# Applied Technical Services (ATS)

> Applied Technical Services (ATS), a leading TIC provider, has the array of qualifications and expertise to meet your needs.


## Pages

- [USF Promo Items](https://atslab.com/usf-promo-items/)
- [Member of SGS](https://atslab.com/member-of-sgs/)
- [Express Calibration Services is Now ATS!](https://atslab.com/express-calibration-services-is-now-ats/)
- [ServiceSphere Request SGS Service Form](https://atslab.com/servicesphere-request-sgs-service-form/)
- [ServiceSphere Request ATS Service Form](https://atslab.com/servicesphere-request-ats-service-form/)
- [ANKO Electronics is Now ATS!](https://atslab.com/anko-electronics-is-now-ats/)
- [NADCAP Welding Certification](https://atslab.com/certification/nadcap/nadcap-welding-certification/)
- [ServiceSphere Mechanical Testing Quote Request Form - Hot Tensile Testing](https://atslab.com/servicesphere-mechanical-testing-quote-request-form-hot-tensil-testing/)
- [ServiceSphere FoC Service Request Form](https://atslab.com/servicesphere-foc-service-request-form/)
- [ServiceSphere Request Location Form](https://atslab.com/servicesphere-request-location-form/)
- [ServiceSphere Ask the Experts Form](https://atslab.com/servicesphere-ask-the-experts-form/)
- [NDT Outage Training Course](https://atslab.com/ndt-outage-training-course/)
- [Amazon-Approved Third Party TIC Service Provider](https://atslab.com/amazon-approved-third-party-tic-service-provider/)
- [Training Quiz Proof of Concept](https://atslab.com/training-quiz-proof-of-concept/)
- [Epic Fails & Epic Tales Overview](https://atslab.com/epic-fails-epic-tales-overview/)
- [New Homepage - Beta](https://atslab.com/homepage-new/)
- [Knight Testing is Now ATS!](https://atslab.com/knight-testing/)
- [Empirical Technologies is Now ATS!](https://atslab.com/empirical-technologies/)
- [NDT Training Feedback Survey](https://atslab.com/ndt-training-feedback-survey/)
- [Marietta, GA – ATS Lab](https://atslab.com/about-ats/marietta-ga-ats-lab/)
- [Dynamic Map Test (Draft)](https://atslab.com/about-ats/dynamic-map-test-draft/)
- [ATS Phoenix January Kickoff 2025 RSVP](https://atslab.com/ats-phoenix-january-kickoff-2025-rsvp/)
- [Mechanical Integrity Training](https://atslab.com/training/mechanical-integrity/)
- [Reliability Training](https://atslab.com/training/reliability/)
- [Nondestructive Testing Training](https://atslab.com/training/ndt/)
- [Rope Access Training](https://atslab.com/training/rope-access/)
- [Southern Calibration & Service, Inc.](https://atslab.com/southern-calibration-and-service/)
- [Certification](https://atslab.com/certification/)
- [Forms & Documents](https://atslab.com/forms-and-documents/)
- [News & Insights](https://atslab.com/news-and-insights/)
- [Solutions](https://atslab.com/solutions/)
- [Order Completed](https://atslab.com/tickets-order/)
- [Tickets Checkout](https://atslab.com/tickets-checkout/)
- [Thank You for Registering](https://atslab.com/thank-you-for-registering/)
- [Reliability / Mechanical Integrity Training](https://atslab.com/reliability-mechanical-integrity-training/)
- [Nondestructive Testing Training](https://atslab.com/nondestructive-testing-training/)
- [International Organization for Standardization Testing](https://atslab.com/international-organization-standardization-testing/)
- [Radio Technical Commission for Aeronautics Testing](https://atslab.com/radio-technical-commission-aeronautics-testing/)
- [Life Science Testing](https://atslab.com/life-science-testing/)
- [NDT Training](https://atslab.com/nondestructive-testing-training/ndt-training/)
- [Tradeshow Promo Items](https://atslab.com/tradeshow-promo-items/)
- [CPSC Laboratory](https://atslab.com/certification/cpsc-laboratory/)
- [Acquisitions](https://atslab.com/about-ats/acquisitions/)
- [ATS Family of Companies](https://atslab.com/about-ats/ats-family-of-companies/)
- [Reliability Testing Group](https://atslab.com/reliability-testing-group/)
- [Rope Access Group](https://atslab.com/rope-access-group/)
- [Reliability Testing Services](https://atslab.com/rts/)
- [ITAR Compliant Testing Services](https://atslab.com/about-ats/itar/itar-compliant-testing-services/)
- [Department of Defense Testing in Accordance to ITAR Regulations](https://atslab.com/about-ats/itar/department-defense-testing-accordance-itar-regulations/)
- [ATS is on the List of ITAR Registered Companies](https://atslab.com/about-ats/itar/list-of-itar-registered-companies/)
- [A Leader Among ITAR Registered Companies](https://atslab.com/about-ats/itar/itar-registered-companies/)
- [A Leader Among ITAR Certified Companies](https://atslab.com/about-ats/itar/itar-certified-companies/)
- [ITAR](https://atslab.com/about-ats/itar/)
- [Thank You](https://atslab.com/thank-you/)
- [Aviation Technical Testing, LLC](https://atslab.com/avtech/)
- [Military Veteran Employment](https://atslab.com/about-ats/jobs/military-veteran-employment/)
- [NDT Intern Jobs](https://atslab.com/about-ats/jobs/ndt-intern-marietta/)
- [Support Jobs](https://atslab.com/about-ats/jobs/support-jobs/)
- [Calibration Jobs](https://atslab.com/about-ats/jobs/calibration-jobs/)
- [Scientist Jobs](https://atslab.com/about-ats/jobs/scientist-jobs/)
- [A Leader Among Third Party Testing and Inspection Companies](https://atslab.com/about-ats/third-party-testing-and-inspections-company/)
- [Engineering Jobs](https://atslab.com/about-ats/jobs/engineering-jobs/)
- [NDT Jobs](https://atslab.com/about-ats/jobs/ndt-jobs/)
- [Test Specimen Shipping Form](https://atslab.com/test-specimen-shipping-form/)
- [ATS Newsletter 2019](https://atslab.com/ats-newsletter-2019/)
- [Mechanical Engineer Jobs - Alexandria, VA](https://atslab.com/about-ats/jobs/mechanical-engineer-alexandria-va/)
- [Privacy Policy](https://atslab.com/about-ats/privacy-policy/)
- [About ATS](https://atslab.com/about-ats/)
- [ATS Videos](https://atslab.com/about-ats/ats-videos/)
- [ATS Brochures](https://atslab.com/about-ats/ats-brochures/)
- [ATS Jobs](https://atslab.com/about-ats/jobs/)
- [Industries](https://atslab.com/industries/)
- [DRH Roofing](https://atslab.com/about-ats/ats-family-of-companies/drh-roofing/)
- [Nadcap NDT](https://atslab.com/certification/nadcap/nadcap-ndt/)
- [Nadcap Consultants](https://atslab.com/certification/nadcap/nadcap-consultants/)
- [Nadcap Approved Suppliers](https://atslab.com/certification/nadcap/nadcap-approved-suppliers/)
- [Nadcap Accredited](https://atslab.com/certification/nadcap/nadcap-accredited/)
- [Nadcap Accreditation](https://atslab.com/certification/nadcap/nadcap-accreditation/)
- [Certified Supplier](https://atslab.com/certification/nadcap/certified-supplier/)
- [ATS is a NADCAP Certified Company](https://atslab.com/certification/nadcap/certified-company/)
- [NADCAP Certification](https://atslab.com/certification/nadcap/nadcap-certification/)
- [Aerospace Industry Standards](https://atslab.com/certification/nadcap/aerospace-industry-standards/)
- [AC7101 Accredited Materials Testing Services](https://atslab.com/certification/nadcap/ac7101-accredited-materials-testing-services/)
- [NADCAP](https://atslab.com/certification/nadcap/)
- [Certifications and Standards](https://atslab.com/about-ats/certifications-and-standards/)
- [Nadcap NDT Testing](https://atslab.com/certification/nadcap/nadcap-ndt-testing/)
- [CPSC Approved Labs](https://atslab.com/certification/cpsc-approved-labs/)
- [Training](https://atslab.com/training/)
- [Applied Technical Services (ATS)](https://atslab.com/)


## Posts

- [Powering AM Feedstock with Advanced Powder Analysis ](https://atslab.com/2026/04/07/powering-am-feedstock-with-advanced-powder-analysis/)
- [ATS Expands 510(k) Regulatory and Testing Support for Advanced Navigation Instruments ](https://atslab.com/2026/03/04/ats-expands-510k-regulatory-and-testing-support-for-advanced-navigation-instruments/)
- [IRRSP Courses and Exam](https://atslab.com/2026/02/05/irrsp-courses-and-exam/)
- [ATS Has Been Acquired by SGS](https://atslab.com/2026/01/28/ats-has-been-acquired-by-sgs/)
- [ATS Receives Win-Tech’s 2025 Collaboration Excellence Award](https://atslab.com/2026/01/23/ats-receives-win-techs-2025-collaboration-excellence-award/)
- [Building Confidence from the Ground Up: The Value of Ground Support Equipment Load Testing](https://atslab.com/2026/01/19/building-confidence-from-the-ground-up-the-value-of-ground-support-equipment-load-testing/)
- [ATS Resident NDT/Inspection Team Celebrates 13 Years of Excellence and Multiple SABIC Safety Awards ](https://atslab.com/2025/12/15/ats-resident-ndt-inspection-team-celebrates-13-years-of-excellence-and-multiple-sabic-safety-awards/)
- [Setting the Standard in Fall Protection: How Roof Anchor Inspections Help Build Safer Worksites](https://atslab.com/2025/12/10/setting-the-standard-in-fall-protection-how-roof-anchor-inspections-help-build-safer-worksites/)
- [Combating Corrosion in Auto Parts Through Salt Spray Testing](https://atslab.com/2025/12/09/combating-corrosion-in-auto-parts-through-salt-spray-testing/)
- [Raising the Bar in Automotive Reliability with Xenon Arc Testing](https://atslab.com/2025/12/03/raising-the-bar-in-automotive-reliability-with-xenon-arc-testing/)
- [Driving the Future: How Battery Testing Can Help Pave the Way](https://atslab.com/2025/10/17/driving-the-future-how-battery-testing-can-help-pave-the-way/)
- [Building Better Bonds: The Value of Weld Testing](https://atslab.com/2025/10/13/building-better-bonds-the-value-of-weld-testing/)
- [The Real Cost of Overlooking Metallurgical Testing](https://atslab.com/2025/09/23/the-real-cost-of-overlooking-metallurgical-testing/)
- [ATS Colorado Springs Expanded Testing](https://atslab.com/2025/08/27/ats-colorado-springs-expanded-testing/)
- [Discover the Perfect Calibration Solution for Your Business!](https://atslab.com/2025/05/27/discover-the-perfect-calibration-solution-for-your-business/)
- [Outage Optimization: Reducing Downtime Without Sacrificing Safety](https://atslab.com/2025/02/28/outage-optimization-reducing-downtime-without-sacrificing-safety/)
- [Turbine Borescope Inspection: Safeguard Your Operations and Prevent Costly Failures](https://atslab.com/2025/02/24/turbine-borescope-inspection-safeguard-your-operations-and-prevent-costly-failures/)
- [California Bills Restricting PFAS and BPA](https://atslab.com/2024/11/06/california-bills-restricting-pfas-and-bpa/)
- [The Forever Chemical Regulation and Accountability Act of 2024](https://atslab.com/2024/11/04/the-forever-chemical-regulation-and-accountability-act-of-2024/)
- [BPS Added to California Prop 65 List](https://atslab.com/2024/11/04/bps-added-to-california-prop-65-list/)
- [Expanded UHP Capabilities](https://atslab.com/2024/11/04/expanded-uhp-capabilities/)
- [Announcing the Purchase of Amphion Analytical Engineering](https://atslab.com/2024/10/03/announcing-the-purchase-of-amphion-analytical-engineering/)
- [PFAS Testing Update — Maine](https://atslab.com/2024/05/02/pfas-testing-update-maine/)
- [CA Proposition 65: Q1 2024 Settlements and Judgements Summary](https://atslab.com/2024/05/02/ca-proposition-65-q1-2024-settlements-and-judgements-summary/)
- [CA Proposition 65: Q1 2024 60 Day Notice Summary](https://atslab.com/2024/05/02/ca-prop-65-q1-2024-60-day-notice-summary/)
- [HB 1551 Restricts Lead in Cookware](https://atslab.com/2024/05/02/hb-1551-restricts-lead-in-cookware/)
- [ECHA's Updates on PFHxA Restrictions](https://atslab.com/2024/05/02/echas-updates-on-pfhxa-restrictions/)
- [Anko Electronics, LLC, CPM Labs, LLC, The Calibration Solution, LLC Acquisition](https://atslab.com/2024/04/23/anko-electronics-llc-cpm-labs-llc-and-the-calibration-solution-llc-join-the-ats-family-of-companies/)
- [Product Evaluation Systems, LLC Acquisition](https://atslab.com/2024/04/01/product-evaluation-systems-llc-acquisition/)
- [Reese's Law for Coin and Button Cell Batteries](https://atslab.com/2024/03/08/reeses-law-for-coin-and-button-cell-batteries/)
- [CPSC Approves Federal Toy Safety Standard Update](https://atslab.com/2024/03/08/cpsc-approves-federal-toy-safety-standard-update/)
- [FDA Urges Increased Diligence in Third-Party Medical Device Testing Lab Selection](https://atslab.com/2024/03/04/fda-urges-increased-diligence-in-third-party-medical-device-testing-lab-selection/)
- [A&P Calibrations and Cal-Tek Company Acquisitions](https://atslab.com/2024/01/08/ap-calibrations-and-cal-tek-company-acquisitions/)
- [ARCCA Acquisition](https://atslab.com/2024/01/02/arcca-acquisition/)
- [ASTM F963 Updated from 2017 Version to 2023 Version](https://atslab.com/2023/12/14/astm-f963-updated-from-2017-version-to-2023-version/)
- [PFAS State Regulations](https://atslab.com/2023/12/14/pfas-state-regulations/)
- [Forte Consulting and Investigations Acquisition](https://atslab.com/2023/10/06/forte-consulting-and-investigations-acquisition/)
- [Phoenix National Laboratories Acquisition](https://atslab.com/2023/10/04/phoenix-national-laboratories-acquisition/)
- [Caltronix Acquisition](https://atslab.com/2023/09/01/caltronix-acquisition/)
- [Electric Applications Incorporated Acquisition](https://atslab.com/2023/07/21/electric-applications-incorporated-acquisition/)
- [California Prop 65 2023 Update on 60-Day Notices of Violation](https://atslab.com/2023/06/12/california-proposition-65-update-on-60-day-notices-of-violation-2023/)
- [PFAS Phaseout Guidance Published by AFIRM Group](https://atslab.com/2023/06/12/pfas-phaseout-guidance-published-by-afirm-group/)
- [Accu-Chek Acquisition](https://atslab.com/2023/04/24/accu-chek-acquisition/)
- [McSwain Engineering Acquisition](https://atslab.com/2023/04/10/mcswain-engineering-acquisition/)
- [Instrumentation Technical Services Acquisition](https://atslab.com/2023/04/03/instrumentation-technical-services-acquisition/)
- [Veracity Technology Solutions Acquisition](https://atslab.com/2023/03/22/veracity-technology-solutions-acquisition/)
- [Process Instruments Acquisition](https://atslab.com/2023/03/02/process-instruments-acquisition/)
- [ATS Recognizes the International Day of Women and Girls in Science](https://atslab.com/2023/02/10/intl-day-women-in-science-2023/)
- [Emerging 1,4-Dioxane Standards](https://atslab.com/2022/12/22/emerging-1-4-dioxane-standards/)
- [When to Use Accelerated Life Cycle Testing](https://atslab.com/2022/10/28/when-to-use-accelerated-life-cycle-testing/)
- [New Federal Safety Standards for Magnets](https://atslab.com/2022/10/10/new-federal-safety-standards-magnets/)
- [New PFAS Regulations by State](https://atslab.com/2022/10/06/new-pfas-regulations-by-state/)
- [Radiation Effects on Electronics in Space](https://atslab.com/2022/09/26/radiation-effects-on-electronics-in-space/)
- [C&W Meter Service Acquisition](https://atslab.com/2022/09/19/cw-meter-service-acquisition/)
- [NFPA 25 Updates in the 2023 Edition](https://atslab.com/2022/08/30/nfpa-25-updates-2023-edition/)
- [Electrodynamic Shaker](https://atslab.com/2022/08/10/electrodynamic-shaker-ats-phoenix-az/)
- [Electrical Testing Accreditation at ATS](https://atslab.com/2022/08/10/electrical-testing-accreditation-at-ats/)
- [LECO Testing Growth at ATS](https://atslab.com/2022/08/10/leco-testing-growth-at-ats/)
- [ATS Advances IC Testing](https://atslab.com/2022/08/10/ats-advances-ic-testing/)
- [Advances In Testing](https://atslab.com/2022/08/09/advances-in-testing/)
- [The Snell Group Acquisition](https://atslab.com/2022/08/05/the-snell-group-acquisition/)
- [Metrology Management Acquisition](https://atslab.com/2022/08/03/metrology-management-acquisition/)
- [PFAS Regulations](https://atslab.com/2022/06/21/pfas-regulations/)
- [U.S. Forensic Acquisition](https://atslab.com/2022/06/20/u-s-forensic-acquisition/)
- [CalSource Acquisition](https://atslab.com/2022/05/31/calsource-acquisition/)
- [Precision Equipment Services](https://atslab.com/2022/05/16/precision-equipment-services/)
- [The New Look of ATS Calibration in Orlando](https://atslab.com/2022/04/21/new-look-of-ats-calibration-orlando/)
- [Huntsville, AL Location Announcement](https://atslab.com/2022/04/14/huntsville-al-location-announcement/)
- [Commercial Services Growth](https://atslab.com/2022/04/12/commercial-services-growth/)
- [Empirical Technologies Acquisition](https://atslab.com/2022/03/31/empirical-technologies-acquisition/)
- [ATS Introduces EMI/EMC Services for Military and Aerospace Testing](https://atslab.com/2022/03/03/ats-introduces-emi-emc-for-military-and-aerospace/)
- [Commercial Services Updates](https://atslab.com/2022/03/03/commercial-services-updates/)
- [Expansions for ATS Phoenix, AZ in Several Areas of Expertise](https://atslab.com/2022/03/03/expansions-for-ats-phoenix-in-several-areas/)
- [Domestic Testing Needs](https://atslab.com/2022/03/03/domestic-testing-needs/)
- [2021 Acquisitions](https://atslab.com/2022/03/03/2021-acquisitions/)
- [IT Consulting Services for Compliance-Driven/Regulated Industries](https://atslab.com/2022/03/03/it-consulting-services-for-regulated-industries/)
- [New Drop Testing Equipment](https://atslab.com/2022/03/02/new-drop-testing-equipment/)
- [Improvements to ATS’ Special Testing Technology](https://atslab.com/2022/03/02/ats-special-testing-technology-improvements/)
- [ATS Advances Capabilities in RVI](https://atslab.com/2022/03/02/ats-dvances-capabilities-in-rvi/)
- [Introducing TSCA Chemical Testing](https://atslab.com/2022/03/02/introducing-tsca-chemical-testing/)
- [Contractor Safety Award for 2020](https://atslab.com/2022/03/02/contractor-safety-award-for-2020/)
- [Authors in Technical Books](https://atslab.com/2022/03/02/authors-in-technical-books/)
- [New Portable Laser Scanning Capabilities](https://atslab.com/2022/01/21/new-portable-laser-scanning-capabilities/)
- [ATS Coast-to-Coast](https://atslab.com/2022/01/17/ats-coast-to-coast/)
- [Graftel Acquisition](https://atslab.com/2022/01/07/graftel-acquisition/)
- [CEESI Acquisition](https://atslab.com/2022/01/06/ceesi-acquisition/)
- [Express Calibration Services Acquisition](https://atslab.com/2022/01/05/express-calibration-services-acquisition/)
- [Century Calibrations Acquisition](https://atslab.com/2021/12/16/century-calibrations-acquisition/)
- [Radiation Test Solutions Acquisition](https://atslab.com/2021/11/08/radiation-test-solutions-acquisition/)
- [Precision Solutions Acquisition](https://atslab.com/2021/11/08/precision-solutions-acquisition/)
- [Advantage Reliability Services Acquisition](https://atslab.com/2021/10/20/advantage-reliability-services-acquisition/)
- [California Proposition 65: 60 Day Notice of Violation for BPA in Socks](https://atslab.com/2021/10/14/california-proposition-65-60-day-notice-of-violation-for-bpain-socks/)
- [CT for Additive Manufacturing](https://atslab.com/2021/08/30/ct-for-additive-manufacturing/)
- [Announcing Upcoming EMI/EMC Testing Capabilities](https://atslab.com/2021/08/25/announcing-upcoming-emi-emc-testing-capabilities/)
- [How Metallurgy Benefits Additive Manufacturing](https://atslab.com/2021/08/05/how-metallurgy-benefits-additive-manufacturing/)
- [JTL America Acquisition](https://atslab.com/2021/07/06/jtl-america-acquisition/)
- [New Lab Report Urges Sunscreen Manufacturers to Submit Products for Testing](https://atslab.com/2021/06/24/new-lab-report-urges-sunscreen-manufacturers-to-submit-products-for-testing/)
- [Growth Expected in the Power Generation Market Through 2027](https://atslab.com/2021/06/16/growth-in-the-power-gen-market-through-2027/)
- [DRH Welcomes Two New Members](https://atslab.com/2021/06/11/drh-welcomes-two-new-menbers/)
- [Performing CT on Circuit Boards](https://atslab.com/2021/06/04/performing-ct-on-circuit-boards/)
- [What Does It Take to Become a Rope Access Technician?](https://atslab.com/2021/05/28/what-does-it-take-to-become-a-rope-access-technician/)
- [Benchmark Calibration Laboratory](https://atslab.com/2021/05/24/benchmark-calibration-laboratory-acquisition/)
- [Introducing EMC/EMI Testing](https://atslab.com/2021/05/19/introducing-emc-emi-testing/)
- [California Proposition 65 Update on 60-Day Notices of Violation](https://atslab.com/2021/03/17/california-proposition-65-update-on-60-day-notices-of-violation/)
- [Toxics in Packaging Clearinghouse (TPCH) adds PFAS and Phthalates](https://atslab.com/2021/03/17/toxics-in-packaging-clearinghouse-tpch-adds-pfas-and-phthalates/)
- [ATS Supports the Covid-19 Response with Hand Sanitizer Safety Testing](https://atslab.com/2021/02/09/ats-supports-the-covid-19-response-with-hand-sanitizer-safety-testing/)
- [Automotive Testing](https://atslab.com/2021/02/09/automotive-testing/)
- [ATS Special Access Services Meets the Demands of Inspection Clients](https://atslab.com/2021/02/08/ats-special-access-services-meets-the-demands-of-inspection-clients/)
- [ATS Combines Testing Groups Under New Leadership](https://atslab.com/2021/02/08/ats-combines-testing-groups-under-new-leadership/)
- [Expanding Testing Services in Weld and Mechanical Testing Group](https://atslab.com/2021/02/08/expanding-testing-services-in-weld-and-mechanical-testing-group/)
- [Managed IT Services: A Complete End-to-End IT Business Solution](https://atslab.com/2021/02/08/managed-it-services-a-complete-end-to-end-it-business-solution/)
- [ENI LABS Acquisition](https://atslab.com/2021/02/08/eni-labs-acquisition/)
- [New State of the Art Instruments in Metallurgy and Polymers Testing Group](https://atslab.com/2021/02/03/new-state-of-the-art-instruments-in-metallurgy-and-polymers-testing-group/)
- [ATS Expands Calibration to the Sunshine State](https://atslab.com/2021/02/03/ats-expands-calibration-to-the-sunshine-state/)
- [ATS Acquires ITC](https://atslab.com/2021/02/01/ats-acquires-itc/)
- [Tots Not Forgotten](https://atslab.com/2021/02/01/tots-not-forgotten/)
- [To Our Esteemed Clients & Partners](https://atslab.com/2021/02/01/to-our-esteemed-clients-and-partners/)
- [ITC Acquisition](https://atslab.com/2020/12/22/itc-acquisition/)
- [ENILABS Acquisition](https://atslab.com/2020/09/02/enilabs-acquisition/)
- [Introducing A New Member of DRH](https://atslab.com/2020/03/09/introducing-new-drh-member/)
- [DRH Continues to Grow](https://atslab.com/2020/02/12/drh-continues-to-grow/)
- [ATS Strengthens Its Aviation Roots](https://atslab.com/2020/02/03/ats-strengthens-its-aviation-roots/)
- [AS9100D Certification](https://atslab.com/2020/02/03/as9100d-certification/)
- [New Electrical Engineer](https://atslab.com/2020/02/03/new-electrical-engineer/)
- [GEC – Pushing The Limits Of Dynamic Testing Range](https://atslab.com/2020/02/03/gec-pushing-the-limits-of-dynamic-testing-range/)
- [Metallurgy And Failure Analysis Experts Share Knowledge](https://atslab.com/2020/02/03/metallurgy-and-failure-analysis-experts-share-knowledge/)
- [New Additive Manufacturing Testing Capabilities](https://atslab.com/2020/02/03/additive-manufacturing-testing/)
- [Maximize Your Investment In The Cloud](https://atslab.com/2020/02/03/maximize-your-investment-in-the-cloud/)
- [Great Service And Education Go Hand-In-Hand](https://atslab.com/2020/02/03/great-service-and-education-go-hand-in-hand/)
- [New EDS To Identify Small Nano-structures](https://atslab.com/2020/02/03/new-eds-to-identify-small-nano-structures/)
- [ATS Industrial Rope Access Program Continues To Expand And Deliver](https://atslab.com/2020/02/03/ats-industrial-rope-access-program-continues-to-expand-and-deliver/)
- [Medical Cleanliness Testing](https://atslab.com/2020/02/03/medical-cleanliness-testing/)
- [Mechanical And Special Testing Increased Talent And Improved Capabilities](https://atslab.com/2020/02/03/mechanical-and-special-testing-increased-talent-and-improved-capabilities/)
- [ATS Employee Technical Article](https://atslab.com/2020/01/16/ats-employee-technical-article/)
- [Phthalates Added to RoHS Annex II](https://atslab.com/2020/01/07/phthalates-added-to-rohs/)
- [GE&C Acquisition](https://atslab.com/2019/11/04/gec-acquisition/)
- [UAE Updates RoHS Regulations](https://atslab.com/2019/10/11/uae-updates-rohs-regulations/)
- [AvTech Acquisition](https://atslab.com/2019/09/04/avtech-acquisition/)
- [Automotive VOC Testing Update](https://atslab.com/2019/07/25/automotive-voc-testing/)
- [PFAS Added To Prop 65 List](https://atslab.com/2019/04/03/pfas-added-to-prop-65-list/)
- [Daimler Class A Approved Testing Lab](https://atslab.com/2019/03/21/daimler-class-a-approved-testing-lab/)
- [Textile Testing](https://atslab.com/2019/03/19/textile-testing/)
- [New US Toy Standard Required](https://atslab.com/2019/03/19/new-us-toy-standard-required/)
- [International Inspections Acquisition](https://atslab.com/2019/03/14/international-inspections-acquisition/)
- [ATS Now Offers Computed Tomography](https://atslab.com/2019/03/13/computed-tomography/)
- [RoHS 3, Prop 65 Updates, VOC Testing Expansion](https://atslab.com/2019/03/12/rohs3-prop65-voc-expansion/)
- [New Computed Tomography (CT) Scanner](https://atslab.com/2019/03/08/new-computed-tomography-ct-scanner/)
- [ATS Employee Authors Book](https://atslab.com/2019/03/08/ats-employee-authors-book/)
- [ATS Reliability Services](https://atslab.com/2019/03/08/ats-reliability-services/)
- [A2LA Re-accreditation](https://atslab.com/2019/03/08/a2la-re-accreditation/)
- [25 Years Helping Customers Gain an Edge over the Competition](https://atslab.com/2019/03/08/25-years-helping-customers-gain-an-edge-over-the-competition/)
- [Automotive Testing – Future Expansion](https://atslab.com/2019/03/08/automotive-testing-future-expansion/)
- [Calibrations 2018 — A Year in Review](https://atslab.com/2019/03/07/calibrations-2018-a-year-in-review/)
- [Building a Bigger, Better Commercial Services Department](https://atslab.com/2019/03/07/building-a-bigger-better-commercial-services-department/)
- [New Emission Chamber](https://atslab.com/2019/03/07/new-emission-chamber/)
- [ATS Continues To Expand On The West Coast With The Acquisition Of International Inspection, Inc.](https://atslab.com/2019/03/07/ats-continues-to-expand-on-the-west-coast/)
- [Wood in Toys Exempt from Third Party Testing](https://atslab.com/2018/12/20/wood-in-toys-exempt-from-third-party-testing/)
- [Ultra-Trace Element Analysis for Chemicals of Concern](https://atslab.com/2018/12/20/ultra-trace-element-analysis-for-chemicals-of-concern/)
- [Toy Testing Requirements](https://atslab.com/2018/12/20/toy-testing-requirements/)
- [Toy Safety Testing](https://atslab.com/2018/12/20/toy-safety-testing/)
- [Toy Safety Standards](https://atslab.com/2018/12/20/toy-safety-standards/)
- [Toy Safety Regulations](https://atslab.com/2018/12/20/toy-safety-regulations/)
- [CPSC Clarifies Component Part Testing & Lead in Textiles](https://atslab.com/2018/12/20/cpsc-clarifies-component-part-testing-lead-in-textiles/)
- [Rhode Island Requiring Children’s Jewelry To Comply With Safety Standard](https://atslab.com/2018/12/20/rhode-island-requiring-childrens-jewelry-to-comply-with-safety-standard/)
- [No matter how you pronounce phthalates, we can test for it!](https://atslab.com/2018/12/20/no-matter-how-you-pronounce-phthalates-we-can-test-for-it/)
- [PFOS Testing](https://atslab.com/2018/12/20/pfos-testing/)
- [Lead Regulations](https://atslab.com/2018/12/20/lead-regulations/)
- [Lead Exposure Limits](https://atslab.com/2018/12/20/lead-exposure-limits/)
- [ATS is a ISO Certified Company recently audited to 9001:2008 Standard](https://atslab.com/2018/12/20/ats-is-a-iso-certified-company-recently-audited-to-90012008-standard/)
- [Formaldehyde Testing Laboratories](https://atslab.com/2018/12/20/formaldehyde-testing-laboratories/)
- [Flammability Testing Regulations](https://atslab.com/2018/12/20/flammability-testing-regulations/)
- [Fire Retardant Standards](https://atslab.com/2018/12/20/fire-retardant-standards/)
- [EN 71 - European Testing for Toy Safety](https://atslab.com/2018/12/20/en-71-european-testing-for-toy-safety/)
- [CPSIA Flame Retardant Regulations](https://atslab.com/2018/12/20/cpsia-flame-retardant-regulations/)
- [CPSC Standards](https://atslab.com/2018/12/20/cpsc-standards/)
- [CPSC PHTHALATES](https://atslab.com/2018/12/20/cpsc-phthalates/)
- [CPSC Magnets](https://atslab.com/2018/12/20/cpsc-magnets/)
- [Consumer Product News & Services](https://atslab.com/2018/12/20/consumer-product-news-services/)
- [California Proposition 65 Testing](https://atslab.com/2018/12/20/california-proposition-65-testing/)
- [Cadmium Regulations](https://atslab.com/2018/12/20/cadmium-regulations/)
- [Cadmium Hazards](https://atslab.com/2018/12/20/cadmium-hazards/)
- [ATS Offers Unmatched BPA Testing Capability to 0.1 Parts per Billion Level](https://atslab.com/2018/12/20/ats-offers-unmatched-bpa-testing-capability-to-0-1-parts-per-billion-level/)
- [BPA Facts And Why It Is Banned](https://atslab.com/2018/12/19/bpa-facts-and-why-it-is-banned/)
- [Bisphenol A is added to Proposition 65 List](https://atslab.com/2018/12/19/bisphenol-a-is-added-to-proposition-65-list/)
- [ASTM JEWELRY STANDARD TESTING](https://atslab.com/2018/12/19/astm-jewerly-standard-testing/)
- [Children’s Jewelry Safety Standard - ASTM F2923-11](https://atslab.com/2018/12/19/childrens-jewelry-safety-standard-astm-f2923-11/)
- [BAN POISONOUS ADDITIVES ACT OF 2016](https://atslab.com/2018/12/19/ban-poisonous-additives-act-of-2016/)
- [VOC Products](https://atslab.com/2018/12/18/voc-products/)
- [VOC Defined](https://atslab.com/2018/12/18/voc-defined/)
- [VOC Safety](https://atslab.com/2018/12/18/voc-safety/)
- [VOC Implications](https://atslab.com/2018/12/18/voc-implications/)


## Events

- [Liquid Penetrant (PT) Level I/II - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-level-i-ii-marietta-ga/)
- [SPRAT Training Course - Kennesaw, GA - October 2026](https://atslab.com/training/rope-access/sprat-level-iii/sprat-training-course-kennesaw-ga-october-2026/)
- [SPRAT Training Course - Kennesaw, GA - September 2026](https://atslab.com/training/rope-access/sprat-level-iii/sprat-training-course-kennesaw-ga-september-2026/)
- [SPRAT Training Course - Kennesaw, GA - July 2026](https://atslab.com/training/rope-access/sprat-level-iii/sprat-training-course-kennesaw-ga-july-2026/)
- [Eddy Current (ET) Level II - Marietta GA](https://atslab.com/training/ndt/eddy-current/eddy-current-et-level-ii-marietta-ga-4/)
- [SPRAT Training Course - Kennesaw, GA - June 2026](https://atslab.com/training/rope-access/sprat-level-iii/sprat-training-course-kennesaw-ga-june-2026/)
- [Liquid Penetrant (PT) Level I/II - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-level-i-ii-marietta-ga-9/)
- [Magnetic Particle (MT) Level I/II - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-level-i-ii-marietta-ga-9/)
- [Radiography (RT) Level II - Marietta GA](https://atslab.com/training/ndt/radiography/radiography-rt-level-ii-marietta-ga-4/)
- [Continental Motors, Inc. Crankshaft Ultrasonic Testing (UT) Level I - Marietta GA](https://atslab.com/training/ndt/continental-motors-crankshaft-testing/continental-motors-inc-crankshaft-ultrasonic-testing-ut-level-i-marietta-ga/)
- [Continental Motors, Inc. Crankshaft Ultrasonic Testing (UT) Level I - Marietta GA](https://atslab.com/training/ndt/continental-motors-crankshaft-testing/continental-motors-inc-crankshaft-ultrasonic-testing-ut-level-i-marietta-ga-closed/)
- [Continental Motors, Inc. Crankshaft Ultrasonic Testing Refresher - Marietta GA](https://atslab.com/training/ndt/continental-motors-crankshaft-testing/continental-motors-inc-crankshaft-ultrasonic-testing-refresher-marietta-ga-4/)
- [Continental Motors, Inc. Crankshaft Ultrasonic Testing Refresher - Marietta GA](https://atslab.com/training/ndt/continental-motors-crankshaft-testing/continental-motors-inc-crankshaft-ultrasonic-testing-refresher-marietta-ga-3/)
- [Visual Testing (VT) Level I/II - Marietta GA](https://atslab.com/training/ndt/visual-testing/visual-testing-vt-level-i-ii-marietta-ga-4/)
- [Radiography (RT) Level I - Marietta GA](https://atslab.com/training/ndt/radiography/radiography-rt-level-i-marietta-ga-4/)
- [Radiography (RT) Level I - Marietta GA - CLASS CLOSED](https://atslab.com/training/ndt/radiography/radiography-rt-level-i-marietta-ga-5/)
- [Eddy Current (ET) Level I - Marietta GA](https://atslab.com/training/ndt/eddy-current/eddy-current-et-level-i-marietta-ga-3/)
- [Eddy Current (ET) Level I - Marietta GA](https://atslab.com/training/ndt/eddy-current/eddy-current-et-level-i-marietta-ga-4/)
- [Eddy Current (ET) Level II - Marietta GA](https://atslab.com/training/ndt/eddy-current/eddy-current-et-level-ii-marietta-ga-3/)
- [Magnetic Particle (MT) Level I/II - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-level-i-ii-marietta-ga-7/)
- [Magnetic Particle (MT) Level I/II - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-level-i-ii-marietta-ga-8/)
- [Magnetic Particle (MT) – NAS410 - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-nas410-marietta-ga-3/)
- [Magnetic Particle (MT) – NAS410 - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-nas410-marietta-ga-4/)
- [Liquid Penetrant (PT) Level I/II - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-level-i-ii-marietta-ga-8/)
- [Liquid Penetrant (PT) Level I/II - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-level-i-ii-marietta-ga-7/)
- [Liquid Penetrant (PT) – NAS410 - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-nas410-marietta-ga-4/)
- [Liquid Penetrant (PT) – NAS410 - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-nas410-marietta-ga-3/)
- [Ultrasonic Testing (UT) Level I - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-i-marietta-ga-9/)
- [Ultrasonic Testing (UT) Level I - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-i-marietta-ga-8/)
- [Ultrasonic Testing (UT) Level I - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-i-marietta-ga-7/)
- [Ultrasonic Testing (UT) Level II - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-ii-marietta-ga-6/)
- [Ultrasonic Testing (UT) Level II - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-ii-marietta-ga-5/)
- [Ultrasonic Testing (UT) Level II - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-ii-marietta-ga-4/)
- [Visual Testing (VT) Level I/II - Marietta GA](https://atslab.com/training/ndt/visual-testing/visual-testing-vt-level-i-ii-marietta-ga-3/)
- [Visual Testing (VT) Level I/II - Marietta GA](https://atslab.com/training/ndt/visual-testing/visual-testing-vt-level-i-ii-marietta-ga/)
- [SPRAT Training Course - May 2026](https://atslab.com/training/rope-access/sprat-level-iii/sprat-training-course-may-2026/)
- [Radiography (RT) Level II - Marietta GA](https://atslab.com/training/ndt/radiography/radiography-rt-level-ii-marietta-ga-3/)
- [Eddy Current (ET) Level II - Marietta GA](https://atslab.com/training/ndt/eddy-current/eddy-current-et-level-ii-marietta-ga/)
- [Eddy Current (ET) Level I - Marietta GA - CLASS CLOSED](https://atslab.com/training/ndt/eddy-current/eddy-current-et-level-i-marietta-ga-2/)
- [Liquid Penetrant (PT) – NAS410 - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-nas410-marietta-ga/)
- [Liquid Penetrant (PT) Level I/II - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-level-i-ii-marietta-ga-5/)
- [Magnetic Particle (MT) – NAS410 - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-nas410-marietta-ga/)
- [Magnetic Particle (MT) Level I/II - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-level-i-ii-marietta-ga-6/)
- [Magnetic Particle (MT) Level I/II - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-level-i-ii-marietta-ga-4/)
- [Magnetic Particle (MT) Level I/II - Marietta GA](https://atslab.com/training/ndt/magnetic-particle/magnetic-particle-mt-level-i-ii-marietta-ga-5/)
- [Liquid Penetrant (PT) Level I/II - Marietta GA](https://atslab.com/training/ndt/liquid-penetrant/liquid-penetrant-pt-level-i-ii-marietta-ga-4/)
- [Ultrasonic Testing (UT) Level II - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-ii-marietta-ga-11/)
- [Ultrasonic Testing (UT) Level II - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-ii-marietta-ga-9/)
- [Ultrasonic Testing (UT) Level I - Marietta GA](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-i-marietta-ga-6/)
- [Ultrasonic Testing (UT) Level I - Marietta GA -CLOSED](https://atslab.com/training/ndt/ultrasonic-thickness/ultrasonic-testing-ut-level-i-marietta-ga-4/)


## Testing & Analysis

- [PPWR Testing Lab](https://atslab.com/testing-and-analysis/consumer-product/ppwr-testing-lab/)
- [PPWR Compliance Testing](https://atslab.com/testing-and-analysis/consumer-product/ppwr-compliance-testing/)
- [Fastener Yield Testing](https://atslab.com/testing-and-analysis/mechanical/fastener-yield-testing/)
- [Jominy Hardenability Testing](https://atslab.com/testing-and-analysis/metallurgy/jominy-hardenability-testing/)
- [Packaging and Packaging Waste Regulation PPWR](https://atslab.com/testing-and-analysis/consumer-product/packaging-and-packaging-waste-regulation-ppwr/)
- [Extractable and Leachable Testing Lab](https://atslab.com/testing-and-analysis/consumer-product/extractable-and-leachable-esting-lab/)
- [NMR Testing Laboratories](https://atslab.com/testing-and-analysis/polymer/nmr-testing-laboratories/)
- [Nuclear Magnetic Resonance Spectroscopy Lab](https://atslab.com/testing-and-analysis/polymer/nuclear-magnetic-resonance-spectroscopy-lab/)
- [Bolt Yield Testing](https://atslab.com/testing-and-analysis/mechanical/bolt-yield-testing/)
- [Leachables and Extractables Testing](https://atslab.com/testing-and-analysis/polymer/leachables-and-extractables-testing/)
- [Size Exclusion Chromatography Analysis](https://atslab.com/testing-and-analysis/polymer/size-exclusion-chromatography-analysis/)
- [Size Exclusion Chromatography Lab](https://atslab.com/testing-and-analysis/polymer/size-exclusion-chromatography-lab/)
- [Analytical Size Exclusion Chromatography](https://atslab.com/testing-and-analysis/polymer/analytical-size-exclusion-chromatography/)
- [Jominy Testing Services](https://atslab.com/testing-and-analysis/metallurgy/jominy-testing-services/)
- [Solder Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/solder-failure-analysis/)
- [Brazing Failure Analysis ](https://atslab.com/testing-and-analysis/failure-analysis/brazing-failure-analysis/)
- [GPC Testing Labs](https://atslab.com/testing-and-analysis/polymer/gpc-testing-labs/)
- [GPC Analysis of Polymers](https://atslab.com/testing-and-analysis/polymer/gpc-analysis-of-polymers/)
- [Gel Permeation Chromatography Laboratories](https://atslab.com/testing-and-analysis/polymer/gel-permeation-chromatography-laboratories/)
- [Gel Permeation Chromatography Analysis](https://atslab.com/testing-and-analysis/polymer/gel-permeation-chromatography-analysis/)
- [Hydrogen Embrittlement Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/hydrogen-embrittlement-failure-analysis/)
- [Corrosion Coating Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/corrosion-coating-failure-analysis/)
- [Coating Failure Analysis ](https://atslab.com/testing-and-analysis/failure-analysis/coating-failure-analysis/)
- [Paint Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/paint-failure-analysis/)
- [Paint and Coating Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/paint-and-coating-failure-analysis/)
- [Solder and Brazing Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/solder-and-brazing-failure-analysis/)
- [Asbestos Testing in Children's Sand](https://atslab.com/testing-and-analysis/consumer-product/asbestos-testing-in-childrens-sand/)
- [Casting Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/casting-failure-analysis/)
- [VOC Testing Lab](https://atslab.com/testing-and-analysis/consumer-product/voc-testing-lab/)
- [Volatile Organic Compound Analysis](https://atslab.com/testing-and-analysis/consumer-product/volatile-organic-compound-analysis/)
- [Dust Ingress Testing](https://atslab.com/testing-and-analysis/environmental/dust-ingress-testing/)
- [Immersion Corrosion Testing](https://atslab.com/testing-and-analysis/environmental/immersion-corrosion-testing/)
- [Package Integrity Testing](https://atslab.com/testing-and-analysis/environmental/package-integrity-testing/)
- [UCI Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/uci-hardness-testing/)
- [Onsite Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/onsite-hardness-testing/)
- [Accredited EMC Lab](https://atslab.com/testing-and-analysis/emi-emc/accredited-emc-lab/)
- [IEC 60601-1-2 Testing](https://atslab.com/testing-and-analysis/emi-emc/iec-60601-1-2-testing/)
- [EN 55032 Certification](https://atslab.com/testing-and-analysis/emi-emc/en-55032-certification/)
- [EN 61000-6-2 Testing](https://atslab.com/testing-and-analysis/emi-emc/en-61000-6-2-testing/)
- [FCC Certification Testing](https://atslab.com/testing-and-analysis/emi-emc/fcc-certification-testing/)
- [FCC Part-15 Testing](https://atslab.com/testing-and-analysis/emi-emc/fcc-part15-testing/)
- [IEC 61326 Testing for EMC Compliance](https://atslab.com/testing-and-analysis/emi-emc/iec-61326-testing-for-emc-compliance/)
- [Wireless Power Transfer EMC Testing](https://atslab.com/testing-and-analysis/emi-emc/wireless-power-transfer-emc-testing/)
- [ANSI C63.27 Testing Services for Wireless Technologies](https://atslab.com/testing-and-analysis/emi-emc/ansi-c6327-testing-services/)
- [SEMI F47 Voltage Sag Testing](https://atslab.com/testing-and-analysis/emi-emc/semi-f47-voltage-sag-testing/)
- [SEMI F47 Testing Services](https://atslab.com/testing-and-analysis/emi-emc/semi-f47-testing-services/)
- [Bisphenol Compound Testing](https://atslab.com/testing-and-analysis/consumer-product/bisphenol-compound-testing/)
- [Bisphenol Testing Services](https://atslab.com/testing-and-analysis/consumer-product/bisphenol-testing-services/)
- [Bisphenol Testing Labs](https://atslab.com/testing-and-analysis/consumer-product/bisphenol-testing-labs/)
- [Hydrostatic Testing Companies](https://atslab.com/testing-and-analysis/custom/hydrostatic-testing-companies/)
- [Dynamic Mechanical Analysis Testing ](https://atslab.com/testing-and-analysis/polymer/dynamic-mechanical-analysis-testing/)
- [DMA Testing Services](https://atslab.com/testing-and-analysis/chemistry/dma-testing-services/)
- [DMA Material Testing Services](https://atslab.com/testing-and-analysis/chemistry/dma-material-testing-services/)
- [DMA Analysis of Polymers](https://atslab.com/testing-and-analysis/polymer/dma-analysis-of-polymers/)
- [Thermal Analysis of Polymers](https://atslab.com/testing-and-analysis/polymer/thermal-analysis-of-polymers/)
- [Drone EMI Testing](https://atslab.com/testing-and-analysis/emi-emc/drone-emi-testing/)
- [Polymers Accelerated Weathering Testing](https://atslab.com/testing-and-analysis/polymer/polymers-accelerated-weathering-testing/)
- [Weld Testing Companies](https://atslab.com/testing-and-analysis/welding-testing/weld-testing-companies/)
- [Ferrite Weld Testing](https://atslab.com/testing-and-analysis/metallurgy/ferrite-weld-testing/)
- [Compressed Air Leak Testing](https://atslab.com/testing-and-analysis/custom/compressed-air-leak-testing/)
- [Natural Gas Leak Detection Services](https://atslab.com/testing-and-analysis/custom/natural-gas-leak-detection-services/)
- [Acoustic Emission Leak Testing](https://atslab.com/testing-and-analysis/custom/acoustic-emission-leak-testing/)
- [Helium Leak Testing Services](https://atslab.com/testing-and-analysis/custom/helium-leak-testing-services/)
- [Fluid Resistance Testing](https://atslab.com/testing-and-analysis/environmental/fluid-resistance-testing/)
- [Fluid Immersion Testing](https://atslab.com/testing-and-analysis/environmental/fluid-immersion-testing/)
- [Fluid Susceptibility Testing](https://atslab.com/testing-and-analysis/environmental/fluid-susceptibility-testing/)
- [UL 94 Testing](https://atslab.com/testing-and-analysis/environmental/ul-94-testing/)
- [Constant Acceleration Testing](https://atslab.com/testing-and-analysis/custom/constant-acceleration-testing/)
- [Scribe Creep](https://atslab.com/testing-and-analysis/custom/scribe-creep/)
- [EMI Shielding Testing](https://atslab.com/testing-and-analysis/emi-emc/emi-shielding-testing/)
- [E-Commerce Product Compliance](https://atslab.com/testing-and-analysis/consumer-product/e-commerce-product-compliance/)
- [Explosive Testing Facilities](https://atslab.com/testing-and-analysis/environmental/explosive-testing-facilities/)
- [High Temperature Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/high-temperature-fatigue-testing/)
- [Low Temperature Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/low-temperature-fatigue-testing/)
- [Creep Testing](https://atslab.com/testing-and-analysis/mechanical/creep-testing/)
- [Creep Testing Services](https://atslab.com/testing-and-analysis/mechanical/creep-testing-services/)
- [Stress Rupture Testing](https://atslab.com/testing-and-analysis/mechanical/stress-rupture-testing/)
- [Compression Testing Lab](https://atslab.com/testing-and-analysis/mechanical/compression-testing-lab/)
- [Axial Compression Testing](https://atslab.com/testing-and-analysis/mechanical/axial-compression-testing/)
- [Indirect Lightning Testing Labs](https://atslab.com/testing-and-analysis/environmental/indirect-lightning-testing-labs/)
- [Indirect Lightning Testing Services](https://atslab.com/testing-and-analysis/emi-emc/indirect-lightning-testing-services/)
- [Low Cycle Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/low-cycle-fatigue-testing/)
- [Xenon Arc Testing Labs](https://atslab.com/testing-and-analysis/environmental/xenon-arc-testing-labs/)
- [Xenon Weathering Testing](https://atslab.com/testing-and-analysis/environmental/xenon-weathering-testing/)
- [Xenon Arc Weatherometer Testing](https://atslab.com/testing-and-analysis/environmental/xenon-arc-weatherometer-testing/)
- [Weatherometer Testing Services](https://atslab.com/testing-and-analysis/environmental/weatherometer-testing-services/)
- [Amazon-Approved Testing Labs](https://atslab.com/testing-and-analysis/consumer-product/amazon-approved-testing-labs/)
- [HPLC Testing Labs](https://atslab.com/testing-and-analysis/chemistry/hplc-testing-labs/)
- [Torsion Testing Lab](https://atslab.com/testing-and-analysis/mechanical/torsion-testing-lab/)
- [Lifting Strap Inspection](https://atslab.com/testing-and-analysis/mechanical/lifting-strap-inspection/)
- [High Performance Liquid Chromatography Testing](https://atslab.com/testing-and-analysis/chemistry/high-performance-liquid-chromatography-testing/)
- [Thermal Vacuum Testing Services](https://atslab.com/testing-and-analysis/environmental/thermal-vacuum-testing-services/)
- [Total Organic Fluorine Analysis](https://atslab.com/testing-and-analysis/chemistry/total-organic-fluorine-analysis/)
- [Combined Environmental Testing](https://atslab.com/testing-and-analysis/environmental/combined-environmental-testing/)
- [Satellite Vibration Testing](https://atslab.com/testing-and-analysis/environmental/satellite-vibration-testing/)
- [Vibration and Thermal Cycling Testing](https://atslab.com/testing-and-analysis/environmental/vibration-and-thermal-cycling-testing/)
- [PCB Vibration Testing](https://atslab.com/testing-and-analysis/environmental/pcb-vibration-testing/)
- [Elemental Impurity Testing by ICP-MS](https://atslab.com/testing-and-analysis/chemistry/elemental-impurity-testing-by-icp-ms/)
- [ICP-MS Testing Lab](https://atslab.com/testing-and-analysis/chemistry/icp-ms-testing-lab/)
- [ICP-MS Testing](https://atslab.com/testing-and-analysis/chemistry/icp-ms-testing/)
- [ISTA 2A](https://atslab.com/testing-and-analysis/environmental/ista-2a/)
- [Torsion Testing](https://atslab.com/testing-and-analysis/mechanical/torsion-testing/)
- [Thermal Vacuum Testing Electronics](https://atslab.com/testing-and-analysis/environmental/thermal-vacuum-testing-electronics/)
- [Thermal Vacuum Chamber Testing](https://atslab.com/testing-and-analysis/environmental/thermal-vacuum-chamber-testing/)
- [ICP MS Testing Services](https://atslab.com/testing-and-analysis/chemistry/icp-ms-testing-services/)
- [Energetic Device Testing](https://atslab.com/testing-and-analysis/environmental/energetic-device-testing/)
- [Explosive Testing](https://atslab.com/testing-and-analysis/environmental/explosive-testing/)
- [Ordnance Testing](https://atslab.com/testing-and-analysis/environmental/ordnance-testing/)
- [TOF Testing](https://atslab.com/testing-and-analysis/chemistry/tof-testing/)
- [Total Organic Fluorine Testing](https://atslab.com/testing-and-analysis/chemistry/total-organic-fluorine-testing/)
- [Polymer Bend Testing](https://atslab.com/testing-and-analysis/mechanical/polymer-bend-testing/)
- [Plastic Bend Testing](https://atslab.com/testing-and-analysis/mechanical/plastic-bend-testing/)
- [HPLC Laboratory Services](https://atslab.com/testing-and-analysis/chemistry/hplc-laboratory-services/)
- [HPLC Testing Services](https://atslab.com/testing-and-analysis/chemistry/hplc-testing-services/)
- [SMAW Welding Certification](https://atslab.com/testing-and-analysis/welding-testing/smaw-welding-certification/)
- [Florida Exposure Testing](https://atslab.com/testing-and-analysis/environmental/florida-exposure-testing/)
- [Gardner Impact Testing](https://atslab.com/testing-and-analysis/mechanical/gardner-impact-testing/)
- [Temperature Humidity Testing](https://atslab.com/testing-and-analysis/environmental/temperature-humidity-testing/)
- [Stick Welding Certification](https://atslab.com/testing-and-analysis/welding-testing/stick-welding-certification/)
- [Odor Testing Laboratory](https://atslab.com/testing-and-analysis/consumer-product/odor-testing-laboratory/)
- [Melt Flow Index Testing Lab](https://atslab.com/testing-and-analysis/polymer/melt-flow-index-testing-lab/)
- [Dynamic Chemical Analysis Lab](https://atslab.com/testing-and-analysis/chemistry/dynamic-chemical-analysis-lab/)
- [UV-Vis Spectroscopy Lab](https://atslab.com/testing-and-analysis/chemistry/uv-vis-spectroscopy-lab/)
- [Weld Tensile Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-tensile-testing/)
- [Destructive Weld Testing](https://atslab.com/testing-and-analysis/mechanical/destructive-weld-testing-2/)
- [UL 4200A Battery Testing](https://atslab.com/testing-and-analysis/consumer-product/ul-4200a-battery-testing/)
- [Reese’s Law Testing](https://atslab.com/testing-and-analysis/consumer-product/reeses-law-testing/)
- [Pyrolysis Gas Chromatography Mass Spectrometry](https://atslab.com/testing-and-analysis/chemistry/pyrolysis-gas-chromatography-mass-spectrometry/)
- [Strain Gauge Services](https://atslab.com/testing-and-analysis/mechanical/strain-gauge-services/)
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- [Kid’s Toy Battery Testing Services](https://atslab.com/testing-and-analysis/consumer-product/kids-toy-battery-testing-services/)
- [Children’s Toy Battery Testing Lab](https://atslab.com/testing-and-analysis/consumer-product/childrens-toy-battery-testing-lab/)
- [Toy Battery Testing](https://atslab.com/testing-and-analysis/consumer-product/toy-battery-testing/)
- [Kid's Toy Battery Testing](https://atslab.com/testing-and-analysis/consumer-product/kids-toy-battery-testing/)
- [Shock and Vibe Testing Services](https://atslab.com/testing-and-analysis/environmental/shock-and-vibe-testing-services/)
- [Shock and Vibration Testing](https://atslab.com/testing-and-analysis/environmental/shock-and-vibration-testing/)
- [Vibration Shock Testing Services](https://atslab.com/testing-and-analysis/environmental/vibration-shock-testing-services/)
- [Mechanical Shock and Vibration Testing](https://atslab.com/testing-and-analysis/environmental/mechanical-shock-and-vibration-testing/)
- [Vibration Shock Testing](https://atslab.com/testing-and-analysis/environmental/vibration-shock-testing/)
- [Shock and Vibe Testing](https://atslab.com/testing-and-analysis/environmental/shock-and-vibe-testing/)
- [Mechanical Shock Testing](https://atslab.com/testing-and-analysis/environmental/mechanical-shock-testing/)
- [Shaker Vibration Testing](https://atslab.com/testing-and-analysis/environmental/shaker-vibration-testing/)
- [Vibration Testing Services](https://atslab.com/testing-and-analysis/environmental/vibration-testing-services/)
- [A Leader Among Vibration Testing Companies](https://atslab.com/testing-and-analysis/environmental/vibration-testing-companies/)
- [Vibration Testing Lab](https://atslab.com/testing-and-analysis/environmental/vibration-testing-lab/)
- [Shaker Table Testing](https://atslab.com/testing-and-analysis/environmental/shaker-table-testing/)
- [Shaker Table Vibration Analysis](https://atslab.com/testing-and-analysis/environmental/shaker-table-vibration-analysis/)
- [Sine-on-Random Vibration Testing](https://atslab.com/testing-and-analysis/environmental/sine-on-random-vibration-testing/)
- [Random Vibration Testing](https://atslab.com/testing-and-analysis/environmental/random-vibration-testing/)
- [Dynamics Testing Lab](https://atslab.com/testing-and-analysis/mechanical/dynamics-testing-lab/)
- [Gear Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/gear-failure-analysis-services/)
- [Component Vibration Testing](https://atslab.com/testing-and-analysis/environmental/component-vibration-testing/)
- [Seismic Vibration Testing](https://atslab.com/testing-and-analysis/environmental/seismic-vibration-testing/)
- [Seismic Vibration Testing IEEE 344](https://atslab.com/testing-and-analysis/environmental/seismic-vibration-testing-ieee-344/)
- [Seismic Testing](https://atslab.com/testing-and-analysis/environmental/seismic-testing/)
- [Seismic Testing ICC-ES AC-156](https://atslab.com/testing-and-analysis/environmental/seismic-testing-icc-es-ac-156/)
- [Random Vibration Analysis and Testing](https://atslab.com/testing-and-analysis/environmental/random-vibration-analysis/)
- [Shock Testing](https://atslab.com/testing-and-analysis/environmental/shock-testing/)
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- [Tensile Testing Services](https://atslab.com/testing-and-analysis/mechanical/tensile-testing-services/)
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- [Dynamic Tensile Testing](https://atslab.com/testing-and-analysis/mechanical/dynamic-tensile-testing/)
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- [Tensile Strength Testing Laboratory](https://atslab.com/testing-and-analysis/mechanical/tensile-strength-testing-laboratory/)
- [AC Hipot Testing](https://atslab.com/testing-and-analysis/electrical/ac-hipot-testing/)
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- [DWV Testing](https://atslab.com/testing-and-analysis/electrical/dwv-testing/)
- [DC Hipot Testing of Medium Voltage Cables](https://atslab.com/testing-and-analysis/electrical/dc-hipot-testing-of-medium-voltage-cables/)
- [DC Hipot Testing](https://atslab.com/testing-and-analysis/electrical/dc-hipot-testing/)
- [AC and DC HiPot Testing](https://atslab.com/testing-and-analysis/electrical/ac-and-dc-hipot-testing/)
- [DC Hipot Cable Testing](https://atslab.com/testing-and-analysis/electrical/dc-hipot-cable-testing/)
- [Hipot Testing Motors](https://atslab.com/testing-and-analysis/electrical/hipot-testing-motors/)
- [Bus Bar Hipot Testing](https://atslab.com/testing-and-analysis/electrical/bus-bar-hipot-testing/)
- [Hipot Cable Testing](https://atslab.com/testing-and-analysis/electrical/hipot-cable-testing/)
- [Radiation Testing](https://atslab.com/testing-and-analysis/radiation/radiation-testing/)
- [HiPot Testing](https://atslab.com/testing-and-analysis/electrical/hipot-testing/)
- [Dielectric Withstand Testing](https://atslab.com/testing-and-analysis/electrical/dielectric-withstand-testing/)
- [Dielectric Breakdown Testing](https://atslab.com/testing-and-analysis/electrical/dielectric-breakdown-testing/)
- [Leachable Testing](https://atslab.com/testing-and-analysis/chemistry/leachable-testing/)
- [Extractables Leachables Testing](https://atslab.com/testing-and-analysis/chemistry/extractables-leachables-testing/)
- [Extractables Testing](https://atslab.com/testing-and-analysis/chemistry/extractables-testing/)
- [Foam Sample Testing](https://atslab.com/testing-and-analysis/polymer/foam-sample-testing/)
- [Foam Testing](https://atslab.com/testing-and-analysis/polymer/foam-testing/)
- [Level 5 Lightning Induced Transient Susceptibility Testing](https://atslab.com/testing-and-analysis/emi-emc/level-5-lightning-induced-transient-susceptibility-testing/)
- [UV Aging Testing](https://atslab.com/testing-and-analysis/environmental/uv-aging-testing/)
- [UV Testing Lab](https://atslab.com/testing-and-analysis/environmental/uv-testing-lab/)
- [UV Light Testing](https://atslab.com/testing-and-analysis/environmental/uv-light-testing/)
- [Hot Lamp Age Testing](https://atslab.com/testing-and-analysis/environmental/hot-lamp-age-testing/)
- [Consumer Product Weather Testing](https://atslab.com/testing-and-analysis/environmental/consumer-product-weather-testing/)
- [Consumer Product Age Testing](https://atslab.com/testing-and-analysis/environmental/consumer-product-age-testing/)
- [Thermal Chamber Testing Lab](https://atslab.com/testing-and-analysis/environmental/thermal-chamber-testing-lab/)
- [Solar Radiation Exposure Testing](https://atslab.com/testing-and-analysis/environmental/solar-radiation-exposure-testing/)
- [Solar Exposure Testing Services](https://atslab.com/testing-and-analysis/environmental/solar-exposure-testing-services/)
- [Xenon Exposure Testing Services](https://atslab.com/testing-and-analysis/environmental/xenon-exposure-testing-services/)
- [Solvent Testing Lab](https://atslab.com/testing-and-analysis/chemistry/solvent-testing-lab/)
- [SWAAT Testing](https://atslab.com/testing-and-analysis/environmental/swaat-testing/)
- [Salt Fog Corrosion Testing](https://atslab.com/testing-and-analysis/environmental/salt-fog-corrosion-testing/)
- [Regulatory Guide 1.180 EMI Testing](https://atslab.com/testing-and-analysis/emi-emc/regulatory-guide-1-180-emi-testing/)
- [IP Testing](https://atslab.com/testing-and-analysis/environmental/ip-testing/)
- [Salt Spray Resistance Testing](https://atslab.com/testing-and-analysis/environmental/salt-spray-resistance-testing/)
- [Salt Corrosion Testing](https://atslab.com/testing-and-analysis/environmental/salt-corrosion-testing/)
- [IP 68 Certification](https://atslab.com/testing-and-analysis/environmental/ip-68-certification/)
- [High Temperature Testing Lab](https://atslab.com/testing-and-analysis/environmental/high-temperature-testing-lab/)
- [Thermal Cycling Testing](https://atslab.com/testing-and-analysis/environmental/thermal-cycling-testing/)
- [Sand and Dust Testing](https://atslab.com/testing-and-analysis/environmental/sand-and-dust-testing/)
- [EMI Service Provider](https://atslab.com/testing-and-analysis/emi-emc/emi-service-provider/)
- [EMI Testing Services](https://atslab.com/testing-and-analysis/emi-emc/emi-testing-services/)
- [EMI Services](https://atslab.com/testing-and-analysis/emi-emc/emi-services/)
- [ESD Lab](https://atslab.com/testing-and-analysis/emi-emc/esd-lab/)
- [EMI Lab](https://atslab.com/testing-and-analysis/emi-emc/emi-lab/)
- [EMC Testing Lab](https://atslab.com/testing-and-analysis/emi-emc/emc-testing-lab/)
- [EMI EMC Testing Lab](https://atslab.com/testing-and-analysis/emi-emc/emi-emc-testing-lab/)
- [ESD Testing Lab](https://atslab.com/testing-and-analysis/emi-emc/esd-testing-lab/)
- [ESD Testing](https://atslab.com/testing-and-analysis/emi-emc/esd-testing/)
- [Electrostatic Discharge Testing](https://atslab.com/testing-and-analysis/emi-emc/electrostatic-discharge-testing/)
- [EMC Lab](https://atslab.com/testing-and-analysis/emi-emc/emc-lab/)
- [EMI & EMC Testing](https://atslab.com/testing-and-analysis/emi-emc/emi-emc-testing/)
- [EMC Testing](https://atslab.com/testing-and-analysis/emi-emc/emc-testing/)
- [EMI Testing Lab](https://atslab.com/testing-and-analysis/emi-emc/emi-testing-lab/)
- [EMI Testing](https://atslab.com/testing-and-analysis/emi-emc/emi-testing/)
- [Xenon Arc Testing](https://atslab.com/testing-and-analysis/environmental/xenon-arc-testing/)
- [Powder Coating Salt Spray Testing](https://atslab.com/testing-and-analysis/environmental/powder-coating-salt-spray-testing/)
- [Salt Spray Testing Labs](https://atslab.com/testing-and-analysis/environmental/salt-spray-testing-labs/)
- [Xenon Arc UV Testing](https://atslab.com/testing-and-analysis/environmental/xenon-arc-uv-testing/)
- [UV Stability Testing](https://atslab.com/testing-and-analysis/environmental/uv-stability-testing/)
- [Solar Testing Lab](https://atslab.com/testing-and-analysis/environmental/solar-testing-lab/)
- [Artificial Weathering Testing](https://atslab.com/testing-and-analysis/environmental/artificial-weathering-testing/)
- [QUV Testing](https://atslab.com/testing-and-analysis/environmental/quv-testing/)
- [Centrifuge Testing](https://atslab.com/testing-and-analysis/environmental/centrifuge-testing/)
- [Filiform Corrosion Testing](https://atslab.com/testing-and-analysis/environmental/filiform-corrosion-testing/)
- [Solar Exposure Testing](https://atslab.com/testing-and-analysis/environmental/solar-exposure-testing/)
- [Solar Radiation Testing](https://atslab.com/testing-and-analysis/environmental/solar-radiation-testing/)
- [Environmental Testing Labs](https://atslab.com/testing-and-analysis/environmental/environmental-testing-labs/)
- [ISTA Package Testing](https://atslab.com/testing-and-analysis/environmental/ista-package-testing/)
- [Package Drop Testing](https://atslab.com/testing-and-analysis/environmental/package-drop-test/)
- [Package Testing Labs](https://atslab.com/testing-and-analysis/environmental/package-testing-labs/)
- [ISTA 3A Testing](https://atslab.com/testing-and-analysis/environmental/ista-3a-testing/)
- [Package Testing Methods](https://atslab.com/testing-and-analysis/environmental/package-testing-methods/)
- [Package Testing Services](https://atslab.com/testing-and-analysis/environmental/package-testing-services/)
- [Accelerated Durability Testing](https://atslab.com/testing-and-analysis/environmental/accelerated-durability-test/)
- [Accelerated Life Cycle Testing](https://atslab.com/testing-and-analysis/environmental/accelerated-life-cycle-testing/)
- [Accelerated Reliability Testing](https://atslab.com/testing-and-analysis/environmental/accelerated-reliability-testing/)
- [Product Reliability Testing](https://atslab.com/testing-and-analysis/environmental/product-reliability-testing/)
- [Product Life Cycle Testing](https://atslab.com/testing-and-analysis/environmental/product-life-cycle-testing/)
- [Destructive Testing](https://atslab.com/testing-and-analysis/materials-testing/destructive-testing/)
- [Testing and Analysis Services](https://atslab.com/testing-and-analysis/services/testing-and-analysis-services/)
- [Testing and Analysis Company](https://atslab.com/testing-and-analysis/services/testing-and-analysis-company/)
- [Metals Analysis Overview](https://atslab.com/testing-and-analysis/metals-analysis/metals-analysis-2/)
- [Consumer Product Testing](https://atslab.com/testing-and-analysis/consumer-product/consumer-product-testing/)
- [Volatile Organic Compounds](https://atslab.com/testing-and-analysis/chemistry/volatile-organic-compounds/)
- [Materials Testing Overview](https://atslab.com/testing-and-analysis/materials-testing/materials-testing-2/)
- [Electrical Testing](https://atslab.com/testing-and-analysis/electrical/electrical-testing/)
- [Flammability Testing](https://atslab.com/testing-and-analysis/environmental/flammability-testing-2/)
- [Metallurgy Lab](https://atslab.com/testing-and-analysis/metallurgy/metallurgy-lab/)
- [Weld Testing Overview](https://atslab.com/testing-and-analysis/welding-testing/welding-testing/)
- [Failure Analysis Overview](https://atslab.com/testing-and-analysis/failure-analysis/failure-analysis/)
- [Weathering Services](https://atslab.com/testing-and-analysis/environmental/weathering-services/)
- [UV Testing](https://atslab.com/testing-and-analysis/environmental/uv-testing/)
- [Salt Spray Services](https://atslab.com/testing-and-analysis/environmental/salt-spray-services/)
- [Product Testing Services](https://atslab.com/testing-and-analysis/environmental/product-testing-services/)
- [Ingress Protection Testing Services](https://atslab.com/testing-and-analysis/environmental/ingress-protection-testing-services/)
- [Weld Testing Services](https://atslab.com/testing-and-analysis/welding-testing/weld-testing-services/)
- [Polymer Testing](https://atslab.com/testing-and-analysis/polymer/polymer-testing/)
- [Xenon Exposure Testing](https://atslab.com/testing-and-analysis/environmental/xenon-exposure-testing/)
- [Xenon Testing](https://atslab.com/testing-and-analysis/environmental/xenon-testing/)
- [Salt Spray Testing](https://atslab.com/testing-and-analysis/environmental/salt-spray-testing/)
- [Salt Spray Testing Lab](https://atslab.com/testing-and-analysis/environmental/salt-spray-testing-lab/)
- [Salt Fog Testing](https://atslab.com/testing-and-analysis/environmental/salt-fog-testing/)
- [UV Exposure Testing](https://atslab.com/testing-and-analysis/environmental/uv-exposure-testing/)
- [Solar Testing](https://atslab.com/testing-and-analysis/environmental/solar-testing/)
- [Solar Testing Laboratories](https://atslab.com/testing-and-analysis/environmental/solar-testing-laboratories/)
- [Thermal Cycling & Heat Aging](https://atslab.com/testing-and-analysis/environmental/thermal-cycling/)
- [Temperature Cycling Testing](https://atslab.com/testing-and-analysis/environmental/temperature-cycling-testing/)
- [Thermal Shock Resistance Testing](https://atslab.com/testing-and-analysis/environmental/thermal-shock-resistance-testing/)
- [Product Testing](https://atslab.com/testing-and-analysis/environmental/product-testing/)
- [Material Qualification](https://atslab.com/testing-and-analysis/environmental/material-qualification/)
- [Corrosion Testing Lab](https://atslab.com/testing-and-analysis/environmental/corrosion-testing-lab/)
- [Weathering Laboratory](https://atslab.com/testing-and-analysis/environmental/weathering-laboratory/)
- [Weathering Testing](https://atslab.com/testing-and-analysis/environmental/weathering-test/)
- [UV Weathering](https://atslab.com/testing-and-analysis/environmental/uv-weathering/)
- [Waterproof Testing](https://atslab.com/testing-and-analysis/environmental/waterproof-testing/)
- [IEC 60529 IP Testing](https://atslab.com/testing-and-analysis/environmental/iec-60529-ip-testing/)
- [Flammability UL94](https://atslab.com/testing-and-analysis/environmental/flammability-ul94/)
- [Fire Testing Services](https://atslab.com/testing-and-analysis/environmental/fire-testing-services/)
- [Corrosion Testing Services Overview](https://atslab.com/testing-and-analysis/environmental/corrosion-testing-service/)
- [Flammability Test](https://atslab.com/testing-and-analysis/environmental/flammability-test/)
- [Flammability of Plastics](https://atslab.com/testing-and-analysis/environmental/flammability-of-plastics/)
- [Corrosion Testing](https://atslab.com/testing-and-analysis/environmental/corrosion-testing/)
- [Corrosion Lab](https://atslab.com/testing-and-analysis/environmental/corrosion-lab/)
- [CASS Testing](https://atslab.com/testing-and-analysis/environmental/cass-testing/)
- [Accelerated Weathering Testing](https://atslab.com/testing-and-analysis/environmental/accelerated-weathering-testing/)
- [Accelerated UV Testing](https://atslab.com/testing-and-analysis/environmental/accelerated-uv-testing/)
- [Life Cycle Analysis](https://atslab.com/testing-and-analysis/environmental/life-cycle-analysis/)
- [Accelerated Aging](https://atslab.com/testing-and-analysis/environmental/accelerated-aging/)
- [Environmental Testing](https://atslab.com/testing-and-analysis/environmental/environmental-testing/)
- [Modulus Testing Services](https://atslab.com/testing-and-analysis/mechanical/modulus-testing-services/)
- [Thermoplastic Testing](https://atslab.com/testing-and-analysis/polymer/thermoplastic-testing/)
- [PFAS Testing Lab](https://atslab.com/testing-and-analysis/consumer-product/pfas-testing-lab/)
- [NACE Coating Inspector](https://atslab.com/testing-and-analysis/custom/nace-coating-inspector/)
- [Hipot Testing Services](https://atslab.com/testing-and-analysis/electrical/hipot-testing-services/)
- [Conducted Emissions Testing](https://atslab.com/testing-and-analysis/emi-emc/conducted-emissions-testing/)
- [Radiated Emissions Testing](https://atslab.com/testing-and-analysis/emi-emc/radiated-emission-testing/)
- [Polyurethane Foam Testing](https://atslab.com/testing-and-analysis/polymer/polyurethane-foam-testing/)
- [Electromagnetic Compliance Testing](https://atslab.com/testing-and-analysis/emi-emc/electromagnetic-compliance-testing/)
- [EMC Compliance Testing](https://atslab.com/testing-and-analysis/emi-emc/ats-emc-compliance-testing/)
- [Pre-Compliance EMC Testing](https://atslab.com/testing-and-analysis/emi-emc/pre-compliance-emc-testing/)
- [Lightning Induced Transient Testing](https://atslab.com/testing-and-analysis/emi-emc/lightning-induced-transient-testing/)
- [Reverberation Chamber Testing](https://atslab.com/testing-and-analysis/emi-emc/reverberation-chamber-testing/)
- [Pressure Cycling Testing](https://atslab.com/testing-and-analysis/custom/pressure-cycling-testing/)
- [Structural Steel Welding Certification](https://atslab.com/testing-and-analysis/welding-testing/structural-steel-welding-certification/)
- [2F Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/2f-weld-test/)
- [6G Welding Certification](https://atslab.com/testing-and-analysis/welding-testing/6g-welding-certification/)
- [4G Welding Certification](https://atslab.com/testing-and-analysis/welding-testing/4g-welding-certification/)
- [3G MIG Welding Testing](https://atslab.com/testing-and-analysis/welding-testing/3g-mig-welding-test/)
- [2G Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/2g-weld-test/)
- [1G Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/1g-weld-test/)
- [Space Radiation Effects](https://atslab.com/testing-and-analysis/radiation/space-radiation-effects/)
- [RLAT](https://atslab.com/testing-and-analysis/radiation/rlat/)
- [Total Ionizing Dose Effects](https://atslab.com/testing-and-analysis/radiation/total-ionizing-dose-effects/)
- [Ionizing Radiation Effects](https://atslab.com/testing-and-analysis/radiation/ionizing-radiation-effects/)
- [GPC Polymer Characterization](https://atslab.com/testing-and-analysis/polymer/gpc-polymer-characterization/)
- [Polymer Composition Analysis](https://atslab.com/testing-and-analysis/polymer/polymer-composition-analysis/)
- [3G Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/3g-weld-test/)
- [Wrap Around Bend Testing](https://atslab.com/testing-and-analysis/mechanical/wrap-around-bend-testing/)
- [Fatigue Testing of Composite Materials](https://atslab.com/testing-and-analysis/mechanical/fatigue-testing-of-composite-materials/)
- [Accelerated Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/accelerated-fatigue-testing/)
- [Fatigue Testing Services](https://atslab.com/testing-and-analysis/mechanical/fatigue-testing-services/)
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- [Confidential Industrial Mechanical Services](https://atslab.com/testing-and-analysis/mechanical/confidential-industrial-mechanical-services/)
- [Satellite Radiation Effects](https://atslab.com/testing-and-analysis/radiation/satellite-radiation-effects/)
- [Radiation Hardness Testing](https://atslab.com/testing-and-analysis/radiation/radiation-hardness-testing/)
- [Radiation Hardened Electronics Testing](https://atslab.com/testing-and-analysis/radiation/radiation-hardened-electronics-testing/)
- [Lap Shear Testing](https://atslab.com/testing-and-analysis/mechanical/lap-shear-testing/)
- [PFAS in Consumer Products](https://atslab.com/testing-and-analysis/consumer-product/pfas-in-consumer-products/)
- [PFAS in Food Packaging](https://atslab.com/testing-and-analysis/consumer-product/pfas-in-food-packaging/)
- [Radiation Effects Testing](https://atslab.com/testing-and-analysis/radiation/radiation-effects-testing/)
- [Space Radiation Testing](https://atslab.com/testing-and-analysis/radiation/space-radiation-testing/)
- [Weld Notch Toughness Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-notch-toughness-testing/)
- [Notched Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/notched-weld-testing/)
- [Radiation Lot Acceptance Testing](https://atslab.com/testing-and-analysis/radiation/radiation-lot-acceptance-testing/)
- [Polymer Viscosity Analysis](https://atslab.com/testing-and-analysis/polymer/polymer-viscosity-analysis/)
- [Material Testing Laboratory](https://atslab.com/testing-and-analysis/materials-testing/material-testing-laboratory/)
- [Viscosity Testing](https://atslab.com/testing-and-analysis/polymer/viscosity-testing/)
- [Plastic and Elastomer Analysis](https://atslab.com/testing-and-analysis/polymer/plastic-and-elastomer-analysis/)
- [Polymer Testing Services](https://atslab.com/testing-and-analysis/polymer/polymer-testing-services/)
- [Polymer Structure Analysis](https://atslab.com/testing-and-analysis/polymer/polymer-structure-analysis/)
- [Polymer Strength Testing](https://atslab.com/testing-and-analysis/polymer/polymer-strength-testing/)
- [Pipe Weld Bend Testing](https://atslab.com/testing-and-analysis/welding-testing/pipe-weld-bend-testing/)
- [Neutron Radiation Testing](https://atslab.com/testing-and-analysis/radiation/neutron-radiation-testing/)
- [RLAT Testing](https://atslab.com/testing-and-analysis/radiation/rlat-testing/)
- [Steel Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/steel-fatigue-testing/)
- [Polymer Material Testing](https://atslab.com/testing-and-analysis/polymer/polymer-material-testing/)
- [Plane Strain Fracture Toughness Testing](https://atslab.com/testing-and-analysis/mechanical/plain-strain-fracture-toughness-testing/)
- [Load Performance Testing](https://atslab.com/testing-and-analysis/custom/load-performance-testing/)
- [Polymer Fracture Analysis](https://atslab.com/testing-and-analysis/polymer/polymer-fracture-analysis/)
- [Fracture Toughness Testing](https://atslab.com/testing-and-analysis/metallurgy/fracture-toughness-testing/)
- [Polymer Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/polymer-fatigue-testing/)
- [Polymer Characterization Lab](https://atslab.com/testing-and-analysis/polymer/polymer-characterization-lab/)
- [Fatigue Crack Growth Rate Testing](https://atslab.com/testing-and-analysis/mechanical/fatigue-crack-growth-rate-testing/)
- [Cyclic Fatigue](https://atslab.com/testing-and-analysis/mechanical/cyclic-fatigue/)
- [Crack Propagation Testing](https://atslab.com/testing-and-analysis/mechanical/crack-propagation-testing/)
- [Corrosion Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/corrosion-fatigue-testing/)
- [ELDRS Testing](https://atslab.com/testing-and-analysis/radiation/eldrs-testing/)
- [TMA Analysis](https://atslab.com/testing-and-analysis/polymer/tma-analysis/)
- [SEE Radiation Testing](https://atslab.com/testing-and-analysis/radiation/see-radiation-testing/)
- [TID Radiation Testing](https://atslab.com/testing-and-analysis/radiation/tid-radiation-testing/)
- [Fade Testing](https://atslab.com/testing-and-analysis/environmental/fade-testing/)
- [Radiation Testing Lab](https://atslab.com/testing-and-analysis/radiation/radiation-testing-lab/)
- [pH Analysis](https://atslab.com/testing-and-analysis/chemistry/ph-analysis/)
- [Ethylene Oxide GC MS Analysis](https://atslab.com/testing-and-analysis/chemistry/ethylene-oxide-gc-ms-analysis/)
- [WPS Qualified Welding Procedure](https://atslab.com/testing-and-analysis/welding-testing/wps-qualified-welding-procedure/)
- [Radiation Testing Services](https://atslab.com/testing-and-analysis/radiation/radiation-testing-services/)
- [GC MS Oil Analysis](https://atslab.com/testing-and-analysis/chemistry/gc-ms-oil-analysis/)
- [1 4-Dioxane Testing and Analysis](https://atslab.com/testing-and-analysis/chemistry/1-4-dioxane-testing-and-analysis/)
- [Combustion Analysis](https://atslab.com/testing-and-analysis/chemistry/combustion-analysis/)
- [PFAS Packaging Testing](https://atslab.com/testing-and-analysis/consumer-product/pfas-packaging-testing/)
- [TGA DSC Analysis Lab](https://atslab.com/testing-and-analysis/chemistry/tga-dsc-analysis-lab/)
- [Case Depth Testing](https://atslab.com/testing-and-analysis/metallurgy/case-depth-testing/)
- [Case Depth Hardness](https://atslab.com/testing-and-analysis/metallurgy/case-depth-hardness/)
- [PFAS Chemicals Testing Lab](https://atslab.com/testing-and-analysis/consumer-product/pfas-chemicals-testing-lab/)
- [BPA Testing in Clothing and Socks](https://atslab.com/testing-and-analysis/chemistry/bpa-testing-in-clothing-and-socks/)
- [LECO Testing](https://atslab.com/testing-and-analysis/chemistry/leco-testing/)
- [WPS Welder Qualifications](https://atslab.com/testing-and-analysis/welding-testing/wps-welder-qualifications/)
- [Weld Procedure Qualifications](https://atslab.com/testing-and-analysis/welding-testing/weld-procedure-qualifications/)
- [FTIR Surface Analysis](https://atslab.com/testing-and-analysis/chemistry/ftir-surface-analysis/)
- [Extensometer Tensile Testing](https://atslab.com/testing-and-analysis/mechanical/extensometer-tensile-testing/)
- [Surface Resistance](https://atslab.com/testing-and-analysis/electrical/surface-resistance/)
- [Tensile Testing Welding](https://atslab.com/testing-and-analysis/welding-testing/tensile-testing-welding/)
- [Cable Tension Testing](https://atslab.com/testing-and-analysis/mechanical/cable-tension-testing/)
- [Charpy V Notch Testing](https://atslab.com/testing-and-analysis/mechanical/charpy-v-notch-testing/)
- [Methane Analysis Gas Chromatography](https://atslab.com/testing-and-analysis/chemistry/methane-analysis-gas-chromatography/)
- [Fracture Analysis](https://atslab.com/testing-and-analysis/metallurgy/fracture-analysis/)
- [Laser Grain Size Analysis](https://atslab.com/testing-and-analysis/metallurgy/laser-grain-size-analysis/)
- [Weld Qualification Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-qualification-testing/)
- [Weld Inspections Services](https://atslab.com/testing-and-analysis/welding-testing/weld-inspections-services/)
- [Tensile Testing Metallurgical Laboratory](https://atslab.com/testing-and-analysis/mechanical/tensile-testing-metallurgical-laboratory/)
- [Ion Chromatography Testing](https://atslab.com/testing-and-analysis/chemistry/ion-chromatography-testing/)
- [Scanning Electron Microscope Services](https://atslab.com/testing-and-analysis/metallurgy/scanning-electron-microscope-services/)
- [Fracture Surface Analysis](https://atslab.com/testing-and-analysis/metallurgy/fracture-surface-analysis/)
- [High-Temperature Mechanical Testing](https://atslab.com/testing-and-analysis/mechanical/high-temperature-mechanical-testing/)
- [Plastic Tensile Testing](https://atslab.com/testing-and-analysis/polymer/plastic-tensile-testing/)
- [DSC Polymer Characterization Analysis](https://atslab.com/testing-and-analysis/polymer/dsc-polymer-characterization-analysis/)
- [TGA Testing Laboratories](https://atslab.com/testing-and-analysis/chemistry/tga-testing-laboratories/)
- [Melting Point Analysis](https://atslab.com/testing-and-analysis/chemistry/melting-point-analysis/)
- [Metal Fracture Analysis](https://atslab.com/testing-and-analysis/metallurgy/metal-fracture-analysis/)
- [TGA Polymer Testing](https://atslab.com/testing-and-analysis/chemistry/tga-polymer-testing/)
- [Polymer Analysis Laboratory](https://atslab.com/testing-and-analysis/polymer/polymer-analysis-lab/)
- [Plastic Tensile Strength Testing](https://atslab.com/testing-and-analysis/polymer/plastic-tensile-strength-testing/)
- [Thermal Analysis Services](https://atslab.com/testing-and-analysis/polymer/thermal-analysis-services/)
- [DSC Analysis of Polymers](https://atslab.com/testing-and-analysis/chemistry/dsc-analysis-of-polymers/)
- [SEM Lab](https://atslab.com/testing-and-analysis/metallurgy/sem-lab/)
- [Hardness Testing Services](https://atslab.com/testing-and-analysis/metallurgy/hardness-testing-services/)
- [OES Materials Testing](https://atslab.com/testing-and-analysis/materials-testing/oes-materials-testing/)
- [Polymer Testing Lab](https://atslab.com/testing-and-analysis/polymer/polymer-testing-lab/)
- [PVC Testing](https://atslab.com/testing-and-analysis/polymer/pvc-testing/)
- [Grain Size Distribution](https://atslab.com/testing-and-analysis/metallurgy/grain-size-distribution/)
- [HPLC Analysis Services](https://atslab.com/testing-and-analysis/chemistry/hplc-analysis-services/)
- [Metallography Microstructure and Analysis](https://atslab.com/testing-and-analysis/metallurgy/metallography-microstructure-and-analysis/)
- [Tumble Testing](https://atslab.com/testing-and-analysis/custom/tumble-testing/)
- [Prop 65 Compliance Testing](https://atslab.com/testing-and-analysis/consumer-product/prop-65-compliance-testing/)
- [Composite Material Testing](https://atslab.com/testing-and-analysis/polymer/composite-material-testing/)
- [Particle Size Distribution Analysis Laboratory](https://atslab.com/testing-and-analysis/chemistry/particle-size-distribution-analysis-laboratory/)
- [Dielectric Constant Testing](https://atslab.com/testing-and-analysis/electrical/dielectric-constant-testing/)
- [Particle Size Testing Labs](https://atslab.com/testing-and-analysis/chemistry/particle-size-testing-labs/)
- [TGA Moisture Analysis](https://atslab.com/testing-and-analysis/chemistry/tga-moisture-analysis/)
- [Weld Hardness Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-hardness-testing/)
- [Plastic and Polymer Failure Analysis](https://atslab.com/testing-and-analysis/polymer/plastic-polymer-failure-analysis/)
- [Tensile Testing Metallurgical Lab](https://atslab.com/testing-and-analysis/mechanical/tensile-testing-metallurgical-lab/)
- [Failure Analysis Services](https://atslab.com/testing-and-analysis/failure-analysis/failure-analysis-services/)
- [EDS Material Analysis](https://atslab.com/testing-and-analysis/metallurgy/eds-material-analysis/)
- [Metal Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/metal-failure-analysis/)
- [XRD  Testing](https://atslab.com/testing-and-analysis/metallurgy/xrd-testing/)
- [Creep Rupture Testing](https://atslab.com/testing-and-analysis/mechanical/creep-rupture-testing/)
- [XRD  Elemental Analysis](https://atslab.com/testing-and-analysis/metallurgy/xrd-elemental-analysis/)
- [XRD Analysis](https://atslab.com/testing-and-analysis/metallurgy/xrd-analysis/)
- [Tensile Coupon Testing](https://atslab.com/testing-and-analysis/mechanical/tensile-coupon-testing/)
- [Diffraction Analysis](https://atslab.com/testing-and-analysis/metallurgy/diffraction-analysis/)
- [EDS Elemental Analysis](https://atslab.com/testing-and-analysis/metallurgy/eds-elemental-analysis/)
- [EDS Analysis](https://atslab.com/testing-and-analysis/metallurgy/eds-analysis/)
- [Elevated Temperature Tensile Testing](https://atslab.com/testing-and-analysis/mechanical/elevated-temperature-tensile-testing/)
- [Bolt Tension Testing](https://atslab.com/testing-and-analysis/mechanical/bolt-tension-testing/)
- [Temperature Testing Lab](https://atslab.com/testing-and-analysis/environmental/temperature-testing-lab/)
- [Polymer Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/polymer-failure-analysis/)
- [Welding Certification Testing](https://atslab.com/testing-and-analysis/welding-testing/welding-certification-test/)
- [Welder Certification](https://atslab.com/testing-and-analysis/welding-testing/welder-certification/)
- [Cut and Etch Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/cut-and-etch-weld-testing/)
- [Macro Etch Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/macro-etch-weld-testing/)
- [XRD Testing Labs](https://atslab.com/testing-and-analysis/metallurgy/xrd-testing-labs/)
- [EDS Chemical Analysis](https://atslab.com/testing-and-analysis/metallurgy/eds-chemical-analysis/)
- [XRD Surface Analysis](https://atslab.com/testing-and-analysis/metallurgy/xrd-surface-analysis/)
- [A Leader Among Material Testing Companies](https://atslab.com/testing-and-analysis/materials-testing/material-testing-company/)
- [A Leader Among Material Testing Companies](https://atslab.com/testing-and-analysis/materials-testing/material-testing-company-labs/)
- [Plastic Material Testing](https://atslab.com/testing-and-analysis/materials-testing/plastic-material-testing/)
- [Material Lab Testing Services](https://atslab.com/testing-and-analysis/materials-testing/material-lab-testing-services/)
- [Macro Etch Testing](https://atslab.com/testing-and-analysis/welding-testing/macro-etch-testing/)
- [Weld Break Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-break-testing/)
- [Metal Failure Analysis Lab](https://atslab.com/testing-and-analysis/failure-analysis/metal-failure-analysis-lab/)
- [Powder Metallurgy](https://atslab.com/testing-and-analysis/metallurgy/powder-metallurgy/)
- [Steel Testing Metallurgy Lab](https://atslab.com/testing-and-analysis/mechanical/steel-testing-metallurgy-lab/)
- [Polymer Hardness Testing](https://atslab.com/testing-and-analysis/polymer/polymer-hardness-testing/)
- [Polymer Tensile Testing](https://atslab.com/testing-and-analysis/polymer/polymer-tensile-test/)
- [EMI Compliance Testing](https://atslab.com/testing-and-analysis/emi-emc/emi-compliance-testing/)
- [NACE Testing](https://atslab.com/testing-and-analysis/custom/nace-testing/)
- [Skidmore Testing](https://atslab.com/testing-and-analysis/custom/skidmore-testing/)
- [Macro Etch Weld Test](https://atslab.com/testing-and-analysis/welding-testing/macro-etch-weld-test/)
- [Welding Testing Lab](https://atslab.com/testing-and-analysis/welding-testing/welding-testing-lab/)
- [Fillet Weld Test](https://atslab.com/testing-and-analysis/welding-testing/fillet-weld-test/)
- [Halide Anion Testing](https://atslab.com/testing-and-analysis/consumer-product/halide-anion-testing/)
- [Alloy Identification Testing](https://atslab.com/testing-and-analysis/chemistry/alloy-identification-testing/)
- [Handrail Testing](https://atslab.com/testing-and-analysis/custom/handrail-testing/)
- [ESD Air Discharge Testing](https://atslab.com/testing-and-analysis/emi-emc/esd-air-discharge-testing/)
- [Gear Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/gear-failure-analysis/)
- [Pipeline Hydro Testing](https://atslab.com/testing-and-analysis/custom/pipeline-hydro-testing/)
- [Pipeline Hydrostatic Testing](https://atslab.com/testing-and-analysis/custom/pipeline-hydrostatic-testing/)
- [Metal Analysis Lab](https://atslab.com/testing-and-analysis/metals-analysis/metal-analysis-lab/)
- [ESD Contact Discharge Testing](https://atslab.com/testing-and-analysis/emi-emc/esd-contact-discharge-testing/)
- [Welder Qualification](https://atslab.com/testing-and-analysis/welding-testing/welder-qualification/)
- [Hydrostatic Leak Testing](https://atslab.com/testing-and-analysis/custom/hydrostatic-leak-testing/)
- [Electrical Testing Lab](https://atslab.com/testing-and-analysis/electrical/electrical-testing-lab/)
- [Hydro Testing](https://atslab.com/testing-and-analysis/custom/hydro-testing/)
- [Hydrostatic Pressure Testing](https://atslab.com/testing-and-analysis/custom/hydrostatic-pressure-testing/)
- [Electrical Lab Services](https://atslab.com/testing-and-analysis/electrical/electrical-lab-services/)
- [Fillet Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/fillet-weld-testing/)
- [Azo Dye Testing](https://atslab.com/testing-and-analysis/chemistry/azo-dye-testing/)
- [Hydrostatic Testing](https://atslab.com/testing-and-analysis/custom/hydrostatic-testing/)
- [PMI Metal Testing](https://atslab.com/testing-and-analysis/metals-analysis/pmi-metal-testing/)
- [OES Analysis Lab](https://atslab.com/testing-and-analysis/metals-analysis/oes-analysis-lab/)
- [FT-IR Material Analysis](https://atslab.com/testing-and-analysis/chemistry/ft-ir-material-analysis/)
- [FTIR Chemical Analysis](https://atslab.com/testing-and-analysis/chemistry/ftir-chemical-analysis/)
- [ICP-OES Testing](https://atslab.com/testing-and-analysis/chemistry/icp-oes-testing/)
- [Copper Purity Testing](https://atslab.com/testing-and-analysis/chemistry/copper-purity-testing/)
- [Chemical Composition Testing Lab](https://atslab.com/testing-and-analysis/chemistry/chemical-composition-testing-lab/)
- [Benzene Analysis](https://atslab.com/testing-and-analysis/chemistry/benzene-analysis/)
- [Pipe Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/pipe-weld-testing/)
- [Spot Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/spot-weld-testing/)
- [Guided Bend Testing](https://atslab.com/testing-and-analysis/welding-testing/guided-bend-test/)
- [Side Bend Testing](https://atslab.com/testing-and-analysis/welding-testing/side-bend-test/)
- [Hot Tensile Testing](https://atslab.com/testing-and-analysis/mechanical/hot-tensile-testing/)
- [High-Temperature Tensile Testing](https://atslab.com/testing-and-analysis/mechanical/high-temperature-tensile-testing/)
- [Fillet Weld Break Testing](https://atslab.com/testing-and-analysis/welding-testing/fillet-weld-break-testing/)
- [Weld Bend Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-bend-testing/)
- [Weld Joint Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-joint-testing/)
- [Destructive Weld Testing](https://atslab.com/testing-and-analysis/welding-testing/destructive-weld-testing/)
- [Weld Analysis](https://atslab.com/testing-and-analysis/welding-testing/weld-analysis/)
- [Fillet Weld Fracture Testing](https://atslab.com/testing-and-analysis/welding-testing/fillet-weld-fracture-test/)
- [Polymer VOC Testing and Analysis](https://atslab.com/testing-and-analysis/polymer/polymer-voc-testing-and-analysis/)
- [VOC and FOG Emissions Testing](https://atslab.com/testing-and-analysis/consumer-product/voc-and-fog-emissions-testing/)
- [VOC Chamber Testing](https://atslab.com/testing-and-analysis/consumer-product/voc-chamber-testing/)
- [Humidity Testing](https://atslab.com/testing-and-analysis/environmental/humidity-testing/)
- [PV 3942 Testing — VOC](https://atslab.com/testing-and-analysis/chemistry/pv-3942-testing-voc/)
- [TP-0000912 V1 Testing - VOC](https://atslab.com/testing-and-analysis/consumer-product/tp-0000912-v1-testing-voc/)
- [Methanol Contamination Testing](https://atslab.com/testing-and-analysis/chemistry/methanol-contamination-testing/)
- [Hand Sanitizer Testing](https://atslab.com/testing-and-analysis/consumer-product/hand-sanitizer-testing/)
- [Ventilator Component Cleanliness Testing](https://atslab.com/testing-and-analysis/chemistry/ventilator-component-cleanliness-testing/)
- [Metallurgical Testing Services](https://atslab.com/testing-and-analysis/metallurgy/metallurgical-testing-services/)
- [Corrosion Testing Services](https://atslab.com/testing-and-analysis/environmental/corrosion-testing-services-2/)
- [PPE Testing](https://atslab.com/testing-and-analysis/consumer-product/ppe-testing/)
- [DSC Glass Transition](https://atslab.com/testing-and-analysis/polymer/dsc-glass-transition/)
- [Metal Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/metal-fatigue-testing/)
- [Steel Testing Lab](https://atslab.com/testing-and-analysis/mechanical/steel-testing-lab-2/)
- [Furniture Testing Labs](https://atslab.com/testing-and-analysis/consumer-product/furniture-testing-labs/)
- [Melt Flow Index Testing](https://atslab.com/testing-and-analysis/polymer/melt-flow-index-testing/)
- [Fatigue Crack Growth Testing](https://atslab.com/testing-and-analysis/mechanical/fatigue-crack-growth-testing/)
- [Cyclic Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/cyclic-fatigue-testing/)
- [Spring Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/spring-fatigue-testing/)
- [A Leader Among Material Testing Companies](https://atslab.com/testing-and-analysis/materials-testing/material-testing-companies/)
- [Mechanical Testing Lab](https://atslab.com/testing-and-analysis/mechanical/mechanical-testing-lab/)
- [Material Testing Services](https://atslab.com/testing-and-analysis/materials-testing/materials-testing-services/)
- [Pyroshock Testing](https://atslab.com/testing-and-analysis/environmental/pyroshock-testing/)
- [Fatigue Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/fatigue-failure-analysis/)
- [Grain Size Analysis](https://atslab.com/testing-and-analysis/metallurgy/grain-size-analysis/)
- [Package Burst Testing](https://atslab.com/testing-and-analysis/mechanical/package-burst-testing/)
- [Vicat Testing](https://atslab.com/testing-and-analysis/mechanical/vicat-testing/)
- [Plastic Material Testing Lab](https://atslab.com/testing-and-analysis/polymer/plastic-material-testing-lab/)
- [Fastener Testing Labs](https://atslab.com/testing-and-analysis/mechanical/fastener-testing-labs/)
- [Flexural Strength Testing](https://atslab.com/testing-and-analysis/polymer/flexural-strength-testing/)
- [Proof Pressure Testing](https://atslab.com/testing-and-analysis/custom/proof-pressure-testing/)
- [PVC Pipe Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/pvc-pipe-failure-analysis/)
- [Plastic Pipe Testing](https://atslab.com/testing-and-analysis/polymer/plastic-pipe-testing/)
- [SEM Failure Analysis](https://atslab.com/testing-and-analysis/metallurgy/sem-failure-analysis/)
- [Burst Pressure Testing](https://atslab.com/testing-and-analysis/custom/burst-pressure-testing/)
- [Plastic Impact Testing](https://atslab.com/testing-and-analysis/polymer/plastic-impact-testing/)
- [Chain Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/chain-failure-analysis/)
- [Material Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/material-failure-analysis/)
- [Compression Set Testing](https://atslab.com/testing-and-analysis/mechanical/compression-set-testing/)
- [Solar Simulation Testing](https://atslab.com/testing-and-analysis/environmental/solar-simulation-testing/)
- [Amazon Product Testing](https://atslab.com/testing-and-analysis/consumer-product/amazon-product-testing/)
- [Powder Characterization](https://atslab.com/testing-and-analysis/chemistry/powder-characterization/)
- [Particle Size Distribution Testing](https://atslab.com/testing-and-analysis/chemistry/particle-size-distribution/)
- [ELV Testing](https://atslab.com/testing-and-analysis/chemistry/elv-testing/)
- [Metallography Lab](https://atslab.com/testing-and-analysis/metallurgy/metallography-lab/)
- [Materials Testing Labs](https://atslab.com/testing-and-analysis/materials-testing/materials-testing-labs/)
- [Baby Product Testing](https://atslab.com/testing-and-analysis/consumer-product/baby-product-testing/)
- [Pacifier Testing](https://atslab.com/testing-and-analysis/mechanical/pacifier-testing/)
- [ELV Compliance](https://atslab.com/testing-and-analysis/chemistry/elv-compliance/)
- [PV 3341](https://atslab.com/testing-and-analysis/chemistry/pv-3341/)
- [Drop Weight Testing](https://atslab.com/testing-and-analysis/custom/drop-weight-testing/)
- [Shear Strength Testing](https://atslab.com/testing-and-analysis/mechanical/shear-strength-testing/)
- [European Toy Safety Testing](https://atslab.com/testing-and-analysis/consumer-product/european-toy-safety-testing/)
- [Contamination Testing](https://atslab.com/testing-and-analysis/chemistry/contamination-test/)
- [Soil Resistivity Testing](https://atslab.com/testing-and-analysis/electrical/soil-resistivity-testing/)
- [VOC Testing Methods](https://atslab.com/testing-and-analysis/consumer-product/voc-testing-methods/)
- [Skidmore Bolt Testing](https://atslab.com/testing-and-analysis/custom/skidmore-bolt-testing/)
- [CTOD Testing](https://atslab.com/testing-and-analysis/mechanical/ctod-testing/)
- [Particle Size Distribution Analysis](https://atslab.com/testing-and-analysis/chemistry/particle-size-distribution-analysis/)
- [Shear Testing](https://atslab.com/testing-and-analysis/mechanical/shear-testing/)
- [Microhardness Testing](https://atslab.com/testing-and-analysis/metallurgy/microhardness-testing/)
- [Load Testing](https://atslab.com/testing-and-analysis/mechanical/load-testing/)
- [Particle Size Analysis Lab](https://atslab.com/testing-and-analysis/chemistry/particle-size-analysis-lab/)
- [Halogens and Halides](https://atslab.com/testing-and-analysis/consumer-product/halogens-halides/)
- [Proof Load Testing](https://atslab.com/testing-and-analysis/mechanical/proof-load-testing/)
- [VOC Testing and Analysis](https://atslab.com/testing-and-analysis/consumer-product/voc-testing/)
- [MIL-STD, DO 160, and ASTM Humidity Testing](https://atslab.com/testing-and-analysis/environmental/mil-std-do-160-and-astm-humidity-testing/)
- [Izod Impact Testing](https://atslab.com/testing-and-analysis/mechanical/izod-impact-test/)
- [ICP Testing and Analysis Lab](https://atslab.com/testing-and-analysis/chemistry/icp-testing-and-analysis-lab/)
- [Wet Chemistry Lab](https://atslab.com/testing-and-analysis/chemistry/wet-chemistry-lab/)
- [Gravelometer Testing](https://atslab.com/testing-and-analysis/custom/gravelometer-testing/)
- [Materials Testing](https://atslab.com/testing-and-analysis/materials-testing/materials-testing/)
- [Voltage Drop Testing](https://atslab.com/testing-and-analysis/electrical/voltage-drop-testing/)
- [Insulation Resistance Testing](https://atslab.com/testing-and-analysis/electrical/insulation-resistance-testing/)
- [Electronic Product Testing](https://atslab.com/testing-and-analysis/electrical/electronic-product-testing/)
- [Electrical Testing Laboratory](https://atslab.com/testing-and-analysis/electrical/electrical-testing-laboratory/)
- [Dielectric Strength Testing](https://atslab.com/testing-and-analysis/electrical/dielectric-strength-testing/)
- [Battery Testing](https://atslab.com/testing-and-analysis/electrical/battery-testing/)
- [Vickers Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/vickers-hardness-tests/)
- [Scanning Electron Microscopy](https://atslab.com/testing-and-analysis/metallurgy/scanning-electron-microscopy/)
- [Superficial Rockwell Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/superficial-rockwell-hardness-testing/)
- [Rockwell Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/rockwell-hardness-tests/)
- [Metal Testing](https://atslab.com/testing-and-analysis/metallurgy/metal-tests/)
- [Metallurgical Services](https://atslab.com/testing-and-analysis/metallurgy/metallurgical-services/)
- [Material Identification](https://atslab.com/testing-and-analysis/metallurgy/material-identification/)
- [Knoop Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/knoop-hardness-testing/)
- [Intergranular Corrosion Testing](https://atslab.com/testing-and-analysis/metallurgy/intergranular-corrosion-tests/)
- [Hardness Testing Lab](https://atslab.com/testing-and-analysis/metallurgy/hardness-testing-lab/)
- [Elmendorf Tear Testing](https://atslab.com/testing-and-analysis/mechanical/elmendorf-tear-tests/)
- [Brinell Hardness Testing](https://atslab.com/testing-and-analysis/metallurgy/brinell-hardness-tests/)
- [A Leader Among Weld Engineering Companies](https://atslab.com/testing-and-analysis/welding-testing/weld-engineering-companies/)
- [Weld Test Coupon](https://atslab.com/testing-and-analysis/welding-testing/weld-test-coupon/)
- [Weld Inspections and Testing](https://atslab.com/testing-and-analysis/welding-testing/weld-inspections/)
- [Welding Inspector](https://atslab.com/testing-and-analysis/welding-testing/welding-inspector/)
- [Welding Engineering Services](https://atslab.com/testing-and-analysis/welding-testing/welding-engineering/)
- [Welding Certification](https://atslab.com/testing-and-analysis/welding-testing/welding-certification/)
- [VOC Emissions](https://atslab.com/testing-and-analysis/consumer-product/voc-emissions/)
- [Wire Rope Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/wire-rope-failure-analysis/)
- [Weld Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/weld-failure-analysis/)
- [Shaft Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/shaft-failure-analysis/)
- [Screw Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/screw-failure-analysis/)
- [Pump Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/pump-failure-analysis/)
- [Fatigue Testing Lab and Capabilities](https://atslab.com/testing-and-analysis/mechanical/fatigue-testing-lab-2/)
- [Spring Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/spring-failure-analysis/)
- [Plastic Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/plastic-failure-analysis/)
- [Pipe Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/pipe-failure-analysis/)
- [Metallurgical Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/metallurgical-failure-analysis/)
- [Mechanical Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/mechanical-failure-analysis/)
- [Hose Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/hose-failure-analysis/)
- [Heat Exchanger Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/heat-exchanger-failure-analysis/)
- [Fastener Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/fastener-failure-analysis/)
- [Failure Analysis Lab](https://atslab.com/testing-and-analysis/failure-analysis/failure-analysis-lab/)
- [Corrosion Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/corrosion-failure-analysis/)
- [Component Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/component-failure-analysis/)
- [Bolt Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/bolt-failure-analysis/)
- [Boiler Tube Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/boiler-tube-failure-analysis/)
- [Blade Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/blade-failure-analysis/)
- [Bearing Failure Analysis](https://atslab.com/testing-and-analysis/failure-analysis/bearing-failure-analysis/)
- [High/Low Temperature Testing](https://atslab.com/testing-and-analysis/environmental/high-low-temperature-testing/)
- [Chemical Analysis of Metals and Alloys](https://atslab.com/testing-and-analysis/metals-analysis/chemical-analysis-metals-alloys/)
- [Alloy Identification](https://atslab.com/testing-and-analysis/metals-analysis/alloy-identification/)
- [Chemical Analysis Capabilities](https://atslab.com/testing-and-analysis/chemistry/chemical-analysis-capabilities/)
- [Mechanical Testing Services](https://atslab.com/testing-and-analysis/mechanical/mechanical-testing-services/)
- [Leak Testing](https://atslab.com/testing-and-analysis/custom/leak-testing/)
- [Polymer Testing and Analysis](https://atslab.com/testing-and-analysis/polymer/polymer-testing-and-analysis/)
- [Chemical Analysis Lab](https://atslab.com/testing-and-analysis/chemistry/chemical-analysis-lab/)
- [WDXRF Analysis](https://atslab.com/testing-and-analysis/metals-analysis/wdxrf-analysis/)
- [Trace Metal Analysis](https://atslab.com/testing-and-analysis/metals-analysis/trace-metal-analysis/)
- [SEM EDS Analysis](https://atslab.com/testing-and-analysis/metals-analysis/sem-eds-analysis/)
- [PMI Testing](https://atslab.com/testing-and-analysis/chemistry/pmi-testing/)
- [PMI Analysis and Certification Services](https://atslab.com/testing-and-analysis/chemistry/pmi-analysis-certification-services/)
- [OES Analysis](https://atslab.com/testing-and-analysis/metals-analysis/oes-analysis/)
- [Metal Testing Lab](https://atslab.com/testing-and-analysis/metals-analysis/metal-testing-lab/)
- [Metals Analysis](https://atslab.com/testing-and-analysis/metals-analysis/metals-analysis/)
- [ICP Testing and Analysis](https://atslab.com/testing-and-analysis/chemistry/icp-testing-and-analysis/)
- [LECO Combustion](https://atslab.com/testing-and-analysis/chemistry/leco-combustion/)
- [ICP Analysis](https://atslab.com/testing-and-analysis/metals-analysis/icp-analysis/)
- [Wet Chemical Analysis](https://atslab.com/testing-and-analysis/chemistry/wet-chemical-analysis/)
- [High Purity Copper Analysis](https://atslab.com/testing-and-analysis/metals-analysis/high-purity-copper-analysis/)
- [XRF Analysis](https://atslab.com/testing-and-analysis/metals-analysis/xrf-analysis/)
- [Certified Welding Inspectors](https://atslab.com/testing-and-analysis/welding-testing/certified-welding-inspectors/)
- [GC/MS VOC](https://atslab.com/testing-and-analysis/chemistry/gcms-voc/)
- [Toy Testing](https://atslab.com/testing-and-analysis/consumer-product/toy-testing/)
- [RoHS Analysis](https://atslab.com/testing-and-analysis/consumer-product/rohs-analysis/)
- [Product Testing Labs](https://atslab.com/testing-and-analysis/consumer-product/product-testing-labs/)
- [Product Certification](https://atslab.com/testing-and-analysis/consumer-product/product-certification/)
- [Phthalate Testing](https://atslab.com/testing-and-analysis/consumer-product/phthalate-testing/)
- [Phthalates Testing](https://atslab.com/testing-and-analysis/consumer-product/phthalates-testing/)
- [Phthalates in Food Testing](https://atslab.com/testing-and-analysis/consumer-product/phthalates-in-food-testing/)
- [Phthalate BPA Testing](https://atslab.com/testing-and-analysis/chemistry/phthalate-bpa-testing/)
- [Lead Testing](https://atslab.com/testing-and-analysis/consumer-product/lead-testing/)
- [Heavy Metal Testing](https://atslab.com/testing-and-analysis/consumer-product/heavy-metal-testing/)
- [Heavy Metals Testing](https://atslab.com/testing-and-analysis/consumer-product/heavy-metals-testing/)
- [EPA 24](https://atslab.com/testing-and-analysis/consumer-product/epa-24/)
- [Consumer Testing Laboratories](https://atslab.com/testing-and-analysis/consumer-product/consumer-testing-laboratories/)
- [A Leader Among Consumer Product Testing Companies](https://atslab.com/testing-and-analysis/consumer-product/consumer-product-testing-company/)
- [Bisphenol A Testing](https://atslab.com/testing-and-analysis/consumer-product/bisphenol-a-testing/)
- [EPA Method 24 Testing](https://atslab.com/testing-and-analysis/consumer-product/epa-method-24-testing/)
- [BPA Testing](https://atslab.com/testing-and-analysis/chemistry/bpa-testing/)
- [Volatile Organic Compound Testing](https://atslab.com/testing-and-analysis/chemistry/volatile-organic-compound-testing/)
- [UV-Vis Testing](https://atslab.com/testing-and-analysis/chemistry/uv-vis-testing/)
- [Toluene Testing](https://atslab.com/testing-and-analysis/chemistry/toluene-testing/)
- [TGA Analysis](https://atslab.com/testing-and-analysis/chemistry/tga-analysis/)
- [Product Formulation](https://atslab.com/testing-and-analysis/chemistry/product-formulation/)
- [Plastic Identification Lab](https://atslab.com/testing-and-analysis/polymer/plastic-identification-lab/)
- [PFOS and PFOA Testing](https://atslab.com/testing-and-analysis/chemistry/pfos-and-pfoa-testing/)
- [PFOA Testing](https://atslab.com/testing-and-analysis/chemistry/pfoa-testing/)
- [PAH Testing](https://atslab.com/testing-and-analysis/chemistry/pah-testing/)
- [Organic Chemistry Labs](https://atslab.com/testing-and-analysis/chemistry/organic-chemistry-labs/)
- [Organic Chemistry Lab](https://atslab.com/testing-and-analysis/chemistry/organic-chemistry-lab/)
- [Optical Emission Spectroscopy](https://atslab.com/testing-and-analysis/chemistry/optical-emission-spectroscopy/)
- [Liquid Chromatography Lab](https://atslab.com/testing-and-analysis/chemistry/liquid-chromatography-lab/)
- [Karl Fischer Testing](https://atslab.com/testing-and-analysis/chemistry/karl-fischer-testing/)
- [ICP-AES Analysis](https://atslab.com/testing-and-analysis/chemistry/icp-aes-analysis/)
- [ICP Metal Analysis](https://atslab.com/testing-and-analysis/chemistry/icp-metal-analysis/)
- [GCMS Analysis and Testing](https://atslab.com/testing-and-analysis/chemistry/gcms-analysis-and-testing/)
- [Gas Chromatography Mass Spectrometer Analysis](https://atslab.com/testing-and-analysis/chemistry/gas-chromatography-mass-spectrometer-analysis/)
- [Gas Chromatography Lab](https://atslab.com/testing-and-analysis/chemistry/gas-chromatography-lab/)
- [FTIR Testing](https://atslab.com/testing-and-analysis/chemistry/ftir-testing/)
- [FTIR Analysis](https://atslab.com/testing-and-analysis/chemistry/ftir-analysis/)
- [Formaldehyde Testing](https://atslab.com/testing-and-analysis/chemistry/formaldehyde-testing/)
- [Flame Retardant Chemicals](https://atslab.com/testing-and-analysis/chemistry/flame-retardant-chemicals/)
- [DSC Testing](https://atslab.com/testing-and-analysis/polymer/dsc-testing/)
- [DSC Analysis](https://atslab.com/testing-and-analysis/chemistry/dsc-analysis/)
- [Contamination Testing Lab](https://atslab.com/testing-and-analysis/chemistry/contamination-testing-lab/)
- [Azo Dyes](https://atslab.com/testing-and-analysis/chemistry/azo-dyes/)
- [Ash Testing](https://atslab.com/testing-and-analysis/chemistry/ash-testing/)
- [Rubber Testing Labs](https://atslab.com/testing-and-analysis/polymer/rubber-testing-labs/)
- [Polymer Labs](https://atslab.com/testing-and-analysis/polymer/polymer-labs/)
- [Polymer Laboratories](https://atslab.com/testing-and-analysis/polymer/polymer-laboratories/)
- [Plastic Testing Lab](https://atslab.com/testing-and-analysis/polymer/plastic-testing-lab/)
- [FTIR Analysis of Polymers](https://atslab.com/testing-and-analysis/chemistry/ftir-analysis-of-polymers/)
- [Vacuum Box Testing](https://atslab.com/testing-and-analysis/custom/vacuum-box-testing/)
- [Weld Testing](https://atslab.com/testing-and-analysis/mechanical/weld-testing/)
- [Vacuum Leak Testing](https://atslab.com/testing-and-analysis/custom/vacuum-leak-testing/)
- [Torque Testing](https://atslab.com/testing-and-analysis/custom/torque-testing/)
- [Tensile Testing Lab](https://atslab.com/testing-and-analysis/mechanical/tensile-testing-lab/)
- [Tensile Testing](https://atslab.com/testing-and-analysis/mechanical/tensile-testing/)
- [Strain Gauge Testing](https://atslab.com/testing-and-analysis/mechanical/strain-gauge-testing/)
- [Special Testing](https://atslab.com/testing-and-analysis/custom/special-testing/)
- [Pressure Leak Testing](https://atslab.com/testing-and-analysis/custom/pressure-leak-testing/)
- [Pressure Decay Leak Testing](https://atslab.com/testing-and-analysis/custom/pressure-decay-leak-testing/)
- [Mechanical Testing Certifications](https://atslab.com/testing-and-analysis/mechanical/mechanical-testing-certifications/)
- [Mechanical Testing](https://atslab.com/testing-and-analysis/mechanical/mechanical-testing/)
- [Machining Services](https://atslab.com/testing-and-analysis/mechanical/machining-services/)
- [Hydrogen Embrittlement Testing](https://atslab.com/testing-and-analysis/mechanical/hydrogen-embrittlement-testing/)
- [Helium Leak Detection Services](https://atslab.com/testing-and-analysis/custom/helium-leak-detection-services/)
- [Helium Leak Testing](https://atslab.com/testing-and-analysis/custom/helium-leak-testing/)
- [Hardness Testing](https://atslab.com/testing-and-analysis/mechanical/hardness-testing/)
- [Vibration Testing](https://atslab.com/testing-and-analysis/environmental/vibration-testing/)
- [Field Testing](https://atslab.com/testing-and-analysis/custom/field-testing/)
- [Fatigue Testing](https://atslab.com/testing-and-analysis/mechanical/fatigue-testing/)
- [Charpy Impact Testing](https://atslab.com/testing-and-analysis/mechanical/charpy-impact-testing/)
- [Bend Testing](https://atslab.com/testing-and-analysis/mechanical/bend-testing/)
- [Anchor Pull Testing](https://atslab.com/testing-and-analysis/custom/anchor-pull-testing/)
- [Vibration Testing Overview](https://atslab.com/testing-and-analysis/environmental/vibration-testing-2/)
- [Chemical Resistance Testing](https://atslab.com/testing-and-analysis/environmental/chemical-resistance-testing/)
- [Thermal Shock Testing](https://atslab.com/testing-and-analysis/environmental/thermal-shock-testing/)
- [Ingress Protection Testing](https://atslab.com/testing-and-analysis/environmental/ingress-protection-testing/)
- [Flammability Testing Labs](https://atslab.com/testing-and-analysis/environmental/flammability-testing-labs/)
- [Cyclic Corrosion Testing](https://atslab.com/testing-and-analysis/environmental/cyclic-corrosion-testing/)
- [Accelerated Aging Testing](https://atslab.com/testing-and-analysis/environmental/accelerated-aging-testing/)
- [Life Cycle Testing](https://atslab.com/testing-and-analysis/environmental/life-cycle-testing/)
- [Altitude Testing](https://atslab.com/testing-and-analysis/environmental/altitude-testing/)


## Engineering

- [Lightning Protection System Repair](https://atslab.com/engineering/commercial-properties/lightning-protection-system-repair/)
- [Lightning Protection Inspection](https://atslab.com/engineering/commercial-properties/lightning-protection-inspection/)
- [Building Envelope Evaluation](https://atslab.com/engineering/commercial-properties/building-envelope-evaluation/)
- [Building Façade Inspections](https://atslab.com/engineering/commercial-properties/building-facade-inspections/)
- [Infrared Building Envelope Inspection](https://atslab.com/engineering/commercial-properties/infrared-building-envelope-inspection/)
- [Building Envelope Inspections](https://atslab.com/engineering/commercial-properties/building-envelope-inspections/)
- [Rope Access Level 2](https://atslab.com/engineering/rope-access-training/rope-access-level-2/)
- [Rope Access Level 3](https://atslab.com/engineering/rope-access-training/rope-access-level-3/)
- [Rope Access Training Level 1](https://atslab.com/engineering/rope-access-training/rope-access-training-level-1/)
- [Rope Access Certification Training](https://atslab.com/engineering/rope-access-training/rope-access-certification-training/)
- [Rope Access Course](https://atslab.com/engineering/special-access/rope-access-course/)
- [SPRAT Certification](https://atslab.com/engineering/rope-access-training/sprat-certification/)
- [SPRAT Level 1](https://atslab.com/engineering/special-access/sprat-level-1/)
- [SPRAT Rope Access Certification](https://atslab.com/engineering/special-access/sprat-rope-access-certification/)
- [Rope Access Certification](https://atslab.com/engineering/rope-access-training/rope-access-certification/)
- [Wind Turbine Inspections](https://atslab.com/engineering/special-access/wind-turbine-inspections/)
- [Rope Access Technicians](https://atslab.com/engineering/special-access/rope-access-technicians/)
- [Rope Access Services](https://atslab.com/engineering/special-access/rope-access-services/)
- [Rope Access NDT](https://atslab.com/engineering/special-access/rope-access-ndt/)
- [Rope Access Inspections](https://atslab.com/engineering/special-access/rope-access-inspections/)
- [A Leader Among Rope Access Companies](https://atslab.com/engineering/special-access/rope-access-companies/)
- [Industrial Rope Access](https://atslab.com/engineering/special-access/industrial-rope-access/)
- [Dam Inspections](https://atslab.com/engineering/special-access/dam-inspections/)
- [Commercial Building Services](https://atslab.com/engineering/special-access/commercial-building-services/)
- [Bridge Inspections](https://atslab.com/engineering/special-access/bridge-inspections/)
- [Amusement Ride Inspections](https://atslab.com/engineering/special-access/amusement-ride-inspections/)
- [Roof Tie Off Systems](https://atslab.com/engineering/fall-protection/roof-tie-off-systems/)
- [Roof Davit Systems](https://atslab.com/engineering/fall-protection/roof-davit-systems/)
- [Building Envelope Consulting and Estimating](https://atslab.com/engineering/commercial-properties/building-envelope-consulting-and-estimating/)
- [Industrial Rope Access Training](https://atslab.com/engineering/rope-access-training/industrial-rope-access-training/)
- [Facade Inspection Services](https://atslab.com/engineering/commercial-properties/facade-inspection-services/)
- [Infrared Roof Leak Inspection](https://atslab.com/engineering/commercial-properties/infrared-roof-leak-inspection/)
- [Facade Inspection San Francisco](https://atslab.com/engineering/commercial-properties/facade-inspection-san-francisco/)
- [Facade Inspection Milwaukee](https://atslab.com/engineering/commercial-properties/facade-inspection-milwaukee/)
- [Drone Facade Inspection](https://atslab.com/engineering/commercial-properties/drone-facade-inspection/)
- [Philadelphia Façade Inspection](https://atslab.com/engineering/commercial-properties/philadelphia-facade-inspection/)
- [NYC Facade Inspection](https://atslab.com/engineering/commercial-properties/nyc-facade-inspection/)
- [Facade Evaluation](https://atslab.com/engineering/commercial-properties/facade-evaluation/)
- [Facade Inspections](https://atslab.com/engineering/commercial-properties/facade-inspections/)
- [Rollercoaster NDI](https://atslab.com/engineering/special-access/rollercoaster-ndi/)
- [Rope Access NDI](https://atslab.com/engineering/special-access/rope-access-ndi/)
- [Asbestos Testing Lab](https://atslab.com/engineering/commercial-properties/asbestos-testing-lab/)
- [Engineering Services](https://atslab.com/engineering/services/engineering-services/)
- [Fall Protection](https://atslab.com/engineering/fall-protection/fall-protection/)
- [Fall Protection Inspection Requirements](https://atslab.com/engineering/fall-protection/fall-protection-inspection-requirements/)
- [Fall Protection Recertification](https://atslab.com/engineering/fall-protection/fall-protection-recertification/)
- [Davit Systems Recertification](https://atslab.com/engineering/fall-protection/davit-systems-recertification/)
- [Roof Anchor Recertification](https://atslab.com/engineering/fall-protection/roof-anchor-recertification/)
- [OSHA Roof Anchor Requirements](https://atslab.com/engineering/fall-protection/osha-roof-anchor-requirements/)
- [OSHA Fall Protection Inspections](https://atslab.com/engineering/fall-protection/osha-fall-protection-inspections/)
- [10-Year Fall Protection Inspection](https://atslab.com/engineering/fall-protection/10-year-fall-protection-inspection/)
- [5-Year Fall Protection Certification](https://atslab.com/engineering/fall-protection/5-year-fall-protection-certification/)
- [Fall Protection Inspection to OSHA Standard](https://atslab.com/engineering/fall-protection/fall-protection-inspection-osha-standard/)
- [Fall Protection Program](https://atslab.com/engineering/fall-protection/fall-protection-program/)
- [Horizontal Lifeline Fall Protection](https://atslab.com/engineering/fall-protection/horizontal-lifeline-fall-protection/)
- [BMU Systems](https://atslab.com/engineering/fall-protection/bmu-systems/)
- [Window Washing Systems](https://atslab.com/engineering/fall-protection/window-washing-systems/)
- [Fall Protection Consultants](https://atslab.com/engineering/fall-protection/fall-protection-consultants/)
- [Fall Protection Services](https://atslab.com/engineering/fall-protection/fall-protection-services/)
- [A Leader Among Fall Protection Companies](https://atslab.com/engineering/fall-protection/fall-protection-companies/)
- [Tie Back Inspections Testing](https://atslab.com/engineering/fall-protection/tie-back-inspections-testing/)
- [Tie Back Anchors Design](https://atslab.com/engineering/fall-protection/tie-back-anchors-design/)
- [Roof Anchor Inspections](https://atslab.com/engineering/fall-protection/roof-anchor-inspections/)
- [Permanent Roof Anchor Installation](https://atslab.com/engineering/fall-protection/permanent-roof-anchor-installation/)
- [OSHA Tie Off Requirements](https://atslab.com/engineering/fall-protection/osha-tie-off-requirements/)
- [OSHA Fall Protection Certification](https://atslab.com/engineering/fall-protection/osha-fall-protection-certification/)
- [OSHA 1910.27 Certification](https://atslab.com/engineering/fall-protection/osha-1910-27-certification/)
- [Monorail Track Trolley Certifications Inspections](https://atslab.com/engineering/fall-protection/monorail-track-trolley-certifications-inspections/)
- [Fall Protection Inspections](https://atslab.com/engineering/fall-protection/fall-protection-inspections/)
- [Fall Protection Certification](https://atslab.com/engineering/fall-protection/fall-protection-certification/)
- [Facade Access Consultants](https://atslab.com/engineering/fall-protection/facade-access-consultants/)
- [Davit Systems Inspections](https://atslab.com/engineering/fall-protection/davit-systems-inspections/)
- [Roof Anchor Systems](https://atslab.com/engineering/fall-protection/roof-anchor-systems/)
- [Fall Protection Systems](https://atslab.com/engineering/fall-protection/fall-protection-systems/)
- [Roofing Fall Protection](https://atslab.com/engineering/fall-protection/roofing-fall-protection/)
- [Roof Fall Prevention Systems](https://atslab.com/engineering/commercial-properties/roof-fall-prevention-systems/)
- [Lead Paint Survey](https://atslab.com/engineering/commercial-properties/lead-paint-survey/)
- [Property Condition Assessment Consultants](https://atslab.com/engineering/structural-engineering/property-condition-assessment-consultants/)
- [Fall Hazard Training](https://atslab.com/engineering/fall-protection/fall-hazard-training/)
- [Commercial Structural Engineer Inspection](https://atslab.com/engineering/structural-engineering/commercial-structural-engineer-inspection/)
- [Lightning Protection System for a Building](https://atslab.com/engineering/commercial-properties/lightning-protection-system-for-a-building/)
- [Lightning Protection for Buildings Design](https://atslab.com/engineering/commercial-properties/lighting-protection-for-buildings-design/)
- [Consulting Structural Engineering Services](https://atslab.com/engineering/commercial-properties/consulting-structural-engineering-services/)
- [Building Envelope Consultants](https://atslab.com/engineering/commercial-properties/building-envelope-consultants/)
- [A Leader Among Building Inspection Companies](https://atslab.com/engineering/commercial-properties/building-inspection-company/)
- [Structural Engineering Services](https://atslab.com/engineering/structural-engineering/structural-engineering-services/)
- [What Can Indoor Air Quality Experts Do?](https://atslab.com/engineering/commercial-properties/indoor-air-quality-experts/)
- [Building Envelope Engineering](https://atslab.com/engineering/commercial-properties/building-envelope-engineering/)
- [Professional Mold Testing](https://atslab.com/engineering/commercial-properties/professional-mold-testing/)
- [Marine Structural Engineer](https://atslab.com/engineering/structural-engineering/marine-structural-engineer/)
- [Structural Design Services](https://atslab.com/engineering/structural-engineering/structural-design-services/)
- [Building Envelope Testing](https://atslab.com/engineering/commercial-properties/building-envelope-testing/)
- [Asbestos Survey and Consulting Services​](https://atslab.com/engineering/commercial-properties/asbestos-survey-and-consulting-services/)
- [A Leader Among Mold Testing Companies](https://atslab.com/engineering/commercial-properties/mold-testing-companies/)
- [Building Envelope Consulting Services](https://atslab.com/engineering/commercial-properties/building-envelope-consulting-services/)
- [Indoor Air Quality Measurement](https://atslab.com/engineering/commercial-properties/indoor-air-quality-measurement/)
- [Asbestos Abatement Plan Design​](https://atslab.com/engineering/commercial-properties/asbestos-abatement-plan-design/)
- [Mold Inspection and Testing](https://atslab.com/engineering/commercial-properties/mold-inspection-and-testing/)
- [Indoor Air Quality Assessment](https://atslab.com/engineering/commercial-properties/indoor-air-quality-assessment/)
- [RBI - Risk Based Inspections](https://atslab.com/engineering/commercial-properties/rbi-risk-based-inspections/)
- [Bridge Structural Steel and Weld Inspections](https://atslab.com/engineering/infrastructure/bridge-structural-steel-weld-inspections/)
- [Safety Harness Inspections](https://atslab.com/engineering/fall-protection/safety-harness-inspections/)
- [Fall Protection Equipment Inspection](https://atslab.com/engineering/fall-protection/fall-protection-equipment-inspection/)
- [COVID Surface Sampling Request Form](https://atslab.com/engineering/commercial-properties/covid-surface-sampling-request-form/)
- [SARS-CoV-2 Surface Sampling](https://atslab.com/engineering/commercial-properties/sars-cov-2-surface-sampling/)
- [Mold Assessment and Remediation](https://atslab.com/engineering/commercial-properties/mold-assessment-remediation/)
- [Asbestos Abatement Consulting](https://atslab.com/engineering/commercial-properties/asbestos-abatement/)
- [Washington DC Lightning Protection](https://atslab.com/engineering/commercial-properties/washington-dc-lightning-protection/)
- [Lightning Protection Services](https://atslab.com/engineering/commercial-properties/lightning-protection-services/)
- [Atlanta Lightning Protection](https://atslab.com/engineering/commercial-properties/atlanta-lightning-protection/)
- [A Leader Among Bridge Inspection Companies](https://atslab.com/engineering/infrastructure/bridge-inspection-companies/)
- [Infrared Roof Moisture Survey](https://atslab.com/engineering/commercial-properties/infrared-roof-moisture-survey/)
- [Building Envelope Consulting](https://atslab.com/engineering/commercial-properties/building-envelope-consulting/)
- [Registered Roof Consultants](https://atslab.com/engineering/commercial-properties/registered-roof-consultants/)
- [Roof Consultants](https://atslab.com/engineering/commercial-properties/roof-consultants/)
- [Structural Engineering](https://atslab.com/engineering/structural-engineering/structural-engineering/)
- [A Leader Among Structural Engineering Companies](https://atslab.com/engineering/structural-engineering/structural-engineering-companies/)
- [Storm Structural Evaluations Engineering](https://atslab.com/engineering/structural-engineering/storm-structural-evaluations-engineering/)
- [California Scaffold Inspections & Testing (SIT)](https://atslab.com/engineering/fall-protection/california-scaffold-inspections/)
- [Safety Engineering Services](https://atslab.com/engineering/fall-protection/safety-engineering-services/)
- [A Leader Among Engineering Companies](https://atslab.com/engineering/services/engineering-companies/)
- [Engineering Consulting Services](https://atslab.com/engineering/services/engineering-consulting-services/)
- [Exposed Structures](https://atslab.com/engineering/commercial-properties/exposed-structures/)
- [Commercial Engineering Services](https://atslab.com/engineering/commercial-properties/commercial-engineering-services/)
- [Fall Protection Competent Person Training](https://atslab.com/engineering/rope-access-training/fall-protection-competent-person-training/)
- [Fall Protection Training](https://atslab.com/engineering/rope-access-training/fall-protection-training/)
- [Thermal Imaging Services](https://atslab.com/engineering/commercial-properties/thermal-imaging-services/)
- [SPRAT Rope Access Training](https://atslab.com/engineering/rope-access-training/sprat-rope-access-training/)
- [SPRAT Rope Access](https://atslab.com/engineering/special-access/sprat-rope-access/)
- [Fall Arrest System Inspection](https://atslab.com/engineering/fall-protection/fall-arrest-system-inspection/)
- [Cal OSHA Fall Protection](https://atslab.com/engineering/fall-protection/cal-osha-fall-protection/)
- [Parking Deck Evaluations](https://atslab.com/engineering/infrastructure/parking-deck-evaluations/)
- [Anchor Point Certification](https://atslab.com/engineering/fall-protection/anchor-point-certification/)
- [Level 1 Rope Access Course](https://atslab.com/engineering/rope-access-training/level-1-rope-access-course/)
- [Industrial Rope Access Course](https://atslab.com/engineering/rope-access-training/industrial-rope-access-course/)
- [10 Year Certifications](https://atslab.com/engineering/fall-protection/10-year-certifications/)
- [Rope Access Classes](https://atslab.com/engineering/rope-access-training/rope-access-classes/)
- [Rigid Rail Inspections](https://atslab.com/engineering/fall-protection/rigid-rail-inspections/)
- [OSHA Davit System Requirements](https://atslab.com/engineering/fall-protection/osha-davit-system-requirements/)
- [Rope Access Team](https://atslab.com/engineering/special-access/rope-access-team/)
- [Course Pricing](https://atslab.com/engineering/rope-access-training/course-pricing/)
- [Rope Access Level 1](https://atslab.com/engineering/rope-access-training/rope-access-level-1/)
- [SPRAT Training](https://atslab.com/engineering/rope-access-training/sprat-training/)
- [SPRAT Level 1 Training](https://atslab.com/engineering/rope-access-training/sprat-level-1-training/)


## Standards

- [ASTM D4603 ](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4603/)
- [ISO 1628-1 ](https://atslab.com/standard/international-organization-standardization/iso-1628-1/)
- [ASTM D2857 ](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d2857/)
- [ASTM D1976 ](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1976/)
- [ASTM G48](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g48/)
- [ASTM G28](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g28/)
- [ISO 3651‑2](https://atslab.com/standard/international-organization-standardization/iso-3651-2/)
- [IEC 62619](https://atslab.com/standard/international-electrotechnical-commission/iec-62619/)
- [ASTM C88 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c88-testing/)
- [ASTM C128 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c128-testing/)
- [ASTM C127 Testing ](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c127-testing/)
- [ASTM C173 Air Content Concrete Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c173-air-content-concrete-testing/)
- [ASTM C33 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c33-testing/)
- [ASTM C78 Flexural Strength Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c78-flexural-strength-testing/)
- [ASTM C535 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c535-testing/)
- [ASTM C1567](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c1567/)
- [ASTM C131 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c131-testing/)
- [ASTM C1260 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c1260-testing/)
- [ASTM C136 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c136-testing/)
- [ASTM C117 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c117-testing/)
- [ASTM C172 Concrete Sampling](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c172-concrete-sampling/)
- [ASTM C31 Concrete Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c31-core-testing-concrete/)
- [ASTM C42 Core Testing Concrete](https://atslab.com/standard/american-society-for-testing-and-materials/atsm-c42-core-concrete-testing/)
- [ASTM C666 Freeze Thaw Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c666-freezeh-thaw-testing/)
- [ASTM C1202 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c1202-testing/)
- [MIL-STD 810 Method 504 Testing](https://atslab.com/standard/milspec/mil-std-810-method-504-testing/)
- [ASTM G44 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g44-testing/)
- [ASTM D4169](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d41690/)
- [ASTM Packaging Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-packaging-testing/)
- [MIL-STD-810 Method 502 Testing](https://atslab.com/standard/milspec/mil-std-810-method-502-testing/)
- [MIL-STD -810 Method 503 Testing](https://atslab.com/standard/milspec/mil-std-810-method-503-testing/)
- [MIL‑STD‑810 Method 501 Testing](https://atslab.com/standard/milspec/mil-std-810-method-501-testing/)
- [MIL-STD 810 Method 500 Testing](https://atslab.com/standard/milspec/mil-std-810-method-500-testing/)
- [ASTM D543](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d543/)
- [ASTM E1426](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1426/)
- [ASTM E915](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e915/)
- [MIL-STD-1275 Testing](https://atslab.com/standard/milspec/mil-std-1275-testing/)
- [ASTM E8](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e8/)
- [IEC/EN/UL/CSA 62133-2](https://atslab.com/standard/international-electrotechnical-commission/iec-en-ul-csa-62133-2/)
- [IEC/EN/UL/CSA 62368](https://atslab.com/standard/international-electrotechnical-commission/iec-en-ul-csa-62368/)
- [MIL STD 810 Vibration Testing](https://atslab.com/standard/milspec/mil-std-810-vibration-testing/)
- [ASTM F2118 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2118-testing/)
- [ISO 7206-4 Testing](https://atslab.com/standard/international-organization-standardization/iso-7206-4-testing/)
- [ASTM F2345](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2345/)
- [ASTM F1147](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1147/)
- [ASTM F2183](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2183/)
- [ISO 14879-1](https://atslab.com/standard/international-organization-standardization/iso-14879-1/)
- [ASTM F2723](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2723/)
- [ASTM F1839](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1839/)
- [ASTM D3574](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3574/)
- [ASTM F2724](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2724/)
- [ASTM D3575](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3575/)
- [ASTM F2722](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2722/)
- [ISO 11491](https://atslab.com/standard/international-organization-standardization/iso-11491/)
- [ISO 6475](https://atslab.com/standard/international-organization-standardization/iso-6475/)
- [ASTM F2054 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2054-testing/)
- [ASTM F3039 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f3039-testing/)
- [ASTM F1886 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1886-testing/)
- [ASTM F1612](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1612/)
- [ISO 13314](https://atslab.com/standard/international-organization-standardization/iso-13314/)
- [ISO 13498](https://atslab.com/standard/international-organization-standardization/iso-13498/)
- [ASTM F2129](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2129/)
- [ISO 14801](https://atslab.com/standard/international-organization-standardization/iso-14801/)
- [ASTM E9 ](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e9/)
- [ISO 18130](https://atslab.com/standard/international-organization-standardization/iso-18130/)
- [ASTM F3210](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f3210/)
- [ASTM F1440](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1440/)
- [ASTM F3437](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f3437/)
- [ISO 7206-13](https://atslab.com/standard/international-organization-standardization/iso-7206-13/)
- [ISO 7206-12](https://atslab.com/standard/international-organization-standardization/iso-7206-12/)
- [ASTM F3140](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f3140/)
- [ISO 7206-8](https://atslab.com/standard/international-organization-standardization/iso-7206-8/)
- [ASTM F1978](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1978/)
- [ASTM F2039](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2039/)
- [ISO 7206-10](https://atslab.com/standard/international-organization-standardization/iso-7206-10/)
- [ISO 7206-6](https://atslab.com/standard/international-organization-standardization/iso-7206-6/)
- [ASTM F2777](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2777/)
- [ISO 9585](https://atslab.com/standard/international-organization-standardization/iso-9585/)
- [MIL STD 331](https://atslab.com/standard/milspec/mil-std-331/)
- [ASTM F1800](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1800/)
- [ASTM D6653 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d6653-testing/)
- [ASTM D3078 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3078-testing/)
- [ASTM E208](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e208/)
- [ASTM E92](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e92/)
- [ASTM E112](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e112/)
- [ASTM G110](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g110/)
- [ASTM F2111](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2111/)
- [ASTM A247](https://atslab.com/standard/american-society-for-testing-and-materials/astm-a247/)
- [ASTM A262 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-a262-testing/)
- [ISO 5361](https://atslab.com/standard/international-organization-standardization/iso-5361/)
- [ASTM D1922](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1922/)
- [ASTM D1424](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1424/)
- [ISO 6506](https://atslab.com/standard/international-organization-standardization/iso-6506/)
- [ASTM E407](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e407/)
- [ISO 7253](https://atslab.com/standard/international-organization-standardization/iso-7253/)
- [DIN EN ISO 4628](https://atslab.com/standard/international-organization-standardization/din-en-iso-4628/)
- [ASTM D1654](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1654/)
- [ASTM E1820 Testing Lab](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1820-testing-lab/)
- [ASTM D714](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d714/)
- [ISO 16474-1](https://atslab.com/standard/international-organization-standardization/iso-16474-1/)
- [ISO 3668](https://atslab.com/standard/international-organization-standardization/iso-3668/)
- [ISO 2440](https://atslab.com/standard/international-organization-standardization/iso-2440/)
- [ASTM E1640](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1640/)
- [ASTM E1331](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1331/)
- [ASTM D610](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d610/)
- [ASTM F2789](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2789/)
- [ASTM F564 Metallic Bone Staple Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f564-metallic-bone-staple-testing/)
- [ASTM F543 Metallic Medical Bone Screw Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f543-metallic-medical-bone-screw-testing/)
- [ASTM F2009 Modular Prostheses Taper Connection Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2009-modular-prostheses-taper-connection-testing/)
- [ASTM F384 Angled Orthopedic Device Fixation Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f384-angled-orthopedic-device-fixation-testing/)
- [ASTM F2790](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2790/)
- [ASTM F1875](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1875/)
- [ASTM F2554](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2554/)
- [ASTM F1829 Glenoid Locking Mechanism Shear Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1829-glenoid-locking-mechanism-shear-testing/)
- [ASTM F2423](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2423/)
- [ASTM F2346](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2346/)
- [ASTM F1044](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1044/)
- [ASTM F2267](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2267/)
- [ASTM F1717 Spinal Implant Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1717-spinal-implant-testing/)
- [ASTM F2193](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2193/)
- [ASTM F2077](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2077/)
- [ASTM F146 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f146-testing-2/)
- [ASTM F1264 Intramedullary Fixation Device Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1264-intramedullary-fixation-device-testing/)
- [ASTM F1160](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1160/)
- [ASTM F1541 ESFD Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1541-esfd-testing/)
- [ASTM D7869 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d7869-testing/)
- [ASTM F2706 Spinal Implant Fatigue Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2706-spinal-implant-fatigue-testing/)
- [ASTM F2624 Spinal Implant Dynamic Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2624-spinal-implant-dynamic-testing/)
- [ASTM F2502 Absorbable Plate and Screw Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2502-absorbable-plate-and-screw-testing/)
- [ASTM F2028 Glenoid Loosening Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2028-glenoid-loosening-testing/)
- [ASTM F2025 Wear Assessment of Polymeric Components](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2025-wear-assessment-of-polymeric-components/)
- [ASTM F1820 Modular Acetabular Device Strength Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1820-modular-acetabular-device-strength-testing/)
- [ASTM F1798 Spinal Implant Subassembly Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1798-spinal-implant-subassembly-testing/)
- [ASTM F1672 Patellar Prosthesis Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1672-patellar-prosthesis-testing/)
- [ASTM E2029](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e2029/)
- [ASTM D1125](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1125/)
- [ASTM D5420](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5420/)
- [ASTM D3884](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3884/)
- [ASTM D5894](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5894/)
- [ASTM D4329](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4329/)
- [ISO 6272](https://atslab.com/standard/international-organization-standardization/iso-6272/)
- [ASTM F2694](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2694/)
- [ISO 4892-3](https://atslab.com/standard/international-organization-standardization/iso-4892-3/)
- [ASTM D4587](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4587/)
- [ASTM D4674](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4674/)
- [ASTM E2092](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e2092/)
- [ASTM D1218](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1218/)
- [ASTM D1238](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1238/)
- [ISO 18192-1](https://atslab.com/standard/international-organization-standardization/iso-18192-1/)
- [ISO 12189](https://atslab.com/standard/international-organization-standardization/iso-12189/)
- [ISO-10328](https://atslab.com/standard/international-organization-standardization/iso-10328/)
- [RTCA DO 311](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-311/)
- [ASTM F88 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f88-testing/)
- [ASTM F2824 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2824-testing/)
- [ASTM F2096 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f2096-testing/)
- [ASTM F1980 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1980-testing/)
- [ASTM F1929 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1929-testing/)
- [ASTM F1140 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1140-testing/)
- [ASTM D999 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d999-testing/)
- [ASTM D642 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d642-testing/)
- [ASTM D5276 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5276-testing/)
- [ASTM D3418](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3418/)
- [ASTM D5026](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5026/)
- [ASTM D5023](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5023/)
- [ASTM D4065](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4065/)
- [ASTM E1479](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1479/)
- [ASTM D1177](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1177/)
- [ASTM E831](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e831/)
- [ASTM E1545](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1545/)
- [ASTM D5296](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5296/)
- [ASTM E1251](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1251/)
- [ASTM E1086](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1086/)
- [ASTM E415](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e415/)
- [ASTM D6869](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d6869/)
- [ASTM F1223 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1223-testing/)
- [ASTM D5297](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5297/)
- [ASTM UV Exposure Test](https://atslab.com/standard/american-society-for-testing-and-materials/astm-uv-exposure-test/)
- [ISO 17025 Accredited Lab](https://atslab.com/standard/international-organization-standardization/iso-17025-accredited-lab/)
- [Prop 65 Testing Lab](https://atslab.com/standard/prop-65/prop-65-testing-lab/)
- [Prop 65 Compliance](https://atslab.com/standard/prop-65/prop-65-compliance/)
- [Military Testing](https://atslab.com/standard/milspec/military-testing/)
- [Radiated Emission Testing Lab - DO160 S21](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/radiated-emission-testing-lab-do160-s21/)
- [IBC](https://atslab.com/standard/ibc/ibc/)
- [ASTM E8 Metal Tensile Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e8-metal-tensile-testing/)
- [ASTM E23 Charpy Impact Test](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e23-charpy-impact-test/)
- [ASTM D785](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d785/)
- [ASTM D2240](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d2240/)
- [ASTM B368](https://atslab.com/standard/american-society-for-testing-and-materials/astm-b368/)
- [ASTM F382 Metallic Bone Plate Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f382-metallic-bone-plate-testing/)
- [ISO 6892 Tensile Testing](https://atslab.com/standard/international-organization-standardization/iso-6892-tensile-testing/)
- [IEC 60950 Testing](https://atslab.com/standard/international-electrotechnical-commission/iec-60950-testing/)
- [IEC 60950 Hipot Test](https://atslab.com/standard/international-electrotechnical-commission/iec-60950-hipot-test/)
- [IEC 60502-2 Hipot Test](https://atslab.com/standard/international-electrotechnical-commission/iec-60502-2-hipot-test/)
- [Occupational Safety and Health Administration](https://atslab.com/standard/occupational-safety-and-health-administration/occupational-safety-and-health-administration/)
- [MIL STD 202G](https://atslab.com/standard/milspec/mil-std-202g/)
- [MIL STD 202G Method 301](https://atslab.com/standard/milspec/mil-std-202g-method-301/)
- [Proposition 65 Warning Labels: Clear and Reasonable](https://atslab.com/standard/prop-65/proposition-65-warning-labels-clear-and-reasonable/)
- [ASTM F1781 Elastomeric Flexible Hinge Finger Total Joint Implants Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1781-elastomeric-flexible-hinge-finger-total-joint-implants-testing/)
- [ASTM F1714 Gravimetric Wear Assessment of Prosthetic Hip Design in Simulator Device Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1714-gravimetric-wear-assessment-of-prosthetic-hip-design-in-simulator-device-testing/)
- [ASTM F1378 Shoulder Prostheses Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1378-shoulder-testing/)
- [ASTM F1357 Articulating Total Wrist Implant Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f1357-articulating-total-wrist-implant-testing/)
- [ISO 11607: Sterile Barrier](https://atslab.com/standard/international-organization-standardization/iso-11607-sterile-barrier/)
- [ISO 11137: Radiation Sterilization](https://atslab.com/standard/international-organization-standardization/iso-11137-radiation-sterilization/)
- [ASTM D4332 Testing: Environmental Conditioning](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4332-environmental-conditioning/)
- [Radiated Susceptibility Testing — DO160 S20](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/radiated-susceptibility-testing-do160-s20/)
- [Conducted Emission Testing Lab - DO160 S21](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/conducted-emission-testing-lab-do160-s21/)
- [ASME Sect IX Testing](https://atslab.com/standard/american-society-of-mechanical-engineers/asme-sect-ix-testing/)
- [AWS D17.1 Testing](https://atslab.com/standard/american-welding-society/aws-d17-1-testing/)
- [AWS D1.2 Testing](https://atslab.com/standard/american-welding-society/aws-d1-2-testing/)
- [ASTM A370 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-a370-testing/)
- [ASTM E132 Testing Lab](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e132-testing-lab/)
- [ASTM E190 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e190-testing/)
- [ASTM E111 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e111-testing/)
- [AWS D1.1 Testing](https://atslab.com/standard/american-welding-society/aws-d1-1-testing/)
- [ASTM F152 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f152-testing/)
- [ASTM E132 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e132-testing/)
- [ASTM D412 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d412-testing/)
- [ASTM D638 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d638-testing/)
- [Conducted Susceptibility Testing](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/conducted-susceptibility-testing-lab-do160-s20/)
- [ASTM D4541 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4541-testing/)
- [ASTM D522 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d522-testing/)
- [ASTM D7617 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d7617-testing/)
- [ASTM D3654 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3654-testing/)
- [ASTM C273 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c273-testing/)
- [ASTM D2344 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d2344-testing/)
- [ASTM C393 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c393-testing/)
- [ASTM D732](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d732/)
- [ASTM D5868 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5868-testing/)
- [ASTM D790 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d790-testing/)
- [ASTM C633 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-c633-testing/)
- [ASTM D3163 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3163-testing/)
- [ASTM B137 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-b137-testing/)
- [ASTM F146 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f146-testing/)
- [ASTM D2794 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d2794-testing/)
- [ASTM D5229 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d5229-testing/)
- [ASTM D3170 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3170-testing/)
- [ASTM D4332 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4332-testing/)
- [ASTM D1349 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1349-testing/)
- [ASTM D7091 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d7091-testing/)
- [ASTM D618 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d-618-testing/)
- [ASTM D3359 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3359-testing/)
- [ASTM D4060 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d4060-testing/)
- [ASTM D523 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d523-testing/)
- [ASTM E45 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e45-testing/)
- [ASTM D2247 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d2247-testing/)
- [ASTM B117 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-b117-testing/)
- [ASTM D732 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d732-testing/)
- [ASTM D618](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d618/)
- [ASTM D2244 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d2244-testing/)
- [ASTM D471 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d471-testing/)
- [ASTM D1002 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d1002-testing/)
- [RTCA DO-160 11.0 Fluids Susceptibility Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-11-0-fluids-susceptibility-testing-lab/)
- [RTCA DO-160 10.0 Waterproofness Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-10-0-waterproofness-testing-lab/)
- [RTCA DO-160 9.0 Explosive Atmosphere Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-9-0-explosive-atmosphere-testing-lab/)
- [ASTM E647](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e647/)
- [ASTM E1820 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e1820-testing/)
- [VDA 19.1 Cleanliness Testing](https://atslab.com/standard/automotive-industry-association/vda-19-1-cleanliness-testing/)
- [ISO 16232 Cleanliness Testing](https://atslab.com/standard/international-organization-standardization/iso-16232-cleanliness-testing/)
- [RTCA DO-160 5.0 Temperature Variation Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-5-0-temperature-variation-testing-lab/)
- [RTCA DO-160 4.0 Temperature and Altitude Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-4-0-temperature-and-altitude-testing-lab/)
- [ASTM E606 Fatigue Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e606-fatigue-testing/)
- [RTCA DO-160 6.0 Humidity Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-6-0-humidity-testing-lab/)
- [RTCA DO-160 7.0 Operational Shocks Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-7-0-operational-shocks-testing-lab/)
- [ISO 2409 Testing](https://atslab.com/standard/international-organization-standardization/iso-2409-testing/)
- [RTCA DO-160 8.0 Vibration Testing Lab](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-8-0-vibration-testing-lab/)
- [MIL STD 704 Testing](https://atslab.com/standard/milspec/mil-std-704-testing/)
- [ASTM Salt Fog Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-salt-fog-testing/)
- [ASTM Brinell Hardness Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-brinell-hardness-testing/)
- [CPSIA Testing Lab](https://atslab.com/standard/cpsia/cpsia-testing-lab/)
- [API 581](https://atslab.com/standard/api/api-581/)
- [ISO 4624 Adhesion Testing](https://atslab.com/standard/international-organization-standardization/iso-4624-adhesion-testing/)
- [Accredited ASTM Testing Laboratories](https://atslab.com/standard/american-society-for-testing-and-materials/astm-accredited-laboratories/)
- [ASTM Tensile Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-tensile-testing/)
- [ASTM Testing Labs](https://atslab.com/standard/american-society-for-testing-and-materials/astm-testing-labs/)
- [ASTM Testing Services](https://atslab.com/standard/american-society-for-testing-and-materials/astm-testing-services/)
- [MIL-STD-810 Dust Testing](https://atslab.com/standard/milspec/mil-std-810-dust-testing-lab/)
- [MIL-STD-810 Centrifuge Testing](https://atslab.com/standard/milspec/mil-std-810-centrifuge-testing/)
- [MIL-STD-810 Acceleration Testing](https://atslab.com/standard/milspec/mil-std-810-acceleration-testing/)
- [MIL-STD-810 Sand Testing](https://atslab.com/standard/milspec/mil-std-810-sand-testing/)
- [ASTM D3039](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d3039/)
- [ASTM D882](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d882/)
- [ASTM D638](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d638/)
- [ASTM F519 Embrittlement Testing Services](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f519-embrittlement-testing-services/)
- [MIL-STD EMI Testing](https://atslab.com/standard/milspec/mil-std-emi-testing/)
- [RTCA-DO-160 EMI Testing](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-emi-testing/)
- [MIL-STD-461 Testing](https://atslab.com/standard/milspec/mil-std-461-testing/)
- [MIL-STD-461 EMI Testing](https://atslab.com/standard/milspec/mil-std-461-emi-testing/)
- [ISO 15708](https://atslab.com/standard/international-organization-standardization/iso-15708/)
- [ISO 9227 Testing](https://atslab.com/standard/international-organization-standardization/iso-9227-testing/)
- [ASTM G85 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g85-testing/)
- [ASME B30.10 Crane Hook Inspections](https://atslab.com/standard/american-society-of-mechanical-engineers/asme-b30-10-crane-hook-inspections/)
- [MIL-DTL 81706 Testing](https://atslab.com/standard/milspec/mil-dtl-81706-testing/)
- [Dielectric Constant ASTM D150 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/dielectric-constant-astm-d150-testing/)
- [ISO 12219-4 Testing](https://atslab.com/standard/international-organization-standardization/iso-12219-4-testing/)
- [Conductivity ASTM B193 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/conductivity-astm-b193-testing/)
- [Dielectric Strength ASTM D149 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/dielectric-strength-astm-d149-testing/)
- [ASTM G154 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g154-testing/)
- [ASTM UV Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-uv-testing-2/)
- [ASTM G155 Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-g155-testing/)
- [ISO 12219-3 VOC Testing](https://atslab.com/standard/international-organization-standardization/iso-12219-3-voc-testing/)
- [ISO 9227](https://atslab.com/standard/international-organization-standardization/iso-9227/)
- [ASTM D8142 Testing – VOC](https://atslab.com/standard/american-society-for-testing-and-materials/astm-d8142-testing-voc/)
- [Compressive Strength Testing - ASTM D695](https://atslab.com/standard/american-society-for-testing-and-materials/compressive-strength-testing-astm-d695/)
- [VDA 230-219 Testing](https://atslab.com/standard/automotive-industry-association/vda-230-219/)
- [ASME Power Piping Inspections](https://atslab.com/standard/american-society-of-mechanical-engineers/asme-power-piping-inspections/)
- [ASME B31.1 Inspections](https://atslab.com/standard/american-society-of-mechanical-engineers/asme-b31-1-inspections/)
- [ASME B31.1 Testing](https://atslab.com/standard/american-society-of-mechanical-engineers/asme-b31-1-testing/)
- [B31.1 Piping Testing](https://atslab.com/standard/american-society-of-mechanical-engineers/b31-1-piping-testing/)
- [VDA 277](https://atslab.com/standard/automotive-industry-association/vda-277/)
- [VDA 275](https://atslab.com/standard/automotive-industry-association/vda-275/)
- [ASTM E399](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e399/)
- [Prop 65 Settlements](https://atslab.com/standard/prop-65/prop-65-settlements/)
- [Prop 65 Changes](https://atslab.com/standard/prop-65/prop-65-changes/)
- [Prop 65 New Warning Label](https://atslab.com/standard/prop-65/prop-65-new-warning-label/)
- [Prop 65 Regulations](https://atslab.com/standard/prop-65/prop-65-regulations/)
- [DO-160 Testing](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/do-160-testing/)
- [OSHA Walking-Working Surfaces](https://atslab.com/standard/occupational-safety-and-health-administration/osha-walking-working-surfaces/)
- [MIL STD 810g 516.6 Drop Testing](https://atslab.com/standard/milspec/mil-std-810g-516-6-drop-testing/)
- [Conductivity ASTM B193](https://atslab.com/standard/american-society-for-testing-and-materials/conductivity-astm-b193/)
- [MIL STD 810 Testing](https://atslab.com/standard/milspec/mil-std-810-testing/)
- [Mil Spec Testing](https://atslab.com/standard/milspec/mil-spec-testing/)
- [ICC Structural Welding Special Inspections](https://atslab.com/standard/ibc/icc-special-structural-welding-inspections-and-inspectors/)
- [ICC Structural Steel and Bolting Inspections](https://atslab.com/standard/ibc/icc-special-structural-steel-and-bolting-inspections-and-inspectors/)
- [ICC Spray Applied Fireproofing Inspections](https://atslab.com/standard/ibc/icc-special-spray-applied-fireproofing-inspections-and-inspectors/)
- [ICC Special Inspections and Inspectors](https://atslab.com/standard/ibc/icc-special-inspections-and-inspectors/)
- [CPSIA Compliant](https://atslab.com/standard/cpsia/cpsia-compliant/)
- [VDA 270 BMW Odor Test](https://atslab.com/standard/automotive-industry-association/vda-270-bmw-odor-test/)
- [SAE Specs](https://atslab.com/standard/sae/sae-specs/)
- [Testing Protocol to CPSIA Requirements - 16 CFR Part 1107](https://atslab.com/standard/cpsia/testing-protocol-to-cpsia-requirements-16-cfr-part-1107/)
- [Prop 65 Warning Label Requirements](https://atslab.com/standard/prop-65/prop-65-warning-label-requirements/)
- [RTCA DO 160 Testing](https://atslab.com/standard/radio-technical-commission-aeronautics-testing/rtca-do-160-environmental-testing/)
- [ASTM F24 Inspections](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f24-inspections/)
- [ASTM E466](https://atslab.com/standard/american-society-for-testing-and-materials/astm-e466/)
- [RoHS Testing Lab](https://atslab.com/standard/rohs/rohs-testing-lab/)
- [Acrylamide Testing](https://atslab.com/standard/prop-65/acrylamide-testing/)
- [VDA 278](https://atslab.com/standard/automotive-industry-association/vda-278/)
- [1-4 Dioxane Testing](https://atslab.com/standard/prop-65/1-4-dioxane-testing/)
- [ASTM F963-16](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f963-16/)
- [ASTM F963-11](https://atslab.com/standard/american-society-for-testing-and-materials/astm-f963-11/)
- [RoHS Compliance Testing](https://atslab.com/standard/rohs/rohs-compliance-testing/)
- [Phthalate Content](https://atslab.com/standard/rohs/phthalate-content/)
- [Mercury Hg Testing](https://atslab.com/standard/rohs/mercury-hg-testing/)
- [Lead Pb Testing](https://atslab.com/standard/rohs/lead-pb-testing/)
- [Hexavalent Chromium Cr VI Testing](https://atslab.com/standard/rohs/hexavalent-chromium-crvi-testing/)
- [Cadmium (Cd) Testing](https://atslab.com/standard/rohs/cadmium-cd-testing/)
- [Brominated Flame Retardants](https://atslab.com/standard/rohs/brominated-flame-retardants/)
- [Prop 65 Tris Flame Retardants](https://atslab.com/standard/prop-65/prop-65-tris-flame-retardants/)
- [Prop 65 Phthalates](https://atslab.com/standard/prop-65/prop-65-phthalates/)
- [Prop 65 PFOA and PFOS Testing](https://atslab.com/standard/prop-65/prop-65-pfoa-pfos-testing/)
- [Prop 65 Heavy Metals Testing](https://atslab.com/standard/prop-65/prop-65-heavy-metals-testing/)
- [Furfuryl Alcohol Analysis](https://atslab.com/standard/prop-65/furfuryl-alcohol-analysis/)
- [A Leader Among Formaldehyde Testing Companies](https://atslab.com/standard/prop-65/formaldehyde-testing-companies/)
- [BPA Testing for Plastics](https://atslab.com/standard/prop-65/bpa-testing-for-plastics/)
- [Acrylamide in Coffee](https://atslab.com/standard/prop-65/acrylamide-coffee/)
- [ISO 17025 Accredited Labs](https://atslab.com/standard/international-organization-standardization/iso-17025-accredited-labs/)
- [ASTM B117 Salt Spray](https://atslab.com/standard/american-society-for-testing-and-materials/astm-b117-salt-spray/)
- [ASTM Corrosion Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-corrosion-testing/)
- [ASTM Peel Adhesion Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-peel-adhesion-testing/)
- [ASTM Paint Adhesion Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-paint-adhesion-testing/)
- [ASTM Coating Adhesion Testing](https://atslab.com/standard/american-society-for-testing-and-materials/astm-coating-adhesion-testing/)


## Specialty

- [Medical Device Wear Testing](https://atslab.com/specialty/medical-device-components/medical-device-wear-testing/)
- [Orthopedic Implant Fatigue Testing](https://atslab.com/specialty/medical-device-components/orthopedic-implant-fatigue-testing/)
- [Substantial Equivalence Analysis](https://atslab.com/specialty/medical-device-components/substantial-equivalence-analysis/)
- [Medical Device Fatigue Testing](https://atslab.com/specialty/medical-device-components/medical-device-fatigue-testing/)
- [Lumbar Spine Implant Testing](https://atslab.com/specialty/medical-device-components/lumbar-spine-implant-testing/)
- [Cement Testing](https://atslab.com/specialty/building-materials/cement-testing/)
- [Concrete Testing](https://atslab.com/specialty/building-materials/concrete-testing/)
- [Concrete Coatings and Sealants Testing](https://atslab.com/specialty/building-materials/concrete-coatings-and-sealants-testing/)
- [FDA Regulatory Compliance Strategy](https://atslab.com/specialty/medical-device-components/fda-regulatory-compliance-strategy/)
- [Aggregate Petrography](https://atslab.com/specialty/building-materials/aggregate-petrography/)
- [Concrete Ancillary Materials Testing](https://atslab.com/specialty/building-materials/adhesives-epoxies-coatings-sealants/)
- [Aggregates Testing Companies ](https://atslab.com/specialty/building-materials/aggregates-testing-companies/)
- [Alkali Silica Reaction Companies](https://atslab.com/specialty/building-materials/alkali-silica-reaction-companies/)
- [Aggregates Testing Lab Companies](https://atslab.com/specialty/building-materials/aggregates-testing-lab-companies/)
- [Alkali Silica Reaction (ASR) Testing](https://atslab.com/specialty/building-materials/alkali-silica-reaction-asr-testing/)
- [Aggregates Testing Services](https://atslab.com/specialty/building-materials/aggregates-testing-services/)
- [ACI-Certified Concrete Strength Testing](https://atslab.com/specialty/building-materials/aci-certified-concrete-strength-testing/)
- [Cervical Spine Implant Testing](https://atslab.com/specialty/medical-device-components/cervical-spine-implant-testing/)
- [Concrete Strength Testing](https://atslab.com/specialty/building-materials/concrete-strength-testing/)
- [Concrete Testing Lab](https://atslab.com/specialty/building-materials/concrete-testing-lab/)
- [ASTM C1064 Concrete Temperature Testing](https://atslab.com/specialty/building-materials/astm-c1064-concrete-temperature-testing/)
- [ASTM C496 Splitting Tensile Testing](https://atslab.com/specialty/building-materials/astm-c496-splitting-tensile-testing/)
- [Concrete Core Testing](https://atslab.com/specialty/building-materials/concrete-core-testing/)
- [Concrete Testing Companies](https://atslab.com/specialty/building-materials/concrete-testing-companies/)
- [ASTM C805 Rebound Hammer Testing](https://atslab.com/specialty/building-materials/astm-c805-rebound-hammer-testing/)
- [ASTM C157 Shrinkage Testing Concrete](https://atslab.com/specialty/building-materials/astm-c157-shrinkage-testing-concrete/)
- [Concrete Failure Analysis](https://atslab.com/specialty/building-materials/concrete-failure-analysis/)
- [Concrete Inspection Services ](https://atslab.com/specialty/building-materials/concrete-inspection-services/)
- [Certified Concrete Testing Companies  ](https://atslab.com/specialty/building-materials/certified-concrete-testing-companies/)
- [Freeze Thaw Concrete Testing](https://atslab.com/specialty/building-materials/freeze-thaw-concrete-testing/)
- [MIL-STD 810H UAV Qualification](https://atslab.com/specialty/drone-testing/mil-std-810h-uav-qualification/)
- [Data Center Reliability Engineering Services](https://atslab.com/specialty/data-centers/data-center-reliability-engineering-services/)
- [Military UAV Battery Testing UN 38.3](https://atslab.com/specialty/drone-testing/military-uav-battery-testing-un-38-3/)
- [Concrete Petrography](https://atslab.com/specialty/building-materials/concrete-petrography/)
- [Construction Materials Testing Lab](https://atslab.com/specialty/building-materials/construction-materials-testing-lab/)
- [Defense UAV EMC Testing](https://atslab.com/specialty/drone-testing/defense-uav-emc-testing/)
- [MIL-STD 461 UAV EMC Testing  ](https://atslab.com/specialty/drone-testing/mil-std-461-uav-emc-testing/)
- [MIL-STD 810 UAV Testing Lab ](https://atslab.com/specialty/drone-testing/mil-std-810-uav-testing-lab/)
- [Defense UAV Environmental Qualification Lab](https://atslab.com/specialty/drone-testing/defense-uav-environmental-qualification-lab/)
- [Lithium Battery Testing for Military Drones](https://atslab.com/specialty/drone-testing/lithium-battery-testing-for-military-drones/)
- [Data Center Polymer Testing Services](https://atslab.com/specialty/data-centers/data-center-polymer-testing-services/)
- [ISO 17025 UAV Testing Laboratory ](https://atslab.com/specialty/drone-testing/iso-17025-uav-testing-laboratory/)
- [Defense Drone Testing Laboratory](https://atslab.com/specialty/drone-testing/defense-drone-testing-laboratory/)
- [Data Center Mechanical Integrity Inspection](https://atslab.com/specialty/data-centers/data-center-mechanical-integrity-inspection/)
- [Military UAV Qualification Testing](https://atslab.com/specialty/drone-testing/military-uav-qualification-testing/)
- [Data Center Preventive Maintenance Services](https://atslab.com/specialty/data-centers/data-center-preventive-maintenance-services/)
- [Data Center Supplier Quality Assurance Testing](https://atslab.com/specialty/data-centers/data-center-supplier-quality-assurance-testing/)
- [Data Center Leak Testing Services](https://atslab.com/specialty/data-centers/data-center-leak-testing-services/)
- [Data Center Dimensional Inspection Services](https://atslab.com/specialty/data-centers/data-center-dimensional-inspection-services/)
- [Lightning Protection Consulting Data Center](https://atslab.com/specialty/data-centers/lightning-protection-consulting-data-center/)
- [Data Center Lightning Protection Inspection](https://atslab.com/specialty/data-centers/data-center-lightning-protection-inspection/)
- [Data Center QA Testing Services](https://atslab.com/specialty/data-centers/data-center-qa-testing-services/)
- [Vibration Testing for Data Center Equipment](https://atslab.com/specialty/data-centers/vibration-testing-for-data-center-equipment/)
- [Data Center Ingress Protection Testing](https://atslab.com/specialty/data-centers/data-center-ingress-protection-testing/)
- [Data Center Pressure Testing](https://atslab.com/specialty/data-centers/data-center-pressure-testing/)
- [Data Center Alloy Identification Testing](https://atslab.com/specialty/data-centers/data-center-alloy-identification-testing/)
- [Data Center Corrosion Testing Materials ](https://atslab.com/specialty/data-centers/data-center-corrosion-testing-materials/)
- [Data Center Anchor Pull Testing](https://atslab.com/specialty/data-centers/data-center-anchor-pull-testing/)
- [Data Center Tensile Testing Services](https://atslab.com/specialty/data-centers/data-center-tensile-testing-services/)
- [Data Center Load Testing Services](https://atslab.com/specialty/data-centers/data-center-load-testing-services/)
- [Mechanical Testing for Data Centers](https://atslab.com/specialty/data-centers/mechanical-testing-for-data-centers/)
- [Data Center Thermal Cycling Testing](https://atslab.com/specialty/data-centers/data-center-thermal-cycling-testing/)
- [Data Center Material Verification Services](https://atslab.com/specialty/data-centers/data-center-material-verification-services/)
- [Data Center Environmental Testing Services ](https://atslab.com/specialty/data-centers/data-center-environmental-testing-services/)
- [Data Center Predictive Maintenance](https://atslab.com/specialty/data-centers/data-center-predictive-maintenance/)
- [Data Center Thermography ](https://atslab.com/specialty/data-centers/data-center-thermography/)
- [Data Center Condition Monitoring](https://atslab.com/specialty/data-centers/data-center-condition-monitoring/)
- [Data Center Sensor Calibration](https://atslab.com/specialty/data-centers/data-center-sensor-calibration/)
- [Data Center NDT Services](https://atslab.com/specialty/data-centers/data-center-ndt-services/)
- [Data Center Generator Services ](https://atslab.com/specialty/data-centers/data-center-generator-services/)
- [Data Center Commissioning Support](https://atslab.com/specialty/data-centers/data-center-commissioning-support/)
- [Data Center Inspection Services](https://atslab.com/specialty/data-centers/data-center-inspection-services/)
- [Environmental Sensor Calibration Data Center](https://atslab.com/specialty/data-centers/environmental-sensor-calibration-data-center/)
- [Electrical Infrared Thermography Data Center ](https://atslab.com/specialty/data-centers/electrical-infrared-thermography-data-center/)
- [Data Center Concrete Testing](https://atslab.com/specialty/data-centers/data-center-concrete-testing/)
- [Data Center Calibration Services](https://atslab.com/specialty/data-centers/data-center-calibration-services/)
- [Materials Testing for Data Centers](https://atslab.com/specialty/data-centers/materials-testing-for-data-centers/)
- [Pump Vibration Analysis Data Center](https://atslab.com/specialty/data-centers/pump-vibration-analysis-data-center/)
- [Military UAV Testing](https://atslab.com/specialty/drone-testing/military-uav-testing/)
- [UAS Testing DoD](https://atslab.com/specialty/drone-testing/uas-testing-dod/)
- [Military Drone Testing](https://atslab.com/specialty/drone-testing/military-drone-testing/)
- [Drone Testing Services ](https://atslab.com/specialty/drone-testing/drone-testing-services/)
- [DoD Drone Testing](https://atslab.com/specialty/drone-testing/dod-drone-testing/)
- [Miniaturized Specimen Technology (MST)](https://atslab.com/specialty/nuclear-assets-components/miniaturized-specimen-technology-mst/)
- [Post-Irradiation Examination (PIE)](https://atslab.com/specialty/nuclear-assets-components/post-irradiation-examination-pie/)
- [Radiation Damage Modeling](https://atslab.com/specialty/nuclear-assets-components/radiation-damage-modeling/)
- [Hot Cell Materials Testing](https://atslab.com/specialty/nuclear-assets-components/hot-cell-materials-testing/)
- [Radiation Transport Analysis](https://atslab.com/specialty/nuclear-assets-components/radiation-transport-analysis/)
- [Neutron Transport Analysis](https://atslab.com/specialty/nuclear-assets-components/neutron-transport-analysis/)
- [Advanced Reactor Materials Testing](https://atslab.com/specialty/nuclear-assets-components/advanced-reactor-materials-testing/)
- [NQA-1 Testing Laboratory](https://atslab.com/specialty/nuclear-assets-components/nqa1-testing-laboratory/)
- [Atmosphere Control Testing](https://atslab.com/specialty/nuclear-assets-components/atmosphere-control-testing/)
- [Surveillance Capsule Testing](https://atslab.com/specialty/nuclear-assets-components/surveillance-capsule-testing/)
- [Irradiated Materials Testing](https://atslab.com/specialty/nuclear-assets-components/irradiated-materials-testing/)
- [Miniature Charpy Testing](https://atslab.com/specialty/nuclear-assets-components/miniature-charpy-testing/)
- [Wear Testing of Intervertebral Spinal Disc Prosthesis Testing](https://atslab.com/specialty/medical-device-components/wear-testing-of-intervertebral-spinal-disc-prosthesis-testing/)
- [Technical File Risk Analysis](https://atslab.com/specialty/medical-device-components/technical-file-risk-analysis/)
- [Technical File Remediation Support](https://atslab.com/specialty/medical-device-components/technical-file-remediation-support/)
- [Technical File Preparation Support Services](https://atslab.com/specialty/medical-device-components/technical-file-preparation-support-services/)
- [Technical File Gap Support](https://atslab.com/specialty/medical-device-components/technical-file-gap-support/)
- [Cryogenic Materials Testing](https://atslab.com/specialty/nuclear-assets-components/cryogenic-materials-testing/)
- [High Temperature Materials Testing](https://atslab.com/specialty/nuclear-assets-components/high-temperature-materials-testing/)
- [Medical Device Acceptance Support](https://atslab.com/specialty/medical-device-components/medical-device-acceptance-support/)
- [Predicate Device Testing](https://atslab.com/specialty/medical-device-components/predicate-device-testing/)
- [Nuclear Materials Testing Services](https://atslab.com/specialty/nuclear-assets-components/nuclear-materials-testing-services/)
- [Predicate Device Compliance Testing](https://atslab.com/specialty/medical-device-components/predicate-device-compliance-testing/)
- [Reverse Engineering Labs](https://atslab.com/specialty/reverse-engineering/reverse-engineering-labs/)
- [Reverse Engineering Solutions](https://atslab.com/specialty/reverse-engineering/reverse-engineering-solutions/)
- [Reverse Engineering Firms](https://atslab.com/specialty/reverse-engineering/reverse-engineering-firms/)
- [Volvo STD 1026 Testing](https://atslab.com/specialty/automotive-components/volvo-std-1026-testing/)
- [Volvo STD 423 Testing](https://atslab.com/specialty/automotive-components/volvo-std-423-testing/)
- [Volvo STD 121 Testing](https://atslab.com/specialty/automotive-components/volvo-std-121-testing/)
- [Thermal Propagation Testing](https://atslab.com/specialty/es-energy-storage-batteries/thermal-propagation-testing/)
- [UL 4200A](https://atslab.com/specialty/es-energy-storage-batteries/ul-4200a/)
- [Coin Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/coin-battery-testing/)
- [A Leader Among Medical Device Regulatory Compliance Specialists](https://atslab.com/specialty/medical-device-components/medical-device-regulatory-compliance-specialists/)
- [FDA 510k Compliance Services](https://atslab.com/specialty/medical-device-components/fda-510k-compliance-services/)
- [FDA 510(k) Compliance Expert](https://atslab.com/specialty/medical-device-components/fda-510-k-compliance-expert/)
- [Hip Implant Testing](https://atslab.com/specialty/medical-device-components/hip-implant-testing/)
- [UL 2056](https://atslab.com/specialty/es-energy-storage-batteries/ul-2056/)
- [UL 2743](https://atslab.com/specialty/es-energy-storage-batteries/ul-2743/)
- [UL 2054](https://atslab.com/specialty/es-energy-storage-batteries/ul-2054/)
- [Hydrogen Fuel Cell Testing](https://atslab.com/specialty/es-energy-storage-batteries/hydrogen-fuel-cell-testing/)
- [SOFC Testing](https://atslab.com/specialty/es-energy-storage-batteries/sofc-testing/)
- [Fuel Cell Testing](https://atslab.com/specialty/es-energy-storage-batteries/fuel-cell-testing/)
- [Molten Salt Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/molten-salt-battery-testing/)
- [Flow Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/flow-battery-testing/)
- [Managed IT Support Services ](https://atslab.com/specialty/it-solutions/managed-it-support-services/)
- [GRC Solutions](https://atslab.com/specialty/it-solutions/grc-solutions/)
- [AI Business Consulting](https://atslab.com/specialty/it-solutions/ai-business-consulting/)
- [Solid State Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/solid-state-battery-testing/)
- [Primary Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/primary-battery-testing/)
- [NiCd Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/nicd-battery-testing/)
- [NiMH Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/nimh-battery-testing/)
- [Zinc Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/zinc-battery-testing/)
- [Shoulder Systems Testing](https://atslab.com/specialty/medical-device-components/shoulder-systems-testing/)
- [NMC Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/nmc-battery-testing/)
- [Sodium-Ion Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/sodium-ion-battery-testing/)
- [Cranial, Maxillofacial, and Dental Testing](https://atslab.com/specialty/medical-device-components/cranial-maxillofacial-and-dental-testing/)
- [Non-Standard Medical Device Testing](https://atslab.com/specialty/medical-device-components/non-standard-medical-device-testing/)
- [Total Ankle System Testing](https://atslab.com/specialty/medical-device-components/total-ankle-system-testing/)
- [Dental Implants Testing](https://atslab.com/specialty/medical-device-components/dental-implants-testing/)
- [Surgical Instruments Testing](https://atslab.com/specialty/medical-device-components/surgical-instruments-testing/)
- [Medical Device Mechanical Testing Regulations](https://atslab.com/specialty/medical-device-components/medical-device-mechanical-testing-regulations/)
- [UN 38.3 Testing](https://atslab.com/specialty/es-energy-storage-batteries/un-38-3-testing/)
- [UL 1989 Standby Battery Testing and Certification](https://atslab.com/specialty/es-energy-storage-batteries/ul-1989-standby-battery-testing-and-certification/)
- [UL 9540 Thermal Runaway Testing](https://atslab.com/specialty/es-energy-storage-batteries/ul-9540-thermal-runaway-testing/)
- [IEC 62133 Lithium Battery Safety Testing](https://atslab.com/specialty/es-energy-storage-batteries/iec-62133-lithium-battery-safety-testing/)
- [Taber Abrasion Testing](https://atslab.com/specialty/paints-and-coatings/taber-abrasion-testing/)
- [Thermal Runaway Testing](https://atslab.com/specialty/es-energy-storage-batteries/thermal-runaway-testing/)
- [FLTM BO 131-03](https://atslab.com/specialty/automotive-components/fltm-bo-131-03/)
- [GMW 3205](https://atslab.com/specialty/automotive-components/gmw-3205/)
- [UL 2271 E Bike Battery Testing and Certification](https://atslab.com/specialty/es-energy-storage-batteries/ul-2271-e-bike-battery-testing-and-certification/)
- [Battery Pack Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-pack-testing/)
- [UL 1973 Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/ul-1973-battery-testing/)
- [UL Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/ul-battery-testing/)
- [Prosthetic Testing](https://atslab.com/specialty/medical-device-components/prosthetic-testing/)
- [A Leader Among FDA Medical Device Compliance Laboratories](https://atslab.com/specialty/medical-device-components/fda-medical-device-compliance-laboratories/)
- [Spinal Implant Testing](https://atslab.com/specialty/medical-device-components/spinal-implant-testing/)
- [Prosthetic Testing Services](https://atslab.com/specialty/medical-device-components/prosthetic-testing-services/)
- [Regulatory Compliance Services for Medical Devices](https://atslab.com/specialty/medical-device-components/regulatory-compliance-services-for-medical-devices/)
- [Orthopedic Device Approval Testing](https://atslab.com/specialty/medical-device-components/orthopedic-device-approval-testing/)
- [Medical Device Regulatory Compliance Services](https://atslab.com/specialty/medical-device-components/medical-device-regulatory-compliance-services/)
- [FDA Medical Device Compliance Services](https://atslab.com/specialty/medical-device-components/fda-medical-device-compliance-services/)
- [Aerospace Radiation Effects Testing](https://atslab.com/specialty/aerospace-components/aerospace-radiation-effects-testing/)
- [Contact Resistance MIL-DTL 5541 Testing](https://atslab.com/specialty/paints-and-coatings/contact-resistance-mil-dtl-5541-testing/)
- [Coating Inspection Services](https://atslab.com/specialty/paints-and-coatings/coating-inspection-services/)
- [Building Material Environmental Testing](https://atslab.com/specialty/building-materials/building-material-environmental-testing/)
- [SAE J2527 Testing](https://atslab.com/specialty/automotive-components/sae-j2527-testing/)
- [First Article Inspections](https://atslab.com/specialty/first-article-inspection/first-article-inspections-services/)
- [Coating](https://atslab.com/specialty/paints-and-coatings/coating/)
- [Automotive](https://atslab.com/specialty/automotive-components/automotive/)
- [UL 2580 Electric Vehicle Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/ul-2580-electric-vehicle-battery-testing/)
- [Implant Testing](https://atslab.com/specialty/medical-device-components/implant-testing/)
- [Hoverboard Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/hoverboard-battery-testing/)
- [Micro Mobility Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/micro-mobility-battery-testing/)
- [Lead Acid Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/lead-acid-battery-testing/)
- [Thermal Testing EV Batteries](https://atslab.com/specialty/es-energy-storage-batteries/thermal-testing-ev-batteries/)
- [Battery Electrical Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-electrical-testing/)
- [Battery Chemical Analysis](https://atslab.com/specialty/es-energy-storage-batteries/battery-chemical-analysis/)
- [Electrical Vehicle Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/electrical-vehicle-battery-testing/)
- [Lithium Ion Battery Testing](https://atslab.com/specialty/es-energy-storage-batteries/lithium-ion-battery-testing/)
- [Medical Device Mechanical Testing](https://atslab.com/specialty/medical-device-components/medical-device-mechanical-testing/)
- [Medical Device Performance Testing](https://atslab.com/specialty/medical-device-components/medical-device-performance-testing/)
- [Medical Implant Testing Lab](https://atslab.com/specialty/medical-device-components/medical-implant-testing-lab/)
- [Medical Device Testing Services](https://atslab.com/specialty/medical-device-components/medical-device-testing-services/)
- [Orthopedic Device Testing](https://atslab.com/specialty/medical-device-components/orthopedic-device-testing/)
- [Medical Device Testing Laboratories](https://atslab.com/specialty/medical-device-components/medical-device-testing-laboratories/)
- [A Leader Among Medical Device Testing Companies](https://atslab.com/specialty/medical-device-components/medical-device-testing-companies/)
- [Medical Device Testing](https://atslab.com/specialty/medical-device-components/medical-device-testing/)
- [Medical Device Reliability Testing](https://atslab.com/specialty/medical-device-components/medical-device-reliability-testing/)
- [Medical Device Product Testing](https://atslab.com/specialty/medical-device-components/medical-device-product-testing/)
- [FDA Medical Device Testing](https://atslab.com/specialty/medical-device-components/fda-medical-device-testing/)
- [Medical Device Testing Lab](https://atslab.com/specialty/medical-device-components/medical-device-testing-lab/)
- [Critical Business Applications](https://atslab.com/specialty/it-solutions/critical-business-application/)
- [Business Process Automation](https://atslab.com/specialty/it-solutions/business-process-automation/)
- [Quality Management Solutions](https://atslab.com/specialty/it-solutions/quality-management-solutions/)
- [First Article Testing](https://atslab.com/specialty/first-article-inspection/first-article-testing/)
- [Battery Durability Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-durability-testing/)
- [Battery Safety and Certification Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-safety-and-certification-testing/)
- [RESS Safety and Abuse Testing](https://atslab.com/specialty/es-energy-storage-batteries/ress-safety-and-abuse-testing/)
- [Battery Vibration Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-vibration-testing/)
- [EV Battery Mechanical Testing](https://atslab.com/specialty/es-energy-storage-batteries/ev-battery-mechanical-testing/)
- [Battery Abuse Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-abuse-testing/)
- [Building Materials Testing](https://atslab.com/specialty/building-materials/building-materials-testing/)
- [Mercedes Approved Testing Lab](https://atslab.com/specialty/automotive-components/mercedes-approved-testing-lab/)
- [Mercedes Materials Testing Lab](https://atslab.com/specialty/automotive-components/mercedes-materials-testing-lab/)
- [Honda Approved Testing Lab](https://atslab.com/specialty/automotive-components/honda-approved-testing-lab/)
- [Mercedes Approved Test Lab](https://atslab.com/specialty/automotive-components/mercedes-approved-test-lab/)
- [BMW Approved Test Lab](https://atslab.com/specialty/automotive-components/bmw-approved-test-lab/)
- [VW Approved Test Lab](https://atslab.com/specialty/automotive-components/vw-approved-test-lab/)
- [Paint Scratch Testing](https://atslab.com/specialty/paints-and-coatings/paint-scratch-testing/)
- [DFT Testing for Paintings and Coatings](https://atslab.com/specialty/paints-and-coatings/dft-testing-for-paintings-and-coatings/)
- [Dry Film Thickness Testing](https://atslab.com/specialty/paints-and-coatings/dry-film-thickness-testing/)
- [Immersion Testing](https://atslab.com/specialty/paints-and-coatings/immersion-testing/)
- [Pencil Hardness Testing](https://atslab.com/specialty/paints-and-coatings/pencil-hardness-testing/)
- [Crosshatch Adhesion Testing](https://atslab.com/specialty/paints-and-coatings/crosshatch-adhesion-testing/)
- [Zinc Plating Thickness](https://atslab.com/specialty/paints-and-coatings/zinc-plating-thickness/)
- [Electroless Nickel Plating Thickness](https://atslab.com/specialty/paints-and-coatings/electroless-nickel-plating-thickness/)
- [Zinc Plate Thickness](https://atslab.com/specialty/paints-and-coatings/zinc-plate-thickness/)
- [Paint Thickness Measurements](https://atslab.com/specialty/paints-and-coatings/paint-thickness-measurements/)
- [Plating Thickness Measurements](https://atslab.com/specialty/paints-and-coatings/plating-thickness-measurements/)
- [Coating Thickness Measurements](https://atslab.com/specialty/paints-and-coatings/coating-thickness-measurements/)
- [Plating Adhesion Testing](https://atslab.com/specialty/paints-and-coatings/plating-adhesion-testing/)
- [Coating Adhesion Testing](https://atslab.com/specialty/paints-and-coatings/coating-adhesion-testing/)
- [Abrasion Testing](https://atslab.com/specialty/paints-and-coatings/abrasion-testing/)
- [Adhesion Pull Test](https://atslab.com/specialty/paints-and-coatings/adhesion-pull-test/)
- [Coating Testing](https://atslab.com/specialty/paints-and-coatings/coating-testing/)
- [GS 97014-3 Testing](https://atslab.com/specialty/automotive-components/gs-97014-3-testing/)
- [BMW VOC Testing](https://atslab.com/specialty/automotive-components/bmw-voc-testing/)
- [Ford VOC Testing](https://atslab.com/specialty/automotive-components/ford-voc-testing/)
- [Volkswagen Parts Testing](https://atslab.com/specialty/automotive-components/volkswagen-parts-testing/)
- [Volkswagen VOC Testing](https://atslab.com/specialty/automotive-components/volkswagen-voc-testing/)
- [Honda Parts Testing](https://atslab.com/specialty/automotive-components/honda-parts-testing/)
- [Toyota Parts Testing](https://atslab.com/specialty/automotive-components/toyota-parts-testing/)
- [Toyota VOC Testing](https://atslab.com/specialty/automotive-components/toyota-voc-testing/)
- [Honda VOC Testing](https://atslab.com/specialty/automotive-components/honda-voc-testing/)
- [Automotive Vibration Testing](https://atslab.com/specialty/automotive-components/automotive-vibration-testing/)
- [DIN 75220](https://atslab.com/specialty/automotive-components/din-75220/)
- [DIN 75201](https://atslab.com/specialty/automotive-components/din-75201/)
- [DIN 75200 Testing](https://atslab.com/specialty/automotive-components/din-75200-testing/)
- [Stone Chip Resistance Test](https://atslab.com/specialty/paints-and-coatings/stone-chip-resistance-test/)
- [Stone Chip Testing](https://atslab.com/specialty/paints-and-coatings/stone-chip-testing/)
- [FMVSS 302 Testing](https://atslab.com/specialty/automotive-components/fmvss-302-testing/)
- [Automotive VOC Testing](https://atslab.com/specialty/automotive-components/voc/)
- [Volvo Standards Testing](https://atslab.com/specialty/automotive-components/volvo-standards-testing/)
- [Volkswagen Standards Testing](https://atslab.com/specialty/automotive-components/volkswagen-standards-testing/)
- [Toyota Standards Testing](https://atslab.com/specialty/automotive-components/toyota-standards-testing/)
- [Tesla Standards Testing](https://atslab.com/specialty/automotive-components/tesla-standards-testing/)
- [Subaru Standards Testing](https://atslab.com/specialty/automotive-components/subaru-standards-testing/)
- [PV 3900 VW Odor Test](https://atslab.com/specialty/automotive-components/pv-3900-vw-odor-test/)
- [Nissan Standards Testing](https://atslab.com/specialty/automotive-components/nissan-standards-testing/)
- [Mitsubishi Standards Testing](https://atslab.com/specialty/automotive-components/mitsubishi-standards-testing/)
- [Mercedes Standards Testing](https://atslab.com/specialty/automotive-components/mercedes-standards-testing/)
- [Honda Standards Testing](https://atslab.com/specialty/automotive-components/honda-standards-testing/)
- [GM Standards Testing](https://atslab.com/specialty/automotive-components/gm-standards-testing/)
- [Ford Standards Testing](https://atslab.com/specialty/automotive-components/ford-standards-testing/)
- [Chrysler Standards Testing](https://atslab.com/specialty/automotive-components/chrysler-standards-testing/)
- [Bo 131 03 Ford Interior Odor Test](https://atslab.com/specialty/automotive-components/bo-131-03-ford-interior-odor-test/)
- [BMW Standards Testing](https://atslab.com/specialty/automotive-components/bmw-standards-testing/)
- [Automotive Testing Services](https://atslab.com/specialty/automotive-components/automotive-testing-services/)
- [A Leader Among Automotive Testing Companies](https://atslab.com/specialty/automotive-components/automotive-testing-companies/)
- [Taber Abrasion](https://atslab.com/specialty/paints-and-coatings/taber-abrasion/)
- [Powder Coating Thickness Testing](https://atslab.com/specialty/paints-and-coatings/powder-coating-thickness-testing/)
- [Paint Testing Lab](https://atslab.com/specialty/paints-and-coatings/paint-testing-lab/)
- [Paint Adhesion Testing](https://atslab.com/specialty/paints-and-coatings/paint-adhesion-testing/)
- [Color Gloss Testing](https://atslab.com/specialty/paints-and-coatings/color-gloss-testing/)
- [Coating Weight and Thickness Testing](https://atslab.com/specialty/paints-and-coatings/coating-weight-thickness-testing/)
- [Coatings](https://atslab.com/specialty/paints-and-coatings/coatings/)
- [Automotive Testing Labs](https://atslab.com/specialty/automotive-components/automotive-testing-labs/)
- [Adhesion Testing](https://atslab.com/specialty/paints-and-coatings/adhesion-testing/)
- [Battery Performance Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-performance-testing/)
- [SAE J2185 Life Testing for Heavy-Duty Storage Batteries](https://atslab.com/specialty/es-energy-storage-batteries/sae-j2185-life-testing-for-heavy-duty-storage-batteries/)
- [SAE J1798 Performance Rating of EV Battery Modules Testing](https://atslab.com/specialty/es-energy-storage-batteries/sae-j1798-performance-rating-of-ev-battery-testing/)
- [IEC 60896-21 Stationary Lead-Acid Batteries – Part 21: Valve Regulated Types – Method of Test](https://atslab.com/specialty/es-energy-storage-batteries/iec-60896-21-stationary-lead-acid-batteries-part-21-testing/)
- [IEC 61427 Secondary Cells and Batteries for Photovoltaic Energy Systems Testing](https://atslab.com/specialty/es-energy-storage-batteries/iec-61427-secondary-cells-batteries-for-photovoltaic-energy-systems-testing/)
- [IEC 62133-2 Lithium Ion Battery Testing and Certification](https://atslab.com/specialty/es-energy-storage-batteries/iec-62133-2-lithium-ion-battery-testing-certification/)
- [Abuse Testing of Lithium Ion Batteries](https://atslab.com/specialty/es-energy-storage-batteries/abuse-testing-lithium-ion-batteries/)
- [Mechanical Testing EV Batteries](https://atslab.com/specialty/es-energy-storage-batteries/mechanical-testing-ev-batteries/)
- [Chemical Testing EV Batteries](https://atslab.com/specialty/es-energy-storage-batteries/chemical-testing-ev-batteries/)
- [High and Low Temperature Testing EV Battery](https://atslab.com/specialty/es-energy-storage-batteries/high-and-low-temperature-testing-ev-battery/)
- [ES Energy Storage](https://atslab.com/specialty/es-energy-storage-batteries/es-energy-storage/)
- [Battery Impact Testing](https://atslab.com/specialty/es-energy-storage-batteries/battery-impact-testing/)
- [EV Battery Testing Lab](https://atslab.com/specialty/es-energy-storage-batteries/ev-battery-testing-lab/)
- [Battery UL Certification](https://atslab.com/specialty/es-energy-storage-batteries/battery-ul-certification/)
- [Construction Materials Testing](https://atslab.com/specialty/building-materials/construction-materials-testing/)
- [Medical Device Regulatory Compliance Testing](https://atslab.com/specialty/medical-device-components/medical-device-regulatory-compliance-testing/)
- [Medical Device Materials Testing](https://atslab.com/specialty/medical-device-components/medical-device-materials-testing/)
- [Aircraft Engine Oil Analysis](https://atslab.com/specialty/aerospace-components/aircraft-engine-oil-analysis/)
- [Rapid Decompression Test](https://atslab.com/specialty/aerospace-components/rapid-decompression-test/)
- [Fatigue Testing Lab](https://atslab.com/specialty/additive-manufacturing-components/fatigue-testing-lab/)
- [Aerospace Materials Testing](https://atslab.com/specialty/aerospace-components/aerospace-materials-testing/)
- [Adhesive Testing Labs](https://atslab.com/specialty/paints-and-coatings/adhesive-testing-labs/)
- [Cleanliness Testing Lab](https://atslab.com/specialty/additive-manufacturing-components/cleanliness-testing-lab/)
- [Cybersecurity Consulting Services](https://atslab.com/specialty/it-solutions/cybersecurity-consulting-services/)
- [Nuclear NDT](https://atslab.com/specialty/nuclear-assets-components/nuclear-ndt/)
- [IT Consulting Services](https://atslab.com/specialty/it-solutions/it-consulting-services/)
- [Orthopedic Implant Testing](https://atslab.com/specialty/medical-device-components/orthopedic-implant-testing/)
- [VW 50180](https://atslab.com/specialty/automotive-components/vw-50180/)
- [Solar Simulation – DIN ISO 75220](https://atslab.com/specialty/automotive-components/solar-simulation/)
- [Aerospace Testing Lab](https://atslab.com/specialty/aerospace-components/aerospace-testing-lab/)
- [Reverse Engineering Services](https://atslab.com/specialty/reverse-engineering/reverse-engineering-services/)
- [Mechanical Reverse Engineering](https://atslab.com/specialty/reverse-engineering/mechanical-reverse-engineering/)
- [Tensile Test](https://atslab.com/specialty/additive-manufacturing-components/tensile-test/)
- [Cleanliness Testing](https://atslab.com/specialty/additive-manufacturing-components/cleanliness-testing/)
- [Charpy Test](https://atslab.com/specialty/additive-manufacturing-components/charpy-test/)
- [Additive Manufacturing Testing Labs](https://atslab.com/specialty/additive-manufacturing-components/additive-manufacturing-testing-labs/)
- [Additive Manufacturing Testing](https://atslab.com/specialty/additive-manufacturing-components/additive-manufacturing-testing/)
- [PMA Testing Services for Aviation Products](https://atslab.com/specialty/aerospace-components/pma-testing-services-for-aviation-products/)
- [Commercial Grade Dedication Support](https://atslab.com/specialty/nuclear-assets-components/commercial-grade-dedication-support/)
- [GMW 15634 Testing](https://atslab.com/specialty/automotive-components/gmw-15634-testing/)


## Calibration

- [Total Thickness Variation](https://atslab.com/calibration/dimensional-inspections/total-thickness-variation/)
- [Natural Gas Custody Transfer Metering System](https://atslab.com/calibration/flow-calibration/natural-gas-custody-transfer-metering-system/)
- [Wet Gas/Multi Phase Calibration Services](https://atslab.com/calibration/flow-calibration/wet-gas-multi-phase-calibration-services/)
- [Specialty Gas Flow Meter Calibration Services](https://atslab.com/calibration/flow-calibration/specialty-gas-flow-meter-calibration-services/)
- [Surface Finish Measurement](https://atslab.com/calibration/dimensional-inspections/surface-finish-measurement/)
- [Surface Finish Inspection](https://atslab.com/calibration/dimensional-inspections/surface-finish-inspection/)
- [Optical Surface Roughness Measurement](https://atslab.com/calibration/dimensional-inspections/optical-surface-roughness-measurement/)
- [Surface Roughness Measurement Lab](https://atslab.com/calibration/dimensional-inspections/surface-roughness-measurement-lab/)
- [Calibration Outage Support](https://atslab.com/calibration/onsite/calibration-outage-support/)
- [Barfield 1811NG Calibration](https://atslab.com/calibration/avionics-calibration/barfield-1811ng-calibration/)
- [Revere Transducer Calibration](https://atslab.com/calibration/mechanical-equipment/revere-transducer-calibration/)
- [Omega Scale Calibration](https://atslab.com/calibration/mechanical-equipment/omega-scale-calibration/)
- [Longacre Racing Scale Calibration](https://atslab.com/calibration/mechanical-equipment/longacre-racing-scale-calibration/)
- [Intercomp PT 300 Calibration](https://atslab.com/calibration/mechanical-equipment/intercomp-pt-300-calibration/)
- [Evergreen Scale Calibration](https://atslab.com/calibration/mechanical-equipment/evergreen-scale-calibration/)
- [Brainweigh Scale Calibration](https://atslab.com/calibration/mechanical-equipment/brainweigh-scale-calibration/)
- [Aircraft Scale Calibration](https://atslab.com/calibration/mechanical-equipment/aircraft-scale-calibration/)
- [Ultra-Low Vacuum Calibration](https://atslab.com/calibration/mechanical-equipment/ultra-low-vacuum-calibration/)
- [Aeroweigh Scale Calibration](https://atslab.com/calibration/mechanical-equipment/aeroweigh-scale-calibration/)
- [Pipeline Meter Proving](https://atslab.com/calibration/flow-calibration/pipeline-meter-proving/)
- [Liquid Flow Meter Calibration Services](https://atslab.com/calibration/flow-calibration/liquid-flow-meter-calibration-services/)
- [Water Flow Calibration](https://atslab.com/calibration/flow-calibration/water-flow-calibration/)
- [Water Flow Meter Calibration Services](https://atslab.com/calibration/flow-calibration/water-flow-meter-calibration-services/)
- [Wastewater Flow Meter Calibration](https://atslab.com/calibration/flow-calibration/wastewater-flow-meter-calibration/)
- [Liquid Flow Calibration](https://atslab.com/calibration/flow-calibration/liquid-flow-calibration/)
- [Air Flow Meter Calibration Services](https://atslab.com/calibration/flow-calibration/air-flow-meter-calibration-services/)
- [Flow Rate Calibration](https://atslab.com/calibration/flow-calibration/flow-rate-calibration/)
- [Flow Calibration Services](https://atslab.com/calibration/flow-calibration/flow-calibration-services/)
- [IFR MLS-800 LCD Upgrade Services](https://atslab.com/calibration/equipment-repair/ifr-mls-800-lcd-upgrade-services/)
- [Flow Meter Calibration Services](https://atslab.com/calibration/flow-calibration/flow-meter-calibration-services/)
- [Flow Meter Calibration](https://atslab.com/calibration/flow-calibration/flow-meter-calibration/)
- [AC Voltmeter Calibration](https://atslab.com/calibration/electronic-equipment/ac-voltmeter-calibration/)
- [Ammeter Calibration](https://atslab.com/calibration/electronic-equipment/ammeter-calibration/)
- [Air Velocity Meter Calibration](https://atslab.com/calibration/environmental-equipment/air-velocity-meter-calibration/)
- [Vernier Caliper Calibration](https://atslab.com/calibration/mechanical-equipment/vernier-caliper-calibration/)
- [Electrical Conductivity Meter Calibration](https://atslab.com/calibration/electronic-equipment/electrical-conductivity-meter-calibration/)
- [Extech pH Meter Calibration](https://atslab.com/calibration/electronic-equipment/extech-ph-meter-calibration/)
- [Apera pH Meter Calibration](https://atslab.com/calibration/mechanical-equipment/apera-ph-meter-calibration/)
- [Equipment Repair](https://atslab.com/calibration/equipment-repair/equipment-repair/)
- [ASTM Thermometer Calibration](https://atslab.com/calibration/environmental-equipment/astm-thermometer-calibration/)
- [Mass Flow Controller Calibration Services](https://atslab.com/calibration/electronic-equipment/mass-flow-controller-calibration-services/)
- [Endress Houser Flow Meter Calibration](https://atslab.com/calibration/mechanical-equipment/endress-houser-flow-meter-calibration/)
- [Industrial Calibration Services](https://atslab.com/calibration/mechanical-equipment/industrial-calibration-services/)
- [Industrial Scale Calibration](https://atslab.com/calibration/mechanical-equipment/industrial-scale-calibration/)
- [Narda Calibration](https://atslab.com/calibration/mechanical-equipment/narda-calibration/)
- [Badger Meter Calibration](https://atslab.com/calibration/flow-calibration/badger-meter-calibration/)
- [Alicat Calibration](https://atslab.com/calibration/mechanical-equipment/alicat-calibration/)
- [Light Meter Calibration Services](https://atslab.com/calibration/electronic-equipment/light-meter-calibration-services/)
- [FLIR Calibration](https://atslab.com/calibration/environmental-equipment/flir-calibration/)
- [Flowmeter Calibration Services](https://atslab.com/calibration/mechanical-equipment/flowmeter-calibration-services/)
- [Gage Calibration Services](https://atslab.com/calibration/mechanical-equipment/gage-calibration-services/)
- [Fluke 289 Calibration](https://atslab.com/calibration/mechanical-equipment/fluke-289-calibration/)
- [Spectrum Analyzer Calibration Services](https://atslab.com/calibration/electronic-equipment/spectrum-analyzer-calibration-services/)
- [Load Cell Calibrations](https://atslab.com/calibration/mechanical-equipment/load-cell-calibrations/)
- [Etekcity Scale Calibration](https://atslab.com/calibration/mechanical-equipment/etekcity-scale-calibration/)
- [Testo 552 Calibration](https://atslab.com/calibration/mechanical-equipment/testo-552-calibration/)
- [Snap Gauge Calibration](https://atslab.com/calibration/mechanical-equipment/snap-gauge-calibration/)
- [Vacuum Gauge Calibration Services](https://atslab.com/calibration/mechanical-equipment/vacuum-gauge-calibration-services/)
- [Liquid Flow Meter Calibration](https://atslab.com/calibration/mechanical-equipment/liquid-flow-meter-calibration/)
- [Magmeter Calibration](https://atslab.com/calibration/electronic-equipment/magmeter-calibration/)
- [Mag Flow Meter Calibration](https://atslab.com/calibration/electronic-equipment/mag-flow-meter-calibration/)
- [Accredited Calibration Services](https://atslab.com/calibration/services/accredited-calibration-services/)
- [Pressure Gauge Calibration Services](https://atslab.com/calibration/mechanical-equipment/pressure-gauge-calibration-services/)
- [Dimensional Calibration Services](https://atslab.com/calibration/dimensional-inspections/dimensional-calibration-services/)
- [Computed Tomography](https://atslab.com/calibration/computed-tomography/computed-tomography-2/)
- [CMM First Article of Inspection](https://atslab.com/calibration/dimensional-inspections/first-article-inspections-cmm/)
- [Dimensional Measurement Services](https://atslab.com/calibration/dimensional-inspections/dimensional-measurement-services/)
- [3D Measuring Services](https://atslab.com/calibration/dimensional-inspections/3d-measuring-services/)
- [Contract Inspection Services](https://atslab.com/calibration/dimensional-inspections/contract-inspection-services/)
- [CMM Measuring Services](https://atslab.com/calibration/dimensional-inspections/cmm-measuring-services/)
- [Precision Inspection Services](https://atslab.com/calibration/dimensional-inspections/precision-inspection-services/)
- [CMM Part Inspection](https://atslab.com/calibration/dimensional-inspections/cmm-part-inspection/)
- [CMM Calibration Services](https://atslab.com/calibration/dimensional-inspections/cmm-calibration-services/)
- [CMM Testing](https://atslab.com/calibration/dimensional-inspections/cmm-testing/)
- [Light Curtain Repair Services](https://atslab.com/calibration/equipment-repair/light-curtain-repair-services/)
- [Siemens Equipment Repair Services](https://atslab.com/calibration/equipment-repair/siemens-equipment-repair-services/)
- [CENTRALP Equipment Repair Services](https://atslab.com/calibration/equipment-repair/centralp-equipment-repair-services/)
- [Bosch Equipment Repair Services](https://atslab.com/calibration/equipment-repair/bosch-equipment-repair-services/)
- [Siemens Servo Motor Repair Services](https://atslab.com/calibration/equipment-repair/siemens-servo-motor-repair-services/)
- [PanelView Repair Services](https://atslab.com/calibration/equipment-repair/panelview-repair-services/)
- [Allen Bradley Equipment Repairs](https://atslab.com/calibration/equipment-repair/allen-bradley-equipment-repairs/)
- [Tektronix 2465 Repair](https://atslab.com/calibration/equipment-repair/tektronix-2465-repair/)
- [Electronic and Precision Equipment Repair and Maintenance](https://atslab.com/calibration/equipment-repair/electronic-and-precision-equipment-repair-and-maintenance/)
- [LCR Meter Calibration](https://atslab.com/calibration/electronic-equipment/lcr-meter-calibration/)
- [Micrometer Testing and Calibration](https://atslab.com/calibration/mechanical-equipment/micrometer-testing-and-calibration/)
- [Druck Instruments](https://atslab.com/calibration/mechanical-equipment/druck-instruments/)
- [UV Meter Calibration](https://atslab.com/calibration/electronic-equipment/uv-meter-calibration/)
- [DMM Calibration](https://atslab.com/calibration/electronic-equipment/dmm-calibration/)
- [Fluke IR Thermometer Calibration](https://atslab.com/calibration/environmental-equipment/fluke-ir-thermometer-calibration/)
- [WeighMax Scale Calibration](https://atslab.com/calibration/mechanical-equipment/weighmax-scale-calibration/)
- [Troemner Calibration Weights](https://atslab.com/calibration/mechanical-equipment/troemner-calibration-weights/)
- [Eppendorf Centrifuge Calibration](https://atslab.com/calibration/electronic-equipment/eppendorf-centrifuge-calibration/)
- [3D Scanning CMM](https://atslab.com/calibration/dimensional-inspections/3d-scanning-cmm/)
- [Fluke 5522A](https://atslab.com/calibration/mechanical-equipment/fluke-5522a/)
- [Dimensional Inspection Services](https://atslab.com/calibration/dimensional-inspections/dimensional-inspection-services/)
- [CMM Inspections](https://atslab.com/calibration/dimensional-inspections/cmm-inspections/)
- [Liquid Meter Calibration](https://atslab.com/calibration/mechanical-equipment/liquid-meter-calibration/)
- [HVAC Calibration](https://atslab.com/calibration/mechanical-equipment/hvac-calibration/)
- [Hexagon CMM Calibration](https://atslab.com/calibration/dimensional-inspections/hexagon-cmm-calibration/)
- [E2 Class Weights](https://atslab.com/calibration/mechanical-equipment/e2-class-weights/)
- [Fluke Dry Block Calibrator](https://atslab.com/calibration/mechanical-equipment/fluke-dry-block-calibrator/)
- [Laboratory Equipment Calibration Services](https://atslab.com/calibration/services/laboratory-equipment-calibration-services/)
- [Lab Equipment Calibration Services](https://atslab.com/calibration/services/lab-equipment-calibration-services/)
- [Multimeter Calibration Service](https://atslab.com/calibration/electronic-equipment/multimeter-calibration-service/)
- [Rice Lake Weighing Systems Calibration](https://atslab.com/calibration/mechanical-equipment/rice-lake-weighing-systems-calibration/)
- [ATS Calibration](https://atslab.com/calibration/services/ats-calibration/)
- [Torque Wrench Repair and Calibration](https://atslab.com/calibration/mechanical-equipment/torque-wrench-repair-and-calibration/)
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- [3D Scanning Reverse Engineering](https://atslab.com/calibration/dimensional-inspections/3d-scanning-reverse-engineering/)
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- [Velocity Meter Calibration](https://atslab.com/calibration/environmental-equipment/velocity-meter-calibration/)
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- [Oscilloscope Calibration Services](https://atslab.com/calibration/electronic-equipment/oscilloscope-calibration-services/)
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- [Plastometer Calibration](https://atslab.com/calibration/mechanical-equipment/plastometer-calibration/)
- [Wire Crimp Pull Tester Calibration](https://atslab.com/calibration/mechanical-equipment/wire-crimp-pull-tester-calibration/)
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- [Pressure Transducer Calibration](https://atslab.com/calibration/mechanical-equipment/pressure-transducer-calibration/)
- [Height Gage Calibration](https://atslab.com/calibration/mechanical-equipment/height-gage-calibration/)
- [Barfield 1811D Calibration](https://atslab.com/calibration/avionics-calibration/barfield-1811d-calibration/)
- [Spring Tester Calibration](https://atslab.com/calibration/mechanical-equipment/spring-tester-calibration/)
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- [Feeler Gage Calibration](https://atslab.com/calibration/mechanical-equipment/feeler-gage-calibration/)
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- [Countersink Gage Calibration](https://atslab.com/calibration/mechanical-equipment/countersink-gage-calibration/)
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- [X-Ray Microtomography](https://atslab.com/calibration/computed-tomography/x-ray-microtomography/)
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- [Electronic Calibration Labs](https://atslab.com/calibration/electronic-equipment/electronic-calibration-labs/)
- [Calibration Labs](https://atslab.com/calibration/services/calibration-labs/)
- [Gloss Meter Calibration](https://atslab.com/calibration/mechanical-equipment/gloss-meter-calibration-2/)
- [Extech Light Meter Calibrations](https://atslab.com/calibration/environmental-equipment/extech-light-meter-calibrations/)
- [Wind Speed Calibration](https://atslab.com/calibration/environmental-equipment/wind-speed-calibration/)
- [Weight Calibration](https://atslab.com/calibration/mechanical-equipment/weight-calibration/)
- [Vision Engineering Equipment Calibration and Distribution](https://atslab.com/calibration/mechanical-equipment/vision-engineering-equipment-calibration-and-distribution/)
- [Vermont Gage Calibrations and Distributor](https://atslab.com/calibration/mechanical-equipment/vermont-gages-calibration-and-distribution/)
- [Verimation Conductivity Meter Calibrations](https://atslab.com/calibration/electronic-equipment/verimation-conductivity-meter-calibrations/)
- [Velometer Calibration](https://atslab.com/calibration/environmental-equipment/velometer-calibration/)
- [Vane Anemometer Calibration](https://atslab.com/calibration/environmental-equipment/vane-anemometer-calibration/)
- [UVP J221 Black Light Meter Calibrations](https://atslab.com/calibration/electronic-equipment/uvp-j221-black-light-meter-calibrations/)
- [Torque Wrench Calibrations](https://atslab.com/calibration/mechanical-equipment/torque-wrench-calibrations/)
- [Thermometer Calibration Services](https://atslab.com/calibration/environmental-equipment/thermometer-calibration-services/)
- [Thermocouple Calibration](https://atslab.com/calibration/environmental-equipment/thermocouple-calibration/)
- [Thermal Calibration](https://atslab.com/calibration/environmental-equipment/thermal-calibration/)
- [Durometer Hardness Tester Calibration](https://atslab.com/calibration/mechanical-equipment/durometer-hardness-tester-calibration/)
- [Temperature Probe Calibration](https://atslab.com/calibration/environmental-equipment/temperature-probe-calibration/)
- [Swiss Precision Instruments Calibration and Distribution](https://atslab.com/calibration/electronic-equipment/swiss-precision-instruments-calibration-and-distribution/)
- [Sun-Tec Corp Calibration and Distribution](https://atslab.com/calibration/mechanical-equipment/sun-tec-corp-calibration-and-distribution/)
- [Starrett Calibration and Distribution](https://atslab.com/calibration/mechanical-equipment/starrett-calibration-and-distribution/)
- [Spectroline DSE-100x Radiometer Calibrations](https://atslab.com/calibration/electronic-equipment/spectroline-dse-100x-radiometer-calibrations/)
- [Southwire Meter Calibration](https://atslab.com/calibration/electronic-equipment/southwire-meter-calibration/)
- [Snap-On Torque Wrench Calibration](https://atslab.com/calibration/mechanical-equipment/snap-on-torque-wrench-calibration/)
- [Signet Conductivity Meter Calibrations](https://atslab.com/calibration/electronic-equipment/signet-conductivity-meter-calibrations/)
- [Signal Generators Calibration](https://atslab.com/calibration/electronic-equipment/signal-generators-calibration/)
- [Sigmacheck Conductivity Meter Calibrations](https://atslab.com/calibration/electronic-equipment/sigmacheck-conductivity-meter-calibrations/)
- [Rotameter Calibration](https://atslab.com/calibration/mechanical-equipment/rotameter-calibration/)
- [Renishaw Calibration and Distribution](https://atslab.com/calibration/mechanical-equipment/renishaw-calibration-and-distribution/)
- [Rayco Calibration Services](https://atslab.com/calibration/mechanical-equipment/rayco-calibration-services/)
- [Probe Calibration](https://atslab.com/calibration/mechanical-equipment/probe-calibration/)
- [Pressure Gauge Calibration](https://atslab.com/calibration/mechanical-equipment/pressure-gauge-calibration/)
- [Pressure Gauges Distribution and Calibration](https://atslab.com/calibration/mechanical-equipment/pressure-gauges-distribution-and-calibration/)
- [Oscilloscope Calibration](https://atslab.com/calibration/electronic-equipment/oscilloscope-calibration/)
- [Omega Thermocouple Calibration](https://atslab.com/calibration/environmental-equipment/omega-thermocouple-calibration/)
- [Nortec Conductivity Meter Calibrations](https://atslab.com/calibration/environmental-equipment/nortec-conductivity-meter-calibrations/)
- [Multimeter Calibration](https://atslab.com/calibration/electronic-equipment/multimeter-calibration/)
- [Mitutoyo Calibration Services](https://atslab.com/calibration/mechanical-equipment/mitutoyo-calibration-services/)
- [Micro Motion Flow Meter Calibration](https://atslab.com/calibration/mechanical-equipment/micro-motion-flow-meter-calibration/)
- [Micrometer Calibration](https://atslab.com/calibration/electronic-equipment/micrometer-calibration/)
- [Meyer Gage Calibration Services](https://atslab.com/calibration/mechanical-equipment/meyer-gage-calibration-services/)
- [Metrology Lab](https://atslab.com/calibration/mechanical-equipment/metrology-lab/)
- [Metrology Equipment for Sale](https://atslab.com/calibration/metrology-equipment-sales/metrology-equipment-for-sale/)
- [Southwire Meter Calibration Payment](https://atslab.com/calibration/electronic-equipment/southwire-meter-calibration-payment/)
- [Southwire Meter Calibration Order](https://atslab.com/calibration/electronic-equipment/southwire-meter-calibration-order/)
- [MEMS 3-Axis Accelerometer Calibration](https://atslab.com/calibration/mechanical-equipment/mems-3-axis-accelerometer-calibration/)
- [Megger Calibrations](https://atslab.com/calibration/mechanical-equipment/megger-calibrations/)
- [Mahr-Federal Calibration Services](https://atslab.com/calibration/mechanical-equipment/mahr-federal-calibration-services/)
- [Magnetic Flow Meter Calibration](https://atslab.com/calibration/mechanical-equipment/magnetic-flow-meter-calibration/)
- [Magnaflux Conductivity Meter Calibrations](https://atslab.com/calibration/environmental-equipment/magnaflux-conductivity-meter-calibrations/)
- [Light Meter Calibrations](https://atslab.com/calibration/electronic-equipment/light-meter-calibrations/)
- [KJ Law Engineers Conductivity Meter Calibrations](https://atslab.com/calibration/electronic-equipment/kj-law-engineers-conductivity-meter-calibrations/)
- [Jamar Dynamometer Calibration](https://atslab.com/calibration/mechanical-equipment/jamar-dynamometer-calibration/)
- [ISO 16063-21 Accelerometer Calibration Services](https://atslab.com/calibration/electronic-equipment/iso-16063-21-accelerometer-calibration-services/)
- [Infrared Calibration](https://atslab.com/calibration/environmental-equipment/infrared-calibration/)
- [Humidity Calibration](https://atslab.com/calibration/environmental-equipment/humidity-calibration/)
- [Hocking Conductivity Meter Calibrations](https://atslab.com/calibration/electronic-equipment/hocking-conductivity-meter-calibrations/)
- [Hipot Tester Calibration](https://atslab.com/calibration/electronic-equipment/hipot-tester-calibration/)
- [Greenlee Light Meter Calibrations](https://atslab.com/calibration/electronic-equipment/greenlee-light-meter-calibrations/)
- [Glastonbury Southern Gage Calibration Services](https://atslab.com/calibration/onsite/glastonbury-southern-gage-calibration-services/)
- [GE Inspection Technologies Conductivity Meter Calibrations](https://atslab.com/calibration/electronic-equipment/ge-inspection-technologies-conductivity-meter-calibrations/)
- [Gage Calibration](https://atslab.com/calibration/mechanical-equipment/gage-calibration/)
- [Gage Block Calibration Services](https://atslab.com/calibration/calibration-standards/gage-block-calibration/)
- [Fred V Fowler Calibration Services](https://atslab.com/calibration/mechanical-equipment/fred-v-fowler-calibration-services/)
- [Fluke Multimeter Calibration](https://atslab.com/calibration/electronic-equipment/fluke-multimeter-calibrations/)
- [Fluke Meter Calibration](https://atslab.com/calibration/mechanical-equipment/fluke-meter-calibration/)
- [Fixed Gaging](https://atslab.com/calibration/calibration-standards/fixed-gaging/)
- [Fischer Conductivity Meter Calibrations](https://atslab.com/calibration/environmental-equipment/fischer-conductivity-meter-calibrations/)
- [Extech Easyview Light Meter Calibrations](https://atslab.com/calibration/environmental-equipment/extech-easyview-light-meter-calibrations/)
- [Extech Calibration](https://atslab.com/calibration/environmental-equipment/extech-calibration/)
- [Environmental Chamber Calibration](https://atslab.com/calibration/onsite/environmental-chamber-calibration/)
- [Electrical Mechanical Calibration](https://atslab.com/calibration/electronic-equipment/electrical-mechanical-calibration/)
- [Dynamometer Calibration](https://atslab.com/calibration/mechanical-equipment/dynamometer-calibration/)
- [Dyer Calibration Services](https://atslab.com/calibration/mechanical-equipment/dyer-calibration-services/)
- [Durometer Calibration](https://atslab.com/calibration/mechanical-equipment/durometer-calibration/)
- [Dillon Dynamometer Calibration](https://atslab.com/calibration/mechanical-equipment/dillon-dynamometer-calibration/)
- [Digital Voltmeter Calibration](https://atslab.com/calibration/electronic-equipment/digital-voltmeter-calibration/)
- [Data Acquisition Calibrations](https://atslab.com/calibration/environmental-equipment/data-acquisition-calibrations/)
- [Craftsman Torque Wrench Calibration](https://atslab.com/calibration/mechanical-equipment/craftsman-torque-wrench-calibration/)
- [Conductivity Meter Calibration](https://atslab.com/calibration/environmental-equipment/conductivity-meter-calibration/)
- [Conductivity Calibration Procedure](https://atslab.com/calibration/environmental-equipment/conductivity-calibration-procedure/)
- [Compression Tension Calibration](https://atslab.com/calibration/mechanical-equipment/compression-tension-calibration/)
- [Clamp Meter Calibration](https://atslab.com/calibration/electronic-equipment/clamp-meter-calibration/)
- [Chart Recorder Calibration](https://atslab.com/calibration/environmental-equipment/chart-recorder-calibration/)
- [Centurion NDT Conductivity Meter Calibrations](https://atslab.com/calibration/environmental-equipment/centurion-ndt-conductivity-meter-calibrations/)
- [CDI Torque Wrench Calibrations](https://atslab.com/calibration/mechanical-equipment/cdi-torque-wrench-calibrations/)
- [CDI Snap-On Tohnichi Equipment](https://atslab.com/calibration/mechanical-equipment/cdi-snapon-tohnichi-equipment/)
- [Torque Calibrations](https://atslab.com/calibration/mechanical-equipment/torque-calibrations/)
- [Caliper Calibration](https://atslab.com/calibration/mechanical-equipment/caliper-calibration/)
- [Surface Plate Calibrations](https://atslab.com/calibration/onsite/surface-plate-calibrations/)
- [Radiometer Calibrations](https://atslab.com/calibration/electronic-equipment/radiometer-calibrations/)
- [Optical Comparator Calibrations](https://atslab.com/calibration/onsite/optical-comparator-calibrations/)
- [Hardness Tester Calibrations](https://atslab.com/calibration/onsite/hardness-tester-calibrations/)
- [Hand Tool Calibrations](https://atslab.com/calibration/mechanical-equipment/hand-tool-calibrations/)
- [Insulation Tester Calibration](https://atslab.com/calibration/electronic-equipment/insulation-tester-calibration/)
- [Brown and Sharpe Calibration Services](https://atslab.com/calibration/mechanical-equipment/brown-and-sharpe-calibration-services/)
- [Avionics Calibration Services](https://atslab.com/calibration/avionics-calibration/avionics-calibration-services/)
- [Avionics Calibration](https://atslab.com/calibration/avionics-calibration/avionics-calibration/)
- [Ardrox DLM 1000 Radiometer Calibration](https://atslab.com/calibration/electronic-equipment/ardrox-dlm-1000-radiometer-calibration/)
- [Air Gas Flow Meter Calibration](https://atslab.com/calibration/flow-calibration/air-gas-flow-meter-calibration/)
- [Anemometer Calibration](https://atslab.com/calibration/environmental-equipment/anemometer-calibration/)
- [Adjustable Thread Calibration](https://atslab.com/calibration/calibration-standards/adjustable-thread-calibration/)
- [Air Flow Calibration](https://atslab.com/calibration/flow-calibration/air-flow-calibration/)
- [Accelerometer Calibration](https://atslab.com/calibration/mechanical-equipment/accelerometer-calibration/)
- [Industrial CT Scanning](https://atslab.com/calibration/dimensional-inspections/industrial-ct-scanning/)
- [Industrial Computed Tomography](https://atslab.com/calibration/computed-tomography/industrial-computed-tomography/)
- [CT Services](https://atslab.com/calibration/computed-tomography/ct-services/)
- [CT Inspections](https://atslab.com/calibration/computed-tomography/ct-inspections/)
- [3D Scanning Services](https://atslab.com/calibration/dimensional-inspections/3d-scanning-services/)
- [3D Inspections](https://atslab.com/calibration/computed-tomography/3d-inspections/)


## Inspection

- [Catastrophic Tank Failure](https://atslab.com/inspection/fitness-for-service/catastrophic-tank-failure/)
- [NDT Testing Services Los Angeles ](https://atslab.com/inspection/local/ndt-testing-services-los-angeles/)
- [Bell Helicopter NDT Inspection Services](https://atslab.com/inspection/aerospace-ndi/bell-helicopter-ndt-inspection-services/)
- [Hawker Aircraft NDT Services](https://atslab.com/inspection/aerospace-ndi/hawker-aircraft-ndt-services/)
- [HondaJet Inspection & NDT Services](https://atslab.com/inspection/aerospace-ndi/hondajet-inspection-ndt-services/)
- [Falcon Jet NDT Inspection Services](https://atslab.com/inspection/aerospace-ndi/falcon-jet-ndt-inspection-services/)
- [Learjet NDT Inspection Services](https://atslab.com/inspection/aerospace-ndi/learjet-ndt-inspection-services/)
- [API RP 583 Inspection](https://atslab.com/inspection/fitness-for-service/api-rp-583-inspection/)
- [Rebar Scanning Services](https://atslab.com/inspection/nondestructive-testing/rebar-scanning-services/)
- [Residential Construction Inspections](https://atslab.com/inspection/inspection-services/residential-construction-inspections-2/)
- [Leak Path Detection](https://atslab.com/inspection/inspection-services/leak-path-detection/)
- [CUI Risk-Based Inspections](https://atslab.com/inspection/nondestructive-testing/cui-risk-based-inspections/)
- [Cooling Tower Vibration Analysis ](https://atslab.com/inspection/reliability/cooling-tower-vibration-analysis/)
- [Residential Structural Inspection Services Denver CO](https://atslab.com/inspection/inspection-services/residential-structural-inspection-services-denver-co/)
- [Residential Structural Inspection](https://atslab.com/inspection/inspection-services/residential-structural-inspection/)
- [Concrete X-ray Companies](https://atslab.com/inspection/nondestructive-testing/concrete-x-ray-companies/)
- [Eddy Current Testing Chiller Tubes](https://atslab.com/inspection/inspection-services/eddy-current-testing-chiller-tubes/)
- [Onsite PMI](https://atslab.com/inspection/nondestructive-testing/onsite-pmi/)
- [ASME Fitness for Service](https://atslab.com/inspection/fitness-for-service/asme-fitness-for-service/)
- [API Fitness for Service](https://atslab.com/inspection/inspection-services/api-fitness-for-service/)
- [Fitness for Service Assessment](https://atslab.com/inspection/fitness-for-service/fitness-for-service-assessment/)
- [Fitness for Service Analysis](https://atslab.com/inspection/fitness-for-service/fitness-for-service-analysis/)
- [Oil Sample Testing](https://atslab.com/inspection/reliability/oil-sample-testing/)
- [Fitness for Service Evaluations](https://atslab.com/inspection/fitness-for-service/fitness-for-service-evaluations/)
- [FME Services](https://atslab.com/inspection/remote-visual/fme-services/)
- [Surface Eddy Current Testing](https://atslab.com/inspection/ndt-methods/surface-eddy-current-testing/)
- [Boeing NDT](https://atslab.com/inspection/aerospace-ndi/boeing-ndt/)
- [Pulsed Eddy Current Inspection](https://atslab.com/inspection/ndt-methods/pulsed-eddy-current-inspection/)
- [Boeing Plane Inspections](https://atslab.com/inspection/aerospace-ndi/boeing-plane-inspections/)
- [Boeing Radiography](https://atslab.com/inspection/aerospace-ndi/boeing-radiography/)
- [Rolls Royce Radiography](https://atslab.com/inspection/aerospace-ndi/rolls-royce-radiography/)
- [Goodrich NDT](https://atslab.com/inspection/aerospace-ndi/goodrich-ndt/)
- [Airbus Engine Inspection](https://atslab.com/inspection/aerospace-ndi/airbus-engine-inspection/)
- [Blue Origin NDT](https://atslab.com/inspection/aerospace-ndi/blue-origin-ndt/)
- [SpaceX NDT](https://atslab.com/inspection/aerospace-ndi/spacex-ndt/)
- [Gulfstream Inspection](https://atslab.com/inspection/aerospace-ndi/gulfstream-inspection/)
- [Sikorsky NDT](https://atslab.com/inspection/aerospace-ndi/sikorsky-ndt/)
- [Bombardier NDT](https://atslab.com/inspection/aerospace-ndi/bombardier-ndt/)
- [Internal Rotary Inspection System](https://atslab.com/inspection/certified-pipe/internal-rotary-inspection-system/)
- [Wireless Vibration Analysis](https://atslab.com/inspection/inspection-services/wirelessvibration-analysis/)
- [Turbine Borescope Inspection](https://atslab.com/inspection/reliability/turbine-borescope-inspection/)
- [HRSG Inspection](https://atslab.com/inspection/reliability/hrsg-inspection/)
- [Turbine Inspection Services](https://atslab.com/inspection/reliability/turbine-inspection-services/)
- [Nondestructive Testing Level III Services](https://atslab.com/inspection/nondestructive-testing/nondestructive-testing-ndt-level-iii-services/)
- [Wireless Condition Monitoring](https://atslab.com/inspection/inspection-services/wireless-condition-monitoring/)
- [Remote Vibration Monitoring](https://atslab.com/inspection/inspection-services/remote-vibration-monitoring/)
- [NDT Procedure Development and Review](https://atslab.com/inspection/nondestructive-testing/ndt-procedure-development-and-review/)
- [Marine Drone Inspection](https://atslab.com/inspection/remote-visual/marine-drone-inspection/)
- [Marine Rope Access Inspection](https://atslab.com/inspection/remote-visual/marine-rope-access-inspection/)
- [ASNT Level III Consulting](https://atslab.com/inspection/nondestructive-testing/asnt-level-iii-consulting/)
- [Maritime Services](https://atslab.com/inspection/maritime-ndt/maritime-services/)
- [Subsurface Interface Radar](https://atslab.com/inspection/maritime-ndt/subsurface-interface-radar/)
- [Condition Assessment Program](https://atslab.com/inspection/maritime-ndt/condition-assessment-program/)
- [Condition Assessment Scheme](https://atslab.com/inspection/maritime-ndt/condition-assessment-scheme/)
- [Critical Areas Inspection Plan](https://atslab.com/inspection/maritime-ndt/critical-areas-inspection-plan/)
- [Visual Inspection Training](https://atslab.com/inspection/ndt-training/visual-inspection-training/)
- [Eddy Current Heat Exchanger Inspection](https://atslab.com/inspection/certified-pressure-vessel/eddy-current-heat-exchanger-inspection/)
- [Heat Exchanger Inspection Services](https://atslab.com/inspection/certified-pressure-vessel/heat-exchanger-inspection-services/)
- [CNC Machine Monitoring](https://atslab.com/inspection/reliability/cnc-machine-monitoring/)
- [UT Tank Inspections](https://atslab.com/inspection/certified-storage-tank/ut-tank-inspectionstan/)
- [Deaerator Inspections](https://atslab.com/inspection/certified-pressure-vessel/deaerator-inspections/)
- [NDT Level 2 Training](https://atslab.com/inspection/ndt-training/ndt-level-2-training/)
- [NDT Inspector Training](https://atslab.com/inspection/ndt-training/ndt-inspector-training/)
- [UT Training](https://atslab.com/inspection/ndt-training/ut-training/)
- [Ultrasonic Testing Certification](https://atslab.com/inspection/ndt-training/ultrasonic-testing-certification/)
- [SNC TC 1A Training and Certification](https://atslab.com/inspection/ndt-training/snc-tc-1a-training-and-certification/)
- [RT Certification](https://atslab.com/inspection/ndt-training/rt-certification/)
- [NDT Course Description](https://atslab.com/inspection/ndt-training/ndt-course-description/)
- [NDT Certification Courses](https://atslab.com/inspection/ndt-training/ndt-certification-courses/)
- [Radiography Testing Training](https://atslab.com/inspection/ndt-training/radiography-testing-training/)
- [On-site NDT Training](https://atslab.com/inspection/ndt-training/on-site-ndt-training/)
- [NDT Xray Training](https://atslab.com/inspection/ndt-training/ndt-xray-training/)
- [NDT Ultrasonic Testing Training](https://atslab.com/inspection/ndt-training/ndt-ultrasonic-testing-training/)
- [NDT Technician Training](https://atslab.com/inspection/ndt-training/ndt-technician-training/)
- [NDE Training](https://atslab.com/inspection/ndt-training/nde-training/)
- [NDT Questions and Answers](https://atslab.com/inspection/ndt-training/ndt-questions-and-answers/)
- [NDT Level 3 Training](https://atslab.com/inspection/ndt-training/ndt-level-3-training/)
- [NAS Certification](https://atslab.com/inspection/ndt-training/nas-certification/)
- [Magnetic Particle Testing Training and Certification](https://atslab.com/inspection/ndt-training/magnetic-particle-testing-training-and-certification/)
- [Liquid Penetrant Testing Training and Certification](https://atslab.com/inspection/ndt-training/liquid-penetrant-testing-training-and-certification/)
- [Industrial Radiography Certification](https://atslab.com/inspection/ndt-training/industrial-radiography-certification/)
- [Eddy Current Testing Training](https://atslab.com/inspection/ndt-training/eddy-current-testing-training/)
- [Level 2 Thermography Training](https://atslab.com/inspection/reliability-training/level-2-thermography-training/)
- [Level 1 Thermography Certification Training](https://atslab.com/inspection/reliability-training/level-1-thermography-certification-training/)
- [Modal Analysis Testing](https://atslab.com/inspection/reliability/modal-analysis-testing/)
- [Machine Predictive Maintenance](https://atslab.com/inspection/reliability/machine-predictive-maintenance/)
- [Machine Monitoring System](https://atslab.com/inspection/reliability/machine-monitoring-system/)
- [Lubricating Oil Analysis](https://atslab.com/inspection/reliability/lubricating-oil-analysis/)
- [Lubricant Oil Analysis](https://atslab.com/inspection/reliability/lubricant-oil-analysis/)
- [Industrial Vibration Analysis](https://atslab.com/inspection/reliability/industrial-vibration-analysis/)
- [Reliability Training Courses](https://atslab.com/inspection/reliability-training/reliability-training-courses/)
- [Reliability Engineering Courses](https://atslab.com/inspection/reliability-training/reliability-engineering-courses/)
- [Industrial Predictive Maintenance](https://atslab.com/inspection/reliability/industrial-predictive-maintenance/)
- [NDT Training and Certification](https://atslab.com/inspection/ndt-training/ndt-training-and-certification/)
- [Electric Motor Vibration Analysis](https://atslab.com/inspection/reliability/electric-motor-vibration-analysis/)
- [NDT Consulting Services](https://atslab.com/inspection/nondestructive-testing/ndt-consulting-services/)
- [NAS 410 Training](https://atslab.com/inspection/ndt-training/nas-410-training/)
- [Magnetic Particle Inspection Training](https://atslab.com/inspection/ndt-training/magnetic-particle-inspection-training/)
- [Course Pricing List](https://atslab.com/inspection/ndt-training/course-pricing-list/)
- [Vibration Analysis Course](https://atslab.com/inspection/reliability-training/vibration-analysis-course/)
- [Electric Motor Circuit Analysis](https://atslab.com/inspection/reliability/electric-motor-circuit-analysis/)
- [Vibration Analysis Class](https://atslab.com/inspection/reliability-training/vibration-analysis-class/)
- [Ultrasonic Valve Leak Detection](https://atslab.com/inspection/reliability/ultrasonic-valve-leak-detection/)
- [Ultrasonic Leak Testing](https://atslab.com/inspection/ndt-methods/ultrasonic-leak-testing/)
- [Ultrasonic Listening](https://atslab.com/inspection/ndt-methods/ultrasonic-listening/)
- [Thermography Training Online](https://atslab.com/inspection/reliability-training/thermography-training-online/)
- [Thermography Training Level 1](https://atslab.com/inspection/reliability-training/thermography-training-level-1/)
- [Thermography Training Courses](https://atslab.com/inspection/reliability-training/thermography-training-courses/)
- [SF6 Gas Analysis](https://atslab.com/inspection/reliability/sf6-gas-analysis/)
- [Snell Thermography Training](https://atslab.com/inspection/reliability-training/snell-thermography-training/)
- [Rotating Equipment Monitoring](https://atslab.com/inspection/reliability/rotating-equipment-monitoring/)
- [Rotating Equipment Condition Monitoring](https://atslab.com/inspection/reliability/rotating-equipment-condition-monitoring/)
- [Predictive Maintenance Vibration Analysis](https://atslab.com/inspection/reliability/predictive-maintenance-vibration-analysis/)
- [Predictive Maintenance Solutions](https://atslab.com/inspection/reliability/predictive-maintenance-solutions/)
- [Predictive Maintenance Consulting](https://atslab.com/inspection/reliability/predictive-maintenance-consulting/)
- [Predictive Asset Maintenance](https://atslab.com/inspection/reliability/predictive-asset-maintenance/)
- [Operational Deflection Shape Analysis](https://atslab.com/inspection/reliability/operational-deflection-shape-analysis/)
- [On-Site Vibrational Analysis](https://atslab.com/inspection/reliability/on-site-vibrational-analysis/)
- [(OGI) Optical Gas Imaging](https://atslab.com/inspection/reliability/ogi-optical-gas-imaging/)
- [Motor Vibration Analysis](https://atslab.com/inspection/reliability/motor-vibration-analysis/)
- [Motor Testing](https://atslab.com/inspection/reliability/motor-testing/)
- [Motor Current Predictive Maintenance](https://atslab.com/inspection/reliability/motor-current-predictive-maintenance/)
- [Motor Circuit Analysis](https://atslab.com/inspection/reliability/motor-circuit-analysis/)
- [Motion Amplification](https://atslab.com/inspection/reliability/motion-amplification/)
- [Motion Amplification Services](https://atslab.com/inspection/reliability/motion-amplification-services/)
- [Motion Amplification Analysis](https://atslab.com/inspection/reliability/motion-amplification-analysis/)
- [Modal Response Spectrum Analysis](https://atslab.com/inspection/reliability/modal-response-spectrum-analysis/)
- [Finite Element Analysis Capabilities](https://atslab.com/inspection/finite-element-analysis/finite-element-analysis-capabilities/)
- [FEA Thermal Analysis](https://atslab.com/inspection/fitness-for-service/fea-thermal-analysis/)
- [Finite Element Analysis Services](https://atslab.com/inspection/finite-element-analysis/finite-element-analysis-services/)
- [FEA Failure Analysis](https://atslab.com/inspection/finite-element-analysis/fea-failure-analysis/)
- [FMEA Services](https://atslab.com/inspection/reliability/fmea-services/)
- [Industrial NDI](https://atslab.com/inspection/nondestructive-testing/industrial-ndi/)
- [NDI Technicians](https://atslab.com/inspection/nondestructive-testing/ndi-technicians/)
- [NDI Audit](https://atslab.com/inspection/nondestructive-testing/ndi-audit/)
- [Visual Testing NDI](https://atslab.com/inspection/ndt-methods/visual-testing-ndi/)
- [Aircraft Structural NDI Inspections](https://atslab.com/inspection/aerospace-ndi/aircraft-structural-ndi-inspections/)
- [NDI Wing Spar Inspections](https://atslab.com/inspection/aerospace-ndi/ndi-wing-spar-inspections/)
- [Phased Array NDI](https://atslab.com/inspection/ndt-methods/phased-array-ndi/)
- [NDI Tank Inspection](https://atslab.com/inspection/certified-storage-tank/ndi-tank-inspection/)
- [NDI Services](https://atslab.com/inspection/nondestructive-testing/ndi-services/)
- [NADCAP NDI Testing](https://atslab.com/inspection/aerospace-ndi/nadcap-ndi-testing/)
- [NDI Methods](https://atslab.com/inspection/ndt-methods/ndi-methods/)
- [NDI Labs](https://atslab.com/inspection/nondestructive-testing/ndi-labs/)
- [X-Ray NDI Testing](https://atslab.com/inspection/ndt-methods/x-ray-ndi-testing/)
- [NDI Field Services](https://atslab.com/inspection/nondestructive-testing/ndi-field-services/)
- [NADCAP NDI](https://atslab.com/inspection/aerospace-ndi/nadcap-ndi/)
- [NDI Testing Services](https://atslab.com/inspection/nondestructive-testing/ndi-testing-services/)
- [NDI Testing Lab](https://atslab.com/inspection/nondestructive-testing/ndi-testing-lab/)
- [Aviation NDI Services](https://atslab.com/inspection/aerospace-ndi/aviation-ndi-services/)
- [NDI CT Services](https://atslab.com/inspection/ndt-methods/ndi-ct-services/)
- [NDI Consultants](https://atslab.com/inspection/nondestructive-testing/ndi-consultants/)
- [Electric Motor Testing](https://atslab.com/inspection/reliability/electric-motor-testing/)
- [Rotating Equipment Failure Analysis](https://atslab.com/inspection/reliability/rotating-equipment-failure-analysis/)
- [Gas Leak Survey](https://atslab.com/inspection/reliability/gas-leak-survey/)
- [Compressed Air Leak Detection Services](https://atslab.com/inspection/reliability/compressed-air-leak-detection-services/)
- [Rotating Equipment Vibration Analysis](https://atslab.com/inspection/reliability/rotating-equipment-vibration-analysis/)
- [Equipment Condition Monitoring](https://atslab.com/inspection/reliability/equipment-condition-monitoring/)
- [Blower Wheel Balancing](https://atslab.com/inspection/reliability/blower-wheel-balancing/)
- [Thermal Imaging Electrical Inspections](https://atslab.com/inspection/reliability/thermal-imaging-electrical-inspections/)
- [Machine Vibration Monitoring System](https://atslab.com/inspection/reliability/machine-vibration-monitoring-system/)
- [Industrial Fan Balancing](https://atslab.com/inspection/reliability/industrial-fan-balancing/)
- [Optical Gas Imaging](https://atslab.com/inspection/reliability/optical-gas-imaging/)
- [Thermal Imaging Inspection](https://atslab.com/inspection/reliability/thermal-imaging-inspection/)
- [Gas Line Leak Test](https://atslab.com/inspection/reliability/gas-line-leak-test/)
- [Offline Motor Testing](https://atslab.com/inspection/reliability/offline-motor-testing/)
- [Machine Shaft Failure Analysis](https://atslab.com/inspection/reliability/machine-shaft-failure-analysis/)
- [Machine Condition Monitoring Services](https://atslab.com/inspection/reliability/machine-condition-monitoring-services/)
- [Predictive Maintenance Service](https://atslab.com/inspection/reliability/predictive-maintenance-service/)
- [Compressed Air Leak Surveys](https://atslab.com/inspection/reliability/compressed-air-leak-detection-surveys/)
- [Compressed Air Leak Detection Survey](https://atslab.com/inspection/reliability/compressed-air-leak-detection-survey/)
- [Compressed Air Leak Survey](https://atslab.com/inspection/reliability/compressed-air-leak-survey/)
- [Reliability Testing Methods](https://atslab.com/inspection/reliability/reliability-testing-methods/)
- [Predictive Maintenance Program](https://atslab.com/inspection/reliability/predictive-maintenance-program/)
- [Rotary Kiln Girth Gear Inspections](https://atslab.com/inspection/reliability/rotary-kiln-girth-gear-inspections/)
- [AGMA 1010-F14 Gear Inspections](https://atslab.com/inspection/reliability/agma-1010-f14-gear-inspections/)
- [Condition Monitoring and Predictive Maintenance](https://atslab.com/inspection/reliability/condition-monitoring-and-predictive-maintenance/)
- [IR Thermography](https://atslab.com/inspection/reliability/ir-thermography/)
- [Thermography Testing](https://atslab.com/inspection/reliability/thermography-testing/)
- [Gear Tooth Inspection](https://atslab.com/inspection/reliability/gear-tooth-inspection/)
- [AGMA 1010-F14 Inspection](https://atslab.com/inspection/reliability/agma-1010-f14-inspection/)
- [Machine Condition Monitoring](https://atslab.com/inspection/reliability/machine-condition-monitoring/)
- [A Leader Among Condition Monitoring Companies](https://atslab.com/inspection/reliability/condition-monitoring-companies/)
- [Condition Monitoring Vibration Analysis](https://atslab.com/inspection/reliability/condition-monitoring-vibration-analysis/)
- [Machine Vibration Monitoring](https://atslab.com/inspection/reliability/machine-vibration-monitoring/)
- [A Leader Among Vibration Monitoring Companies](https://atslab.com/inspection/reliability/vibration-monitoring-companies/)
- [Predictive Maintenance Services](https://atslab.com/inspection/reliability/predictive-maintenance-services/)
- [Bearing Vibration Monitoring](https://atslab.com/inspection/reliability/bearing-vibration-monitoring/)
- [Condition Monitoring Services](https://atslab.com/inspection/reliability/condition-monitoring-services/)
- [Vibration-Based Condition Monitoring](https://atslab.com/inspection/reliability/vibration-based-condition-monitoring/)
- [Motor Condition Monitoring](https://atslab.com/inspection/reliability/motor-condition-monitoring/)
- [A Leader Among Predictive Maintenance Companies](https://atslab.com/inspection/reliability/predictive-maintenance-companies/)
- [Vibration Monitoring Services](https://atslab.com/inspection/reliability/vibration-monitoring-services/)
- [Passive Ultrasonic Listening](https://atslab.com/inspection/reliability/passive-ultrasonic-listening/)
- [Thermographic Testing](https://atslab.com/inspection/reliability/thermographic-testing/)
- [Motor Circuit Evaluation](https://atslab.com/inspection/reliability/motor-circuit-evaluation/)
- [Condition Monitoring Training](https://atslab.com/inspection/reliability-training/condition-monitoring-training/)
- [Predictive Maintenance](https://atslab.com/inspection/reliability/predictive-maintenance/)
- [Failure Mode and Effects Analysis](https://atslab.com/inspection/reliability/failure-mode-and-effects-analysis/)
- [Vibration Analysis of Induction Motor](https://atslab.com/inspection/reliability/vibration-analysis-of-induction-motor/)
- [Motor Current Analysis](https://atslab.com/inspection/reliability/motor-current-analysis/)
- [Centrifugal Fan Balancing](https://atslab.com/inspection/reliability/centrifugal-fan-balancing/)
- [Fan Balancing Service](https://atslab.com/inspection/reliability/fan-balancing-service/)
- [Vertical Pump Vibration Analysis](https://atslab.com/inspection/reliability/vertical-pump-vibration-analysis/)
- [Drone and Camera Inspection Group](https://atslab.com/inspection/remote-visual/drone-and-camera-inspection-group/)
- [GPR Contractors](https://atslab.com/inspection/nondestructive-testing/gpr-contractors/)
- [GPR Scanning Concrete](https://atslab.com/inspection/nondestructive-testing/gpr-scanning-concrete/)
- [GPR Inspection Services](https://atslab.com/inspection/nondestructive-testing/gpr-inspection-services/)
- [Ground Penetrating Radar GPR Survey](https://atslab.com/inspection/nondestructive-testing/ground-penetrating-radar-gpr-survey/)
- [GPR Scanning Services](https://atslab.com/inspection/nondestructive-testing/gpr-scanning-services/)
- [Fit for Service - FFS Assessment](https://atslab.com/inspection/fitness-for-service/fit-for-service-ffs-assessment/)
- [UT and Phased Array Bridge Inspections](https://atslab.com/inspection/inspection-services/ut-phased-array-bridge-inspections/)
- [Penstock Inspections](https://atslab.com/inspection/certified-pipe/penstock-inspections/)
- [Fitness for Service](https://atslab.com/inspection/fitness-for-service/fitness-for-service/)
- [High Energy Piping](https://atslab.com/inspection/high-energy-piping/high-energy-piping/)
- [Industrial Services](https://atslab.com/inspection/mechanical-integrity/industrial-services/)
- [Laser Alignment Services](https://atslab.com/inspection/reliability/laser-alignment-services/)
- [Infrared Thermography Inspection](https://atslab.com/inspection/reliability/infrared-thermography-inspection/)
- [Floor Vibration Testing](https://atslab.com/inspection/reliability/floor-vibration-testing/)
- [A Leader Among Failure Analysis Companies](https://atslab.com/inspection/reliability/failure-analysis-company/)
- [Pump Vibration Testing](https://atslab.com/inspection/reliability/pump-vibration-testing/)
- [Fan Vibration Testing](https://atslab.com/inspection/reliability/fan-vibration-testing/)
- [ODS Testing](https://atslab.com/inspection/reliability/ods-testing/)
- [Acoustic Vibration Monitoring](https://atslab.com/inspection/reliability/acoustic-vibration-monitoring/)
- [Ultrasound Leak Detection](https://atslab.com/inspection/reliability/ultrasound-leak-detection/)
- [Dynamic Rotor Balancing ](https://atslab.com/inspection/reliability/dynamic-rotor-balancing/)
- [NDI Aircraft Inspection](https://atslab.com/inspection/aerospace-ndi/ndi-aircraft-inspection/)
- [NDI Specialists](https://atslab.com/inspection/nondestructive-testing/ndi-specialists/)
- [NDI Test](https://atslab.com/inspection/nondestructive-testing/ndi-test/)
- [Aerospace NDI](https://atslab.com/inspection/aerospace-ndi/aerospace-ndi/)
- [NDI Welding Inspection](https://atslab.com/inspection/inspection-services/ndi-welding-inspection/)
- [A Leader Among NDI Companies](https://atslab.com/inspection/nondestructive-testing/ndi-companies/)
- [NDI Liquid Penetrant Testing](https://atslab.com/inspection/ndt-methods/ndi-liquid-penetrant-testing/)
- [NDI Magnetic Particle Testing](https://atslab.com/inspection/ndt-methods/ndi-magnetic-particle-testing/)
- [NDI Ultrasonic Testing](https://atslab.com/inspection/ndt-methods/ndi-ultrasonic-testing/)
- [NDI Radiography Testing](https://atslab.com/inspection/ndt-methods/ndi-radiography-testing/)
- [NDI Eddy Current Testing](https://atslab.com/inspection/ndt-methods/ndi-eddy-current-testing/)
- [NDI Laboratory](https://atslab.com/inspection/nondestructive-testing/ndi-laboratory/)
- [Radiography NDI](https://atslab.com/inspection/ndt-methods/radiography-ndi/)
- [Eddy Current NDI](https://atslab.com/inspection/ndt-methods/eddy-current-ndi/)
- [MI Training](https://atslab.com/inspection/mechanical-integrity/mi-training/)
- [Mechanical Integrity Training](https://atslab.com/inspection/mechanical-integrity/mechanical-integrity-training/)
- [Visual Weld Inspections](https://atslab.com/inspection/ndt-methods/visual-weld-inspections/)
- [A Leader Among CWI Inspection Companies](https://atslab.com/inspection/inspection-services/cwi-inspection-companies/)
- [CWI Industrial Services](https://atslab.com/inspection/inspection-services/cwi-industrial-services/)
- [Water Tank Inspection Services](https://atslab.com/inspection/certified-storage-tank/water-tank-inspection-services/)
- [Ultrasonic Pipe Thickness Testing](https://atslab.com/inspection/certified-pipe/ultrasonic-pipe-thickness-testing/)
- [UT Pipe Testing](https://atslab.com/inspection/certified-pipe/ut-pipe-testing/)
- [MFL Tank Floor Inspection](https://atslab.com/inspection/certified-storage-tank/mfl-tank-floor-inspection/)
- [MFL Inspections](https://atslab.com/inspection/ndt-methods/mfl-inspections/)
- [Magnetic Flux Leak (MFL) Inspections](https://atslab.com/inspection/ndt-methods/magnetic-flux-leak-mfl-inspections/)
- [Nondestructive Hardness Testing](https://atslab.com/inspection/nondestructive-testing/nondestructive-hardness-testing/)
- [ROV for Underwater Inspection](https://atslab.com/inspection/remote-visual/rov-for-underwater-inspection/)
- [ROV Inspection](https://atslab.com/inspection/remote-visual/rov-inspection/)
- [FEA Services](https://atslab.com/inspection/finite-element-analysis/fea-analysis-services/)
- [SP001 Tank Inspection](https://atslab.com/inspection/certified-storage-tank/sp001-tank-inspection/)
- [API 579 Fitness for Service](https://atslab.com/inspection/fitness-for-service/api-579-fitness-for-service/)
- [UT Pipe Inspections](https://atslab.com/inspection/certified-pipe/ut-pipe-inspections/)
- [Aircraft Window Inspection](https://atslab.com/inspection/aerospace-ndi/aircraft-window-inspection/)
- [X-Ray Weld Inspections](https://atslab.com/inspection/inspection-services/x-ray-weld-inspections/)
- [A Leader Among Nondestructive Testing Companies](https://atslab.com/inspection/nondestructive-testing/nondestructive-testing-companies/)
- [A Leader Among NDT Inspection Companies](https://atslab.com/inspection/inspection-services/ndt-inspection-companies/)
- [Reliability Testing Services, Inc.](https://atslab.com/inspection/reliability/reliability-testing-services/)
- [GPR Concrete Scanning](https://atslab.com/inspection/nondestructive-testing/gpr-concrete-scanning/)
- [Vessel Inspection](https://atslab.com/inspection/certified-pressure-vessel/vessel-inspection/)
- [NDT Tank Inspection](https://atslab.com/inspection/certified-storage-tank/ndt-tank-inspection/)
- [Diesel Tank Inspection](https://atslab.com/inspection/certified-storage-tank/diesel-tank-inspection/)
- [Above Ground Storage Tank Integrity Testing](https://atslab.com/inspection/certified-storage-tank/above-ground-storage-tank-integrity-testing/)
- [Structural Steel Weld Inspections](https://atslab.com/inspection/inspection-services/structural-steel-weld-inspections/)
- [Tank Inspection Services](https://atslab.com/inspection/certified-storage-tank/tank-inspection-services/)
- [Certified Tank Inspector](https://atslab.com/inspection/certified-storage-tank/certified-tank-inspector/)
- [RVI Inspection](https://atslab.com/inspection/remote-visual/rvi-inspection/)
- [Concrete X-ray Los Angeles](https://atslab.com/inspection/nondestructive-testing/concrete-x-ray-los-angeles/)
- [Visual Inspection Techniques](https://atslab.com/inspection/nondestructive-testing/visual-inspection-techniques/)
- [Gas Turbine Inspection](https://atslab.com/inspection/reliability/gas-turbine-inspection/)
- [Push Camera Inspection](https://atslab.com/inspection/remote-visual/push-camera-inspection/)
- [Remote Visual Inspection Services](https://atslab.com/inspection/remote-visual/remote-visual-inspection-services/)
- [Foreign Material Exclusion](https://atslab.com/inspection/nondestructive-testing/foreign-material-exclusion/)
- [Foreign Object Search and Retrieval](https://atslab.com/inspection/nondestructive-testing/foreign-object-search-and-retrieval/)
- [FOSAR](https://atslab.com/inspection/nondestructive-testing/fosar/)
- [Robotic Tank Inspection](https://atslab.com/inspection/remote-visual/robotic-tank-inspection/)
- [Remote Visual Inspection](https://atslab.com/inspection/remote-visual/remote-visual-inspection/)
- [Industrial NDT](https://atslab.com/inspection/nondestructive-testing/industrial-ndt/)
- [FME - Foreign Material Exclusion](https://atslab.com/inspection/remote-visual/fme-foreign-material-exclusion/)
- [Piper Wing Spar Inspections](https://atslab.com/inspection/aerospace-ndi/piper-wing-spar-inspections/)
- [Piper Eddy Current Inspections](https://atslab.com/inspection/aerospace-ndi/piper-eddy-current-inspections/)
- [A Leader Among Tank Testing Companies](https://atslab.com/inspection/certified-storage-tank/tank-testing-companies/)
- [Phased Array Inspections](https://atslab.com/inspection/ndt-methods/phased-array-inspections/)
- [Pipe Borescope](https://atslab.com/inspection/certified-pipe/pipe-borescope/)
- [FFS Inspections](https://atslab.com/inspection/fitness-for-service/ffs-inspections/)
- [Jet Fuel Line Testing](https://atslab.com/inspection/aerospace-ndi/jet-fuel-line-testing/)
- [Aviation Liquid Penetrant Testing](https://atslab.com/inspection/aerospace-ndi/aviation-liquid-penetrant-testing/)
- [Hydraulic Cylinder Inspections](https://atslab.com/inspection/aerospace-ndi/hydraulic-cylinder-inspections/)
- [AD 2020-26-16 Testing](https://atslab.com/inspection/aerospace-ndi/ad-2020-26-16-testing/)
- [FFS Evaluations](https://atslab.com/inspection/fitness-for-service/ffs-evaluations/)
- [Ultrasonic Tube Inspection Services](https://atslab.com/inspection/certified-pressure-vessel/ultrasonic-tube-inspection-services/)
- [FAC Corrosion Testing](https://atslab.com/inspection/certified-pipe/fac-corrosion-testing/)
- [Pipe Integrity Inspections](https://atslab.com/inspection/certified-pipe/pipe-integrity-inspections/)
- [Flow-Accelerated Corrosion Testing](https://atslab.com/inspection/certified-pipe/flow-accelerated-corrosion-testing-2/)
- [FAC Inspection](https://atslab.com/inspection/certified-pipe/fac-inspection/)
- [FAC Testing](https://atslab.com/inspection/certified-pipe/fac-testing/)
- [NDT Eddy Current Fastener, Bore, and Bolt Hole Inspection](https://atslab.com/inspection/aerospace-ndi/ndt-eddy-current-fastener-bore-bolt-hole-inspection/)
- [Pipeline Integrity Testing](https://atslab.com/inspection/certified-pipe/pipeline-integrity-testing/)
- [Piping Inspections](https://atslab.com/inspection/mechanical-integrity/piping-inspections/)
- [A Leader Among Pressure Vessel Inspection Companies](https://atslab.com/inspection/certified-pressure-vessel/pressure-vessel-inspection-companies/)
- [Power Piping Inspections](https://atslab.com/inspection/high-energy-piping/power-piping-inspections/)
- [Tank Integrity Inspection Services](https://atslab.com/inspection/certified-storage-tank/tank-integrity-inspection-services/)
- [ROV Water Tank Inspections](https://atslab.com/inspection/certified-storage-tank/rov-water-tank-inspections/)
- [FRP Fiberglass Pipe Inspections](https://atslab.com/inspection/certified-pipe/frp-fiberglass-pipe-inspections/)
- [Corrosion Under Insulation - CUI Testing and Inspections](https://atslab.com/inspection/nondestructive-testing/corrosion-under-insulation-cui-testing-and-inspections/)
- [Casting Radiography Services](https://atslab.com/inspection/inspection-services/casting-radiography-services/)
- [Cessna NDT Aircraft Inspections](https://atslab.com/inspection/aerospace-ndi/cessna-ndt-aircraft-inspections/)
- [NDT Wing Spar Inspections](https://atslab.com/inspection/aerospace-ndi/ndt-wing-spar-inspections/)
- [Fiberglass Tank Inspections](https://atslab.com/inspection/certified-storage-tank/fiberglass-tank-inspections/)
- [Drone Aerial Inspection Services](https://atslab.com/inspection/remote-visual/drone-aerial-inspection-services/)
- [Tank Floor Inspections](https://atslab.com/inspection/certified-storage-tank/tank-floor-inspections/)
- [STI Tank Inspections](https://atslab.com/inspection/certified-storage-tank/sti-tank-inspections/)
- [Porosity Analysis](https://atslab.com/inspection/nondestructive-testing/porosity-analysis/)
- [Piper Wing Spar Bolt Hole Inspections](https://atslab.com/inspection/aerospace-ndi/piper-wing-spar-bolt-hole-inspections/)
- [Mechanical Integrity Inspection](https://atslab.com/inspection/mechanical-integrity/mechanical-integrity-inspection/)
- [On-site Bearing Failure Analysis](https://atslab.com/inspection/reliability/on-site-bearing-failure-analysis/)
- [MSB96-10B](https://atslab.com/inspection/aerospace-ndi/msb96-10b/)
- [Ultrasonic Weld Testing](https://atslab.com/inspection/inspection-services/ultrasonic-weld-testing/)
- [Ultrasonic Pipe Testing](https://atslab.com/inspection/certified-pipe/ultrasonic-pipe-testing/)
- [NDT Aircraft](https://atslab.com/inspection/aerospace-ndi/ndt-aircraft/)
- [NDI Aviation](https://atslab.com/inspection/aerospace-ndi/ndi-aviation/)
- [NDI Aircraft](https://atslab.com/inspection/aerospace-ndi/ndi-aircraft/)
- [NDE Services](https://atslab.com/inspection/nondestructive-testing/nde-services/)
- [NDT Consultants](https://atslab.com/inspection/nondestructive-testing/ndt-consultants/)
- [NDT Welding Inspection](https://atslab.com/inspection/inspection-services/ndt-welding-inspection/)
- [A Leader Among NDE Companies](https://atslab.com/inspection/nondestructive-testing/nde-companies/)
- [Heat Exchanger Testing](https://atslab.com/inspection/certified-pressure-vessel/heat-exchanger-testing/)
- [Nondestructive Testing (NDT)](https://atslab.com/inspection/nondestructive-testing/nondestructive-testing/)
- [Nondestructive Inspection (NDI)](https://atslab.com/inspection/nondestructive-testing/nondestructive-inspection/)
- [737-NG Wing Tank Inspection](https://atslab.com/inspection/aerospace-ndi/737-ng-wing-tank-inspection/)
- [Crane Hook Inspection](https://atslab.com/inspection/inspection-services/crane-hook-inspection/)
- [Nondestructive Evaluation (NDE)](https://atslab.com/inspection/nondestructive-testing/nondestructive-evaluation/)
- [Metal X-Ray Testing](https://atslab.com/inspection/nondestructive-testing/metal-x-ray-testing/)
- [X-Ray Pipe Inspection](https://atslab.com/inspection/certified-pipe/x-ray-pipe-inspection/)
- [X-Ray NDT Testing](https://atslab.com/inspection/certified-pipe/x-ray-ndt-testing/)
- [Casting X-Ray Inspection](https://atslab.com/inspection/inspection-services/casting-x-ray-inspection/)
- [Industrial X-Ray Services](https://atslab.com/inspection/ndt-methods/industrial-x-ray-services/)
- [X-Ray Testing](https://atslab.com/inspection/ndt-methods/x-ray-testing/)
- [Weld X-Ray Inspections](https://atslab.com/inspection/inspection-services/weld-x-ray-inspections/)
- [RT Weld Inspections](https://atslab.com/inspection/inspection-services/rt-weld-inspections/)
- [Radiographic Inspections](https://atslab.com/inspection/ndt-methods/radiographic-inspections/)
- [Concrete Slab X-Ray](https://atslab.com/inspection/nondestructive-testing/concrete-slab-x-ray/)
- [Concrete X-Ray Services](https://atslab.com/inspection/nondestructive-testing/concrete-x-ray-services/)
- [Radiographic Weld Inspections](https://atslab.com/inspection/inspection-services/radiographic-weld-inspections/)
- [High-Pressure Piping Solutions](https://atslab.com/inspection/high-energy-piping/high-pressure-piping-solutions/)
- [Thermite Weld Inspections](https://atslab.com/inspection/inspection-services/thermite-weld-inspections/)
- [Maritime Inspection Services](https://atslab.com/inspection/maritime-ndt/maritime-inspection-services/)
- [ABS Special Survey](https://atslab.com/inspection/maritime-ndt/abs-special-survey/)
- [Hull Marine Services](https://atslab.com/inspection/maritime-ndt/hull-marine-services/)
- [Dry Dock Survey](https://atslab.com/inspection/maritime-ndt/dry-dock-survey/)
- [Hull Inspections](https://atslab.com/inspection/maritime-ndt/hull-inspections/)
- [Ship Hull Inspection](https://atslab.com/inspection/maritime-ndt/ship-hull-inspection/)
- [Ultrasonic Rail Testing](https://atslab.com/inspection/inspection-services/ultrasonic-rail-testing/)
- [A Leader Among Rail Inspection Companies](https://atslab.com/inspection/inspection-services/rail-inspection-companies/)
- [Aircraft Wheel Inspection](https://atslab.com/inspection/aerospace-ndi/aircraft-wheel-inspection/)
- [Aircraft Ultrasonic Inspection](https://atslab.com/inspection/aerospace-ndi/aircraft-ultrasonic-inspection/)
- [Aircraft Eddy Current Inspection](https://atslab.com/inspection/aerospace-ndi/aircraft-eddy-current-inspection/)
- [Borescope Inspection Aircraft Engine](https://atslab.com/inspection/aerospace-ndi/borescope-inspection-aircraft-engine/)
- [Pickle Fork Inspections](https://atslab.com/inspection/aerospace-ndi/pickle-fork-inspections/)
- [Unmanned Aircraft System](https://atslab.com/inspection/remote-visual/unmanned-aircraft-system/)
- [A Leader Among NDT Companies](https://atslab.com/inspection/nondestructive-testing/ndt-companies/)
- [Pipe Testing](https://atslab.com/inspection/certified-pipe/pipe-testing/)
- [UAV Inspections](https://atslab.com/inspection/remote-visual/uav-inspections/)
- [Drone Pipeline Inspections](https://atslab.com/inspection/remote-visual/drone-pipeline-inspections/)
- [Industrial Drone Inspection](https://atslab.com/inspection/remote-visual/industrial-drone-inspection/)
- [Drone Bridge Inspections](https://atslab.com/inspection/remote-visual/drone-bridge-inspections/)
- [Drone Roof Inspection](https://atslab.com/inspection/remote-visual/drone-roof-inspection/)
- [Underwater ROV Camera Inspections](https://atslab.com/inspection/remote-visual/underwater-rov-inspections/)
- [Pipe Camera Inspection](https://atslab.com/inspection/remote-visual/pipe-camera-inspection/)
- [Camera Inspection](https://atslab.com/inspection/remote-visual/camera-inspection/)
- [Borescope Inspection](https://atslab.com/inspection/remote-visual/borescope-inspection/)
- [Camera Inspection Overview](https://atslab.com/inspection/remote-visual/camera-inspection-2/)
- [A Leader Among Pipeline Inspection Companies](https://atslab.com/inspection/certified-pipe/pipeline-inspection-companies/)
- [Rollercoaster NDT Inspections](https://atslab.com/inspection/inspection-services/rollercoaster-ndt-inspections/)
- [Workforce Development](https://atslab.com/inspection/reliability/workforce-development/)
- [NDT Methods](https://atslab.com/inspection/nondestructive-testing/ndt-methods/)
- [A Leader Among Tank Inspection Companies](https://atslab.com/inspection/certified-storage-tank/tank-inspection-companies/)
- [Tank and Vessel Analysis](https://atslab.com/inspection/inspection-services/tank-and-vessel-analysis/)
- [ROV Tank Inspections](https://atslab.com/inspection/remote-visual/rov-tank-inspections/)
- [NFPA 25 Inspection Requirements](https://atslab.com/inspection/certified-storage-tank/nfpa-25-inspection-requirements/)
- [NFPA 25 Fire Water Storage Tank Inspections](https://atslab.com/inspection/certified-storage-tank/nfpa-25-fire-water-storage-tank-inspection/)
- [Mechanical Integrity Program](https://atslab.com/inspection/mechanical-integrity/mechanical-integrity-program/)
- [In Service Tank Inspections](https://atslab.com/inspection/certified-storage-tank/in-service-tank-inspections/)
- [Boiler Inspections](https://atslab.com/inspection/certified-pressure-vessel/boiler-inspections/)
- [A Leader Among Boiler Inspection Companies](https://atslab.com/inspection/certified-pressure-vessel/boiler-inspection-companies/)
- [Above Ground Storage Tank Inspection](https://atslab.com/inspection/certified-storage-tank/above-ground-storage-tank-inspection/)
- [Aviation NDT Inspections](https://atslab.com/inspection/aerospace-ndi/aviation-ndt-inspections/)
- [Helicopter Rotor Grip Inspections](https://atslab.com/inspection/aerospace-ndi/helicopter-rotor-grip-inspections/)
- [Aviation NDT Services](https://atslab.com/inspection/aerospace-ndi/aviation-ndt-services/)
- [Visual Testing](https://atslab.com/inspection/ndt-methods/visual-testing/)
- [Visual Inspection](https://atslab.com/inspection/ndt-methods/visual-inspection/)
- [UT Testing](https://atslab.com/inspection/ndt-methods/ut-testing/)
- [Ultrasonic Thickness Testing (UTT)](https://atslab.com/inspection/ndt-methods/ultrasonic-thickness-testing-utt/)
- [Ultrasonic Testing](https://atslab.com/inspection/ndt-methods/ultrasonic-testing/)
- [Radiography Testing](https://atslab.com/inspection/ndt-methods/radiography-testing/)
- [Radiographic Testing](https://atslab.com/inspection/ndt-methods/radiographic-testing/)
- [Pulp and Paper](https://atslab.com/inspection/inspection-services/pulp-and-paper/)
- [Pressure Vessel Inspections](https://atslab.com/inspection/mechanical-integrity/pressure-vessel-inspections/)
- [Phased Array Ultrasonic Testing](https://atslab.com/inspection/ndt-methods/phased-array-ultrasonic-testing/)
- [NDT Testing Lab](https://atslab.com/inspection/nondestructive-testing/ndt-testing-lab/)
- [NDT Services](https://atslab.com/inspection/nondestructive-testing/ndt-services/)
- [NDT Outages and Turnarounds](https://atslab.com/inspection/nondestructive-testing/ndt-outages-turnarounds/)
- [Mag Particle Inspection](https://atslab.com/inspection/ndt-methods/mag-particle-inspection/)
- [Magnetic Particle Inspection](https://atslab.com/inspection/ndt-methods/magnetic-particle-inspection/)
- [Liquid Penetrant Testing](https://atslab.com/inspection/ndt-methods/liquid-penetrant-testing/)
- [Drone Inspection Services](https://atslab.com/inspection/remote-visual/drone-inspection-services/)
- [A Leader Among Drone Inspection Companies](https://atslab.com/inspection/remote-visual/drone-inspection-companies/)
- [Drone Inspection](https://atslab.com/inspection/remote-visual/drone-inspection/)
- [Guided Wave Testing](https://atslab.com/inspection/ndt-methods/guided-wave-testing/)
- [Ground Penetrating Radar Services](https://atslab.com/inspection/nondestructive-testing/ground-penetrating-radar-services/)
- [A Leader Among Eddy Current Testing Companies](https://atslab.com/inspection/nondestructive-testing/eddy-current-testing-companies/)
- [Eddy Current Testing](https://atslab.com/inspection/ndt-methods/eddy-current-testing/)
- [Eddy Current Inspections](https://atslab.com/inspection/ndt-methods/eddy-current-inspections/)
- [Dye Penetrant Testing](https://atslab.com/inspection/ndt-methods/dye-penetrant-testing/)
- [Digital Industrial Radiography](https://atslab.com/inspection/ndt-methods/digital-industrial-radiography/)
- [CUI Inspection Services](https://atslab.com/inspection/nondestructive-testing/cui-inspection-services/)
- [Failure Elimination](https://atslab.com/inspection/reliability/failure-elimination/)
- [Reliability Development](https://atslab.com/inspection/reliability/reliability-development/)
- [Preventive Maintenance](https://atslab.com/inspection/reliability/preventive-maintenance/)
- [API 570 Piping Inspection](https://atslab.com/inspection/certified-pipe/api-570-piping-inspection/)
- [API 510 Pressure Vessel Inspection](https://atslab.com/inspection/certified-pressure-vessel/api-510-pressure-vessel-inspection/)
- [API 653 Tank Inspection](https://atslab.com/inspection/certified-storage-tank/api-653-tank-inspection/)
- [Aircraft and Aviation NDT Lab](https://atslab.com/inspection/aerospace-ndi/aviation-ndt-lab-and-field-services/)
- [Aircraft Structural NDT Inspections](https://atslab.com/inspection/aerospace-ndi/aircraft-structural-ndt-inspections/)
- [Aircraft Engine Inspections](https://atslab.com/inspection/aerospace-ndi/aircraft-engine-inspections/)


## Forensics

- [Evidence Storage Solutions](https://atslab.com/forensics/forensic-engineering/evidence-storage-solutions/)
- [Property Appraisal Services](https://atslab.com/forensics/building-consulting/property-appraisal-services/)
- [Dispute Resolution Services](https://atslab.com/forensics/building-consulting/dispute-resolution-services/)
- [Claim Dispute Resolution](https://atslab.com/forensics/building-consulting/claim-dispute-resolution/)
- [Insurance Claim Appraiser](https://atslab.com/forensics/building-consulting/insurance-claim-appraiser/)
- [Injury Biomechanics Expert](https://atslab.com/forensics/biomechanical/injury-biomechanics-expert/)
- [Forensic Injury Biomechanics](https://atslab.com/forensics/biomechanical/forensic-injury-biomechanics/)
- [Biomechanical Engineer Expert Witness](https://atslab.com/forensics/biomechanical/biomechanical-engineer-expert-witness/)
- [Biomechanics Expert Witness](https://atslab.com/forensics/biomechanical/biomechanics-expert-witness/)
- [Investigative Engineering Services](https://atslab.com/forensics/forensic-engineering/investigative-engineering-services/)
- [Electrical Engineer Fire Investigator](https://atslab.com/forensics/fire-origin-cause/electrical-engineer-fire-investigator/)
- [House Fire Investigation](https://atslab.com/forensics/fire-origin-cause/house-fire-investigation/)
- [HVAC Forensic Technician](https://atslab.com/forensics/forensic-engineering/hvac-forensic-technician/)
- [HVAC Forensics](https://atslab.com/forensics/forensic-engineering/hvac-forensics/)
- [Forensic Biomechanics](https://atslab.com/forensics/biomechanical/forensic-biomechanics/)
- [Forensic Biomechanical Engineer](https://atslab.com/forensics/biomechanical/forensic-biomechanical-engineer/)
- [Sports Injury Expert Witness](https://atslab.com/forensics/biomechanical/sports-injury-expert-witness/)
- [Soft Tissue Injury Expert](https://atslab.com/forensics/biomechanical/soft-tissue-injury-expert/)
- [Electrical Forensic Analysis Services](https://atslab.com/forensics/forensic-engineering/electrical-forensic-analysis-services/)
- [Forensic Electrical Engineering](https://atslab.com/forensics/forensic-engineering/forensic-electrical-engineering/)
- [Industrial Forensic Engineering](https://atslab.com/forensics/forensic-engineering/industrial-forensic-engineering/)
- [Electrical Forensic Investigation](https://atslab.com/forensics/forensic-engineering/electrical-forensic-investigation/)
- [Engineering Investigation](https://atslab.com/forensics/forensic-engineering/engineering-investigation/)
- [Vehicle Crash Testing](https://atslab.com/forensics/accident-reconstruction/vehicle-crash-testing/)
- [High Speed Impact Testing](https://atslab.com/forensics/accident-reconstruction/high-speed-impact-testing/)
- [Automotive Crash Testing](https://atslab.com/forensics/accident-reconstruction/automotive-crash-testing/)
- [Whiplash Expert](https://atslab.com/forensics/biomechanical/whiplash-expert/)
- [Nerve Injury Expert Witness](https://atslab.com/forensics/biomechanical/nerve-injury-expert-witness/)
- [Tire Failure Expert](https://atslab.com/forensics/expert-witness/tire-failure-expert/)
- [Origin and Cause](https://atslab.com/forensics/fire-origin-cause/origin-and-cause/)
- [Vehicle Fire Investigations](https://atslab.com/forensics/fire-origin-cause/vehicle-fire-investigations/)
- [Secured Evidence Storage](https://atslab.com/forensics/forensic-engineering/secured-evidence-storage/)
- [Large Loss](https://atslab.com/forensics/fire-origin-cause/large-loss/)
- [Arc Mapping](https://atslab.com/forensics/fire-origin-cause/arc-mapping/)
- [HAAG Certified Inspector](https://atslab.com/forensics/expert-witness/haag-certified-inspector/)
- [Forensic Services Overview](https://atslab.com/forensics/services/forensic-services/)
- [Certified Arson Investigator](https://atslab.com/forensics/fire-origin-cause/certified-arson-investigator/)
- [Certified Fire Investigator](https://atslab.com/forensics/fire-origin-cause/certified-fire-investigator/)
- [Electrical Forensic Analysis](https://atslab.com/forensics/forensic-engineering/electrical-forensic-analysis/)
- [Accident Reconstruction Engineering](https://atslab.com/forensics/accident-reconstruction/accident-reconstruction-engineering/)
- [Accident Reconstruction Services](https://atslab.com/forensics/accident-reconstruction/accident-reconstruction-services/)
- [Equipment Failure Analysis](https://atslab.com/forensics/expert-witness/equipment-failure-analysis/)
- [Electrical Forensics](https://atslab.com/forensics/forensic-engineering/electrical-forensics/)
- [Flood Damage Inspections](https://atslab.com/forensics/flood-damage-inspection/flood-damage-inspections/)
- [Litigation Support](https://atslab.com/forensics/expert-witness/litigation-support/)
- [Accident Reconstruction Experts](https://atslab.com/forensics/expert-witness/accident-reconstruction-experts/)
- [Bosch Crash Data Retrieval](https://atslab.com/forensics/accident-reconstruction/bosch-crash-data-retrieval/)
- [Forensic Accident Reconstruction](https://atslab.com/forensics/accident-reconstruction/forensic-accident-reconstruction/)
- [Accident Reconstruction Animation](https://atslab.com/forensics/forensic-technology/accident-reconstruction-animation/)
- [Forensic Imaging Specialist](https://atslab.com/forensics/expert-witness/forensic-imaging-specialist/)
- [Fire Scene Investigation](https://atslab.com/forensics/fire-origin-cause/fire-scene-investigation/)
- [Precision Forensic Testing](https://atslab.com/forensics/services/precision-forensic-testing/)
- [A Leader Among Expert Witness Companies](https://atslab.com/forensics/expert-witness/expert-witness-companies/)
- [IAAI Certified Fire Investigator](https://atslab.com/forensics/fire-origin-cause/iaai-certified-fire-investigator/)
- [Expert Witness Services](https://atslab.com/forensics/expert-witness/expert-witness-services/)
- [Forensic Specialist](https://atslab.com/forensics/expert-witness/forensic-specialist/)
- [Forensic Crash Specialists](https://atslab.com/forensics/accident-reconstruction/forensic-crash-specialists/)
- [Elevator Expert Witness](https://atslab.com/forensics/expert-witness/elevator-expert-witness/)
- [Forensic Testing Service](https://atslab.com/forensics/services/forensic-testing-service/)
- [Forensic Construction Expert](https://atslab.com/forensics/expert-witness/forensic-construction-expert/)
- [Forensic Engineering Consultant](https://atslab.com/forensics/forensic-engineering/forensic-engineering-consultant/)
- [Forensic Consultants](https://atslab.com/forensics/expert-witness/forensic-consultants/)
- [A Leader Among Forensic Companies](https://atslab.com/forensics/services/forensic-companies/)
- [Accident Expert Witness](https://atslab.com/forensics/expert-witness/accident-expert-witness/)
- [Mechanical Forensics](https://atslab.com/forensics/services/mechanical-forensics/)
- [Ladder Expert Witness](https://atslab.com/forensics/expert-witness/ladder-expert-witness/)
- [Forensic Structural Engineering Firms](https://atslab.com/forensics/forensic-engineering/forensic-structural-engineering-firms/)
- [Forensic Metallurgist](https://atslab.com/forensics/expert-witness/forensic-metallurgist/)
- [Property Damage Expert](https://atslab.com/forensics/expert-witness/property-damage-expert/)
- [Arson Investigators](https://atslab.com/forensics/fire-origin-cause/arson-investigators/)
- [Accident Reconstruction Expert](https://atslab.com/forensics/expert-witness/accident-reconstruction-expert/)
- [Forensic Building Consultants](https://atslab.com/forensics/building-consulting/forensic-structural-building-consultants/)
- [Automotive Expert Witness](https://atslab.com/forensics/expert-witness/automotive-expert-witness/)
- [Forensic Thermal Imaging](https://atslab.com/forensics/forensic-technology/forensic-thermal-imaging/)
- [Truck Accident Expert Witness](https://atslab.com/forensics/expert-witness/truck-accident-expert-witness/)
- [Certified Forensic Expert](https://atslab.com/forensics/expert-witness/certified-forensic-expert/)
- [Forensic Engineering Expert](https://atslab.com/forensics/expert-witness/forensic-engineering-expert/)
- [Forensic Engineering Consultants](https://atslab.com/forensics/forensic-engineering/forensic-engineering-consultants/)
- [Maritime Expert Witness](https://atslab.com/forensics/expert-witness/maritime-expert-witness/)
- [Product Liability Expert Witness](https://atslab.com/forensics/expert-witness/product-liability-expert-witness/)
- [Hurricane Structural Damage Evaluation](https://atslab.com/forensics/building-consulting/hurricane-structural-damage-evaluation/)
- [ACTAR - Traffic Accident Reconstructionist](https://atslab.com/forensics/forensic-technology/actar-traffic-accident-reconstructionist/)
- [Forensic Engineering Expert Witness](https://atslab.com/forensics/expert-witness/forensic-engineering-expert-witness/)
- [Forensic Electrical Engineer](https://atslab.com/forensics/forensic-engineering/forensic-electrical-engineer/)
- [Forensic Expert Witness](https://atslab.com/forensics/expert-witness/forensic-expert-witness/)
- [Hurricane Structural Damage Inspection](https://atslab.com/forensics/building-consulting/hurricane-structural-damage-inspection/)
- [Construction Expert Witness](https://atslab.com/forensics/expert-witness/construction-expert-witness/)
- [Fire Investigation Expert Witness](https://atslab.com/forensics/expert-witness/fire-investigation-expert-witness/)
- [Litigation Expert Witness](https://atslab.com/forensics/expert-witness/litigation-expert-witness/)
- [Vehicle Forensics](https://atslab.com/forensics/accident-reconstruction/vehicle-forensics/)
- [Litigation Expert](https://atslab.com/forensics/expert-witness/litigation-expert/)
- [Construction Defect Expert Witness](https://atslab.com/forensics/expert-witness/construction-defect-expert-witness/)
- [Fire Scene Investigators](https://atslab.com/forensics/fire-origin-cause/fire-scene-investigators/)
- [Forensic Roof Inspection](https://atslab.com/forensics/building-consulting/forensic-roof-inspection/)
- [Product Liability Expert](https://atslab.com/forensics/expert-witness/product-liability-expert/)
- [Forensic Locksmith](https://atslab.com/forensics/expert-witness/forensic-locksmith/)
- [EDR Event Data Recorder Analyst](https://atslab.com/forensics/accident-reconstruction/edr-event-data-recorder-analyst/)
- [Forensic Metallurgy](https://atslab.com/forensics/expert-witness/forensic-metallurgy/)
- [Forensic Fire and Explosion Investigators](https://atslab.com/forensics/fire-origin-cause/forensic-fire-and-explosion-investigators/)
- [Water Damage Inspection](https://atslab.com/forensics/building-consulting/water-damage-inspection/)
- [Forensic Mechanical Engineer](https://atslab.com/forensics/forensic-engineering/forensic-mechanical-engineer/)
- [Hail Damage Roof Inspection](https://atslab.com/forensics/building-consulting/hail-damage-roof-inspection/)
- [Forensic Water Damage Evaluation](https://atslab.com/forensics/building-consulting/forensic-water-damage-evaluation/)
- [Forensic Tire Expert](https://atslab.com/forensics/accident-reconstruction/forensic-tire-expert/)
- [Forensic Lab Testing](https://atslab.com/forensics/forensic-engineering/forensic-lab-testing/)
- [Forensic Fire Investigations](https://atslab.com/forensics/fire-origin-cause/forensic-fire-investigations/)
- [Forensic Fire Investigation Services](https://atslab.com/forensics/fire-origin-cause/forensic-fire-investigation-services/)
- [Forensic Structural Engineering](https://atslab.com/forensics/forensic-engineering/forensic-structural-engineering/)
- [A Leader Among Fire Investigation Companies](https://atslab.com/forensics/fire-origin-cause/fire-investigation-companies/)
- [Structural Fire Damage Assessment](https://atslab.com/forensics/fire-origin-cause/structural-fire-damage-assessment/)
- [Forensic Structural Engineer](https://atslab.com/forensics/forensic-engineering/forensic-structural-engineer/)
- [Fire Forensic Data Collection](https://atslab.com/forensics/fire-origin-cause/fire-forensic-data-collection/)
- [Fire Cause Investigation](https://atslab.com/forensics/fire-origin-cause/fire-cause-investigation/)
- [Fire Debris Analysis](https://atslab.com/forensics/fire-origin-cause/fire-debris-analysis/)
- [Speed Control Deactivation Switch](https://atslab.com/forensics/accident-reconstruction/speed-control-deactivation-switch/)
- [Secure Evidence Storage](https://atslab.com/forensics/forensic-engineering/secured-evidence-storage-2/)
- [A Fire Investigation Company](https://atslab.com/forensics/fire-origin-cause/fire-investigation-company/)
- [Farm Fire](https://atslab.com/forensics/fire-origin-cause/farm-fire/)
- [Explosion Investigations](https://atslab.com/forensics/fire-origin-cause/explosion-investigations/)
- [Fire Investigator Atlanta, GA](https://atslab.com/forensics/fire-origin-cause/fire-investigator-atlanta-georgia/)
- [Fire Cause Analysis](https://atslab.com/forensics/fire-origin-cause/fire-cause-analysis/)
- [What Should You Expect from Your Fire Investigator?](https://atslab.com/forensics/fire-origin-cause/what-to-expect-from-fire-investigator/)
- [Forensic Fire Investigation](https://atslab.com/forensics/fire-origin-cause/forensic-fire-investigation/)
- [Fire Investigator](https://atslab.com/forensics/fire-origin-cause/fire-investigator/)
- [Fire Investigation Services](https://atslab.com/forensics/fire-origin-cause/fire-investigation-services/)
- [Construction Equipment Expert Witness](https://atslab.com/forensics/expert-witness/construction-equipment-expert-witness/)
- [Golf Cart Expert Witness](https://atslab.com/forensics/expert-witness/golf-cart-expert-witness/)
- [UTV/ATV Expert Witness](https://atslab.com/forensics/expert-witness/utv-atv-expert-witness/)
- [Forklift Expert Witness](https://atslab.com/forensics/expert-witness/forklift-expert-witness/)
- [Handgun Testing](https://atslab.com/forensics/forensic-engineering/handgun-testing/)
- [Firearms Testing](https://atslab.com/forensics/forensic-engineering/firearms-testing/)
- [Forensic 3D Scanning](https://atslab.com/forensics/forensic-technology/forensic-3d-scanning/)
- [Event Data Recorders](https://atslab.com/forensics/accident-reconstruction/event-data-recorders/)
- [Forensic Investigation Services](https://atslab.com/forensics/forensic-engineering/forensic-investigation-services/)
- [Thermal Imaging](https://atslab.com/forensics/forensic-technology/thermal-imaging/)
- [Speed Control Deactivation](https://atslab.com/forensics/accident-reconstruction/speed-control-deactivation/)
- [Traffic Accident Reconstruction](https://atslab.com/forensics/accident-reconstruction/traffic-accident-reconstruction/)
- [Structural Investigation](https://atslab.com/forensics/building-consulting/structural-investigation/)
- [Climate-Controlled Evidence Storage](https://atslab.com/forensics/forensic-engineering/refrigerated-evidence-storage/)
- [Boilers, Vessels & Piping Failure Analysis](https://atslab.com/forensics/building-consulting/piping-failure-analysis/)
- [Natural Disaster Inspections](https://atslab.com/forensics/building-consulting/natural-disaster-inspections/)
- [Forensic 3-D Site Scanning Service](https://atslab.com/forensics/forensic-technology/laser-site-scanning-service/)
- [Joint Inspections](https://atslab.com/forensics/forensic-engineering/joint-inspections/)
- [Industrial Accident Investigation](https://atslab.com/forensics/accident-reconstruction/industrial-accident-investigation/)
- [Forensic Failure Analysis](https://atslab.com/forensics/forensic-engineering/forensic-failure-analysis/)
- [Forensic Chemical Analysis](https://atslab.com/forensics/forensic-engineering/forensic-chemical-analysis/)
- [Forensic Building Failure Consultants](https://atslab.com/forensics/building-consulting/forensic-building-failure-consultants/)
- [Crash Reconstruction](https://atslab.com/forensics/accident-reconstruction/crash-reconstruction/)
- [Black Box Data](https://atslab.com/forensics/accident-reconstruction/black-box-data/)
- [Accident Reconstruction](https://atslab.com/forensics/accident-reconstruction/accident-reconstruction/)
- [3D Laser Scanning](https://atslab.com/forensics/forensic-technology/3d-laser-scanning/)
- [Failure Investigation](https://atslab.com/forensics/forensic-engineering/failure-investigation/)
- [Failure Analysis Experts](https://atslab.com/forensics/expert-witness/failure-analysis-experts/)
- [Evidence Storage](https://atslab.com/forensics/forensic-engineering/evidence-storage/)
- [Structural Analysis](https://atslab.com/forensics/building-consulting/structural-analysis/)
- [Special Services](https://atslab.com/forensics/forensic-engineering/special-services/)
- [Incident Reconstruction](https://atslab.com/forensics/forensic-technology/incident-reconstruction/)
- [Forensic Failure Analysis](https://atslab.com/forensics/forensic-engineering/forensic-failure-analysis-overview/)
- [Evidence Storage Services](https://atslab.com/forensics/forensic-engineering/evidence-storage-services/)


## Certifications & Standards

- [ISO/IEC 17025:2017 A2LA #3103.01 – ATS Kansas City](https://customer.a2la.org/index.cfm?event=directory.detail&labPID=8C17A391-7911-45E7-BD41-5D5DF8A840CD)
- [ISO/IEC 17025:2017 A2LA #7815.01 – ATS Orange County](https://customer.a2la.org/index.cfm?event=directory.detail&labPID=5F4537D5-3828-41B5-AF45-144B0A86B952)
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# Detailed Content


## Pages


Please enable JavaScript in your browser to complete this form. Order Summitted By *Employee Email *Name of TradeshowDate of TradeshowCity and State of TradeshowShipping Instructions, Shipping Dates, and Shipping AddressDepartment To Charge for Shipping ExpensesSpecial Note: ATS has put a maximum order limit of 200 promo items per tradeshow. This will assist in running a cost-effective tradeshow, and it will ensure we have inventory for others who may be attending tradeshows within the same period. Select up to 4 promo items to be distributed at your tradeshow:Carabiners - Quantity of 50Pens - Quantity of 50Lip Balms - Quantity of 50Balsa Gliders - Quantity of 50Memo Pads - Quantity of 50



When You Need to Be Sure Introducing a New Partnership We are pleased to announce that Applied Technical Services, LLC (ATS) is officially part of SGS, the world's leading testing, inspection, and certification company. ATS will continue to operate as normal, with no change to our brand or the high standards, technical expertise, and service continuity you expect. Additionally, this partnership will provide the following benefits for you and your business: Expanded capabilities across testing, inspection, and certification services Access to a broader national and global network backed by deep technical expertise Meet the Industry Leader About SGS SGS is the world’s leading Testing, Inspection, and Certification company. They operate a network of over 2,500 laboratories and business facilities across 115 countries, supported by a team of over 100,000 dedicated professionals. With more than 145 years of service excellence, they combine the precision and accuracy that define Swiss companies to help organizations achieve the highest standards of quality, compliance, and sustainability. Their brand promise – when you need to be sure – underscores their commitment to trust, integrity, and reliability, enabling businesses to thrive with confidence. They proudly deliver expert services through the SGS name and a portfolio of trusted specialized brands, including Brightsight, Bluesign, Nutrasource, and now Applied Technical Services. Go to SGS Site 100,000 employees around the world 2,500 labs and business facilities 145 years of service excellence



EXPRESS CALIBRATION SERVICES IS NOW ATS! We look forward to providing an expanded selection of services to help you meet your business needs. Express Calibration Services has Merged Operations with ATS We are pleased to announce that Express Calibration Services, LLC. has merged operations with ATS! With this operational merge, the team at Express Calibration will continue to serve you with the quality calibration services you’ve relied on to keep your business operating safely and efficiently. With over 50 years of experience, Applied Technical Services is equipped to help you reduce costs and eliminate waste. Our experts provide reliable calibration services to help you keep your equipment operating safely and accurately. Customer Service: +1(888) 287-5227Local: +1(816) 245-7840 As ATS, the team at Express Calibration will continue to provide you with calibration and repair services for equipment including: Network Analyzer Databus Analyzer Attenuator Universal Precision Track Selector Mode S Ramp Test Set GPS Satellite Simulator Avionics Equipment Weather Radar Equipment Transponder Test Set Fuel Quantity Test Set Air Data Test Set Turbine Temperature Test Set Milliohm Meter Wattmeter Power Meter Mechanical Force Gauge Frequency Counter Power Supply Differential Pressure Tester Gyro Instrument Test Table Tensiometer Time/Counter/Analyzer Nav/Comm Ramp Test Set AM/FM Signal Generators Spectrum Analyzer Radio Test Set Pitot Static Test Set CHT Tester AC Power Supply Bonding Meter Signal Generator Capacitance Tester Turbine Temp Test Set Pressure Tester Megohmeter AC/DC High Pot Tester LCR Meter Voltmeter Power Battery Analyzer Ultrasonic Test Set Continuous Wave Simulator Multimeter Oscillator Tension Gauge Differential...



ServiceSphere Request SGS Service Form - Applied Technical Services What are you looking for?(Required) Complete Handoff Partner Lab Who should SGS bill for this project?(Required) Client ATS ATS Location Address(Required) Street Address Address Line 2 City State / Province / Region ZIP / Postal Code AfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country ATS Contact Name(Required) First Last This field is hidden when viewing the formATS Company NameATS Contact Phone(Required)ATS Contact Email(Required) Client Details(Required) First Last Client Company Name(Required)Client Phone(Required)Client Email(Required) Where is the client company located?(Required) United States Outside the United States U.S. Address(Required) Client Street Address Client Address Line 2 Client City AlabamaAlaskaAmerican SamoaArizonaArkansasCaliforniaColoradoConnecticutDelawareDistrict of ColumbiaFloridaGeorgiaGuamHawaiiIdahoIllinoisIndianaIowaKansasKentuckyLouisianaMaineMarylandMassachusettsMichiganMinnesotaMississippiMissouriMontanaNebraskaNevadaNew HampshireNew JerseyNew MexicoNew YorkNorth CarolinaNorth DakotaNorthern Mariana IslandsOhioOklahomaOregonPennsylvaniaPuerto RicoRhode IslandSouth CarolinaSouth DakotaTennesseeTexasUtahU.S. Virgin IslandsVermontVirginiaWashingtonWest VirginiaWisconsinWyomingArmed...



ServiceSphere Request ATS Service Form - Applied Technical Services What are you looking for?(Required) Complete Handoff Partner Lab Who should ATS bill for this project?(Required) Client SGS SGS Location Address(Required) Street Address Address Line 2 City State / Province / Region ZIP / Postal Code AfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country SGS Contact Name(Required) First Last This field is hidden when viewing the formSGS Company NameSGS Contact Email(Required) SGS Contact Phone(Required)SGS Contact Email(Required) What kind of service is your client requesting(Required)Supporting Documents Drop files here or Select files Max. file size: 5 MB, Max. files: 10. Client Details(Required) First Last Client Company Name(Required)Client Phone(Required)Client Email(Required) Where is the client company located?(Required) United States Outside the United States U.S. Address(Required) Client Street...



ANKO ELECTRONICS IS NOW ATS! We look forward to providing an expanded selection of services to help you meet your business needs. ANKO Electronics has Merged Operations with ATS We are pleased to announce that ANKO Electronics (ANKO) has merged operations with ATS! With this operational merge, the team at ANKO will continue to serve you with the quality calibration services you’ve relied on to keep your business operating safely and efficiently. With over 50 years of experience, Applied Technical Services is equipped to help you reduce costs and eliminate waste. Our experts provide reliable calibration services to help you keep your equipment operating safely and accurately. Customer Service: +1(888) 287-5227Temecula Local: +1(951) 577-3936Anaheim Local: +1(657) 385-8447 As ATS, the team at ANKO will continue to provide you with services, including: Electronic Calibrations Digital Multimeters Function and Pulse Generators Oscilloscopes Frequency Counters Logic Analysis Distortion Analysis Impedance Analysis LCR Meters Watt meters Environmental Calibrations Rectifiers and Timers Temperature Controllers Thermocouples and Probes Ovens/Environmental Chambers Sound Lever Meters Light Meters Infrared Thermometers Sound Dosimeters RF and Microwave Power Meters Power Sensors Signal Generators Spectrum Analysis Network Analysis Microwave Counters CDMA Test Sets Comm. Analyzers Phase Noise Noise Figure Meters Attenuators Couplers Physical/ Dimensional Calibrations Gage Blocks Micrometers/Calipers Dial Indicators Height Gages Plug, Pin, Ring Gages Microscopes Optical Comparators Profile Projectors Pressure and Torque Balances and Scales General Test Equipment Hipot Testers/Megohmmeters Power Supplies Communication Test Sets High Voltage/Current Probes Stopwatches View our Calibration Services Qualifications Accreditations, Standards, and Certifications A2LA Cert...



Applied Technical Services holds a NADCAP welding certification, which is often required to provide services to aerospace and defense companies. Our certifications reflect our ongoing commitment to customer service excellence and professional development, and our NADCAP certification is a further step toward that goal. What is NADCAP? The National Aerospace and Defense Contractors Accreditation Program (NADCAP) is an internationally adopted accreditation for suppliers serving the aerospace and defense industries. The industry-managed program is overseen by the Performance Review Institute (PRI), which enlists the services of technical experts, established contractors, government leaders, and suppliers to establish uniform criteria and standards. NADCAP certification is granted to businesses that have proven their competence and compliance throughout a meticulous audit and review process. What is the NADCAP Welding Certification? Welding, amongst various other processes, is included in the nondestructive testing scope of a NADCAP accreditation. The program’s welding audit is a stringent process to verify a company’s ability to meet the welding quality standards required in defense and aerospace supply chains. The welding certification applies to multiple welding processes, and reviews various aspects of an operation, including: Personnel qualifications Equipment calibration and upkeep Documentation and traceability Inspection methods Quality assurance Compliance with Nadcap’s AC7101 Please note that our certification does not grant us the ability to certify welders. Instead, our certification highlights our adherence to maintaining compliance with industry standards as we conduct a range of weld-specific nondestructive tests. About the Applied Technical Services Applied Technical Services is one of the premier companies in...



ServiceSphere Mechanical Testing Quote Request Form - Hot Tensile Testing - Applied Technical Services URLThis field is for validation purposes and should be left unchanged.Email(Required) What is the sample material?What are the approximate part dimensions?What form is the sample?What form is the sample?PlateSheetBarOtherPlease specifyIs this sample rolled? The sample is rolled The sample is not rolled Note: please mark the rolling direction on the sample before you send itHow many samples will you be sending for testing?At what temperature does the test need to be performed?Briefly describe the work requestedWhat standard/procedure do you want us to use for this testing? ASTM E8 ASTM A370 ASTM B557 Other Please outline your testing specificationsWhat properties do you need us to report? Ultimate Strength Yield Strength Elongation Reduction in Area Will you need Expedited Services? Expedited Services Standard Services When do you want this service performed?e.g., Next month, December 9th, ASAP, etc.Expedited items ship within 48 hours from the date of receiptMost items are completed and shipped within 5–7 business daysPlease attach any additional files you think may help Drop files here or Select files Max. file size: 5 MB, Max. files: 10. All LocationsAlexandria, VAAlexandria, VA (Dedicated Roof & Hydro Solutions)Alpharetta, GAAnaheim, CAAtlanta, GAAtlanta, GAAtlanta, GAAtlanta, GA (Abel Solutions)Atlanta, GA (Reliability Testing Services)Augusta, GABangor, MEBangor, ME (Snell Group)Birmingham, ALBoston, MA (Cal-Tek)Chandler, AZCharlotte, NCCharlotte, NCCharlotte, NCChattanooga, TNChesapake, VAChesapeake, VA (Project Services)Chicago, ILChicago, IL (ARCCA)Chicago, IL (Graftel)Cincinnati, OH (Accu-Chek)Colorado Springs, COColorado Springs, CO (Radiation Test Solutions)Columbus, OH (C&W Meter)Dayton, OHDenver, CODenver, CO (CEESI)Denver, CO...



ServiceSphere FoC Service Request Form - Applied Technical Services Name of FoC(Required)FoC Contact Name(Required) First Last FoC Contact Phone(Required)FoC Contact Email(Required) What kind of service is your client requesting? (Please include details and applicable documents)(Required)Supporting documents Drop files here or Select files Max. file size: 20 MB. All LocationsAlexandria, VAAlexandria, VA (Dedicated Roof & Hydro Solutions)Alpharetta, GAAnaheim, CAAtlanta, GAAtlanta, GAAtlanta, GAAtlanta, GA (Abel Solutions)Atlanta, GA (Reliability Testing Services)Augusta, GABangor, MEBangor, ME (Snell Group)Birmingham, ALBoston, MA (Cal-Tek)Chandler, AZCharlotte, NCCharlotte, NCCharlotte, NCChattanooga, TNChesapake, VAChesapeake, VA (Project Services)Chicago, ILChicago, IL (ARCCA)Chicago, IL (Graftel)Cincinnati, OH (Accu-Chek)Colorado Springs, COColorado Springs, CO (Radiation Test Solutions)Columbus, OH (C&W Meter)Dayton, OHDenver, CODenver, CO (CEESI)Denver, CO (ITC)Des Moines, IA (CEESI)Fort Lauderdale, FL (ARCCA)Fort Wayne, INFort Wayne, IN (ENI Labs)Grand Rapids, MNGreenville, SCGreenville, SC (C&W Meter)Greer, SCHouston, TXHouston, TX (International Inspection)Huntsville, ALHuntsvillle, ALIndianapolis, IN (ENI Labs)Jacksonville, FLKansas City, MO (Express Calibration)Los Angeles, CA (International Inspection)Louisville, KYLouisville, KY (Accu-Chek)Memphis, TNMobile, ALMontgomery, ALNew Orleans, LA (U.S. Forensic)Norcross, GAOak RidgeOrlando, FLOrlando, FL (C&W Meter)Pensacola, FL (Veracity)Philadelphia, PA (ARCCA)Philadelphia, PA (C&W Meter)Philadelphia, PA (Forte)Philadelphia, PA (ITS)Philadelphia, PA (Precision Solutions)Phoenix, AZPhoenix, AZ (PNL)Pittsburgh (ARCCA)Pittsburgh, PA (PES)Pittsburgh, PA (Process Instruments)Portland, ORPortland, OR (International Inspection)Raleigh, NCRichmond, VARoanoke, VARochester, NY (CalSource)Rockford, IL (The Calibration Solution)Sacramento, CA (CPM Labs)San Diego, CASan Diego, CASan Diego, CA (International Inspection)San Francisco, CA (A&P Calibration)Savannah, GASeattle, WA (ARCCA)Seattle, WA (International Inspection)Shreveport, LAShreveport, LA (Advantage Reliability Services)State College, PA (MP Machinery & Testing)Syracuse, NYSyracuse, NY (CalSource)Scroll down for more x Contact Corporate Development CompanyThis field is for validation purposes and should be left unchanged.Company...



ServiceSphere Request Location Form - Applied Technical Services Name First Last PhoneEmail LocationNotes/Services to be added All LocationsAlexandria, VAAlexandria, VA (Dedicated Roof & Hydro Solutions)Alpharetta, GAAnaheim, CAAtlanta, GAAtlanta, GAAtlanta, GAAtlanta, GA (Abel Solutions)Atlanta, GA (Reliability Testing Services)Augusta, GABangor, MEBangor, ME (Snell Group)Birmingham, ALBoston, MA (Cal-Tek)Chandler, AZCharlotte, NCCharlotte, NCCharlotte, NCChattanooga, TNChesapake, VAChesapeake, VA (Project Services)Chicago, ILChicago, IL (ARCCA)Chicago, IL (Graftel)Cincinnati, OH (Accu-Chek)Colorado Springs, COColorado Springs, CO (Radiation Test Solutions)Columbus, OH (C&W Meter)Dayton, OHDenver, CODenver, CO (CEESI)Denver, CO (ITC)Des Moines, IA (CEESI)Fort Lauderdale, FL (ARCCA)Fort Wayne, INFort Wayne, IN (ENI Labs)Grand Rapids, MNGreenville, SCGreenville, SC (C&W Meter)Greer, SCHouston, TXHouston, TX (International Inspection)Huntsville, ALHuntsvillle, ALIndianapolis, IN (ENI Labs)Jacksonville, FLKansas City, MO (Express Calibration)Los Angeles, CA (International Inspection)Louisville, KYLouisville, KY (Accu-Chek)Memphis, TNMobile, ALMontgomery, ALNew Orleans, LA (U.S. Forensic)Norcross, GAOak RidgeOrlando, FLOrlando, FL (C&W Meter)Pensacola, FL (Veracity)Philadelphia, PA (ARCCA)Philadelphia, PA (C&W Meter)Philadelphia, PA (Forte)Philadelphia, PA (ITS)Philadelphia, PA (Precision Solutions)Phoenix, AZPhoenix, AZ (PNL)Pittsburgh (ARCCA)Pittsburgh, PA (PES)Pittsburgh, PA (Process Instruments)Portland, ORPortland, OR (International Inspection)Raleigh, NCRichmond, VARoanoke, VARochester, NY (CalSource)Rockford, IL (The Calibration Solution)Sacramento, CA (CPM Labs)San Diego, CASan Diego, CASan Diego, CA (International Inspection)San Francisco, CA (A&P Calibration)Savannah, GASeattle, WA (ARCCA)Seattle, WA (International Inspection)Shreveport, LAShreveport, LA (Advantage Reliability Services)State College, PA (MP Machinery & Testing)Syracuse, NYSyracuse, NY (CalSource)Scroll down for more x Contact Corporate Development CompanyThis field is for validation purposes and should be left unchanged.Company Name(Required)Owner Name(Required) First Last Owner Email *(Required) Owner PhoneNotesFileMax. file size: 5 MB. x Submit Your Resume URLThis field is for validation purposes and should be left unchanged.Name(Required) First Last Email(Required)...



ServiceSphere Ask the Experts Form - Applied Technical Services Name First Last PhoneEmail Question for the Experts All LocationsAlexandria, VAAlexandria, VA (Dedicated Roof & Hydro Solutions)Alpharetta, GAAnaheim, CAAtlanta, GAAtlanta, GAAtlanta, GAAtlanta, GA (Abel Solutions)Atlanta, GA (Reliability Testing Services)Augusta, GABangor, MEBangor, ME (Snell Group)Birmingham, ALBoston, MA (Cal-Tek)Chandler, AZCharlotte, NCCharlotte, NCCharlotte, NCChattanooga, TNChesapake, VAChesapeake, VA (Project Services)Chicago, ILChicago, IL (ARCCA)Chicago, IL (Graftel)Cincinnati, OH (Accu-Chek)Colorado Springs, COColorado Springs, CO (Radiation Test Solutions)Columbus, OH (C&W Meter)Dayton, OHDenver, CODenver, CO (CEESI)Denver, CO (ITC)Des Moines, IA (CEESI)Fort Lauderdale, FL (ARCCA)Fort Wayne, INFort Wayne, IN (ENI Labs)Grand Rapids, MNGreenville, SCGreenville, SC (C&W Meter)Greer, SCHouston, TXHouston, TX (International Inspection)Huntsville, ALHuntsvillle, ALIndianapolis, IN (ENI Labs)Jacksonville, FLKansas City, MO (Express Calibration)Los Angeles, CA (International Inspection)Louisville, KYLouisville, KY (Accu-Chek)Memphis, TNMobile, ALMontgomery, ALNew Orleans, LA (U.S. Forensic)Norcross, GAOak RidgeOrlando, FLOrlando, FL (C&W Meter)Pensacola, FL (Veracity)Philadelphia, PA (ARCCA)Philadelphia, PA (C&W Meter)Philadelphia, PA (Forte)Philadelphia, PA (ITS)Philadelphia, PA (Precision Solutions)Phoenix, AZPhoenix, AZ (PNL)Pittsburgh (ARCCA)Pittsburgh, PA (PES)Pittsburgh, PA (Process Instruments)Portland, ORPortland, OR (International Inspection)Raleigh, NCRichmond, VARoanoke, VARochester, NY (CalSource)Rockford, IL (The Calibration Solution)Sacramento, CA (CPM Labs)San Diego, CASan Diego, CASan Diego, CA (International Inspection)San Francisco, CA (A&P Calibration)Savannah, GASeattle, WA (ARCCA)Seattle, WA (International Inspection)Shreveport, LAShreveport, LA (Advantage Reliability Services)State College, PA (MP Machinery & Testing)Syracuse, NYSyracuse, NY (CalSource)Scroll down for more x Contact Corporate Development URLThis field is for validation purposes and should be left unchanged.Company Name(Required)Owner Name(Required) First Last Owner Email *(Required) Owner PhoneNotesFileMax. file size: 5 MB. x Submit Your Resume CommentsThis field is for validation purposes and should be left unchanged.Name(Required) First Last...



Amazon-Approved Third Party TIC Service Provider - Applied Technical Services Skip to content +1 (888) 287-5227 Contact Us HomeSolutionsServicesCalibrationEngineeringForensicsInspectionTesting & AnalysisSpecialtyTrainingNDT TrainingRope Access TrainingReliability TrainingIndustriesAerospaceAutomotiveChemicalCommercial PropertiesCommunicationsConstructionConsumer ProductsDefenseEnergy StorageHealthcareInsurance/LegalLife ScienceManufacturingOil & GasPower GenerationPulp & PaperResourcesCalibration iPortalForms & DocumentsBrochuresNews & InsightsStandardsLocationsAbout UsAbout ATSCertifications and StandardsATS Family of CompaniesAcquisitionsATS JobsSGS +1 (888) 287-5227 Contact Us Search +1 (888) 287-5227 Page for Posts: 47549is_page(): trueis_home(): falseis_singular(): trueCurrent template: template-canvas.phpCurrent post ID: 69866get_queried_object_id(): 69866The post type is: pageCurrent query: Array ( [page] => 0 [pagename] => amazon-approved-third-party-tic-service-provider [error] => [m] => [p] => 0 [post_parent] => [subpost] => [subpost_id] => [attachment] => [attachment_id] => 0 [name] => amazon-approved-third-party-tic-service-provider [page_id] => 0 [second] => [minute] => [hour] => [day] => 0 [monthnum] => 0 [year] => 0 [w] => 0 [category_name] => [tag] => [cat] => [tag_id] => [author] => [author_name] => [feed] => [tb] => [paged] => 0 [meta_key] => [meta_value] => [preview] => [s] => [sentence] => [title] => [fields] => all [menu_order] => [embed] => [category__in] => Array ( ) [category__not_in] => Array ( ) [category__and] => Array ( ) [post__in] => Array ( ) [post__not_in] => Array ( ) [post_name__in] => Array ( ) [tag__in] => Array ( ) [tag__not_in] => Array ( ) [tag__and] => Array ( ) [tag_slug__in] => Array ( ) [tag_slug__and] => Array ( ) [post_parent__in] => Array ( ) [post_parent__not_in] => Array ( ) [author__in] => Array ( ) [author__not_in] => Array ( ) [search_columns] => Array ( ) [ignore_sticky_posts] => [suppress_filters] => [cache_results] => 1 [update_post_term_cache]...



Lunch, demos, and presentations highlight failure analysis’s role in aerospace, manufacturing, power generation, automotive, and defense. Wednesday, September 108:30AM–3:30PM MST 941 S Park LnTempe, AZ 85281 72 Registered – Only 28 Spots Remaining! Register Now



New Homepage - Beta - Applied Technical Services Skip to content +1 (888) 287-5227 Contact Us HomeSolutionsServicesCalibrationEngineeringForensicsInspectionTesting & AnalysisSpecialtyTrainingNDT TrainingRope Access TrainingReliability TrainingIndustriesAerospaceAutomotiveChemicalCommercial PropertiesCommunicationsConstructionConsumer ProductsDefenseEnergy StorageHealthcareInsurance/LegalLife ScienceManufacturingOil & GasPower GenerationPulp & PaperResourcesCalibration iPortalForms & DocumentsBrochuresNews & InsightsStandardsLocationsAbout UsAbout ATSCertifications and StandardsATS Family of CompaniesAcquisitionsATS JobsSGS +1 (888) 287-5227 Contact Us Search +1 (888) 287-5227 We take you from confidence to certainty Applied Technical Services tests, inspects, and certifies the solutions powering a safer, more reliable world. Let’s Connect Products by Category Find the solutions you need What We Do? Find a Service or Solution Find a testing, inspection, or certification solution tailored to your needs—we offer over 2,000 unique services. Solutions → What We Cover? Find Your Industry From aerospace and automotive to healthcare and renewable energy, our tailored solutions meet the unique needs and challenges of over 15 different sectors. Industries → What’s Your Role? Roles and Service Applications No matter your role, ATS offers expert solutions to support your goals. Let our dedicated team empower you! Client Roles → Your partner in quality, safety, and reliability Whether you need to protect it, prove it, or improve it, ATS is ready to partner with you in quality, safety, and reliability. With deep experience in testing, engineering, inspection, and calibration for a wide range of industries, our experts offer insight and guidance for those seeking certainty. Let ATS be a part of establishing the knowledge and confidence you need to keep your biggest promises. Let’s Connect SGS and ATS: Growing...



KNIGHT TESTING IS NOW ATS! We look forward to providing an expanded selection of services to help you meet your business needs. Knight Testing has Merged Operations with ATS We are pleased to announce that Knight Testing, LLC has merged operations with ATS! With this operational merge, the team at Knight Testing will continue to serve you with the quality testing services you’ve relied on to ensure the safety and quality of your products. With over 50 years of experience, Applied Technical Services is equipped to help you reduce costs and eliminate waste. ATS offers a range of product and component testing to help you ensure the quality and safety of your products. As ATS, the team at Knight Testing will continue to provide you with services including: Medical Device Testing Surgical Tools Spinal Implants Knee Implants Hip Implants Shoulder Implants Cranial, Maxillofacial, Dental Implants Small Bone System Implants Failure Analysis Materials Testing Tensile Compression Torsion Fatigue Coatings Component Testing Test Planning and Protocol Development Competitive Product Analysis View Our Medical Device Testing Services



EMPIRICAL TECHNOLOGIES IS NOW ATS! We look forward to providing an expanded selection of services to help you meet your business needs. Empirical has Merged Operations with ATS We are pleased to announce that Empirical Technologies Corporation has merged operations with ATS! With this operational merge, the team at Empirical Technologies will continue to serve you with the quality testing services you’ve relied on to ensure your equipment complies with industry standards. With over 50 years of experience, Applied Technical Services is equipped to help you reduce costs and eliminate waste. Our experts help you provide the best quality products by offering testing services that help you ensure your product complies with regulatory requirements and operates as intended. As ATS, the team at Empirical will continue to provide you with services including: Packaging Testing Mechanical Testing Tensile Shear Torsion Fatigue and Wear Life Cycle Axial Compression Medical Device Testing Dental Durability Orthopedic and Spinal Prosthetic Cytotoxicity Usability and Dynamic Biocompatibility Nondestructive Testing Lot Verification Testing Regulatory Consulting Services Internal Audits FDA Gap Analysis Supplier/Vendor Audits Compliance Consulting View Our Medical Device Testing Services Qualifications Accreditations, Standards, and Certifications A2LA Cert # 2142. 01: Mechanical Field of Testing



The ATS headquarters in Marietta, Georgia, is the site of several state-of-the-art laboratories. The ATS Marietta lab offers an impressive range of testing, inspection, calibration, consulting, and training services under one roof. Professional engineers, chemists, and technicians provide exciting opportunities for research, analysis, and quality control for a variety of industries. Whether you need on-site services, professional training, or laboratory testing, the experts at our Marietta location are more than qualified to meet your needs. Headquarters Address 1049 Triad CourtMarietta, GA 30062 Services Overview The Marietta lab provides a wide range of services, including but not limited to: Calibration Avionics Calibration Dimensional Inspections Electronic Calibration Environmental Calibration Mechanical Calibration Standards Learn More Engineering Fall Protection Systems Special Access Learn More Inspection Nondestructive Testing (NDT) FAA Inspection and Repair Station Mechanical Integrity Programs Learn More Testing and Analysis Consumer Product Testing Chemical Analysis Electrical Testing Environmental Testing Mechanical Testing Learn More Training NDT Rope Access



Join the Applied Technical Services Family of Companies If you're a business that shares our commitment to excellence, innovation, and customer satisfaction, we invite you to explore partnership opportunities with us. We have purposefully and thoughtfully created a home for great businesses and their employees; contact us today to start the conversation about joining the ATS family. See our Acquisitions



Mechanical Integrity Training Inquire Now Training to safeguard your operations Mechanical integrity training courses equip you with essential skills to maintain the safety and reliability of critical equipment. Learn inspection, maintenance, and failure prevention techniques to avoid unplanned downtime. See Upcoming Classes What to Expect Optimize equipment performance beyond industry norms Expertise Training Consulting Code Experts Custom Solutions Learn About Reliability Training Course Offerings Learn the factors to mitigate the risks Our MI courses cover essential maintenance best practices and advanced techniques to ensure equipment reliability and safety. Improve the reliability of your operations with our expert-led classes. Risk-Based Assessment In our risk-based assessment course, students will evaluate and prioritize equipment risks based on potential impact and likelihood of failure. Learn to develop maintenance strategies that enhance safety and efficiency. Learn More Condition Assessment In our condition monitoring course, students will assess equipment health through various monitoring techniques. Learn to detect early signs of wear and prevent failures, ensuring optimal performance and longevity. Learn More Weld Repair In our weld repair course, students will learn advanced techniques for assessing and executing high-quality weld repairs. Gain the skills to ensure structural integrity and extend the lifespan of critical equipment. Learn More Our Team Meet Our Experts Our reliability training instructor is a licensed Professional Engineer (P. E. ) and a Certified Maintenance & Reliability Professional (CMRP). He brings a wealth of experience conducting training courses for students of every skill level. Applications Sustaining performance Our mechanical integrity courses create opportunities to...



Reliability Training Inquire Now Training to foresee and prevent failures Reliability training equips you to predict and prevent equipment failures, enhancing system efficiency and longevity. Learn strategies to ensure continuous operational integrity at your facility. See Upcoming Classes What to Expect Ensure uptime when it matters most Expertise Training Consulting Code Experts Custom Solutions Learn About Reliability Training Course Offerings Skills to minimize downtime, maximize efficiency Each of ATS' reliability training courses gives students the tools to extend the service life of their equipment. Learn the techniques and strategies that will help keep your system up and running. Failure Causes In our course on failure causes, you'll learn to identify and analyze the root causes of equipment failures. Use this knowledge to develop effective system governance and enhance reliability by addressing risk factors. Learn More Failure Modes In our course on failure modes, you'll learn to understand the mechanisms at play in various types of equipment failures. Develop the expertise to protect productivity by predicting and mitigating these failures. Learn More Preventive Measures In our course on preventive measures, you'll learn to develop and implement strategies to circumvent equipment failures entirely. Gain the tools to enhance your system's reliability and extend its lifespan. Learn More Our Team Meet Our Experts Our NDT instructors hold SNT-TC-1A certifications across various NDT disciplines and bring collective decades of experience in training technicians at all skill levels. Their expertise ensures top-quality instruction tailored to each learner's needs. Applications Planning ahead Our reliability training courses...



NDT Training Inquire Now Training to Uncover the Unseen NDT training equips you to detect hidden flaws without damaging materials. Find the right course for you, learn the theory, gain the skills, get certified, and start or further your career in NDT. See Upcoming Classes What to Expect Find the flaws that no one else can see Expertise Training Consulting Code Experts Learn about Getting Certified Course Offerings Skills and certifications to perform NDT methods Choosing the right NDT training course will enhance your expertise and offer the certification you need to get to work. The breadth of ATS' course selection ensures you find the perfect match to further your career goals. Liquid Penetrant Course teaching students to detect surface defects using penetrant application and inspection techniques. Gain hands-on experience interpreting results to ensure material integrity and quality control. Learn More Magnetic Particle Course teaching students to detect surface and near-surface flaws in ferromagnetic materials by applying magnetic fields and fine particles. Gain skills in precise inspection and quality assurance techniques. Learn More Ultrasonic Course teaching students to identify internal defects in materials using high-frequency sound waves. Master techniques in flaw detection, thickness measurement, and material integrity evaluation. Learn More Radiography Course teaching students to detect internal flaws and inconsistencies in materials using X-rays or gamma rays. Master image interpretation and evaluation techniques to characterize material conditions. Learn More Eddy Current Course teaching students to identify surface and subsurface flaws in conductive materials by using electromagnetic fields. Master theory and...



Rope Access Training Inquire Now Training To Go Where Others Cant ATS rope access training courses help students expand their professional skills by equipping them with essential techniques and safety skills for working at heights. Sign up today.   See Upcoming Classes What to Expect Access the projects no one else can reach Expertise Training Consulting Code Experts Custom Solutions Learn about Getting Certified Choose your level of Certification Skills and certifications to perform elevated work As one of the two leading organizations within the rope access industry, SPRAT certification means credibility for any technician. ATS rope access training courses give students the safety and technical skills they need to work at heights and conclude with a SPRAT-approved certification exam. SPRAT Level I Introductory course in which candidates can expect to learn the fundamentals of rope access techniques, equipment use and maintenance, safety procedures, and industry regulations. Learn More SPRAT Level II Course that prepares candidates for work as a Level II technician, in which they will gain experience performing more advanced rope access techniques, safety evaluations, and rope rescues Learn More SPRAT Level III Advanced course qualifying students for work as a Level III technician; they can expect to learn how to design and implement a rope access system, supervise Level I&II technicians. Learn More Our Team Meet Our Experts Our rope access training instructors maintain SPRAT Level III certifications, the highest in the industry, and bring years of experience training students of all skill and experience levels. Their...



We are excited to announce that Southern Calibration & Service, Inc. is now an acquisition of Applied Technical Services. Types of Calibration Services Offered Accelerometer Amplitude Auto-System Procedure Phase Sensitivity Specification Database Avionics Collins, IFR, ATA, and Many More ISO 17025 Major Manufacturers Signal Generator, Ramp, Transponder Traceable Through NIST Dimensional Inspections 100% Dimensional Layouts CMM Inspection First Article Inspection Reverse Engineering Electronic Calibration Humidity Multimeters Oscilloscope Thermal Environmental Services Humidity IR pH, TDS, Conductivity Temperature Equipment Sales Precision Meaning Torque Testing Equipment Plug Gages Thread Gages CMM Fixture Force & Pressure Compression & Tension Dynamometer Flow/Air Velocity Meters Pressure and Vacuum Gage Ball Gages CMM Spheres External Gages/Standards Inside Diameter Gage Internal Gages/Standards Taper Thread Gage Hand Tools Bench or Super Micrometers Bore Gages Calipers & Micrometers Countersink Gages Dial and Test Indicators Protractors On-Site Environmental Chambers Hardness Testers Optical Comparators Surface Plates Tension & Compression Standards Lab A2LA Accreditation Adjustable Thread Fixed Gaging Gage Block Calibration On-Site Services Weight Torque Pneumatic Transducers Torque Calibrations Torque Multipliers Torque Watches



Certifications and Standards Demonstrating our commitment to quality and excellence by upholding strict procedures and maintaining industry-leading certifications.



Access Essential Resources Welcome to the ATS Forms & Documents page. Here, you’ll find a comprehensive collection of downloadable materials designed to support your projects and ensure smooth interactions with our services. Our commitment to clarity and accessibility ensures that you can easily find and utilize the documents required for your specific needs. Browse Our Collection We have organized our forms and documents into clear categories for your convenience. Whether you need to access quality certifications, service request forms, or compliance documents, everything you need is just a click away. If you have any questions or need further assistance, our team is here to help. We regularly update our repository to include the latest forms and documents. Be sure to check back frequently to stay informed of any new additions or updates to our resources. Customer Service Survey Form Evidence Transmittal Form Terms & Conditions of Purchase General Conditions of Service Test Shipping Specimen Form



Your Partner in Overcoming Obstacles Every industry has its hurdles, and at ATS, we’re here to help you navigate them. Our broad spectrum of specialized services is customized to meet each client's unique challenges head-on. Experience the ATS advantage where innovative, tailored solutions and dedicated support propel you towards your goals. TestingInspectionCalibrationforensicsEngineeringTraining Testing Ensure your products meet the highest standards of quality and safety with ATS's comprehensive testing services. From material analysis to environmental simulations, our state-of-the-art facilities and expert technicians provide accurate, reliable results that help you maintain compliance and achieve excellence. Inspection Gain confidence in the integrity of your assets with ATS’s meticulous inspection services. Our experienced inspectors use advanced techniques and equipment to identify potential issues before they become problems, ensuring the reliability and longevity of your critical components and systems. Calibration Maintain precision and accuracy across all your instruments with ATS's calibration services. Our highly trained specialists ensure your equipment performs at its best, adhering to stringent industry standards and providing you with the confidence you need in your measurements. Forensic Uncover the root causes of failures and prevent future issues with ATS's forensic services. Our skilled investigators employ rigorous analysis and cutting-edge technology to deliver insightful, actionable findings, helping you enhance safety, reliability, and performance. Engineering Drive innovation and solve complex challenges with ATS's engineering expertise. Our multidisciplinary team offers tailored solutions, from design and development to troubleshooting and optimization, empowering you to achieve superior performance and efficiency in your projects. Training Empower your team...



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Thank You for Your Submission! A member of the ATS NDT training division will reach out shortly to coordinate processing your payment for the course you have chosen. Look out for an email from websiteleads@atslab. com with the necessary instructions for your first day of class. We look forward to seeing you!



Applied Technical Services offers failure analysis and mechanical integrity training by licensed, certified professional engineers (P. E. s) with decades of experience. Our reliability/mechanical integrity training program provides participants with a certificate of completion for eight continuing professional development hours (CPDs). The curriculum of our courses includes the concepts, inspection methods, and real-world applications for storage tanks and pressure vessels. Professional Training Courses Our reliability/mechanical integrity training courses include: Failure Analysis Training Failure Analysis Training Class Failure Analysis Training Class Enrollment Failure Analysis Training Class Schedule Failure Analysis Training Course Failure Analysis Training Instructors Failure Analysis Training Quote Request Level 1 Thermal Infrared Thermography Certification Mechanical Integrity Training Mechanical Integrity Training Class Enrollment Mechanical Integrity Training Class Schedule Mechanical Integrity Training Quote Request MI Training



With decades of experience in nondestructive testing, our dedicated NDT training instructors work diligently to ensure our course participants are prepared for their new careers and job responsibilities. Our NDT training classes are available both at our training facilities and on-site at your business location. Our instructor's custom-tailor nondestructive testing training courses to meet the needs of our clients working in a variety of industries. ATS offers the following Nondestructive Testing Training Programs Eddy Current Testing Training Industrial Radiography Training and Certification Liquid Penetrant Testing Training and Certification Magnetic Particle Testing Training and Certification NAS Certification NDE Training NDT Certification Courses NDT Training Course Description NDT Inspector Training NDT Instructors NDT Level 2 Training NDT Level 3 Training NDT On-Site Training NDT Questions and Answers NDT Technician Training NDT Training Overview NDT Training Locations NDT Ultrasonic Testing Training NDT Xray Training On-Site NDT Training Radiography Testing Training RT Certification SNT TC 1A Training and Certification Ultrasonic Testing Certification UT Training



ATS has delivered high-quality testing, inspection, and consulting engineering services for decades as we've evolved our capabilities to keep pace with our clients' demands. Our informative and educated employees have valuable experience in engineering and various sciences, allowing them to deliver detailed, accurate, and timely ISO testing services. We offer an expansive list of ISO-compliant services that benefit businesses in numerous industries. Our Capabilities Include: Adhesion Testing ISO 2409 Testing ISO 4624 Testing Chemical Analysis ISO 16232 Testing Environmental Testing ISO 4892 Testing ISO 9227 Testing Mechanical Calibration ISO 17025 Balance Calibration ISO 16063-21 Testing Medical Device Testing ISO 10328 Testing ISO 10993 Testing ISO 11137 Testing ISO 12189 Testing ISO 18192-1 Testing NDT Services ISO 15708 Testing VOC Testing ISO 12219-3 Testing ISO 12219-4 Testing



RTCA Testing In an industry where safety is of the utmost importance, you can rely on ATS to deliver quality testing and inspection services. ATS offers professional inspection, testing, calibration, and consulting engineering services in accordance with various standards, including RTCA-DO. In our nearly 60 years of business, we've continuously invested in our employees and equipment to ensure that our capabilities keep pace with the ever-evolving needs of commercial companies. Our employees use their collective experience to conduct thorough tests and inspections, ensuring the functionality and safety of products. Our Capabilities The ATS Family of Companies (FoC) has a wide range of testing capabilities we can apply to RTCA standards, including: Battery Testing RTCA DO 311 Testing Environmental Testing RTCA DO 160 EMI Testing RTCA DO 160 4. 0 Testing RTCA DO 160 5. 0 Testing RTCA DO 160 6. 0 Testing RTCA DO 160 7. 0 Testing RTCA DO 160 8. 0 Testing Special Testing RTCA DO 160 9. 0 Testing RTCA DO 160 10. 0 Testing RTCA DO 160 11. 0 Testing



The Applied Technical Services Family of Companies offers a wide range of medical device testing and life science testing services to assist clients throughout the design, prototyping, testing, manufacturing, and certification processes. Our industry-leading testing experts, highly advanced testing equipment, and readily available customer service team help to make Applied Technical Services one of the most trusted names in medical device testing. With over 55 years of business experience and a wide range of certifications and accreditations, ATS has the skills, knowledge, expertise, and resources to help your business achieve success. Medical Device Testing Standards We perform a variety of comprehensive medical device testing services to nationally and internationally recognized standards, including but not limited to: ASTM F1044 ASTM F1160 ASTM F1264 ASTM F1357 ASTM F1378 ASTM F146 ASTM F152 ASTM F1541 ASTM F1672 ASTM F1714 ASTM F1717 ASTM F1781 ASTM F1798 ASTM F1820 ASTM F1829 ASTM F1875 ASTM F2009 ASTM F2025 ASTM F2028 ASTM F2077 ASTM F2193 ASTM F2267 ASTM F2423 ASTM F2502 ASTM F2554 ASTM F2624 ASTM F2694 ASTM F2706 ASTM F2790 ASTM F382 ASTM F384 ASTM F543 ASTM F564 Additional Life Science Testing Services FDA Medical Device Testing Medical Device Mechanical Testing Medical Device Performance Testing Medical Device Product Testing Medical Device Reliability Testing Medical Device Testing Medical Device Testing Companies Medical Device Testing Lab



Applied Technical Services offers NDT training courses where certified instructors deliver comprehensive lessons on various nondestructive testing methods. Many industries rely on NDT personnel for quality control and assurance, so ATS takes pride in our training services. What is Nondestructive Testing? Nondestructive testing evaluates a material's properties without causing damage. These test methods offer convenient and often cost-effective testing for products and equipment. NDT is useful in all stages of production, but each method has advantages in different situations. NDT Instructors ATS abides by the strict standards and practices of the American Society for Nondestructive Testing (ASNT). Our instructors are ASNT SNT TC-1A certified and provide training that prepares participants for work in the industry.   ASNT SNT TC-1A ASNT developed SNT TC-1A as a recommended practice for NDT certification programs. The guidelines are updated annually and reviewed periodically. Many companies require SNT TC-1A certification before employment, so NDT training is essential for aspiring personnel. SNT TC-1A establishes three levels of qualifications. The levels become increasingly complex and require more education, experience, and training. Level 1 Practitioners can perform:  Specific calibrations Examinations Evaluations Level 2 Practitioners can:  Calibrate equipment Assess inspection results in accordance with standards and codes Provide written instructions and training to Level 1 personnel Level 3 Practitioners can:  Establish techniques Interpret code Create test methods Train Level 1 and Level 2 personnel Administer and grade exams Recertification is required every five years for personnel at each level.   NDT Methods ATS offers training for various NDT methods,...



Please enable JavaScript in your browser to complete this form. Special Note: ATS has put a maximum order limit of 200 promo items per tradeshow. This will assist in running a cost-effective tradeshow, and it will ensure we have inventory for others who may be attending tradeshows within the same period. Select up to four different promo items: *Carabiners - Quantity of 50Pens - Quantity of 50Lip Balms - Quantity of 50Balsa Gliders - Quantity of 50Memo Pads - Quantity of 50



Applied Technical Services’ CPSC laboratory is fully approved by the United States Consumer Product Safety Commission, offering a comprehensive list of testing services to ensure safety and industry compliance for product manufacturers. Applied Technical Services’ CPSC Laboratory Applied Technical Services stands at the forefront of industrial testing companies, with an extensive list of certifications and accreditations to ensure the accuracy and reliability of our reporting. Our CPSC-approved lab performs product testing across several industries and disciplines, including but not limited to: Construction Automotive Manufacturing Power Generation Aerospace Military and Defense ATS’ longstanding commitment to quality in the field of consumer product testing has earned our laboratory the Consumer Product Safety Commission’s approval. The CPSC’s goal is to protect the general public from risks of significant injury or death from several different kinds of consumer products in the United States, monitoring potential risks of mechanical, chemical, electrical, and fire hazards. With over fifty years of industry experience, Applied Technical Services is proud to be the longest operating CPSC laboratory in the state of Georgia. Is a CPSC Laboratory Necessary? Manufacturers need their products tested by a CPSC-approved laboratory to meet quality standards and reduce potential liability. Since the introduction of the CPSC in 1972, the rate of injuries and deaths associated with consumer products has decreased by 30 percent. CPSC approval applies to many different types of products, but a particularly important sector of manufacturing is that of toys and children’s consumer products safety. The Consumer Product Safety Improvement Act of...



Join the Applied Technical Services Family of Companies If you're a business that shares our commitment to excellence, innovation, and customer satisfaction, we invite you to explore partnership opportunities with us. We have purposefully and thoughtfully created a home for great businesses and their employees; contact us today to start the conversation about joining the ATS family. See our Acquisitions For successful companies that may be considering a change of ownership, please contact Corporate Development using the form below. Contact Corp Dev THE PREFERRED PARTNER FOR ENTREPRENEURS Strategic focus areas Laboratories that provide metallurgical, chemistry, materials testing, environmental simulation and other technical services Calibration Services (onsite and in-lab) Nondestructive Testing (onsite and in-lab) Consulting Engineering Forensic Engineering Learn More Acquisitions Total acquisitions since 2010 8 Testing 16 Inspection 21 Calibration 9 Consulting You are in good company We take care of our family At ATS, we prioritize the success and well-being of our family of companies. Through dedicated support, resources, and collaborative opportunities, we foster growth and innovation within our network. From strategic guidance to operational assistance, we're committed to nurturing strong, enduring relationships that drive collective prosperity. History A timeline of acquisitions Join us as we continue to grow and innovate, building a brighter future together. Each milestone represents a partnership that has strengthened our capabilities, expanded our reach, and enhanced our ability to serve our customers. What We Believe Our Guiding Principles Our Team Discover how we empower excellence With a steadfast commitment to innovation, excellence, and collaboration,...



Welcome to the ATS Family of Companies At ATS, we take pride in the remarkable partner companies that have joined our family. Each company and their talented employee base brings a unique legacy of innovation, expertise, and excellence, enriching our collective capabilities and strengthening our mission. Join Our Family For successful companies that may be considering a change of ownership, please contact Corporate Development using the form below. Contact Corp Dev All SegmentsTesting & AnalysisInspectionCalibrationConsulting Our Team Discover how we empower excellence With a steadfast commitment to innovation, excellence, and collaboration, we continuously strive to outperform standards of service, pioneer industry advancements, and deliver unparalleled value to our customers and partners. Learn more about our journey, our values, and our commitment to creating a safe and reliable world.



Predictive Maintenance Using NDT Testing Methods The ATS Family of Companies (FoC)'s Reliability Testing Group consists of certified and qualified reliability experts, from technicians to professional engineers (P. E. s). We serve industrial and commercial clients in a variety of industries The Reliability Testing Group works with critical equipment to ensure their continued performance. We use several condition monitoring and predictive maintenance testing methods to ensure that your equipment is running optimally. Reliability testing reveals defects before major failures occur, preventing extensive collateral damage, saving on major maintenance expenses, and decreasing unscheduled downtime. Reliability Services Common Applications Include: Motor Testing Thermographic Testing Vibration Analysis Balancing/Alignment Passive Ultrasonics Reliability Training Our reliability and failure analysis training classes are perfectly suited for maintenance mechanics/technicians, reliability engineers, maintenance supervisors, and plant engineers. ATS’ training solutions can prepare your crew to locate, address, and prevent equipment and asset failures. Our professional engineers and reliability professionals offer hands-on experience in public and private classes. Common Applications Include: AC/DC Theory and Applications Infrared Thermography PdM Program Implementation Vibration Analysis Synchronous Motor Theory and Applications



Services ATS offers SPRAT, OSHA, and ANSI compliant access consulting. Our advanced rope access team can solve unique issues using the latest techniques and equipment. Our experts include CWI and API inspectors who work safely and efficiently using practical knowledge of application techniques and code integration. Rope access technicians are also trained in several NDT methods, such as UT and radiography. Our team can thoroughly inspect hard to reach areas and report accurate and complete information. Common Applications Include: Façade Inspections Instrument Installation Repairing Concrete Installing Sealant Rope Access Training Training ATS offers 5-day certification courses for hands-on, intensive rope access training. Learn how to tie knots, maintain equipment, combine anchorages, and follow rescue protocol according to relevant regulations and standards. Our certified technicians teach techniques and best practices at our custom facility. Students who pass the course qualify to perform rope access work professionally. Training Includes: SPRAT Certification Level I, II, and III Technical Training



RTS provides predictive technology services to industrial and commercial clients. They use nondestructive monitoring techniques to determine the current condition of clients' machines. Their qualified and certified technicians perform a full range of equipment reliability testing. RTS also offers training to clients with established predictive maintenance programs. ATS acquired Reliability Testing Services in 2018. On-Line Motor Testing Eccentricity Power Quality Snap-Shot Rotor Testing Thermography Electrical Surveys Mechanical Surveys Skin Surveys Thermographic Testing Motor Circuit Evaluation Motor Circuit Evaluation Polorization Indexing Standard AC Motor Test Vibration Analysis Detecting Potential Machine Component Failure Before the Failure Occurs Vibration-Based Condition Monitoring Vibration Monitoring Services Training Services AC/DC Theory and Applications Infrared Thermography PdM Program Implementation Synchronous Motor Theory and Applications Vibration Analysis Balancing/Alignment Failure Prevention Machine Reliability Passive Ultrasonics Electrical Faults Mechanical Faults Passive Ultrasonic Listening Reliability Testing Condition Monitoring Services Multiple Technologies Short and Long Term



Applied Technical Services provides ITAR compliant testing services for evaluating military equipment and defense-related articles. Our military testing capabilities allow our lab to evaluate systems’ and subassemblies’ electrical, mechanical, and material characteristics, including environmental durability to help determine their code compliance and overall equipment reliability. ATS maintains the rigorous security standards required to safely manage military contractors’ sensitive data, design, cost, and performance analysis. We test to stringent MIL-STD specifications to ensure client materiel stands up to the severe challenges in rigorous conditions. We systematically manage, advise, and guide your entire military testing program. ATS aids in the design, developmental, and performance stages within the regulatory restrictions of ITAR compliant testing services. Our testing capabilities, expert technicians, and engineers implement various methods to meet the demands of the defense industry. Common Mil-STD Testing Capabilities MIL-STD-810 MIL-STD-202 MIL-STD 202G MIL-STD 810G MIL-PRF-85285D MIL-A-8625 RTCA/DO-160G Common ATS Testing Services Calibration Chemistry Failure Analysis Environmental Simulation Materials Testing Mechanical Testing Metallurgy Nondestructive Testing Common Military Testing Methods and Capabilities Altitude or Low Pressure High Temp Low Temp Temperature Shock Contamination by Fluids Sunshine (Solar Radiation) Rain Humidity Salt Spray / Salt Fog Sand and Dust Immersion Acceleration Vibration Shock Pyroshock Gunfire Shock Temperature, Humidity, Vibration, and Altitude Synergy Icing / Freezing Rain Freeze / Thaw Mechanical Vibrations of Shipboard Equipment (Type I and Type II) ATS: An ITAR Compliant Testing Services Company The U. S. International Traffic in Arms Regulations (“ITAR”), 22 C. F. R. pts. 120-130, which are administered by the U....



The importance of independent and objective testing of United States military and defense-related equipment and technology demands that the U. S armed forces’ systems and weapons are ready for use. Applied Technical Services provides Department of Defense testing in accordance to ITAR regulations. ATS performs testing to strict Military Standards (MIL-STD) specifications while following ITAR’s rigorous regulatory requirements for process and procedural compliance. ATS’ capabilities support, manage, and direct testing programs for defense institutions, companies, and contractors. Our ISO/IEC 17025:2017 (A2LA) Accredited testing lab incorporates a multitude of disciplines to conduct military testing services. Our materials testing, mechanical testing, environmental simulation, calibration laboratory, and nondestructive testing divisions each offer testing or calibration services to relevant MIL-STD specifications. Common Mil-STD Testing Capabilities Weld Testing and Certification 248D — Weld and Brazing Procedure and Performance Qualification 1595A — Qualification of Aircraft, Missile, and Aerospace Fusion Welders 2219 — Fusion Welding Aerospace Applications *Many MIL-STD specifications for weld qualification have been replaced by AWS and AMS Standards. ATS tests in compliance with those standards as well. Environmental Testing 810G — Environmental Laboratory Considerations and Laboratory Tests Electrical Testing 202G Method 301 — Dielectric Strength 202G Method 302 — Insulation Resistance 1344A Method 3004. 1 — Contact Resistance Nondestructive Testing 1689A — Fabrication, Welding, Inspection of Ships’ Structure 2035A — Nondestructive Testing Acceptance Criteria *Many MIL-STD specifications for NDT have been replaced by NAVSEA, ASTM, and NAS Standards. ATS tests in compliance with those standards as well. ATS’ military testing protects vital information, technical...



Applied Technical Services is now included on the list of ITAR registered companies. ITAR stands for the International Traffic in Arms Regulations. The United States Department of State oversees these regulations and their control on any items intended for military end-use or defense-related applications. ITAR controls the exports of these sensitive items. Defense contractors require many companies handling their materiel to be ITAR registered and comply with the government regulated security procedures in place for the following categories. Categories of Items Controlled Include: Aircraft and Related Articles Ammunition Armament and Guns Articles, Defense Services Not Otherwise Enumerated, and Technical Data Classified Articles, Defense Services Not Otherwise Enumerated, and Technical Data Directed Energy Weapons Fire Control, Imaging, Laser, and Guidance Equipment Firearms, Close Assault Weapons, and Combat Shotguns Gas Turbine Engines and Associated Equipment Ground Vehicles Materials and Miscellaneous Articles Military Electronics Military Training Equipment and Training Mines, Bombs, Rockets, Torpedoes, Guided Missiles, Launch Vehicles, and Ballistic Missiles Nuclear Weapons-Related Articles PPE Propellants, Explosives and Energetic Materials, Incendiary Agents, and Their Constituents Spacecraft and Related Articles Special Naval Equipment and Surface Vessels of War Submersible Vessels and Related Articles exToxicological Agents About Applied Technical Services Applied Technical Services was founded in 1967 and has since established an excellent reputation amongst the many industries we serve. We provide high-quality testing, inspection, and consulting engineering services. ATS works with clients both nationally and internationally. Our experts staff several well-equipped labs at our various locations and regularly perform on-site jobs. Services Include: Calibrations Engineering...



Applied Technical Services is on the prestigious list of ITAR registered companies as a multidisciplinary testing provider. Our labs perform a wide array of services compliant with ITAR security requirements, qualifying ATS to help defense contractors ensure materiel meets the United States military’s stringent standards for arms and equipment. We offer a comprehensive suite of military testing capabilities to provide our clients with a reliable partner, available to aid them in every step of validating the user reliability of their product. Some of the ITAR-compliant testing services we perform for our clientele include: Environmental Testing This branch of testing determines the subject’s resistance to a variety of environmental stimuli, from heat to vibration to humidity to barometric pressure. By requesting environmental testing, clients can rest assured that their product will stand up to the rigorous conditions they can expect it to encounter. Clients can also make adjustments based on our recommendations, improving their design until it performs to requirements. We regularly perform the following environmental testing methods on defense articles: Abrasion Accelerated Life Cycle Adhesion Altitude Color Cyclic Corrosion Drop Flammability Gloss Ingress Protection Salt Spray Thermal Cycling Thermal Shock Ultraviolet (QUV) Vibration / Shock Xenon Weathering Chemical Analysis While also useful for design validation, ATS’ chemical analysis services applicable to military testing more pertain to verifying the chemical makeup of materials. Our labs can verify the composition of metal alloys, identify the makeup of polymer samples, determine the presence of organic contaminants, and quantify each of these constituent elements...



Applied Technical Services serves as a multidisciplinary testing, inspection, and consulting engineering provider on the list of ITAR certified companies. Government regulation demands that companies handling information regarding United States materiel and/or defense articles be ITAR-registered. This stringent regulation outlines security measures that relevant parties must enforce to ensure the information does not make its way to bad actors or foreign agents. ATS has registered with ITAR and complies with these restrictions to better serve the defense industry through our wide array of capabilities that apply to the military sector. ATS' ITAR-Related Capabilities Our breadth of services sets ATS apart from others on the list of ITAR registered companies. Our robust portfolio of ITAR-certified testing services allows us to support clients who produce defense articles from the design stage, through process validation, beyond production, and on into preventive maintenance and failure analysis. We offer the following types of testing to the noted MIL-STD specifications: In-Lab Testing Electrical Testing Dielectric Strength* — 202G-301 Insulation Resistance* — 202G-302 Contact Resistance** —1344A-3004. 1 Environmental Testing Altitude or Low Pressure* — 810 (Method 500) Procedure I, II, & III High Temp* — 810H (Method 501) Low Temp* — 810H (Method 502) Temperature Shock — 810G-503. 5 Contamination by Fluids — 810G-504. 1 Sunshine (Solar Radiation) — 810G-505. 5 Rain — 810H (Method 506) Humidity* — 810H (Method 507) Salt Spray / Salt Fog* — 810H (Method 509) Sand and Dust — 810G-510. 5 Immersion — 810G-512. 5 Acceleration — 810G-513. 6 Vibration* — 810H...



ATS Offers ITAR Compliant Services We serve clients in the defense industry while ensuring the security of their information. The sensitivity of the information at play when serving the defense industry requires special measures to ensure their intelligence remains secure. ATS registered our headquarters to ITAR and maintains compliance with these strict guidelines. Our breadth of expertise sets us apart from other ITAR-compliant service providers: take a look at some of our credentials below to see how we already serve the defense industry.



Thank You for Your Submission! An ATS representative will reach out to you shortly regarding your request. Below is a list of our departments that showcases the broad scope of our testing capabilities:



Offering VT, UT, MT, PT, ET, RT, and Thermography Services for Aviation Clients Since 2012 Aviation Technical Testing, LLC (also known as AvTech) performs nondestructive testing services for clients in the aviation industry. Founded in the Twin Cities in 2012, these NDT experts inspect every structural component of client aircraft: from fuselage chords to wing spars to pickle forks. AvTech is a certified FAA repair station serving clients in the commercial, business, and private aviation community. AvTech Services Inspections Fan Blades Jet Engines Wing Spars Pickle Forks Fuselage Methods Visual Inspection (may Include Borescope) Eddy Current Inspection Ultrasonic Testing Liquid Penetrant Testing Radiography Inspection Training ASTM Level III Trainer In-Class and On-the-Job Training Qualify for Certification Quickly



Military Veterans and Applied Technical Services Applied Technical Services recognizes the sacrifices that our Veterans have made to ensure our way of life. Beyond their commitment to our country, we appreciate these individuals’ inclination to continue their service in their civilian communities; they demonstrate higher rates of voting, volunteering, making charitable donations, and communicating with public officials than nonmilitary citizens. Furthermore, the discipline, commitment, and experience that separating service members bring to the civilian job market make them invaluable additions to any organization. Sadly, this same subset of our workforce suffers from higher unemployment rates because of certain difficulties inherent to the process of transitioning back into civilian life. ATS does what we can to support our Veterans by employing personnel with a history of military service. Our Commitment to Veteran Employment We commit ourselves to give back to this exceptional group of people — made up of active and retired servicemen and -women, National Guard members, reservists, and military families — by providing and promoting Veteran employment opportunities within our company. Our hiring managers understand the various ways that applicants’ military experience translates into skills relevant to civilian employment, and work with service members to find the best organizational fit with ATS. We lay the groundwork for service members’ growth within our company by supporting their ongoing education and certification, helping to bridge any gap between the relevant skills they gained during their service and the skills applicable to their new positions. ATS seeks to provide not just jobs...



NOW OFFERING PAID NDT INTERNSHIPS ATS, Accomplished NDT Inspection Company, Hiring for NDT Intern Jobs Announcement Date: June 4, 2019 Paid Internship - NDT Marietta, GA Full-Time Targeted Recruitment Area: Local to Marietta, GA ALL APPLICANTS MUST BE ENROLLED IN COLLEGE OR UNIVERSITY AND BE LOCAL TO OUR CORPORATE OFFICE IN MARIETTA, GA. ALL Applicants must complete a drug screen and have a valid driver’s license with a clean driving record to be considered for these positions. Get the Training You Need to Become a Certified NDT Technician Starting Today Applied Technical Services Inc. (ATS) is a world-class, technologically advanced consulting and engineering firm with extensive testing and inspection capabilities. With headquarters in Marietta, GA and over 20 branch offices and over 750 employees scattered throughout the US, ATS has established an excellent reputation within the commercial, industrial and legal communities for taking a closer look with our metallurgy, materials testing, chemical analysis, non-destructive testing, forensic and consulting engineering, fire and explosion investigations and calibration services. Our vision is to become the industry leader in providing expert consulting engineering, testing, and inspection services. Summary We are actively seeking interns to support our NDT Outage Department during the Fall 2019 Outage Season. This is a great opportunity to gain experience and knowledge in the field of NDT. As an intern you will train with Certified, Trained NDT Technicians in the field and work with top notch personnel. Duties and Responsibilities Interns will be responsible for assisting with inspections and supporting customers...



Support Jobs and Administrative Employment Opportunities Support Opportunities: Applied Technical Services accepts resumes year round for entry-level and experienced technicians. Our non-destructive testing professionals provide practical, hands-on solutions in mechanical integrity and reliability services for clients in the pulp and paper, chemical, and pharmaceutical industries, among others. Who We Are: Applied Technical Services, LLC (ATS) is a premier provider of high quality testing, engineering and inspection services. We are committed to providing our customers with the utmost in technical competence and integrity. Why Choose ATS: Our employees are the most valued assets of our company, essential participants with a shared responsibility in fulfilling our mission as a premier provider of high quality testing services. ATS strives to take care of its employees by providing a healthy and safe work environment. We offer: Competitive salary and benefits Paid Holidays Paid Time Off In-depth Training Programs Innovation and Technology Equal Employment Opportunity: ATS is firmly committed to a workplace free of discrimination, harassment, and retaliation. It is our policy to recruit, hire, train, and promote on the basis of merit, experience and other work related criteria without regard to race, color, religion, age, sex, national origin, disability, veteran status, sexual orientation, or any other legally protected status. Customer Focus: We must meet the needs of our customers by providing high quality services at a competitive price in a timely manner. We measure our success by having satisfied customers, repeat business, referrals and sales growth.



Now Hiring for Various Calibration Jobs Applied Technical Services is currently accepting applications for numerous jobs within Calibration services Who We Are: Applied Technical Services, LLC (ATS) is a premier provider of high-quality testing, engineering and inspection services. We are committed to providing our customers with the utmost in technical competence and integrity. Why Choose ATS: Our employees are the most valued assets of our company, essential participants with a shared responsibility in fulfilling our mission as a premier provider of high-quality calibration services. ATS strives to take care of its employees by providing a healthy and safe work environment. We offer: Competitive salary and benefits Paid Holidays Paid Time Off In-depth Training Programs Innovation and Technology Equal Employment Opportunity: ATS is firmly committed to a workplace free of discrimination, harassment, and retaliation. It is our policy to recruit, hire, train, and promote on the basis of merit, experience and other work-related criteria without regard to race, color, religion, age, sex, national origin, disability, veteran status, sexual orientation, or any other legally protected status. Customer Focus: We must meet the needs of our customers by providing high quality services at a competitive price in a timely manner. We measure our success by having satisfied customers, repeat business, referrals and sales growth.



Scientist Jobs and Employment Opportunities Scientist Opportunities: Applied Technical Services accepts resumes year round for entry-level and experienced scientist technicians. Our science professionals provide practical, hands-on solutions in chemical analysis, materials testing, metallurgy, mechanical testing, environmental testing, and failure analysis investigation for clients in the aerospace, automotive, chemical, consumer product, military, pharmaceutical, pulp and paper, and nuclear industries, among others. Our clients are located throughout the US, with some (30-50%) travel required. Ability to obtain government-issued security clearances is required for some clients. Who We Are: Applied Technical Services, Inc. (ATS) is a premier provider of high quality testing, engineering and inspection services. We are committed to providing our customers with the utmost in technical competence and integrity. Why Choose ATS: Our employees are the most valued assets of our company, essential participants with a shared responsibility in fulfilling our mission as a premier provider of high quality testing services. ATS strives to take care of its employees by providing a healthy and safe work environment. We offer: Competitive salary and benefits Paid Holidays Paid Time Off In-depth Training Programs Innovation and Technology Equal Employment Opportunity: ATS is firmly committed to a workplace free of discrimination, harassment, and retaliation. It is our policy to recruit, hire, train, and promote on the basis of merit, experience and other work related criteria without regard to race, color, religion, age, sex, national origin, disability, veteran status, sexual orientation, or any other legally protected status. Customer Focus: We must meet the needs of our...



Third Party Testing and Inspections Company ATS is a top choice for those seeking a reputable, independent third-party testing and inspection company. Our technical experts, consisting of engineers, metallurgists, chemists, fire and forensic investigators, and nondestructive testing and calibration professionals, perform accurate and objective tests and evaluations. We are intimately familiar with many popular industry testing and inspection standards and regulations. ATS provides these tests and inspections out of their ISO 9001:2015:2015 registered headquarters in Marietta and, many branch offices. We also travel nationally and internationally to client sites on a regular basis. Service Details Our Experts Certified Inspectors (API, CWI, NACE) Certified NDT Experts (Level I, II, and III) Chemists Electrical Engineers Investigators Mechanical Engineers Metallurgists Professional Engineers, P. E. Reliability Engineers Scientists Structural Engineers Welding Engineers Industries Served Aerospace Automotive Chemical Commercial Properties Communications Construction Consumer Products Defense Healthcare Insurance / Legal Life Science Manufacturing Oil / Gas Power Generation Pulp & Paper Analysis Chemical Analysis Failure Analysis Finite Element Analysis Metallurgical Analysis Calibrations Avionic Tools Mechanical Tools Electronic / Electrical Tools Environmental / Thermal Tools Standards Lab Certified Inspectors API Inspectors Certified Weld Inspectors — CWI ICC Inspectors NACE Coating Inspectors Engineering Consulting Engineering Mechanical Engineering Materials Engineering Structural Engineering Safety Engineering Reliability Engineering Reverse Engineering Welding Engineering Engineering Services Commercial Services Industrial Services Inspections 3D Inspections Camera Inspections CT Inspections Commercial Roof Inspections Dimensional Inspections Fall Protection Inspections First Article Inspections ICC Inspections NDT Inspections Tank Inspections Weld Inspections Investigations Forensic Investigations Testing Additive Manufacturing Testing...



Engineering Jobs and Employment Opportunities Engineering Opportunities: Applied Technical Services accepts resumes year-round for entry-level and experienced engineers. Our engineering and non-destructive testing professionals provide practical, hands-on solutions in mechanical integrity and reliability services for clients in the pulp and paper, chemical, and pharmaceutical industries, among others. Ideal candidates will possess the following: Strong safety awareness in a variety of industrial settings BS in engineering or engineering technology and PE license a plus Experience in operations, plant engineering, or maintenance/reliability Familiarity with API and ASME construction codes Certifications in API inspection standards Strong oral and written communications skills, with the ability to interact with all levels of customer representatives Good organizational and project management skills



NDT Jobs and Employment Opportunities NDT Opportunities: Applied Technical Services accepts resumes year round for entry-level and experienced technicians. Our non-destructive testing professionals provide practical, hands-on solutions in mechanical integrity and reliability services for clients in the pulp and paper, chemical, and pharmaceutical industries, among others. Our clients are located throughout the US, with some (30-50%) travel required. Ability to obtain government-issued security clearances is required for some clients. Who We Are: Applied Technical Services, LLC (ATS) is a premier provider of high quality testing, engineering and inspection services. We are committed to providing our customers with the utmost in technical competence and integrity. Why Choose ATS: Our employees are the most valued assets of our company, essential participants with a shared responsibility in fulfilling our mission as a premier provider of high quality testing services. ATS strives to take care of its employees by providing a healthy and safe work environment. We offer: Competitive salary and benefits Paid Holidays Paid Time Off In-depth Training Programs Innovation and Technology Equal Employment Opportunity: ATS is firmly committed to a workplace free of discrimination, harassment, and retaliation. It is our policy to recruit, hire, train, and promote on the basis of merit, experience and other work related criteria without regard to race, color, religion, age, sex, national origin, disability, veteran status, sexual orientation, or any other legally protected status. Customer Focus: We must meet the needs of our customers by providing high quality services at a competitive price in a timely manner....



Please enable JavaScript in your browser to complete this form. If you have questions, please call... 1-888-287-5227 Customer InformationDate of RequestCompany NameStreet AddressCity *State / Province / Region *Zip CodeCountry *Contact PersonFirstLastEmail *Phone Number *Fax Number Test Sample InformationDepartment to Perform TestingSelect a DepartmentCalibrationChemistryMetallurgyMechanical TestingPlastics TestingElectrical TestingEnvironmental TestingVibration/Thermal AnalysisNDT AviationNDT LabConsulting EngineeringIT ConsultingPO/Job Number (if one already opened)Date DueServicesExtended Services (Over 7 Business Days — as applicable)Standard Service (5 to 7 Business Days)Expedited Service (2 to 3 Business Days — 50% surcharge)Urgent Service (24hrs — 100% surcharge)ATS Contact (if known)FirstLast Requested TestTest to be Requested(Validation of customer provided, non-standard test methods must be specifically requested)How many different items will you be sending? Selected Value: 1 Quantity of ItemDescription of Item*Quantity of Item #1Description of Item #1*Quantity of Item #2Description of Item #2*Quantity of Item #3Description of Item #3*Quantity of Item #4Description of Item #4*Quantity of Item #5Description of Item #5*Quantity of Item #6Description of Item #6*Quantity of Item #7Description of Item #7*Quantity of Item #8Description of Item #8*Quantity of Item #9Description of Item #9**MSDS must accompany any liquid, powder, or potentially hazardous material submitted ReportsHow Do You Want to Receive Reporting? *EmailOtherEmail for Reporting *Specify Other Method * Sample(s) Disposal After TestDisposal InstructionsDiscard / Destroy after ATS prescribed disposal timeReturn to Sender(please complete information below — cost for returning samples will be included on final invoicing if not information provided) Return Shipment InformationShipment MethodChoice 4UPS Next Day — Early AMUPS Next Day AirUPS Next Day SaverUPS 2nd Day AMUPS 3rd...



ATS Continues To Expand On The West Coast With The Acquisition Of International Inspection, Inc. Exciting news for the ATS family and friends: as of September 2018, Applied Technical Services (ATS) has acquired International Inspection, Inc. New Emission Chamber The Chemistry Lab has expanded our automotive testing capabilities to include chamber emission (VOC) testing. Building a Bigger, Better Commercial Services Department Plenty of exciting news to share for the Commercial Services department this year! Calibrations 2018 — A Year in Review Calibrations enjoyed a fantastic 2018, managing to grow both the scope of their capabilities and annual revenue. Automotive Testing – Future Expansion In October 2018, ATS attended the Automotive Expo in Novi, MI, to market our full-service automotive testing package. 25 Years Helping Customers Gain an Edge over the Competition 2019 will mark Abel Solutions’ 25th Anniversary. A2LA Re-Accreditation Congratulations to ATS Marietta for successfully completing the re-accreditation process for ISO 17025. ATS Reliability Services 2018 was an exciting year for Reliability Services, with the addition of several employees to the group and the opening of an ATS regional office in Bangor, Maine. ATS Employee Authors Book ATS encourages employees to join or participate in various professional committees and societies to stay informed of industry trends. New Computed Tomography (CT) Scanner ATS has installed a new CT scanner in the Metallurgy, Failure Analysis, and Metrology groups at the Marietta Headquarters.



NOW HIRING FOR MECHANICAL ENGINEERS IN ALEXANDRIA, VA ATS, a thriving Engineering Firm established in 1967, has multiple Mechanical engineering jobs to be filled immediately Announcement Date: January 1, 2019 Consulting Engineers Alexandria, VA Full-Time Targeted Recruitment Area: Washington DC and 100 Mile Radius Around Alexandria, VA Applied Technical Services Inc. (ATS) is a world-class, technologically advanced consulting and Engineering firm with extensive testing and inspection capabilities. With headquarters in Marietta, GA and over 20 branch offices and over 750 employees scattered throughout the US, ATS has established an excellent reputation within the commercial, industrial and legal communities for taking a closer look with our metallurgy, materials testing, chemical analysis, non-destructive testing, forensic and consulting engineering, fire and explosion investigations and calibration services. Summary Our Commercial Services Dept. is currently seeking several Full Time Consulting Engineers with a Bachelor of Science in Mechanical, Civil or Structural Engineering or Engineering Technology. The Commercial Services department specializes in the design, inspection, testing and installation of suspended access and fall protection equipment on commercial buildings and industrial facilities. Responsibilities Hands-on engineering Meet clients and generate proposals for inspections, testing and installations Perform inspections on suspended access and fall protection equipment in accordance with OSHA, ANSI, IWCA and ASME requirements Manage load testing and equipment installation projects from start to finish Perform engineering calculations on equipment and structures Generate design drawings and specifications Manage subcontractors assisting with installations Generate certification reports Requirements Bachelor of Science in Mechanical, Civil Engineering, Structural Engineering, or Engineering Technology,...



Applied Technical Services, Inc Effective Date: January 1, 2008 Privacy Policy Our Privacy Policy is designed to assist you, businesses, consumers and the general public, in understanding how we collect and use the personal information you provide to us, and to help you make informed decisions when using our web site and all of our related services therein.   Contact Information To request a correction or deletion of your private information, or if you have any questions and general comments about this privacy policy, please contact us: Surface Mailing Address Applied Technical Services1049 Triad CourtMarietta, GA 30062Tel: 770-423-1400 What Information Do We Collect? When visiting our website, you may provide us with personal information you voluntarily choose to disclose that is collected on an individual basis.   Personal Information You Choose to Provide Registration Information You will provide us information about yourself, your firm or company, and your practices when you register to be a user of our services, register for certain services, or register for e-mail newsletters and alerts.   E-mail Information If you choose to correspond with us via e-mail, we may retain the content of your e-mail messages together with your e-mail address and our responses.   How Do We Use the Information That You Provide to Us? Generally, we use personal information for purposes of managing and expanding our business activities, providing customer service and making available other products and services to our customers and prospective customers. Occasionally, we may also use the information we collect...



Empowering Your Journey to Success At ATS, we don't just provide services; we partner with you to ensure your products and systems exceed your expectations for quality, safety, and reliability. Our team of top experts, each committed to excellence, and our cutting-edge facilities offer innovative solutions tailored to your unique needs. Join us, and together, we'll turn challenges into opportunities, delivering certified peace of mind and helping you achieve success in every project. Connect With Us Today Diversity in Expertise Our family of companies represents a powerful alliance of industry leaders, each bringing unique strengths and innovations to the ATS network. By integrating these exceptional firms, we enhance our capabilities and broaden our reach. Explore Partnerships When You Need to Be Sure SGS and ATS: Growing Together We are pleased to announce that Applied Technical Services LLC (ATS) has officially joined SGS, the world’s leading testing, inspection, and certification company. ATS will continue to operate as normal, with no change to our brand or the high standards, expertise, and service continuity you expect.   Additionally, this partnership will provide the following benefits for you and your business: Expanded capabilities across testing, inspection, and certification services  Access to a broader national and global network backed by deep technical expertise  Go to SGS site How ATS Meets Customer Needs Compliance with Standards We perform all services in strict accordance with relevant standards and specifications. Timely Professional Services We ensure that our services are delivered promptly and professionally. Clear & Accurate Data We provide...



Company Videos ATS Company Video Aviation Inspection Calibrations Chemical Analysis Company Overview Computer Solutions Consulting Engineering Consumer Product Testing Environmental Testing Fall Protection and Suspended Access Fire Investigation Forensic Engineering Industrial Rope Access Mechanical Testing Metallurgy and Failure Analysis NDT Outages NDT Services Nondestructive (NDT) Training Reliability Services Seismic Qualification Triaxial Seismic Qualification Testing



Company PDF Brochures Additive Manufacturing Automotive Testing Automotive VOC Emissions Testing Aviation Inspections Avionics Calibration Calibrations Chemical Analysis Commercial Services Company Overview Company Services Computed Tomography Consulting Engineering Defense & Military Services Digital Radiography Dimensional Inspection Eddy Current Electrical Testing EMI/EMC Testing Engineering Services Environmental Testing Failure Analysis Faro Arm CMM Forensic Services Industrial Rope Access Joint Investigations Lightning Protection Materials Testing Mechanical Testing Metallurgy NDT Field and Lab NDT Outages NDT Overview NDT Pulp and Paper NDT Training Nuclear Industry Oil & Gas Services On-site CMM Calibration Plant Failure Analysis Polymer Testing Power Generation Precision Equipment Sales Product Investigations Product Testing Quality Assurance Reliability Engineering Safety Engineering Seismic Testing Structural Engineering Tank Inspection Ultrasonic Testing Visual Inspections



ATS Careers Applied Technical Services accepts applicaitons year-round for both entry-level and experienced professionals See Current Openings Overview Looking to grow in your career? Working at Applied Technical Services offers diverse career opportunities in the testing, inspection, and certification (TIC) industry. Our company values employee growth and providing team members the opportunity to develop their skills and expertise as they progress in their careers. We invite candidates pursuing excellence to apply with us today! View Job Listings Early Career Kickstart your career with TIC industry experience and growth opportunities. Professional Develop your expertise in a varied and rewarding work environment. Leadership Perfect leadership skills with a burgeoning leader in the TIC industry. Transitioning Military Leverage your skills in a supportive, mission-driven civilian role. Core Career Fields Bringing your expertise to bear ATS provides opportunities in a variety of fields supporting a diverse client base. We hold our employees as our most valued assets, essential participants with a shared responsibility in pursuing our purpose of creating a safe and reliable world. ATS welcomes you to join in our goal; check out the broad career fields below to explore where you best fit in to the team. Scientists Our lab professionals serve clients of numerous industries, ranging from consumer product to nuclear, with chemical and failure analysis, metallurgy, materials, mechanical, and environmental testing capabilities. Learn More Inspection Our Nondestructive Inspection professionals provide hands-on solutions in mechanical integrity and preventative maintenance for clients in the aerospace, pulp and paper, chemical, power generation, and...



Our Industries ATS is a materials testing and consulting engineering firm with extensive testing and inspection capabilities serving numerous industries including Aviation/Aerospace, Automotive, Construction, Consumer Products, Defense, Nuclear, Oil and Gas, Power Generation, Pulp and Paper, and Telecommunications. We uncover facts in Metallurgy and Materials Testing, Chemical Analysis, Nondestructive Testing, Forensic and Consulting Engineering, Fire and Explosion Investigations, and Calibration Services.



Dedicated Roof and Hydro-Solutions, LLC Established in 1997 and serving clients nationally, ATS Company Dedicated Roof and Hydro-Solutions, LLC. (DRH) has become a leading expert in roofing solutions and building envelope consulting services. ATS acquired DRH in 2016. TYPES OF DRH ROOFING SERVICES Roof Consulting Investigate Causes Of Roof Failures Knowledge of Roofing Options Clear Solutions for Inherent Problems Repair and Restoration Project Management Registered Roof Consultants Certified Experienced Experts RRC - Registered Roof Consultant CEM - Certified Energy Manager FRCI - Fellow of RCI, Inc Building Envelope Consulting Exterior Walls Roofs Fenestrations (Openings in Structures) Clerestories Subgrade Walls, Pits, and Parking Garages Infrared Roof Moisture Surveys Nondestructive Testing Building Envelope Scans ASTM C1153 ANSI/SPRI/RCI NT-1 Electrical Capacitance/Impedance



ATS' Nadcap NDT Accredited Services Among the various certifications Applied Technical Services (ATS) has received, the Nadcap NDT (Nondestructive Testing) accreditation signifies an achievement that represents ATS’ mission for continuous process and quality improvement. Nadcap's cooperative approach validates the technical competency of ATS experts in complying with the most rigorous aerospace standards. Prosperity of Nadcap The Nadcap NDT accreditation is an indicator of an accomplishment strongly correlated with the fundamental core values of ATS. Nadcap standards are defined by industry experts, designing audit curricula based on the best-proven practices in adjuncts with decades of hands-on industry experience. Through Nadcap, the aerospace industry demands consistency and the refinement of processes to ensure that fundamental quality standards are met. ATS is committed to following Nadcap NDT standards throughout our mission to uncover the solutions necessary for client service excellence. Specifics of Scope The specific Nadcap NDT standards met are listed below: AC7114 Rev. K: NDT Suppliers Accreditation AC7114S Rev. L: NDT Suppliers Accreditation Program (S-U17 Sikorsky) AC7114/1 Rev. J: NDT Testing Facility Penetrant Survey AC7114/1S Rev. K: NDT Penetrant Suppliers Accreditation Program (S-U17 Sikorsky) AC7114/2 Rev. J: NDT Magnetic Particle Survey Nadcap is an integral part of the supplier management system of most of the world’s aerospace manufacturers and is not only designed to manage a cost-effective consensus approach to auditing and certifying special processes and products, but to provide continual improvement within the aerospace industry. Proficiency in Nadcap regulations allows ATS to present actionable insights to its clients. About Applied Technical...



ATS knows how difficult it is to gain Nadcap accreditation; We offer the support of our Nadcap consultants to help clients through the process. Suppliers and Accreditation Nadcap is the leading worldwide cooperative program of major aerospace companies designed to manage a cost-effective consensus approach to special processes and products and provide continual improvement within the aerospace and defense industries. As an internationally recognized organization, Nadcap sets quality assessment standards and industry best practices for aerospace and defense manufacturing. Administered by the Performance Review Institute (PRI), Nadcap operates through industry consensus which is decided by respected experts from each facet of production. Because of the precision demanded by these industries, suppliers must meet rigorous auditing requirements to achieve their Nadcap accreditation; the process takes months of preparation and meticulous documentation that can prove overwhelming. Having gone through the process ourselves, Applied Technical Services understands how difficult it can be to attain Nadcap accreditation. To serve those who also specialize in non-destructive testing (NDT), we offer the support of our NAS410 Level III certified Nadcap consultants to help clients navigate the waters of the accreditation process. ATS can help you to avoid many of the most common findings and maximize your benefit throughout the audit while minimizing overall costs to your business. List of Services In the interest of providing a comprehensive array of services to our clients, ATS’ consultants assist with all phases of the Nadcap accreditation process. Companies seeking Nadcap accreditation or re-accreditation may reach out to ATS for...



ATS: Nadcap Approved Suppliers Nadcap (National Aerospace and Defense Contractors Accreditation Program) is an industry-managed approach to conformity assessment of 'special processes'. ATS is proud to be listed as one of the Nadcap Approved Suppliers within several of our service industries. Nadcap Approved Suppliers follow procedures in the workplace considered to be definite of “the highest benchmark”, guaranteeing favorable client satisfaction resulting from adherence to the Nadcap requirements. Nadcap accreditation validates ATS’s mission in sustaining the premium quality of the services we have to offer. A Vital Component Suppliers seeking Nadcap accreditation must go through a mandatory auditing process to receive accreditation. The Performance Review Institute (PRI) administers the Nadcap program. This auditing process includes a Nadcap Task Group, which is a group of individuals with expertise in the service industry seeking accreditation. The Nadcap Group then conducts a two (2) to five (5) day audit, in which Nadcap standards outline specific requirements to be met. A mission of Nadcap is to seek continuous improvement, allowing the company to complete non-conformance reports to address issues observed in the audit by suppliers. The company is approved and awarded accreditation when all non-conformance reports successfully are completed. Everlasting Benefits For ATS, the definition of Nadcap accreditation translates into joining the pinnacle of quality standards across service industries. The standardization process assures security first, guaranteeing that excellent materials and meticulous processes are abided by to prescribe the value of trustworthiness for all. ATS believes being a Nadcap Approved Supplier allows us to maintain...



ATS: A Nadcap Accredited Company Applied Technical Services (ATS) provides inspection and testing services that are sanctioned by leading accredited and certified authorities. After successfully meeting the requirements of a comprehensive and demanding process capability assessment audit conducted by the Performance Review Institute (PRI), ATS has earned National Aerospace and Defense Contractors Accreditation Program (Nadcap) accreditation for NDT and Materials Testing Services. Nadcap Accreditations NDT Certificate Our current certificate grants our Marietta, GA facility the authority to perform NDT scope such as liquid penetrant and magnetic particle, inspections to Nadcap Standards. Materials Testing Certificate The Materials Testing scope includes covers our Salt Spray corrosion testing capabilities performed in our Marietta, GA lab. Quality Assurance Program Applied Technical Services, Inc. (ATS) located in Marietta, GA was first granted NADCAP Accreditation for Nondestructive Testing in 2012 for PT, MT, and RT (film). ET was added in 2014 as well as UT in 2016 to accommodate our client’s needs. Our latest authorization by the Nadcap Management Council was awarded in 2017 for Materials Testing. Our laboratory technician’s backgrounds have expertise and certifications in all of the NDT methods and Materials Testing scopes. We provide expeditious response time on testing and inspection of our client demands. Our accomplished and renowned audit history affirms the prominent level of our entrenched Quality Assurance Program. ATS's Quality System maintains standard compliance with the recognized quality assurance programs for the various industries for which we perform testing and inspection services.



The Nadcap Accreditation is viewed as the “pinnacle” of accreditation within the technical services industry. Accreditation from Nadcap is a distinct honor, acting as the guarantee to ATS’s mission in delivering high-quality services. The recognition of ATS’s technical superiority in its abidance with the Nadcap accreditation standards allows ATS to obtain a strong position relative to other companies. For ATS, the Nadcap accreditation means being represented as an industry leader, looking forward to growing with clients seeking effective solutions. Achieving Accreditation For a company to receive one of the seventeen special process disciplines of Nadcap Accreditations, an audit process must be conducted to administer the industry in which the company is seeking accreditation in. A group of individuals from the Performance Review Institute (PRI), ranging from contractors to government representatives, monitor the specific Nadcap accreditation requirements within the industry. To ensure mishaps are addressed according to accreditation requirements, the group requires a five-step action plan in correcting responses observed during the audit process. ATS is delighted to operate underneath the accreditation requirements, as it assures ATS functions in accordance with Nadcap standards. Opportunities for Advancement Although the Nadcap Accreditation seeks to standardize “special processes” that are integral to the materials testing services offered by ATS, the accreditation ensures efficient practices are adopted to help increase client satisfaction. ATS strives to improve value enhancing activities to reach the best optimal solution. Operating under Nadcap accreditation standards allows ATS to maintain its commitment to quality, integrity, and professionalism. About Applied Technical Services...



ATS - A Prime Nadcap Certified Supplier ATS is one of the few Nadcap Certified Suppliers throughout a variety of inspection and testing service industries. As a Nadcap certified supplier, ATS demonstrates its ongoing dedication to the basic need of advancement within engineering, inspection, and testing services. Upon the validation of the Performance Review Institute (PRI) audit process, the Nadcap certification allows ATS to enhance its commitment to quality and professionalism within the aerospace field. Certified Merit Nadcap Certified Suppliers are deemed leaders within the aerospace industry. Although the integral mission is to “manage a cost-effective approach” to the auditing process, Nadcap’s actual value exceeds what is observant at face value. Certified Suppliers recognize and act under standards defined by industry experts, adhering to stringent requirements to guarantee uniformity in tailored solutions. Being an industry-managed program, Nadcap ensures customers are represented at each level within its organizational structure. From the tactical to the technical, Nadcap ensures innovation throughout its standards. Advantageous for All The aerospace industry without Nadcap refers us to a world of unknown effectiveness in aerospace auditing. Nadcap Certified Suppliers are industry-recognized professionals, undergoing a strict audit process to evaluate followed procedures. For each Nadcap criteria not recognized or correctly followed, a Nonconformance Report (NCR) will be issued. The company must then determine the root-cause and corrective action processes to all NCRs before accreditation is granted. Although “perfect” performance is coveted, NCRs attract attention to processes that require prime consideration. About Applied Technical Services (ATS) Since 1967, Applied...



A Nadcap Certified Company Applied Technical Services (ATS) is proud to be among the few service providers recognized on the Nadcap Certified Companies List. ATS’s Nadcap accreditation validates our capacity in performing a variety of service offerings within stringent industry standards. Certified components of specific procedures are considered by Nadcap to reaffirm ATS’s commitment to quality, integrity, and professionalism within our range of diversified laboratory services. Industry Significance The introduction of Nadcap in 1990 was an approach aimed at systematizing the procedures followed for services offered by ATS and other companies to the aerospace industry. Certified personnel within the service field, including government representatives and prime contractors, conduct an audit process with a list of requirements to ensure the Nadcap-defined quality assurance measures are satisfied. ATS’s accreditation validates that the specific processes utilized are in accordance with the highest standards defined by the given industry, resulting in superior services offered to our customers compared to other companies. A Qualified Provider Nadcap’s accreditation program allows ATS the opportunity to maintain a conscious approach to the development of our quality assurance in the details of the services we offer. Being certified secures efficiency and ensures cost-effective approaches are adopted within the special process quality systems. ATS possesses a team of multi-disciplined, motivated problem solvers, equipped with the essential technical and analytical capabilities, to deliver the solutions vital for customer satisfaction. About Applied Technical Services (ATS) In 1967, Applied Technical Services (ATS) established itself to be a leading provider of consulting engineering, testing,...



Applied Technical Services Nadcap Certification ATS is a company within the engineering, testing, and inspection market that is proud to receive the Nadcap Certification across our multiple service offerings. The Nadcap Certification is an accreditation given to companies who specialize in services within the aerospace sector, allowing specific certification criteria to be used to evaluate the procedures and practices followed. The earning of this certification validates our mission to professionalism and excellence in providing high-quality services that meet the rigorous Nadcap requirements. Hard Facts The Nadcap Certification seeks to provide a platform for ATS to continual improvement by having qualified companies operate under one common standard. Safety and continuous improvement are the interacting characteristics of the certification, looking to advance the quality assurance our clients seek. Companies seeking to obtain this certification must undergo a meticulous audit process conducted by the Performance Review Institute to assure that all Nadcap processes are being followed. It is only with great honor that ATS has received certification from PRI for operating under these benchmark standards. Value Adding Across Industries ATS places the utmost importance on advancement towards our goal of ever-changing quality assurance for services provided to our clients. ATS is proud to have met these requirements within numerous service offerings, including Nondestructive Testing (Magnetic Particle and Penetrant) and Materials Testing (Salt Spray Corrosion). Our ability to display and perform under Nadcap requirements allows ATS to ensure the best practices are followed to help our clients find the solutions they need. About Applied...



Established Nadcap Aerospace industry standards are widely considered as the “upper echelon” of specific auditable processes. The aerospace industry necessitates consistency in accordance with specifications to uphold the vital components of quality and safety. ATS’ materials and non-destructive testing services are distinct in nature, with crucial attention required to ensure conformity to obligatory Nadcap standards. A Commitment to Success Upholding the complementary goals of safety and quality is at the core of becoming Nadcap certified. To receive accreditation, an audit conducted by the Performance Review Institute (PRI) must be coordinated to verify compliance with industry-specific criteria. Nadcap audits confirm the employment of methodologies, which result in actionable, customer-oriented solutions. ATS has the technical capacity to make a difference for clients through the wide array of services provided. What Lies Past Nadcap? The influence of Nadcap through the Aerospace industry is tremendous. Within Aerospace, it has become more commonplace for clients to require Nadcap accreditation as part of business requirements. Nadcap accredited companies are regarded as abiding by superior technical qualifications in comparison to non-accredited companies. ATS’ Nadcap accreditation in various laboratory service offerings confirms the integrity, professionalism, and qualification of ATS experts in defending the mission of our Quality System Standards. About Applied Technical Services (ATS) Upon its founding in 1967, Applied Technical Services (ATS) has been a leading provider of a range of engineering, inspection, and testing services. ATS employs a wide range of industry experts to take the extra step in uncovering practical solutions for our clients. Customer...



With ATS’ continued excellence in providing high-quality Materials Testing services, it is only natural that several service offerings have received the Nadcap AC7101 accreditation. The AC7101 accreditation places an inspiring distinction on the zeal of ATS to continue its mission in adding unrecognized value to our client services. AC7101 Essentials The AC7101 accreditation is an industry-managed program, recognizing ATS with expertise in the process and quality control standards followed throughout several Materials Testing services. AC7101 accreditation is granted upon an audit, which is conducted by the Performance Review Institute (PRI). The completed audit is presented to the appropriate Nadcap Task Group for approval. A Nadcap Task Group is a group of experts who focus on enhancing the quality and the procedures performed to ensure Nadcap accreditation remains technically robust. Any issues identified must be resolved via a Nadcap Non-Conformance Report, in which AC7101 accreditation is granted upon the completion of all NCRs. Scope of Certification The introduction of Nadcap in 1990 was to ensure certain quality control and standardization measures were in place for aerospace service providers seeking Nadcap accreditation. ATS’s AC7101 accreditation scope covers Nadcap criteria between AC7101/1 to AC7101/7, including Materials Testing (Salt Spray Corrosion) and Nondestructive Testing (PT & MT). The Nadcap accreditation validates ATS’ commitment to continuously refine the process and quality control standards of its services. About Applied Technical Services (ATS) Applied Technical Services (ATS) was founded in 1967, grounded in the importance of providing consulting engineering, testing, and inspection services across multiple industries. ATS...



ATS has earned accreditations for offering Nadcap NDT services to the aerospace industry. Our current certificate grants our Marietta, GA facility the authority to perform liquid penetrant, magnetic particle, eddy current, and film radiography inspections to Nadcap Standards. Service Details: Corrosion Testing General Corrosion Stress Corrosion Chemical Analysis Al, Fe, Ni Base Alloys AES or OES Elemental Analysis S/A- OES X-Ray Fluorescence (XRF) Hardness Testing Rockwell Vickers Mechanical Testing Lab Hardness High Cycle Fatigue Fracture Toughness Impact Machining Services Tensile Weld Testing Metallurgy Lab Case Depth Grain Size Metallographic Evaluations Microindentation Hardness Near Surface Examinations (IGA, IGO) NDT Liquid Penetrant Magnetic Particle Weld Evaluations Electron Beam / Laser Welds Fusion Welds Resistance Welds Welding Operator Qualifications



Commitment to Quality and Excellence At ATS, we refuse to compromise on our commitment to quality. We take a closer look at the details to ensure that we deliver the highest quality services to our customers. Our continuous pursuit of quality improvement is guided by measurable objectives and the active involvement of every team member. With ATS, you get a whole organization dedicated to quality enhancement processes. ATS Quality Policy Our policy is to exceed customer expectations by providing services that adhere to applicable standards and specifications. We pride ourselves on delivering professional, timely services with clear and accurate data. Our team consists of qualified, well-equipped, and engaged employees who are integral to our quality improvement initiatives. The ATS Quality System is a cornerstone of our operations, enabling us to implement our Quality Policy effectively and consistently enhance the quality of our services. How ATS Meets Customer Needs Compliance with Standards We perform all services in strict accordance with relevant standards and specifications. Timely Professional Services We ensure that our services are delivered promptly and professionally. Clear & Accurate Data We provide precise and transparent data to support your decision-making processes. Qualified Team Our employees are highly trained, properly equipped, and fully engaged in delivering quality services. Certifications & Standards Qualifications You Can Trust Quality System Standards ATS’s Quality System is compliant with the recognized quality system standards for the various industries for which we perform testing and inspection. Testing and inspection services provided by ATS within our Quality System...



ATS' Nadcap NDT Testing Services Applied Technical Services (ATS) provides Nadcap NDT testing and inspection services that are backed by advanced accreditations and certifications. After meeting the expectations of a thorough and stringent audit conducted by the Performance Review Institute (PRI), ATS has earned accreditations for offering Nadcap NDT testing services to the aerospace industry. Our current certificate grants our Marietta, GA facility with the authority to perform liquid penetrant, magnetic particle, eddy current, and film radiography inspections per Nadcap standards and requirements. Nadcap Accredited To demonstrate our continued commitment to quality, ATS has been successful in achieving Nadcap accreditation for Nondestructive Testing. Although ATS employees have been performing nondestructive tests for years in several office locations and flying all over the world performing NDT in the field for customers, in 2012 the Marietta location earned their initial Nadcap Accreditation granting their Super Lab the authority to perform liquid penetrant, magnetic particle, and film radiography. In 2016 we expanded our accreditation to include eddy current and ultrasound inspections. "Compliance via Nadcap accreditation is a milestone in demonstrating manufacturing excellence. " said Joe Pinto, Executive Vice President and Chief Operating Officer at the Performance Review Institute. "By obtaining Nadcap in Nondestructive Testing, ATS has proved to the industry that they are committed to quality and aerospace safety. " Our Background with Nadcap Compliance and Accreditation Applied Technical Services, Inc. (ATS) located in Marietta, GA was first granted accreditation to perform Nadcap NDT Testing in 2012 for PT, MT, and RT (film)....



Applied Technical Services' expertise and dedication to excellence in consumer product testing have earned us a place on the list of CPSC-approved labs. What is the CPSC? The U. S. Consumer Product Safety Commission is responsible for protecting the public from unreasonable risks of serious injury or death posed by many types of consumer products. The CPSC has a commitment to protecting consumers and families from products that pose a fire, electrical, chemical, or mechanical hazard or can injure children. The CPSC's work to ensure the safety of consumer products has contributed to the 30 percent decline in the rate of deaths and injuries associated with consumer products over the past 30 years. CPSC and Children's Consumer Goods One important area of focus for the CPSC is the safety of toys and children’s consumer goods. To address this requirement, the Consumer Product Safety Improvement Act of 2008 empowers the CPSC to impose testing and documentation requirements. It also sets acceptable levels of several hazardous substances. The law imposes requirements on manufacturers, distributors, and importers of toys, apparel, shoes, personal care products, accessories and jewelry, home furnishings, bedding, toys, electronics and video games, books, school supplies, and educational materials. The CPSIA also increases fines and specifies jail time for some violations. In addition to children's toys and products, ATS can also test baby products for restricted and banned chemicals. California Proposition 65 Testing California Proposition 65 (Prop 65) continues to be an evolving list of chemicals regulated in the state of...



About Our Training Courses Applied Technical Services provides comprehensive training and certification services across a selection of disciplines critical to supporting numerous industries. Our course offerings encompass nondestructive testing, rope access, mechanical integrity, and reliability training. Each program complies with applicable industry standards to ensure students leave our class equipped with the knowledge and know-how to enhance safety, efficiency, and reliability in their respective fields. Whether you want to expand your expertise or ensure compliance with industry standards, ATS training solutions are designed to meet your specific needs. Pick Your Courses Training Disciplines Explore our training courses below and take the next step toward professional development. Trust our comprehensive training and certification services to help you unlock new career opportunities and personal growth.   Nondestructive Testing Liquid Penetrant Method for finding surface flaws over broad area using visible dye Learn more Ultrasonic Used to detect flaws at or near surface using properties of sound waves Learn more Radiography Method for viewing subsurface flaws using X-ray technology Learn more Rope Access Sprat Level I Introductory course covering essential knots, safety, and movement skills Learn more SPRAT Level II Secondary course covering rescues and leading newer technicians Learn more SPRAT Level III Mastery course covering overseeing worksites and designing systems Learn more Reliability Failure Causes Focus on techniques to find equipment failure's root causes Learn more Failure Modes Focus on mechanisms to find effects of equipment failure Learn more Preventative Measures Focus on best practices that help prevent failure to begin with...




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Precision at the Smallest Scale In additive manufacturing (AM), precision often begins long before a part takes shape on the build platform. In the world of 3D printing, that foundation lies in the powder itself—the raw material that can influence how smoothly a manufacturing process runs and how consistent the final product may ultimately be. Metal powder testing plays an important role in evaluating this feedstock by assessing characteristics such as particle size, shape, flow behavior, and chemical composition to help determine whether it aligns with defined production requirements.   When conducted in accordance with industry standards, these methods can provide manufacturers with greater confidence that each batch of powder meets established criteria intended to support reliable, repeatable results. Spanning industries such as aerospace and automotive, as well as products ranging from medical devices to consumer goods, effective powder testing supports process efficiency, regulatory compliance efforts, and the integrity of additively manufactured parts.   Titanium in Medical Device Manufacturing  Imagine a medical device manufacturer preparing to produce titanium implants using additive manufacturing, for example. Titanium’s strength-to-weight ratio and biocompatibility make it a preferred material for a variety of applications, but its reactivity also means it can be sensitive to environmental conditions during handling and reuse. After several print runs, the production team notices minor variations in part density and surface finish. Upon further investigation, laboratory testing of the titanium powder could reveal slight shifts in particle size distribution or oxygen content resulting from multiple reuse cycles.   This scenario illustrates a common challenge in additive manufacturing: even small...



Marietta, GA — The Applied Technical Services Family of Companies (FoC) is enhancing its comprehensive regulatory and testing capabilities to support medical device manufacturers seeking FDA 510(k) clearance for Class II devices, including surgical navigation instruments.   Navigation technologies such as tracked bone preparation and implant delivery instruments, reference arrays, optical and electromagnetic guidance tools, and integrated software systems are widely used in orthopedic, spine, neurosurgical, and dental procedures. These platforms combine precision-engineered hardware with advanced software and real-time imaging to support procedural accuracy and consistency. Navigating the FDA’s 510(k) pathway requires a clearly defined regulatory framework supported by objective evidence that demonstrates safety, performance, and technological comparability.   ATS delivers 510(k) consulting services for navigation systems and other critical medical devices, guiding manufacturers through device classification, product code confirmation, predicate identification, gap assessments, applicable standards and FDA guidance review, submission preparation, and regulatory correspondence.   Through our integrated laboratory systems, ATS also works with manufacturers to align their regulatory strategy with applicable performance validation requirements.   By combining regulatory insight with technical testing capabilities, ATS supports navigation instrument manufacturers in managing risk, developing well-supported submissions, and advancing efficiently through the FDA review process toward U. S. market clearance.   For more information on our full range of 510(k) consulting services, visit our website or give us a call at +1 (888) 287-5227.



Applied Technical Services is proud to offer comprehensive course preparation for both the Industrial Radiography Radiation Safety Personnel (IRRSP) and Texas State Radiographer Certification exams. Our courses are designed to support licensed and assistant radiographers at every stage of their professional journey. We prioritize exam readiness by combining structured coursework with targeted review materials that align directly with certification requirements. Our instructors bring a wealth of industry experience and a deep understanding of IRRSP and Texas State exam standards, enabling them to instruct students on radiation safety, imaging best practices, and regulatory compliance. ATS offers both a 40-hour radiation safety course and a 3-day exam-prep course to train IRRSP technicians from the ground up and to equip students for their certification exam, respectively. Students can both attend their course and take their exam at our Pearson VUE-approved Marietta facility. We help candidates approach their exams with confidence, competence, and a clear path toward professional credentialing. Schedule your IRRSP course preparation with ATS today!



We are pleased to announce that ATS is now part of SGS, the world’s leading testing, inspection, and certification company. ATS, known across the U. S. for technical excellence and advanced technologies, has built a strong and respected reputation through decades of expertise.  Our combined capabilities enable our organization to deliver more comprehensive, end-to-end solutions to clients across the energy, electronics, infrastructure, aerospace, manufacturing, legal, and insurance sectors. ATS will continue operating under its existing brand. The ATS name, reputation, and market presence remain intact, and clients can expect the same high standards, expertise, and service continuity they rely on today. What This Means for Our Clients Expanded capabilities across testing, inspection, and certification services Access to a broader national and global network backed by deep technical expertise No disruption to service. Your existing ATS and SGS contacts remain the same Continued focus on reliability and turnaround times, with increased opportunities for innovation Stronger support for safety, quality, compliance, and operational performance Frequently Asked Questions Will my current services or contracts change? No. All existing services, contracts, pricing, and terms remain unchanged. Will my primary contacts stay the same? Yes. You will continue working with your current ATS and SGS contacts. Will there be any disruption to ongoing projects? No. All current projects will continue without interruption. What new benefits does this bring to my organization? You gain access to a broader portfolio of services, expanded technical expertise, and a larger national and global network, all designed to support your evolving needs. Where can I...



Applied Technical Services (ATS) is honored to receive the 2025 Collaboration Excellence Award for our partnership in supporting Win-Tech’s manufacturing goals. As one of the company’s top suppliers, our calibration, testing, and NDI teams played a critical role in helping Win-Tech meet its customers’ needs over the past year. “We truly value as a trusted supplier and are grateful for the positive relationship we have built together,” said Allison Giddens, Win-Tech President of Operations. “It is suppliers like you who help us achieve our goals and uphold the standards of excellence that our customers expect from us. ” This recognition reflects our commitment to reliability, performance, and consistency. Through proactive communication and dedication to quality results, ATS has become a trusted part of Win-Tech’s operations. “We look forward to continuing our successful partnership and achieving even greater accomplishments together in the future,” states Allison Giddens. About Applied Technical Services With over 50 years of experience, ATS is committed to providing quality testing, inspection, calibration, and consulting services. The ATS Family of Companies (FoC) operates in accordance with our ISO 9001:2015-registered quality management system, ensuring our ability to meet even the most rigorous client requirements. Our laboratories also maintain several ISO/IEC 17025:2017 accreditations, demonstrating our labs’ commitment to delivering competence and consistency.



In aviation maintenance, ground support equipment (GSE)—such as aircraft jacks and lifting slings—is commonly used to lift, stabilize, and support aircraft during inspections and servicing. These tools help maintenance teams carry out their work efficiently and can contribute to managing risk for both personnel and equipment. Because this equipment is used frequently and may be exposed to environmental elements, organizations often consider periodic evaluation to better understand its ongoing condition. Many maintenance programs incorporate routine load testing as part of their equipment management strategy. In some cases, manufacturers might recommend testing at defined intervals, while other organizations establish internal policies that include periodic evaluation as an added layer of oversight.   Why Load Testing Matters  Load testing can help provide insight into how lifting devices appear to be performing at the time of evaluation. It helps support several objectives, including but not limited to:  Quality assurance: Contributing to internal safety and reliability efforts by helping identify potential concerns before equipment is returned to service.   Manufacturer recommendations: Assisting clients in addressing testing intervals suggested by equipment manufacturers.   Liability management: Offering documentation that equipment has been evaluated by an independent laboratory.   Efficiency, Consultation, and Customization  At Applied Technical Services (ATS), we provide load testing services for ground support equipment used by many types of organizations, including those operating corporate and small-jet aircraft. We also support customers across various industries with similar testing needs.   A typical evaluation includes data acquisition (such as load-versus-time measurements) and photographic documentation of observed...



— — Applied Technical Services (ATS) is proud to recognize the outstanding accomplishments of its Resident NDT/Inspection team supporting SABIC—BURKVILLE, Ala. —one of the world’s leading petrochemical manufacturers. For 13 consecutive years, the ATS team has delivered high-quality onsite inspection services, earning multiple annual SABIC Safety Excellence Awards. These ongoing achievements highlight their unwavering commitment to safety, reliability, and performance.   Since establishing a permanent presence at the SABIC facility in 2012, the ATS resident team has played a critical role in maintaining the integrity and reliability of plant operations. Their work spans a full suite of nondestructive testing and inspection services, supporting SABIC’s ongoing efforts to achieve zero-incident performance and ensure uninterrupted production.   “The culture is safety above all,” said Austin Barfoot, ATS Project Manager. “The bar is always being set a little higher, and our team understands that our work directly impacts the safety of the plant and everyone in it. ”  In addition to their ability to adapt to changing industry standards and a shared commitment to the site’s performance, the team has supported plant operations by creating a culture of trust and respect that strengthens their credibility on site. ATS inspectors have completed major turnarounds and long-term reliability programs—all while maintaining an exceptional safety record recognized annually by SABIC leadership, with only one first-aid incident in 13 years.   “Our relationship has grown stronger over the years because ATS consistently goes the extra mile to support the plants—even nights and weekends,” said Mike Stockman, Inspection...



Safer Heights Begin with Strong Anchors  From washing windows atop city skyscrapers to performing maintenance on commercial buildings, the safety of at-heights workers depends on rooftop anchors. These devices provide secure connection points that may function independently or integrate with other fall protection systems or other exterior access systems.   But these systems aren’t “set it and forget it” equipment. Over time, exposure to the elements, roof repairs, and general wear and tear may affect their condition and performance. That’s why annual Roof Anchor Inspections aren’t just best practice—they’re an Occupational Safety and Health Administration (OSHA) safety requirement that protects thousands of maintenance and construction professionals every year.   Applied Technical Services (ATS) helps clients safeguard their teams, facilities, and operations through engineering-backed Roof Anchor Inspection and Certification programs promoting safety, compliance, and peace of mind.   Proactive Protection from the Top Down  Regular roof anchor inspections can play a critical role in identifying issues before they lead to safety incidents. Picture a scenario involving a large municipal sporting facility preparing for renovations. The stadium requires certified anchor points for contractors and technicians working on lighting, signage, and general maintenance. During a scheduled inspection, a team of ATS-certified inspectors and engineers identified several anchors showing signs of wear and reduced performance during preliminary testing. Following the evaluation, the team replaces four anchors and installs six new anchors to improve system coverage. Each modification is reviewed and approved by a Licensed Professional Engineer (P. E. ), providing a stamped report to...



Metallic automotive materials, from the tow hitch on a pickup truck to the chrome trim on a luxury vehicle, must perform consistently through a range of service environments to be successful. Some conditions challenge these materials more than others, such as those found in coastal regions like Florida, where the high salt concentration in the air can affect metals up to 50 miles inland.   Take a convertible built for beach cruising in Miami, for example, where constant humidity and ocean breezes saturate the air with salt year-round. After a few years, owners notice aesthetic issues: metal fixtures rusting, underbody coatings bubbling, and interior electronics corroding due to exposure when the roof and windows are down. The likely oversight? The manufacturer neglected Salt Spray Testing during material validation.   Without effective corrosion testing, even otherwise well-designed components can degrade rapidly in salt-heavy environments. These seemingly minor issues—from corroded stereo parts to plating or coating systems—can develop into premature failures that may lead to increased maintenance costs, warranty claims, or brand reputation challenges. Salt spray testing, when performed by a trusted environmental simulation provider, can help identify such weaknesses before production. Proven Testing for Real-World Conditions  Salt Spray Testing (SST) simulates years of exposure to corrosive stimuli in a matter of days or weeks. Components are placed inside controlled chambers that subject them to a salt fog solution replicating the corrosive effects of coastal climates, road salt, and industrial atmospheres.   Salt Spray Testing is used to:  Evaluate coatings like paint,...



Real-World Resilience: the Value of Xenon Arc Testing When it comes to vehicle design, appearance, and performance, manufacturers rely not only on engineering but also on how well materials withstand real-world environmental conditions once they leave the factory floor. Imagine an automotive manufacturer releasing a new SUV designed for nationwide use without validation testing for high-sunlight service environments. The vehicle performs well at launch, but some customers begin noticing faded dashboards, hazed headlights, and cracking trim within a few years. These issues extend beyond aesthetics as warranty claims rise, replacement parts become more frequent, and online reviews warn buyers to “stay away” due to premature wear and safety concerns. How did this happen? The manufacturer skipped Xenon Arc Testing during validation. The dashboard polymers and headlamp lenses, while cost-effective, were never exposed to the sunlight, heat, and humidity cycles commonly experienced in extreme environments — from hot, arid deserts to humid coastal region. This situation might have been prevented if proactive Xenon arc testing had been conducted to identify potential issues before the vehicles were released to the public. The Closest Thing to Real Sunlight Xenon lamps expose samples to the full solar spectrum — UV, visible, and infrared — and combine them with heat, humidity, and even water spray. This method’s realism can be particularly important for automotive components that face a complex range of stimuli throughout their service lives. That’s why Xenon Arc Testing is widely recognized as an effective method for evaluating how materials—both in automotive and...



Risk, Reliability, and Readiness In today’s automotive landscape, electric vehicles (EVs) aren’t just for a niche market of eco-conscious drivers; they’re a core part of the automotive industry. When it comes to powering the next generation of EVs, batteries are the heart of these machines. Yet with great power can come great risk. Imagine an automotive manufacturer preparing to launch its highly anticipated electric SUV. Thousands of vehicles are expected to hit the roads within months, making rigorous quality checks critical. During pre-market validation, advanced battery testing reveals a subtle defect in a single cell—an irregularity in heat dissipation that, under real-world driving conditions, could have resulted in thermal runaway. If left unaddressed, the flaw could have escalated to thermal propagation, causing heat to spread throughout the battery pack and posing risks to performance and safety. Because the issue was caught early, engineers were able to adjust manufacturing parameters and strengthen cell-level safeguards before a single vehicle left the production line. Instead of dealing with recalls or reputational harm, the manufacturer launched with confidence, knowing every battery pack had passed the highest level of scrutiny. It’s a powerful example of how proactive testing ensures not only compliance, but also trust, safety, and long-term success in the EV market. Certification and Support: A Vital Shield Against Failures and Recalls  With proper testing, automotive manufacturers can detect weaknesses early, which may prevent instances like the scenario above, with the goal of delivering safer, more reliable EVs. Advanced battery analyses can be a...



Weld testing is more than just checking off boxes for compliance—it’s about safeguarding the reliability, repeatability, and safety of welded parts across a variety of industries. Visual inspections can catch surface issues, but more advanced weld testing techniques are necessary to reveal hidden flaws that compromise performance, such as porosity, inclusions, or lack of fusion.   Macro Etch Testing in Action Consider a scenario where a manufacturer produces welded components for heavy equipment assemblies, relying on high-quality welds to ensure performance and durability. Even though the welded materials appear sound during visual inspection, they send a sample to our lab for quality testing to reveal any issues that may not be immediately apparent. Our technicians section the metal into smaller samples, prepare these cross-sections for assessment, and perform macro etch examinations to reveal flaws beyond the surface. Under magnification, the etched profiles display areas of incomplete fusion to the root of the joint and small pockets of porosity—hidden flaws that may have affected joint performance if left unaddressed. Early detection allows the client to adjust welding procedures, welding technique, and correct the affected joints to meet compliance. This proactive approach can help reduce costly rework and support the delivery of code-compliant materials designed for long-term performance.   Fillet weld showing complete fusion to both vertical and horizontal members Macroetch evaluation on the cross-section of dissimilar base metals Macroetch on a resistance weld Fillet weld showing porosity — gas or air that gets trapped inside the weld bead during solidification Our...



Fatigue, Failure, and Fallout When something goes wrong with a critical metallic component, manufacturers and engineers need the right answers, fast. Whether dealing with a broken fastener, a corroded pipeline, or premature wear, metallic failures pose risks that extend beyond isolated parts. They threaten your business’s profitability, productivity, safety, and reputation. Failure analysis can serve as an essential first line of defense against shutdowns, legal issues, and potentially dangerous errors. Many failures are typically preventable through proactive testing and correctable through failure analysis. Corrosion and fracture are the most common failures we see in our lab, often driven by design flaws, processing issues, and unexpected service conditions. These failures don’t just damage components; they can cause avoidable downtime, costly liability, and repeat issues if not properly diagnosed and remediated. Conducting metallurgical analyses, such as microstructure, composition, corrosion, and/or hardness testing, is essential for quality assurance. These checks can help ensure that components meet design specifications and material requirements. But what are the consequences of overlooking metallurgical testing? Imagine a scenario where a crew member performing routine maintenance on a wind turbine notices several broken bolt heads on the ground. To determine the root cause of the issue, the samples are sent to our lab for failure analysis. Scanning electron microscopy reveals an intergranular fracture surface morphology, indicating a hydrogen embrittlement failure mechanism. In this scenario, it would be determined that failure stemmed from an insufficient plating process. High-strength steel fasteners can experience delayed fractures within a few days after installation...



Additional Mechanical Testing, Metallurgy, and Failure Analysis Capabilities to Come Colorado Springs, CO. (August 27, 2025) — Our ATS Colorado Springs, CO location, formerly Empirical Technologies, is expanding its testing scope to include a variety of mechanical testing, metallurgy, and failure analysis capabilities to its list of offerings. The list of methods below corresponds with the standards to be added to their ISO/IEC 17025:2017 scope of accreditation upon completion of their upcoming audit: Hardness Testing Rockwell, Brinell, Vickers Microhardness Testing Case and Decarburization Depth Ferrite Percent in Stainless Steels Grain Size Image Analysis Inclusion Evaluation Microstructure of Graphite in Iron Metal and Oxide Coating Thickness IGA Susceptibility Pitting and Crevice Corrosion Resistance Failure Analysis SEM/EDS While the Colorado Springs lab remains a Center of Excellence for the mechanical testing of medical devices, their new slate of capabilities empowers this lab to deliver service excellence to a broader array of industries beyond the life science sector. Their additional offerings contribute to the network at large by expanding the number of facilities that can perform these methods throughout the ATS Family of Companies. Please help us congratulate the Colorado Springs location on their new capabilities and wish them speedy approval in their accreditation audit!



In precision-driven industries, accurate calibration is essential for quality, safety, and compliance. ATS leads the way with three innovative calibration solutions tailored to diverse business needs: lab services, on-site services, and embedded third-party calibration labs. Before reviewing these solutions, here’s why ATS is the right partner for your calibration needs. These best-in-class qualities at ATS are rooted in each of our solutions. Calibration Service Solutions 1. Lab Calibration Services: Precision and Certification for Essential Instruments For companies requiring calibration of anywhere from a few to several hundred precision instruments, our lab calibration services provide your ideal solution. With numerous ISO/IEC 17025:2017 accredited lab locations across the US, we calibrate thousands of pieces of equipment daily. Our labs process many categories of equipment, including mechanical, electrical, and environmental. Our state-of-the-art standards lab provides services to a wide range of regulatory standards set by organizations such as ANSI, NCSL, ISO, IEC, and EN. Some of the most stringent industries, like medical and aerospace, trust our lab experts to process their equipment. When it comes to dimensional inspections or measurements, our CMM and Computed Tomography labs deliver critical insights into parts and components. 2. On-Site Calibration Services: Convenience and Efficiency at Your Location Recognizing the logistical challenges and production downtime associated with sending equipment out for calibration, the company offers on-site services. This option is perfect for calibrating large or immovable instruments like ovens and hipots, as well as more common tools located at the client's facility. It is also suited for businesses...



The Pressure of Planned Downtime Power stations of all sorts share a few common threads. Whether coal, hydroelectric, or nuclear; base-, intermediate-, or peak-load; providers are dedicated to delivering safe, reliable power to end users. Keeping the plant running safely requires ongoing maintenance. The downtime scheduled for inspections, repairs, testing, and calibration—essential to ensure facility safety and efficiency—can prove costly if not managed well. Every minute not producing energy represents lost revenue, yet management cannot allow shortcuts or risk the safety of their personnel. The demands of their regular duties strain their ability to design and coordinate the ideal outage, while the inexperience of some third-party contractors' talent pools can make execution challenging. Given these factors, we believe power station management could benefit from ATS’ support. Outages should be as efficient and painless as possible to quickly return plants to normal, safe operations. Power Through Downtime with Expert Shutdown Management Project Services, a member of the ATS Family of Companies, is a downtime management specialist that works alongside industrial facilities to ease the burden of planned shutdowns. Our team of trustworthy, effective outage veterans has decades of experience coordinating the time, teams, and resources in play during these maintenance windows. They have likely seen and worked through the problems clients will face during their downtime, so they know how to proactively correct or prevent issues. Our shutdown management group helps minimize downtime by managing communications between teams and ensuring contractors have everything they need, including the materials and the understanding,...



In the power generation industry, ensuring the reliability of the turbine components is paramount. To this end, Veracity, a member of the ATS Family of companies, partners with plant managers and maintenance teams to establish a comprehensive borescope inspection program that plays a crucial role in risk mitigation. These inspections offer a non-invasive look into the turbines without dismantling and can help mitigate the risk of unexpected downtime and costly equipment failures. The Plan: Thorough and Proactive Borescope Inspections Even the best-run facilities face challenges. Gas turbine components have a finite lifespan and the ability to detect service-induced defects early is key. Early detection can minimize downtime and repair costs, help prevent catastrophic fatigue-related failures, and increase operational revenue. Our approach is simple yet effective and distinguishes us from our competitors. Step 1: Schedule Routine Inspections. Establish recurring inspections tailored to meet the goals of both the owner and the OEM. Utilizing advanced borescopes and leveraging our seasoned technicians, we conduct a thorough inspection of your turbines, focusing on the service bulletins and fleet inspection data our 20-plus years of borescope experience. Our inspections don’t just focus on what was seen last time but more importantly, they provide a 100% new evaluation of all components as if it was our first time looking at the unit. Upon completion of the inspection, you will gain the confidence that comes from a comprehensive understanding of your equipment's condition. Step 2: Utilize Our Expert Inspectors. With extensive experience and specialized knowledge and training...



California Assembly Bill 347 California Assembly Bill 347 empowers the Department of Toxic Substances Control (DTSC) to enforcement the requirements outlined in numerous PFAS related bills. The bill also establishes registration requirements for products affected by the bill. The legislation enables the DTSC to enforce regulations on products under the following categories, apparel and textiles (AB1817), plant based food packaging (AB1200), and juvenile products (AB 652). To comply with the bill, manufacturers impacted by the legislation must register with DTSC on or before July 1, 2029. They must also list acceptable PFAS test methods on their website for the convenience of third-party labs. Enforcement of California Bill 347 begins on July 1, 2030. California Assembly Bill 2515 California Assembly Bill 2515, also known as Take All Menstrual Products-PFAS Out Now (T. A. M. P. O. N) was signed into law, creating PFAS registration requirements and restrictions. Beginning January 1, 2025, menstrual products cannot be manufactured, sold, or distributed if they’re known to contain PFAS. Manufacturers are required to register with the DTSC on or before January 1, 2029, and post acceptable PFAS test methods on their website by January 1, 2027. California State Bill 1266 California State Bill 1266 expands the Health and Safety Code’s restrictions of bisphenol A (BPA) as of January 1, 2026. The bill increases the age restrictions for BPA related products targeting young consumers and adds additional products to the scope BPA restrictions. As of January 1, 2026, it will be illegal to manufacture, distribute, or...



On April 18, 2024, the U. S. Federal government proposed a PFAS-related bill introducing new oversight and accountability measures for entities that use PFAS and manufacture PFAS products. The Highlights of H. R. 8074 (S4187) The bill is divided into numerous sections, each detailing initiatives, actions, roles, and responsibilities present in the proposed bill. Section 101: NASEM Studies Section 101 highlights an agreement for the NASEM to evaluate the various uses of PFAS and classify them as essential or nonessential. Section 102: The Phasing Out of Nonessential PFAS Uses This section details the annual reporting requirements for manufacturers and users as they detail how they’re complying with the demands of the plan to eliminate any nonessential uses of PFAS within 10 years. Section 103: US PFAS Policy Section 103 establishes the U. S. policy restricting PFAS while empowering federal agencies to assist in achieving the goal. Section 104: Phasing Out PFAS Release and Disposal This section prohibits PFAS manufacturers and users from disposing of PFAS in quantities that exceed the established threshold. Section 105: PFAS for Research This establishes the right to release PFAS for research and development purposes, given that it doesn’t pose a significant risk to the environment or humans. Section 106: EPA Inspections, Monitoring, and Entry Section 106 requires that manufacturers allow the EPA access to their records and facilities so that the EPA can monitor their activities. Section 107: EPA Enforcement Section 107 grants the EPA the right to enforce restrictions on those who fail to...



Bisphenol S California’s Office of Environmental Health Hazard Assessment (OEHHA) has added Bisphenol S, commonly called BPS, to their Proposition 65 list of restricted chemical compounds. In the wake of emerging research indicating that exposure to BPS compounds caused female reproductive toxicity, the state’s Developmental and Reproductive Toxicant Identification Committee (DARTIC) requested relevant information to justify its inclusion on the Prop 65 list. After separate periods of data collection and public comment, DARTIC met and unanimously voted that a host of “scientifically valid testing according to generally accepted principles” clearly showed that BPS causes female reproductive toxicity. BPS was thus added to the Prop 65 list, effective December 29, 2023. The warning requirement for BPS exposure goes into effect on December 29, 2024. Warning Requirements Proposition 65 is a consumer protection law that requires businesses to clearly label products and environments that would expose the public to compounds known to cause cancer, birth defects, or other reproductive harm. The OEHHA has outlined the general format of these warnings, which must include the following: Warning symbol Word “Warning” Name of components Type of harm Link to more information Click here to see more examples of Prop 65 warning statements: https://www. p65warnings. ca. gov/businesses/sample-warnings-and-translations-businesses. Prop 65 BPS Testing with ATS Applied Technical Services has broad expertise in performing both BPS and Prop 65 compliance testing. Our chemical analysis division uses advanced instrumentation to detect BPS compounds at industry-leading sensitivities and works with clients on product formulation strategies to help comply with regulatory...



The ATS Family of Companies is thrilled to announce that our Marietta location’s calibration lab has expanded its capabilities. Our newly purchased Harwood deadweight tester enables us to calibrate pressure systems with increased accuracy and repeatability. The Harwood deadweight tester calibrates ultra-high-pressure gages and pressure transducers up to 180,000 PSI, maintaining an accuracy of 0. 4 percent. About Harwood Deadweight Testers Hardwood deadweight testers are precision instruments that are highly effective at calibrating pressure measurement equipment. Harwood deadweight testers have numerous benefits and capabilities, including: Traceable measurements and accuracy Durability Portability for use in-lab and on-site Suitability for calibrations involving a wide range of pressure instruments Calibrations at Applied Technical Services The ATS Family of Companies provides precise and competitively priced inspection, calibration, and repair services, benefiting companies in numerous industries. We’re committed to ensuring that our services keep pace with our clients’ demands, so we continuously invest in new instruments and technologies, such as our newly acquired Harwood deadweight tester. Please call +1 (888) 287-5227 to learn more about our expanded UHP capabilities.



Announcing the Purchase of Amphion Analytical Engineering Adding Engineering Expertise to the Family of Companies Marietta, GA. (October 3, 2024) — Applied Technical Services (ATS) is proud to announce the purchase of substantially all of the assets of Amphion Analytical Engineering, P. A. in Charlotte, NC. The addition of Amphion’s capabilities expands our team of experts by adding API certifications and more licensed Professional Engineers to our Mechanical Integrity team, along with increasing our presence in the tire manufacturing, chemical, and pharmaceutical end markets. As a result, customers will benefit from increased support for solving quality, safety, and reliability challenges throughout their operations. As we continue our purpose to create a safe and reliable world, the new team will be led by Mark Ellis, Director of Mechanical Integrity. Engineering services will be provided by ATS Engineering, (P)LLC, or a licensed contractor in states where ATS is not licensed.



Marietta, GA. (May 2, 2024) — The Maine state legislature recently passed an amendment to Laws Relating to the Prevention of Perfluoroalkyl and Polyfluoroalkyl Substances Pollution. Polyfluoroalkyl substances (PFAS) are a large and expanding class of organic “forever chemicals” associated with many adverse health effects. Many states have passed resolutions to limit or eliminate PFAS levels in products. The amendment to Maine’s law includes: Reporting changes New exemptions Enforcement changes List of Prohibited Products with Intentionally Added PFAS Current Carpets and rugs* Fabric treatments Starting January 1st, 2026 Cleaning products Cookware Cosmetic products Dental floss Juvenile products Menstruation products Textile articles* Ski wax Upholstered furniture Starting January 1st, 2029 Artificial turf Outdoor apparel designed for severe wet conditions* Starting January 1st, 2032 Any product not deemed as currently unavoidable use (CUU) or the following: Starting January 1st, 2040 Cooling, heating, refrigeration, and ventilation equipment Foams, aerosol propellants, and refrigerants approved by the EPA *Some exceptions apply Test for PFAS with ATS ATS is ISO/IEC 17025:2017-accredited in PFAS testing of solid materials. Our experts help manufacturers understand their responsibilities for PFAS reporting and create a testing plan. We screen for fluorine content and quantify PFAS through ion chromatography (IC), ion selective electrode (ISE), and liquid chromatography/mass spectrometry (LC/MS/MS). Further Reading Maine's Official Statement Bureau Veritas



Q1 2024 Prop 65 settlements and judgements included several types of products that contained banned chemicals. Product Types 29% of the settlements and judgements made during the first quarter of 2024 applied to products and goods in the food and dietary supplements category, while 17% applied to bags, kits, cases, totes, backpacks, and pouches. Chemicals The most commonly named chemicals in settlements and judgements were metals, accounting for a total of 49% of the settlements and judgements made during the quarter. 130 of these settlements/judgements were for lead, 6 included two or more metals, 4 were for mercury, and 2 were for cadmium. 34% of Q1 2024 settlements/judgements pertained to phthalates. Of these, 77 were for DEHP, 7 were for DINP, 4 were for multiple phthalates, 3 were for DIDP, and 3 were for DBP. There was one PFAS PFOA settlement/judgement for cooling hats and another for seat pads. Prop 65 Testing at ATS The Applied Technical Services Family of Companies performs Prop 65 compliance testing to help clients verify that their products adhere to the standards of California's Safe Drinking Water and Toxic Enforcement Act. For more information on California's Proposition 65, please click here.



The Q1 2024 Prop 65 60 Day Notice includes notices pertaining to multiple categories of products and goods, substance types, and chemicals. Food and Herbal Supplements The food and herbal supplements category made up 33% of all notices in the first quarter of 2024, including 345 notices for lead, 50 notices for cadmium, 39 for multiple metals, and three for mercury. Arsenic, PFOA/PFNA, and PFOS were flagged with one notice each. Chemical Notices Of all chemical notices, 52% were for metals. This included 591 notices for lead, 52 notices for cadmium, 39 for multiple metals, five for mercury, and one notice for arsenic. 16% of chemical notices pertained to phthalates, with 151 for DEHP, 25 for DINP, 21 for multiple phthalates, 14 for DBP, and two for DIDP across various product types and categories. Of notices for PFAS, 40 were for PFOA, three were for PFOS, two were for PFNA, and one notice was issued for the presence of multiple PFAS. Prop 65 Testing at ATS The ATS Family of Companies conducts CA Prop 65 compliance testing to assist clients seeking verification that their products align with California's Safe Drinking Water and Toxic Enforcement Act guidelines. We closely monitor Prop 65 updates and developments to keep our clientele updated with the latest information available. For more information on CA Prop 65, please click here.



On March 28, 2024, the state of Washington enacted House Bill 1551, a proposal to reduce the presence of lead in cookware. HB 1551 reenacts and amends RCW 43. 21B. 110 and RCW 43. 21B. 300 and adds an additional chapter to Title 70A RCW. The effective date for HB 1551 is January 1, 2026. The Highlights of House Bill 1551 HB 1551 restricts the distribution, sale, and manufacturing of cookware containing traces of lead exceeding five parts per million (ppm). The limit also applies to cookware components, such as knobs, handles, and lids. After December 2034, the bill empowers the Department of Ecology to lower the five ppm limit if the Department of Health considers it to be an achievable goal that can protect human wellbeing. Initial violations of HB 1551 will result in $5,000 fines, and subsequent violations will be $10,000 fines. About Our Consumer Product Testing Applied Technical Services conducts lead testing on numerous consumer products, including cookware. We help manufacturers adhere to regulations and requirements, and we can help them prepare for HB 1551, ensuring that their products are safe for consumers and eligible for the marketplace. For more information about House Bill 1551, please read this article.



On February 29th, the European Commission’s REACH committee voted in favor of limiting the presence of PFHxA in various types of materials. Proposed by German authorities in 2020 and later supported by the European Chemicals Agency (ECHA) in 2021, the proposal highlights specific limitations regarding traces of PFHxA in different types of products PFHxA Requirements The proposed restriction limits the sum of PFHxA and its salts to less than 25 parts per billion (ppb) and the sum of PFHxA-related substances to under 1,000 ppb. Materials that contact human skin, such as food containers, cosmetic products, and clothing fabrics must limit their traces of PFHxA and PFHxA-related substances within 24 months from the date of entry. Furs, leathers, and textiles that are not included in clothing and clothing accessories have 36 months from the date of entry into force. Firefighting foams used for public service and training purposes have 18 months from the date of entry before the restrictions apply, whereas firefighting foams reserved for civil aviation will have 60 months before the restrictions apply. About Our Consumer Product Testing Applied Technical Services offers consumer product testing services that help businesses prepare for regulations, such as those proposed in ECHA’s draft. For more information about ECHA’s proposal, please click here.



Anko Electronics, LLC, CPM Labs, LLC, and The Calibration Solution, LLC Join the ATS Family of Companies A trio of calibration specialists bringing new footholds in the Western U. S. Marietta, GA. (April 22, 2024) — We are proud to announce the following three calibration laboratories as the newest members of the ATS Family of Companies: ANKO Electronics, LLC, C. P. M. Labs, LLC, and The Calibration Solution, LLC. ANKO and C. P. M. Labs expand the ATS network of calibration labs in the western United States: specifically, ANKO Electronics locations in Temecula and Anaheim, CA, and the C. P. M. Labs location in Sacramento, CA. The Calibration Solution offers a Midwest presence from its lab headquartered in Machesney Park, IL. ANKO Electronics, C. P. M Labs, and The Calibration Solution’s values align with ATS’ purpose to create a safe and reliable world.



Product Evaluation Systems, LLC Joins the ATS Family of Companies Experts in Testing and Failure Analysis, Serving the North-East Since 1979 Marietta, GA. (April 5, 2024) — Applied Technical Services (ATS) is proud to announce Product Evaluation Systems, LLC (PES) as the newest member of the ATS Family of Companies (FoC). PES is a materials testing laboratory located in Latrobe, PA. ATS is excited to partner with PES, expanding the ATS service capabilities and enhancing existing services for clients. PES’s values align with ATS’ mission to create a safe and reliable world.



Reese's Law was established in 2022 to mandate coin and button cell battery safety requirements at a federal level, instituting requirements ranging from certification to performance. Reese's Law incorporates ANSI/UL 4200A-2023 to require secure battery compartments as well as packaging warnings and is effective from October 23, 2023. Compliance testing and certification began December 20, 2023 and will remain regulated until March 19, 2024. Reese's Law and Testing Requirements Reese's Law Section 2This section requires the CPSC to enforce rules for consumer products containing coin or button cell batteries imported or manufactured on or before October 23, 2023. These rules align with safety standard ANSI/UL 4200A-2023 to require the following: Battery Compartment Security and Accessibility Parameters Specific Packaging and Product Warning Criteria Specific Instruction and Manual Warning Criteria Reese's Law Section 3This section establishes the requirements for packaging for coin and button cell batteries sold, manufactured, imported, and distributed in the United States after February 12, 2023. Enforcement for zinc-air coin or button cell batteries begins March 8, 2024. ATS Consumer Product Testing Applied Technical Services performs testing on battery compartment securement options to 16 CFR 1263 — UL-4200A Section 5. 5–5. 6. Our Marietta consumer product testing lab maintains ISO/IEC 17025:2017 accreditation to conduct testing in accordance with this standard. For more information on Reese's Law, including certification stipulations, please click here.



The CPSC has approved an ASTM F963-23 Standard Consumer Safety Specification for Toy Safety revision for toys sold in the United States that are manufactured on or after April 20, 2024. This revision focuses on technical and physical changes for the following: Battery Accessibility Battery Compartment Attachment Acoustics Expanding Materials with Outer Coverings Environmental Conditions for Projectile Toys Testing Sequence for Bow and Arrow Toys In an effort to align ASTM requirements with existing CPSC and Federal requirements, additional changes were made to: Labeling Requirements for Toy Tracking Labels Exemptions for Toy Substrate Materials Phthalates ATS Consumer Product Testing Applied Technical Services performs testing on battery compartment securement options to 16 CFR 1263 — UL-4200A Section 5. 5–5. 6. Our Marietta consumer product testing lab maintains ISO/IEC 17025:2017 accreditation to conduct testing in accordance with this standard. For more information regarding this ASTM F963-23 revision, please click here.



In a recent industry letter, the FDA’s Center for Devices and Radiological Health urged medical device firms to use discernment when selecting third-party labs for performance testing. The letter described an uptick in premarket submissions with unreliable and fraudulent test data from third-party labs, particularly overseas providers. Unqualified third-party labs may provide firms with performance test results that include duplicate, inaccurate, or fabricated data. Why ATS Is the Right Choice as Your Third-Party Testing Lab The FDA recommends that firms verify their third-party lab of choice is qualified first to test a product and second to accurately collect and analyze data. ATS’s qualifications speak for themselves. Our proven competence in medical device testing and successful quality audits have earned our organization ISO/IEC 17025:2017 accreditation from the A2LA. Quick FDA 501(k) approval relies on a submission demonstrating substantial equivalence to an approved device. If they cannot verify the test data illustrating a device’s performance and safety, the FDA cannot authorize it for legal distribution. As a result, this industry letter also recommended that firms review third-party test data for inaccuracies and falsehoods that will cause the FDA to reject their submission. ATS Testing Labs ATS is more than qualified to fulfill our clients’ medical device testing needs. Our labs maintain ISO/IEC 17025:2017 accreditation through the A2LA with scopes covering mechanical, chemical, electrical, and nondestructive testing procedures, as well as calibrations. We employ teams of experts with decades of experience testing medical devices and equipment. We can assess how design materials and...



A&P Calibrations and Cal-Tek Company Join the ATS Family Calibration Specialists Serving Clients in the Field and In-Lab Marietta, GA. (January 8, 2024) – Applied Technical Services is proud to announce A&P Calibrations, LLC (A&P) and Cal-Tek Company, LLC (Cal-Tek) as the newest members to join the Family of Companies (FoC). Both companies join the ATS Certification business segment as part of the Family of Companies’ Testing, Inspection, and Certification industry offerings (TIC). Since 2018, 17 companies have joined the Certification business segment and ATS has created one of the largest, national calibration services providers in the U. S. A&P offers accurate, safe, and timely field and lab calibration services, as well as cGMP validation services. These offerings align with ATS’ purpose, mission, and values to create a safe and reliable world. A&P is accredited to ISO/IEC 17025 through ANAB. Located in North Billerica, MA, Cal-Tek offers in-lab and on-site calibration and repair services, as well as product sales, for all types of electrical, dimensional, mechanical, and laboratory equipment. Cal-Tek is accredited to ISO/IEC 17025 through ANAB. Cal-Tek’s commitment to its customers aligns well with ATS’ stated value to deliver service excellence by providing best-in-class experiences for ATS clients.



ARCCA Joins the ATS Family Multidisciplinary Consulting Firm for Forensic Investigation Marietta, GA. (January 2, 2024) — Applied Technical Services (ATS) is proud to announce ARCCA, LLC as the newest member of the ATS Family of Companies (FOC). Founded in 1987, ARCCA is a multidisciplinary consulting firm for forensic investigation and insurance clients. The ARCCA team is comprised of highly skilled experts serving several technical disciplines, such as biomechanics, accident reconstruction, crashworthiness, failure analysis, human factors, premises liability, and fire and explosion. Their service offerings align well with ATS’s mission to deliver assurance through precise technical and professional services.



The Toy Safety Specification, ASTM F963 was updated from the 2017 version on October 13, 2023. Some of the changes were to harmonize the Federal CPSC requirements for phthalates, heavy metals exemptions for toy substrates, and tracking labels. Other changes impact the following toy items:Sound Producing Toys (Acoustics)Battery-Operated ToysToys with Expanding MaterialsProjectile ToysUnless the CPSC has objections to the updates, the new standard will go into effect and become mandatory 180 days after notification.



PFAS chemicals in consumer products continue to receive scrutiny by state regulators. Several states are regulating the use of intentionally added PFAS chemicals in several different product categories, which include food packaging, textile articles, fabric treatments, carpets & rugs, juvenile products, and cookware. Most of the state regulations are currently in effect or will go into effect in 1 to 2 years. Product CategoryState Regulations Food PackagingNew York, Maine, California, Maryland, Colorado, Hawaii, Connecticut, Minnesota, and Rhode IslandTextile Articles including FootwearCalifornia and New YorkFabric TreatmentsMaine, Vermont, Colorado, Minnesota, and WashingtonCarpets & RugsNew York, Maine, Vermont, Maryland, Colorado, Minnesota, and WashingtonJuvenile ProductsCalifornia, Colorado, and MinnesotaCookwareCalifornia, Colorado, and Minnesota



Forte Consulting and Investigations Joins the ATS Family Over 1,200 Forensic Investigators Assisting Clients Across the United States Marietta, GA. (October 6, 2023) — Applied Technical Services is proud to announce Forte Consulting and Investigations, LLC as the newest member to join the family of companies. Founded by Janel Giarrantano in 2015, Forte is a forensic inspection company providing expert investigations and large/complex claims investigations to the insurance and legal industries. Their service offerings align well with our purpose to create a safe and reliable world.



Phoenix National Laboratories Joins the ATS Family Arizona NDI Specialists Serving the Southwestern United States Marietta, GA. (October 4, 2023) — Applied Technical Services, LLC (ATS) is proud to announce Phoenix National Laboratories, LLC (PNL) as the newest member to join the family of companies (FoC). Based in Phoenix, Arizona PNL offers traditional and advanced NDI services to their customers in the Southwestern United States. With the addition of PNL’s inspection capabilities, we now offer clients on the West Coast our full suite of TIC service offerings. Founded in 1994 by Alex Zuran III and his father, PNL is a 2nd generation company with over 60 team members. Alex will lead PNL’s talented team in alignment with our Inspection business segment led by Chris Vorwald, Vice President, and Chris Rawls, Regional Manager. Alex will continue to lead PNL’s talented team which will align with the Inspection business segment led by Chris Vorwald, Vice President, and Chris Rawls, Regional Manager. Please join ATS in welcoming Alex and the PNL team into the ATS FoC.



Caltronix Joins the ATS Family New York-Based Calibrations Specialists Prioritizing the Customer Experience Marietta, GA. (September 1, 2023) — The Applied Technical Services Family of Companies is excited to announce the acquisition of Caltronix Inc. The new acquisition will merge into CalSource, LLC, combining decades of service excellence and expanding CalSource’s offerings to the Henrietta, New York area. This partnership will offer clients an expanded selection of inhouse and onsite calibrations, certification, and repair of precision measurements, traceable to National Institute of Standards and Technology (NIST), ISO/IEC 17025, QS-9000, and ANSI/NCSL Z540-1, all while furthering the collective goal of creating a safe and reliable world. Chris Herrmann, Operations Director, will continue to lead CalSource’s talented team, including the new team members based out of the Henrietta, NY office. This expanded team will align with the Calibration business segment led by Robert Kurtzer, Calibration Vice President, and Josh Underwood, Calibration Regional Director — East.



Electric Applications Incorporated Joins the ATS Family Phoenix-Based Battery Testing Specialists Serving Numerous Industries Marietta, GA. (July 21, 2023) — ATS is excited to announce that Electric Applications Incorporated (EAI), a leading provider of battery testing solutions, has joined the ATS Family of Companies (ATS FoC). EAI is an exciting addition to ATS’ Testing segment offerings, in furtherance of the objective to broaden our service offerings to best support our clients. Headquartered near downtown Phoenix, Arizona, EAI is a state-of-the-art battery testing laboratory providing comprehensive technical services for product and application development. EAI’s offerings align with the ATSFOC purpose to create a safe and reliable world. EAI has extensive expertise and experience in battery certification testing, performance evaluation, and application development. The EAI laboratory is accredited to the requirements of ISO/IEC 17025:2017 and supports a full range of battery testing and application simulation across multiple battery chemistries. These include lead acid, lead carbon, nickel metal hydride, nickel cadmium, nickel-zinc, and a variety of lithium chemistries. The addition of EAI’s expertise and technologies will enhance our capabilities in the field of battery testing, enabling us to further innovate and deliver cutting-edge solutions to our clients. ATS is excited to welcome the clients and team members of EAI to the ATS FoC.



California Proposition 65 Update on 60-Day Notices of Violation California Proposition 65, also known as the “Safe Drinking Water and Toxic Enforcement Act”, was enacted in 1986 with the purpose to guard drinking water from toxic substances and reduce human exposure to chemicals. The listed Proposition 65 chemicals are known to the state of California to cause cancer, birth defects, or other reproductive harm.  Those in potential violation of the law may receive a “60-Day Notice of Violation. ” It is required that the notice is sent to the potential offender no less than 60 days before taking legal action. In April 2023, there were 256 60-day notices of violation sent for CA Prop 65. Over the years lead and phthalates have been the largest offenders and that is still currently the case. 46% of notices were for lead, 30% for phthalates, and 24% were for other chemicals. Phthalate violations included the following items: bags, cases, pet products, packaging, footwear, eyelash curlers, and nail files Lead violations included glass and ceramic BPA violations included laptop/phone covers PFOA violations included mats, pads, and supplements Benzene, Titanium Dioxide, Diethanolamine, Hexavalent Chromium were also identified in products and notices served ATS is a leading Consumer Product Safety Commission (CPSC) approved laboratory providing CA Prop 65 testing services to a wide variety of industries. Our lab is ISO/IEC 17025:2017 accredited, and we also maintain an ISO 9001:2015 registration for quality management systems. Please contact us today to learn about our Prop 65 testing services!



PFAS Phaseout Guidance Published by AFIRM Group The AFIRM Group focuses on chemical management in textiles such as footwear, apparel, and accessories. AFIRM Group has recently published a document to assist supply chains is phasing out the use of PFAS in textile items such as clothing, shoes, and accessories. The guideline includes PFAS test plan suggestions. The PFAS testing plan recommended by the AFIRM Group is as follows: Method 1: test for total fluorine content analysis (if above 100 ppm move to method 2). Method 2: organic solvent extraction for specific PFAS compounds For more information on the AFIRM requirements, please click here: 2023 AFIRM RSL (afirm-group. com) ATS is routinely assisting clients to ensure compliance with PFAS requirements. Contact us today to discuss your PFAS testing needs.



Accu-Chek, LLC Joins the ATS Family Calibration and Inspection Providers Serving the Mid-West United States Marietta, GA. (April 24, 2023) - ATS is excited to announce that Accu-Chek, LLC has joined the ATS Family of Companies. Accu-Chek is a welcome addition to ATS’s Testing, Inspection, and Certification (TIC) segment offerings. Headquartered in Corydon, IN, and with a branch in Cincinnati, OH, Accu-Chek is a high-quality organization in operation since 1984, serving the calibration and inspection needs of its clients. Accu-Chek’s offerings align with the ATS purpose to create a safe and reliable world. Their service offerings include inspection, calibration, training, repair, and dimensional inspection. Accu-Chek provides in-field and in-lab gage calibration services, which are ISO/IEC 17025 accredited. Please join ATS in welcoming the clients and team members of Accu-Chek to the ATS Family of Companies.



McSwain Engineering Joins the ATS Family Failure Analysis and Engineering Inspection Providers from Pensacola Marietta, GA. (April 7, 2023) —Applied Technical Services is proud to announce McSwain Engineering, LLC as the newest member to join the ATS Family of Companies. McSwain joins the ATS inspection business segment as part of the Family of Companies Testing, Inspection, and Certification industry offerings (TIC). McSwain is a failure analysis and engineering investigation firm that specializes in aerospace and industrial accidents; offerings that align with ATS’s purpose, mission, and values to create a safe and reliable world. McSwain Engineering is a failure analysis and engineering investigation firm that specializes in aerospace and industrial accidents. The McSwain team provides quality forensic services involved in litigation proceedings including expert reports and witness testimony support by a best-in-class lab for clients across the U. S. The team will collaborate with Jeremy Orr, Vice President of Engineering as the Company joins our ATS Consulting Engineering business unit. Please help us welcome McSwain Engineering to the ATS Family of Companies!



Instrumentation Technical Services Joins the ATS Family Calibration and repair service provider for a broad range of instruments Marietta, GA. (April 3rd, 2023) — We are pleased to announce that Instrumentation Technical Services, LLC (ITS) has joined the ATS Family of Companies. The addition of ITS is an exciting step in our strategic plan to broaden our service capabilities for our clients. Based in West Chester, PA, ITS provides services and calibration for flow instrumentation, commissioning, repairs, validation project support, and installation and startup support. ITS’s expertise in embedded lab service will continue to be an integral part of its client offerings. ITS’s Precision Measurements division will continue providing ISO/IEC 17025 Accredited and NIST traceable calibrations. ITS has been operating since 1989 and provides professional calibration services to quality-regulated clients. ITS’s talented team members will continue their tradition of service excellence. Ryan McBrearty, Jackie Perry, and the team will work with Josh Underwood and Robert Kurtzer as the Company joins our ATS Calibration business unit. Please join us in welcoming the clients and team members of Instrumentation Technical Services to the ATS Family of Companies.



Veracity Technology Solutions Joins the ATS Family Specialized NDI Provider for Military, Aerospace, and Power Generation Clients Marietta, GA. (March 22nd, 2023) — We are pleased to announce that Veracity Technology Solutions, LLC has joined the ATS Family of Companies. Veracity is a welcome addition to our strategic nondestructive inspection offerings to broaden our service capabilities for our customers. Veracity was founded in 2006 to provide custom nondestructive inspection solutions for military, aerospace, and power generation customers. Veracity technicians have an average of 20 years of experience and can carry multiple certifications. The Veracity team will continue its tradition of service excellence based out of Pensacola, FL. Veracity’s technical experts can be deployed worldwide in order to provide advanced NDI Solutions, including but not limited to Remote Visual inspections, Phased Array Ultrasonics, and Eddy Current inspections, primarily for Gas Turbines. We welcome Veracity to the ATS Family of Companies.



Process Instrument Joins the ATS Family Precision equipment calibration and repair specialists from Pittsburgh Marietta, GA. (March 2, 2023) — We are pleased to announce that Process Instruments, LLC has joined the ATS Family of Companies. Process Instruments is a welcome addition to our strategic plan to broaden our service capabilities for our customers. Process Instruments was founded nearly 50 years ago operating calibration services, such as electronic, dimensional, resistance, infrared, thermal, temperature, and mass flow meters in controlled lab environments. Process Instruments offers in lab repairs and pressure and dead weight calibration services. Field services include calibration, thermal profiles, control panel repairs, installation, and outages services. The Process team will continue its tradition of service excellence based out of Pittsburgh, PA. The team will collaborate with Josh Underwood and Robert Kurtzer as the Company joins our ATS Calibration business unit. You can learn more about Process Instruments on their website, or follow the company’s latest updates through their Facebook profile.



The International Day of Women and Girls in Science, February 11th, 2023This Saturday, the International Day of Women and Girls in Science will be celebrated globally! This is an opportunity for the world to honor the countless women throughout history who have contributed their curiosity and careers to science, technology, engineering, and math (STEM). Dr. Rosalind Franklin is an excellent example of a woman whose brilliance in science inspired future generations of women and girls to pursue their passions. Dr. Franklin's data and photo of DNA fibers were crucial in the discovery of DNA's structure and impact on genetics. Celebrating Women in Science in the ATS Family of Companies February 11th is the United Nations International Day of Women and Girls in Science. The ATS FoC would like to celebrate this day by thanking and acknowledging all the incredible women who embody our brand. The ATS FoC is committed to creating and sustaining a healthy workplace where women are encouraged, supported, and valued as an integral part of our brand. Please click here to learn more about the International Day of Women and Girls in Science. History of The International Day of Women & Girls in Science Founded in 2015, the International Day of Women & Girls in Science recognizes the contributions and discoveries made by women in science and technology throughout world history. The United Nations Educational, Scientific and Cultural Organization (UNESCO) and UN-Women use the holiday to emphasize and encourage the participation of women and girls in science...



Emerging 1,4-Dioxane Standards The New Year Brings New Laws on Permissible 1,4-Dioxane Concentrations Marietta, GA. (December 22, 2022) – Once frequently used in solvents for metal degreasing, 1,4-dioxane is now regarded as a potentially hazardous material. In the U. S. , a handful of states have passed regulations due to begin over the next few years. 1,4-Dioxane is a synthetic industrial chemical that can form as a byproduct when materials such as polyethylene and polyoxyethylene are used to manufacture a product. Everyday products may contain traces of 1,4-dioxane, including: Household cleansing products Paints and dyes Adhesives Soaps Shampoos Products for babies and children Cosmetic products While this chemical degrades within several hours in the air, it also quickly dissolves into water and does not readily evaporate. Studies of rodent exposure via drinking water have indicated a potential link between 1,4-dioxane and an increased risk of liver cancers. The Environmental Protection Agency (EPA), among other research organizations, has called it a potential carcinogen to humans. Currently, no enforceable federal law restricts products containing 1,4-dioxane; however, multiple states have passed laws to safeguard against adverse health effects. For instance, New York is gradually phasing out three types of commercial products sold or distributed within the state if they contain more than a trace of 1,4-dioxane. Effective January 1st, 2022, household cleansing and personal care products have a two parts-per-million (ppm) limit. By December 31st, 2023, New York will ban household cleansing products and personal care products that exceed one ppm and cosmetics...



When Do You Need Accelerated Life Cycle Testing? Accelerated life cycle testing exposes materials, components, or products to expected service conditions to evaluate their durability and reliability. Many standard tests offer accelerated evaluations for resistance to different environmental factors, such as weathering, corrosion, and sun exposure. Cyclic load, abrasion, and other destructive tests assess how well a sample withstands mechanical wear during its life. When no available standard sufficiently satisfies a client’s needs, ATS can create fully custom tests for determining a sample’s response to specific mechanical and environmental conditions. These services benefit clients in a wide range of industries and production stages. Machine Shops and Manufacturers Many industries, such as aerospace, military and defense, or medical, set high expectations for material and component performance. Oftentimes, human lives depend on the durability and reliability of these parts and materials. When existing standards don’t meet an industry’s needs, manufacturers can use special testing to verify that their goods will withstand the service conditions they are designed for. As an ITAR-compliant testing outfit, ATS can help manufacturers test the life cycle and durability of components for the Department of Defense and other clients with lofty quality and security needs. Our equipment has the capacity to test loads up to 200 Kips, pressures up to 40,000 psi, and temperatures up to 1000°C, so we can handle high-end industry’s unique material or component testing requirements. Product Vendors Life cycle testing also benefits vendors of finished products. Special testing allows us to test the durability...



New Magnet Safety Standards 16 CFR Parts 1112 and 1262 Approved Marietta, GA. (October 10, 2022) – The Consumer Product Safety Commission (CPSC) approved a new federal standard addressing safety hazards associated with magnets. If more than one small, high-powered magnet is swallowed, the magnets can interact with each other through body tissue, potentially causing long-term health issues or death. This risk is especially prevalent for small children and teens. The new regulation, 16 CFR Parts 1112 and 1262, is effective October 21, 2022, and applies to magnet products containing one or more separable or loose, small magnets that are intended, marketed, or designed for use in: Jewelry/Children’s Jewelry Entertainment Stress Relief Mental Stimulation A Combination of the Above This excludes magnet products sold or distributed to researchers, school educators, professionals, and industrial or commercial users, to be used exclusively for research, educational, professional, industrial, or commercial purposes. Toys subject to the ASTM F963 toy safety standard are also exempt, as this standard already addresses the hazards associated with ingestion. The new rule stipulates that any loose or separable magnet fitting entirely inside a small parts cylinder—defined by 16 CFR 1501—needs to have a flux index lower than 50 kG² mm². The method outlined in ASTM F963 can be used to determine a product’s flux index. Any magnet products addressed in the standard that are manufactured after October 22, 2022 will be held accountable to the new regulation. ATS regularly tests products, components, and materials to the latest safety standards....



New PFAS Regulations by State Recent laws prohibit the manufacture and sale of restricted products Marietta, GA. (October 6, 2022) - The EPA and several states have recently enacted restrictions on the use of potentially harmful PFAS in everyday products. At the federal level, the import of articles coated with long-chain PFAS is prohibited without EPA inspection. In response to emerging information, new state laws require varying degrees of control over the use of PFAS in commercial, industrial, and consumer products. What is PFAS? Perfluoroalkyl and polyfluoroalkyl substances (PFAS) are manufactured chemicals widely used in product manufacture since the 1940s. Most PFAS are resistant to water, oil, heat, grease, and stains, which makes them useful in cookware and food packaging. Manufacturers also use PFAS in a plethora of everyday items, such as carpet and rug treatments, cosmetics, and personal hygiene items. However, studies show that PFAS have entered the air, soil, and water. Decades of research have also uncovered PFAS in human blood due to long-term exposure. While the study of PFAS’s impact on humans is still ongoing, animal tests have suggested long-term exposure affects growth and development, thyroid function, reproduction, the immune system, and the liver. PFAS Regulations by State California, Colorado, Hawaii, Maine, Maryland, Minnesota, New York, Oregon, Rhode Island, Vermont, and Washington have passed laws on the manufacture and selling of articles containing PFAS. California July 1st, 2021 – Carpets and rugs containing PFAS are considered priority products. December 28th, 2021 - Manufacturers of carpets and rugs...



The Effects of Space Radiation on Electronics Radiation in Space Objects in space experience different types of radiation than we have on Earth’s surface. There are three primary sources of harmful radiation in space: particles emitted by the sun, particle clouds of galactic cosmic radiation, and particles trapped in Earth’s magnetic field. These particles are atoms that were pulled apart as they traveled at extremely high speeds through space, separating the nucleus and electrons. All these charged particles are sources of ionizing radiation that can damage electronics in space. How Space Radiation Affects Electronics Ionizing radiation can move through materials, altering them when it passes through. This usually involves knocking the electrons out of the materials’ atoms, thereby ionizing them. All electronic components and devices are susceptible to multiple types of space radiation effects. Total ionizing dose (TID) effects are the time-dependent degradation of electronics as they are continuously exposed to ionizing radiation. The cumulative damage can cause decreased functionality, threshold shifts, increased device leakage, and greater power consumption in electronics. A single event effect (SEE) usually occurs when a heavy ion deposits a charge in a device that affects its functionality. High-energy protons may also cause SEEs in sensitive electronics. Depending on several factors, SEEs can result in frozen bits, gate rupture, and operating currents exceeding device specifications. Both types of effects require unique design solutions when preparing electronics for use in space. Protecting Technology from Space Radiation ATS’ family of companies provides radiation testing services that help clients...



C&W Meter Service Joins the ATS Family Liquid measurement calibration specialists keeping industry flowing Marietta, GA. (September 29, 2022) — Applied Technical Services is proud to announce that C&W Meter Service, LLC has joined the Family of Companies as part of our calibration business unit. This group specializes in liquid flow measurement calibration for several industries’ mission-critical applications. They bring nearly 40 years of field experience in liquid petroleum meter proving, as well as new technologies and fields of expertise, to the ATS Family of Companies. President, Mike Scott, General Manager, Will Scott, and all 34 team members will remain with the company, which will continue to work alongside their pipeline, refinery, marketing terminal, airport refueling, and power/utility clients with no interruption to service. While day-to-day operations will not change, C&W Meter Service’s access to resources through this new partnership will expand its capabilities and service area. Meanwhile, the ATS Family of Companies will benefit greatly from the company’s body of knowledge and its presence in Pennsylvania, Ohio, and South Carolina. Please join us in welcoming C&W Meter Service to the Family of Companies! You can learn more about C&W Meter Service on their website, follow the company’s latest updates through their LinkedIn and Facebook, and watch this video about their unique calibration offerings.



NFPA 25 Updates in the 2023 Edition NFPA 25, a standard for the testing, inspection, and maintenance of water-based fire protection systems, is introducing key revisions for its 2023 edition. One key change is the standard’s ability to address all maintenance, inspection, and testing requirements for foam and water-based fire protection systems, including foam-water sprinkler systems. Testing frequencies for dry sprinkler heads and fast-response elements—not including control mode special application or early suppression fast response sprinklers—are also under review. As data becomes available regarding these systems’ performance capabilities, the inspection frequency may be extended by an additional five years after installation. NFPA 25 Antifreeze systems, with limited exceptions, will need to be refilled using listed antifreeze solutions if their current solutions do not meet NFPA 25 criteria. This is due to concerns over antifreeze’s flammability in high concentrations. NFPA 25 will also include new testing and maintenance requirements for nitrogen supplies in order to remain consistent with updates in the 2022 edition of NFPA 13. One proposed revision to NFPA 25 would require that inspectors remove concealed cover plates in sprinkler systems every five years, checking for hidden problems such as leaks, improper cover plate installation, or damaged sprinkler heads. This proposal was rejected at the 2022 NFPA technical meeting in June. The complete list of results from the June meeting can be found here. Contact Us If you need a provider for fire water storage tank evaluations to current NFPA standards, contact ATS. Our experts offer testing, inspections, and...



ATS is pleased to announce the delivery of the IMV K200 Electrodynamic Shaker. This shaker unit allows the team at ATS Phoenix, AZ lab to be able to venture further into industries that require larger, more powerful shakers. It weighs in at 76,000 pounds and features a force rating of 45,000 lbf, a 70”x70” slip table, a 48” x 48” expander head and up to a 3” pk-pk stroke. The unit can handle payloads up to 6,600 pounds and control at frequencies up to 2000 Hz. Projects currently utilizing the new shaker unit include testing of EV batteries and satellites.



Electrical Testing Accreditation at ATS With the introduction of our Marietta, GA location’s electromagnetic interference and compatibility testing lab in October of 2021, ATS continues to expand our testing and analysis offerings to include new, highly advanced electrical testing capabilities to meet the needs of our clients. In addition to Dielectric Strength, Insulation Resistance, Contact Resistance, Conducted and Radiated Emission, Conducted Susceptibility, and Power Variation testing, ATS is now accredited by the A2LA in MIL-STD-461G Radiated Susceptibility RS101 and RS103 testing. Our highly skilled electrical testing experts apply years of experience and utilize state-of-the-art equipment to ensure the highest level of accuracy in our EMI and EMC lab, performing comprehensive electrical testing for a wide range of industries including aerospace, automotive, aviation, consumer product testing, and electronics. Get in touch with us today for more information regarding our EMI and EMC testing services.



ATS continues to invest in new analytical instrumentation to meet the demands of our valued clients. In May of 2022 ATS acquired 2 new additional LECO instruments, bringing the total to 4 LECO analyzers in our headquarters, Marietta, GA. Our new LECO combustion analyzer is equipped with an autosampler to increase efficiencies. LECO analysis is used to determine the content of carbon, hydrogen, nitrogen, oxygen, and sulfur in metallic samples. With our new LECO ONH 836 unit the chemist is able to test titanium samples at a faster rate due to the high-capacity chiller unit that accompanies the Instrument. Carbon and sulfur in metallic samples are commonly analyzed by the LECO instrumentation, and so ATS has also added this capability to the Phoenix, AZ location. Typical industries served include automotive, aerospace, medical, and additive manufacturing (including printer and powder manufacturing). ATS routinely works with our clients to develop standards for various industries along with testing to the following established methodologies: ASTM E1019, ASTM E1941, ASTM E1409, ASTM E1447, and ASTM E2575



ATS Advances IC Testing ATS recently acquired a new Ion Chromatography (IC) unit and accompanying software to improve throughput and create more efficiencies for our clients. IC analysis is not new to ATS’s scope of testing capabilities - our team of skilled analyst have provided IC analysis to our clients for 25+ years. During that time ATS has worked with various industries including nuclear and electronics to identify corrosion and/or contamination on parts by utilizing IC analysis along with other analytical capabilities. IC analysis can also be used as part of a corrosion prevention strategy. Finished components can be tested for residual anions to ensure the production process limits the amount of potentially corrosive species. The methods frequently used for analysis are ASTM D4327 and IPC-TM-650. Please contact ATS today with your IC testing needs!



ATS Advances IC Testing ATS recently acquired a new Ion Chromatography (IC) unit and accompanying software to improve throughput and create more efficiencies for our clients. IC analysis is not new to ATS’s scope of testing capabilities - our team of skilled analysts has provided IC analysis to our clients for 25+ years. During that time, ATS has worked with various industries, including nuclear and electronics, to identify corrosion and/or contamination on parts by utilizing IC analysis along with other analytical capabilities. IC analysis can also be used as part of a corrosion prevention strategy. Finished components can be tested for residual anions to ensure the production process limits the amount of potentially corrosive species. Methods frequently used for analysis are ASTM D4327 and IPC-TM-650. Please contact ATS today with your IC testing needs! LECO Testing Growth at ATS ATS continues to invest in new analytical instrumentation to meet the demands of our valued clients. In May of 2022 ATS acquired 2 new additional LECO instruments, bringing the total to 4 LECO analyzers in our headquarters in Marietta, GA. Our new LECO combustion analyzer is equipped with an autosampler to increase efficiencies. LECO analysis is used to determine the content of carbon, hydrogen, nitrogen, oxygen, and sulfur in metallic samples. With our new LECO ONH 836 unit, the chemist is able to test titanium samples at a faster rate due to the high-capacity chiller unit that accompanies the Instrument. Carbon and sulfur in metallic samples are commonly analyzed by the...



The Snell Group Joins the ATS Family of Companies Experts in infrared thermography and electric motor testing Marietta, GA. (August 5, 2022) — Applied Technical Services is proud to announce The Snell Group as the newest acquisition to join our family of companies. This group of specialists is an industry-leading provider of training and services for infrared thermography (IR) and electric motor testing (EMT) technologies worldwide. The Snell Group’s experience and skill in reliability technologies reflect ATS’ commitment to offering high-quality services to every client. Since their founding in 1986, The Snell Group has expanded their reach to over 50 countries, becoming a global source for IR and EMT expertise. As our two companies work together going forward, The Snell Group will continue to operate independently from their headquarters in Barre, Vermont, led by Jim Fritz and Roy Huff. Service will continue without interruption as our new partnership expands the available testing, consulting, and training resources for both our client bases. Please help us welcome The Snell Group to the ATS family of companies! You can learn more about our newest member on their website, follow them on LinkedIn and Facebook to keep up with their most current updates, or learn more about infrared thermography on their YouTube channel.



Metrology Management Joins ATS ATS Acquires the Operating Assets of Metrology Management, Inc. Marietta, GA. (August 3, 2022) — Applied Technical Services is pleased to announce that we have acquired the operating assets of Metrology Management, Inc. This group of calibration specialists has provided ISO/IEC 17025:2017 accredited, NIST traceable services throughout Florida, based out of their Malabar, Florida laboratory. ATS will be transitioning clients to our ATS Orlando Calibration office, providing the same level of dedicated service that many organizations have come to rely on. Alongside calibrations, we offer a broad range of testing, inspection, and consulting engineering capabilities to serve all our clients’ needs. ATS welcomes the clients of Metrology Management to the ATS Family of Companies. You can learn more about our newest member on their website.



PFAS Regulations Per- and polyfluoroalkyl substances (PFAS) are organic chemical compounds with fluorine atoms attached to most or all available sites on an alkyl chain. PFAS chemicals are used in the manufacturing of textile materials mostly as a water or stain repellant. PFAS chemicals are widely used in products and there are thousands of PFAS chemical types including short-chain and long-chain. According to research, PFAS chemicals persist in the environment (meaning they do not break down naturally in the environment) for a longer period than other man-made chemicals, they’re bio-accumulative (build up over time in the body), and they are difficult to remove from the environment. There is a growing health concern regarding human exposure to PFAS chemicals. PFAS chemicals are an endocrine disruptor and carcinogen. In an attempt to regulate the use of PFAS chemicals in US products the EPA requires companies to inform the agency if PFAS chemicals are used in their product in order to receive approval: EPA Issues Final Guidance to Clarify PFAS Significant New Use Rule | US EPA. Perfluorooctanoic Acid (PFOA) & Perfluorooctane Sulfonate/Sulfonic (PFOS) are listed on the California Proposition 65 list. As a result of the Prop 65 listing and the human health concern, PFOS and PFOA are tested for most frequently. However, ATS tests for many other PFAS, and we are always expanding our capabilities. Please submit a request if you have a particular need. More Restrictions Many states including California, Colorado, Maine, Maryland, Minnesota, Nevada, New York, Rhode Island, and...



U. S. Forensic Joins the ATS Family of Companies Engineering, Inspection, and Failure Analysis Services from an industry leader Marietta, GA. (June 20, 2022) — Applied Technical Services is proud to announce U. S. Forensic as the newest member to join our family of companies. This group of specialists operates in every state throughout the country (as well as Washington DC and Puerto Rico) to provide evaluation, reporting, and expert witness testimony for clients who need forensic services. U. S. Forensic’s brings a breadth of experience in numerous disciplines that complements our own. Founded in New Orleans by a small group of engineers and businesspeople in 2006, U. S. Forensic has become dominant in the forensic engineering field. Our two companies will work closely together going forward, as ATS provides access to a new pool of resources and U. S. Forensic brings a body of licensed fact-finding experience. They will continue to operate independently from their 62 offices throughout the United States — led by President and Founder, Gary Bell — with no interruption in service. Please help us welcome U. S. Forensic to the ATS family of companies! You can learn more about our newest member on their website, follow them on Facebook and LinkedIn to keep up with their most current updates, or watch demonstrations of what they can offer on their YouTube channel.



CalSource Joins the ATS Family of Companies Calibration Expertise Serving the Tri-State Area and Beyond Marietta, GA. (May 31, 2022) — Applied Technical Services is proud to announce CalSource as the newest acquisition to join our family of companies. This group of calibration specialists brings a cumulative 150 years of experience serving clients from numerous industries. They regularly perform electronic and mechanical calibration services, as well as dimensional inspections and onsite services. Founded in 2000 by Brad Darois, CalSource has upheld a standard of quality that keeps clients coming back. He and his current staff of technicians will remain with the company, and there will be no interruption in services. This business deal will strengthen both CalSource and ATS. CalSource will continue to operate independently from its Syracuse, New York location, serving clients with their unique expertise just as before while benefiting from new support and resources from our corporate network. ATS will receive a stalwart partner in providing regional calibration services and the well of experience that each staff member brings. Please join us in welcoming CalSource to the ATS family of companies! You can learn more about our newest member on their website or follow them on LinkedIn to keep up with their most current updates.



ATS Calibrates, Repairs, and Sells Precision Equipment Your One-Stop-Shop for Precision Equipment Maintenance Marietta, GA. (May 16, 2022) — Applied Technical Services specializes in precision equipment services. Even high-performance instruments need routine maintenance to provide accurate data. Whether you need calibration, repairs, or replacements for your precision equipment, ATS can be your single-source provider for precision equipment. Calibrate We offer electrical RF and microwave, DC and low frequency, optical and visual, mechanical, time and frequency, thermodynamics and pressure calibration, chemical, and high voltage calibration services both in-lab and on-site. ATS also calibrates physical/dimensional equipment such as levels, calipers, micrometers, gage blocks, plug and ring gages and many other tools. Repair ATS’ ENI Labs conducts calibrations and repairs both on-site and in-lab. We offer free evaluations for your equipment and provide quick turnarounds for emergency repairs. Our services cover most brands and models; contact us today to determine how we can help. ATS’ Express Calibration performs calibration and repairs for a wide variety of avionic test equipment. Replace Our staff can help you find the right equipment to suit your needs. We sell a variety of optical comparators, indicators, optical viewing systems, torque testing equipment, gages, and other precision measuring instruments. Purchasing precision equipment can be a one-step process with ATS; we can ensure that your equipment is properly calibrated upon purchase, saving on time and shipping costs. Contact ATS today at +1 (888) 287-5227 for assistance with your precision equipment.



Calibrations is Changing Locations Calibration Services in Orlando, Florida Marietta, GA. (April 21, 2022) — The ATS Calibration Lab in Orlando, Florida has moved into a new facility. This new facility will now be offering lab calibrations and on-site calibrations, as well as pickup and delivery for the surrounding area. ATS aims for continual expansion and growth so we can better serve our clients. Let us handle all your calibration needs—we take a closer look! You can find our new location here: Applied Technical Services 2450 S Laurel Avenue Sanford FL 32771 For high-quality calibration services near Orlando, Florida, call us today at 407 506-7609.



ATS Adding a New Location NDT Expertise in Huntsville, Alabama Marietta, GA. (April 8, 2022) — Applied Technical Services has opened a location in Huntsville, Alabama. We are excited to further expand our presence in the Southeast, offering clients a new option to consider for their local Nondestructive Testing (NDT) provider. With our extensive pool of talented technicians in the area, our powerful NDT equipment — suitable for onsite or in-lab inspections — and our corporate office’s support, the new Huntsville location is a success in the making. If you’ve worked with ATS before, you know the quality you can expect from our newest branch. If you haven’t given us the pleasure of serving your company before, come learn how ATS can help you — We take a closer look!



April 2022 ATS Commercial Services is experiencing remarkable growth thanks to a brand-new compliance program service and expansions in our lightning protection system offerings. A Comprehensive Compliance Program ATS Commercial Services, and our subsidiary PENTA Engineering, have developed a new service for property managers, facility managers, and building owners. In addition to annual inspections, 5 and 10-year testing, certification, engineering design, retrofits, and repairs for façade access and fall protection equipment, we now offer a comprehensive compliance program. The ATS compliance program is a more robust service offering clients the ability to achieve façade access and fall protection system compliance with OSHA and industry standards, as well as create consistency across portfolio buildings and facility sites. Consistency and compliance are accomplished through company specific policies and procedures developed by ATS and an online client portal provided by ATS for client access to all required documentation pertaining to these systems. Company Growth Additionally, in 2021, ATS saw almost a 200% growth in our lightning protection system (LPS) services, which include inspection, ground loop resistance testing, design, installation, and repairs. Our LPS services also branched out to several other states, making it our fastest-growing service this year. A big thank you to our clients for your business over the past year and we hope you have a wonderful 2022!



Empirical Technologies Corporation Joins the ATS Family Medical Device Testing Expertise in the Rocky Mountains Marietta, GA. (March 28, 2022) — Applied Technical Services is excited to announce the acquisition of Empirical Technologies Corporation as a wholly owned subsidiary. This group specializes in testing medical implants for efficacy using their mechanical testing expertise, as well as helping manufacturers gain and maintain compliance with FDA regulations. Clients often come for their depth of knowledge on the requirements for clearing a medical implant for use, as their consulting expertise has helped with over 200 successful 510(k) submissions to date. Dawn Lissy, President, and the Empirical team will remain with the company, continuing to operate independently from their location in Colorado Springs, CO. There will be no interruption in service or reduction in customer care. What will change is that they will have a new partner supporting their efforts and additional resources at their disposal to help launch their services to new heights. Please join us in welcoming Empirical Technologies to the ATS family of companies! You can learn more about our newest subsidiary on their website, follow their latest updates on LinkedIn, Facebook, or Twitter, and watch videos highlighting their services on their YouTube channel.



ATS operates as a one-stop-shop covering a wide range of testing and inspection services. In an effort to better serve the Military and Aerospace market in the SouthEast US, ATS Marietta is now setup to perform Electromagnetic Compatability/Interference testing with ISO/IEC 17025:2017 accreditation per the requirements of MIL-STD-461, RTCA/DO-160 and MIL-STD-704. This addition complements the existing Environmental Simulation capabilities in Marietta (Vibration, Shock, Temperature/Humidity, Weathering, Salt Spray, etc. ). RTCA/DO-160 S15 Magnetic Effect S16 Power Input (28VDC and 115VAC 400Hz) S17 Voltage Spike S18 Audio Frequency Conducted Susceptibility S19 Induced Signal Susceptibility S20 Radio Frequency Susceptibility Conducted (Radiated up to 200V/m coming Q1 2022) S21 Emission of Radio Frequency Energy (Radiated and Conducted) S22 Lightning Inducted Transient Susceptibility (up to Level 3) S25 Electrostatic Discharge MIL-STD-461 RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (RS103 up to 18GHz and 200V/m) MIL-STD-704 LDC (28VDC) SAC (115VAC 400Hz single-phase) TAC (115VAC 400Hz single-phase)



ATS Commercial Services had an exciting 2021 with a brand new compliance program service and huge growth in our lightning protection system offerings. In the late summer of 2021, ATS Commercial Services and our subsidiary PENTA Engineering developed a new service for property managers, facility managers, and building owners. In addition to annual inspections, 5 and 10-year testing, certification, engineering design, retrofits, and repairs for façade access & fall protection equipment, we now offer a comprehensive compliance program. The ATS compliance program is a more robust service offering clients the ability to achieve façade access and fall protection system compliance with OSHA and industry standards, as well as create consistency across portfolio buildings and facility sites. Consistency and compliance are accomplished through company specific policies and procedures developed by ATS and an online client portal provided by ATS for client access to all required documentation pertaining to these systems. Additionally, in 2021, ATS saw almost a 200% growth in our lightning protection system (LPS) services, which include inspection, ground loop resistance testing, design, installation, and repairs. Our LPS services also branched out to several other states in 2021, making it our fastest-growing service this year. A big thank you to our clients for your business in 2021 and we hope you have a wonderful 2022!



The ATS Phoenix location, formerly Gray’s Engineering & Consulting, is in the process of an expansion to include mechanical testing, metallurgical testing, chemical analysis, and failure analysis. The majority of testing capabilities will be available in Q1 of 2022 and continue to expand as demand increases. Mechanical testing: Rockwell hardness, micro-indentation (Vickers/Knoop), and superficial (Leeb and Rockwell) Tensile testing – 20,000 lbf (HK100KU) Metallurgical testing: First article testing and reverse engineering Microstructural assessment Grain size, graphite rating, phase identification, case depth measurements, etc. Plating thickness EDS material identification Corrosion deposits, metal chips, plating composition, etc. Chemical analysis (metals): Combustion analysis Elemental analysis LECO testing Metals chemistry Failure analysis: Metals and Polymers failure Capabilities Optical and SEM fractography, cross-sections, material specific testing, etc. Mechanical failure Embrittlement, fatigue, manufacturing defects, overload, wear, etc. Metallurgical failure Corrosion, fracture analysis, microstructure inconsistencies, etc. Component failure Blades, boiler tubes, bolts/ fasteners, hoses, pipes, shafts, springs, wire rope, etc. Polymer specific failure Chemical attack, ESC, fatigue, manufacturing defects, overload, weathering, weld lines, etc. The layout of the laboratory requires a highly efficient plan due to the small area allocated. As a result, several of the newly purchased instruments are compact, benchtop models that boast advanced capabilities. Some of the benchtop instruments include: Nanoscience Phenom XL (SEM) Keyence VHX-7000 (digital microscope) Thermo Scientific easySpark (OES) LECO CS744 (combustion carbon/ sulfur analyzer) Thermo Scientific Niton XL5 Plus handheld XRF analyzer These state of the art instruments, in addition to sample preparation and other testing equipment, offer customers in...



Does your company have a need for domestic testing services? If so, ATS is your lab to partner with to meet 3rd party testing needs! In 2021 ATS experienced an increased demand from manufacturers and importers to perform testing in the US. This has come about for several reasons including the need to test products once they are imported to ensure compliance with US safety laws and extended turnaround times at overseas locations. ATS partners with companies to not only meet US requirements but also EU testing such as Restriction of Hazardous Substances Directive (RoHS 2002/95/EC). ATS ensures compliance with chemical, mechanical, and environmental requirements. Our Headquarters, in Marietta, GA, is a full-service testing laboratory operating as a one-stop shop to meet all of our clients’ testing needs.



Over the past year, ATS has undergone significant expansions to our capabilities and expertise. The acquisition of several wholly owned subsidiaries increased our reach across the US in numerous capacities, such as calibration, metrology, repair, fatigue, radiation, and reliability services. Our 2021 acquisitions include: May 24 - Benchmark Calibration July 2 - Knight Testing July 19 - NDE Services October 19 - Advantage Reliability Services November 2 - Precision Solutions November 5 - Radiation Test Solutions December 12 - Century Calibration December 30 - Express Calibration December 31 - CEESI December 31 - Graftel



Whether you’re a new ATS customer or have been one for years, you’ve undoubtedly come to rely on our expertise and trust our engineering, testing, calibration, and inspection services to ensure compliance across many regulated industries. Did you know that we also provide Information Technology (IT) consulting expertise to those same regulated industries? Our IT consulting subsidiary, Abel Solutions, has been implementing critical IT solutions for 28 years. We live in a business world with an ever-increasing list of regulations. From PII to GDPR to CMMC, the alphabet soup of compliance acronyms grows every year. As our reliance upon technology and data continues to skyrocket and cybersecurity threats are everywhere, all businesses face the challenge of compliance with government and industry regulations and standards. Abel Solutions focuses on four critical IT services to address these needs: Cybersecurity - At a time when all companies are “technology” companies, the security of your systems and data is critical. Quality Management Solutions - Accelerate quality management process efficiencies while meeting your unique compliance requirements. Business Process Automation - Optimize your operations to enhance your business’s responsiveness, improve service levels, and reduce costs with intelligent business process automation. Critical Business Applications - Revamp your field operations, sales, customer service, marketing, finance, and more with innovative, low-code business applications. Schedule a free consultation to speak with one of our solutions experts about your project needs and business goals!



ATS Marietta now operates a Lansmont 65/81 mechanical drop/shock tester (table platform is 25” x 32”). This setup allows a safe, accurate and repeatable application of mechanical shocks on specimens up to 500 lbs.



Our Special Testing team can perform testing for customers that fits the need of their products, especially the ones that don’t necessarily fall in a standard testing model. By listening to our customers, we design testing protocols to meet their unique testing requests, as well as evaluate possible areas of expansion for our testing services and equipment. For example, in 2021 we designed and built an extra-large testing structure to expand our ability to test our customer’s larger samples and provide proof load testing at higher loads. This new 20’ tall “big boy” is over 50 percent larger than our current largest table and can hold samples 8’ wide by 15’ tall and 20’ long. We can provide loads up to 200,000 lbs. (twice the previous load limit) depending on the configuration of the test. We can also move the structural beams around to fit our customers’ samples that don’t always fit into traditional load tables. Increasing our pressure testing capabilities was also a customer request, so we expanded limits to 40,000 psig by adding the Additel Pressure Bench to our lab. We continue to engage our customers in finding new ways to meet their testing needs and enhance our lab services.



ATS is more prepared to help customers assess the health of their industrial assets after investing in their Remote Visual Inspection (RVI) service line. ATS deploys experienced personnel and equipment to look inside of assets without disassembly or a confined space entry. This type of inspection can be the most cost-effective means of assessing the internal condition of an asset. The insights gained are often used to make engineering recommendations, plan maintenance, or target the use of other NDT inspection disciplines. Our experts utilize premium borescopes that can measure indications precisely, robotics capable of delivering a payload, high resolution vessel/push cameras, and an arsenal of retrieval tools capable of securing the most difficult to recover foreign objects. ATS has technicians experienced in borescope inspections of large frame gas turbines and aircraft engines. ATS has the most experienced commercial Nuclear Head Exam and cleaning team in North America. Imagine what time and money you could save if you could just see inside of your plant assets. ATS is here to deliver outcomes in moments that matter!



The ATS chemical analysis division has recently developed the capability to test for the five Persistent, Bioaccumulative and Toxic (PBT) chemicals issued as a final rule in Section 6(h) of the Toxic Substances Control Act (TSCA). These chemicals include: 2,4,6-tris(tert-butyl)phenol (2,4,6-TTBP) (86 Fed. Reg. 866) decabromodiphenyl ether (decaBDE) (86 Fed. Reg. 880) hexachlorobutadiene (HCBD) (86 Fed. Reg. 922) pentachlorothiophenol (PCTP) (86 Fed. Reg. 911) phenol, isopropylated phosphate (3:1) (PIP (3:1)) PBT chemicals may be used in the manufacturing of plastics, rubbers, additives, and coating materials. ATS is committed to helping our clients ensure compliance with TSCA regulations.



On June 8, 2021, the Burkville Contractor Safety Award Ceremony was held to recognize contractors who exhibited excellence in safety during the 2020 calendar year. Eligible contractors included those with no OSHA-recordable incidents and over 10,000 hours of service at the Burkville plant during 2020. Criteria for the award include training hours, observation rate, SHER performance, events and disciplinary action, and awareness and improvement ideas. Applied Technical Services was selected as a recipient of the 2020 Burkville Contractor Safety Award, highlighting our dedication to workplace safety.



ATS’ failure analysts and chemists are well-known technical experts in their fields. In 2021, Nick Steinhoff and Burak Akyuz of the Metallurgy/Failure Analysis Group and Don McKay of the Chemistry Department became the authors in the new editions of the ASM’s Failure Analysis Handbooks, Vol. 11 and 11A. ASM Handbooks are amongst the most prestigious references in the materials science field, globally. These new editions will serve as a “go-to” reference for failure analysts, engineers, and technical personnel who need to determine the root cause(s) of a failure in a machine or component, remediate the issue, and prevent future failures. Thousands of copies of these new volumes were sold shortly after the release and also available digitally. Don McKay and Burak Akyuz co-authored the section “Quantitative Chemical Analysis of Metals in Failure Analysis” in Vol. 11. This article was also amongst the few articles selected to be published in the Journal of Failure Analysis and Prevention in 2022. Nick Steinhoff and Burak Akyuz co-authored the section “Failure Analysis of Cranes and Lifting Equipment” in Vol. 11A. Burak Akyuz is also the section editor in Vol. 11A. Tom Ackerson, P. E. is involved as a reviewer in both Volumes. We continue to be the experts in our technical fields, and, therefore, serving our customers with their challenges.



Applied Technical Services is expanding our inspection capabilities by adding a FARO laser scanning arm to our arsenal of technology. The arm is a highly versatile, non-contact coordinate measuring machine that can complete projects quickly and precisely. Unlike our fixed CMM or CT machines, the arm allows us to provide dimensional inspections on-site at customer facilities, in the field, and even in environments with extreme temperatures. Portable CMM technology allows us to better serve our clients, especially in the automotive, aerospace, and manufacturing industries. The laser scanner allows us to create 3D models of parts and components, which can assist with applications such as reverse engineering. Using our portable scanning technology, we can help clients enhance productivity and accelerate turnaround times.



ATS Expands Its Presence on the West Coast New Opportunities to Support Clients and Grow Our Capabilities Marietta, GA. (January 17, 2022) — Applied Technical Services is carving out a greater presence on the West Coast than we ever have before. As new capabilities come available to ATS Phoenix, they will better serve local and regional clients. EMI/EMC Testing Electromagnetic interference (or EMI) testing helps electronic manufacturers and quality control specialists profile the type of electromagnetic noise a component produces in service. Because these signals can interfere with the operation of other pieces, EMI and EMC (electromagnetic compatibility) testing prove crucial to the success of the final product. Medical devices, aerospace products, automotive subsystems, and even consumer goods need to work alongside other electronics without causing them to fail. ATS Phoenix can now offer this service to West Coast clientele, allowing them to handle even more of the product validation process under one roof. Chemical Analysis and Metallurgy Not only has ATS Phoenix increased its electrical testing capabilities, but also expanded into entire new disciplines. We are excited to announce that they now offer chemical analysis and metallurgy services! A wide array of material identification, failure analysis, and structural inspection offerings are now available to clients throughout the Southwest and West Coast regions. From FTIR to hardness testing to contamination testing to grain analysis, ATS Phoenix delivers a look into the invisible characteristics of client samples. Three New Walk-In and Two Thermal Shock Environmental Chambers Never one to abandon its...



Graftel Joins the ATS Family Contributing Expertise in Liquid- and Gas-Flow Calibration Services! Marietta, GA. (January 5, 2022) — Applied Technical Services is excited to announce the acquisition of Graftel LLC as a wholly owned subsidiary. Founded in 1992 and previously owned by the same parent company as our other new subsidiary, CEESI, their range of ISO 17025:2017 accredited calibration services meets the needs of a global client base. Graftel is also a leader in the field of the leak rate monitoring for the nuclear power plant marketplace. Graftel will see changes moving forward, such as access to new resources available through ATS, an expansion of capabilities, and a close working relationship with several of our other calibration subsidiaries. Other things will remain the same, however. They will continue to operate independently from their Chicago, IL location. Dave Glover will continue to serve as President of Graftel. Clients will continue to see the same level of quality and customer service they have come to expect. Please help us welcome Graftel and its sister company, CEESI, to the ATS Family of Companies! You can learn more about Graftel on their website, or follow them on their LinkedIn and Twitter pages.



CEESI Joins the ATS Family Contributing expertise in liquid- and gas-flow calibration services! Marietta, GA. (January 5, 2022) — Applied Technical Services proudly announces the acquisition of Colorado Engineering Experiment Station, Inc. (CEESI) as a wholly owned subsidiary. Founded in 1965 and previously owned by the same company as our other new subsidiary, Graftel, these flow meter calibration specialists serve a global client base with a suite of ISO 17025:2017 accredited services. CEESI will see changes moving forward, such as access to new resources available through ATS and a close working relationship with several of our other calibration subsidiaries. Other things will remain the same, however. They will continue to operate independently from their Fort Collins, CO, Nunn, CO, Garner, IA, and Chicago, IL locations. Rich Schoonover will continue as President of CEESICO and Joel Clancy will remain President over CEESIowa. Clients will continue to experience the same level of customer service and quality they have come to expect. Please help us welcome CEESI and its sister company, Graftel, to the ATS family of businesses! You can learn more about CEESI on their website, or follow them on their LinkedIn page.



Express Calibration Services Joins the ATS Family Introducing the Avionics Calibration Experts from Missouri! Marietta, GA. (January 4, 2022) — Applied Technical Services is excited to welcome Express Calibration Services into the ATS family of businesses as a wholly owned subsidiary. These specialists bring cumulative decades of experience calibrating and repairing avionics equipment. Their expertise is backed by an ISO 17025:2017 accreditation through the A2LA, guaranteeing the quality of their work to a long list of aviation and aerospace clients around the world. As Express Calibration Services moves into this new phase of partnership with ATS, many things will remain the same. They will continue to operate independently from their location in Lee’s Summit, MO. Clients can expect the same level of service, and General Manager, Gery Flattery, will continue in his position. What has changed is Express Calibration Services’ access to new resources, which includes a network of ATS calibration subsidiary partners. We look forward to how working alongside our newest member will help us expand services to both our client bases. Please help us welcome Express Calibration Services to the ATS Family of Companies! You can learn more about our newest acquisition on their website, or follow them on their Facebook and LinkedIn pages!



Century Calibrations Joins the ATS Family Excellence and Expertise in Calibrations! Marietta, GA. (December 16, 2021) — Applied Technical Services is pleased to announce the acquisition of Century Calibrations as a wholly owned subsidiary. This electrical and dimensional calibration and repair services provider has been supplying expertise to the Mid-Western region since 1992. They maintain a high quality of work by upholding the rigorous standards outlined in their ISO/IEC 17025:2017 accreditation. The automotive, RV, medical, steel, and manufacturing industries benefit from their skills, efficiency, and professionalism. The partnership between our two companies changes fewer things than it leaves intact; Century Calibrations will continue to operate independently from their Fort Wayne, IN location. There will be no interruption of services, and every client will continue to receive the excellent results and customer care they have come to expect. Founder and acting President Robin Bork will remain in his position, overseeing the company. What has changed is that Century Calibrations now has access to resources previously unavailable, while ATS gains a new partner in serving the calibration needs of the Mid-West. Look forward to watching Century Calibrations work closely alongside another of ATS’ Fort Wayne-based calibrations subsidiaries, ENI Labs. Please help us welcome the newest member of the ATS Family of Companies!



Radiation Test Solutions Joins Applied Technical Services Introducing an exciting new addition to the ATS family of companies! Marietta, GA. (November 5, 2021) — Radiation Test Solutions, Inc. is joining Applied Technical Services as a wholly owned subsidiary. This Colorado company specializes in verifying whether electronic components and subassemblies can survive exposure to radiation, known in the industry as “radiation survivability”. These conditions occur in many applications including outer space (satellites, etc. ) and medical testing and security testing systems. RTS accomplishes this through offering design, consultation, and testing services to OEMs that supply the space, military, medical, aerospace, and consumer product industries. As a condition of this acquisition, Radiation Test Solutions will continue to operate independently from their Colorado Springs, CO location. Their leadership, led by President Malcolm Thomson, will remain unchanged, and they will offer the same services without interruption to their clients. What has changed is the partnership between their company and ATS, allowing them new resources and opportunities while expanding the scope of our capabilities. Please join us in welcoming this exciting new addition to the ATS family! You can learn more about Radiation Test Solutions at their website, https://www. radiationtestsolutions. com/, or follow them on LinkedIn.



Precision Solutions Joins Applied Technical Services Join us in welcoming a new member of the ATS family! Marietta, GA. (November 4, 2021) — Applied Technical Services is pleased to announce the acquisition of Precision Solutions, Inc. of Pennsylvania as a wholly owned subsidiary. This company has served the pharmaceutical, general manufacturing, and food processing industries since its founding over 50 years ago. Precision Solutions specializes in providing scales, weighing solutions, and integration services, regularly performing metrology, calibration, and repair services on these tools for clients throughout the Mid-Atlantic region of the United States. Precision Solutions will continue to operate as an independent entity from their Quakertown, PA headquarters. Headed by Jeanette Philipowicz, President, the company moves into a new phase of partnership with the ATS calibration division: effectively extending the reach of our calibration services while giving Precision Solutions access to new tools and resources. Please join us in welcoming Precision Solutions, Inc. to the ATS family of companies! You can learn more about our newest member on their website, https://www. precisionsolutionsinc. com/, and follow them on LinkedIn.



Advantage Reliability Joins ATS Family Louisiana’s Reliability Experts, Reporting for Duty! Marietta, GA. (October 20, 2021) — Applied Technical Services is pleased to announce the acquisition of Advantage Reliability Services, Inc. as a wholly owned subsidiary. Kenny Sullivan, President, and the rest of the Advantage Reliability team have joined ATS and continue to operate independently from their office near Shreveport, Louisiana. These reliability specialists serve power, pulp and paper, and oil and gas clients from around the country. They pride themselves on their professionalism, expertise, and efficiency — three values that align perfectly with ATS’ own standards of excellence. Our new addition will work closely alongside Charles Scott and Reliability Testing Services (RTS), which we acquired in 2018, going forward. Advantage Reliability’s suite of services — including vibration analysis, infrared thermography, predictive maintenance, motor circuit evaluation, and ultrasonic leak surveys — complements RTS’ own. This partnership will allow each to extend their reach and pool their resources, supporting growth opportunities for both. Please join us in welcoming Advantage Reliability to the ATS Family of Companies! You can learn more about them on their website, follow the company’s latest updates through their Facebook, and watch videos highlighting their services on their YouTube channel.



California Proposition 65: 60 Day Notice of Violation for BPA in Socks Bisphenol A (BPA) is a chemical typically found in reusable food/beverage containers, can linings, receipt tape, and various consumer products comprised of rigid plastic materials. In 2015 BPA was added to the California Proposition 65 List and deemed a carcinogen. The current dermal exposure limit is 3 micrograms per day. On September 1, 2021 several sock manufactures and retailers received a 60 day notice for BPA in socks. Currently the socks do not contain a Proposition 65 warning label. The concern is that consumers may unknowingly have dermal exposure to BPA by wearing the socks. The use of BPA in fabrics is not discussed as often as its use in plastic and canned items. The use/purpose of BPA in fabric materials is: used in the dye agent, flame retardant production, and for antistatic reasons. ATS has been in the business of testing since 1967 and our laboratory is A2LA and ISO/IEC 17025:2017 accredited to test for BPA content. Utilizing LC/MS/MS instrumentation, our lowest limit of detection is 100 parts per trillion (ppt). If our laboratory can assist with future testing or answer any questions please contact customer service at 1-888-287-5227 or customerservice@atslab. com. Proposition 65 Notice of Violation: 2021-02177. pdf (ca. gov)



Modern Problems Require Modern Solutions Additive manufacturing (AM) is changing the way we make products. No longer bound by the limitations of older methods, manufacturers can produce components with complex internal geometries unachievable through casting, forming, machining, or molding. Subsurface channels, grooves, and lattice structures provide AM components with a variety of benefits — from reducing weight to allowing coolant flow. Utilizing these advancements also requires new testing methods, as validating AM production processes using methods like geometric dimensioning and tolerancing requires destructive procedures to take internal measurements. Because cutting an AM component open for analysis can affect its geometry, even this solution proves insufficient. Computed tomography (CT) is an advanced noninvasive imaging technology pioneered by the medical field that can handily answer the dimensional inspection needs of our AM clients. ATS CT Capabilities CT captures a wide variety of features in fine detail, allowing our dimensional analysis specialists to take measurements from the resulting scans. The method works by capturing thousands of radiographic images of the subject from every conceivable angle, rotating and moving it to expose different orientations to the beam of an X-ray emitter. Collating these distinct images into a voxel-based point cloud allows our expert technicians to convert it into a CAD-friendly 3D image that displays every surface — both internal and external — with microscopic precision. One of the challenges inherent to AM is developing inspection methods to gauge components’ strength, utility, and robustness. Sometimes, manufacturing processes can leave AM parts with sizeable voids that...



Announcing Upcoming EMI/EMC Testing Capabilities Fulfilling New Testing Needs Starting October 2021 Marietta, GA. (August 25, 2021) — Applied Technical Services is completing an electromagnetic interference/compatibility testing chamber. We are excited to begin offering this service to our aerospace and military clientele. EMI and EMC help keep electronic components compatible with the systems and subsystems they support. The slightest mismatch among electrical systems can cause major problems in the air, as the electromagnetic interference emitted by each electronic component can hinder the performance of the others. Manufacturers and parts suppliers can look to ATS to verify compatibility and compliance for their components upon the completion of our EMI/EMC testing chamber in October. We plan to offer the following standards, with more specifications to be added upon future expansions: MIL-STD-461 CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RE101 RE102 up to 18GHz MIL-STD-704 28VDC (LDC) 400Hz 115VAC one-phase (SAC) 400Hz 115VAC three-phase (TAC) RTCA-DO 160 Part 15: Magnetic Effect Part 16: Power Input Part 17: Voltage Spike Part 18: Audio Frequency Conducted Susceptibility Part 19: Induced Signal Susceptibility Part 20: Radio Frequency Susceptibility, conducted only Part 21: Emission of Radio Frequency Energy Part 22: Lightning Induced Transient Susceptibility up to Level 3 Learn more about how our EMI/EMC testing capabilities will be able to serve your company here: https://atslab. com/testing-and-analysis/environmental/environmental-testing/emi-emc-testing/



Additive manufacturing technologies have a versatile range of applications. Metallurgy provides an equally diverse range of testing methods for assessing material quality. At Applied Technical Services, our metallurgists and engineers help clients determine the most effective testing method for analyzing their products. We can examine additively manufactured products in numerous aspects, giving clients a comprehensive understanding of their products’ material structure and integrity. Microstructure Analysis Our metallurgy lab can assess the microstructure of polymers, alloys, and ceramics, following the standards such as ASTM E3. We can assess and measure qualities such as melt pool depth by using microscopic measuring techniques per several ASTM/ISO procedures. We evaluate the different microstructures in as-printed, hot isostatic pressing (HIP) processed, and heat-treated samples. Our analysis processes also help with inclusion identification. We perform energy-dispersive spectroscopy (EDS) for semi-quantitative phase and inclusion analysis according to ASTM E1508. Our assessments also address: Grain Size/Flow/Orientation/Structure Phase Identification Intergranular Corrosion Presence of Nitriding Case Depth Coating Thickness Intermetallic Phases Porosity Void Orientation Image Analysis ATS performs image analysis for additive manufacturing samples according to standards such as ASTM E1245. We use a 4K ultra-high accuracy Keyence VHX-7000 digital microscope to evaluate surface and core porosity, yielding an area percentage, average diameter, min and max size, and other measurements. Image analysis also assists with phase evaluation. Fractography Our fractography capabilities include optical and scanning electron microscopy (SEM) services. These metallurgical tests cover initiation identification, crack propagation analysis, and fracture mode assessment. Additional Analysis Techniques We provide several services in...



JTL America Joins ATS Adding new expertise to our growing family! Marietta, GA. (July 6, 2021) —Applied Technical Services is pleased to announce an equity partnership with JTL America, the fatigue testing lab hailing from Fort Wayne, IN. Previously known as Knight Mechanical Testing, this company approaches its 15th year serving its global client base with a combination of high-quality fatigue testing, rapid turnaround times, and excellent customer service practices. JTL America will continue to operate independently, serving their clientele in the medical device, automotive, and aerospace industries without interruption. Their current leadership, Kevin and Nolan Knight (President and Vice-President, respectively), will remain on board as both our companies move into a new phase of collaboration and mutual benefit. Please help us in welcoming JTL America into the ATS family of companies! You can learn more about JTL America at their website and follow all updates on their Facebook and LinkedIn pages.



Marietta, GA. (June 24, 2021) — With summer in full swing and COVID-19 restrictions winding down, Americans are flocking to beaches across the country. But after a recent lab report revealed high levels of benzene in popular sunscreen products and called for increased regulations on sunscreen manufacturers, the public is steering away from previously trusted brands. Valisure, an online pharmacy and independent lab that conducts consumer product testing, recently released the results of their sunscreen analysis conducted on products from 69 different brands. A total of 294 batches were analyzed, with 78 testing positive for benzene. Of those 78, 14 exceeded the FDA’s benzene limit of 2 parts per million (or 0. 0002%). The results varied between brands and batches, showing a high level of inconsistency in the products testing positive for benzene. “Benzene contamination was detected in sprays, gels, and lotions,” and was present in “chemical and mineral-based” products, per Valisure. Trusted manufacturers, including Neutrogena, Fruit of the Earth, CVS Health, and Sun Bum, produced batches exceeding the FDA’s benzene limit. Manufacturers Heightened regulations would likely lead to recalls and manufacturing downtime for many companies, resulting in a massive loss of revenue. Manufacturers should plan to submit their sunscreen products for benzene analysis before any recalls or potential FDA regulations go into effect. As Valisure has called for the FDA to recall all sunscreen products containing benzene sold in the United States, there is a strong possibility of mandatory benzene analysis for manufacturers in the industry. Benzene analysis is...



Marietta, GA. (June 18, 2021) — A 2021 report on the power generation industry’s current and forecasted market size indicates growth for the foreseeable future. The $1345. 98 billion global market value assessed in 2019 is expected to increase to $1769. 32 billion before the end of this decade as populations and electricity consumption continue to rise. Innovative technologies such as smart grids will continue to drive the industry forward, creating more energy from fewer resources and distributing it more efficiently. By 2040, the authors expect global electricity demand to double from its 2017 value; by 2050, they predict it will double again. Applied Technical Services has worked with companies in this industry throughout our 50+ years in business, helping ensure their equipment remains in top shape through our nondestructive testing (NDT) and Professional Engineering capabilities. As they have grown over these five decades, so too have our inspections and testing services evolved to match their changing needs. This report projects that renewable energy will make up as much as 50% of global output after 2035, indicating exponential growths in hydroelectric, wind, and solar power in the coming years. ATS’ inspection services group regularly assesses the condition of power banks, generators, turbines, penstocks, panels, and other critical equipment for signs of damage or decay. As green initiatives and green energy continue to gain in popularity, ATS is positioned to grow alongside renewable power producers, continuing to meet their needs as we move forward. Non-renewable energy sources will play an integral...



Welcoming Two New Experts Marietta, GA. (June 11, 2021) — ATS subsidiary Dedicated Roof and Hyrdo-Solutions, LLC is welcoming two new members to keep up with the demand for registered roof consultants. We work to continually improve and expand our services to better serve our clients. Our growing team of qualified experts can help with all your roofing and building envelop consulting needs. Thomas Dugger (Tom) Joins DRH In May 2021, Thomas Dugger, Registered Roof Consultant (RRC) and Registered Roof Observer (RRO) joined Dedicated Roof and Hydro-Solutions, LLC (DRH), a wholly owned Subsidiary of Applied Technical Services, LLC (ATS). He will complement the services offered by David R. Hawn, F-IIBEC, RRC, CEM; John M. Ogaitis, RRC; Richard L. Wagner, RRC, CCS; and Jay Dougherty, RRC. Rick joined DRH in June 2003, John in 2004, and Jay in 2020. All five Registered Roof Consultants provide roof, waterproofing, and building envelope consultation, and all have a minimum of 30 years industry experience. Tom is an IIBEC (formerly RCI, Inc. ) RRC and RRO and has been active in the roof and building enclosure industry as a consultant since 1995 and was previously involved in the roof industry in various capacities as a contractor since 1987. Tom looks forward to continuing his, and Dedicated Roof and Hydro-Solutions’, commitment to the service of our clients as we welcome him to our operations as a Senior Consultant. DRH is pleased to announce the addition of Tom. He can be reached at 703-999-0816 or 703-266-6638. Tom’s...



Marietta, GA. (June 4, 2021) — Our computed tomography (CT) labs help clients from numerous industries get a comprehensive look at their parts and components, inside and out. CT scanning can benefit both mechanical and electronic components with versatile functionality. CT is a non-destructive, non-invasive testing process that generates a 3D x-ray model of a subject’s entire structure. The 3D model consists of thousands of x-ray images from distinct angles, combined to create a highly detailed model. This examination process can locate minute flaws in a wide variety of materials. Computed tomography is an excellent non-destructive tool for assessing circuit boards. ATS can conduct solder joint inspections using CT, identifying any cracks, porosity, or areas starved of solder that may result in poor connections. We can measure the amount of porosity in each joint volumetrically to determine whether the porosity percentage is within acceptable limits. CT scanning can also help with circuit board failure analysis. We can use computed tomography to determine the root cause of failure before subjecting the sample to destructive metallurgical testing. CT can give metallurgists an idea of where to cut the sample to get the most out of failure analysis testing. ATS has both the CT and metallurgical capabilities necessary to perform thorough, detailed failure analyses on circuit boards. The immense number of images CT produces can assist with reverse engineering as well. Computed tomography takes a close look at every internal and external feature on a sample, making precise, accurate measurements. Applied Technical Services...



... and Other Frequently Asked Questions Marietta, GA. (May 28, 2021) — Applied Technical Services offers SPRAT rope access training and certification courses for students who want to begin or advance in a career of working at heights. As a leading rope access training site, prospective students often ask us what they can expect from our courses. When they enroll in one of our 5-day courses, students will come to our Marietta training center (unless their company requested a special onsite course to train many students at once) for both theoretical and hands-on instruction that covers everything they need to pass their examination. On the fifth day, a SPRAT-certified tester will attend to independently administer their certification exam. Once they pass their written, oral, and practical assessments, students will receive certification from SPRAT authorizing them to perform rope access work. Below, we cover a few of the most common questions ATS has received over the years. What Does It Take to Become a Rope Access Technician? SPRAT certification comes in three tiers, each of which handles a different level of rope access work, and thus, a different set of requirements for candidacy. Level I: Student must be at least 18 years old Course covers all personal rope movement techniques Level II: Student must have logged 500 verified hours performing work as a Level I technician Course covers up to intermediate rope rescue techniques Level III: Student must have logged 500 verified hours performing work as a Level II technician Course...



ATS Welcomes Benchmark Calibration Laboratory Help Us Welcome a Valuable Addition to the ATS Family! Marietta, GA. (May 24, 2021) — Applied Technical Services is pleased to announce our acquisition of Benchmark Calibration Laboratory as a wholly owned subsidiary! Benchmark Calibration provides metrology, calibration, certification, and repair services to several industries, including aerospace, defense, power, manufacturing, and engineering. Benchmark is a NIST Traceable ISO 17025 Accredited Laboratory for calibration services. Jeff Reschke founded Benchmark Calibration Laboratory in the 1990s and began building the company’s reputation for high quality, rapid turnarounds, and superior customer service in Florida and surrounding states. Benchmark Calibration will continue operating independently in Sanford, FL with Jeff as President. We look forward to working with Benchmark to pursue continual expansion in our capabilities and expertise. You can learn more about Benchmark Calibration Laboratory on their website, and keep up with the latest updates on Facebook.



Applied Technical Services offers a continually expanding range of testing and inspection services. One of our newest developments includes electromagnetic compatibility (EMC) and electromagnetic interference (EMI) testing. EMC/EMI testing allows us to assist avionics, military, and aircraft industries with product certification, design verification, and troubleshooting. We are preparing several tests within the MIL-STD-461, MIL-STD-704, and RTCA DO-160 standards. MIL-STD-461 establishes test procedures and EMI limits for military equipment. EMI refers to unwanted noise or signals that can interfere with other technologies or reveal a vehicle’s location. In 2021, ATS plans to offer the following MIL-STD-461 testing services: RE101 CE101 CS101 CS115 CS117 RE102 up to 18GHz CE102 CS114 CS116 CS118 MIL-STD-704 tests electric power quality standards for Department of Defense aircraft and is also suitable for commercial planes and other vehicle types. We plan to offer full-service MIL-STD-704 testing for 28VDC (LDC), 400Hz 115VAC one-phase (SAC), and 400Hz 115VAC three-phase (TAC). RTCA DO-160 establishes guidelines for standardizing EMC testing methods and procedures. These guidelines help aerospace suppliers create products that can pass certification for multiple aircraft. We will test the following DO-160 sections: 15: Magnetic Effect 16: Power Input 17: Voltage Spike 18: Audio Frequency Conducted Susceptibility 19: Induced Signal Susceptibility 20: Radio Frequency Susceptibility, conducted only 21: Emission of Radio Frequency Energy 22: Lightning Induced Transient Susceptibility up to level 3 25: Electrostatic Discharge With these tests, we can determine whether your product meets applicable specifications. ATS also plans to further expand our lab in 2022 with more equipment,...



California Proposition 65 Update on 60-Day Notices of Violation California Proposition 65, also known as the “Safe Drinking Water and Toxic Enforcement Act”, was enacted in 1986 with the purpose to guard drinking water from toxic substances and reduce human exposure to chemicals. The listed Proposition 65 chemicals are known to the state of California to cause cancer, birth defects, or other reproductive harm. Those in potentially violation of the law may receive a “60-Day Notice of Violation. ” It is required that the notice is sent to the potential offender no less than 60 days before taking legal action. In November of 2020, 314 60-day notices were sent and in December 2020 293 60 day-notices were sent. Over the years, phthalates tend to constitute the majority of notices, and that was the case in November/December of 2020. Just over 40% of the notices were for phthalates. Approximately 30% were for lead, cadmium, chromium, arsenic, acrylamide, formaldehyde etc. Items that accounted for the notices included food, bags, glassware, ceramics, vinyl aprons, and bedding. ATS is a leading Consumer Product Safety Commission (CPSC) approved laboratory providing CA Prop 65 testing services to a wide variety of industries. Our lab is ISO/IEC 17025:2017 accredited, and we also maintain an ISO 9001:2015:2015-registered quality management system. Please contact us today to learn about our Prop 65 testing services!



Toxics in Packaging Clearinghouse (TPCH) adds PFAS and Phthalates In February 2021 the Toxics in Packaging Clearinghouse (TPCH) updated the list of regulated chemicals. TPCH has added perfluoroalkyl and polyfluoroalkyl substances (PFAS) and ortho-phthalates. The limit for ortho-phthalates is 100 ppm and for PFAS none should be found in the packaging. Prior to this addition the prohibition included cadmium, lead, mercury, and hexavalent chromium in packaging components. TPCH limits heavy metals to 100 ppm. The purpose of this law is to prevent pollution by limiting the intentional use of heavy metals and now also PFAS and ortho-phthalates. Compliance to the law is the responsibility of manufacturers and suppliers. Please contact ATS today to assist with your TPCH testing needs.



Among the many challenges of 2020 was the need to dramatically increase the production of anti-viral protective products. To meet the newfound demand for vast quantities of hand sanitizer, the US Food and Drug Administration released new guidelines for hand sanitizer production by unregistered companies. Doing so allowed general industry to step up and meet the demand — however, the sourcing of untested raw materials and typical industry quality systems proving insufficient left open the possibility for contaminated or improperly manufactured material to enter the marketplace. ATS was able to help companies prevent potential harm to the general public by offering both contaminant and active ingredient testing for hand sanitizers. ATS leveraged our extensive experience with consumer product testing to immediately reconfigure our Gas Chromatography-Mass Spectroscopy (GC-MS) lab to provide this new service. In fact, ATS developed internal methods for methanol contamination of hand sanitizer well before the FDA released public methodology, providing critical safety testing for our customers when no federal guidance yet existed. ATS continues to provide this essential service, offering multiple levels of testing. The efficacy of a hand sanitizer product depends on the high concentration of its active ingredient, typically ethanol or isopropanol. ATS tests both gel and liquid products by Gas Chromatography with Flame Ionization Detector (GC-FID) to verify that the active ingredient concentration meets FDA requirements, ensuring that the product will be effective at killing the virus that causes COVID-19. The other critical component of testing hand sanitizers is the confirmation that no harmful...



ATS seeks to be a one-stop shop to meet the testing needs of the automotive industry including OEMs and tier suppliers. Our lab is accredited to various automotive specifications and we continue to expand our service offerings. Recent developments include solar simulation testing in a large walk-in thermal chamber that accommodates large samples, allowing exposure of a variety of components at the same time. Additionally, the area of Volatile Organic Compounds (VOCs) testing continues to be a growth area with new methods/test types being added regularly. Of note, our automotive team expects to be VW accredited by the end of 2021.



ATS formed our Special Access Services division to meet the need for creative solutions to work areas. In just three years, our growth is evidence of the demand for such services. The Special Access Services division now has multiple external and internal UAVs (drones), with more of our inspectors becoming a triple-threat. Having expert staff in the three disciplines of inspection, FAA pilot, and rope access has proven to be the new standard in project success. Areas of notable growth are façade inspections and custom façade access. With architecture becoming increasingly unique, tasks such as window cleaning can require special rigging skills to provide safe access. This is where ATS excels like no other: as one of the oldest commercial façade access firms in the US with a professional rope access division, we can solve nearly every access scenario.



When ATS says "we take a closer look," we mean we look at everything that can improve our customers’ experience. Not only do we continually evaluate our technical and quality services, but we also focus on the value of our employees and how they impact our business. In reviewing our teams this year, we are happy to announce the merging of several groups, which also provided the opportunity to promote outstanding team members to lead them. Burak Aykuz will head up a new division of our Materials Testing business unit as manager. Burak is a proven leader in growing the business to accommodate our customers’ testing needs and expanding our global client base. This new division will consist of five distinct groups which are Metallurgy, Failure Analysis & Polymers led by Emily Bardugon, Group Manager; Weld & Mechanical Testing led by Bryan Flores, Group Manager; Special Testing & Fatigue led by Eric Sproat, Group Manager; Chesapeake Materials Testing led by Eric Shiner, Operations Manager; and the Machine Shop led by Sergio Bedoya, Operations Manager. Burak and his team of managers will work together as a cohesive unit to meet the varied testing needs of our clients.



At ATS, we listen to our customers and look for every opportunity to increase our capabilities to fulfill their testing needs. In 2020 we expanded our services in the Weld and Mechanical Testing Group by adding the MTS Criterion Model 45 EM Load Frame utilizing a 100 kN load cell. This new equipment offers our clients the ability to have Elevated Temperature Tensile Tests up to 600°C, as well as performing a wide range of tests, including Room Temperature Compression Tests. High Temperature Tensile Tests (elevated temperature) use a combination of heat and tension inside the furnace to elevate the behavior of the material and output the appropriate data. We use the MTS TW Elite Software to run our tests according to many relevant specifications, including ISO, ASTM, and various others.



Business today depends on a reliable network. Organizations of all sizes require custom cybersecurity solutions and quick response times from their IT services provider. Abel Solutions, an ATS company, has helped businesses navigate the ever-changing landscape of information technology for over twenty-seven years, including 2020, which placed new demands on IT environments for all organizations. Based on industry best practices and our decades of experience, Abel Solutions’ approach to Managed IT Services goes beyond monitoring and break-fix support. Our methodology incorporates activities covering Onboarding, Support, Management, Stewardship, and Strategy. Abel Solutions’ Network Operating Center (NOC) offers industry-leading help desk support and security of information assets for small and medium-sized businesses. If you are looking to modernize your IT infrastructure, tighten up your network security, or take advantage of the cloud, Abel Solutions is here to help. We invite you to take a look at Abel Solutions by visiting www. abelsolutions. com to learn about the advantages of partnering with us for all your IT Services needs.



ATS purchased ENI Labs in August of 2020, which now operates as a wholly owned subsidiary. ENI Labs is a full-service calibration and repair facility located in Fort Wayne, IN. ENI Labs is accredited by A2LA to ISO/IEC 17025 and has a broad scope of testing capabilities. They also repair electrical devices and electrical test equipment, including component-level evaluation and repair. Kenton Shepherd manages this office of about 40 employees. You can visit them at: enilabs. com.



At ATS, we work hard to stay on top of the technology curve, as well as keep pace with the needs of our customers and the capabilities of our leading competitors. Our Metallurgy and Failure Analysis group purchased a new state-of-the-art microscope system to expand the list of services we offer to our clients. Our new Keyence VHX-7000 Digital Microscope System added both imaging and measuring capacity and capability to the Failure Analysis, Metallurgy, Weld Testing, and Chemistry Groups. This purchase allows ATS to enhance its failure analysis, metallurgy, and chemistry “products,” which consist of highly technical investigations backed up by the latest technology evaluation tools. This microscope system offers several new features beyond the current microscopes’ capabilities: Surface topography and z-height measurement, such as pit depth measurement and visual surface roughness measurement Three-dimensional imaging Deep focus distance capability Providing computer particle count and distribution analysis Automated porosity mapping Automated x-y image stitching Automated particle count, distribution, and morphology (e. g. , cleanliness testing) Automated image analysis Automated grain size Also, our Polymers Mechanical Testing Group added two MTS Exceed Series 40 EM Universal Test Systems with 50 kN and 100 kN load capabilities. These new systems will increase testing capacity for our clients and add more capabilities to the Polymer Mechanical Testing group at ATS. We use the MTS TW Elite Software to run our tests according to ISO, ASTM, and various other specifications.



The calibration department is pleased to announce that effective January 4th, 2021, we have officially started operating an office in Orlando, FL. Space Sciences Services, a subsidiary of ATS, will lease the space intended to hold this office. Darren Black will be transferring from Marietta to Orlando to be the Operations Manager. We will use the office as a launching point for on-site services in the state and begin performing a limited selection of services in the laboratory on April 1st. Our goal is to have the office accredited to ISO/IEC 17025 by the end of this year. Please contact Cole Miller or Darren Black with any questions or leads.



We are pleased to announce that ATS has finalized an agreement to acquire Intermountain Testing Company (ITC) as a wholly owned subsidiary in Denver, CO. This firm expands ATS’ footprint into the Rocky Mountain region, opening new avenues for business. ITC possesses a wealth of experience providing NDT inspections, Welding Qualifications, and support for clients throughout the Rockies. Their seasoned technicians perform a variety of methods, including UT, RT, MT, PT, and Visual inspections. ITC also has an experienced staff of AWS Certified Welding Inspectors and offers a full-service welding qualification laboratory. ITC’s President, Joe Ferguson, has led the company since 1995. Along with Mike Carroll (Vice President), they have honed their business to be a quality-focused, customer-first organization. Our announcement does not indicate a change in services to existing customers — ITC will operate independently and continue to serve its clientele just as it has in the past. The only change is that they will now have ATS’ backing and resources to support their efforts in providing superior quality and value in their services. ITC’s expertise and credentials complement our own, and both organizations stand to grow from this union. As of December 22, 2020, we are excited to present Intermountain Testing Company as the newest addition to the ATS family! Learn more about ITC on their website at www. intermountaintesting. com



Though the form of our Toys for Tots contribution had to change due to health and safety requirements being implemented to help reduce the spread of the COVID-19 pandemic, the ATS family did not shy away from our commitment to our community. We gave $8,400 to less-fortunate children in the Atlanta area in 2020 and felt great pride at serving them in these unprecedented times.



Applied Technical Services (ATS) would sincerely like to thank you all for choosing us in 2020 for your consulting engineering, testing, and inspection needs. We understand the many ways that 2020 affected us all, both personally and professionally, and so it is with immense gratitude and appreciation that ATS was able to serve you throughout the year. ATS was fast-acting when the COVID-19 pandemic hit mid-March and quickly adjusted to federal, state, and city requirements and recommendations to keep our employees and clients safe. We were deemed an essential critical infrastructure workforce early on, and while many in-person events such as tradeshows and lunch & learns were postponed or canceled, we were able to connect with so many of you virtually and onsite for projects. 2020 was certainly a year of ups and downs, and through it all, ATS is delighted to have been able to stand by our clients with the utmost respect and understanding in these unprecedented times. We look forward to the day when we can meet again in-person and rejoice in social, healthy interactions with you all — hopefully in 2021! Thank you from the bottom of our hearts and here’s to a better, happier, healthier New Year!



ATS Welcomes ITC Meet the newest addition to the ATS family! Marietta, GA. (December 22, 2020) —Applied Technical Services (ATS) is proud to announce the acquisition of Intermountain Testing Company (ITC) located in Denver, CO, as of December 22nd, 2020. ITC is a nondestructive testing company with many of the same core values for which ATS is well-known throughout the southeast, such as client service excellence, integrity, and professionalism. Their expertise in NDT complements our own, providing an entryway into the Rocky Mountain region. Access to ATS resources and support will help ITC continue to improve upon the services they already provide to their clients. ITC will continue to operate as normal — there will be no relocation, no changing roles, and no interruption in service. Please help us welcome Intermountain Testing Company to the ATS family of businesses! You can learn more about ITC and their services on their website, http://www. intermountaintesting. com/.



ATS Welcomes ENILABS Meet the newest addition to the ATS family! Marietta, GA. (September 2, 2020) — Applied Technical Services has acquired ENI Labs, Inc. (ENILABS) as a wholly owned subsidiary as of September 1st, 2020. ENILABS performs a variety of calibration, metrology, and equipment repair services that complement our own. Beyond access to a new market, these specialists bring a level of expertise and professionalism to their clients that ATS values highly. Their ISO/IEC 17025:2017 accredited calibration services and dedication to customer service set them apart from other providers in the region. Company President Kenton Shepherd and the entire ENILABS staff now work under the ATS umbrella. As a wholly owned subsidiary, ENILABS will continue to operate independently from its locations in Fort Wayne and Indianapolis, IN. They have served clients in Indiana and surrounding states from the medical, defense, and manufacturing industries for the past four decades. ENILABS now has a partner with significant resources to assist as they continue to grow. Please help us welcome ENILABS to the ATS family! You can learn more about ENILABS and their services on their website, https://enilabs. com.



Richard (Rick) H. Scruggs, RRO, CDT, has joined Dedicated Roof and Hydro-Solutions, LLC (DRH), a wholly owned Subsidiary of Applied Technical Services, LLC (ATS). He will complement the services offered by David R. Hawn, F-IIBEC, RRC, CEM, John M. Ogaitis, RRC, Richard L. Wagner, RRC, CCS, and Jay Dougherty, RRC. Wagner joined DRH in June 2003, Ogaitis in 2004 and Dougherty in 2020. Not only do all four of these Registered Roof Consultants provide roof, waterproofing, and building envelope consultation: each has more than 30 years of experience in the industry. Similarly, Rick has over 30 years of technical and sales experience in the industry. Rick is an IIBEC (formerly RCI, Inc. ) Registered Roof Observer and has been active in the roof service industry by providing technical services since 1974. Rick was previously involved with the roof and building enclosure industry as a contractor and then as a technical sales representative. Rick looks forward to continuing his, and Dedicated Roof and Hydro-Solutions’, commitment to the service of our clients as we welcome him to our operations as a Consultant. DRH is pleased to announce the addition of Rick Scruggs. He can be reached at 410-440-6056 or 703-266-6638. Rick’s email address is rscruggs@drhroofsolutions. com.



In January 2020, James (Jay) A. Dougherty, RRC, joined Dedicated Roof and Hydro-Solutions, LLC (DRH), a wholly owned Subsidiary of Applied Technical Services, LLC (ATS). His expertise will complement the services offered by David R. Hawn, F-IIBEC, RRC, CEM, John M. Ogaitis, RRC, and Richard L. Wagner, RRC, CCS — including roof, waterproofing, and building envelope consultation services. Each of our Registered Roof Consultants brings 30 years or more of industry experience. Jay is an IIBEC (formerly RCI, Inc. ) Registered Roof Consultant. He has remained active in the roof and building enclosure industry in a variety of capacities since 2010. Jay looks forward to continuing his commitment to the service of our clients and helping to further the Dedicated Roof and Hydro mission. Help us welcome our newest Senior Consultant, Jay Dougherty!



ATS has original roots in the aviation industry, our founders worked for Lockheed Martin, an aerospace company located in Marietta, GA. Since our founding in 1967 we have increasingly performed a wide array of testing related to airplanes. The ATS NDT group has performed testing on many different aerospace components both in the lab and “on wing” for many years. ATS has two locations that hold FAA Repair Station certificates allowing for qualified ATS employees to perform testing on aircraft components and release the aircraft back to operation. Over the past few years ATS has put an emphasis on growing our operations in the aerospace sector. Our Marietta, GA lab has expanded capabilities and sales efforts in manufacturing facilities that supply components for air and space travel. Our team of qualified experts have been performing wing turbine inspections in South America for over 18 months and we are expanding this work into Japan in early 2020. In 2019 ATS acquired Aviation Technical Testing, LLC (AvTech) based in Minneapolis, MN. AvTech is managed by Mr. Mike Fortman who has over 35 years of experience in the aerospace industry, working directly for a large airline before venturing out to start an NDT business. AvTech has a strong focus on Maintenance and Repair Organizations (MROs) that help to maintain airplanes for private, commercial, and military use. AvTech also holds an FAA Repair Station certificate. The ATS and AvTech partnership will allow for greater synergy to provide testing and inspection to the aerospace industry.



Congratulations to the ATS Greenville, SC branch office as they have achieved AS9100D certification! The Greenville office is the first Non-Destructive Testing branch office to have a third party certified AS9100D Quality Management System. AS9100D is a widely adopted and standardized quality management system for the aerospace industry. AS9100D was developed by the International Aerospace Quality Group (IAQG), a cooperative global organization of companies providing aviation, space and defense products, and services, to provide oversight and guidance throughout the aerospace supply chain.



ATS is pleased to announce the addition of Dr. Florian Misoc to their Forensic Investigations Department. Dr. Misoc holds a Ph. D. in Electrical Engineering from Kansas State University, an M. Sc. in Engineering Technology from Pittsburg State University, and a B. Sc. in Physics from the University of Bucharest. Dr. Misoc’s prior experience includes Associate Professorships at several Universities, including Kennesaw State University (formerly Southern Polytech), Arkansas Tech University, and Mississippi Valley State University. Before joining ATS, Dr. Misoc worked as a Design Engineer for S-Nelson & Associates, in Dallas, GADr. Misoc’s expertise is in the area of Electric Power, in which he holds professional engineering registration (P. E. ) in the states of AR and GA. He will be a great asset with inspections and investigations in the failure analysis of electrical, electronic, and mechanical systems including power electronics, electric machines and thermal machines. Fields of expertise include: engineering design, forensic engineering, vehicular systems analysis (conventional, hybrid and electric), manufacturing processes, programmable logic controllers, power systems analysis, electric power generation and transmission, heat transfer and thermodynamics.



GEC continues to advance knowledge and capabilities using a UD T2000 electrodynamic shaker. The T2000 shaker is rated to 28,000 force-pounds and maximum payload of 1,800 pounds. GEC has simulated extremely severe vibration/shock environments such as rockets taking off, missile flight events, and even igniters that are mounted inside a liquid oxygen storage tank. A recently performed test involved shaking a computer control rack to be installed near a railroad track. This vibration profile pushed the limits of the T2000 shaker not because of how high they were, but because of how low they were. It was impressive to see a shaker that can simulate ULA’s Atlas V launch and Max Q level also be able to control something as low as a vibration caused by a passing train.



The ATS Metallurgy and Failure Analysis team presented their studies as invited speakers at the internationally acknowledged Materials Science & Technology 2019 conference in Portland, OR. The presentations were as follows: Failure Analysis of a Separator Shaft by Emily Bardugon Case Studies on Aluminum Failures Caused by Microstructural Abnormalities by Burak Akyuz A Case of Aluminum Nitride Embrittlement of Heavy Wall Cast Steel by Joe Maciejewski As a leading organization consisting of various material science related societies in the field of metallurgy and failure analysis, the conference provided an opportunity for our experts to share their knowledge. The goal is to attend similar conferences in the future and present various studies as it relates to metallurgy and failure analysis.



ATS has acquired a new Microtrac S3500 to increase our powder testing capabilities and to better serve the additive manufacturing industry. The Microtrac S3500 uses laser light diffraction to provide particle size distribution testing per ASTM B822. This helps to ensure that 3D printing feedstock material meets manufacturer physical requirements, which is critical to printing performance and part viability. The instrument is also equipped with Dynamic Image Analysis, which is an automated technique for determination of particle morphology.



Today, if you are not using the cloud, you are in the minority. Abel Solutions, an ATS company, is a Microsoft Gold Partner and Cloud Service Provider who can help you maximize your investment in the cloud. If you have not already started leveraging Microsoft Azure and Microsoft Office 365 to increase your productivity and competitive leadership, then you should contact Abel Solutions.   Our consultants have the knowledge and experience to assist with all aspects of the cloud: ROI and strategic planning on how to efficiently and effectively migrate to the cloud Line of Business assessments to ensure smooth transitions of applications and processes Licensing review and management Deployment of cloud features such as Advance Threat Protection and Enterprise Mobile Security to address cybersecurity risks Cloud-enabled applications and processes to increase process productivity, for example in the areas of quality management and compliance Additionally, as an ATS customer, if you are already using Microsoft Office 365, Abel Solutions can save you 10%- 20% off your monthly Microsoft Office 365 fees. We invite you to take a new look at Abel Solutions by visiting www. abelsolutions. com and learn more about partnering with us to help you maximize your cloud investment.



ATS Commercial Services has always been focused on providing great service to our clients. As we move into the new decade, we are determined to further that service by focusing on client education. We have offered lunch-and-learns to commercial architecture firms in the past, presenting design requirements of façade access systems for new construction. Moving forward, we are extending our lunch-and-learns to property management groups and commercial organizations such as BOMA (Building Owners and Managers Association) and IFMA (International Facilities Management Association). These lunch-and-learns emphasize the importance of OSHA regulations and industry standards’ compliance for façade access and fall protection systems. Education on compliance is critical for two main reasons: safety of the users and building and facility owner liability risks. Our primary goal is to assist building and facility owners in providing a safe working environment for the users of façade access and fall protection systems. Secondly, we hope to relay the risks associated with non-compliant systems such as OSHA fines and lawsuits in the event of an injury, or worse, a user’s death due to a non-compliant system. Life safety systems deserve attention and we hope to shine a spotlight on the importance of compliance through lunch-and-learns. ATS Commercial Services is dedicated to expanding industry knowledge in 2020 because we believe in safety first and that education is the key to success.



ATS Metallurgy and Failure Analysis group acquired a new Energy-Dispersive Spectroscopy (EDS) system to be used with the current Scanning Electron Microscope (SEM). Oxford AZtecLive is powered by Ultim Max and is the next generation Silicon Drift Detectors (SDD). The large SDD sensors allow up to 17x more data to be collected in the same time with no loss of accuracy. Whether you want to map larger areas, have better statistics in each data point, collect data much faster, or investigate the smallest nano-structures. This new approach to EDS analysis will enable radical change in the way ATS perform sample investigation in the SEM. It combines a live electron image with live X-ray chemical imaging to give an intuitive new way of interacting with samples.



ATS began the Industrial Rope Access Program in 2012 with the sole purpose of creating the safest program in the industry. We set the bar high by integrating ATS’s vast experience within the Commercial Services fall protection and façade access department. Seven years later, having established a reputation of excellence in creating solutions for unique access projects, ATS has created the Special Access Services department which consists of rope access, aerial, and submersible drones. January 1st 2019 became the official start of improving the “how” we get to work by incorporating rope access techniques, small Unmanned Aerial Vehicles (sUAV), and submersible Remote Operated Vehicles (ROV). With access to the inspection locations being half the battle, ATS is excited to be an innovator in efficiency to that end and to what is sure to be an exciting opportunity of solving the most challenging access issues for our clients. Whether it be precision drones for external use, the most advanced collision tolerant drones for internal inspection, or intelligent submersibles for inspecting water storage tanks, ATS is equipped to compete at the highest level of cutting-edge inspection technology. What further sets the Special Access Services staff apart from our competition is we are certified inspectors first, who also happen to have FAA Part 107 licensure and SPRAT certification. Having the same team immediately assessing potential indications or obstructed views eliminates the disadvantages of “hands off inspections”. New for 2020 is ATS’s fall protection training center specializing in SPRAT certification training. With more firms...



ATS continues to expand its testing support for the healthcare and orthopedics industry. ATS now offers cleanliness testing to determine residual manufacturing materials on implantable products in addition to high quality calibration services, chemistry, mechanical and metallurgical testing for the medical manufacturing sector.



2019 was a year of expansion and growth for the ATS Mechanical and Special Testing Group. We have added several new experts to our team with multiple skills that have increased our ability to service our customers. Late in year we moved our Electrical Testing Lab into a new space that offers us 50% more space and the capacity for continued growth of electrical testing services. Our Weld Lab added new hardness machines to allow for quicker service to customers. The newest such machine is the Duramin-100 ACT Hardness Tester, which has capabilities to be modified for multiple program settings, allowing it to run simultaneously while the team runs the manual testers. This allows our weld team to be more efficient while continuing to provide our customers with quality service. Finally, we have updated our Tinius Olsen machines to their new Horizon software in both our Marietta and Chesapeake facilities. This software programs allows us to collect the testing data, store it, analyze it, and share it with our customers more quickly and easily.



Applied Technical Services strives to be an active voice in the latest developments within the testing, inspection, and engineering industries. In keeping with our drive for leadership, ATS would like to acknowledge the work of one of our own industry experts. Burak Akyuz, manager of Metallurgy, Failure Analysis, and Polymers Testing at ATS, is an author of a technical article published in the Journal of Failure Analysis and Prevention – a leading resource for current failure analysis news and peer-reviewed papers. The article, “Stress Corrosion Cracking of Tough Pitch Copper in a Bolting Application,” presents an extensive analysis of stress corrosion cracking caused by an unidentified chemical species within a set of copper pins. Akyuz is just one of the several published authors we have in our labs. For decades, ATS has been an industry leader and aims to continue to deliver outstanding results in the future. Our metallurgical laboratory has years of experience in determining causes of metal component failure and is well-versed in failure analysis, material identification, microstructural evaluation, reverse engineering, and litigation support. Additionally, we proudly serve clients both nationally and internationally in multiple industries.



Phthalates Added to RoHS Annex II The European Commission (EC) plans to add four phthalates to the list of restricted substances under Restriction of Hazardous Substances Directive 2011/65/EU (RoHS). The four phthalates include DEHP, BBP, DBP, and DIBP, and the limit for each is set to be 0. 1%. The directive is set to be effective on July 22, 2019 for electrical and electronic components. For medical devices, monitoring, and control instruments the effective date is July 22, 2021. BPA Added to California Proposition 65 In April 2013 Bisphenol A (BPA) was delisted from California Proposition 65. However, on May 11, 2015 the California Office of Environmental Health Hazard Assessment (OEHHA) decided to add BPA to the list of chemicals known to cause cancer or reproductive toxicity. Manufactures have until May 11, 2016 to comply. Minnesota Bans Flame Retardant Chemicals Minnesota is following suit to several other US states that already have regulations in place regarding the use of flame retardant chemicals in children’s products and upholstered furniture. On May 16, 2015 the state enacted a bill (SF 1215) that will ban the use of tris (2-chloroethyl) phosphate (TCEP), tris (1,3-dichloro-2-propyl) phosphate (TDCPP), decabromodiphenyl ether (decaBDE), hexabromocyclododecane (HBCD/HBCDD). By July 1, 2018 manufacturers are required to discontinue selling products that contain these chemicals. The bill also indicates that manufacturers are prohibited from replacing with a substitute that “have been designated as a chemical of high concern”. Regulated Phthalate Chart PhthalateCAS #CPSCCPSC-ProposedCA Prop 65REACHDEHP117-81-7X XXBBP85-68-7X XXDBP84-74-2X XXDIDP26761-40-0 & 68515-48-0X X DINP28553-12-0 & 68515-48-0X X DnOP117-84-0X   DnHP84-75-3  XXDPENP131-18-0 X  DHEXP84-75-3 X  DCHP84-61-7 X  DIBP84-69-5 X  DPP84777-06-0   XDIPP605-50-5   XDMEP117-82-8   XDHNUP68515-42-4   XDHHOP / DIHP71888-89-6   XDNPP131-18-0   XNPIPP776297-69-9   X ATS...



ATS Acquires Grays as a Wholly Owned Subsidiary! Please Help Us Welcome the Newest Addition to the ATS Family! Marietta, GA. (November 1, 2019) — Applied Technical Services is proud to announce the recently finalized acquisition of Tempe, Arizona’s environmental testing experts, Gray’s Engineering & Consulting, Inc. ! Founded in 2000 by Phil Gray, Gray's has provided environmental testing services to clients from the military, aerospace, space, medical, consumer electronics and automotive industries. The company has been under the leadership of Cameron Weston and Logan Brown, during which time Gray's has cemented its reputation for providing high-quality testing services with rapid turnaround times and superior customer service. Cameron and Logan, as well as the entire Gray's staff, now join the ATS team effective immediately. Gray's extensive list of testing capabilities — which includes climatics, dynamics, electrical, thermal vacuum, atmospheric conditioning, and mechanical testing methods — complements ATS’ environmental testing expertise and will expand the range of methods we offer. Gray's maintains ISO/IEC 17025:2017 accreditation through the A2LA for their testing services, a demonstration of their commitment to quality and excellence in their field. As a wholly owned subsidiary, Gray's will continue to operate independently and please help us in welcoming Gray’s Engineering and Consulting, Inc. to the ATS family! You can learn more about Gray's and their services on their website http://www. graysengineering. com.



UAE RoHS Changes Effective January 2020 The UAE’s Emirates Conformity Assessment Scheme (ECAS), which regulates local and imported products marketed in the United Arab Emirates for safety and quality, has updated its RoHS regulations. To limit hazardous substances, the ECAS program expanded its RoHS regulation on electrical and electronic devices (EEE) – adding restrictions to four new phthalates (DEHP, BBP, DBP, DIBP). All manufacturers, retailers, authorized representatives, importers, and distributors of products must comply with the new UAE RoHS regulation before it goes into effect on January 1, 2020. The ECAS program, introduced in 2015, was created by the UAE government to push products towards new safety, efficiency, and environmental standards. ECAS applies to multiple industry sectors: electronic, electrical, gas appliances, machinery, automotive, building and construction, cosmetics, and food. ECAS is regulated by the Emirates Authority for Standardization and Metrology (ESMA). Restricted Substances Restrictions for the four new phthalates beginning January 1, 2020: Bis(2-Ethylhexyl) phthalate (DEHP) – 0. 1% Benzyl butyl phthalate (BBP) – 0. 1% Dibutyl phthalate (DBP) – 0. 1% Diisobutyl phthalate (DIBP) – 0. 1% Current restrictions for the six substances implemented on January 1, 2018: Mercury (Hg) – 0. 1% Lead (Pb) – 0. 1% Cadmium (Cd) – 0. 01% Hexavalent chromium (Vi) – 0. 1% Polybrominated diphenyl ethers (PBDE) – 0. 1% Polybrominated biphenyls (PBB) – 0. 1% Scope of Regulation The New Scope of Regulation Beginning January 1, 2020 The new equipment categories with restricted limits of Hg, Cd, Pb, CR6, PB, and PBDE...



ATS Acquires Aviation Technical Testing, LLC Help Us Welcome the Newest Addition to the ATS Family! Marietta, GA (September 3, 2019) — We are pleased to announce that ATS has acquired Aviation Technical Testing, LLC (AvTech) as a wholly owned subsidiary! The acquisition of AvTech expands ATS’ footprint in the Midwest region and opens new avenues for business. In addition, AvTech improves our ability to service our mutual customer base in the aviation market. AvTech provides NDT inspections, training, and support for clients in private and commercial aviation. The company performs a variety of methods, including UT, RT, MT, PT, Eddy Current, Thermography, Phased Array, and Remote Visual Inspections. AvTech prides itself in its core values of safety and commitment to excellence in aviation NDT solutions and maintains FAA approval as a certified aircraft repair station under 14 CFR part 145 and NAS 410. Since its founding in 2013, AvTech has operated from the Minneapolis-St. Paul metropolitan area and serves the aviation inspection needs of local, national, and international clients. AvTech’s President, Mike Fortman, has led the company since its inception and he and his team have grown their capabilities to include testing, inspections, consulting, and training services. Mr. Fortman brings an array of qualifications, such as an A&P License, ASNT Level III certifications in PT, MT, ET, and UT methods, and over 35 years of experience in the aviation industry. AvTech will operate independently and continue to serve its clientele just as it has in the past and benefit...



Volatile Organic Compounds (VOCs) are heavily regulated in the automotive industry, and for good reason. That new car smell that we are all too familiar with contains VOC chemical compounds that can potentially be a health hazard. VOCs emit from the car interior materials, such as the fabrics and dashboards. Research indicates that VOCs can cause cancer and respiratory issues in humans, which has led to the regulation of these chemical compounds by automotive companies. However, there is not a harmonized standard, nor is VOC testing a federal requirement. Most all automotive companies have their own internal standards that OEMs must adhere to in order to qualify as a supplier. Automotive VOC emissions testing varies based on the company, and may include dynamic thermodesorption, bag testing, static headspace, chamber testing, and micro-chamber. ATS has developed the capability to test to the various automotive standards. The most recent addition to our list of automotive VOC testing is the chamber emission testing. The chamber testing is conducted to adhere to standards such as the General Motors specification, GMW15634. Using our one cubic meter test chamber ATS will be able help our customers ensure that their materials comply with specification requirements. Chamber testing is an area of VOC analysis that ATS expects to develop additional testing capabilities to test to in the very near future. ATS’s current automotive VOC testing includes: Test TypeMethodDynamic ThermodesorptionVDA 278 (A2LA Accredited)General Motors – GMW 15634 (A2LA Accredited)Bag TestingFord – BZ-108-01Honda – 0094Z-T7S-0000Hyundai/Kia – MS300-55Mazda – MES-CF 0806BNissan...



PFAS Added To Prop 65 List In recent months ATS has received an increase in test requests for PFAS (PFOA/PFOS). There are heightened concerns regarding the safe limit of PFAS in consumer products. In 2017 PFAS was added to the California Proposition 65 list. However, OEHHA did not set a maximum allowable does level (MADLs) for either PFOA or PFOS. Per the EPA website, PFAS has been identified as cancer causing and is a hormone disruptor. The EPA has established an acceptable limit for drinking water. Washington state has signed a bill that will regulate PFAS in food packaging materials, which will be enforced in 2020. It is expected that other states will also begin to restrict the use of PFAS in the future. PFAS can be found in a variety of materials such as carpet, apparel, textile, packaging, rubber, plastics, cookware, foam, etc. ATS routinely tests for PFOA and PFOS in a variety of materials with a detection limit as low as of 100 parts per trillion (ppt). We can also perform testing on all PFAS analytes with a detection limit as low as 10 parts per billion (ppb). Testing is performed in accordance with an EPA method on our LC/MS/MS. Let us know if we can help with your testing needs.



ATS Achieves Daimler Class 'A' Approval Applied Technical Services' Materials Testing Lab is Now Class 'A' Certified Marietta, GA. (February 15, 2019) — Applied Technical Services is excited to announce that our Marietta Super Lab is now recognized by automaker Daimler AG as a Class 'A' certified materials testing laboratory. View the certification and scope. Achieving this certification has taken significant efforts due to the intensive nature of this process. The path to Daimler recognition begins by attaining ISO/IEC 17025:2017 (A2LA) accreditation for every test method for which applicants want to be recognized. Because of how stringent the ISO/IEC 17025:2017 accreditation process is in and of itself, this represents a significant barrier to entry for most automotive testing labs. Secondly, our technicians prepared for the rigorous auditing process. The audit itself is exhaustive, scrutinizing every aspect of our testing processes to determine their compliance with the relevant Daimler standards. Finally, we proved competence in conducting the test methods in question — a measure of ability beyond simple compliance. Our technicians performed these test methods to their pertinent standards for attending auditors and were found proficient in their execution. Class A certification is a highly prestigious designation for materials testing labs that serve the automotive industry because of how demanding its requirements are. Achieving this certification signals to clients that we not only provide an excellent quality of testing services but furthermore that we are recognized by Daimler AG to perform a variety of materials testing methods to their approved standards....



CPSC Clarifies Component Part Testing & Lead in Textiles The Consumer Product Safety Commission (CPSC) has been in the process of finalizing the Component Part Testing & Lead in Textiles Rule (16 CFR 1109 and 1500). The purpose of these amendments is to provide more clarification around testing requirements. It became evident that these rules were ambiguous resulting in questions as to whether or not testing was required. The changes should answer questions and provide more clear direction. The effective date for this final rule is January 13, 2016.



The New US Toy Safety Standard Required The Consumer Product Safety Commission (CPSC) is now requiring toy manufacturers to test to the new Toy Safety Standard, ASTM F963-16. The new standard was effective as of April 30, 2017. The changes affect the following: battery operated toys, projectiles, toy chests, magnets, heavy elements, microbiological safety, acoustics, cords and elastics, stuffing material, and labeling. Read the changes in their entirety, here. Many toy manufacturers are familiar with the European toy safety requirement, EN 71, which the changes to ASTM F963-16 are aligned more closely with EN 71. ATS is accredited and approved by the CPSC to test products to the revised ASTM F963-16. If you would like a quotation or if we can answer any questions about the revised standard please feel free to contact ATS. Washington State Regulating Flame Retardant Chemicals Effective July 1, 2017 the state of Washington will prohibit the distribution and sales of products and furniture containing specific flame retardant chemicals. This follows suit of other states banning flame retardant chemicals. The Washington regulation includes the following: TDCPP, TCEP, Decabromodiphenyl ether, HBCD, or additive TBBPA. Read the law on the Washington State Legislature site, here. Phthalate Analysis — New Industries Concerned ATS performs phthalate analysis on a routine basis for a variety of requirements; such as CPSC, CA Prop 65, RoHS, and EU requirements. As of recent, ATS has worked closely with two new industries that are not necessarily regulated (in terms of phthalates), but due to consumer...



Introducing an NDT Powerhouse from the West Coast Welcoming a Valuable Addition to the ATS Family Marietta, GA. (September 17, 2018) — Exciting news ATS family and friends: due to a recently finalized agreement, Applied Technical Services (ATS) has acquired International Inspection, Inc. as a wholly owned subsidiary! With the announcement of this new partnership between ATS and International Inspection, both companies stand to expand their capabilities and improve the customer experience. International Inspection specializes in the inspection and nondestructive examination (NDE) of equipment, properties, and assets in service to the Marine, Construction, Fabrication, and Communications industries. Their expertise in these areas complements our own and, furthermore, ensures that International Inspection will become a valuable partner moving forward. International Inspection operates out of the West Coast of the United States as they serve clients the world over with their spectacular NDE capabilities. To ensure the accuracy of inspections and safety of personnel, they employ an experienced team of technicians meeting the requirements of ASNT SNT–TC–1A for Levels I, II, and III. International Inspection’s senior management is comprised of Duncan McClure (President), Michael Delgado (Vice President), and Jeff Trapp (Vice President). Each of whom are members of the American Society of Nondestructive Testing (ASNT), the American Society of Naval Engineers (ASNE) and the Society of Port Engineers (SOPE). International Inspection has been providing NDE services continuously for more than 45 years. They were founded in 1967 as Ronald Nisbet Associates (RNA) and in 1997 became International Inspection with a new management...



The Engineer's CAT Scan ATS Now Offering Computed Tomography Services Helping Clients Diagnose Structural Flaws with Surgical Precision Marietta, GA. (January 16, 2018) – Due to recent improvements in supporting technology, Applied Technical Services, LLC now offers Computed Tomography (CT) services out of our Marietta and Greenville offices. This powerful examination tool is now available to clients who need to test for minute flaws in critical machine components. CT imaging is an advanced form of non-destructive testing that takes many X-rays of the test material from different angles. Each of these projections shows a cross-sectional image of the test material as if it had been cut in half, allowing for a detailed look at the object. The projections can also be assembled into a single 3D model to take precise measurements of flaws. We even use a program to simulate the model performing its function so that we can analyze the stresses and pressures exerted on different components during actual use. If industrial CT imaging sounds like a medical CAT scan, that’s because the two processes are very similar; the same technology that doctors use to find a tumor in the brain or blockage in the circulatory system can now be used to find a crack in a casing or a void in a joint. ATS Greensville’s resident Computed Tomography expert, Matt Ruggles, enthused about the benefits to the client: So the thing about CT scans is that they give us the results of several inspections at the same time,”...



What is RoHS 3? Are you prepared for RoHS 3 compliance? During 2019 there will be increased focus on RoHS compliance. On July 22, 2019, RoHS 3 becomes effective. RoHS 3 includes the addition of four phthalates: Bis(2-ethylhexyl) phthalate (DEHP) Benzyl butyl phthalate (BBP) Dibutyl phthalate (DBP) Diisobutyl phthalate (DIBP) The limit for each of the phthalates is 0. 1%. DEHP, BBP, DBP, and DIBP are already regulated by the Consumer Product Safety Commission (CPSC), on the Candidate List of Substance of Very High Concern (SVHC), and on the California Proposition 65 List. Therefore, there has already been heightened concern regarding the phthalates being added to the RoHS list. VOC Testing Update ATS recently acquired a micro-scale chamber to test for volatile organic compounds (VOCs). The micro-chamber allows ATS to test samples such as dried/cured paints and rigid materials to meet our client’s specific requirements for targeted VOCs. Samples are frequently tested per ASTM D7706, Standard Practice for Rapid Screening of VOC Emissions from Products Using Micro-Scale Chambers. In addition to testing consumer products utilizing the micro-chamber, ATS also frequently performs VOC emissions screen analysis for the automotive industry. California Proposition 65 Testing Update During 2018 ATS assisted several of our clients with Proposition 65 compliance. The new warning label law went into effect in August 2018, which requires manufacturers/importers to be more specific with the revised warning label. Click here to learn more. Many of our clients do not want to place a warning label on their products, so...



ATS has installed a new CT scanner in the Metallurgy, Failure Analysis and Metrology groups at the Marietta Headquarters. Computed Tomography (CT) is an imaging process that captures and compiles a series of X-rays to render a 3D model of objects, both inside and out. The new machine is a Zeiss Metrotom 1500 machine with 225kV max energy. This machine is specifically designed for higher resolution imaging and measurement capabilities. It will be used for documentation and visualization of legal evidence, visualization of assemblies in failure analysis before destructive testing, and certified dimensional measurements. Target markets are Forensics, Additive Manufacturing of lighter weight materials, and calibration/dimensional inspection clients.



Applied Technical Services, LLC encourages employees to join or participate in various professional committees and societies in order to stay informed of industry trends. ATS would like to acknowledge one of our own, Eric Henry, for his contribution by authoring a book for ASNT on the technical subject pertaining to our business. Titled: “Programmed Instruction Series, Liquid Penetrant Testing”, this publication is a self-study NDT resource for Level I and Level II candidates.



2018 was an exciting year for Reliability Services with the addition of several employees to the group and the opening of an ATS regional office in Bangor, Maine. Continued departmental growth and increased Engineering service offerings for new and existing ATS clients are on the horizon for Reliability Services in 2019. Reliability Services is now under the leadership of Preston Maheu, P. E . With the recent acquisition of Reliability Testing Services, Inc. (RTSI), under the leadership of Charles Scott, as a wholly-owned subsidiary of ATS located in White Oak, TX, Reliability Services has increased from a core group of 4 employees to a team of 18 engineers and technicians. The increase in staff will allow ATS Reliability Services to more effectively support clients in the mid-Atlantic, Southeast, and Gulf Coast regions. Business growth and development will be targeted at the Northeast and Central U. S. regions to further establish ATS & RTSI as the local and accessible “go-to” resource for Reliability Services. Both field engineering and training services will be receiving a boost to meet the ever-increasing customer demand. Field Engineering services have expanded from initial offerings of machinery condition assessments, vibration condition monitoring and machinery troubleshooting to now include thermography, ultrasonic leak detection, electric motor current signature analysis, and lubrication analysis. These expanded service offerings make ATS & RTSI Reliability Services a one-stop shop for commercial and industrial clients.



Congratulations to ATS Marietta for successfully completing the re-accreditation process for ISO 17025. After a rigorous, weeklong audit — wherein three assessors reviewed the entire list of methods across our Calibration, Chemistry, Mechanical Testing, and NDT accreditations — the A2LA determined that the Marietta Super Lab had displayed the knowledge and competency required for re-accreditation. The assessors went out of their way to praise everyone involved for their openness and hardworking attitudes over the course of the assessment. Furthermore, the Super Lab was able to add new methods to each of the above scopes of accreditation, some seeing gains as large as 70%. We can expect these significant additions to translate into more revenue as ATS attracts potential clients with the promise that our testing proficiencies match their specific needs.



2019 will mark Abel Solutions’ 25th Anniversary. Established in 1994, Abel Solutions, an ATS company since December 2015, has focused on helping our customers develop and deploy solutions that deliver Business Excellence in terms of profitability, productivity, and competitive leadership. We believe that the most effective solutions are those that leverage and combine a customer’s current strengths and assets with new people, process, and technology capabilities to accomplish business goals. Our consultants have the knowledge, experience, and tools to deliver a portfolio of services including: Business Technology Assessments and Strategic Planning Business Application Design, Development, and Management Collaboration and Productivity Solutions leveraging Microsoft platforms, including SharePoint and Office 365 Business Insights and Analytics Business Process Analysis and Workflow Automation Managed Cloud and IT Services We invite you to take a new look at Abel Solutions by visiting www. abelsolutions. com and learn more about the advantages of partnering with us. Both ATS and traditional ATS clients have turned to Abel Solutions to solve their most critical business and information technology needs.



In October 2018 ATS attended the Automotive Expo in Novi, MI to market our full-service automotive testing package. ATS’ scope of automotive testing verifies compliance with manufacturers and OEMs requirements. Our goal is to be a one-stop shop to meet our clients’ automotive testing needs. As a result, we are adding new test procedures to our scope on a regular basis. Automotive testing is a focus area at ATS with future plans to add additional corrosion chambers and a new solar exposure system. Our automotive testing team is also working towards Daimler Class A & VW global accreditations.



Calibrations enjoyed a fantastic 2018, managing to grow both the scope of their capabilities and annual revenue. A star contributor to this growth has been our new wind tunnel; Marietta calibrations acquired the necessary equipment early last year to meet an increasing demand for the calibration of anemometers (instruments that measure wind speed). Our new Eiffel-type unit is used to calibrate anemometers at any wind speed between 2. 5 and 35 meters per second with greater accuracy than previously available. Thanks to the capabilities offered by our new wind tunnel, anemometer calibrations became an in-demand service over the course of 2018. Calibrations has generated enough business because of this uptick in demand that the department was able to expand in other ways. ATS acquired Southern Calibration and Service (SCS) in November, hiring-on all staff. Their expertise in calibration services and reputation for providing excellent client support make them a valuable addition to the Marietta calibration team. ATS now serves the client base they cultivated from their previous location in Roswell, GA.



Plenty of exciting news to share for the Commercial Services department this year! In April 2018, ATS acquired PENTA Engineering Group, LLC, based out of Norcross, Georgia, with additional offices in Nashville, Tennessee, and Raleigh, North Carolina. Apart from these locations, PENTA has a large presence in Florida and is quickly developing relationships in Ohio, Indiana, Kentucky, and Illinois. PENTA brings aboard six Professional Engineers, one of whom also has their Structural Engineering License, and an additional twenty professionals and technicians specializing in an array of services such as façade access and fall protection, remedial structural services and environmental services. A major add-on capability that PENTA has brought to the table is lightning protection systems services including inspections, remedial design services, and system repairs and installations. This technology allows for new possibilities in non-destructive testing. ATS is thrilled to have PENTA accompany the commercial services department in working together to build bigger and better relationships with our clients. And on that note, the Commercial Services department would also like to share that we have opened a new branch office in Houston, Texas, as of November 2018. We look forward to expanding our services throughout Houston and the surrounding areas of Texas and we are excited to see what 2019 has in store for this wonderful and thriving group within ATS.



The Chemistry Lab has expanded our automotive testing capabilities to include chamber emission (VOC) testing. The new chamber is specifically for the automotive industry to meet OEM requirements. Our team is working to add over 9 new test methods to our scope. Additionally, we are working towards our Daimler Class A certification and global VW certification.



Exciting news ATS family and friends: as of September 2018, Applied Technical Services (ATS) has acquired International Inspection, Inc. as a wholly owned subsidiary. With the announcement of this new partnership between ATS and International Inspection, both companies stand to expand their capabilities and improve the customer experience. International Inspection specializes in the inspection and nondestructive examination (NDE) of equipment, properties, and assets in service to the Marine, Construction, Fabrication, and Communications industries. Their expertise in these areas complements our own and, furthermore, ensures that International Inspection will become a valuable partner moving forward. International Inspection operates out of the West Coast of the United States as they serve clients the world over with their NDE capabilities. To ensure the accuracy of inspections and safety of personnel, they employ an experienced team of technicians meeting the requirements of ASNT SNT-TC-1A for Levels I, II, and III. International Inspection’s senior management is comprised of Duncan McClure (President), Michael Delgado (Vice President), and Jeff Trapp (Vice President). Each of whom are members of the American Society of Nondestructive Testing (ASNT), the American Society of Naval Engineers (ASNE) and the Society of Port Engineers (SOPE). International Inspection has been providing NDE services continuously for more than 45 years. They were founded in 1967 as Ronald Nisbet Associates (RNA), and in 1997 became International Inspection with a new management team that is in place to this day. This new team and a renewed vision have been key contributors to their success. They will continue...



The Consumer Product Safety Commission (CPSC) has issued a final rule, 16 CFR Part 1251, for unfinished and untreated trunk wood. The CPSC has determined that natural wood of this sort does not contain heavy metals above the limits contained in ASTM F963-11. Therefore, toys containing unfinished and/or untreated wood are not required to undergo third-party testing. However, wood with coatings (paints, varnishes, etc. ) or added materials (stains, dyes, treatments, etc. ) are subject to third-party testing. Additionally, manufactured or processed woods require third-party testing. To review the final rule, click here.



The recently acquired Gas Chromatography-Mass Spectrometry/Mass Spectrometry (GC/MS/MS) and Liquid Chromatography Mass Spectrometry/Mass Spectrometry (LC/MS/MS) continue to meet the growing needs of our clients to test for compounds down to ultra-trace levels. As various states, retailers, and countries increase chemical requirements, ATS has improved chemical testing capabilities to help our clients meet various stringent requirements. In addition to testing for compounds at lower detection limits, ATS has also increased the list of compounds we can analyze for. This is mainly due to California Proposition 65 requirements, which is a list of substances that are potentially hazardous to health and involves the right of consumers to be aware of exposure to these substances. As this list and other regulations evolve, ATS stays informed to develop capabilities to test for chemicals/compounds that are concerning and/or regulated. Some categories of expanded testing include phthalates, flame retardants, alkylphenol, nonylphenol ethoxylates, PFOA, BPA, and many other compounds.



With the recent state legislation coming into effect for various states, we would like to highlight the current/pending requirements that your business should be considering as it relates to Toys and Children’s Products. The requirements listed below may currently affect your testing programs. Toxic Metals Protection Act Toxic Metals Protection Act, H. R. 5920 was introduced into legislation by Congresswoman Jackie Speier on July 29, 2010. If passed this bill will “prohibit the manufacture, sale, or distribution in commerce of children’s products containing excessive cadmium, chromium, barium, and antimony”. Currently there is an established limit for the soluble content of these elements as specified in ASTM F963-08. However, this act will establish a total limit (just as legislation has with total content) 90 days after enactment. Cadmium has recently been found in children’s products as a substitute for lead (please refer to our January/February 2010 Newsletter). Compounds of some of these elements are considered to be even more toxic than lead and should not be used in children’s products. These elements need to be monitored and controlled at low levels to prevent hazardous exposure. The proposed limits are as follows: Antimony - 60 ppm (parts per million) Barium - 1,000 ppm Cadmium - 75 ppm Chromium - 60 ppm Cadmium Content in Children’s Products On August 27, 2010 legislation to set strict limits on cadmium in jewelry was passed. There are currently 3 other states that regulate cadmium in jewelry. These states include Minnesota, Illinois, and Connecticut. Additionally, 6 other...



Applied Technical Services, LLC recently attended Toy Fair 2010 in NYC. We were among the 1,100 exhibitors and over 25,000 attendees. We were present as an exhibitor, addressing concerns and detailing reasonable testing strategies with regards to Toy Safety Testing and CPSIA regulations for Children’s Toys & Childcare Articles. While attending Toy Fair, we also attended the Safety – TSCP Legislative Update. The informative session addressed the primary concerns in Children’s Toys & Childcare Articles, with the key focus for 2010 being on the following areas: choking hazards, magnets, sharp points, strangulation hazards, and toxic chemicals (i. e. lead, cadmium, antimony, etc. ). In our prior newsletter, we touched upon toxic chemicals, highlighting the risks of cadmium. We would like to dedicate this newsletter to the other four items of primary concern as stated in the Legislative Update: Choking Hazards Magnets Sharp Points Strangulation Hazards As a CPSC accredited full service testing lab, we provide our clients with certified compliance in accordance with ASTM and CPSC regulations. We have the capability to assist our customers with testing their items to the applicable toy safety standards. In speaking with our customers, we find that additional assistance with regards to physical and mechanical hazards is needed, and we can provide the necessary guidance to ensure that your products are safe for your customers. The current details and requirements for the CPSC focus area are as follows: Fabrics Exemptions are only for fabrics made entirely or in combinations of acrylic, modacrylic, nylon, olefin,...



CPSIA Periodic Testing On February 8, 2013, periodic testing will be required for all the children's required safety regulations, even if there is no material change to the product. Per the Consumer Product Safety Commission (CPSC), the three types of third party testing that are required include: 1. Initial Third Party Testing 2. Material Change Testing 3. Periodic Testing Most manufacturers are aware of the first two items and have implemented testing plans under these two conditions. However, the third item is one which most are still in the process of determining how to achieve periodic testing. The testing must be conducted routinely to ensure products remain in compliance with applicable safety rules. Depending upon the product, manufacturers/importers may implement a 1-, 2-, or 3-year plan. Bisphenol-S Recent studies indicate some plastic manufacturers are substituting Bisphenol-S (BPS) for Bisphenol-A (BPA). This is potentially a case of switching one bad chemical for another. More research is needed on BPS; however, initial findings reveal that BPS could possibly be more dangerous than BPA. BPS appears to be more resistant to change when subjected to heat and less biodegradable. Although labels may state a plastic product is "BPA Free", there may in fact be other forms of Bisphenol, such as the BPS in products. Currently, a number of states regulate BPA in items such as baby bottles and sippy cups. As for BPS, some retailers are just beginning to place testing requirements on their vendors manufacturing plastic products, but at this time there...



Toy Safety Testing to ASTM F963-11 On June 12, 2012 ASTM F963-11 “Standard Consumer Safety Specification for Toy Safety” became effective as a federal requirement for toy safety testing. This is the revised edition of ASTM F963-08 and includes some changes and additions. Some of those include the following: Heavy metal testing in toy substrates Composite testing Bath toy projections Jaw entrapment Toys with spherical ends Stability of ride-on toys Squeeze toys attached to rings Use of cords, straps, or elastics Packaging film Yo-yo tether balls ATS testing lab is accredited to perform toy safety testing under the new requirement. Shortly after the enactment of the Consumer Product Safety Commission Improvement Act (CPSIA) of 2008, our lab received accreditation to perform toy safety testing to ASTM F963-08. Therefore, ATS has a great deal of experience when it comes to testing and certifying toy safety. Feel free to contact our lab for additional information regarding testing to meet regulatory requirements. Our laboratory is accredited by the American Association for Laboratory Accreditation (A2LA), certificate numbers 1888. 01 and 1888. 02. Additionally, we are a Consumer Product Safety Commission (CPSC) accredited lab, our laboratory identification number is 1030.



The Consumer Product Safety Commission (CPSC) has been in the process of finalizing the Component Part Testing & Lead in Textiles Rule (16 CFR 1109 and 1500). The purpose of these amendments is to provide more clarification around testing requirements. It became evident that these rules were ambiguous resulting in questions as to whether or not testing was required. The changes should answer questions and provide more clear direction. The effective date for this final rule is January 13, 2016. Click here to review the changes in more detail.



On December 31, 2011 the stay of enforcement for third-party testing and certification was lifted. The required testing per the Consumer Product Safety Commission (CPSC) includes total lead content limits in toys and children’s products, certain phthalates for children’s toys and childcare articles, and the toy safety standard ASTM F963-08. Those that are small batch manufacturers do have some relief from the testing requirements. Per the CPSC, in order to be considered a small batch manufacturer two items must apply to your business: Earned $1 million or less in total gross revenues from sales of consumer products in 2011 Produced in total no more than 7,500 units of at least one consumer product in 2011 If the small batch manufacturer exemption applies to your business, then you must register at saferproducts. gov. Being a small batch manufacturer does not exempt your company from all safety testing. The following third part testing still applies to small batch manufacturers and a certificate is required: Lead-in-paint and other surface coatings, 16 CFR §1303 Full-size cribs and non-full-size cribs, 16 CFR §§1219 and §1220 Pacifiers, 16 CFR §1511 Small parts for children under 3 years of age, 16 CFR §1501 Children's metal jewelry, Sec. 101(b) of the CPSIA, as amended by P. L. 112-28; 15 USC 1278a(b)(7) Baby bouncers, walkers, and jumpers, 16 CFR §1500. 18(a)(6) and 16 CFR §1500. 86(a) Infant Bath Seats, 16 CFR §1215 Infant Walkers, 16 CFR §1216 Toddler Beds, 16 CFR §1217 Other durable infant or toddler products, as...



ATS is equipped and accredited by the Consumer Product Safety Commission (CPSC) to perform phthalate analysis. We perform the testing per CPSC-CH-C1001-09. 3 and we work with a board certified toxicologist to assess elevated phthalate results against the daily allowable limits set forth by California Proposition 65. What is Proposition 65? California Proposition 65 (Prop 65) continues to be an evolving list of chemicals that are regulated in the state of California. The list is updated annually and now reaches almost 800 chemicals. It started as an enforcement act to ensure the drinking water in California was free of chemicals that cause cancer, birth defects or other reproductive harm. The main objective of the law is to make consumers aware of products containing chemicals that are known to cause cancer or reproductive harm. In an effort to properly inform consumers, Prop 65 requires warning labels to be affixed to products containing the listed chemicals above daily specified limits. Check out the OEHHA website for the full list of chemicals. Phthalates in Prop 65 In recent months ATS has noticed an increase in enforcement for phthalates on the Prop 65 list. The phthalates found on the California Proposition 65 list are as follows: DEHP, DBP, BBP, DIDP, and DNHP. The heightened interest is around a particular phthalate, DEHP. DEHP Regulatory authorities and consumer advocacy groups are identifying those in violation of California Prop 65 for phthalate DEHP. If products are believed to contain this regulated phthalate in elevated amounts, these groups...



Perfluorooctane sulfonate (PFOS) Perfluorooctane sulfonate (PFOS) is a fully fluorinated anion, widely used as the surface treatment of textiles, leather products, paper, furniture and carpets for its waterproofing and oil-resistance. It's also used as intermediates for the production of paints, foam extinguishing agents, floor polish, pesticides and termite control agents for its chemical stability. PFOS and its closely related compounds, which contain PFOS impurities or substances leading to the formation of PFOS, all belong to perfluoroalkyl sulfonate substances. In December 2002, PFOS was classified as persistent, bio-accumulative and toxic (PBT) in the 34th OECD Chemical Committee meeting. Consequently the European Parliament has placed a restriction on marketing and use of PFOS and its salts(now included in EU REACH Annex XVII - Restriction List in 2009). Perfluorooctanoic acid (PFOA) and its salts are suspected to have a similar risk profile to PFOS. It is in consultation stage on whether PFOA shall be included in the Restriction List. Limits Outlined by EU REACH (Directive 1907/2006/EC) PFOS shall not be used as a substance or constituent of preparations in products with a concentration equal to or higher than 0. 005 % by mass. Otherwise, products will be restricted to be placed on the market Semi-finished products or articles, or parts shall not be placed on the EU market if the concentration of PFOS is equal to or higher than 0. 1 % (1000ppm) by mass For textiles or other coated materials, the concentration shall not be higher than 1 μg/m2 Fully perfluorinated substances...



Revised Stay of Enforcement for Total Lead Content Testing The Consumer Product Safety Commission (CPSC) announced on February 1, 2011 that they would revise the terms of its stay on enforcement on third-party testing and certification for total lead content in children’s products. The Commission voted to extend the stay on enforcement until December 31, 2011. A children’s product is defined by the Consumer Product Safety Improvement Act (CPSIA) of 2008, as products intended primarily for children 12 years of age and under. The stay of enforcement will expire on December 31, 2011, at that time, manufacturers, importers, and distributors of children’s products will be required to comply with the lead limits and provide certification for testing. All testing must be performed by a CPSC accredited 3rd party laboratory.  It is important to note that the lead limit will be lowered to 100 parts per million on August 14, 2011 for all substrate material.  The CPSC will use this time during the stay to determine if this new proposed limit will be technologically feasible for products. The stay on enforcement affects the category of children’s products. However, manufacturers, importers, and retailers of children’s metal jewelry, and those with paints and coatings are still required to test to verify that the products they import, distribute, and sell are compliant for total lead content. The stay on enforcement does not pertain to children’s metal jewelry. Currently the limit for lead content in children’s metal jewelry is 300 parts per million, and it...



CPSC Lowers Lead Limit for Children’s Products On July 13, 2011 the US Consumer Product Safety Commission (CPSC) voted 3-2 that it is technologically feasible for companies to produce products below the 100 parts per million (ppm) proposed limit. As it stands now, the new limit for total lead content in toys and children’s products will be lowered from 300 ppm to 100 ppm effective August 14, 2011. This applies to all products intended for children 12 and under. We have issued this document as a notice so that you may prepare for compliance with the new lead limits for metals, plastics, and other substrates. The current total lead content limit for paints & coatings, regardless of whether the product is intended for children or not, still remains at 90 ppm. The stay of enforcement is still in effect, and is set to expire on December 31, 2011. At that time manufacturers, importers, and retailers of children’s products will be required to comply with the lead limits and provide certification for testing done by a CPSC approved third party laboratory. Although there is a stay on enforcement, certification based on third party testing by a CPSC accredited lab is required for children’s metal jewelry, paints, and coatings. Please feel free to contact our lab for additional information regarding testing. Our laboratory is accredited by the American Association for Laboratory Accreditation (A2LA), certificate number 1888. 02. Additionally, we are a CPSC accredited lab, our laboratory identification number is 1030.



SAI Global conducted an audit of Applied Technical Services, LLC during November of 2015 to the ISO 9001:2015:2008 standard. The purpose of this audit was to determine the degree of ATS, LLC’s compliance with relevant criteria based on the evidence obtained during the audit. The audit reviewed ATS, LLC policies, objectives and continual improvement processes. The audit determined ATS continues to function at a satisfactory level of input and support from top management to ensure the quality management system provides the intended controls, customer satisfaction and improvement opportunities. The health and performance of the system continues to be monitored via KPI’s and related targets. The stated quality objectives are being met. As a result the following departments were recertified for another 3 year interval. Chemistry Calibrations Materials Testing Nondestructive Testing (Marietta Lab) Consulting Engineering-Industrial and Consulting (Marietta location)



Formaldehyde Testing Requirements – On the Horizon Formaldehyde is a chemical widely used in building materials and to manufacture various household products. Formaldehyde is colorless, flammable, and has an offensive odor. Some products that formaldehyde is typically found in include plywood, glue, cosmetics, fabrics, and many others. Here in recent years, the use of formaldehyde in composite wood products has come under scrutiny. In 2010 the Formaldehyde Standards for Composite Wood Products was signed into effect as part of the Toxic Substances Control Act (TSCA). As a result, the EPA is currently reviewing the use of formaldehyde in composite woods such as plywood. The EPA is looking to establish new emissions standards and devise testing requirements for these types of products. Currently the EPA is seeking public comment, and has extended this period through May 26, 2014.   Canada bans the use of TCEP Canada is following suit to several US states that already have regulations in place regarding the use of tris (2-chloroethyl) phosphate (TCEP) in children’s products. The Canadian regulation took effect on April 23, 2014, and bans the use of TCEP in polyurethane foam that is intended for children under the age of 3. TCEP is a flame retardant that is sometimes used in products containing polyurethane foam. TCEP has been identified as a carcinogen and might be a human health hazard. The newly enacted regulation will be enforced 6 months from the date it went into effect.   On the Heels of other States - Vermont...



Are Your Items Required to Undergo Flammability Testing? If Your Product is Designed for Children Under 14, Then, Yes, It is Required to Undergo Flammability Testing. ASTM F963-08 contains the specification for toy flammability testing and states that "materials other than textiles (excluding paper) used in toys shall not be flammable. " This is regulated under 16 CFR 1500. 3 (c) (6) (vi) under the Federal Hazardous Substances ACT (FHSA). Currently the Consumer Product Safety Commission (CPSC) does not require certification for flammability testing; however, it will be required upon commission vote to lift the stay, which is scheduled to be lifted on 2/10/11. Some states have enacted their own legislation and a number of retailers are enforcing flammability testing, making this a requirement of manufacturers, importers, and distributors.   ASTM F963-08 states that all children’s toys must meet flammability requirements, and any fabrics used in the manufacture of toys should comply with 16 CFR 1610 regulations. Flammability requirements also apply to the following areas which may affect your products: Fabrics – exemptions are only for fabrics made entirely or in combinations of acrylic, modacrylic, nylon, olefin, polyester, or wool Children’s Sleepwear – this applies to children’s sleepwear which is regulated in 16 CFR 1615 and 1616 In researching labs to test and certify your items, it is important to work with a lab that is accredited to perform flammability testing to ASTM F963-08. Additionally, you may want to ensure that they have the ability to test to European flammability...



Chlorinated Tris Flame Retardants - Regulation by State A number of states are implementing laws impacting the use of specific chlorinated tris compounds, which are flame retardant chemicals added to products such as foam. TDCPP is one that tops the list for most states. TDCPP was banned from use in children's sleepwear in the 1970s, but is still used in polyurethane foam. The states listed below have passed laws regulating not only TDCPP, but other flame retardants. The bans apply to children's products and furniture. In addition to these states, Massachusetts and Washington have pending regulations that will affect the use of specific chlorinated tris flame retardants. StateRegulated Chlorinated TrisProducts EffectedEffective DateCaliforniaTCEP, TDCPP, TDBPPCalifornia Proposition 65 listvariesConnecticutTCEP, TDCPP, TCPPProducts intended for children 3 years of age & youngerOctober 1, 2014MarylandTCEPChild care products intended for children under 3October 1, 2013New YorkTCEPProducts intended for use by children under 3December 1, 2013VermontTCEP, TDCPPResidential upholstered furniture and juvenile productsJanuary 1, 2014 Tris (2-chloroethyl) phosphate (TCEP), CAS # 115-96-8 Tris (2,3-dibromopropyl) phosphate (TDBPP), CAS # 126-72-7 Tris (1,3-dichloro-2-propyl) phosphate (TDCPP), CAS # 13674-87-8 Tris(2-chloro-1-methylethyl)phosphate (TCPP), CAS # 13674-84-5 ATS' current capability for flame retardants includes approximately 30 different flame retardants. The limit of detection for PBDEs is 10 parts per million (ppm) and for tris flame retardants is 1 ppm. States Stomping Down on Bisphenol A (BPA) States are continuing to enact legislation regulating BPA. Below is a complete list of the states with effective legislation. In addition to this list, the following states have...



What is EN 71? EN 71 is the European Standard for Toy Safety Testing This standard applies to EU countries which import and/or sell toys to children under the age of 14 years. Some of the current EU countries include: Austria, Belgium, Bulgaria, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, and Switzerland. Therefore, if you import or sell into these countries, compliance is a requirement. EN 71, is broken down into Parts (Parts 1-11). Common test requests come from Parts 1-3, which we will briefly touch on below: Part 1 – Mechanical & Physical Properties of Toys Part 2 – Flammability of Toys Part 3 – Migration of Certain Elements EN 71 Part 1: Mechanical & Physical Properties of Toys The purpose of this standard is to reduce risks associated with children’s toys. Specific tests are performed on toys based upon the type of toy it is and/or characteristics of the toy. Additionally, appropriate warning labels are addressed in this standard. EN 71 Part 2: Flammability of Toys This portion determines the flammability of toys. It provides general requirements along with specific requirements for particular toys, which appear to be the most hazardous, this includes: toys to be worn on head (beards, moustaches, wigs, etc. ), toy disguise costumes & intended to be worn by children in play, toys intended to be entered by a child, and soft filled toys. EN...



Proposed Amendment to CPSIA to Include Flame Retardants The US House of Representatives has introduced a bill to amend the Consumer Product Safety Improvement Act (CPSIA). The proposal is to amend the CPSIA to ban flame retardant chemicals from being used in resilient filling materials in children's products. The limit proposed for flame retardant chemicals is 1000 parts per million (ppm). This would impact products manufactured one year after the amendment is enacted. The bill further defines and lists products that would be impacted by the regulation, which includes products such as high chairs, strollers, car seats, playards, changing pads, floor play mats, bassinets and nursing pads, infant mattresses, infant mattress pads, walkers, swings and bouncers. Some of the specific flame retardants would likely include TCEP, TDCPP, TCPP, and PBDEs. ATS routinely performs flame retardant testing. Effective Now! California Proposition 65 List Includes Dose Level for Butyl Benzyl Phthalate (BBP) The Maximum Allowable Dose Level (MADL) for the phthalate butyl benzyl (BBP) became effective on October 1, 2013. The current established MADL is 1,200 micrograms per day (this is an oral exposure limit). The California Office of Environmental Health Hazard Assessment (OEHHA) added BBP to the list back in December 2005 when it was identified as a developmental toxin. Products containing BBP with exposure above 1,200 micrograms per day will need to adhere to the warning label requirements enforced by OEHHA. To review the entire notice, visit oehha. ca. gov. ATS performs BBP testing as part of our routine phthalate...



CPSC Third Party Testing Compliance Toy Safety Standard - H. R. 2715 On December 31, 2011 the Consumer Product Safety Commission (CPSC) will lift the stay on enforcement for testing and certification of toys and children’s products. Therefore, those involved in the manufacturing and selling of toys will be required to perform third party testing for compliance with the toy safety standard ASTM F963-08 and meet the phthalate requirement (limit is 1000 ppm per regulated phthalate). Between now and then, the Consumer Product Safety Commission (CPSC) will continue to evaluate the specifics of the requirements. The bill recently passed, H. R. 2715, addresses key issues of the Consumer Product Safety Improvement Act of 2008 (CPSIA). Some items, such as the following, will be clarified with H. R. 2715: Lead limits apply to children’s products manufactured after the effective date of the limit. So, it is not retroactive Exempting certain products from the lead limits – those which it is not technologically feasible for the part to function at the current lead limit Excludes certain used children’s products – does not apply to children’s jewelry or products that are known to contain lead Exempts off-highway vehicles Exempts bicycles from the current lead limits and establishes a different limit for metal parts Looks to reduce testing costs Addresses small batch manufacturer concerns of third part testing Applies phthalate limits to children’s toys that are plasticized and accessible To review the entire bill please click here. Please feel free to contact our lab...



CPSC Expansion of Regulated Phthalates The CPSC has proposed a new safety standard for phthalates in children’s toys and childcare articles. Since 2012, the CPSC has required toys and childcare articles to be third-party tested for DEHP, DBP, BBP, DINP, DIDP, and DnOP. The Chronic Hazard Advisory Panel (CHAP) continually researches phthalates and recommended an expansion of the current listing, which the CPSC has approved. The new proposed phthalate rule would expand this list to include a permanent ban on the following: DIBP, DPENP, DHEXP, DCHP, and DINP (which was previously banned on an interim basis). The allowable limit for these phthalates is 0. 1 percent. The CPSC is currently in comment period for the new standard, which closes on March 16, 2015. SB 1019 is Effective Senate Bill (SB) 1019 came into effect on January 1, 2015. SB 1019 requires foam & upholstered items to be labeled for the presence/absence of flame retardant chemicals. The requirement applies to any furniture sold in California and that is also required to meet Technical Bulletin 117-2013, Test Procedures and Apparatus for Testing the Smolder Resistance of Materials Used in Upholstered Furniture. For clients that are unsure as to whether or not flame retardant chemicals have been added, ATS has developed testing capabilities to analyze for many of the flame retardants chemicals. About ATS Applied Technical Services (ATS) is a Consumer Product Safety Commission (CPSC) accredited lab testing consumer products, which includes toys, childcare articles, children's products, and non-children's products for compliance with...



CPSC approves NEW requirement for High-Powered Magnets On September 24, 2014, the CPSC approved a new magnet standard that is applicable to high-powered magnet sets. The performance standard requires the magnets to be large enough so that they do not fit into the small parts cylinder. Additionally, the CPSC has established a limit for the magnetic force. The magnet must be below the specified magnet strength. This legislation comes about due to the hazardous and sometimes life-threatening situation that arises when a child swallows 2 magnets, which can then result in the clamping of internal organs and tissues. The new standard goes into effect on April 1, 2015. Any magnet sets manufactured/imported on or after this date must comply with the new high-powered magnet requirement. New Lead & Cadmium Limit for Children’s Jewelry Proposed by Health Canada Health Canada has proposed a more stringent limit for both lead and cadmium in children’s jewelry. The lead limit is 90 parts per million (ppm) and cadmium is 130 ppm. The requirement is applicable to jewelry that is considered a "small part," which is defined as objects that can fit into the small part cylinder. BPA Substitution In addition to Bisphenol A (BPA), ATS is currently reviewing additional chemicals that are similar in structure to BPA. We presently analyze for BPA & BPS with a current detection limit of 100 parts per trillion. Additional bisphenol analogs are under review at our lab, which includes the following: Bisphenol A diglycidyl ether (BADGE) Bisphenol AF...



CPSC Workshop Applied Technical Services, Inc recently had a representative attend the CPSC Workshop, which was held in Bethesda, Maryland on December 10th & 11th, 2009. The workshop was held to discuss testing, certification, and labeling of consumer products, which relates to Section 14 of the Consumer Product Safety Improvement Act. As a testing lab that looks to provide CPSC testing to those affected by legislation, we also want to keep you informed of the items discussed at this most recent Workshop. Reasonable Testing Program The CPSC did state that as the manufacturer/distributor/importer, you should have a "reasonable testing program" in place. So the question you may be asking yourself is: what defines this? As the manufacture/distributor/importer, this is up to you and what you can justify as a "reasonable testing program. " If the CPSC pays you a visit, you need to be able to provide justification for your compliance program. You need to fully understand your processes, in order to determine what a "reasonable testing program" is for your final product. What may be a “reasonable testing program” for a locally produced hand-made item may be different for items produced by foreign manufacturing. Regardless of your size, the CPSC did state that as part of the testing program, 3rd party testing of the finish goods by an accredited lab must be part of this. The reasonable testing program must be inclusive of 5 items: Product specifications and the applicable standards Certification tests performed on components, in-process samples, and...



Bisphenol A - Regulation Effective July 1, 2013: On July 1, 2013 the California law limiting Bisphenol A (BPA) will go into effect. The limit established for total BPA content is 0. 1 parts per billion (ppb). Therefore, products affected by this law cannot contain BPA above this limit. The California requirement is applicable to bottles/cups intended for children 3 years of age or younger. Find out more about the California BPA limit. In addition to this, the California's Office of Environmental Health Hazard Assessment (OEHHA) has proposed adding BPA to the California Proposition 65 list as a reproductive toxin. There has been much heated debate between California and the American Chemistry Council regarding this issue. The proposed Maximum Allowable Dose Level (MADL) is 290 micrograms per day. Get the details on BPA and California Proposition 65. Flame Retardant Concerns: On October 9, 2012 Tris (1,3-dichloro-2-propyl) phosphate (TDCPP) was added to the California Proposition 65 list. Over a year after the fact, a number of companies have been found in violation of the requirement - meaning - TDCPP in products without a clear warning label. TDCPP is a flame retardant typically added to polyurethane foam. TDCPP can be found in products such as mattresses, upholstered items, car seats, etc. TDCPP continues to be a hot topic in 2013 & is still turning up in places, especially in the workplace environment. Additionally, the EPA will review 20 different flame retardants to determine if they are hazardous to human health or the...



New Cadmium Regulations Often times we hear from our customers that the pending and current legislation as it applies to children’s toys/children’s products/consumer goods can be quite a bit to keep track of. Not only are there the federal requirements set forth by the Consumer Product Safety Commission, but also the state legislation that needs to be satisfied. Therefore, as a Consumer Product Safety Commission (CPSC) third-party accredited lab, we would like to bring light to a few of the existing areas requiring compliance either currently or in the near future. Total Cadmium Requirements for Specific States StateItem RegulatedRegulated LimitEffective DateMinnesotaChildren’s Jewelry75 ppm soluble limitProducts manufactured after 1/1/11 and sold after 3/1/11IllinoisChildren’s Jewelry75 ppm soluble limitProducts manufactured after 7/1/11ConnecticutChildren’s Jewelry75 ppm soluble contentProducts manufactured after 7/1/14CaliforniaChildren’s Jewelry300 ppm total contentJanuary 1, 2012 Maine’s Kid-Safe Products Act of 2008 The original act included a list of 1,700 chemicals that toy companies would have to test for to ensure they are not present in their products. The list is currently being reviewed, and will be condensed to 70 chemicals of “high concern”. The two main factors in determining which chemicals make the list will be evidence of toxicity and exposure to children. The list is set to be finalized by July 1, 2012. It will also include threshold levels, exempt inaccessible product components, and allow regulators the flexibility to address redundancy. Click here to read the act. Total Cadmium Requirements for Specific States The list is ever-evolving and is one to watch....



What is cadmium? Why is cadmium so harmful? What is the current regulation around cadmium? How is my business affected by this? With the recent cadmium scare to consumers, resulting in items being pulled from the shelves, these may be a few questions you have churning in your mind. As a lab that is equipped to test Consumer Goods, Toys, and Childcare Articles, which includes cadmium testing, we’d like to shed some light on this particular topic. In our prior newsletter, we touched upon toxic chemicals, highlighting the risks of cadmium. We would like to dedicate this newsletter to the other four items of primary concern as stated in the Legislative Update: Choking Hazards Magnets Sharp Points Strangulation Hazards Toxic Chemicals (i. e. lead, cadmium, antimony, etc. ) As a CPSC-accredited full-service testing lab, we provide our clients with certified compliance in accordance with ASTM and CPSC regulations. We have the capability to assist our customers with testing their items to the applicable toy safety standards. In speaking with our customers, we find that additional assistance with regard to physical and mechanical hazards is needed, and we can provide the necessary guidance to ensure that your products are safe for your customers. The current details and requirements for the CPSC focus area are as follows: What is Cadmium? Cadmium is a soft, malleable, ductile, and toxic, bluish-white metal or grey-white powder. It is a heavy metal similar to lead, and both are in the group of post-transition or "poor" metals....



Toxin Free Act Applied Technical Services (ATS) has established a detection limit of 0. 1 parts per billion (ppb) to test for the presence of Bisphenol A (BPA) in various products. This is important to note because this unmatched capability can help your company achieve compliance with various state laws, and one in particular that has established a very low limit for BPA. Specifically, on July 1, 2013 the Toxin-Free Infants and Toddlers Act will go into effect in the state of California. The act establishes an allowable limit for BPA in bottles or cups intended for use by children three years of age or younger. The current California limit for BPA is 0. 1 parts per billion (ppb). The main concern of manufacturers, sellers, and distributors of products affected by this regulation is finding a testing laboratory that can perform analysis for BPA to the low limit. ATS has indeed established a method to test down to these ultra-low levels. The instrumentation our lab uses to detect BPA with a detection limit of 100 ppt (which is equivalent to 0. 1 ppb) is the Triple Quad Liquid Chromatography Mass-Spectrometer (LC/MS/MS). Testing to this extremely low detection limit will ensure your company is in compliance with the California limit. To view the entire California Act, please click here. Feel free to contact our lab for additional information regarding testing to meet federal and state regulatory requirements. Our laboratory is accredited by the American Association for Laboratory Accreditation (A2LA), certificate number 1888. 01 and 1888. 02....



BPA Facts And Why It Is Banned On July 17th, 2012 the Food & Drug Administration (FDA) approved the American Chemistry Council's (ACC) suggestion to discontinue using polycarbonate resins in baby bottles and sippy cups. Since Bisphenol-A (BPA) is used in the process to make polycarbonate plastic and epoxy resins the approval basically bans BPA in these types of products. Studies have indicated that exposure to BPA can impact consumer health. Even at very low levels, BPA can potentially cause lifelong health problems. BPA is an endocrine disruptor that simulates estrogen in the human body resulting in a potentially wide range of health issues. Due to several states already banning BPA, most manufacturers have already discontinued its use. Therefore, this ban is unlikely to result in much of a material change for bottles and sippy cups. The following states either have current or pending regulation for BPA use: California, Connecticut, Delaware, New Jersey, New York, Maryland, Missouri, Pennsylvania, Vermont, Washington, Maine, Massachusetts, Minnesota, and Wisconsin. ATS is currently testing for BPA with a detection limit of 100 parts per trillion (ppt) by Liquid Chromatography Mass-Spectrometer (LC/MS/MS). The LC/MS/MS is a very sensitive instrument that can detect organic compounds at ultra-low levels. The instrumentation is used in a wide range of fields from pharmaceuticals and life sciences to leading edge materials research. Feel free to contact our lab for additional information regarding testing to meet federal and state regulatory requirements. Our laboratory is accredited by the American Association for Laboratory Accreditation...



What is Proposition 65? Also commonly referred to as the Safe Drinking Water and Toxic Enforcement Act of 1986, Proposition 65 is a California state mandate that requires the governor to publish a list of all chemicals that have been scientifically proven to cause cancer, contain reproductive toxicity or pose other dangers to the population at least once a year. As of 2016, that list currently contains 960+ different chemicals, with more being added all the time. . Bisphenol A On May 11, 2016, all companies that currently have at least ten employees who are responsible for manufacturing, distributing or selling products to customers that contain the chemical Bisphenol A (also known as BPA) are now required to provide a clear warning on their product under Proposition 65. Note that in order to fall under these new rules, the product has to provide an exposure to Bisphenol A that is over the "safe harbor level," meaning certain low-risk exposure situations will not require the warning. One of the most important things to understand about this new procedure is that the term "safe harbor level" has not yet been defined by the state government. The only way a business can avoid having to display the warning is if they can show that their product containing Bisphenol A does NOT pose a reasonable danger to consumers in terms of reproductive toxicity. How ATS Can Help ATS is currently testing for BPA with a detection limit of 100 parts per trillion (ppt) by...



Rhode Island Requiring Children’s Jewelry To Comply With Safety Standard On June 21, 2012, Rhode Island became the first state to require children’s jewelry to be tested to a specific safety standard. Any jewelry manufactured after December 18, 2012 will be required to conform to the specification for Consumer Product Safety for Children’s Jewelry, ASTM F2923-11. This new legislation is titled "Comprehensive Children’s Jewelry Safety Act" and applies to all jewelry intended primarily for use by children 12 & under. Some of the testing requirements contained in the standard include: Heavy metals testing (such as antimony, arsenic, barium, cadmium, chromium, mercury, and selenium) Magnet strength testing Breakaway feature testing for necklaces or items to be worn around the neck These are just a few specific areas of testing required in ASTM F2923-11. Click here to view the bill. Beyond the Rhode Island jewelry requirement going into effect, some additional states have existing/pending regulations applying to cadmium in children’s jewelry which are as follows: California, Connecticut, Illinois, and Minnesota. Feel free to contact our lab for additional information regarding testing to meet federal and state regulatory requirements. Our laboratory is accredited by the American Association for Laboratory Accreditation (A2LA), certificate numbers 1888. 01 and 1888. 02. Additionally, we are a Consumer Product Safety Commission (CPSC) accredited lab, our laboratory identification number is 1030.



Published in November 2011, ASTM F2923-11 – the "Children’s Jewelry Safety Standard," has been approved by ASTM International. ASTM F2923-11 covers children’s jewelry that is intended primarily for use by children 12 and under. The voluntary specification includes test methods for specific heavy metals (total and soluble content & nickel release) and mechanical hazards testing (hazardous magnets, battery usage, and strangulation hazards). ASTM F2923-11 also addresses age labeling and warnings and provides guidance on the users of jewelry (children or adults). This specification was developed due to the safety concerns of children’s jewelry; a couple of main concerns were cadmium in children’s jewelry and hazardous magnets. One thing to note regarding the cadmium requirements: this not only applies to metal jewelry but also plastics. Per ASTM F2923-11, Section 9. 1, if the piece of jewelry contains greater than 300 ppm of total cadmium then it will need to undergo additional testing for the solubility of cadmium (to determine the amount that is migratable). Please feel free to contact our lab for additional information regarding testing to meet current and future regulatory requirements. Our laboratory is accredited by the American Association for Laboratory Accreditation (A2LA), certificate number 1888. 01 and 1888. 02. Additionally, we are a CPSC-accredited lab. Our laboratory identification number is 1030.



Bill H. R. 6269 Has Been Introduced That Would Ban the Use of Bisphenol-A (BPA) in Food Storage Containers Currently, the FDA has banned the use of BPA in baby bottles and sippy cups. Additionally, the California Office of Administrative Law approved a Maximum Allowable Dose Level (MADL) for BPA this past June. The MADL is 3 micrograms per day for dermal exposure.   New Chemicals Added to Proposition 65 The California Office of Environmental Health Hazard Assessment (OEHHA) recently updated the Proposition 65 List to add new chemicals to the list. The recently added chemicals are as follows: 1. Sedaxane 2. Atrazine 3. Des-ethyl atrazine (DEA) 4. Des-isopropyl atrazine (DIA) 5. 2,4-Diamino-6-chloro-s-triazine (DACT) 6. Propazine 7. Simazine 8. Bromodichloroacetic acid To review the entire list of chemicals, which is approaching 1,000 chemicals, please visit the OEHHA website. CA Prop 65 Notice Issued: PFOA & PFOS The California Office of Environmental Health Hazard Assessment (OEHHA) has issued notice to add chemicals Perfluorooctanoic acid (PFOA), CAS No. 335-67-1 and Perfluorooctane sulfonate (PFOS), CAS No. 1763-23-1 to the Proposition 65 list of chemicals. At this point, OEHHA is accepting comments until November 16, 2016. PFOA and PFOS are surfactants that are used in a variety of consumer products, such as: non-stick cookware, paper coatings used in food packaging, carpets, textiles, and others. To review the notice of intent, click here. EPA Reviewing Top 10 Chemicals The Environmental Working Group (EWG) has provided the Environmental Protection Agency (EPA) with a top 10 chemical...



Industries Impacted By VOCs Almost all manufactured products are subject to regulation through various safety standards, structural codes, government agencies, and end-user specifications. These regulations affect multiple industry groups and sometimes require altering manufacturing practices. The ramifications of VOC exposure caused by improper manufacturing processes can be severe and cost companies millions of dollars. ATS provides the pre-production and post-production testing necessary to avoid such losses and help companies manufacture compliant products. ATS serves many industries, including automotive, consumer goods, polymer and plastic, and paint and coatings. We perform various VOC emission tests required by automotive OEMs to help ensure products comply with specific automotive requirements. Our automotive VOC analyses are performed in accordance with specifications from automotive companies, such as VW, Volvo, GM, Ford, and Toyota. The polymers used in many consumer goods often exhibit high vapor pressure, allowing for high VOC emission over time. ATS works with consumer goods manufacturers to help them meet the requirements of developing safe products, such as the Consumer Product Safety Improvement Act of 2008. We also work with the paint and coatings industry to help them achieve required testing for a variety of different industry requirements, such as automotive and aerospace. Our experts examine VOC emissions of paint and coatings to meet specifications such as EPA Method 24. Regardless of what industry your testing needs fall under, our experts can provide you with the highest quality data to guide your decisions on materials and compliance.



Intro To VOCs Volatile organic compounds (VOCs) are chemical gases emitted from solids and liquids at room temperature. Fuels, household products, cosmetic products, disinfectants, and many other cleaning solvents are examples of products that may emit VOCs during use or storage. VOCs are diverse structures of chemicals that can cause adverse health effects when airborne at high densities. High levels of VOCs typically occur indoors, where densities can reach levels of up to 10x higher than outdoors. VOCs have been known to be associated with both short and long-term adverse health effects. Throat irritation, liver damage, and even cancer have been found to be associated with the exposure to VOCs. Regulatory agencies like the EPA are dedicated to promoting healthy indoor air quality and good building practices. Industry and manufacture standards for testing VOCs have been established to help eliminate the possibility of accidental exposure. VOC Testing with ATS ATS offers extensive VOC testing and analysis to deliver clear and decisive results in servicing your specific requirements. Our expansive laboratory facilities allow our experts to utilize specialized equipment in the undertaking of rigorous VOC examination. VOCs are detected and analyzed by way of static headspace-gas chromatography technology. ATS professionals execute cutting-edge industry methodologies including but not limited to: VDA 270 VDA 277 VDA 278 EPA 8260C EPA 5021 ISO-12219-3 DIN 75201 ASTM D3960 ASTM D2369 ASTM D4457 – 02 ASTM D4017 – 02



VOCs in Everyday Products Have you ever bought a car and become enamored by that intoxicating “new car smell,” an aroma reminiscent of a clean and shiny new toy you worked so hard to earn? Well, we hate to burst your bubble, but that smell is volatile organic compounds (VOCs) emitting from the plastic, vinyl, and foam lamination that makes up the car’s interior. They are released from the polymer components in the car because their high vapor pressure allows them to evaporate at normal temperatures. You would be surprised how many everyday products emit smells that most do not realize are potentially harmful VOCs. Acetone is found in nail polish remover and wallpaper. Formaldehyde is found in floor lacquers. Ethanol is found in glass cleaners and detergents. VOCs are all around us. Steps can be taken to reduce exposure to products emitting VOCs like storing them in outside areas or increasing air filtration when using them indoors. However, the only surefire way to safeguard against VOC emissions is through rigorous testing and analysis to ensure products/components comply with industry/regulatory requirements. ATS’ chemists utilize an expansive range of analytical techniques to provide our clients with the highest quality VOC testing. Our experts undertake VOC analysis through static/dynamic headspace or thermal desorption GCMS. We work with clients in the automotive, polymer/plastic, consumer goods, and paint and coatings communities to ensure materials are safe and compliant with regulatory standards. With VOCs prevalent in everyday products, we look forward to continuing to serve...



VOC Exposure People spend most of their time indoors, leaving them susceptible to the harmful effects of Volatile Organic Compound (VOC) exposure. The inhalation of air pollutants may cause symptoms that most would not initially associate with VOC exposure, these include headaches, fatigue, nausea, allergic skin reaction, eye and respiratory irritation, etc. Through the repeated exposure of VOCs, these symptoms may develop into long-term adverse health effects like central nervous system damage, liver, heart, or kidney damage, or cancer. VOCs consist of a wide variety of molecular compounds with varying degrees of potency depending on their boiling point. Based on this, they are classified into three groups: Semi-Volatile Organic Compounds (SVOCs), Volatile Organic Compounds (VOCs), and Very Volatile Organic Compounds (VVOCs). Common VOCs found in offices, schools, and homes include formaldehyde, chloride, decane, butoxyethanol, limonene, styrene, isopentane, xylenes, perchloroethylene, toluene, methylene, and vinyl chloride. Exposure to these pollutants can lead to allergic contact dermatitis, hypersensitivity pneumonitis, allergic rhinitis, and asthma and can increase the risk of developing certain cancers. There is substantial evidence that warrants precautionary measures be taken to avoid possible acute and chronic health problems. A comprehensive notebook of hazardous air pollutants and their effects can be found on the EPA’s website here. According to a recent study conducted by Brian McDonald, a chemist at the Cooperative Institute for Research in Environmental Sciences, VOC-emitting consumer products now contribute as much to air pollution as gasoline or diesel fuel emissions in urban areas. With most of these products typically...




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An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



SPRAT Rope Access courses are designed to prepare trainees of all experience levels, whether participants with little or no prior experience, returning veterans seeking recertification, or accomplished Level Is or IIs ready to advance to the next level. Courses are instructed by experienced SPRAT level III’s passionate about this field of work and utilizing the latest technical equipment. Have a group that you’d like to sign up for classes? If none of the currently available dates work for your schedule, ATS also offers custom course dates to accommodate busy clients. Contact bjohnson@atslab. com to schedule a course that works better for you!



SPRAT Rope Access courses are designed to prepare trainees of all experience levels, whether participants with little or no prior experience, returning veterans seeking recertification, or accomplished Level Is or IIs ready to advance to the next level. Courses are instructed by experienced SPRAT level III’s passionate about this field of work and utilizing the latest technical equipment. Have a group that you’d like to sign up for classes? If none of the currently available dates work for your schedule, ATS also offers custom course dates to accommodate busy clients. Contact bjohnson@atslab. com to schedule a course that works better for you!



SPRAT Rope Access courses are designed to prepare trainees of all experience levels, whether participants with little or no prior experience, returning veterans seeking recertification, or accomplished Level Is or IIs ready to advance to the next level. Courses are instructed by experienced SPRAT level III’s passionate about this field of work and utilizing the latest technical equipment. Have a group that you’d like to sign up for classes? If none of the currently available dates work for your schedule, ATS also offers custom course dates to accommodate busy clients. Contact bjohnson@atslab. com to schedule a course that works better for you!



An advanced program stressing eddy current test setup and display interpretation based on impedance plane analysis. This course covers many applications using surface probes, ID probes, and encircling coils.



SPRAT Rope Access courses are designed to prepare trainees of all experience levels, whether participants with little or no prior experience, returning veterans seeking recertification, or accomplished Level Is or IIs ready to advance to the next level. Courses are instructed by experienced SPRAT level III’s passionate about this field of work and utilizing the latest technical equipment. Have a group that you’d like to sign up for classes? If none of the currently available dates work for your schedule, ATS also offers custom course dates to accommodate busy clients. Contact bjohnson@atslab. com to schedule a course that works better for you!



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



An advanced course in radiographic techniques, radiation safety requirements, and film interpretation principles. Technique development and operation to codes and standards is stressed.



Meets requirements of UT-102 per MSB96-10B



Meets requirements of UT-102 per MSB96-10B



Refresher-16 Hours UT-103 (meets requirements of UT-103 per MSB96-10B) Prerequisites: Documentation of current, valid NDT UT Level 2 or 3 certification (NAS 410 or similar) *without certification, UT-102 course should be taken.



Refresher-16 Hours UT-103 (meets requirements of UT-103 per MSB96-10B) Prerequisites: Documentation of current, valid NDT UT Level 2 or 3 certification (NAS 410 or similar) *without certification, UT-102 course should be taken.



Course covers all the theoretical aspects of visual testing. We review the processes of improving visual inspection reliability and the use of a visual aides.



A comprehensive course in principles and theory of radiography. Includes radiation safety, operation of radiographic equipment, film and film processing.



A comprehensive course in principles and theory of radiography. Includes radiation safety, operation of radiographic equipment, film and film processing.



A basic course in eddy current theory, test instrumentation, coils, and basic impedance plane principles. Applications studied include conductivity, lift-off, thickness, and flaw detection applications.



A basic course in eddy current theory, test instrumentation, coils, and basic impedance plane principles. Applications studied include conductivity, lift-off, thickness, and flaw detection applications.



An advanced program stressing eddy current test setup and display interpretation based on impedance plane analysis. This course covers many applications using surface probes, ID probes, and encircling coils.



A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



$1175 September 21-24 8am-5pm Level I/II-32 Hours (NAS410) A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



$1175 December 7-10 8am-5pm Level I/II-32 Hours (NAS410) A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



An intensive course covering the fundamentals of Ultrasonics. Practical laboratory exercises include thickness gauging and a variety of flaw detection, mapping, and evaluation techniques. This course is designed for technicians with little or no ultrasonic testing experience.



An intensive course covering the fundamentals of Ultrasonics. Practical laboratory exercises include thickness gauging and a variety of flaw detection, mapping, and evaluation techniques. This course is designed for technicians with little or no ultrasonic testing experience.



An intensive course covering the fundamentals of Ultrasonics. Practical laboratory exercises include thickness gauging and a variety of flaw detection, mapping, and evaluation techniques. This course is designed for technicians with little or no ultrasonic testing experience.



An advanced laboratory-intensive course for developing practical skills. The course is applications oriented and includes weld inspection, bond inspection, and immersion techniques. Angle beam testing and defect evaluation are covered in detail. This course is designed for Level I Technicians that have completed Level I training and have some experience with UT Testing.



An advanced laboratory-intensive course for developing practical skills. The course is applications oriented and includes weld inspection, bond inspection, and immersion techniques. Angle beam testing and defect evaluation are covered in detail. This course is designed for Level I Technicians that have completed Level I training and have some experience with UT Testing.



An advanced laboratory-intensive course for developing practical skills. The course is applications oriented and includes weld inspection, bond inspection, and immersion techniques. Angle beam testing and defect evaluation are covered in detail. This course is designed for Level I Technicians that have completed Level I training and have some experience with UT Testing.



Course covers all the theoretical aspects of visual testing. We review the processes of improving visual inspection reliability and the use of a visual aides.



Course covers all the theoretical aspects of visual testing. We review the processes of improving visual inspection reliability and the use of a visual aides.



SPRAT Rope Access courses are designed to prepare trainees of all experience levels, whether participants with little or no prior experience, returning veterans seeking recertification, or accomplished Level Is or IIs ready to advance to the next level. Courses are instructed by experienced SPRAT level III’s passionate about this field of work and utilizing the latest technical equipment. Have a group that you’d like to sign up for classes? If none of the currently available dates work for your schedule, ATS also offers custom course dates to accommodate busy clients. Contact bjohnson@atslab. com to schedule a course that works better for you!



An advanced course in radiographic techniques, radiation safety requirements, and film interpretation principles. Technique development and operation to codes and standards is stressed.



An advanced program stressing eddy current test setup and display interpretation based on impedance plane analysis. This course covers many applications using surface probes, ID probes, and encircling coils.



A basic course in eddy current theory, test instrumentation, coils, and basic impedance plane principles. Applications studied include conductivity, lift-off, thickness, and flaw detection applications.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



$1175 June 22-25 8am-5pm Level I/II-32 Hours (NAS410) A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



A complete course covering both theory and practical application of magnetic particle testing methods and equipment.



An intensive study of the theory, processes and techniques applicable to both visible and fluorescent penetrant. Includes both classroom and laboratory sessions.



An advanced laboratory-intensive course for developing practical skills. The course is applications oriented and includes weld inspection, bond inspection, and immersion techniques. Angle beam testing and defect evaluation are covered in detail. This course is designed for Level I Technicians that have completed Level I training and have some experience with UT Testing.



An advanced laboratory-intensive course for developing practical skills. The course is applications oriented and includes weld inspection, bond inspection, and immersion techniques. Angle beam testing and defect evaluation are covered in detail. This course is designed for Level I Technicians that have completed Level I training and have some experience with UT Testing.



An intensive course covering the fundamentals of Ultrasonics. Practical laboratory exercises include thickness gauging and a variety of flaw detection, mapping, and evaluation techniques. This course is designed for technicians with little or no ultrasonic testing experience.



An intensive course covering the fundamentals of Ultrasonics. Practical laboratory exercises include thickness gauging and a variety of flaw detection, mapping, and evaluation techniques. This course is designed for technicians with little or no ultrasonic testing experience.




## Testing & Analysis


The Applied Technical Services Family of Companies (FoC) operates an ISO-accredited PPWR testing lab to help manufacturers, packaging suppliers, and importers comply with the European Union’s Packaging and Packaging Waste Regulation (PPWR). Our laboratories conduct analytical testing to verify compliance with chemical restrictions and market requirements. We deliver accurate data and responsive technical support from raw material evaluation to final product verification, streamlining compliance and reducing business risk. What Does a PPWR Testing Laboratory Evaluate? PPWR compliance requires analytical testing to confirm packaging materials meet regulated substance limits and support sustainability goals. Testing needs vary by packaging design, material composition, recycled content, and intended use, so a tailored strategy is essential. Our laboratory uses validated methods to evaluate packaging materials for restricted substances and deliver reliable compliance data. About Our PPWR Compliance Testing Services Our technical specialists work with clients to develop testing programs that meet product specifications and European regulatory standards. We analyze plastics, paperboard, recycled materials, multilayer packaging, metal components, and food-contact packaging to verify chemical compliance before products enter the supply chain. Our laboratory provides timely results for material characterization, heavy metal analysis, and restricted substance screening to support product development, supplier qualification, and regulatory documentation. We conduct PPWR-compliant chemical screening for: Cadmium (Cd) Hexavalent Chromium (Cr(VI)) Lead (Pb) Mercury (Hg) PFAS While PPWR requirements focus on long-term sustainability, manufacturers benefit from starting compliance activities early. Early testing identifies restricted substances during material selection and product development, allowing organizations to address compliance issues before production or regulatory...



The Applied Technical Services Family of Companies (FoC) provides PPWR compliance testing to support manufacturers, importers, and packaging suppliers in meeting the European Union’s Packaging and Packaging Waste Regulation (PPWR). This regulation establishes new standards for packaging sustainability, chemical safety, recyclability, and recycled content to advance the EU’s Circular Economy Act. We deliver precise analytical testing and technical guidance to help clients evaluate packaging materials, demonstrate compliance, and access European markets. What Testing Is Needed to Meet PPWR Requirements? PPWR compliance typically requires accredited laboratory testing to confirm that packaging materials meet chemical restrictions, environmental performance criteria, and sustainability requirements. Testing needs vary by material, application, and market, so a tailored compliance strategy is essential. Restricted substance screening is central to PPWR compliance, which limits the quantities of forever chemicals and various heavy metals. How Our PPWR Compliance Testing Services Support Your Business Our technicians collaborate with manufacturers to develop testing programs tailored to each packaging system and regulatory objective. We provide clear communication, responsive service, and reliable analytical data to support product development and regulatory submissions. Whether you require material characterization, chemical analysis, or compliance verification, our laboratory simplifies complex requirements and helps minimize regulatory risk. We support PPWR compliance through chemical screening for the following: Cadmium (Cd), Lead (Pb) Mercury (Hg) PFAS Hexavalent Chromium (Cr(VI)) We analyze a wide range of packaging materials for consumer and industrial products. Each testing program is customized to the packaging’s composition, intended use, and PPWR requirements. Our team provides practical testing solutions...



The Applied Technical Services Family of Companies (ATS FoC) conducts fastener yield testing to determine the maximum stress a fastener can endure before permanent deformation occurs. This form of mechanical testing is essential for safety-critical, load-bearing applications, helping clients verify product reliability, meet industry standards, and reduce the risk of costly failures. What Standards are Used for Fastener Yield Strength Testing? At ATS, our engineers use standards such as ASTM F606, ISO 898-1, and ASME B18, alongside mechanical performance testing, to accurately specify fastener yield strength. ASTM F606: Determines how the fastener is tested ISO 898-1: Defines required strength criteria ASME B18: Establishes dimensions and specifications requirements Determining the Cause of Fastener Failure When a fastener yields, it stretches elastically and returns to its original shape once the load is removed. If the stress exceeds the yield strength, it can cause permanent damage to the fastener, which can reduce clamping force and compromise performance and safety. At ATS, we use fastener yield testing to verify whether a fastener meets its specified mechanical properties, but it is just one component of a broader failure analysis process. When combined with tensile, hardness, metallurgical, fracture, and environmental analyses, yield testing can help identify root causes of fastener failure. The goal is to identify the true source of the problem by collecting failure data, inspecting fractured surfaces, and analyzing the installation and environmental history. This approach delivers accurate root cause analysis data and supports effective, long-term solutions. What Factors Contribute to Fastener Yield Failure?...



The Applied Technical Services Family of Companies (ATS FoC) performs Jominy hardenability testing to measure how steel responds to heat treatment. The test evaluates hardness changes along a quenched sample, providing a clear picture of how deeply a material can harden. This information supports confident material selection and helps our clients predict how steel will behave in demanding environments. The data is straightforward, practical, and valuable for both design and production planning. Why Jominy Hardenability Testing Is Important Reliable hardenability data helps prevent uneven hardness, premature wear, and unexpected failures, supporting long‑term product performance. By using ATS' Jominy hardenability testing services early in development, companies reduce risk and improve process stability. The service is a practical way to verify that a chosen steel grade will meet the demands of its intended application. Hardenability influences several factors, including: Strength Wear resistance Long‑term reliability When steel does not harden as expected, parts may show uneven performance or reduced durability. These issues can lead to rework, delays, or unexpected failures. Jominy hardenability testing with ATS and SGS helps prevent those outcomes by providing dependable insight into how a steel grade will respond during heat treatment. With accurate data, our clients can refine processes and reduce uncertainty. How Can Hardenability Data Improve Designs? Engineering teams use hardenability data to make more confident design decisions and reduce uncertainty during development. The Jominy test shows how steel responds to heat treatment, which helps engineers predict strength, wear resistance, and long‑term performance, guiding the selection of more...



The Applied Technical Services Family of Companies (ATS FoC) tests consumer products for compliance with the Packaging and Packaging Waste Regulation (PPWR). The PPWR is a European Union proposal that introduces stricter requirements for packaging design, reuse, and recycling to reduce waste and promote a circular economy. It sets binding targets and extends producer responsibility, requiring manufacturers and retailers to improve recyclability, minimize material use, and limit single-use packaging. What Testing Is Required to Demonstrate PPWR Compliance? PPWR compliance requires accredited laboratory testing to verify material safety, environmental performance, and claims related to circularity. Compliance testing typically covers four key areas to meet regulatory requirements: Chemical and Substance Screening: Confirms compliance with heavy metal limits and restrictions on per- and polyfluoroalkyl substances (PFAS), especially in food-contact materials. Recyclability and Material Sorting: Assesses polymer purity, automated sorting, and fiber recovery rates to meet Design for Recyclability (DfR) standards. PCR Content and Migration Analysis: Verifies post-consumer recycled (PCR) material content and assesses potential chemical migration risks. Compostability Testing: Determines compliance with industrial or home compostability criteria for designated biodegradable packaging formats. About Our PPWR Testing Services Our laboratory helps manufacturers, importers, and retailers prepare for the European Union's Packaging and Packaging Waste Regulation by providing responsive service and reliable testing solutions. We collaborate with clients to evaluate packaging materials, verify compliance, and supply data to support product development and market access. Throughout each project, we communicate clearly, provide timely updates, and tailor testing programs to your objectives and regulatory requirements. Whether you...



The Applied Technical Services Family of Companies (ATS FoC) is an ISO-accredited extractable and leachable testing laboratory. We help pharmaceutical, medical device, biotechnology, and packaging manufacturers ensure product safety and regulatory compliance through extractables and leachables testing. Our laboratory provides analytical services to identify and characterize compounds that may migrate from packaging, manufacturing components, or medical devices into pharmaceutical or other sensitive products. Why Should Manufacturers Invest in Extractables and Leachables Testing? Extractables and leachables testing evaluates how packaging, closures, and container materials interact with products. Extractables testing identifies compounds removed by aggressive solvents or elevated temperatures, while leachables studies determine which substances migrate into products during normal storage and use. Manufacturers use these tests for product development, material selection, process validation, regulatory submissions, and quality assurance. Comprehensive testing also helps identify contamination sources before they impact product performance, patient safety, or shelf life. About Our Extractables and Leachables Testing Lab Our ISO/IEC 17025-compliant laboratory offers customized testing programs for pharmaceutical, biotechnology, and medical device manufacturers. We design extractables, leachables, and chemical characterization procedures according to industry guidance, including USP , USP , USP , USP , PQRI, BPOG, and ISO 10993-18. Our scientists support all stages of testing, from study planning to final reporting, and deliver reliable data for regulatory submissions and product qualification. Our core E&L services include: Analytical Evaluation Threshold (AET) determination Comprehensive analytical reporting and data interpretation Customized extractables and leachables study design Method development and validation Simulated-use, accelerated aging, and shelf-life leachables studies Unknown compound...



The Applied Technical Services Family of Companies (ATS FoC) provides nuclear magnetic resonance (NMR) spectrometry in our advanced NMR testing laboratories. NMR testing uses radio waves and magnetic fields to excite atoms in a sample. When the applied frequency matches an atom’s resonance frequency, the atom releases an energy signal. Sensitive detectors pick up this signal, and the resulting data reveals the sample’s atomic properties. Why are NMR Testing Labs Important in Research and Quality Control? NMR testing labs deliver detailed, accurate analyses to help you observe molecular interactions and determine if your sample meets quality control standards. NMR also plays a role in researching a compound’s molecular properties. NMR labs reveal several important characteristics about the sample’s molecular structure and behavior, including: Molecular Geometry Present Elements Atomic Structure Mixture/Compound Composition Inter-Molecular Interactions Identifying Unknown Components Which Industries Benefit from NMR Testing Laboratories? Industries requiring insight into atomic characteristics depend on NMR testing laboratories for non-destructive, reliable results. These industries include: Material Science (polymers, ceramics, etc. ) Petrochemical/Oil and Gas Chemical Research Food and Beverage Research and Development Environmental Monitoring These industries rely on trusted chemical testing providers, such as the ATS FoC, to meet their testing requirements. About Our Chemical Testing Labs For over 55 years, we have dedicated ourselves to providing accurate, reliable services to help clients reduce costs and eliminate waste. Since partnering with SGS in 2026, we have expanded to serve clients worldwide. Our chemical analysis labs can perform a variety of testing methods, including but...



The Applied Technical Services Family of Companies (ATS FoC) operates a Nuclear Magnetic Resonance Spectroscopy Lab that analyzes molecular properties in a variety of samples. What is Nuclear Magnetic Resonance Spectroscopy? Nuclear magnetic resonance (NMR) spectroscopy is a technique for observing molecular behavior and composition within a sample. NMR spectroscopy exposes a sample to a magnetic field and radio waves, exciting atoms and generating an alternating current. Sensitive detectors measure changes in energy states between atoms. The resulting frequencies reveal numerous characteristics about their composition and relationships between adjacent molecules. What Information Can NMR Spectroscopy Reveal? NMR spectroscopy leverages the unique magnetic properties of individual atoms. Because of this, the technique can provide insight into various characteristics, including: Elements Present Atomic Connections and Structure Mixture/Compound Composition Molecular Geometry Identifying Unknown Components Molecular Interactions NMR is a non-destructive testing method, so samples remain intact and can be reused or retested. What Industries Commonly Use NMR Laboratory Services? Many industries rely on nuclear magnetic resonance spectroscopy labs for critical molecular analysis, including: Oil and Gas Material Science and Polymers Research and Development Environmental Monitoring Food and Beverage Chemical Research Companies trust the ATS FoC Nuclear Magnetic Resonance Spectroscopy Lab for accurate identification of atomic properties. The ATS FoC: Our Process is Rooted in Partnership Since 1967, ATS has expanded into a family of companies (FoC) committed to a safer, more reliable world. In 2026, we partnered with SGS, the world’s leading testing, inspection, and certification company, to support clients globally. Our facilities...



The Applied Technical Services Family of Companies (ATS FoC) performs bolt yield testing to determine the maximum stress a bolt can withstand before experiencing permanent deformation. Once a bolt yields, it may no longer provide the necessary clamping force needed to function properly. Our experts apply ASTM, ASME, SAE, and ISO standards to measure mechanical properties and assess whether bolts return to their original length after loading or show permanent stretch. How is Bolt Yield Strength Determined? Bolt yield strength is determined through tensile testing by applying a steadily increased axial force to a bolt until it starts to permanently deform. The yield strength is calculated by dividing the load at the yield point by the bolt’s tensile stress area, indicating the maximum stress the bolt can withstand before permanent stretching occurs. At ATS, our engineers can also apply tensile testing to measure: Fastener Yield Strength Tensile Strength Percent Elongation Reduction of Area What Services Support Bolt Yield Testing? Our bolt yield testing program integrates additional laboratory testing and engineering services to deliver precise data, helping clients confirm that their products, materials, and infrastructure meet industry standards and application requirements. Supporting services include, but are not limited to: Mechanical testing Fastener testing Material characterization Certification and compliance support Metallurgical engineering Beyond bolt yield testing, our comprehensive failure analysis services help verify specification compliance and determine cause of failure. SGS and ATS: Trusted Expertise, Unified Partnership Founded locally in 1967, ATS has built a reputation as a trusted testing provider committed...



The Applied Technical Services Family of Companies (ATS FoC) specializes in leachables and extractables testing, identifying chemical compounds that migrate from packaging, manufacturing components, or medical device materials into sensitive products, such as biopharmaceuticals pharmaceuticals. We deliver tailored testing strategies that provide reliable analytical data, enabling clients to meet regulatory requirements, minimize development delays, and reduce compliance risks. When Should Leachables and Extractables Testing Be Performed? Leachables and extractables testing is recommended whenever container closure systems may introduce unwanted chemical compounds and contaminants into a finished product. Extractables testing identifies potential chemical migrants during extreme conditions, while leachables testing confirms migration under actual storage or use conditions. These evaluations are commonly integrated into product development, process validation, packaging qualification, and regulatory submissions. Common situations that require leachables and extractables testing include: Changes to packaging, containers, or closure systems Development of sensitive products or medical devices Material qualification for pharmaceutical manufacturing Regulatory submissions and lifecycle management Shelf-life and stability studies Comprehensive Leachables and Extractables Testing Capabilities Our ISO-accredited laboratory develops customized extractables, leachables, and chemical characterization studies in accordance with recognized pharmaceutical guidance, including USP , USP , USP , USP , PQRI, BPOG, and ISO 10993-18:2020 for relevant medical device and combination product evaluations. We establish scientifically justified analytical evaluation thresholds (AETs), develop and validate analytical methods, identify unknown compounds using advanced spectral libraries and proprietary databases, and conduct simulated-use and shelf-life studies. Our specialists interpret and document findings to meet current regulatory expectations. We also offer comprehensive material characterization...



The Applied Technical Services Family of Companies (ATS FoC) provides comprehensive size exclusion chromatography (SEC) analysis. Our laboratory delivers reliable, reproducible polymer characterization using advanced chromatography and complementary techniques, offering critical insights into size-related polymer properties. How Does SEC Support Supplier Qualification and Material Verification? Size exclusion chromatography supports supplier qualification and material verification by providing precise molecular weight distributions and composition metrics to confirm batch consistency and compliance. Our services identify lot-to-lot variation, contamination, degradation, and verify polymer architecture against supplier claims. Our reports include statistical comparisons, trend analyses, and pass/fail assessments tailored to client specifications. Procurement and quality teams use these data to approve suppliers, monitor materials, and initiate corrective actions as needed. Fast turnaround and traceable results streamline audits, reduce supply chain risk, and increase confidence. About Our Size Exclusion Chromatography Analysis Services Our ISO-accredited lab provides precise molecular weight distributions, absolute molecular weight, intrinsic viscosity, and oligomer profiling for synthetic and biopolymer systems. We offer rapid turnaround, secure data delivery, and detailed reports tailored to client needs. Common SEC approaches used in our lab include: Detection Capabilities Multi-angle light scattering (MALS) detection determines absolute molecular weight values across a polymer sample. Refractive index (RI) and ultraviolet/visible (UV/Vis) absorbance detection methods evaluate relative molecular weight distributions for polymers that produce measurable detector responses. Mobile Phase Options We commonly use organic solvent systems, including THF, DMF, DMAc, chloroform, and other application-specific solvents, to dissolve and separate polymer samples. Buffered aqueous mobile phases accommodate polymers that require water-based chromatographic...



The Applied Technical Service Family of Companies (ATS FoC) operates an ISO-accredited size exclusion chromatography lab. Our SEC services characterize polymers molecules by size, helping determine the physical properties of polymer samples. Our experienced technicians provide accurate data and support for quality control, predicting processability, or failure analysis. When Should You Partner with a Size Exclusion Chromatography Laboratory? Partner with a size exclusion chromatography (SEC) laboratory when your polymer project requires precise determination of molecular‑weight distribution, polydispersity, or oligomer content beyond in‑house instrumentation or expertise. Engage an SEC lab during polymer development, scale‑up, or quality control to obtain validated, reproducible data supporting formulation optimization, batch release, and compliance with regulatory or customer specifications. Why Choose Our Size Exclusion Chromatography Laboratory? Our ISO/IEC 17025-accredited lab has skilled technicians, modern equipment, and experience with many testing methods. We work with you to understand your goals and create testing plans that deliver clear, useful data. Our laboratory uses the following approaches to analyze polymers: Detection Technologies Multi-Angle Light Scattering (MALS)Determines true, absolute molecular weight by measuring scattered light at multiple angles. Refractive Index (RI) and UV/VisEstimate relative molecular weights using calibrated standards and detector responses. Mobile Phase Options Standard Organic Solvents DMAc, DMF, and similar solventsThese organic solvents are often used to dissolve various polymers. Aqueous Systems Water-based buffersBuffered water solutions are used when samples require controlled pH. High-Temperature Trichlorobenzene Trichlorobenzene at elevated temperaturesThis method is used for polyolefins like polypropylene and different types of polyethylene (HDPE, LDPE, LLDPE, UHMWPE) and their copolymers....



The Applied Technical Services Family of Companies (ATS FoC) polymer testing lab specializes in analytical size exclusion chromatography (SEC). SEC separates dissolved molecules by size as they pass through a porous stationary phase, making it effective for evaluating molecular weight. Our ISO-accredited laboratory delivers precise, repeatable SEC measurements for polymers. When Should Analytical Size Exclusion Chromatography Be Performed? Analytical SEC is valuable when molecular size affects a material’s performance, processing, or stability. Manufacturers use SEC to compare formulations, verify batch consistency, and ensure quality control. Technicians also apply SEC after thermal exposure, chemical aging, oxidation, ultraviolet exposure, or extended storage to assess molecular degradation or aggregation. Reliable molecular characterization helps organizations identify changes before they impact product performance or appearance. Analytical SEC commonly supports: Assessment of branching and conformation via viscometry and light scattering. Detection of oligomers, impurities, aggregates, and high‑MW tails. Method development and validation for routine release testing. Molecular‑weight determination (Mn, Mw, Mz) and dispersity (Đ). Process control and batch comparability for manufacturing. Regulatory and specification support with traceable quantitative data. Stability and degradation studies through comparative chromatograms. About Our Analytical Size Exclusion Chromatography Services Our ISO-accredited laboratory uses SEC for the following applications: Detection Technologies Multi-Angle Light Scattering (MALS): Used to determine true, absolute molecular weights. Refractive Index (RI) and UV/Vis: Used to calculate relative molecular weights based on standard calibrations. Mobile Phase Options Standard Organic Solvents: Includes tetrahydrofuran (THF), chloroform, dimethylformamide (DMF), dimethylacetamide (DMAc), and related solvents. Aqueous Systems: Water-based solutions maintained with pH buffers. High-Temperature...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide Jominy testing to assess steel hardenability, measuring how materials respond to heat treatment and quenching. This data enables clients to select appropriate steel grades for demanding applications and ensures materials perform reliably in real-world conditions. Why Does Hardenability Matter for Your Steel Components? Hardenability determines strength, wear resistance, and durability. If steel does not harden properly, components may fail or perform unpredictably. Jominy testing with ATS and SGS reduces this risk by providing clear data engineers can use to refine designs, adjust heat-treating processes, or validate supplier specifications. What Problems Can Jominy Testing Services Help Prevent in Production? Jominy testing helps prevent production issues by confirming how steel responds to heat treatment. Uncertain hardenability can cause uneven hardness, reduced strength, or premature wear, resulting in rework, delays, or failures. Jominy testing minimizes these risks by providing clear data on material hardening. Clients use Jominy test data to adjust quench rates, select suitable steel grades, or refine heat-treating parameters before full-scale production. Early identification of inconsistencies helps avoid costly defects, improve process stability, and ensure consistent performance. Professional Testing You Can Trust: How ATS Supports Your Quality Goals By applying the full capabilities of our ISO/IEC 17025:2017-accredited, ISO 9001:2015-registered testing laboratories, ATS delivers Jominy testing with an impressive range of certifications and accreditations. Each test is performed by trained professionals who understand the importance of reliable hardenability data, and our clients receive results that are easy to interpret and...



Applied Technical Services (ATS) conducts solder failure analysis to identify the origin of solder joint failures. Soldering uses a filler metal to join two metal components, forming a strong electrical and physical bond. Properly soldered joints resist mechanical stress and ensure effective electrical conductivity. When a joint fails, solder failure analysis can determine the root cause, supporting process improvements and corrective actions. What Are the Most Common Causes of Solder Joint Failure? Soldering failures can occur during manufacturing or service. Some result from movement, such as vibrations, while others stem from process deviations. Common solder failures include: Common solder failures can include: Dry Joints (improper wetting) Thermal Fatigue or Mechanical Overload Voids and Porosity Surface Contamination Degradation or Corrosion Process Control Variation (too much/little solder, soldering temperature, etc. ) Lifted pads What Techniques are Used in Solder Failure Analysis? Qualified metallurgy laboratories use several methods to determine the cause of failure. We assess both in-service and manufacturing failures to understand the full scope and mechanism of breakdown. ATS failure analysis labs use methods for solder failure analysis, including but not limited to: Scanning Electron Microscopy (SEM) with EDS Visual Inspection Cross-Sectioning and Metallography Chemical Analysis Computed Tomography (CT) Scanning Microhardness Testing  X-ray Radiography Collaborating with ATS for Failure Analysis As a leader among testing, inspection, calibration, and consulting (TICC) companies, ATS provides comprehensive failure analysis services. Our facilities operate in accordance with our ISO 9001:2015-registered quality management system. We also hold several ISO/IEC 17025:2017 accreditations, ensuring we can meet even...



Applied Technical Services (ATS) provides brazing failure analysis to identify the causes of joint failures in compliance with ASTM, ASME, and ISO standards.   Brazing uses capillary action to distribute filler metal between two base metals, often resulting in joints stronger than the base materials. However, deviations in process control, excessive wear, or surface contamination can compromise joint integrity. Failure analysis identifies the root cause, supporting improved reliability and long-term performance.   What are Common Brazing Failure Modes?   Brazing defects can occur at any stage of a material’s lifecycle. These faults are typically caused by surface contamination, metal incompatibility, or process control deviations. Common brazing failures include:  Material Incompatibility  Surface Contamination (stable oxides, oil, dirt)  Thermal Fatigue  Corrosion and Environmental Degradation  Vibration  Process Controls Deviation  Poor Wetting or Lack of Bonding  Voids or Porosity  Mechanical Overload  How is Brazing Failure Identified?   Metallurgy labs use various methods to determine the root causeof failure. Accurate identification of brazing failures provides valuable insight for manufacturing, quality control, and corrective actions.   ATS metallurgy labs apply a wide range of testing methods for brazing failure analysis, including but not limited to:  Cross-Sectioning and Metallography Microhardness Testing   CT Scanning Scanning Electron Microscopy (SEM) with EDS X-ray Radiography  Visual and Macroscopic Inspection Chemical Analysis  We identify failure modes from material selection through service life. Our comprehensive analysis addresses both brazing defects and in-service failures.   Partnering with ATS for your Failure Analysis Needs  With over fifty years of experience, ATS is an industry leader in testing, inspection, calibration, and consulting (TICC) services. Our facilities combine extensive failure-analysis expertise with advanced metallurgical testing to accurately determine the origins and causes of...



The Applied Technical Services Family of Companies (ATS FoC) is a leader among GPC testing labs. Gel permeation chromatography (GPC) separates dissolved polymer molecules by hydrodynamic size as they pass through a porous chromatographic column. These measurements are essential for predicting processing characteristics, mechanical properties, and long-term material performance, making GPC analysis vital for quality assurance, research and development, material qualification, and failure investigations. When Should Gel Permeation Chromatography Be Performed? Manufacturers and product developers use GPC when molecular weight affects a polymer’s behavior, consistency, or service life. Assessing molecular weight profiles enables engineers to compare materials, verify production quality, and identify changes from manufacturing variables or environmental exposure. Common reasons to request GPC analysis include: Confirming batch-to-batch manufacturing consistency Comparing polymer formulations during product development Supporting failure investigations and root cause analysis Measuring degradation after heat, ultraviolet exposure, chemicals, or long-term service Comparing chromatographic results from various production lots or exposure conditions helps manufacturers optimize material selection, refine processing parameters, and improve predictions of long-term product performance. What GPC Testing Capabilities Should You Look for in an Analytical Laboratory? Our laboratory offers flexible GPC/SEC analysis for a wide range of polymer systems, including those with complex solubility challenges. We tailor each method to the sample’s chemistry to ensure reliable molecular weight measurements and meaningful analytical data. Our capabilities include: Detectors Multi-angle light scattering (MALS) detection for direct measurement of absolute molecular weight Refractive index (RI) and UV/Vis absorbance detectors for relative molecular weight characterization Mobile Phases Organic mobile phases,...



The Applied Technical Services Family of Companies (ATS FoC) specializes in GPC analysis of polymers. Gel Permeation Chromatography (GPC) is a powerful technique for characterizing polymers by separating dissolved macromolecules by their hydrodynamic size. As polymer chains pass through a porous column, larger molecules elute sooner than smaller ones. This produces chromatograms that reveal molecular weight averages, molecular weight distribution, and clues about polymer properties. These metrics affect processing behavior, mechanical performance, and long-term durability, making GPC essential for quality control, product development, and failure investigation. When Is GPC Testing Recommended for Polymers? GPC is recommended whenever molecular weight or its distribution can change a material’s properties or performance. Common applications include: Batch-to-batch quality verification to confirm consistency. Material qualification and product development to compare formulations. Failure analysis and root cause investigations when mechanical or processing issues arise. Degradation studies to evaluate effects of heat, UV, chemicals, or service exposure. Clients can make informed choices about material selection, processing adjustments, and expected service life by comparing molecular weight profiles across lots or exposure conditions. Our GCP Analysis Capabilities Our laboratory offers flexible GPC/SEC testing tailored to a wide range of polymer chemistries and solubility challenges. Key capabilities include: Detection Methods Multi-angle light scattering (MALS) for absolute molecular weight determination. Refractive index (RI) and UV/Visible detectors for relative molecular weight and concentration profiling. Supported Mobile Phases Organic solvents such as THF, DMF, DMAc, and chloroform. Aqueous buffered systems for water-soluble polymers. High-temperature trichlorobenzene (TCB) for polyolefins such as LDPE, LLDPE, HDPE,...



The Applied Technical Services Family of Companies (ATS FoC) is a leader among gel permeation chromatography laboratories, providing fast molecular-weight profiling and distribution data for quality control, research, and failure analysis. GPC separates polymer chains by hydrodynamic size as samples move through a porous column, producing molecular weight averages and distribution metrics. Manufacturers and researchers depend on these results because molecular-weight changes directly impact processing, mechanical performance, and product lifespan. How Do I Know If My Polymer Needs GPC Analysis? Consider GPC analysis if your product performance relies on chain length, viscosity, or consistent batch properties. GPC is also recommended if you encounter processing issues, unexpected property changes, or supplier modifications. Common indicators include: Processing problems such as inconsistent extrusion, poor mold filling, or variable melt flow. Performance changes such as reduced tensile strength, altered viscosity, or accelerated aging. GPC Analysis Services We Offer Our ISO-accredited laboratory conducts GPC analysis using a broad range of solvent systems, including HFIP, to support various polymer chemistries. We can derivatize challenging materials, such as polyether ether ketone (PEEK), to improve solubility and ensure accurate GPC characterization. We offer a comprehensive selection of GPC/SEC approaches, including: Detectors Absolute molecular weight determination with multi-angle light scattering (MALS) detection Relative molecular weight analysis with refractive index (RI) or UV/Vis absorbance detection Mobile Phases Organic solvent systems such as THF, DMF, DMAc, chloroform, and other compatible solvents pH-buffered aqueous mobile phases High-temperature trichlorobenzene (TCB) for olefinic polymers, including LDPE, LLDPE, HDPE, UHMWPE, polypropylene (PP), and related copolymers...



The Applied Technical Services Family of Companies (ATS FoC) offers GPC Testing using virtually any solvent system, including hexafluoroisopropanol (HFIP), and can derivatize polymers like polyether ether ketone PEEK to make them soluble for GPC analysis. Manufacturers use GPC to verify raw materials, support product development, investigate failures, and ensure manufacturing quality. When Should Gel Permeation Chromatography (GPC) Analysis Be Performed? Manufacturers should use GPC analysis when molecular weight impacts polymer performance, processability, or reliability. Product development teams use GPC to compare formulations, while quality departments rely on routine testing for batch consistency. Engineers request GPC after thermal exposure, chemical attack, ultraviolet aging, or extended service life to assess polymer degradation or crosslinking. Common situations that require GPC analysis include: Product development and formulation comparison Supplier qualification and incoming material verification Process validation and quality control Failure analysis and quality control investigations Reverse engineering of polymer materials About Our GPC Analysis Services for Polymer Materials Our ISO-accredited chromatography laboratory offers comprehensive GPC analysis for thermoplastics, uncured thermosets, unvulcanized elastomerics, and specialty polymers. Our technicians use advanced instruments and industry-standard procedures to determine molecular weight parameters, assess distribution, and provide detailed reports for engineering, manufacturing, and research. We support production lot comparison, material characterization, degradation assessment, formulation validation, and product qualification. Each project receives a thorough technical review to ensure results are accurate, repeatable, and relevant to your application. Our GPC analysis capabilities include: Detectors Absolute molecular weight determined by multi-angle light scattering (MALS). Relative molecular weight assessed using UV/Vis absorbance...



The Applied Technical Services Family of Companies (ATS FoC) provides specialized hydrogen embrittlement failure analysis to identify critical degradation, stressors, and unexpected metal failures in high-strength steels and alloys affected by hydrogen absorption. Our experts determine the root cause of hydrogen embrittlement by evaluating material properties, manufacturing history, environmental exposure, stress conditions, and service loading. Our process clarifies how hydrogen entered the component and why it weakened it. What are Common Sources of Hydrogen Absorption? Hydrogen can enter a material during manufacturing, processing, in-service use, or exposure to hydrogen-rich environments, increasing the risk of embrittlement, cracking, and premature failure. ATS investigates hydrogen-related failures stemming from: Electroplating Coating Operations Thermal Processing Acid Pickling and Cleaning Welding Heat Treatment Corrosion Reactions Cathodic Protection Systems Hydrogen embrittlement typically affects high-strength steels, plated or coated components, welded structures, pressure-containing equipment, and critical parts in aerospace, automotive, and energy applications. By identifying how hydrogen was introduced and accumulated, we help manufacturers mitigate risk and improve component reliability. What Are Common Characteristics of Hydrogen Embrittlement Failures? Hydrogen embrittlement failures have distinct, though sometimes subtle, characteristics. Some common indicators of hydrogen embrittlement include: Brittle Fracture Appearance Sudden Crack Propagation Intergranular Cracking (along grain boundaries) Delayed Failure Secondary Cracking (multiple crack sites throughout the material) Crack Initiation at Stress Concentrators Threads, Notches, and Inclusions Surface Defects Our Analytical Methods and Techniques ATS combines extensive metallurgical engineering and failure analysis experience to quickly and accurately identify the root causes of hydrogen embrittlement failures and defects. Visual and Macroscopic Examination...



Applied Technical Services (ATS) provides corrosion coating failure analysis to determine the cause of degradation, corrosion, or loss of adhesion. Corrosion coatings protect underlying materials from environmental exposure. Proper application ensures this barrier remains intact. However, inconsistencies in application, excessive wear, or other factors can cause coating failure, leaving underlying materials vulnerable to corrosion. Corrosion coating failure analysis identifies the root cause of this breakdown. What Are Common Paint and Coating Failure Modes? Coatings may fail due to environmental conditions, application inconsistencies, or chemical degradation. Common failure modes include: Adhesion Failure (Delamination) Blistering Corrosion Under Coating Cracking and Checking Peeling and Flaking Chalking and Fading Chemical Degradation How are Corrosion Coating Failures Identified? Analytical testing labs, including ATS, evaluate defective coatings to determine the failure mode. This process typically includes assessing coating uniformity, chemistry, substrate, service environment, and application methods. Coating failures are diagnosed using advanced analytical techniques, such as: Visual and Macroscopic Inspection Adhesion Testing Metallography Scanning Electron Microscopy (SEM) with EDS Fourier Transform Infrared Spectroscopy (FTIR) Coating Thickness Measurement Corrosion Testing and Analysis About ATS: Where Bright Minds Meet Best Practices ATS is a leader in testing, inspection, calibration, and consulting (TICC) services. As a reflection of our commitment to quality service, we hold multiple ISO 9001:2015 registrations and ISO/IEC 17025:2017 accreditations across our organization. In addition to corrosion coating failure analysis, our labs offer a range of other coating and paint testing services, including: Salt Spray Testing (ASTM B117 / DIN EN ISO 9227 NSS) VOC Testing...



The Applied Technical Services Family of Companies (ATS FoC) conducts coating failure analysis to identify the root cause of detachment or breakdown.   In addition to enhancing appearance, coatings can provide a protective barrier between the external environment and the material beneath.  Inconsistent application, drying time, or thickness can cause deterioration, leaving materials vulnerable to corrosion or damage. Coating failure analysis identifies degradation mechanisms, guiding corrective actions, and process improvements.   What Methods do Testing Labs Use to Identify Paint Failure?   Coating failures often originate from issues with surface preparation, environment, materials, or application. Testing labs assess these factors by analyzing substrate material, coating uniformity, chemistry, service environment, and application methods.   Our experts routinely investigate coating defects using methods such as:  Coating Thickness Measurement Adhesion Testing Fourier Transform Infrared Spectroscopy (FTIR) Visual and Macroscopic Inspection Metallography Scanning Electron Microscopy (SEM) with EDS Corrosion Testing and Analysis Common defects include adhesion failure, sub-coating corrosion, blistering, cracking, peeling, chalking, fading, and chemical degradation.   Coating Labs that Deliver Reliable Results  ATS paint and coating testing labs help ensure your coatings perform as intended.  We offer chemical analysis and corrosion testing to help you reduce costs and minimize waste.   In addition to coating failure analysis, our labs offer a range of paint and coating tests to applicable standards, including:  EPA 24: VOC Testing ISO 2812- 1,2,3,4,5: Immersion in Liquids  ASTM B117 / DIN EN ISO 9227 NSS: Salt Spray Testing ASTM 3170 / ISO 20567-1 / SAE J400: Chip Resistance  ASTM D2247 / DIN EN ISO 6270-2CH: Humidity  ASTM D3363: Pencil Hardness  ASTM D2244: Color Testing...



The Applied Technical Services Family of Companies (ATS FoC) provides paint failure analysis to identify the root cause of coating deficiencies.   Paints and coatings protect surfaces and improve appearance.  Improper drying, solvent loss, or other issues can lead to detachment or degradation.  Our paint failure analysis services identify the source of deterioration, supporting process improvement, corrective action, or coating replacement.   How Do Testing Labs Identify Paint Deficiencies?   Reliable paint performance is critical to maintaining coating integrity. ATS technicians investigate various types of paint failure, including blistering, corrosion, cracking, peeling, fading, and chemical degradation, using both laboratory and field methods.   Our coating labs assess contributing factors to deliver a comprehensive analysis, including but not limited to:  Application methods and curing conditions  Coating thickness and uniformity  Coating type, chemistry, and system design  Substrate material and condition  Surface preparation and cleanliness  Service environment (temperature, humidity, chemicals, UV exposure)  How is the Root Cause of Paint Failure Determined? We use advanced analytical techniques to determine the root cause of paint failure and deterioration. These include visual and macroscopic inspection, adhesion testing, metallography, scanning electron microscopy (SEM) with EDS, Fourier transform infrared spectroscopy (FTIR), coating thickness measurement, and corrosion analysis.   ATS: Taking You from Confidence to Certainty ATS coating and paint testing labs help ensure your paints perform as required for their intended applications. Our timely, accurate results help reduce costs and minimize waste. In addition to paint failure analysis, we offer a range of tests for paints and coatings, including:  VOC Testing (EPA 24) Color Testing (ASTM D2244) Immersion in Liquids (ISO 2812- 1,2,3,4,5)  Salt Spray Testing (ASTM B117 / DIN EN ISO 9227 NSS) Humidity (ASTM D2247 / DIN...



The Applied Technical Services Family of Companies (ATS FoC) conducts paint and coating failure analysis to identify the root causes of degradation, performance loss, and deterioration in protective coating systems. We deliver detailed photographic and analytical documentation to support engineering-based recommendations for quality improvements, corrective actions, and litigation support. Our experts can identify failure mechanisms, assess surface preparation and application methods, and distinguish between manufacturing, application, and service-related issues. What are Common Paint and Coating Failure Modes? ATS evaluates paint and coating failure modes by providing a complete assessment of coating performance. We assess how application practices, environmental exposure, material selection, and service conditions impact the coating and identify underlying degradation mechanisms. Our team routinely investigates a wide range of paint and coating defects, including but not limited to: Adhesion Failure (Delamination) Blistering Corrosion Under Coating Cracking and Checking Peeling and Flaking Chalking and Fading Chemical Degradation Applying Advanced Analytical Techniques ATS uses advanced laboratory and field techniques to investigate paint and coating failures through thorough performance assessments. We evaluate how application practices, environmental exposure, material selection, and service conditions can impact coatings and identify the underlying degradation mechanisms. Visual and Macroscopic Inspection Adhesion Testing Metallography Scanning Electron Microscopy (SEM) with EDS Fourier Transform Infrared Spectroscopy (FTIR) Coating Thickness Measurement Corrosion Testing and Analysis Partner with ATS ATS has been a trusted partner in the TICC Industry since 1967. With several ISO/IEC 17025:2017 (A2LA) accreditations and ISO 9001:2015 certifications, our growing network of testing facilities follows strong quality management systems...



The Applied Technical Services Family of Companies (ATS FoC) performs solder and brazing failure analysis to identify the root causes of joint degradation. Joint failures can lead to electrical interruptions, leakage, mechanical weakness, or complete system failure. At ATS, our experts evaluate and optimize soldered and brazed joints to help improve integrity, reliability, and long-term performance in critical electronics, aerospace, automotive, and industrial systems. Comprehensive Joint Evaluation We identify root causes of casting failures by evaluating each component's entire lifecycle, including material selection, manufacturing processes, post-processing treatments, and service conditions. Our comprehensive approach, aligned with ASTM, ASME, ISO, and industry standards, enables us to pinpoint both primary and contributing failure mechanisms. What are Common Solder and Brazing Failure Modes? We assess both manufacturing and service factors to provide a comprehensive understanding of failure mechanisms. ATS routinely identifies soldering and brazing defects and in-service failures, including but not limited to: Poor Wetting or Lack of Bonding Voids and Porosity Intermetallic Compound (IMC) Issues Thermal Fatigue Corrosion and Environmental Degradation Overheating or Thermal Damage Mechanical Overload Vibration Our Analytical Methods and Techniques By identifying the true cause of failure, our root cause analysis services enable our clients to implement effective corrective actions, optimize manufacturing processes, improve quality control, and prevent future failures. Visual and Macroscopic Inspection  Cross-Sectioning and Metallography  Scanning Electron Microscopy (SEM) with EDS  Microhardness Testing  X-ray Radiography CT Scanning  Chemical Analysis  Partner with ATS ATS leverages extensive metallurgical engineering and failure analysis experience to help clients quickly and accurately identify...



The Applied Technical Services Family of Companies (ATS FoC) tests children’s sand-based products, such as play sand, craft sand, and sensory sand, for asbestos fibers including tremolite, chrysotile, amosite, crocidolite, actinolite, and anthophyllite. Asbestos testing in children's sand helps ensure that sand products are safe before they are distributed to schools, childcare centers, retailers, and consumers. Early detection of asbestos fibers supports product safety, regulatory compliance, and protects children’s health from respiratory risks. How Is Children's Sand Tested for Asbestos? The Asbestos Hazard Emergency Response Act (AHERA) established Transmission Electron Microscopy (TEM) methods for asbestos identification. Polarized Light Microscopy (PLM) is also a widely used laboratory method for detecting and identifying asbestos in sand and other bulk materials. Our experts collect sand samples and use advanced microscopy techniques, including PLM and TEM, to identify and quantify asbestos fibers. We deliver clear reports so manufacturers, importers, schools, and retailers can verify product safety, meet regulatory requirements, and take corrective action if needed. Other commonly used asbestos testing methods include: EPA 600/R-93/116 ASTM D7521 NIOSH 7402 NIOSH 7400 What Types of Asbestos Can be Found in Sand? Naturally occurring materials may contaminate children's sand deposits or any raw, mineral-based materials; that’s why proper testing is crucial for product safety. Several types of asbestos can be found in children’s sand products, including: Tremolite Chrysotile (white asbestos) Actinolite Amosite (brown asbestos) Crocidolite Anthophyllite Prevention and early detection are crucial to protect sensitive populations from asbestos exposure. Our testing services identify both the presence and...



The Applied Technical Services Family of Companies (ATS FoC) performs casting failure analysis to identify root causes of defects in casting components, helping clients improve product quality and operational efficiency. Casting is a manufacturing process where molten metal is poured into a mold and solidified into a specific shape. Cast components are widely used in engine blocks, pump and valve bodies, structural and aerospace applications, and various industrial machinery parts that demand strength and durability. What are Common Casting Defects and Failure Modes? Casting defects and failures can compromise mechanical performance or cause early failure. These issues may result from manufacturing or service conditions. ATS investigates a full range of casting defects and failures, including but not limited to: Porosity, Gas, Shrinkage Cracks and Fractures Inclusions Hot Tearing, Hot Cracking, Heat-Treatment Issues Cold Shut and Misruns Segregation Abrasion and Fatigue Corrosion or Stress Corrosion Overload or Impact Damage Material Composition Errors Manufacturing Defects Service-Induced Failures Our team of failure analysis experts combines testing and inspection methods to determine the why behind cast component failures during manufacturing, assembly, testing, or field service. How Can Root Cause Analysis Help Prevent Future Failures? By identifying the true cause of failure, our root cause analysis services enable our clients to implement effective corrective actions, optimize manufacturing processes, improve quality control, and prevent future failures. We identify root causes of casting failures by evaluating each component's entire lifecycle, including material selection, manufacturing processes, post-processing treatments, and service conditions. ATS utilizes advanced analytical tools and testing...



The Applied Technical Services Family of Companies (ATS FoC) operates a dedicated VOC testing lab to identify and measure volatile organic compounds in air, water, soil, and other materials. Our team of chemists analyze compounds such as BTEX, chlorinated solvents, ketones, and aldehydes to provide precise data to help safeguard human health, ensure product quality, comply with regulations, and protect the environment from contamination. How do VOC Testing Labs Detect Volatile Organic Compounds? Our chemical analysis team applies static headspace gas chromatography-mass spectrometry (GC-MS) and advanced instrumentation to identify VOCs by molecular characteristics. We deliver comprehensive VOC testing with clear, actionable results, using industry-standard methods tailored to your requirements. Common methods we use in our VOC testing lab include, but are not limited to: EPA Method 24 EPA 8260C EPA 5021 ASTM D3960 ASTM D2369 ASTM D4457 – 02 ASTM D4017 – 02 GC-MS VOC Testing GMW 15634 Testing VDA 277 VDA 278 VDA 270 VOC Emissions Testing Protecting People, Products, and Environments with VOC Testing Labs Since 1967, ATS has been trusted to deliver accurate, reliable results, helping our clients make informed decisions with confidence. Our ISO/IEC 17025-accredited VOC testing lab offers a full range of chemical analysis capabilities including but not limited to: Consumer Product Testing Metals Analysis Polymer Testing Prop 65 Testing RoHS Testing Contaminant Testing Contact Us If your organization requires volatile organic compound analysis, trust the experts in the ATS VOC testing lab to help. Complete our webform or call us directly at +1 (888)...



The Applied Technical Services Family of Companies (ATS FoC) provides volatile organic compound (VOC) analysis to accurately identify and measure organic chemicals such as BTEX, chlorinated solvents, ketones, aldehydes, and other industrial compounds that evaporate at room temperature. Volatile organic compound analysis is essential for safeguarding human health, preventing environmental contamination, and maintaining product quality. Although these compounds are usually only harmful at high concentrations, they are commonly found in: Air, Water, Soil Consumer Products Coatings Fuels Pharmaceuticals Manufactured Materials Industry Solvents How are Volatile Organic Compounds Analyzed? Our chemical analysis team uses static headspace gas chromatography–mass spectrometry (GC-MS) and advanced instruments to detect, separate, and identify VOCs by their unique molecular characteristics. ATS offers comprehensive VOC testing with clear, actionable results tailored to your needs, using a range of industry-standard methods such as: EPA Method 24 GC-MS VOC Testing GMW 15634 Testing VDA 277, VDA 278, VDA 270 VOC Emissions Testing EPA 8260C EPA 5021 ASTM D3960, ASTM D2369, ASTM D4457 – 02, ASTM D4017 – 02 ATS: Where Trusted Testing Meets Reliable Chemical Analysis Since 1967, ATS has grown from a consulting engineering firm into a global leader in testing, inspection, calibration, and analytical services. We deliver accurate, reliable results to help manufacturers, engineers, businesses, and legal professionals make informed decisions with confidence. Our ISO/IEC 17025-accredited laboratories offer a full range of services, including chemical analysis, nondestructive testing, materials testing, mechanical and electrical testing, and calibration. We also maintain Nadcap accreditation in key nondestructive and materials testing areas,...



Applied Technical Services (ATS) conducts dust ingress testing in accordance with IEC Standard 60529. What is Dust Ingress Testing? Dust ingress testing evaluates a product’s resistance to dust penetration. Many electronics and machinery are sensitive to dust, so these tests help manufacturers assess product performance in environments with fine particles such as sand, dirt, and dust. The International Electrotechnical Commission (IEC) created IEC 60529 to define ingress protection (IP) ratings for commercial and consumer products. What is IEC Standard 60529? IEC 60529 is an international standard that defines Ingress Protection (IP) ratings, classifying the level of protection electrical enclosures provide against dust and water. It consolidates previous requirements into a single framework, specifying test methods, acceptance criteria, and two-digit IP ratings. The first digit, from 0 to 6, measures protection against solids, with 0 meaning no protection and 6 meaning complete protection. The second digit, from 0 to 9, measures resistance to liquids, with 0 indicating no protection and 9 indicating protection against high-temperature, powerful water jets. About Our Dust Ingress Testing Services Our laboratory delivers precise dust ingress testing to help manufacturers verify enclosure integrity and determine the correct IP rating for their devices. We use rigorous methods, advanced equipment, and a commitment to customer service to support reliable product qualification. By assessing resistance to particulate intrusion under controlled conditions, we help clients confirm product suitability for demanding applications. IP ratings are essential for products in defense, industrial, consumer, and outdoor sectors. Our clear reports and technical guidance provide...



Applied Technical Services performs immersion testing services in compliance with ASTM G31, ASTM G44, and ASTM D870. Long-term or intermittent exposure to liquids can alter the physical and chemical characteristics of a material or coating. In applications where liquid exposure is certain or possible, manufacturers rely on immersion corrosion tests to determine how their products resist liquid-induced degradation. Our environmental testing lab conducts immersion tests in compliance with common ASTM testing standards. What is Immersion Corrosion Testing? Immersion corrosion testing evaluates how protective coatings perform in aqueous environments. The technical objective of an immersion corrosion test is to measure a coating’s material loss, degradation, or surface changes. Immersion corrosion tests are common in industries where products may be intermittently or continuously submerged in liquids, such as the aerospace, automotive, manufacturing, and electronics industries. There are several prominent industry-standard immersion corrosion tests, but ASTM G31, G44, and D870 are among the most popular. Our Immersion Corrosion Testing Services Applied Technical Services conducts immersion tests in accordance with ASTM G31, ASTM G41, and ASTM D870 or in alignment with our clients' specific requests. We perform tests in a controlled environment, enabling us to follow the specific procedures required for each respective standard. Upon completion of our services, clients will receive reliable, comprehensive data reports that provide critical insights into the immersion-related strengths and weaknesses of their protective coatings or metal materials. Our lab specializes in the following: Immersion corrosion testing of metals (ASTM G31) Alternate neutral 3. 5% sodium chloride solution immersion...



Applied Technical Services’ package integrity testing services evaluate packages according to ASTM and ISO standards. This process verifies package integrity, performance, and regulatory compliance. Packaging integrity protects products from hazards and stressors during transport and storage. Our environmental testing lab assesses packaging and helps improve its effectiveness. What is Package Integrity Testing? Packaging integrity testing is the process of determining a package’s ability to protect its sterile contents from contamination and environmental elements, such as moisture and bacteria. Primarily used to evaluate the effectiveness of medical device packages, package integrity tests are also adept at evaluating pharmaceutical and food packages and containers. The testing process often consists of the following types of tests: Seal integrity/sterile barrier testing Dye penetration High altitude testing Burst testing Performance testing Drop testing About Our Package Integrity Testing Services Our specialists run comprehensive tests to assess how packaging performs during storage and transportation. We identify design weaknesses and failure risks that could lead to contamination or damage. Our services let clients catch vulnerabilities early and adjust materials and designs. We follow ASTM and ISO standards, such as: ASTM D3078 (Bubble emission leak testing) ASTM D4332 (Field condition simulations) ASTM D4169 (Performance testing) ASTM D6653 (High altitude testing) ASTM F88 (Seal strength) ASTM F2824 (Seal strength of flexible lid containers) ISO 11607 (Sterilized medical device package testing) Why are Package Integrity Tests Important? ASTM and ISO standards guide us in simulating packaging stresses before products reach users. We thoroughly evaluate how packages handle vibration, temperature extremes,...



Applied Technical Services (ATS) is a trusted provider of UCI hardness testing services. Ultrasonic hardness tests are critical to the manufacturing and operational processes of many industries. Whether a client needs us to inspect an incoming product onsite or inspect the integrity of an in-service component, our UCI hardness testing can measure the hardness of a wide range of metal materials. What is UCI Hardness Testing? Ultrasonic Contact Impedance (UCI) hardness testing measures the change in frequency of a vibrating rod as a Vickers diamond penetrates the surface under a controlled load to determine a material’s hardness. The frequency shift is indicative of a material’s hardness, allowing the instrument to report hardness values on the Vickers (HV) scale. Ultrasonic hardness testing is well-suited for evaluating finished components, and areas where traditional bench‑top hardness testing is impractical. The process is minimally destructive, offering rapid and repeatable measurements that aid the following processes: Quality control Weld evaluation Heat‑treatment verification In‑service inspection About Our UCI Hardness Testing Services Our metallurgy laboratory provides UCI hardness testing as part of our comprehensive onsite and in‑lab hardness testing services. Our technicians use calibrated, industry‑standard UCI instruments to deliver accurate and traceable hardness measurements that align with industry standards and ASTM and ISO requirements. Our services are adept at assessing components with complex geometries, sensitive surfaces, and equipment located in elevated or confined spaces. The Benefits of Ultrasonic Hardness Tests Ultrasonic hardness tests offer several distinct advantages over other portable hardness testing methods. Unlike Leeb (rebound) testing,...



Applied Technical Services (ATS) offers onsite hardness testing services for metal and non-metal materials. What is Hardness Testing? Hardness testing measures a material’s resistance to permanent indentation, deformation, or penetration. Hardness tests offer critical insight into a material’s strength, wear resistance, and overall durability. They are effective on a wide array of metals, alloys, polymers, and composite materials and are used across numerous industries, including: Aerospace Automotive Construction Manufacturing Medical device manufacturing Oil and gas Hardness tests support quality assurance programs, failure analysis, and routine maintenance strategies in situations where material integrity is critical to operational safety and success. Our Laboratory’s Onsite Hardness Testing Services Our metallurgy lab offers onsite hardness testing services that provide fast, accurate results from the convenience of our clients’ facilities. Our field‑ready services improve maintenance turnarounds, minimize downtime, and ensure that critical materials and components can be thoroughly evaluated without damaging or transporting them. Our onsite hardness tests offer several advantages over laboratory alternatives, helping clients do the following: Instantly determine a material’s hardness Rapidly verify the integrity of welds Inspect a material’s hardness and structural integrity without delay Ensure the quality control of materials We offer a full suite of hardness testing methods, including in-lab and on-site tests. Our onsite hardness testing services consist of the following tests: Leeb (Rebound) Rockwell Ultrasonic Our technicians use calibrated, industry‑standard equipment to produce reliable, traceable measurements that align with ASTM and ISO requirements. Why Hardness Testing Is Essential Hardness testing plays a vital role in verifying that...



The Applied Technical Services Family of Companies (FoC) operates an accredited EMC lab that assists manufacturers in evaluating electromagnetic compatibility and demonstrating compliance with global regulatory standards. As electronic systems grow increasingly complex and interconnected, verifying EMC performance is crucial for safe operation and market approval. Our engineers perform testing in a controlled accredited EMC lab environment to support product development, regulatory submissions, and international distribution. Why Partnering with an Accredited EMC Lab Matters Testing in an accredited EMC lab helps ensure that evaluation methods, equipment, and procedures meet recognized quality standards. Many EMC laboratories follow ISO/IEC 17025, the primary international standard used to demonstrate technical competence and produce valid test results. Accredited facilities like ATS provide traceable measurements, calibrated instrumentation, and consistent testing processes. This level of oversight improves the reliability of test data and helps regulatory bodies and certification authorities accept the results. For manufacturers pursuing approvals such as CE marking or FCC authorization, working with an accredited EMC lab can simplify compliance documentation and reduce the risk of retesting. Our Reliable EMC Capabilities ATS performs testing in a state-of-the art EMC lab equipped with advanced measurement instrumentation and controlled electromagnetic environments. Our engineers can also assist clients with: Standard applicability review Test planning and pre-compliance evaluations Radiated and conducted emissions testing Immunity testing for electromagnetic disturbances Performance monitoring during exposure events Detailed reporting for compliance documentation ATS maintains an ISO 9001:2015 registered quality management system, and our EMC testing laboratory holds ISO/IEC 17025 accreditation in calibration by...



The Applied Technical Services Family of Companies (FoC) provides IEC 60601-1-2 testing to assist medical device manufacturers in assessing electromagnetic compatibility (EMC) and ensuring compliance with international safety standards. As healthcare increasingly depends on electronic systems and wireless technologies, medical devices must function reliably amidst electromagnetic disturbances. Our EMC laboratories deliver IEC 60601-1-2 testing based on industry standards to aid product development, regulatory submissions, and global market access. Why EMC Compatibility Testing Is Important IEC 60601-1-2 testing evaluates the electromagnetic emissions and immunity performance of medical electrical equipment and systems. This standard, part of the IEC 60601 series, ensures the safety and performance of medical devices in clinical, laboratory, and home healthcare settings. Globally, regulatory bodies use this testing standard as a benchmark in medical device approval processes, including CE marking and various international frameworks. EMC compliance demonstrates that devices function correctly in environments with multiple electronic systems. Without adequate EMC evaluation, devices may malfunction, disrupt nearby equipment, or encounter regulatory setbacks. Early testing in product development can identify risks and facilitate smoother certification and commercialization pathways. What IEC 60601-1-2 Testing Evaluates Under this standard, EMC performance is assessed through two primary characteristics: emissions and immunity. Emissions testing measures electromagnetic disturbances generated by the device. This may include radiated emissions and conducted emissions through power or signal lines. Immunity testing assesses how well the equipment continues to function when exposed to external electromagnetic phenomena such as: Electrostatic discharge (ESD) Radiated RF fields Electrical fast transients and bursts Surge events Conducted...



Applied Technical Services Family of Services (FoC) provides EN 55032 Certification services, assisting manufacturers in assessing the electromagnetic emissions of multimedia and IT equipment for compliance with European EMC standards. EN 55032 sets emission limits to ensure electronic devices do not interfere with nearby equipment. Our certification testing supports product development, regulatory documentation, and EMC compliance, aiding organizations in preparing equipment for CE marking and distribution in the European Economic Area and other markets recognizing EMC standards. Why EN 55032 Certification Matters for Multimedia Equipment EN 55032 Certification testing determines if multimedia equipment complies with specified electromagnetic emission limits. Electronic devices can unintentionally emit electromagnetic signals, potentially disrupting radio communications, wireless networks, broadcast systems, or other nearby electronics. The EN 55032 standard targets multimedia equipment (MME), including devices incorporating IT, audio, video, broadcasting, or telecommunications functions. It is harmonized under the EU EMC Directive (2014/30/EU) and is widely used to confirm conformity with EMC requirements for CE marking. Conducting EN 55032 testing allows manufacturers to verify that their equipment meets the necessary emission limits before entering the European market. What EN 55032 Evaluates The goal of EN 55032 Certification testing is to measure electromagnetic emissions generated by multimedia equipment and determine whether those emissions remain within acceptable regulatory limits. Testing typically includes but is not limited to the evaluation of: Radiated emissions, which measure electromagnetic energy emitted through the air from device circuitry or cables Conducted emissions, which measure disturbances transmitted through power lines or signal connections Emission limits for...



Applied Technical Services (ATS) offers EN 61000-6-2 testing to assess the electromagnetic immunity of electrical and electronic equipment for industrial environments. This standard specifies requirements for reliable equipment operation amid electromagnetic disturbances typical in industrial settings. Our EN 61000-6-2 testing services aid in product development, regulatory documentation, and EMC compliance, supporting organizations in preparing equipment for European and other markets with EMC standards. Why Electromagnetic Immunity Testing Matters for Industrial Equipment EN 61000-6-2 testing assesses the ability of electrical and electronic equipment to function normally amid electromagnetic interference (EMI). Industrial settings typically have strong electromagnetic disturbances from motors, switching systems, power electronics, and wireless communication devices. Under these conditions, electronic systems need to exhibit adequate immunity to electromagnetic disturbances. EN 61000-6-2 serves as a generic EMC immunity standard applied when specific product EMC standards are absent. Adhering to EN 61000-6-2 can aid in demonstrating compliance with the European EMC Directive, a component of CE marking requirements for electronic products in the European Economic Area. What Electromagnetic Immunity Testing Evaluates The goal is to evaluate the equipment's response to typical electromagnetic disturbances in industrial settings. Testing may involve exposure to various interference types, including but not limited to: Electrostatic discharge (ESD) events Electrical fast transients and burst disturbances (EFT/Burst) Surge voltages caused by switching or lightning events Conducted radio-frequency disturbances on power and signal lines Radiated electromagnetic fields Voltage dips, interruptions, and power fluctuations These tests evaluate whether equipment continues to function as intended when subjected to electromagnetic stress conditions typical...



Applied Technical Services Family of Companies (FoC) offers FCC certification testing to assist manufacturers in evaluating radio frequency (RF) emissions and ensuring compliance with U. S. Federal Communications Commission (FCC) standards. Our services facilitate product development, regulatory documentation, and market readiness by evaluating RF performance, electromagnetic emissions, and interference limits. Leveraging the ATS Family of Companies and our global EMC testing network, we support organizations in navigating FCC compliance for electronic products entering the U. S. market. Understanding the Significance of FCC Certification Testing FCC certification testing verifies that electronic devices transmitting radio signals comply with FCC standards. These regulations mitigate the risk of harmful interference with systems like broadcast radio, wireless networks, GPS, and emergency services. Many wireless devices must undergo FCC equipment authorization before being marketed or sold in the U. S. Achieving FCC certification compliance assists organizations in meeting regulatory expectations, reducing approval delays, and facilitating smoother entry into the U. S. electronics market. What FCC Certification Testing Evaluates Testing for FCC compliance is performed with specialized instruments in our controlled EMC labs to accurately measure electromagnetic activity. Depending on the device and applicable regulations, testing may include evaluation of: Radio frequency output power and transmission characteristics Radiated emissions from electronic circuitry Conducted emissions through power lines and cables Frequency stability and bandwidth performance Spurious or unintended emissions outside authorized frequency bands Industries That Commonly Require FCC Certification Testing As wireless technology continues to expand, FCC certification testing plays an important role across multiple industries developing connected...



Applied Technical Services’ Family of Companies (FoC) provides FCC Part 15 testing to help manufacturers assess the electromagnetic emissions of electrical and electronic products and meet compliance with U. S. Federal Communications Commission (FCC) regulations. Our team evaluates radio frequency (RF) emissions and performance requirements, supporting a smooth path to FCC approval and readiness for both U. S. and international markets. Why FCC Part-15 Testing Matters for Electronic Devices FCC Part-15 testing evaluates whether electronic devices operate within established limits for radio frequency emissions. These limits are designed to reduce the risk of harmful interference with communication systems such as broadcast radio, Wi-Fi networks, GPS, and emergency communications. Products that emit RF energy—either intentionally or unintentionally—may fall under FCC Part 15 requirements before they can be marketed in the United States. Compliance testing helps manufacturers document that their devices operate within acceptable emission levels and align with applicable regulatory expectations. Demonstrating FCC compliance can help organizations reduce the risk of regulatory delays, address potential interference concerns, and support smoother product entry into the U. S. marketplace. What FCC Part-15 Testing Evaluates The goal of our FCC Part-15 testing services is to support clients with product development, regulatory documentation, and market readiness. Depending on the product type and applicable FCC rules, testing may include but is not limited to the evaluation of: Radiated emissions from electronic components and circuitry Conducted emissions transmitted through power lines or cables RF output characteristics for intentional transmitters Frequency stability and bandwidth performance Spurious emissions outside...



Applied Technical Services Family of Companies (FoC) delivers in-depth IEC 61326 Testing to assist manufacturers in adhering to international EMC standards for measurement, control, and laboratory equipment. Electromagnetic compatibility is crucial for the functionality of modern electrical devices in intricate settings. Our certified labs facilitate product development, regulatory compliance, and global market entry with precise, standard-based testing services. Why EMC Compliance Is Critical for Regulatory Approval IEC 61326 Testing assesses if electrical equipment effectively limits electromagnetic emissions and remains reliable under electromagnetic disturbances. This standard is recognized by the European EMC Directive and international regulatory bodies, serving as a vital route for CE marking and global distribution. Non-compliance with EMC standards can lead to product recalls, market delays, or operational failures. IEC 61326 Testing provides documented proof that equipment functions as intended in electromagnetic environments, aiding compliance and minimizing risk. What IEC 61326 Testing Evaluates in Your Equipment IEC 61326 Testing addresses both emissions and immunity performance. Emissions testing measures the electromagnetic energy your product generates, including radiated and conducted disturbances. Immunity testing evaluates how well the equipment withstands external influences such as electrostatic discharge (ESD), electrical fast transients (EFT), surge events, conducted RF, and voltage dips. Testing is conducted according to the applicable part of the IEC 61326 series, including IEC 61326-1 for general requirements and specific 2-x parts for specialized equipment. Performance criteria (A, B, or C) are applied to determine acceptable operational behavior during and after testing. Industries That Depend on IEC 61326 EMC Testing Manufacturers across...



The Applied Technical Services Family of Companies (FoC) provides professional wireless power transfer EMC testing to evaluate electromagnetic emissions, immunity performance, and regulatory compliance. Our accredited laboratories help manufacturers verify that wireless charging systems and contactless power technologies meet global electromagnetic compatibility (EMC) requirements. As wireless charging and wireless power transfer technologies become increasingly common in consumer electronics, automotive systems, medical devices, and industrial equipment, ensuring EMC compliance is essential. ATS supports manufacturers with the testing and expertise needed to bring innovative wireless power products to market with confidence. Why Electrical Equipment Must Withstand Voltage Sag Events Wireless power transfer EMC testing ensures that inductive and resonant wireless charging systems operate without generating harmful electromagnetic interference (EMI) and can withstand external disturbances. Because wireless charging systems produce strong magnetic fields and high-frequency switching signals, poor electromagnetic control can disrupt nearby electronics, wireless communications, or safety-critical equipment. EMC testing verifies that wireless power systems perform reliably while operating alongside other electronic devices. Compliance with applicable EMC regulations—such as FCC, CE, and automotive or medical standards—is required for products with wireless charging capabilities. This testing helps manufacturers demonstrate conformity, reduce redesign risks, accelerate certification, and enhance overall product reliability and brand protection. Our Advanced Testing Capabilities ATS performs comprehensive wireless power transfer EMC testing using calibrated instrumentation and controlled laboratory environments to measure conducted and radiated emissions. Our engineers evaluate systems across a range of operating modes, load conditions, and power levels to ensure accurate and repeatable results. We support testing for...



The Applied Technical Services Family of Companies (FoC) provides comprehensive ANSI C63. 27 testing to evaluate the multi-device wireless performance of products operating in shared spectrum environments in accordance with this nationally recognized standard. Our laboratories assist manufacturers in obtaining objective data to gain insights into how their wireless-enabled products function amidst other intentional radiators operating in shared spectrum environments. The Significance of ANSI C63. 27 Testing ANSI C63. 27 testing establishes a standardized method for evaluating the coexistence performance of wireless devices. The standard provides guidance for assessing how devices operates when exposed to other transmitters that may compete for the same frequency bands, such as Wi-Fi, Bluetooth®, Zigbee®, LTE, or other wireless technologies. As wireless functionality becomes more integrated into medical devices, industrial systems, consumer electronics, and IoT products, the potential for performance degradation due to RF congestion increases. Conducting ANSI C63. 27 testing during product development or validation can help organizations better understand device behavior in dense wireless environments prior to market release. Our ANSI C63. 27 Testing Methods and Capabilities ATS performs ANSI C63. 27 testing in controlled laboratory environments designed to simulate wireless coexistence conditions. Our engineers work with customers to define functional performance criteria and applicable test tiers in accordance with the standard. Our ANSI C63. 27 testing capabilities include but are not limited: Development of wireless functional performance criteria (FPC) Tier-based coexistence test planning Simulation of in-band and adjacent-band interference Controlled RF signal generation and monitoring Performance evaluation during simultaneous transmitter operation Detailed...



The Applied Technical Services Family of Companies’ (FoC’s) provides comprehensive SEMI F47 voltage sag testing services to verify that your equipment can withstand voltage dips and continue operating through specified voltage sag conditions. Power quality disturbances are one of the leading causes of unexpected equipment shutdowns in semiconductor manufacturing environments. By validating compliance with the applicable SEMI F47 standard revision, we help protect your processes, productivity, and profitability. Why Electrical Equipment Must Withstand Voltage Sag Events SEMI F47 voltage sag testing evaluates how semiconductor processing, metrology, and automated test equipment respond to controlled voltage sag events. The testing standard establishes minimum ride-through requirements at specific voltage levels and durations, helping ensure tools do not shut down or misoperate during common power disturbances. Even brief voltage sags can result in wafer scrap, tool resets, production delays, and significant financial losses. Performing this testing can help reduce these risks by confirming that your equipment meets industry-accepted power immunity criteria before it enters service, or after modifications are made. Our Testing Capabilities ATS uses advanced programmable power sources that simulate precise sag depths and durations in accordance with SEMI and applicable IEC test methodologies. Our experts evaluate full systems and individual subsystems, including: Semiconductor fabrication tools Process and metrology equipment Power supplies and control panels PLCs, drives, and automation systems Single-phase and three-phase equipment Applicable Industries and Environments While primarily required in semiconductor manufacturing facilities (fabs), SEMI F47 voltage sag testing can also be essential for: Semiconductor equipment OEMs Microelectronics manufacturers Advanced manufacturing...



The Applied Technical Services Family of Companies (ATS) provides professional SEMI F47 testing services to evaluate how equipment responds to voltage sag events and whether it meets industry ride-through requirements. Power disturbances can disrupt critical semiconductor operations in a matter of milliseconds. Our SEMI F47 testing services help manufacturers reduce unplanned shutdowns, protect sensitive processes, and meet customer or fab compliance expectations. The Importance of SEMI F47 Testing in High-Reliability Manufacturing  SEMI F47 testing adheres to the SEMI F47 standard, which specifies the minimum voltage sag immunity levels for semiconductor processing, metrology, and automated test equipment. These standard outlines precise sag depths and durations that equipment must withstand without shutting down or malfunctioning.   Voltage sags are prevalent power quality issues in industrial settings. Without adequate immunity, these events can result in wafer scrap, tool resets, data loss, and expensive production delays. Conducting SEMI F47 testing verifies that tools and subsystems can operate through specified sag conditions, enhancing reliability and reducing financial risk.   Our Comprehensive SEMI F47 Testing Capabilities  ATS performs SEMI F47 testing using precision programmable power sources that replicate controlled voltage sag events in accordance with applicable SEMI requirements and supporting IEC methodologies.   We evaluate both complete systems and individual subsystems, including but not limited to:  Semiconductor fabrication tools Process and inspection equipment Power distribution panels and control cabinets Industrial power supplies PLCs, drives, and automation hardware Single-phase and three-phase equipment Upon completion, clients receive detailed documentation outlining test parameters, equipment performance, and compliance results. If deficiencies are identified, our specialists can support troubleshooting efforts and recommend practical mitigation...



Applied Technical Services is a premier provider of professional bisphenol compound testing services. As global oversight of bisphenol intensifies, manufacturers must refine their manufacturing methods to comply with new standards. Our laboratory tests consumer products for bisphenol, ensuring our partners remain compliant with the standards enforced in their respective markets. Understanding Bisphenol Bisphenol is a family of synthetic compounds primarily used to manufacture epoxy resins and polycarbonate plastics. For decades, it has been a staple in industrial production because of its ability to create exceptionally durable materials. However, scientific evidence has revealed that some bisphenols can mimic the hormone estrogen, leading to harmful effects on the human body. Frequent exposure is associated with the following health risks: Developmental and neurological issues Impaired immune response Hormonal and reproductive complications Metabolic and cardiovascular disorders Increased susceptibility to certain cancers Due to these risks, regulatory bodies have significantly lowered the acceptable levels of bisphenol. Our services can help businesses remain compliant with evolving regulatory standards.   About Our Bisphenol Compound Testing Lab Our highly trained and experienced testing experts use cutting-edge technology to deliver precise and rapid results. We utilize Liquid Chromatography-Mass Spectrometry (LC-MS), a highly sensitive analytical technique to identify and measure bisphenol concentrations in a wide array of materials, including:  Food & Beverage Containers: Including reusable bottles, canned food linings, and kitchen appliances.  Textiles: Children's pajamas, performance activewear, and synthetic-blend fabrics.  Consumer Electronics: Components for smartphones, laptops, and various household gadgets.  Hygiene & Personal Care: Toiletries and specialized feminine care products.  Medical...



Applied Technical Services is a trusted provider of bisphenol testing services. With regulatory oversight of Bisphenol A (BPA) tightening worldwide, manufacturers have been evolving their practices to comply with updated regulations on the chemical, amid concerns about BPA and questions about other bisphenols, including BPS and BPF. Our laboratory quantifies bisphenol levels in consumer goods to help brands meet regulatory requirements and protect their customers from the chemical's adverse effects. What is Bisphenol A? Bisphenol A is a chemical commonly used to produce polycarbonate plastics and epoxy resins. BPA has been widely used for decades because it helps make rigid, long-lasting plastics. Over time, research has shown that BPA can act like estrogen in the body, and experts have linked it to a range of potential health concerns, including: • Neurodevelopmental impacts • Immune system effects • Reproductive problems • Metabolic disorders • Cardiovascular conditions • Elevated cancer risk Despite its continued use in many products, regulators have become more stringent about the levels of BPA allowed, forcing manufacturers to adapt to evolving standards.   Additional Types of Bisphenols While BPA is the most popular bisphenol, there are other types with similar benefits and concerns. Manufacturers often use other bisphenols, such as BPS, BPF, and BPAF, in advanced plastics and epoxy systems. Their chemical versatility benefits a range of industrial applications. However, research continues to examine their environmental behavior and toxicological profiles, and they're likely to come under the same consumer and regulatory scrutiny as BPA. Our BPA Testing Laboratory...



Applied Technical Services is a leader among laboratories specializing in bisphenol testing. In recent years, Bisphenol A, or BPA, has become more regulated than ever as manufacturers and consumers alike become more aware of the increasing number of regulations surrounding the chemical. Our BPA testing lab measures the amount of BPA present in consumer products, keeping consumers safe and manufacturers compliant. What is Bisphenol A? BPA is a widely used chemical in the manufacturing of polycarbonate plastics and epoxy resins. While BPA’s origins date back to the late 19th century, the chemical gained popularity in the 1960s when it became popular for its adeptness at creating strong and durable plastics. As its use increased, studies began to reveal that BPA’s ability to mimic estrogen could have several negative effects on the human body, including: Neurodevelopmental effects Immunotoxic effects Reproductive issues Metabolic diseases Cardiovascular diseases Increased cancer risk While BPA is still used in thousands of consumer products, manufacturers must comply with stricter regulations. About Our BPA Testing Lab Our state-of-the-art laboratory has the professional personnel and appropriate equipment required to ensure that our clients’ products comply with their country or region's respective regulations regarding the use of BPA. Our team conducts BPA tests using an advanced LC/MS/MS Liquid Chromatography-Mass Spectrometer (LC/MS/MS), which can detect BPA in the following types of products: Food containers, such as bottles, lids, linings, and kitchenware Various types of clothing, including children’s clothes, sportswear, and spandex Electronic devices, including cell phones, laptops, and common household appliances...



The Applied Technical Services Family of Companies (FoC) is a leader among hydrostatic testing companies. Pressurized systems, such as pipelines, boilers, and tanks, are responsible for many of the modern luxuries consumers enjoy in their daily lives. Whether they’re used for power generation, manufacturing, or chemical processing, pressurized systems are used daily in residential, commercial, and industrial environments. We provide hydrostatic tests, ensuring that your pressurized equipment is compliant and safe. What is Hydrostatic Testing? Hydrostatic testing is a critical pressure‑based evaluation technique that confirms the durability, safety, and structural integrity of equipment designed to hold liquids or gases under demanding conditions. During a hydrostatic test, technicians fill a component with an incompressible fluid, such as water, and pressurize it to reveal leaks and weaknesses that may go undetected during a visual inspection. Hydrostatic tests are a critical part of the routine maintenance, post-repair verification, and product qualification processes. Hydrostatic tests are commonly used to evaluate the following: Piping systems, including those used for oil, gas, water, and chemicals Pressure vessels, such as boilers, storage tanks, and heat exchangers Gas cylinders and fire extinguishers Hydrostatic testing is used in key industries, including: Power generation Chemical processing Oil and Gas Manufacturing About Our Hydrostatic Testing Capabilities Our state-of-the-art laboratory provides comprehensive hydrostatic testing services that meet the demanding expectations of our clients. Our testing experts utilize advanced pressure‑generation systems, precision instrumentation, and controlled test environments to analyze components of various sizes, pressures, and compositions. We conduct tests in accordance with key...



Applied Technical Services’ dynamic mechanical analysis testing services evaluate how materials respond to thermal and mechanical conditions. As industries become increasingly reliant on the versatility and durability of polymers, processes such as dynamic mechanical analysis become essential to manufacturers seeking to ensure that their polymers exhibit the ideal properties for their intended application. Our team's wealth of experience and our lab’s cutting-edge testing technologies enable us to provide world-class polymer tests.   What is Dynamic Mechanical Analysis? Dynamic Mechanical Analysis (DMA) is a thermal‑mechanical characterization process that measures a material’s viscoelastic response to an oscillating force. During testing, technicians apply a sinusoidal force to the specimen while controlling the material’s temperature and the frequency and duration at which the force is applied. The testing instrument’s sensors record the amount of deformation time and the phase lag between stress and strain. The procedure’s objective is to calculate several of a polymer’s viscoelastic properties, including:  Storage modulus (elasticity/stiffness) Loss modulus (viscosity) Damping factor (energy dissipation frequency) Glass transition temperature DMA provides engineers with a better understanding of how vibration, thermal cycling, and dynamic loading can affect a material’s real-world performance.   About Our DMA Testing Services Our laboratory offers DMA testing services that meet the demands of clients who require accurate and reliable data for product development, quality assurance, or regulatory purposes. We perform DMA in accordance with widely recognized ASTM methods, such as:  ASTM D4065 ASTM D5023 ASTM D5279 We can conduct tests in accordance with our clients' unique specifications that...



The Applied Technical Services Family of Companies’ (FoC’s) DMA testing services measure the mechanical properties of non-metallic materials. What is Dynamic Mechanical Analysis? Dynamic Mechanical Analysis (DMA) is a mechanical and thermal analysis technique that measures a material’s viscoelastic properties as a function of atmosphere, temperature, stress, frequency, and time. During DMA testing procedures, technicians clamp a sample into a DMA instrument and apply an oscillating force while the sample’s temperature is altered in a controlled way. Technicians measure the correlation between the force applied and the deformation present. The analysis process provides information on the following: Storage modulus (Stiffness) Loss modulus (Damping) Tan δ (Damping factor) Tg (Glass transition) DMA is an excellent way to examine how materials respond to real-world thermal cycling, vibration, and dynamic loads. About Our DMA Lab Our chemistry lab uses DMA to provide clients with an accurate and detailed characterization of a material’s viscoelastic behavior under controlled temperature, frequency, and stress conditions. Our team uses its collective experience and access to state-of-the-art instrumentation to evaluate a material’s mechanical and physical properties. The information acquired from our comprehensive testing can be an excellent resource for our clients, as it allows them to do the following: Determine a material’s durability and suitability for specific applications or environments. Conduct failure analysis. Strengthen product development and quality control processes. Our chemistry experts provide reliable and data-driven DMA reports that present our findings clearly and concisely. Our DMA services are adept at analyzing polymers, elastomers, composites, and adhesives in...



Applied Technical Services’ DMA material testing services evaluate the viscoelastic properties of polymers. As the utility of advanced polymers continues to expand across various industries, understanding their mechanical performance under varying conditions is necessary to ensure adequate product safety and performance. What is Dynamic Mechanical Analysis? Dynamic Mechanical Analysis is a characterization technique where experts apply an oscillating force to a material to determine its viscoelastic properties. During the analysis process, technicians subject the sample material to a sinusoidal, oscillating force and measure the resulting strain. The analysis process yields vital quantitative data, including information about the following: Storage modulus (elastic stiffness) Loss modulus (dissipation of viscous energy) Glass transition temperature More About Our Laboratory’s Capabilities Our polymer testing lab features state-of-the-art instrumentation, enabling us to perform a diverse array of tests and analyses on polymers, including our DMA material testing services. Our lab is ISO 17025 accredited, ensuring that we adhere to rigorous quality standards and provide accurate, reliable, and consistent findings that align with industry standards. Our staff recognizes the importance of our clients, so our experts work closely with them to ensure that our processes and procedures meet their specific needs promptly. Our DMA services can support the research and development and quality control efforts of our clients. Our DMA services can be conducted in accordance with our clients’ unique needs, or in conjunction with the following standards: ASTM D5023 ASTM D5026 ASTM E1640 The Benefits of DMA In an increasingly complex manufacturing landscape, DMA provides engineers...



The Applied Technical Services Family of Companies (FoC) utilizes DMA for the analysis of polymers. As polymers continue to rise in popularity, manufacturers are investing more money and time in determining the versatility and durability of their polymer materials. Our DMA services offer manufacturers an effective way to uncover the true potential or limitations of their polymer designs. What is Dynamic Mechanical Analysis? Dynamic mechanical analysis (DMA) enables experts to assess the viscoelastic properties of polymers. During the analysis process, technicians apply an oscillating force to a material while controlling the material’s temperature and the frequency of the applied force. Technicians measure the resulting strain and measure various aspects of the material’s mechanical properties, such as: Storage modulus Loss modulus Damping Glass transition DMA is adept at analyzing various types of polymer systems, including: Adhesives Composites Elastomers Thermosets About Our Dynamic Mechanical Analysis Services Our polymer testing laboratory brings a high level of technical capability and proven reliability to support each of our clients’ projects. Our team of professionals pairs their experience with their training to provide DMA services in accordance with the established ASTM practices, including ASTM D4065, ASTM D5023, and ASTM D5279. We also conduct custom tests that address any demands that may be outside of the scope of an established standard. Our ISO IEC 17025 accreditation highlights our lab’s commitment to precision and quality, as we work diligently to deliver solutions to our clients’ needs. Upon the completion of our DMA services, our clients will receive clear,...



The Applied Technical Services Family of Companies (ATS FoC) has a polymer testing lab that can conduct thermal analysis of polymers used in a range of applications. Polymers are a popular manufacturing material and for good reason. They’re incredibly versatile, lightweight, strong, and cost-effective to manufacture. However, analysis is needed for manufacturers to determine what types of polymers are viable options for specific environments and applications. Our laboratory helps clients gain critical insight into the properties and thermal transitions of their polymers. Understanding the Different Polymer Thermal Analysis Methods Differential Scanning Calorimetry Differential Scanning Calorimetry (DSC) characterizes a material’s thermal properties and measures the amount of heat lost or gained by a material during the cooling or heating process. This allows experts to determine numerous key properties of polymers, including melting temperature, glass transition temperature, and heat capacity. Dynamic Mechanical Analysis Dynamic mechanical analysis (DMA) allows experts to evaluate a polymer’s behavior under specific dynamic conditions. It determines the polymer’s glass transition temperature, or the temperature at which a polymer transitions from a hard state to a soft state. Finite Element Analysis Finite element analysis, or FEA, is a computerized process that simulates how polymers respond to mechanical loads, vibrations, and temperature change. Polymers have temperature-dependent properties, so thermal analysis via FEA can be an effective way of determining a material’s thermal degradation, viscoelastic behavior, and creep. Thermogravimetric Analysis Thermogravimetric Analysis (TGA) measures a polymeric material’s mass as a function of temperature and time. TGA offers critical insight into a...



The Applied Technical Services Family of Companies’ (FoC’s) drone EMI testing services help ensure that our clients' drones emit minimal electronic interference while remaining functional amidst electronic interference from other devices. Over the years, drones have gained popularity, steadily expanding from their initial use in the defense industry to established applications in various commercial sectors as well. Regardless of their application, our EMI lab is an excellent resource for those seeking to understand how EMI impacts the performance and compliance of their drones. What is EMI, and How Does it Impact Drones? Electromagnetic interference, or EMI, occurs when disruptive electromagnetic energy hinders the performance, reliability, or safety of other nearby electronic systems. While EMI can affect virtually any type of electronic device, specific devices, including drones, have an increased vulnerability to the phenomenon. The construction of a drone consists of modules, motors, regulators, and various other components that generate their own interference in addition to the interference emitted by nearby objects such as cell towers, radars, and other drones. EMI can have several harmful effects on a drone’s operating system, impacting the following: Navigation Radio communications Onboard sensors controlling cameras and object avoidance features Motor functionality About Our Drone EMI Testing Lab Our state-of-the-art laboratory provides comprehensive drone EMI tests evaluating how drones perform when exposed to electromagnetic disruptions. Our services can determine if your drone causes or is negatively impacted by interference. Our technicians conduct testing procedures using cutting-edge technologies and testing techniques that align with industry standards and...



The Applied Technical Services Family of Companies (FoC) performs accelerated weather tests on polymers. Over the last several decades, modern societies have become increasingly dependent on polymer materials due to their versatility, strength, and flexibility, which are key to processes across virtually every sector of industry. Like all materials, polymers must undergo testing so experts can observe and predict the material’s behavior under specific conditions. Our accelerated weather tests allow us to observe and evaluate how various weather conditions impact a material’s mechanical properties and physical appearance.   Understanding How Weather Impacts Product During accelerated weather tests, technicians use computer-driven environmental testing machines to simulate real-world weather patterns and conditions. The machine can accurately recreate a range of environmental conditions, including the following:  UV radiation Temperature fluctuations Humidity Moisture Accelerated weathering testing technology can simulate years of environmental condition-induced aging in a matter of weeks and months. Much like in real-world scenarios, prolonged exposure to harsh environmental conditions will cause degradation in a material. In polymers, that degradation often materializes in the following ways:  Changes to the material's appearance, including fading, yellowing, and cracking Altered physical properties, such as reduced strength, increased brittleness, and compromised durability About Our Accelerated Weather Tests for Polymers Our environmental testing laboratory has the personnel, credentials, and advanced technology required to simulate environmental conditions and weather cycles. Our faculties maintain calibrated equipment and the necessary accreditations, ensuring our procedures are reliable and yield accurate results. Our accelerated weather tests consist of the following services:  Xenon...



The Applied Technical Services Family of Companies (FoC) is a leader among weld testing companies in the United States. Welding is a core component of modern society, impacting various aspects of our lives, from the cars and bridges we need for our commutes home to the offices in which we work. Without welding, essential industries in our society would collapse, making many luxuries of modern life an impossibility. The welding industry is pivotal, and welded materials require testing and inspection to ensure their functionality, reliability, and compliance. ATS is an excellent partner for clients seeking to test their welds to industry standards. What is Weld Testing? Weld tests are a series of procedures and methods used to evaluate the quality and structural integrity of welds. Weld tests are commonly used for the following purposes: Quality assurance Defect detection Welder certification Performance verification Weld tests are a fundamental component of many industries, and independent labs such as ATS provide an unbiased and expert opinion on weld quality. About Our Weld Testing Services Applied Technical Services conducts comprehensive weld tests that support the safety, reliability, and performance needs of clients across manufacturing, construction, aerospace, and other critical industries. Our laboratory is equipped with cutting-edge testing technologies, enabling our staff to ensure that our clients’ welds adhere to industry standards and regulations. We are an ISO/IEC 17025 accredited lab with certifications from authorities in the welding industry, such as: AWS ASNT NADCAP Our team adheres to the industry’s highest standards as we work...



The Applied Technical Services Family of Companies (FoC) offers ferrite weld testing services that measure the ferrite content present in welds. What is Ferrite Weld Testing? Ferrite testing is a nondestructive testing method that determines the percentage of ferrite present in stainless steel welds. Ferrite is an iron phase found in the microstructure of stainless steel and welding alloys. Ferrite content has a significant effect on the mechanical properties of welded joints, so it’s important that experts measure a material’s ferrite content to determine its suitability for specific applications. The ferrite number, or the quantity of ferrite in a weld, influences the welding of austenitic and duplex stainless steels differently. Austenitic Stainless Steel A small percentage of ferrite, between 5% and 15%, can absorb the impurities present in austenitic stainless steel, thereby reducing the risk of cracking. However, too much ferrite may decrease the weld’s resistance to corrosion. Duplex Stainless Steel Duplex stainless steels have an equal or near equal balance of ferrite and austenite, which enables those materials to have superb corrosion resistance and strength. However, the failure to maintain a proper balance of ferrite and austenite can reduce the material’s strength or compromise its corrosion resistance. About Our Ferrite Weld Testing Lab Our ferrite weld testing services help clients ensure the integrity and long‑term performance of their welds. During the testing procedure, our highly trained technicians use a probe to measure the sample’s magnetic permeability, which indicates the sample’s ferrite percentage. The information gathered from ferrite tests is...



The Applied Technical Services Family of Companies’ (FoC’s) professional compressed air leak testing services identify and locate compressed air leaks. Often referred to as “the fourth utility,” compressed air is a popular energy source used to power equipment and accessories in a wide array of facilities and industries. However, compressed air leaks account for anywhere between 20 and 50 percent of compressor’s output, leading to increased energy costs and significant waste. Our compressed air leak testing services help our clients address leaks that could otherwise compromise operational efficiency, leading to unplanned downtime. What is a Compressed Air Leak? A compressed air leak occurs when pressurized air escapes from the components, fittings, or valves of a compressed air system before it reaches its intended destination. Leaks often occur between two connected components, but they can also be found in other areas of the compressed air system, such as compressors, pipes, and filters. Aside from being a major contributor to energy waste, leaks can negatively impact the performance of equipment, ultimately reducing its lifespan and increasing maintenance costs. The most common causes of compressed air leaks include: Poorly connected couplings, hoses, and seals Improper installation or the installation of low-quality components Damaged or worn components, such as flanges and pipe joints Excessive vibrations that loosen connections and fittings While some compressed air leaks are audible to the human ear, many are completely undetectable or masked by the louder sounds of a busy industrial operation. Fortunately, technological advancements have made it possible for...



The Applied Technical Services Family of Companies (ATS FoC) offers natural gas leak detection services that identify gas leaks, enabling our clients to address the issue before it worsens. Natural gas is an important energy source for modern industrial environments where high-temperature processes take place. However, over time, gas leaks can occur, compromising the well-being of personnel, infrastructure, and the surrounding ecosystem. Applied Technical Services is a certified third-party inspector with the qualifications and capabilities needed to inspect a variety of sites for signs of natural gas leaks. What is a Natural Gas Leak? A natural gas leak occurs when pressurized gas escapes from a pipeline, tank, or container. In industrial environments, gas leaks can arise from a multitude of issues, such as: Corrosion Improper installation Mechanical damage Seal and joint degradation over time Natural gas is often colorless and odorless, so it’s difficult to detect leaks without specialized equipment. While the gas leak may produce a distinct smell or an audible hiss or whistle, it’s safest to seek the services of a licensed professional who can carefully inspect your property and equipment to determine if leaks are present. About Our Natural Gas Leak Detection Services Applied Technical Services conducts comprehensive nondestructive tests that identify natural gas leaks with precision and reliability. Our expertise in various inspection and detection processes enables us to employ proven techniques capable of locating leaks, including ultrasonic and infrared gas leak detection methodologies. Ultrasonic Gas Leak Detection Ultrasonic gas leak detection is the process of...



The Applied Technical Services Family of Companies’ (ATS FoC’s) acoustic emission leak testing services identify leaks that could jeopardize equipment and structures. Industrial environments are often quite noisy, making it difficult for personnel to hear the faint hiss of an equipment leak. In fact, many leaks are inaudible to the human ear and can only be detected using specialized equipment. Fortunately, our highly trained technicians have the expertise and resources needed to conduct acoustic emission tests, identifying leaks present in equipment and structures. What is Acoustic Emission Testing? Acoustic emission (AE) testing is the process of using specialized equipment to detect and record acoustic emissions. Acoustic emission occurs when materials experience a rapid release of stress energy, causing the material to produce transient elastic waves similar to sound waves. AE can occur in various materials, including metals, composites, and concrete. The phenomena is often caused by the following: Cracking Melting Phase transformation Thermal stress AE testing is an effective early detection system capable of identifying early indications of flaws or impending failures for a range of equipment and materials, including the following: Composite materials Piping Pressure vessels Valves Storage tanks Structural steel Welds More About Our AE Leak Testing Services Our nondestructive testing specialists provide acoustic emission leak tests that help strengthen our clients’ predictive maintenance programs. We take immense pride in our ability to deliver reliable results that can help our clients safeguard their operations from costly repairs caused by damaged and defective materials and equipment.  Our AE services...



The Applied Technical Services Family of Companies (FoC) is a trusted provider of helium leak testing services.  Leaks are a major concern in industrial environments and property owners and operators must take measures to identify and resolve leaks before they worsen into potentially hazardous conditions. Fortunately, our American Society of Non-Destructive Testing (ASNT)-certified technicians have the experience, training, and tools needed to detect very small leaks in various types of materials. What is a Helium Leak Test? Helium leak testing is a non-destructive testing method that uses helium to locate and detect leaks present in a component or system. During this process, technicians use helium as a tracer gas and introduce it to a test specimen that’s connected to a Mass Spectrometer Leak Detector (MSLD). If a leak is present, helium molecules will escape, and the detector can measure the size of the leak or its location.  Helium leak tests are widely used because they offer many advantages, including:  Helium is nonflammable and a safer alternative than hydrogen Helium is versatile and can be used to test a range of products of various shapes and sizes. The testing process is nondestructive, so it can be used on sensitive and expensive parts without concern. More About Our Helium Leak Detection Services Our helium leak testing services help ensure precision, reliability, and confidence for industries where even the smallest leaks can create big issues. Our highly trained leak detection specialists conduct comprehensive tests on a range of products, including: Aerospace components Automotive...



The Applied Technical Services Family of Companies (FoC) performs fluid resistance testing services on a wide range of products and materials. What is a Fluid Resistance Test? Fluid resistance tests evaluate a product or material's ability to endure various levels of exposure to liquids by measuring its susceptibility to the following: Chemical degradation Physical changes Changes in visual appearance During fluid resistance tests, technicians expose specimens to a wide range of fluids, including oils, fuels, water, and cleaning agents. Technicians expose test specimens to fluids they’re likely to come into contact with throughout their life cycle, so the information collected from the tests is critical to identifying vulnerabilities in a product’s design. This grants manufacturers the opportunity to optimize their product’s design, ensuring it remains functional and safe in its intended application. More About Our Fluid Resistance Testing Services Our A2LA-accredited environmental testing laboratory features state-of-the-art technology to simulate the real-world weather patterns that many materials will encounter throughout their life cycle. Our accelerated environmental testing experts are adept at creating and maintaining the controlled environmental conditions needed to effectively evaluate the fluid resistance of various types of materials, including: Aerospace components, such as fuel systems and seals Automotive components, including coatings, gaskets, and seals Medical devices, such as surgical tools and respiratory devices Our accreditation demonstrates our ability to comply with internationally recognized quality standards, ensuring that our services are conducted competently and professionally. Our fluid resistance tests comply with the following standards: MIL STD 810, Methods 504 and...



The Applied Technical Services Family of Companies’ (FoC’s) fluid immersion testing capabilities enable our experts to evaluate the impact of exposure to various fluids on the performance and appearance of materials and their components. Depending upon its intended application or operational environment, a material may encounter intentional or unintentional exposure to potentially harmful fluids. Our fluid immersion tests are adept at determining how varying durations of fluid exposure alter the characteristics of sample specimens. What is Fluid Immersion Testing? Fluid immersion testing is the process of submerging materials in liquids to determine how the liquids change the test specimen’s chemical, physical, and electrical properties. The specifics of the testing procedure establish the various parameters of the testing process, including the type of fluid used and the duration during which the test specimen is submerged. The following factors must also be considered when conducting fluid immersion tests: Fluid temperature Test specimen temperature Immersion depth/pressure Fluid immersion tests can be conducted using a wide array of fluids, including: Fresh water Salt water Oils Fuels Cleaning agents/disinfectant These tests provide manufacturers with an opportunity to expose their products to real-world conditions within accelerated timelines. The information gathered during fluid tests is crucial for addressing design flaws, enhancing product performance, and ensuring compliance with industry standards for performance and safety. More About Our Fluid Immersion Testing Services Our environmental testing lab provides a comprehensive suite of services designed to evaluate how your products respond to a wide range of environmental conditions. All of our...



Fluid Susceptibility Testing The Applied Technical Services Family of Companies’ (FoC’s) fluid susceptibility testing services evaluate how well materials withstand exposure to various types of liquids. Over their service life, many types of equipment will encounter liquids, either intentionally or unintentionally. Excessive exposure to liquids can create hazardous conditions for equipment operators. Our environmental testing lab is equipped with the credentials and expertise needed to ensure your equipment complies with fluid susceptibility safety standards. What is Fluid Susceptibility? Fluid susceptibility refers to a material’s vulnerability to fluid-induced complications, including degradation and failure. Fluid susceptibility is an important focus in industries where materials are regularly exposed to liquids, including the following: Aerospace Automotive Marine Military What are Fluid Susceptibility Tests? During fluid susceptibility tests, technicians expose sample materials to liquids in various ways. While the specifics of the testing procedure will dictate the length of liquid exposure and the type of liquid used, all susceptibility tests provide critical insight into how liquid exposure may alter a material’s characteristics. This process is crucial in ensuring that a product complies with regulations and is a suitable choice for its intended application. Technicians perform fluid susceptibility tests with a wide array of fluids, including: Beverages Cleaning agents Engine oils Fire extinguishers Hydraulic fluids Transmission fluids Fluid susceptibility tests are commonly used to evaluate the following types of equipment: Electronic devices and enclosures Protective coatings Sealants More About Our Fluid Susceptibility Tests Our environmental testing lab conducts comprehensive fluid susceptibility tests that evaluate your equipment...



The Applied Technical Services Family of Companies (FoC) offers UL 94 testing services that evaluate the flammability of plastic materials and components. Plastic materials are a staple of modern society, and they can be found in a wide array of products, from construction materials and consumer electronics to vehicles and machine parts. While it may be obvious that plastic materials must comply with performance standards, it is less understood that many of these plastics must also comply with specific safety standards that evaluate their flammability. Our environmental testing lab performs flammability tests in accordance with UL 94 to ensure the safety and compliance of your products. What is UL 94? The Underwriters Laboratory developed UL 94 as a safety standard for those determining the flammability of plastics. The widely used standard enables experts to gain critical insight into how quickly plastic materials burn, allowing manufacturers to make informed decisions about the material’s suitability for specific applications. The standard determines the plastic sample’s behavior by assessing the following: How it spreads or extinguishes a flame following ignition If it's dripping flaming particles are a potential fire threat to nearby materials. Technicians conduct the UL 94 procedure at both vertical and horizontal orientations. The UL 94 flammability standards rating chart consists of the following six categories: HB (Horizontal Burn) The burning of a 3mm thick specimen self-extinguishes before 100mm. V-2 (Vertical Burn) Drips of flaming particles are permitted, but the burn stops within 30 seconds of ignition. V-1 (Vertical Burn) Burning must...



The Applied Technical Services Family of Companies’ (FoC’s) constant acceleration testing capabilities enable us to evaluate how materials and electronic components respond to acceleration. What are Constant Acceleration Tests? Constant acceleration tests, also known as acceleration tests, simulate the effects of constant acceleration on materials and microelectronic devices. The test evaluates the mechanical and structural weaknesses present in a device’s design. While shock and vibration are commonly conducted tests with similar objectives, constant acceleration tests require a steady and continuous force to be applied to a sample, whereas shock and vibration tests apply a high impact, but brief force. Our Constant Acceleration Testing Services Our constant acceleration testing experts perform tests in compliance with the procedures and guidelines outlined in various safety and performance standards, including: MIL STD 202 (Method 212A) MIL STD 810 (Method 513) MIL STD (Method 2011. 1) RTCA/DO 160 (Section 7) SAE/USCAR 28 Our state-of-the-art centrifuge systems enable us to accurately simulate the conditions that equipment and products may experience during operations with constant acceleration, such as launches, flights, and operations involving moving vehicles. Our centrifuge tests are adept at detecting the following types of flaws: Actuator malfunctions Circuit board damage Mounting hardware damage Seal leaks Sensor malfunctions Why are Constant Acceleration Tests Important? Constant acceleration tests are adept at evaluating how sustained acceleration can impact materials. The information gathered from acceleration tests is critical when identifying and resolving failure modes, which help businesses do the following: Evaluate product durability Improve material selection strategies Ensure compliance...



The ATS Family of Companies (ATS FoC) performs scribe creep services to determine the corrosion resistance of coated materials. What is Scribe Creep? Scribe creep occurs when a technician intentionally creates a “scribe” or scratch in a coating to observe how corrosion spreads from the initial scratch site to other areas beneath the protective coating. During scribe creep evaluations, technicians measure the distance corrosion travels through the protective layers towards the metal substrate, enabling them to determine the material’s corrosion resistance. Scribe creep is often associated with the ASTM D1654 standard. What is ASTM D1654? The ASTM D1654 testing standard establishes a standardized procedure for evaluating the corrosion resistance of metal pretreatments and coatings subjected to corrosive elements. The test procedure involves the following steps: Preparation Technicians prepare metallic test specimens by applying a coating material with the desired thickness to the metallic substrate. The size of a specimen is often at least 10 cm x 15cm with a thickness of 0. 3mm, but the size may vary. Exposure to Corrosive Elements Technicians scribe an “X” or straight line through the coating until the substrate is exposed. Technicians then subject the sample to accelerated corrosion tests involving humidity, salt spray, or cyclic corrosion. Evaluation Following the sample’s exposure to the corrosive properties, technicians use a specialized tool to remove the coating to determine how far the corrosion traveled from the scribe. The distance is measured in mm, and the less the corrosion traveled, the higher the sample’s corrosion resistance. Rating...



The Applied Technical Services Family of Companies (ATS FoC) offers EMI shielding testing services that verify the performance of EMI shields. What is EMI, and What is EMI Shielding? Electromagnetic interference (EMI) occurs when an electronic device’s function is disrupted by a nearby electromagnetic field. EMI can cause devices to malfunction, perform inefficiently, or fail. EMI can originate from artificial or natural sources, but EMI shielding effectively combats interference regardless of its source. EMI shielding protects electronics from unwanted electromagnetic signals using conductive materials that redirect or block disturbances. EMI shields often consist of copper, stainless steel, or aluminum, and sometimes combine metals with pliable materials like silicone, neoprene, or polyurethane. They enable electronics to process intended signals while eliminating interference. EMI shields are widely used to protect or reduce EMI emissions from the following electronics: Aerospace Electronics Control panels, radar systems, weapon systems, and drones Automotive Electronics Airbag systems, braking systems, Collision radar, and information/navigation systems Consumer Electronics Cell phones, computers, and TVs Industrial Machinery Automated equipment and data centers More About Our EMI Shielding Testing Services The ATS FoC’s accredited and independent EMI/EMC lab offers a range of testing, troubleshooting, design verification, and certification services. Our highly trained team members pair their knowledge and experience with our state-of-the-art testing technology, ensuring that they offer solutions to our clients’ unique testing needs. Our staff works closely with clients to ensure our partnership is satisfactory and our communication is clear. Our EMI shielding tests help our clients do the following:...



The Applied Technical Services Family of Companies offers E-commerce product compliance testing services that help sellers comply with the regulatory requirements of online markets. E-commerce is a trillion-dollar industry that continues to steadily expand as consumers and businesses become more acquainted and comfortable with online shopping and selling. Amazon is widely regarded as the global leader in e-commerce, and we are proud to be an Amazon-approved testing lab capable of helping businesses get their products approved for sale on the e-commerce giant's website. What is E-Commerce Product Compliance? E-commerce product compliance refers to the guidelines, regulations, and standards businesses must comply with to sell their products online. Different product categories and markets can have specific performance and safety standards that must be met before consumers can purchase them. There are various aspects of compliance that businesses must consider when selling their products online. This can include things as straightforward as product safety and the accuracy of product descriptions to more subtle things, such as protections for payment information and other sensitive data. More About Amazon-compliant Testing Services Our product compliance testing services help businesses confirm that their products are safe, functional, and compliant with related standards and laws. We are an official Amazon-approved testing lab, making us an excellent choice for businesses preparing to sell their products on Amazon’s site. Our technical expertise makes us adept at conducting comprehensive tests on a range of products and materials, and our familiarity with Amazon’s expectations enables us to help our clients keep...



The Applied Technical Services Family of Companies (FoC) owns and operates explosive testing facilities where our experts evaluate the performance of explosive materials and systems. The Department of Defense (DoD) relies on accredited third-party labs such as ATS to meticulously assess and analyze products and materials in compliance with military standards. Our environmental testing lab has a longstanding relationship with the DoD, and we have a rich history of providing services that help bolster the operations of the United States military. What are Explosive Tests? As the name suggests, explosive testing refers to the process of testing explosive devices and materials to determine their properties and behaviors. Explosive tests are critical to military operations because they allow experts and engineers to observe explosions and their aftermath in a controlled environment. The information gathered during explosive tests helps manufacturers do the following: Determine the environmental hazards created by the explosive Assess the explosive’s sensitivity to environmental factors like heat and dropping Ensure explosives perform as expected in Improve and optimize explosive designs More About Our Defense-Related Environmental Testing Services The ATS FoC’s state-of-the-art environmental testing lab offers a multitude of services ensuring that equipment, devices, and weapons comply with military standards. Military operations require precision and accuracy, and our lab’s cutting-edge capabilities and A2LA accreditation make it an ideal choice for those in need of the following: Military electronic testing Ordnance testing Firearm testing Explosive testing Understanding How Independent Labs Support Military Operations Our environmental testing lab is a valuable resource for military...



The Applied Technical Services Family of Companies (FoC) offers high temperature fatigue testing services that evaluate how materials respond to cyclic stresses at elevated temperatures. What is Temperature Fatigue Testing? Fatigue tests evaluate how materials respond to repeated stress and cyclic loads. Temperature fatigue tests enable experts to evaluate a material’s response to repeated stress at specific temperatures. Temperature directly affects a material’s properties. Increases or decreases in temperature can change the material’s strength and impact its ability to function as intended in certain situations. What is Thermal Stress? Thermal stress refers to the mechanical stress materials experience due to fluctuations in temperature. Elevated temperatures generally reduce the strength and stiffness of materials. Colder temperatures increase strength and stiffness but reduce ductility. Over time, thermal stress can lead to several issues, including: Localized corrosion leading to pitting Deformation Structural damage Surface damage Reduced lifespan Temperature tests help predict a material’s response to mechanical and environmental conditions. This allows manufacturers to select suitable materials for extreme temperature applications. More About Our Fatigue Testing Lab Our highly trained staff of experienced technicians uses our state-of-the-art fatigue testing lab to test and analyze metallic materials in compliance with industry standards and our clients’ unique specifications. We recognize that a material’s mechanical properties must be thoroughly assessed to understand a material’s potential strengths, weaknesses, and applications. Our lab is an important resource for clients seeking to improve their product designs, material selection processes, and quality control practices. Our temperature testing services include elevated, cryo,...



The Applied Technical Services Family of Companies (FoC) performs low temperature fatigue testing on metal materials. The mechanical behavior of materials is very important to consider when designing and manufacturing products. This is especially true when the products are used in harsh environments, including extreme temperatures. Our mechanical testing experts carry out fatigue tests that observe how low temperatures impact a material’s response to cyclic loads. Understanding Fatigue Tests and Temperature Fatigue Tests Fatigue tests evaluate how materials respond to cyclic stress and repeated loading, providing important information about a material’s mechanical properties, including: Endurance limit Fatigue life Elasticity Plasticity Fatigue tests offer critical insight into a material’s durability and reliability in specific environments or under specific conditions. Temperature fatigue tests go a bit further than traditional fatigue tests by compounding the stressors of a standard fatigue test with the added stress of extreme temperatures. Temperature has a direct effect on a material’s mechanical properties, so it’s imperative that the relationship between temperature and fatigue properties is firmly understood during the design and manufacturing process of a product. More About Our Temperature Fatigue Testing Services Our fatigue testing lab has the personnel, credentials, and advanced testing equipment needed to conduct temperature fatigue tests on a wide array of metals, including: Steel Stainless steel Aluminum alloys Titanium alloys Our low temperature fatigue tests subject metallic samples to low temperatures, causing stress and fatigue. We evaluate the material’s response the stress and fatigue, providing critical data about the material’s mechanical behavior. In...



The ATS Family of Companies (FoC) has A2LA-accredited labs with the resources needed to address your creep testing needs. Whether your product is made of metal, polymer, or composites, our mechanical testing lab has got you covered. Understanding Creep and Creep Testing Creep is the deformation that occurs within a material after it has been exposed to high temperatures and constant mechanical stress over an extended period of time. Although creep often occurs over the course of years and sometimes even decades, its presence remains worrisome, as it may still lead to catastrophic failure. Creep poses risks to both people and property, so it’s imperative that manufacturers and businesses understand their material’s potential to succumb to creep-induced deformations. Creep tests allow experts to observe the amount of deformation materials experience over time. They grant engineers and specialists an opportunity to simulate the mechanical and thermal stress materials may endure under specific conditions. During a creep test, technicians subject test specimens to continuous compression loading and tension and record the deformation present at predetermined time intervals. The time is documented on a creep vs time diagram, which is used to calculate the material’s creep rate. About Our Creep Testing Services The ATS FoC’s mechanical testing labs have the experts, equipment, and accreditations necessary to conduct creep tests at ambient, cryo, and elevated temperatures. We conduct creep tests in temperatures as high as 1500°F, and our tests can be customized to address the specific needs of our clients or carried out in...



The Applied Technical Services Family of Companies (FoC) performs creep testing services that determine the creep rate and creep rupture life of materials. What is a Creep Test? A creep test measures the degree and rate a material deforms over time. Often performed at high temperatures, creep tests effectively simulate the mechanical and thermal stresses endured by materials under load. They offer insight into a material’s behavior once exposed to specific conditions, giving engineers an opportunity to determine if a material is an effective choice for its intended application. During creep tests, the test specimens endure continuous stress via tension and compression. The testing process consists of three stages. Stage One The creep rate quickly rises before slowing down and decreasing. Stage Two The creep rate remains nearly constant as the strain hardening and recovery processes compete with one another. Stage Three The third and final stage is the tertiary stage, occurring when the specimen is nearing failure. Technicians record the time for rupture if a specimen fractures at the end of a creep test. If the specimen does not fracture, then the technician may measure its creep recovery. About Our Creep Testing Services Our A2LA and Nadcap accreditation mechanical testing lab provides comprehensive creep testing services. Our cutting-edge creep testing machines conduct tests at temperatures as high as 1600°F, and we also perform tests at ambient and extremely low temperatures. Our testing specialists work diligently to deliver accurate, measurable, and fast results that aid with the following: Material selection Product design...



The Applied Technical Services Family of Companies (FoC) offers stress rupture testing services that evaluate the mechanical behavior of materials. What is a Stress Rupture Test? Stress rupture tests measure the amount of time it takes for a material to rupture once it’s exposed to a constant load at a constant temperature. Stress rupture tests have proven to be an effective way for manufacturers to determine a material’s strength, which is important when optimizing material selection and quality assurance processes. More About Our Mechanical Testing Services The ATS Family of Companies’ state-of-the-art mechanical testing lab is A2LA and Nadcap-accredited. Our mechanical testing experts use their decades of collective experience to deliver accurate, measurable, and swift solutions to our clients’ unique needs. We conduct stress rupture tests at temperatures as high as 2000°F and in compliance with the ASTM E292 testing standards. We also offer non-standard stress rupture tests, and similar tests, such as: Creep testing Low temperature testing High temperature testing The Importance of Stress Rupture Testing Stress rupture tests effectively evaluate the longtime viability of materials whose applications require that they endure constant loads at elevated temperatures. The data collected from a stress rupture test is an effective way to accurately determine a material’s resistance to creep. Stress rupture tests are commonly used to aid in the design and material selection of products and components and materials used to make the following: Gas turbines Turbine blades Engine components Boilers Failure to conduct comprehensive stress rupture tests on a material could result...



The Applied Technical Services Family of Companies’ (FoC’s) compression testing lab features the qualified staff and cutting-edge testing equipment necessary to conduct compression tests in accordance with industry standards. What is Compression Testing? Compression tests evaluate how materials respond to applied crushing loads, offering important insight into the static compression strength of products and their components. Technicians use universal testing machines that consist of load frames, load cells, compression plates, and software, enabling them to test a variety of materials of various sizes. Compression tests are classified as either static or dynamic. Static tests are typically conducted at speeds of less than 1mm/min, whereas dynamic tests are conducted at speeds above 10mm/min. The data collected during compression tests determines a material or component’s load-bearing capabilities and offers information on the following mechanical properties: Ultimate strength Yield strength Stress-strain curve Modulus of elasticity About Our Compression Testing Lab Our A2LA-accredited mechanical testing lab offers accurate and reliable compression tests that benefit clients across various industries, including: Medical device manufacturing Construction Aerospace Automotive Our testing services ensure that our clients’ products and materials have the mechanical properties needed to excel in specific environments and conditions. Compression tests are adept at determining the safety and overall quality of materials, which is essential for research and development, material selection, and quality control purposes. We offer compression tests in compliance with the following ASTM standards: ASTM E9 ASTM D695 Why are Compression Tests Important? Compression testing is incredibly important to ensure the safety and reliability of materials....



The Applied Technical Services Family of Companies (FoC) offers axial compression testing services that determine the mechanical properties of metals and alloys. What is ASTM E9? The American Society for Testing and Materials developed the ASTM E9 standard as a guideline for those conducting axial-load compression tests on metallic materials at room temperature. Technicians can conduct the testing procedure using either a servo-hydraulic test machine or a universal test machine. Before the testing process begins, technicians clean the test specimen and measure its dimensions, including its diameter, thickness, and width. Next, technicians center the specimen on the testing fixture, attach an extensometer or deflectometer, and adjust the maximum expected load to about one-third of the load range. Finally, technicians apply a load to the specimen at a rate of 0. 005 in/min. Measurement devices monitor the applied load and corresponding strain. The test is complete once technicians determine the compressive deflection and compressive force or when the sample breaks under the force of the applied load. ASTM E9 determines the following: Compressive strength Yield strength Yield point Young’s Modulus Stress-strain curve About Our Mechanical Testing Services Our mechanical testing lab has the experienced staff and cutting-edge equipment needed to observe and evaluate how metal materials respond to specific test conditions. Our team of experts understands that mechanical properties are necessary to understand the potential of products and materials, so we offer competitive prices and prompt turnarounds to ensure that our clients have the data they need to meet the demands...



The Applied Technical Services Family of Companies (FoC) is a leader among indirect lightning testing labs. What is an Indirect Lightning Strike? Indirect lightning strikes occur when lightning strikes an object or surface, and the current travels to a nearby object that was not directly hit by the initial impact. There are two types of indirect strikes, ground currents and side flashes. Ground currents occur when a lightning strike hits an object and travels through the ground to other objects. Side flashes occur when lightning strikes an object before the current travels through the air and strikes additional objects. What is Indirect Lightning Strike Testing? Indirect lightning strike testing allows experts to evaluate how equipment may respond to the effects of indirect lightning strikes. During the testing process, technicians use indirect lightning test generators to simulate the complex characteristics of the surges and electromagnetic fields created by lightning-related events. Advanced testing equipment allows experts to accurately simulate the effects of natural lightning by simulating a wide range of lightning strike voltages. About Our Indirect Lightning Testing Labs The ATS FoC’s environmental testing lab offers lightning simulation services that help clients ensure that their electrical equipment is properly protected from indirect lightning strikes and their potential effects. Whether you’re interested in protecting avionics equipment or complying with military regulations, our lab may have testing solutions your company needs. We offer testing services that comply with the following: RTCA DO 160 Section 22 (Lightning Induced Transient Susceptibility MIL STD 461G (Electromagnetic Interference) How Do...



The Applied Technical Services Family of Companies offers indirect lightning testing to assess how lightning-induced currents affect electronic equipment. Indirect lightning strikes send currents through the ground or structures, potentially causing electrical surges and equipment failures. Our lab helps clients verify their equipment can withstand these effects. What is an Indirect Lightning Test? Indirect lightning tests simulate the effects indirect lightning strikes have on electronic equipment. The tests enable experts to observe and document the equipment’s reaction to high current and high voltage pulses. Technicians can complete indirect lightning tests on entire electrical systems or their individual cables and components. The information collected during indirect lightning tests helps ensure that electronic systems have the proper protections in place to shield them from lightning-related electrical issues. Our Indirect Lightning Testing Services The ATS Family of Companies’ accredited EMI/EMC lab performs indirect lightning tests in accordance with the RTCA DO 160 (Section 22) and MIL STD 461G (CS117). Our lab’s tests support clients across numerous industries, including: Aerospace Automotive Consumer electronics Renewable energy Telecommunications Why are Indirect Lightning Testing Services Important? Indirect lightning tests check if electronics can withstand electromagnetic pulses from indirect strikes, which may cause malfunctions or damage. This supports safety, compliance, and product improvement. Contact Us Call +1 (888) 287-5227 or submit our online form for a free quote.



The Applied Technical Services Family of Companies offers low-cycle fatigue testing services that determine the durability of various materials. What is Low Cycle Fatigue Testing? A low cycle fatigue test determines a material’s low cycle fatigue strength, which is its resistance to stress-induced plastic deformation or failure. Low cycle fatigue, or LCF, is characterized by low frequency and high amplitude, so test specimens subjected to LCF experience repeated plastic deformation. Before LCF testing begins, technicians prepare a test specimen and mount it onto a testing machine. They then subject the test specimen to cyclic loading at a preestablished amplitude and frequency. The testing environment’s temperature and the testing machine’s strain rate are both carefully chosen to simulate the expected operating conditions. About Our Low Cycle Fatigue Testing Services The ATS FoC’s mechanical testing labs offer customizable ASTM- and ISO-compliant fatigue testing services. Our A2LA-accredited facilities have the cutting-edge testing equipment necessary to deliver accurate, reliable, and competitively priced solutions to our clients. Whether we’re supporting a manufacturer developing aerospace components or evaluating structural components for a construction project, our LCF testing services offer critical insight into a material’s fatigue properties. Our fatigue tests can be conducted in compliance with the ASTM E606 standard or customized to meet the unique needs of our clients’ projects. Equipment Capabilities  Load Capacity: 2lbs – 55 Kip Temperature Range: Ambient – 1000°C Why is LCF Testing Important? Low cycle fatigue (LCF) testing enables manufacturers to assess how materials and components behave under extreme thermal conditions...



The Applied Technical Services Family of Companies (ATS FoC) is a leader among xenon arc testing labs, providing services that evaluate how products and materials respond to long-term exposure to sunlight, precipitation, and humidity. When designing a product, manufacturers must consider how natural weather cycles will inevitably impact the product’s appearance and performance. While weather exposure often slowly causes material degradation, xenon weathering technology enables us to conduct accelerated weather tests that can simulate years of weather in days or weeks. What is Xenon Weathering Testing? Xenon arc weathering tests use specialized chambers to determine a material’s ability to withstand the harmful effects of exposure to sunlight (ultraviolet radiation), heat, and moisture. The ability to accurately simulate various weather cycles and conditions is critical for manufacturers, as it allows them to gain important insight into their product’s long-term performance in specific environments. Technicians conduct xenon weather tests using a Weather-Ometer, an instrument that utilizes xenon bulbs, temperature controls, and a humidity and moisture regulator to simulate natural weather conditions. During the testing process, technicians place samples inside the testing chamber before exposing them to varying cycles of moisture, water, heat, and sunlight. These controlled conditions allow technicians to observe the performance of materials and coatings, documenting their findings. The duration and specific conditions of these tests can vary greatly depending on the sample’s intended use, but they often range from several hundred to upwards of 1,000 hours of testing. About Our Xenon Arc Testing Labs Our environmental testing lab offers...



The Applied Technical Services Family of Companies (ATS FoC) offers xenon weathering testing services that evaluate how products and materials respond to long-term exposure to sunlight, precipitation, and humidity. Weather elements can cause material degradation, negatively impacting the performance, appearance, and longevity of materials. Our xenon weather tests help our clients determine how their products will respond to repeated exposure to various weather conditions. What is a Xenon Weathering Test? A xenon weathering test is a type of test that replicates natural weather events, accelerating their effects, allowing experts to observe years’ worth of sunlight, humidity, and heat in a matter of weeks. Xenon weathering tests utilize instruments called Weather-Ometers to create controlled conditions that accurately simulate specific weather cycles and conditions. Weather-Ometers consist of xenon arc lamps, water sprayers, and humidifiers to simulate sunlight, heat, moisture, and humidity, all of which contribute to material degradation. During a weathering test, technicians place a sample material inside the testing chamber and set the instrument to specific settings that simulate conditions identical to the sample material’s intended environment. Technicians document changes in the sample’s appearance and physical properties, providing manufacturers with the information they need to select materials best suited for specific applications. More About Our Weathering Testing Services The ATS Family of Companies has A2LA-accredited environmental testing labs capable of evaluating how environmental stress impacts products and materials. Whether we’re testing how UV radiation impacts coatings or assessing how aircraft materials withstand the harsh effects of extreme heat, our lab specialists consistently strive...



The Applied Technical Services Family of Companies offers xenon arc weatherometer testing services that simulate real-world weather conditions. Manufacturers must consider a material’s potential exposure to sunlight and other weather conditions when designing and producing a product. Repeated exposure to elements such as humidity, heat, and water can inspire aesthetic and performance changes in materials, and it’s important that manufacturers test their products to observe these changes. Our artificial weathering testing services enable us to determine how long-term exposure to specific climate conditions can change a product’s appearance and mechanical properties. What is a Weather-Ometer? A Weather-Ometer, or weatherometer, is an instrument used to simulate various weather conditions, such as water, humidity, heat, and sunlight. These instruments help manufacturers gain critical insight into how products may appear and perform after years of continuous exposure to weather-related environmental stresses. Weatherometers can simulate years or even decades of material degradation in a few hundred or upwards pf a thousand hours. About Our Xenon Arc Weatherometer Testing Services Our xenon arc weatherometer testing services support businesses seeking to strengthen their understanding of a product or material’s ability to withstand environmental stress. Whether we’re evaluating how coatings stand up to years of UV radiation or observing how a polymer’s durability impacts material degradation, our lab specialist prioritizes the experience of our clients. Upon completion of our services, our clients can expect to have critical insight into how different samples perform in specific conditions. Our weatherometer tests can be conducted in accordance with the following standards: ISO...



The Applied Technical Services Family of Companies (FoC) provides weatherometer testing services that benefit a wide array of industries. Environmental conditions, such as moisture, temperature, sunlight, and humidity, can cause material degradation. It is essential that manufacturers use accelerated weathering tests to determine a material’s potential lifespan in specific climate conditions. Our environmental testing lab conducts comprehensive accelerated weathering tests, providing our clients with the information needed to improve their products’ resistance to environmental stress. What is a Weatherometer? A weatherometer, also spelled as Weather-Ometer, is a lab instrument that allows technicians to create controlled climates that simulate real-world weather patterns and events. These devices feature xenon lamps, light filtering systems, temperature control capabilities, water spray systems, and humidity controls that all combine to allow technicians to create the conditions needed to accurately mimic natural weather conditions. Weatherometers are versatile instruments adept at creating the conditions needed to conduct shortened test cycles that evaluate the long-term viability of coatings, fabrics, metals, and polymers. Before technicians test sample materials, they select the quantity and size of the samples and prepare them for testing by cleaning and drying them. Technicians place the sample in a test chamber and initiate the testing process by exposing the sample to radiation and other environmental conditions that simulate the expected environment of the material. The length of weatherometer tests can vary greatly, but they’re often between a few hundred and 1,000 hours long. About Our Weatherometer Testing Services The ATS FoC’s highly capable environmental testing lab is a trusted...



The ATS Family of Companies (FoC) is a leader among Amazon-approved testing labs. Amazon is the premier online retailer, dominating both market share and revenue. Due to Amazon’s size and wide array of products, the company has various guardrails in place to protect itself and consumers from the potential damage caused by faulty or hazardous products. Our Amazon-approved testing services can help your company comply with the Amazon-specific standards and requirements needed to merchandise on Amazon’s website. What is an Amazon-Approved Testing Laboratory? An Amazon-approved testing laboratory is an accredited third-party laboratory with the expressed approval of Amazon to provide services that help Amazon sellers meet compliance standards. Amazon has several merchandise categories that have additional safety requirements, mandating that sellers meet higher safety standards for specific types of products, including, but not limited to, children’s products, battery-powered products, and dietary supplements. Amazon requires that sellers of these products work with an approved testing, inspection, and certification (TIC) provider that can either verify the legitimacy and thoroughness of testing documents or test the products themselves. This process must be repeated annually to verify that the product or its accompanying documents comply with applicable laws, regulations, and policies. More About Our Capabilities as an Amazon-Approved Testing Lab The ATS FoC is an SO 17025 accredited lab with the credentials and cutting-edge technology needed to conduct the testing services that can streamline your company’s compliance with Amazon’s safety standards. We are a CPSC approved laboratory, and our staff has decades of collective...



The Applied Technical Services Family of Companies (FoC) has multiple HPLC testing labs that perform analytical chemistry services for clients in various industries. Analytical chemistry is an important tool that supports quality control, research and development, and process monitoring strategies. Our team of experts and specialists run our state-of-the-art labs and work diligently to ensure that our HPLC services support the specific needs of our clients’ operations. Our HPLC testing labs feature advanced technology and testing equipment, enabling us to analyze chemicals and help our clients meet their internal quality standards while ensuring compliance with industry standards. What is HPLC? High-performance liquid chromatography, or HLPC, separates, identifies, and quantifies a chemical mixture’s compounds. An HLPC instrument typically consists of four major parts: a pump, an autosampler, column and detector. The HPLC analysis process is as follows: The pump pushes solvents through the system at a specified flow rate. Following injection into the mobile phase, the sample and mobile phase both travel to the head of the column from the injection point. The compounds are physically separated on the column's stationary phase before the separated components travel to the detector. An electrical signal is analyzed to detect the presence of specific analytes. A chromatogram showcases the chemical separation that occurred during the analysis. HPLC is extremely versatile, making it an effective analytical tool for a multitude of industries, including the food and beverage, pharmaceuticals, and environmental monitoring industries. How Do HPLC Testing Labs Help Manufacturers? HPLC testing labs are a vital...



The Applied Technical Services Family of Companies owns and operates a state-of-the-art torsion testing lab capable of determining a material’s suitability for specific tasks. Mechanical testing is a crucial component of the design, development, and material selection processes for manufacturers producing products across various industries. Our lab provides mechanical testing services that verify the performance, safety, and compliance of materials and products relied upon by consumers and businesses. What is Torsion Testing? Torsion tests evaluate how a material or product responds to angular displacement, which occurs when a material twists when subjected to torsional forces. Torsion tests are an invaluable resource for engineers seeking to evaluate and understand the performance of test specimens experiencing twisting and shear loads. During the torsion testing procedure, technicians place the test specimen in a torsion tester and apply either torsional loads or axial loads until the sample either fails by breaking or suffers from a defect. Once complete, torsion tests reveal important information about the following: Torsional strength Shear modulus Torsional stiffness Yield strength under torsion Fatigue properties Brittleness and ductility More About Our Torsion Testing Lab The ATS FoC’s A2LA-accredited mechanical testing lab has the expertise and testing equipment required to conduct comprehensive torsion tests on a variety of materials, such as composites, metals, and polymers. Our lab is especially adept at conducting torsion tests on a wide range of medical devices, including: Bone screws (ASTM F543) Hip implants (ISO 7206) Spinal disc implants Surgical tools We offer services that adhere to preexisting...



To ensure your lifting sling is safe and appropriate for your loading operations, schedule a lifting strap inspection with Applied Technical Services (ATS). The aerospace industry typically uses lifting slings to support large, irregularly shaped, fragile, and heavy aircraft parts, such as the engine or the fuselage. Lifting straps enable ground personnel to access components for installations, inspections, and maintenance. This equipment also has applications in recovering a downed plane and moving an aircraft a short distance without flight. Popular types of lifting slings include: Triangle slings Eye slings Loop slings/endless slings Bridle slings Drum slings Common Lifting Solutions A lifting strap is one part of a lifting sling. Some sling configurations, such as bridle slings, use multiple straps to lift a component using several points of contact. OSHA guideline 1910. 184 refers to slings in the following categories: Wire ropes Alloy steel chains Metal meshes Ropes made from synthetic or natural fibers Synthetic webs Today, synthetic webs and ropes are ubiquitous in the lifting and rigging of heavy loads. Lightweight, durable, and flexible enough to conform to objects while lifting heavy loads, synthetic nylon webs remain a popular type of lifting strap due to their appealing characteristics and broad array of applications. Additionally, nylon straps are resistant to common environmental hazards, such as oil and grease, which makes them an excellent choice for lifting airplane engines. Know the Risks of Lifting Strap Failure Lifting straps frequently undergo abuse at a worksite and may encounter sharp edges, rough surfaces, protrusions,...



The Applied Technical Services Family of Companies (FoC) offers high liquid chromatography testing services that identify and quantify the different chemicals present in a sample. High Performance Liquid Chromatography, or HPLC, is a critical component of various industries where impurities can impact a product's safety, such as manufacturing, pharmaceuticals, food and beverage, and environmental testing. Our state-of-the-art chemistry lab provides professional HPLC services, helping our clients comply with regulations and meet their internal quality standards. What is High Performance Liquid Chromatography? HLPC is a complicated chemical analysis process used to separate, identify, and quantify compounds in a mixture. This method is an effective resource for those seeking to determine the effectiveness of their quality assurance and quality control strategies. During the analysis process, technicians use a stationary phase, a mobile phase, and a high-pressure pump to separate the components of a mixture. Following the separation process, a detector measures the sample’s concentration before converting it to electric signals that visualize the process’s results. More About Our Chemical Analysis Lab The ATS FoC recognizes the importance of chemical analysis and testing to the compliance and safety of our clients’ operations, and we offer a range of services that support their project goals. Our HLPC services are often used to support applications involving the following: Additive Testing Bisephenol-A Bisephenol-S DCOIT PFOA PFOS Trace Level Detection Tris Flame Retardants Warfarin We offer an expansive list of services designed to identify a sample’s chemical composition, impurities, and ingredients, including: VOC Testing OES Analysis ICP...



The Applied Technical Services Family of Companies (ATS FoC) performs thermal vacuum testing services that evaluate the performance of various components used in spaceflight-related applications. What is Thermal Vacuum Testing? Thermal vacuum testing evaluates the performance and reliability of materials, components, and devices in controlled environments that mirror the vacuum pressures and extreme temperatures experienced in space flight. Equipment needs to be heavily tested to ensure that it has the resiliency and reliability needed to withstand the environmental stresses that accompany orbital missions. Thermal vacuum tests rely on advanced technologies that enable environmental testing chambers to reach the high pressures and temperatures necessary to fully examine a material or device’s effectiveness in environmental space conditions. More About Our Thermal Vacuum Testing Services Our cutting-edge environmental testing lab offers thermal vacuum testing services to support our clients as they research and develop their space flight hardware. Our lab’s ability to simulate the thermal and pressure conditions of outer space enables us to identify flaws or potential areas of concern as our clients optimize the design of their materials and equipment. Our services help our clients do the following: Examine how their products and materials respond to real-world conditions Address workmanship issues or faulty designs Estimate the service life of the equipment Ensure compliance with standards and regulations The Importance of Thermal Vacuum Testing Services Thermal vacuum tests are an invaluable tool for aerospace manufacturers seeking to develop and evaluate equipment intended for orbital missions. For example, thermal vacuum chambers play a...



The Applied Technical Services Family of Companies (FoC) provides total organic fluorine analysis services that determine the precise amount of PFAS levels present in a sample. PFAS is an umbrella term for over 10,000 variations of per- and polyfluoroalkyl chemicals, which are man-made chemicals used in the manufacturing process of many types of products, from cookware, clothing, cleaning products, and more. PFAS have come under increased scrutiny in recent years as more is learned about their presence in natural environments and their adverse effects on human and animal health. Our state-of-the-art testing and analysis facilities have the chemical analysis capabilities needed to test PFAS, ensuring that our clients’ products are safe and compliant. What is Total Organic Fluorine Testing? Total organic fluorine testing (TOF) quantifies the amount of PFAS, or forever chemicals, present in the following types of samples: Consumer Products Clothes and fabrics Electronic components and devices Food packaging Food/ingredients Environmental Samples Water Soil Plant samples TOF testing determines the amount of total organically bound fluorine within a sample, which is a direct indicator of fluorine contamination. PFAS molecules have strong carbon-fluorine bonds, making organic fluorine detection an important part of the process of identifying PFAS. More About Our PFAS Analysis Services The ATS FoC’s accredited chemical analysis laboratory helps clients keep pace with the ever-evolving and expanding legislation and regulations surrounding forever chemicals. Analytical chemistry is a critical resource for manufacturers, and our lab is run by passionate professionals who use their expertise in tandem with our equipment...



The Applied Technical Services Family of Companies (FoC) offers combined environmental testing services that meet the thermal cycling and vibration testing needs of our clients. What is Combined Environmental Testing? Combined environmental testing is the process of evaluating a product or material’s performance as it’s exposed to multiple types of environmental stressors, such as vibration, humidity, extreme temperatures, and altitude. These tests are important because they simulate real-world environments that a product must endure to remain effective and safe throughout its service life. Environmental tests take place in environmental test chambers, which are specialized enclosures designed to effectively evaluate how test specimens respond to specific environmental conditions. About Our Environmental Testing Capabilities The ATS FoC’s environmental testing labs are state-of-the-art facilities equipped with the personnel and technology needed to meticulously assess how environmental conditions affect test specimens. Our team of experts uses their decades of collective experience in environmental testing and similar fields to conduct comprehensive tests that meet the specific needs of our clients and the guidelines and requirements outlined in standards published by regulatory bodies, such as: ASTM ISO SAE UL Our environmental testing lab offers the following types of tests: Thermal cycling Vibration testing Temperature, humidity, and salinity testing via our large drive-in testing chamber Drop testing Fall testing Shock testing Voltage testing Understanding the Importance of Combined Environmental Testing Combined environmental testing is a critical component of the manufacturing process for manufacturers seeking to conduct qualification tests on their product designs. This type of testing is...



The Applied Technical Services Family of Companies (FoC) offers satellite vibration testing services that determine how satellites respond to vibrations. Satellites are highly sophisticated and made up of various mechanical and electronic components that must undergo extensive tests to confirm their ability to withstand the harsh conditions of space launch and exploration. Our environmental testing laboratory is an A2LA-accredited facility with the resources and personnel required to conduct a wide range of environmental tests. What is a Vibration Test? A vibration test is the process of subjecting equipment and devices to controlled vibrational frequencies that simulate the conditions the test specimen may encounter during its operational life. Vibration tests offer an effective way to do the following: Confirm the equipment’s ability to operate under vibrational loads Verify the equipment’s structural integrity Identify potential points of failure Satellite Vibration Testing A satellite and its subsystems must be able to operate under extreme and harsh conditions during launch and space travel. Satellite vibration tests are an effective way for satellite manufacturers to simulate real-world conditions prior to sending their satellites into space. These tests are extremely important because satellites are not only sensitive, but incredibly expensive, so their vulnerabilities should be explored in controlled environments. Sine vibration testing is perhaps the most common type of vibration testing applied to satellites and for good reason. The test applies a single frequency to the test specimen, exciting the device’s resonant structures. This allows experts to observe the resonant conditions within the sample, gathering important...



The Applied Technical Services Family of Companies (FoC) conducts vibration and thermal cycling testing on printed circuit boards. What is a Printed Circuit Board? Printed circuit boards, or PCBs, are mechanical assemblies that hold and connect the various components of electrical circuits. PCBs are an essential component of many modern electronic devices, including but not limited to the following: Medical devices, including imaging systems, monitors, pumps, and medical implants LED Lighting for automotive vehicles, computers, and commercial and residential properties Consumer electronics, such as smart devices, video game consoles, stereos, and home appliances Equipment used for industrial operations and manufacturing processes About Our Printed Circuit Board Testing Services Printed circuit boards are critical to a wide range of industrial practices and applications, and their reliability is of the utmost importance. Our state-of-the-art environmental testing lab conducts comprehensive tests on PCBs to ensure that their design and construction can withstand the stresses they’re expected to endure throughout their service life. We offer thermal cycling and vibration tests on multiple types of PCBs, enabling us to support clients in various industries, including: Aerospace Automotive Manufacturing Medical Military The Importance of Vibration and Thermal Cycling Testing Our lab helps PCB manufacturers evaluate how their devices respond to two of the primary causes of electronic failure, vibrations and thermal cycling. Printed circuit boards are not designed to withstand significant amounts of vibration, but certain devices with PCBs may be in environments with high vibration levels. These high-vibration environments can lead to the following types...



The Applied Technical Services Family of Companies (FoC) offers PCB vibration testing services that determine the performance, reliability, and durability of electronic components on a printed circuit board. What is a Printed Circuit Board? A printed circuit board, or PCB, is an important assembly of copper conductors that transfers power between one end of an electrical circuit to another. PCBs can have dozens of layers, but they are typically comprised of three primary elements: a conductive layer (often made of copper), insulation, and an outward layer called the mechanical layer. While PCBs vary greatly in size, they generally offer a more compact construction than alternative forms of electrical wiring. Printed circuit boards offer several advantages, including: Their compact size enables manufacturers to reduce the size of their electronics. They rarely experience short circuits or lost connections. Well-constructed PCBs are incredibly reliable when properly maintained. They can be easily and efficiently mass-produced. More About Our Environmental Testing Lab The ATS FoC’s environmental testing lab conducts comprehensive tests on PCBs, helping our clients better understand the performance and reliability of their devices. Our staff consists of specialists, engineers, technicians, and consultants with a decade of collective experience in environmental testing methodologies. In addition to our PCB vibration tests, we offer thermal cycling tests designed to assess the PCB’s design and determine potential failure points. The Importance of PCB Vibration Testing Printed circuit boards are sensitive devices, and they’re susceptible to damage from thermal cycling, drops, moisture, and vibration. Vibrations are a major...



Applied Technical Services’ (ATS’s) qualified chemical experts provide elemental impurity testing by ICP-MS. This test method is a highly sensitive analytical technique used to detect and measure trace levels of metallic and semi-metallic elements, also known as elemental impurities, in a wide range of products. What Is ICP-MS? ICP-MS is a hybrid technique that combines the benefits of the Inductively Coupled Plasma (ICP) method with the detection and measurement capabilities of Mass Spectrometry (MS). Technicians first digest a solid sample into a liquid matrix using acid before introducing it to the ICP. This instrument employs a high-temperature plasma (between 6,000 and 10,000 K) to ionize the analyte. A mass spectrometer then analyzes these ions, separating them based on their mass-to-charge ratio. This process allows our labs to precisely quantify elements at even ultra-trace (parts-per-billion or -trillion) levels. Why Use ICP-MS for Elemental Impurities? ICP-MS sees use across various industries due to its exceptional sensitivity, precision, and ability to meet stringent regulatory standards in elemental impurity detection. In the pharmaceutical and biotechnology sectors, compliance with exacting industry guidelines requires safeguarding patient health by detecting and removing toxins from product formulations before they go to market. The food and beverage industry relies on ICP-MS to comply with FDA and EPA regulations by monitoring for the presence of harmful elements, such as lead, arsenic, and mercury, in consumables. Companies in the cosmetics and personal care industry request this method to screen products such as makeup, lotions, and shampoos for heavy metal contaminants, helping...



The Applied Technical Services Family of Companies’ ICP-MS testing lab uses ICP-MS to identify and quantify trace elements in our clients’ samples. Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is an immensely effective analytical process that measures the elements present in a sample. Our ICP-MS analysis services help our clients ensure their products’ quality and safety while helping them meet regulatory requirements. Our ICP-MS Testing Lab Our state-of-the-art ICP-MS analysis lab is an important resource for clients seeking to determine the elemental composition of a sample. Our chemists rely on their education, experience, and training during their analysis, ensuring that proper procedures are carried out to ensure that our analysis is accurate and effective. Our ICP-MS analysis services are beneficial to businesses in a wide range of industries, including: Materials science Agriculture Environmental monitoring Pharmaceutical Nuclear Upon completion of our services, our clients will have a more accurate understanding of their sample’s composition, enabling them to ensure its quality, purity, and compliance with relevant standards. In addition to our ICP-MS testing services, we also offer ICP-OES and ICP metal analysis. Why is ICP-MS Testing Important? ICP-MS can measure trace elements at significantly lower trace levels than alternative methods. ICP-MS can easily measure elements to parts per billion, making it an invaluable resource for researchers exploring the qualitative and quantitative data of a sample. ICP-MS offers numerous benefits, including the ability to do the following: Measure up to 70 elements simultaneously Detect most elements from the periodic table Provide isotopic analysis More...



The Applied Technical Services Family of Companies (FoC) offers ICP-MS testing services that analyze the elemental composition in various types of samples. ICP-MS is an incredibly important component in many industries. Manufacturers of pharmaceuticals, cosmetics, and petroleum are among the most common users of ICP-MS, and they rely on it to ensure the purity, quality, and safety of their products. Our chemical analysis lab helps our clients learn more about their sample’s elemental composition. What is ICP-MS?   Inductively Coupled Plasma Mass Spectrometry, also referred to as ICP-MS, identifies and detects the quantity of trace elements present in a variety of liquids, gases, and solids. ICP-MS is revered for its high sensitivity and adeptness at collecting detailed data when being used in the following processes: Testing water and air quality Examining soil for signs of contamination Screening food for impurities Determining the manufacturing quality of metal products ICP-MS can effectively measure the elemental composition of a wide array of metal products, including those comprised of the following: Cobalt Aluminum Copper Nickel Our ICP-MS Testing Services  Our state-of-the-art testing and analysis facilities feature the personnel, equipment, and resources needed to use ICP-MS to analyze the elemental composition of our clients’ samples. Our testing process is incredibly meticulous and methodical, ensuring that our services yield consistently reliable results. We specialize in ICP-MS and ICP-OES, each of which enables us to determine the elemental composition of samples. The Benefits of ICP-MS Testing  ICP-MS testing is an effective solution for clients requiring a rapid and...



The Applied Technical Services Family of Companies (FoC) conducts a detailed analysis of product packaging in accordance with the sequences outlined in ISTA 2A. Third-party labs, like ATS, are critical to the evaluation and development of package systems needed to protect products during their transport and storage. Our environmental testing lab offers a variety of package testing services to ensure that our clients’ designs comply with ISTA regulations. What is ISTA 2A? The International Safe Transit Association (ISTA) established the ISTA 2A standard as a series of testing procedures designed to evaluate the package integrity of packed packages weighing 150 pounds or less. The standard is an effective way to compare product package designs and ensure a package’s suitability for international distribution. To earn ISTA certification, a package must complete the following six sequences: Sequence One Technicians soak the package at ambient room temperature for six hours. Sequence Two Technicians induce atmospheric conditioning by resting the package in controlled humidity and temperature for a predetermined amount of time, which is often 72 hours. Sequence Three Following the conditions, experts subject the package to one of the three following compression tests, machine apply and release, machine apply and hold, or the use of a weight and load spreader. Technicians will deem any box failure that could result in a stacking failure as a failed test. Sequence Four The fourth sequence is one of the two following vibration tests, random vibration or fixed displacement vibration. Sequence Five The next method is one...



The Applied Technical Services Family of Companies (FoC) performs torsion testing services that evaluate the performance characteristics of various types of medical devices.   Torsion Testing for Medical Devices  Medical device manufacturers rely on torsion tests to learn more about the mechanical properties of their products. During the torsion tests, technicians subject test specimens to twisting and rotating forces, which allows them to observe and evaluate the specimen’s behavior under controlled conditions. Torsion tests offer critical insight into a material or device’s behavior, helping manufacturers develop a deeper understanding of a product’s potential strengths and shortcomings. Various types of medical devices undergo torsion tests, including: Hip implants Shoulder implants Bone screws Our Medical Device Torsion Testing Services  Our medical device testing laboratory performs torsion tests that offer critical insight into the mechanical properties of devices and materials. Our state-of-the-art facilities enable us to determine various aspects of a test specimen, including:  Yield shield strength  Ultimate shear strength  Ductility  We employ highly trained and experienced specialists who use their expertise to carry out comprehensive tests that help our clients comply with industry standards and regulations. We also offer customizable testing services, enabling our clients to learn more about their test specimens, which can help them optimize their device’s design. We work diligently alongside clients to verify that their products are safe, effective, reliable, and primed for success on the market. Why is it Important to Conduct Torsion Tests on Medical Devices? Torsion tests are important because they allow manufacturers to predict how...



The Applied Technical Services Family of Companies (FoC) offers thermal vacuum testing for electronics used in aerospace applications. Electronics in Thermal Vacuums Outer space conditions consist of extreme temperatures and pressures that can comprise the performance of various types of electronics needed to operate satellites and spacecraft. Thermal vacuums offer manufacturers and engineers the opportunity to assess how their products and equipment perform in controlled environments that mirror the conditions experienced beyond the Earth’s atmosphere. The information gathered during the testing process is critical to improving product design and performance, which helps avoid future complications or failures. More About Our Thermal Vacuum Testing Services Our state-of-the-art thermal vacuum chambers offer our clients an effective and efficient way to determine how electronic equipment and components perform in vacuums. We recognize the immense importance that electronic equipment has in the aerospace industry, so we take pride in our ability to help our clients prepare for the extreme conditions their equipment must endure. Our services boost our client’s confidence in their electronics while assisting them to do the following: Confirm electronics perform as expected in extreme temperatures Identify limitations within a product’s design that need to be addressed Optimize the performance of electrical components and systems The Importance of Thermal Vacuum Testing Thermal vacuum chambers are needed to accurately examine how materials, equipment, and components respond to vacuum conditions. Electronics are especially prone to temperature-related failures, including overheating and degradation. Thermal vacuum tests grant manufacturers and equipment operators the opportunity to identify and...



The Applied Technical Services Family of Companies (FoC) offers thermal vacuum chamber testing services that simulate the extreme temperatures and pressures of outer space. Space satellites and spacecraft have become increasingly many countries, militaries, and scientific researchers seek to further their understanding of our planet and solar system. Our aerospace lab supports these endeavors by offering an expert and objective opinion on spacecraft, satellites, and other equipment needed to safely and effectively explore space. What is a Thermal Vacuum Chamber? A thermal vacuum chamber is a specialized chamber that simulates the pressure and temperature ranges that exist outside of the Earth’s atmosphere. Thermal vacuums create the controlled environment needed to effectively examine how various types of materials and equipment will perform in outer space environments. This presents engineers an opportunity to evaluate a material’s suitability for specific applications while also giving them data to determine the expected service life of various types of materials and components, including: Aluminum Stainless steel Polymers Ceramics Electronics and sensors Our Thermal Vacuum Chamber Testing Services Our thermal chamber testing lab has multiple thermal chambers adept at simulating extreme temperatures, allowing us to support our clients as they make informed decisions regarding their material selection and design strategies. Our sizeable chambers are ideal for evaluating samples of various sizes, shapes, and constructions, making us an ideal partner for our clients seeking to test their satellites and spacecraft components. The Importance of Thermal Vacuum Testing Services Thermal vacuum chambers are an invaluable tool for aerospace applications....



The Applied Technical Family of Companies (FoC) offers ICP MS testing services that detect and identify trace metals present in chemical samples. ICP MS is revered for its precision and versatility, which has made it a commonly used tool for scientists, medical professionals, and manufacturers. Our chemical analysis is equipped with state-of-the-art ICP MS technology, enabling us to assist our clients in industrial, pharmaceutical, geochemical, and environmental industries. What is ICP MS? Inductively Coupled Plasma Mass Spectrometry (ICP MS) is a highly accurate analytical technique that determines the isotopic and elemental composition of a sample. During the testing process, technicians use an inductively coupled plasma to ionize the sample, generating ions that a mass spectrometer analyzes. The process is adept at identifying elements at parts per trillion concentrations, ideal for applications that depend on precise elemental analysis. ICP MS collects data that helps in a wide range of important processes, including: Measuring air and water quality Identifying soil contamination Screening food for contaminants Analyzing products and industrial materials, ensuring quality and uniformity Our ICP MS Testing Services We provide comprehensive ICP MS services that deliver precise and reliable results, enabling our clients to make well-informed decisions about their manufacturing strategies and techniques. We help our clients confirm their product’s quality and purity. Our ICP MS testing experts evaluate numerous types of materials commonly used by manufacturers, including: Aluminum Polymers Plastics Copper Nickel Cobalt We help our clients comply with regulations and standards issued by various regulatory bodies, such as: ASTM...



The Applied Technical Services Family of Companies (FoC) offers energetic device testing services that assess the performance and safety of explosives and pyrotechnic weapon systems. The US military uses energetic devices in high-stakes situations, so these devices must undergo intense testing that confirms their functionality and accurately assesses their impact on targets and nearby environments. Applied Technical Services is an ITAR-compliant company and a trusted provider of military testing services. What is an Energetic Device, and What is Energetic Device Testing? Energetic devices are specialized systems that store and release energy in a controlled fashion, and they’re commonly used in aerospace, defense, and mining applications. These devices must undergo extensive evaluations to ensure that they’ll perform effectively and safely in different environments and conditions. More About Our Energetic Device Testing Services Our independent testing lab offers state-of-the-art energetic device testing services designed to test the performance of devices while ensuring their compliance with industry standards. Our highly trained and experienced staff uses cutting-edge technology and facilities to thoroughly inspect the functionality, stability, and reliability of our clients’ devices. As an ITAR-accredited company, we recognize the responsibility we have to ensure the unique requirements of each client, and our duty to deliver unbiased and accurate results. We offer energetic tests for a wide range of devices, including: Explosives Incendiary agents Propellants Why are Energetic Device Tests Important? The safe deployment of explosive devices is important in both controlled environments and real-world scenarios. Independent labs, such as ATS, help companies mitigate the...



The Applied Technical Services Family of Companies (FoC) provides explosive testing services that offer critical insight into the behavior of explosive devices and materials. Explosives are highly volatile materials that can cause unparalleled damage if not properly tested and used. Our lab helps clients understand the effects and ideal uses for different types of explosives. What is an Explosive Test? Explosive tests evaluate the performance, stability, and safety of explosive devices and materials. They involve the detonation or simulation of explosive reactions, enabling experts to examine how explosive materials react in various environments and conditions. Many military applications and operations require explosives, so these explosive tests must be thorough and conducted by a trusted party. About Our Explosive Tests Our ITAR-compliant laboratory performs state-of-the-art explosive tests that comply with the rigorous standards of military and defense applications. Our ITAR compliance highlights our adeptness, but our staff’s decades of collective experience in military testing is another asset that supports our ability to deliver world-class testing services. We take immense pride in our ability to serve military branches, law enforcement agencies, and aerospace companies whose precision-based operations protect and aid our country and communities. In addition to our explosive tests, we offer numerous tests that support military operations, including the following: Ordnance testing Military electronic testing Firearm testing Why is It Important to Conduct Explosive Tests? Military testing plays an essential role in safeguarding personnel and improving explosive weapon systems. The thorough examination of explosives promotes safety and innovation as it identifies...



The Applied Technical Services Family of Companies (FoC) offers ordnance testing services that evaluate various aspects of weaponry and ammo. Military operations require precision and planning, and the capabilities and performance of weapon systems must be thoroughly analyzed to ensure that they perform as expected during operations. Our ordinance testing lab has the credentials, equipment, and staff needed to conduct comprehensive ordnance tests. What is Ordnance Testing? Ordnance tests offer a thorough and detailed examination and assessment of ammo, explosive devices, and other forms of military-grade weaponry. Ordnance tests are an effective way to how the safety and performance of munitions while also acquiring data on different environments and conditions impacts their performance. It’s essential for processes involving the following: Weapon development Maintaining or improving quality control Assessing weapons or ammo failures Simulating real-world conditions More About Our Military Testing Services Applied Technical Services is an ITAR-compliant company, and our environmental testing lab offers a wide array of services that comply with military testing standards, including: Explosive testing MIL-STD-331 Energetic device Testing Military electronics testing Our services offer essential insight into products and materials, enabling our clients to make the best decisions about what equipment, munitions, and devices are best suited for specific duties and operations. Our lab is ready to partner with companies seeking to comply with military standards, improve their current products, or improve their research and development strategies. Why is Ordnance Testing Important? Ordnance tests enable manufacturers to find vulnerabilities in their munitions prior to their use...



The Applied Technical Services (FoC) performs total organic fluorine (TOF) testing to measure the amount of total PFAS present within a product or material. PFAS testing is a critical service for businesses navigating the ever-evolving landscape of regulations pertaining to per- and polyfluoroalkyl substances (PFAS). Public awareness and regulatory scrutiny of PFAS has risen significantly in recent years, so manufacturers should be constantly seeking to strengthen their understanding of forever chemicals. Our specialized labs assist clients in adhering to both existing and forthcoming PFAS-centric legislation. Understanding Total Organic Fluorine Analysis Total organic fluorine testing quantifies the concentration of PFAS within diverse a wide range of products, including solid materials and liquids. TOF testing is a valuable tool for manufacturers because its highly versatile and adept at accurately assessing PFAS contamination levels. Our Specialized TOF Testing Services We deliver comprehensive total organic fluorine testing through our state-of-the-art and A2LA-accredditted chemistry lab. We recognize that some of our clients’ projects may call for unique testing parameters so we offer customizable testing in addition to ASTM-compliant testing services needed to evaluate the following: Food packaging Consumer products Cookware Firefighting foam Personal care products The Significance of TOF Testing for Producers Analyzing and quantifying fluorine-containing compounds via TOF is importance for maintaining regulatory compliance as a manufacturer. Persistent chemicals like those classified as forever chemicals, heavily pollute air, water, and soil, subjecting human life and wildlife to increased risks for various health issues, including cancers, immune system dysfunctions, and developmental issues. Compliance with PFAS...



The Applied Technical Services Family of Companies (FoC) offers total organic fluorine testing services that help manufacturers and companies comply with PFAS-related regulations. In recent years, PFAS has become a widely discussed topic as the general public and regulators alike have developed a deeper understanding of its potential impacts. Our PFAS testing lab keeps clients in compliance with current and incoming PFAS-related legislation. What is Total Organic Fluorine Testing? Total organic fluorine (TOF) testing measures the amount of PFAS present in various types of substances, liquids, and materials. PFAS, also known as forever chemicals, is a large collection of chemicals used across a wide range of applications. TOF testing is an effective way to assess the amount of PFAS present in consumer products and environmental samples. Our Total Organic Fluorine Testing Our experts use our ISO/IEC 17025:2017-accredited labs to carry out comprehensive TOF testing services. Forever chemicals exist in a wide range of products, so our services are highly versatile, enabling us to evaluate the amount of forever chemicals in a multitude of products, such as: Packaging materials Carpets, fabric, and upholstery Personal care products such as makeup and eyeliner How Does Total Organic Fluorine Testing Benefit Manufacturers? TOF testing is a highly effective way to analyze and measure the presence of fluorine-containing compounds in materials. The test method helps companies comply with environmental regulations and industry standards focused on reducing PFAS. Manufacturers are legally required to avoid these compounds because they’re proven to negatively impact consumers and natural environments....



The Applied Technical Services Family of Companies (FoC) offers polymer bend testing services that evaluate the performance and characteristics of polymers. Polymers are widely used across industries because they’re very versatile materials that can be customized to fit the specific demands of different applications. Our state-of-the-art polymer testing lab has the equipment and staff needed to evaluate polymers, providing important insight into their potential. What is Polymer Bend Testing? Polymer bend testing is the process of determining a polymer's ability to undergo bending forces without breaking. The mechanical tests are a highly effective way for engineers to observe how different stress loads impact a material, providing critical insight into the behavior a material may exhibit in a real-world application. During the testing process, a technician places the specimen on a three or four-point testing machine and applies a controlled load at a predetermined rate. The testing machine’s data collection program measures and saves the data, allowing technicians to analyze data on the following: Flexural modulus Flexural strength Stress-strain curve More About Our Bend Testing Services Our polymer testing lab has the resources needed to service a diverse range of clients who operate in various industries, such as manufacturing, construction, and consumer product industries and applications. Our technicians prioritize the needs of our clients, so they work diligently to conduct tests with precision and care, providing clear and concise reports upon the completion of a service. Our services offer a great way for businesses to ensure their products perform as expected...



The Applied Technical Services Family of Companies (FoC) performs plastic bend testing to evaluate the flexibility of plastic materials. Plastic materials are a popular choice amongst manufacturers across various sectors and industries/ They’re incredibly versatile materials, making them a cost-effective and convenient option for many, but regardless of their intended application, plastics should undergo testing to ensure they’re suitable for specific conditions. Our polymer testing lab is led by passionate and informed experts dedicated to delivering answers and insight to our clients seeking to learn more about their product’s potential. What are Plastic Bend Tests? Plastic bend tests offer manufacturers the opportunity to evaluate their products’ resistance to deformation when exposed to bending loads. Certain applications may require that plastic undergo bending-related stress, so plastic bend tests are instrumental in preparing products for their intended use. Bend tests reveal important information about a plastic’s resistance to bending, load-bearing capacity, and overall stiffness. About Our Bend Testing Services Our accredited polymer testing lab conducts plastic bend tests by our clients' specifications as well as those issued by popular associations such as ASTM and ISO. We employ passionate and highly educated experts with the expertise needed to determine various physical properties of plastic samples. In addition to our bend tests, we offer numerous tests that evaluate the performance of plastic materials, including: Flexural strength testing Failure analysis Fracture analysis Hardness testing The Importance of Bend Testing In order to optimize material selection processes and maintain compliance with industry regulations, manufacturers must evaluate...



High Performance Liquid Chromatography Lab Services The ATS Family of Companies offers an expansive list of high-performance liquid chromatography services in our state-of-the-art chemical analysis laboratory. Our HPLC laboratory services are commonly requested for chemical identification, preservative identification, litigation support, pharmaceutical development, medical research, and a wide range of additional applications. High Performance Liquid Chromatography HPLC is a precise, highly advanced chemical analysis technique relied upon by clients operating in the pharmaceutical, biotechnology, food and beverage, environmental, petrochemical, and manufacturing industries, as well as several others. This methodology plays an important role in quality control, product development, regulatory compliance, safety, and research by providing detailed information about the chemical composition, purity, and stability of samples. HPLC is highly versatile, cost-effective, and reliable, with ensuring the safety and quality of drugs in the pharmaceutical industry being one of its primary applications. HPLC is used throughout the pharmaceutical development process, from early-stage research to final product testing, to determine the concentration of active ingredients, identify impurities, and assess formulation stability under various conditions. HPLC laboratory services are regularly requested by clients to verify compliance with regulatory agencies like the US Food and Drug Administration due to the accuracy and reliability of this analytical method. The Chemical Analysis Laboratory at ATS ATS' chemistry lab has an impressive list of HPLC analysis capabilities, with our certified chemists regularly performing services related to the following: Trace Level Detection DCOIT Tris Flame Retardants Warfarin Bisephenol-A Bisephenol-S Additive Testing Phthalate Confirmation Perfluorooctanoic Acid (PFOA) Perfluorooctanesulfonic Acid (PFOS)...



High Performance Liquid Chromatography Testing Services The ATS Family of Companies' chemical analysis laboratory offers an impressive range of HPLC testing services, serving clients in the pharmaceutical, environmental, petrochemical, biotechnology, cosmetic, and food and beverage industries, as well as several others. HPLC is a versatile, highly reliable chemical analysis technique with a wide range of applications. This precise analysis method is used to separate individual components within a sample mixture, allowing the identification and quantification of chemicals and elements. HPLC testing can handle a wide range of sample types, making it indispensable in countless industries. Clients request our HPLC testing services for quality control, product development, research and development, and verifying industry compliance with regulatory standards. HPLC testing at Applied Technical Services starts with preparing a liquid sample by dissolving it into a solvent. The sample is then injected into the HPLC system and carried through the column. As separation occurs, components exit the column and pass through a detector, which then measures the properties of the components of the sample. This data is used to create a chromatogram, identifying and quantifying each individual component. Common Applications While high-performance liquid chromatography has applications in nearly all manufacturing industries, some of its most common and important applications pertain to the pharmaceutical industry, food and beverage manufacturing, and cosmetic manufacturing. Pharmaceutical Applications Quality Control and Safety of Drug Formulation Compliance Verification Active Drug Ingredient Quantification Impurity Identification Food and Beverage Applications Food Additive Detection and Quantification Preservative Detection and Quantification Contaminant Detection...



We offer a well-lit and ventilated environment stocked with equipment for a variety of welding methods as part of our SMAW welding certification program.   Certified Welding Inspectors (CWIs) can view the process from a safe distance in our observation booths, making the certification process safer and more convenient for everyone involved. Our welding lab staff includes qualified CWIs capable of testing the weld’s quality for certification. What is SMAW Welding? During SMAW welding, the welder uses a rod (or stick) with a flux-coated consumable electrode. When heated, the electrode melts, and the flux coating emits a shielding gas that protects the weld area from contamination and a slag byproduct that covers the molten weld pool. After the weld solidifies, the welder chips away the hardened slag until only the weld remains. Professional welders have long favored SMAW for its relatively simple procedure, lightweight and portable equipment, and applicability to various welding positions in indoor and outdoor environments. SMAW is popular with industries such as shipbuilding, construction, manufacturing, repair and maintenance, and aerospace. Professional welds must be of sound quality to provide structural support, bear loads, and join critical components. As such, companies may want to vet potential hires before onboarding. Welders can prove their ability to weld successfully and reliably with documented certification through an accredited body or by demonstrating their skills before a CWI and other interested parties. SMAW Welding Certification at ATS ATS can customize our inspections and tests according to chosen certification organizations, standards, and client specifications. Three major certification...



The Applied Technical Services Family of Companies performs Florida Exposure Testing in our automotive testing facilities to ensure the safety and long-term dependability of vehicles and automotive components. Automotive Florida Exposure Testing Florida Exposure Testing verifies a test subject’s ability to withstand the various environmental conditions of subtropical climates, focusing on the following areas: UV Radiation: Vehicles and automotive components are tested in high levels of UV radiation to ensure that their paint, plastics, and other materials can withstand prolonged exposure to the sun’s harmful rays. Humidity: Vehicles are tested in high levels of humidity to ensure that their electrical systems and other components can function properly. Rainfall: Cars are tested in heavy rainfall to ensure that their seals and other components can prevent water ingress. Salt Spray: Vehicles are exposed to rigorous salt spray testing to verify the effectiveness of their corrosion resistance. Direct Exposure: Vehicles and components are exposed to the elements directly. Under Glass: Vehicles and components are exposed to the elements indirectly, including interior trim and fabric testing. Automotive Florida Exposure Testing can last for extended periods of time and consists of equipping vehicles with sensors that monitor paint condition, electrical system performance, and mechanical component functionality. These tests help to ensure the increased safety, improved durability, and optimal performance and functionality of vehicles in extreme conditions. Automotive Testing at ATS Applied Technical Services extends our automotive testing solutions beyond Florida Exposure Testing, offering a diverse range of services tailored to meet the stringent testing standards...



The Applied Technical Services Family of Companies (FoC) offers Gardner impact testing services that evaluate the toughness of plastic materials. Plastics are highly versatile and cost-effective materials that have become favorites among manufacturers across various sectors and industries. Our testing and analysis specialists conduct procedures that offer critical insight into a polymer’s strengths and weaknesses. What is Gardner Impact Testing? Gardner impact testing, also known as falling dart impact testing, is a widely used test method for examining the impact strength of plastic samples. During the test process, an engineer positions a sample material inside an impact tester before dropping a weight onto the sample from a predetermined height. Engineers adjust the weight’s mass and the height from which it is dropped until failure occurs. Our Gardner Impact Testing Services We conduct falling dart impact tests in compliance with the ASTM D5420 standard. Our services benefit a wide variety of industries, from automotive to consumer electronics and packaging, and help our clients make informed decisions by shedding light on their plastic’s composition and structure. The Benefits of Gardner Impact Tests Gardner impact tests help manufacturers and businesses examine a plastic’s performance potential. Some applications require that plastics have specific properties to withstand the environmental factors and forces expected for their intended application. Falling dart tests yield insightful results that aid in the product design and material selection processes. About the ATS FoC Applied Technical Services was founded in 1967 and in our nearly 60 decades of service, we’ve maintained our...



The Applied Technical Services Family of Companies (FoC) offers temperature humidity testing services to evaluate how products respond to humid conditions. Humidity can harm materials and coatings so manufacturers must test them thoroughly to improve their material selection process and product design strategies. Our humidity testing labs accurately simulate humidity and provide clients with the information needed to make informed decisions regarding their products and their intended environment. Our Temperature Humidity Testing Services Our humidity testing experts conduct tests that determine a material’s resistance to the negative effects that humidity and temperature can have on a material. Our A2LA-accredited labs have the advanced equipment needed to simulate environments with high humidity and harsh temperatures which helps us develop a detailed profile of a sample’s behavior in those conditions. We offer a multitude of temperature and humidity-focused tests that comply with common industry standards, including: ASTM D2247: Water Resistance of Coatings in 100% Relative Humidity ASTM D4585: Water Resistance of Coatings Using Controlled Condensation IEC 600628-2-30 Damp Heat Environmental Testing RTCA DO-160 5. 0 Temperature Variation Testing RTCA DO-160 6. 0 Humidity Testing The Benefits of Temperature Humidity Testing Temperature and humidity are important factors to consider when designing a product and evaluating how it may perform. Temperature and humidity tests are invaluable assets to research and development processes because they allow manufacturers to accelerate environmental effects and make design adjustments that support a product’s longevity. The information acquired from temperature humidity tests can help businesses do the following: Improve product...



Applied Technical Services offers a wide range of training and certification courses and programs, including stick welding certification. A shielded metal arc welding (SMAW) or stick welding certification proves a welder can deposit a professional-grade weld using the SMAW method. What is Stick Welding? Stick welding is a popular welding method among professional welders. The lightweight and portable equipment allows welders to work in various welding positions indoors and outdoors. When melting, the consumable flux-coated electrode produces a shielding gas that protects the weld from contamination as the welder guides the welding stick along a joint. Before hiring a new welder, fabricators and manufacturers may want to confirm the welder’s capabilities. When in the field or a welding shop, professional welders must be able to work effectively with specific welding equipment while welding in various, often uncomfortable, positions. A welding certification is documented proof a welder can lay a sound and reliable weld. How Does ATS Support Welding Certification? A Certified Welding Inspector (CWI) from ATS can observe a welder’s process and test their welds, then recommend a welder for certification from an accrediting body, such as: American Welding Society (AWS) American Petroleum Institute (API) American Society for Testing and Materials (ASTM) We run a spacious facility stocked with equipment for stick welding and other popular welding methods. Welders may bring a testing coupon or purchase one from our curated store for a reasonable price. Our well-lit welding booths allow CWIs to observe a welder’s technique, from setting up equipment to cleaning...



The Applied Technical Services Family of Companies has an odor testing laboratory that offers odor analysis services. When exposed to specific conditions, manufactured products and materials can produce unpleasant and potentially nauseating odors. These odors are especially concerning in automotive vehicles because their presence can dominate the other aromas present in the vehicle’s cabin. Our service helps automakers analyze their products for the presence of unwanted odors, enabling them to address their concerns before the product reaches the market. More About Our Odor Testing Lab Our automotive testing lab helps manufacturers rid their vehicles of unpleasant odors that may compromise the consumer’s experience. We can subject samples to conditions that trigger and release odors, which allows us to analyze the presence of volatile organic compounds (VOCs). The results of our services enable manufacturers to make the necessary adjustments to limit or eliminate the concentration of odor-inducing VOCs in their vehicles. We conduct odor tests in compliance with numerous standards for multiple car manufacturers, including: GMW 3205 GM FLTM BO 131-03 VDA 270 BMW PV 3900 VW Why Is Odor Testing Important? Odor testing is an important part of the product development and quality control process for car manufacturers. Odor testing labs help automakers identify the presence and concentration of specific odors that stem from manufacturing materials, plastics, fabrics, and more. An effective odor test, such as those offered by our automotive testing lab, helps companies do the following: Determine the air quality inside their vehicles Improve material selection strategies Maintain...



The Applied Technical Services Family of Companies (FoC) has a melt flow index testing lab that evaluates polymers in accordance with the ASTM D1238 testing standard. The information obtained during melt flow index testing greatly benefits manufacturers seeking to sustain or improve their quality control. What is Melt Flow Index? Melt Flow Index (MFI) represents a polymer’s flow as it travels through a capillary at a certain pressure and temperature in a 10-minute window. A polymer’s MFI value corresponds to molecular weight, so the greater the MFI, the lower the molecular weight. A polymer’s molecular weight is a relevant factor to consider during the material selection process because it can have a significant impact on the following: Tensile strength Viscosity Processing potential Solubility Melting point More About Our Melt Flow Index Testing Lab Our MFI testing lab carries out comprehensive services that offer important insight into the behavior of polymers. We help manufacturers ensure that their material selection process is effective, which allows them to maintain adequate levels of quality control and operational efficiency. Our MFI testing services comply with two widely accepted standards, DIN EN ISO 1133-A, Code T, and ASTM D1238. Upon completion of our tests, our clients will have data regarding the following: Flow rate (600/t x weight of extrudate) time of extrudate in seconds melt flow rate g/10 min. Why is MFI Testing Important? MFI testing is a highly effective way for plastic manufacturers to evaluate the behavior of polymers. Manufacturers compare the MFI grades of...



The Applied Technical Services Family of Companies features a highly advanced dynamic chemical analysis lab, offering a wide range of services for clients working in industries that require accurate, detailed insights into the chemical composition, thermal behavior, and stability of materials. ATS’ state-of-the-art dynamic chemical analysis lab offers advanced capabilities to support businesses and organizations operating in the pharmaceutical, polymers, petrochemicals, food and beverage, and petrochemical fields. Understanding Dynamic Chemical Analysis Dynamic chemical analysis encompasses a range of analytical techniques designed to investigate how materials respond to temperature, pressure, environmental exposure, aging, and other conditions. These methods are useful for studying the thermal and chemical properties of materials as they undergo changes such as decomposition and phase transitions. Our dynamic chemical analysis services help clients make informed decisions on material selection, formulation optimization, and process improvements. ATS’ certified chemists utilize cutting-edge equipment, technologies, and methods, such as thermogravimetric analysis, differential scanning calorimetry, dynamic mechanical analysis, and Fourier-transform infrared spectroscopy. TGA, DSC, DMA, and FTIR provide in-depth information on the behavior and composition of materials in both controlled and real-world conditions. Key Benefits of Dynamic Chemical Analysis Enhanced Material Performance Improved Quality Control and Reliability Cost-Efficient Product Development Support for Regulatory Compliance DCA Techniques Thermogravimetric Analysis Differential Scanning Calorimetry Dynamic Mechanical Analysis Fourier-Transform Infrared Spectroscopy Applications of DCA Dynamic chemical analysis is commonly relied on by companies working in industries and disciplines that rely on material consistency, stability, and performance in unpredictable conditions. In the pharmaceutical industry, dynamic chemical analysis testing...



UV-Vis Spectroscopy Lab Services The ATS Family of Companies conducts UV-Vis spectroscopy lab services to measure the absorbance and transmittance of light in the ultraviolet and visible regions of the electromagnetic spectrum, most commonly for our clients working in the petrochemical, pharmaceutical, biotechnology, and manufacturing industries. Our state-of-the-art UV-Vis spectroscopy lab offers advanced capabilities for qualitative and quantitative analysis, enabling our testing experts to accurately assess the composition, concentration, and purity of materials. Purpose and Applications UV-Vis spectroscopy works by passing ultraviolet light through a sample and measuring the amount of light that is absorbed at specific wavelengths. The resulting absorption spectrum reveals information about the molecular structure of the sample, with different compounds absorbing light at characteristic wavelengths. UV-Vis spectroscopy is commonly used to analyze organic and inorganic compounds, determine the concentration of solutes, and verify chemical stability. In the Applied Technical Services UV-Vis Spectroscopy Lab, advanced equipment and technologies allow for precise measurements across a wide range of wavelengths to provide valuable data for both routine analysis, such as monitoring quality control in manufacturing, and specialized needs, such as exploring new compounds in research and development. In the field of pharmaceutical manufacturing, UV-Vis spectroscopy is frequently used to verify the concentration and purity of drugs. In biotechnology and life sciences, UV-Vis spectroscopy is used to determine the concentration of biomolecules in protein and nucleic acid quantification. For chemical research and manufacturing, this method is used for monitoring raw materials, controlling product quality, and several other purposes. Clients count...



Applied Technical Services performs weld tensile testing services for a variety of applications. Our AWS certified welding inspectors assist clients with anything from welder certification to procedure specification development. We use several types of mechanical testing methods, such as weld tensile testing, to assess different aspects of our clients’ materials. We specialize in testing to a wide range of standards, including AWS, API, NAVSEA, ASME, MIL-DTL, and PED/EN. Tensile Testing Tensile testing is one of the most common, fundamental types of mechanical testing. This test provides valuable information on the relationship between the weld and base material. Significantly over or undermatching the weld material to the base material can cause weld integrity problems. Tensile testing assesses material quality and determines whether the sample fulfills the desired results. Technicians can perform tensile testing on transversely cut, longitudinally cut, square, or round samples. They grip the sample in a specifically calibrated tension testing machine, which pulls the sample to failure. During this process, measuring equipment records force and elongation, expressed as stress and strain. Technicians plot the data on a stress-strain curve, which quantifies several properties of the material, such as yield strength, modulus of elasticity, tensile strength, and maximum load. Tensile testing also yields a sample’s total elongation, elastic deformation, extension under load, reduction of area, and strain hardening. Clients seek out tensile testing for many different reasons. Some of the applications for tensile testing include: Material selection during research and development Predicting material performance Assuring specification compliance Comparing technical data between materials...



Applied Technical Services offers destructive weld testing. Destructive weld testing evaluates the strength and characteristics of a completed weld by completing a physical destruction. Weld testing is integral to ensure the integrity and quality of welds used to build structures like bridges and buildings. Common Destructive Weld Testing Methods: Macro Etch Testing: In this method, our scientists remove small samples from the weld joint. Once removed, they apply an acid etch to reveal a clear view of the weld’s internal structure. Fillet Weld Break Test: Technicians use this method to see the entire length of the weld and any discontinuities therein. This test can reveal internal porosity, lack of fusion/penetration, and slag inclusions. Transverse Tension Test: Many welds have design requirements, and the tensile properties of the base and the weld must conform to these requirements. This test is completed by pulling samples to failure and recording the ultimate load for determining tensile strength by dividing the ultimate load required by the cross-sectional area. Guided Bend Test: This test method involves bending samples around a bend radius determined by material properties or groupings. Weld Testing at Applied Technical Services ATS has the capability to provide weld testing by using a wide variety of mechanical and metallurgical techniques and standards.   Our Weld Experts Include: API Inspectors ASNT-TC-1A Certified NDT Technicians Certified weld Inspectors Certified Welders Chemist Professional Engineers Our team at Applied Technical Services can perform nondestructive and destructive testing on our clients’ welds. We specialize in testing to ASME, API, AWS, MIL-STD, NAVSEA,...



The Applied Technical Services Family of Companies performs UL 4200A battery testing in accordance with the ANSI/UL 4200A-2003 Battery Testing Standard for Safety for Products Incorporating Button Batteries or Coin Cell Batteries. UL 4200A Battery Testing and Reese's Law Developed by the American National Standards Institute and Underwriters Laboratories and codified by the Consumer Product Safety Commission (16 CFR 1263), ANSI/UL 4200A is a safety standard pertaining to labeling requirements and battery compartment accessibility for coin cell and button batteries and the consumer products that contain them. CPSC Rule 88 FR 65274 establishes UL 4200A as the definitive battery testing safety standard. For more information on UL 4200A and Reese’s Law, please click here. CPSC-Approved Lab Applied Technical Services’ CPSC-approved battery testing lab offers comprehensive testing and analysis to ensure your product adheres to the requirements of UL 4200A as well as other quality and safety standards. With over 57 years of industry experience, ATS has the skills, expertise, resources, and knowledge to ensure accurate testing, expedited service, and detailed reporting. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA in electrical testing, nondestructive testing, mechanical testing, calibrations, and chemical analysis, providing reliable test results that your business can count on. Battery Testing Services and Standards Applied Technical Services utilizes our chemical, mechanical, electrical, and environmental testing laboratories to offer a variety of battery testing services. From conducting thermogravimetric analysis on raw battery materials to EV battery voltage and resistance testing, our battery testing professionals apply decades...



The Applied Technical Services Family of Companies offers Reese’s Law testing services that ensure our clients comply with the requirements described in Reese’s Law. Consumer product safety requirements are a major concern for manufacturers seeking to ensure the safety of their products as they gain access to different markets. Our Reese’s Law testing services help our clients understand and adhere to the requirements outlined in the law. What is Reese’s Law? Enacted in 2022, Reese’s Law mandates specific safety requirements for consumer products containing coin or button cell batteries. The legislation requires compliance with the UL 4200A testing standard and divides its requirements into performance and labeling requirements. Products must pass multiple performance tests, including crush, drop, and battery replacement tests before establishing eligibility with retailers. The labeling requirements state that warning labels must be in English, prominently displayed, permanent, and of an appropriate size. As of March 19. 2024, all applicable products must comply with the legislation for eligibility in US markets. Our Reese’s Law Testing Services Our battery testing experts have decades of collective experience evaluating battery safety and performance. We take an objective and detailed look at our clients’ products, enabling them to focus their efforts elsewhere as we assist them in improving the safety of their products. Our Reese’s Law testing services help our clients do the following: Ensure that their product’s battery is safely secured Determine if their product can endure real-world conditions and environments Verify that product safety labels are properly displayed In addition...



The chemical analysis experts at Applied Technical Services conduct pyrolysis gas chromatography mass spectrometry to break down complex materials for identification and analysis. GC/MS Pyrolysis gas chromatography mass spectrometry is an advanced chemistry technique used to break down complex materials into smaller, more manageable components for identification and analysis. Pyrolysis GC/MS is especially valuable for studying polymers, plastics, paints, and other substances that are difficult to analyze directly because of their large molecular structures. Pyrolysis involves heating a sample to very high temperatures in an oxygen-free environment, causing it to decompose into smaller molecules, or pyrolysates. Pyrolysates is a term used for products of pyrolysis. These pyrolysates are then carried by an inert gas through a gas chromatograph, where they are separated based on their chemical properties. The separated molecules are then introduced into a mass spectrometer for identification based on their mass-to-charge ratio. This process provides a detailed chemical fingerprint of the material, making pyrolysis gas chromatography mass spectrometry a powerful tool for both qualitative and quantitative analysis and highly effective for studying synthetic polymers, additives, contaminants, and degradation products, among other compounds. Pyrolysis GC/MS at Applied Technical Services Our expert chemists begin the process with the pyrolysis of the sample, which is typically conducted at temperatures ranging from 500°C to 1000°C. At these elevated temperatures, chemical bonds in the sample break apart, resulting in the formation of smaller molecules that are volatile enough to be transported by the carrier gas into the gas chromatograph, which separates these molecules....



The mechanical experts at the Applied Technical Services Family of Companies offer a wide range of strain gauge services to promote safety, ensure accuracy, and verify compliance with industry standards and regulations. Strain Gauge Applications Strain gauges are precision instruments used to measure stress and strain caused by extreme forces, assessing the structural integrity of critical equipment, parts, and components. Strain gauges are commonly used to test the structural strength of wings, landing gear, engines, and aircraft frames in the aerospace and aviation industries, as well as suspension systems, engine part, axle, and chassis strength in the automotive industry. Strain gauges play a vital role in assessing the strength of components of bridges, dams, structures, wind turbines, pipelines, oil rigs, power plants, cranes, lifts, presses, prosthetics, surgical tools, ships, offshore platforms, submarines, trains, electronic devices, and robotics. Many industries rely on strain gauges, including aerospace, aviation, automotive, engineering, construction, energy, manufacturing, medical, transportation, consumer goods, and research and development. Strain Gauge Testing Strain gauge testing services consist of assessing and verifying a test subject’s strength and structural integrity, ensuring it can withstand the forces it will experience in its standard operating environment. ATS’ mechanical testing experts start by selecting the best type of strain gauge for the test and then prepare the subject for the test. The strain gauge is installed, and any data acquisition systems are put in place. Forces are applied to the test subject, which is closely monitored to identify any fractures, failures, or potential flaws. Our...



The Applied Technical Services Family of Companies offers strain gauge testing services for companies in various industries. What is a Strain Gauge? Strain gauges are sensors that measure the strain that an object can endure. They convert various factors such as force, weight, tension, and pressure into electrical resistance that can then be measured. What is Strain Gauge Testing? Professionals in various industries, including manufacturing and engineering use strain gauge testing to determine an object’s deformation under specific loads. Strain gauge testing helps experts understand a wide range of materials, including the following: Heavy-duty equipment and machinery Vehicles and vehicle components Aircraft and aircraft components Fasteners About Our Strain Gauge Testing Services Our strain gauge testing experts conduct tests on metal materials, structures, and pipes. During the test process, we attach a strain gauge to a specimen before subjecting the material to a shear, torsional, axial, or bending force. Once the testing process is complete, we analyze the data to determine the specimen’s mechanical properties, such as: Strength Stress Distribution Durability The Importance of Strain Gauge Testing Strain gauge testing is an effective way for engineers to evaluate the mechanical abilities of objects and structures. The information gathered during tests is essential to engineers and personnel seeking to improve or maintain quality control. Strain gauge tests are an important step in the process of development and design. Failure to conduct strain gauge tests can result in various types of issues and concerns, including: Premature failure Inefficient allocation of production resources...



The ATS Family of Companies performs a wide range of kid’s toy battery testing services to help clients ensure the safety and compliance of their products. Kid's Toy Battery Testing Services at ATS Manufacturers operating in the children’s toy industry understand the importance of maintaining compliance with quality and safety standards. The Consumer Product Safety Commission and International Electrotechnical Commission have clear, strict requirements for manufacturing toys that contain coin and button cell batteries, such as UL4200A and Reese’s Law. Applied Technical Services has the knowledge, expertise, skills, and resources to provide toy battery testing services to help your business ensure adherence to all applicable safety standards, offering services such as: Battery Failure Analysis Battery Performance Testing Battery Durability Testing Battery Safety Testing Battery Impact Testing Environmental Impact Testing Battery Chemical Composition Analysis Labeling and Childproof Testing Our experts ensure that batteries are safe to use and inaccessible to children, as well as verifying compliance with labeling requirements. We offer exhaustive durability, chemical composition, and compliance testing services to make sure that toys maintain their safety throughout the product’s lifespan. With chemical analysis, mechanical testing, metallurgy, calibrations, nondestructive testing, electrical testing, consumer product testing, and forensics laboratories, ATS is proud to offer complete testing solutions to help your organization streamline your testing and analysis process. We offer quick turnaround times for our kid’s toy battery testing services, helping our clients stay focused on their operations and minimize downtime. For information and a complete list of other battery testing services offered...



Applied Technical Services offers extensive battery and energy storage system testing in our state-of-the-art children’s toy battery testing lab, helping clients maintain the highest level of safety as well as regulatory compliance. Children's Toy Battery Testing Lab Services Few regulatory requirements are as important as children’s toy safety standards. The CPSC and IEC are some of the organizations that establish these critical safety standards, and their requirements are specific, strict, and incredibly important. Our battery testing experts apply decades of experience to ensure accurate, reliable testing services and thorough reporting that your business can count on. Our toy battery testing lab features advanced technologies and is operated by some of the industry’s most dedicated engineers and technicians, working diligently to ensure your company’s products comply with quality, safety, and regulatory standards. With a thorough understanding of standards such as Reese’s Law and UL4200A, we have the tools, resources, and knowledge to help our clients succeed. Battery Testing at Applied Technical Services In addition to our children’s toy battery testing lab services, the Applied Technical Services Family of Companies offers an expansive list of battery testing services. Some of our most commonly requested services include: Battery Safety Testing Battery Performance Testing Battery Durability Testing Battery Failure Analysis Battery Impact Testing Battery Chemical Composition Analysis Battery Labeling Testing and Verification Battery Environmental Impact Testing For a complete list of our other battery testing services, please click here. The Applied Technical Services Family of Companies Since our founding in 1967, Applied Technical Services has worked...



The Applied Technical Services Family of Companies (FoC) offers toy battery testing services that evaluate the safety and performance of battery-powered toys. As technology advances, toys have become increasingly dependent on batteries that unlock key features in the toy’s functionality and design. However, batteries can pose serious health risks if they’re not carefully tested and evaluated, so third-party labs such as ATS are needed to confirm the battery’s suitability for the intended application. Our Toy Battery Testing Services Our toy battery testing offers services that ensure the safety and performance of various types of batteries used in toys. We work closely with clients to ensure that we understand their specific needs so that we can cater our services to the unique parameters and specifications supplied by our clients. Please click here to learn about our Reese’s Law testing services. We offer a wide range of services evaluating the quality of batteries, including: Performance Testing Services Battery life and capacity analysis Discharge rate Determining how the device responds to thermal abuse and overcharge Compliance Testing Ensuring that products comply with standards established by regulatory bodies Why is Toy Battery Testing Important? Consumer products, especially children’s products, undergo extensive testing and evaluation to guarantee their functionality and safety for end users. The safety precautions established and enforced through toy battery testing protect children from harm and businesses from lawsuits and fines. Compliance with toy battery safety standards allows companies to showcase their commitment to creating positive experiences for customers while also serving...



The Applied Technical Services Family of Companies (FoC) conducts kid’s toy battery testing to ensure that toy batteries are safe and effective for consumers. Kid’s toys have greatly evolved in their designs over the decades, and now, many require batteries to maximize their features and performance. However, batteries can present a bevy of safety hazards for children so various governments require that kid’s toys undergo extensive testing to determine if their batteries are safe enough for the intended application. Our Kid’s Toy Battery Testing Our kid’s toy battery testing specialists work diligently to evaluate battery-powered toys and devices to ensure their quality and safety measures comply with the manufacturer's specifications and relevant industry standards and requirements. Our services help manufacturers identify potential hazards, such as leakage, short circuits, and choking hazards, ensuring that the product can be safely used by or around children with minimal risk of harm. We recognize how important our services can be in keeping children safe, so we offer detailed reports highlighting our findings so our clients can address any concerns that may limit their product’s potential. We offer multiple types of battery testing services for kid’s toys, including: Reese’s Law Testing UL 4200A Battery Testing UL 1642 Battery Safety and Certification Testing Why is it Important to Conduct Battery Testing on Kid’s Toys? There are many nationally and internationally adopted standards that toy manufacturers must comply with to gain access to various markets worldwide. These standards emphasize the safety of the children who may come...



ATS offers an extensive list of shock and vibe testing services conducted in our ISO 9001:2015 registered vibration testing lab. Shock and Vibe Testing at ATS We perform vibration testing by exposing a subject, such as a device or piece of equipment, to different types and levels of vibration. The type of testing conducted is determined by the subject’s purpose and operating conditions. ATS simulates the following conditions when performing shock and vibe testing: Standard Operating Conditions Transit Conditions Installation Conditions ATS' Shock Vibration Testing Lab The Applied Technical Services vibration testing facility performs several different testing methods, including but not limited to: Resonance Search and Dwell Rough Handling SRS Seismic Testing Shock, Drop, and Tumble Sine on Random Transportation Vibration Classic Shock Earthquake Simulation Combined Temp and Vibe Exposure Field Data Acquisition Engine Mounted Vibration Passenger Compartment Vibration Nuclear Seismic Testing Shock Testing Standards and Specifications Applied Technical Services conducts shock and vibe testing in accordance with several different standards, including but not limited to: IEEE 344 RTCA-DO-160 S8 MIL-STD 810G 514. 6 IEC 60068-2-64 IEC 60068-2-6 IEC 60068-2-27 Applied Technical Services Founded in 1967, Applied Technical Services is the nation’s premier shock and vibe testing provider with over five decades of experience. Our certified testing experts apply their industry-leading expertise to every project and adhere to ATS’ extensive quality assurance program. Quality Assurance at ATS ATS’ quality assurance program ensures accurate, detailed reporting that clients can rely on. Our customer service team maintains a line of communication between...



ATS performs shock and vibration testing services in our ISO 9001:2015 registered vibration testing lab. Common Vibration Tests Classic Shock Earthquake Simulation Combined Temp and Vibe Exposure Field Data Acquisition Engine Mounted Vibration Passenger Compartment Vibration Nuclear Seismic Testing Resonance Search and Dwell SRS Rough Handling Shock, Drop, and Tumble Testing Seismic Testing Transportation Vibration Testing Sine on Random Shock Vibration Testing Standards Applied Technical Services adheres to several different standards when conducting shock and vibration testing, including but not limited to: IEEE 344 RTCA-DO-160 S8 MIL-STD 810G 514. 6 IEC 60068-2-27 IEC 60068-2-6 IEC 60068-2-64 Applied Technical Services With over fifty years of experience, Applied Technical Services has the knowledge, resources, and skills to ensure our global client base receives the consistent level of quality testing they need to keep their operations running smoothly. Our certified vibration testing experts, thoroughly experienced and highly trained professionals, remain committed to providing the highest level of client satisfaction with reliable information, innovative technologies, and excellent customer service. Quality Assurance at ATS Our staff adheres to a rigorous quality assurance program that ensures reliable reporting in a timely manner. These experts work diligently to guarantee that our testing meets and exceeds the internationally recognized standard of quality assurance. Our standards ensure accountability for the quality of our services and promotes an environment where we are always striving to make improvements wherever possible. ATS is ISO/IEC 17025:2017 accredited by the A2LA in mechanical, chemistry, calibration, and nondestructive testing and is ISO 9001:2015 registered. Contact...



ATS performs vibration shock testing to assess a subject’s resilience and identify potential structural flaws that could lead to malfunction or failure. Vibration Shock Testing at ATS Applied Technical Services conducts vibration testing by exposing a device to various types and levels of vibration. ATS replicates transit conditions, standard operating conditions, and installation conditions during testing to ensure the subject’s ability to function throughout all phases of its life cycle. The most effective testing method is determined by the subject’s intended use and functionality. Shock Testing Methods ATS performs different methods of shock testing, including but not limited to: Functional Shock (MIL-STD 810, RTCA DO 160) Fragility Bench Handling Random on Random Transit Drop Material-to-be-Packaged Crash Hazard Shock Potential Shock Testing Outcomes Shock testing allows ATS to identify several different types of flaws, including structural and mechanical failures, connection and material failures, variations in electrostatic and magnetic fields, changes in dielectric strength, friction between parts, loss of insulation resistance, and failure in electronic components such as circuit cards. Vibration Testing Standards and Specifications Applied Technical Services conducts vibration testing in accordance with several different standards, including but not limited to: MIL-STD 810G Method 514. 6 IEC 60068-2-27 IEC 60068-2-6 IEC 60068-2-64 IEEE 344 RTCA-DO-160 S8: Vibration Applied Technical Services Applied Technical Services is proud to be the preferred industrial testing service provider of many of the nation’s most prominent construction, nuclear, automotive, aerospace, and military companies and manufacturers. ATS strives to achieve the highest level of customer satisfaction on every...



Applied Technical Services performs mechanical shock and vibration testing services through our environmental testing department. Mechanical shock and vibe tests assess material and component performance when exposed to mechanical forces. ATS’ ISO 9001:2015 registered laboratory can simulate operating, transit, and installation conditions in compliance with relevant standards. Vibration Testing Methods Our vibration testing services can satisfy safety compliance, vibration qualification, and industry requirements using a wide variety of testing methods. Our vibration testing capabilities include: Sine Transportation Vibration Combined Temp / Vibe Exposure Engine Mounted Vibration Sine on Random Earthquake Simulation Resonance Search and Dwell Random Rough Handling Classic Shock Nuclear Seismic Testing Seismic Testing Passenger Compartment Vibration Random on Random Numerous industries benefit from our vibration testing services, especially electrical, automotive, military, aerospace, and nuclear. Shock Testing Methods We offer an array of shock testing methods, such as fragility, transit drop, crash hazard, pendulum impact, functional, material to be packaged, and bench handling shock tests. These tests allow us to detect numerous flaws and defects, including: Structural Failures Magnetic Field Variations Connection Failures Friction Between Parts Material Failures: warping, cracks, breakage, etc. Electrostatic Field Variations Mechanical Failures Failure in Electronic Circuit Cards Loss of Insulation Resistance Change in Dielectric Strength Reliable Environmental Testing Mechanical vibration and shock tests can reliably replicate the forces expected during handling, crashes, and transit. We help clients thoroughly evaluate the fragility or durability of their products and materials, allowing them to adjust their manufacturing process, design, packaging, and other decisions accordingly. We conduct testing...



Applied Technical Services provides vibration shock testing services to help clients predict material and component performance upon exposure to mechanical shock conditions. Our ISO 9001:2015 registered testing lab conducts all testing according to relevant standards. Our Testing Capabilities ATS offers a wide array of vibration and shock testing services. Among our most common vibration testing methods is the classic shock test, which combines shock pulses with vibration testing. We also offer numerous other shock testing services, such as: Functional Shock Crash Hazard Shock Material to be Packaged Bench Handling Fragility Pendulum Impact Transit Drop These tests assess client samples for an assortment of flaws and problems, including: Structural Failures Connection Failures Material Failures — Breakage, Warping, Cracks, etc. Friction Between Parts Dielectric Strength Changes Insulation Resistance Loss Magnetic Field Variations Mechanical Failures Electrostatic Field Variations Electronic Circuit Card Failure Shock and vibration tests can reliably mimic the impacts expected from transit, handling, and crashes. Our shock testing services help clients assess their products’ level of fragility and evaluate their product design, packaging, manufacturing process, and other decisions accordingly. Vibration Tests ATS also performs several types of vibration testing, including: Rough Handling Shock, Drop, and Tumble Transportation Vibration Sine on Random SRS Random on Random Seismic Testing Field Data Acquisition Sine Earthquake Simulation Combined Temp / Vibe Exposure Nuclear Seismic Testing Engine Mounted Vibration Random Passenger Compartment Vibration Resonance Search and Dwell Combined with our shock testing capabilities, ATS can accurately and reliably assess a sample’s response to mechanical environmental factors....



Applied Technical Services offers shock and vibe testing services through our ISO 9001:2015 registered testing lab. Vibration and shock testing expose components and materials to mechanical shocks and vibrations they may experience under standard operating conditions, installation conditions, or transit conditions. ATS can assess the durability of our clients’ samples by testing to a variety of standards. Shock Testing Services ATS provides several types of shock testing services, including functional, crash hazard, fragility, bench handling, transit drop, and pendulum impact testing. We can identify numerous flaws, including: Friction Between Parts Structural Failures Connection Failures Material Failures (cracks, breakage, warping, etc. ) Change in Dielectric Strength Variations in Electrostatic Field Mechanical Failures Failure in Electronic Circuit Cards Loss of Insulation Resistance Variations in Magnetic Field Vibration Testing Services We offer numerous vibration testing services that satisfy industry, safety compliance, and vibration qualification requirements. We perform a wide variety of testing methods, such as: Combined Temp / Vibe Exposure Random Sine on Random Sine Resonance Search and Dwell Rough Handling Random on Random Earthquake Simulation Seismic Testing Nuclear Seismic Testing Passenger Compartment Vibration Engine Mounted Vibration Transportation Vibration Our vibration services benefit numerous industries, including automotive, nuclear, electrical, aerospace, and military. Testing Standards ATS offers shock and vibe services in compliance with several standards, such as: IEC 60068-2-6 IEC 60068-2-27 IEC 60068-2-64 MIL-STD 810G Method 514. 6 MIL-STD 810G Method 516. 6 MIL-STD 202G Method 213 MIL-STD 202G Method 205, 213 RTCA-DO-160 Section 7: Shock and Crash Safety RTCA-DO-160 Section 8: Vibration...



Mechanical shock testing consists of accelerating a subject along a single axis, typically either with or against gravity, to apply a strong mechanical shock. The subject is monitored to analyze its structure’s resistance to weakening or failure as well as to determine component resistance to loosening or other nonconformance to design specifications. Shock Testing Methods ATS provides different types of shock testing, including but not limited to: Functional Shock (MIL-STD 810, RTCA DO 160) Crash Hazard Shock Bench Handling Pendulum Impact Material-to-be-Packaged Transit Drop Fragility Potential Outcomes This type of testing allows ATS to identify several flaws, including but not limited to: Friction Between Parts Mechanical Failures Structural Failures Material Failures (cracks, warping, breakage, etc. ) Connection Failures Failure in Electronic Circuit Cards Variations in Magnetic Field Variations in Electrostatic Field Loss of Insulation Resistance Change in Dielectric Strength Mechanical Shock Testing Standards and Specifications Applied Technical Services conducts shock testing in accordance with the following standards: IEC 60068-2-27 IEC 60068-29 IEC 60068-31 SAE J1455 MIL-STD 810G Method 516. 6 MIL-STD 202G Method 205, 213 MIL-STD 202G Method 213 RTCA-DO-160 Section 7: Shock and Crash Safety Contact Applied Technical Services With over five decades of industrial testing experience, Applied Technical Services is the nation’s leading environmental testing provider. Our highly trained staff applies unparalleled knowledge and expertise to every task, adhering to our rigorous quality assurance program to ensure the highest level of customer satisfaction. ATS is ISO 9001:2015 registered and possesses several ISO/IEC 17025:2017 accreditations from the A2LA in...



Applied Technical Services conducts shaker vibration testing to analyze the resilience of client products and devices and verify compliance with industry standards and government regulations. Common Shaker Vibration Tests Classic Shock Combined Temp and Vibe Exposure Earthquake Simulation Engine Mounted Vibration Field Data Acquisition Nuclear Seismic Testing Passenger Compartment Vibration Resonance Search and Dwell Rough Handling SRS Seismic Testing Shock, Drop, and Tumble Sine on Random Transportation Vibration Shaker Vibration Testing Standards Applied Technical Services conducts vibration testing in adherence with the following specifications and standards: IEC 60068-2-27 IEC 60068-2-6 IEC 60068-2-64 IEEE 344 RTCA-DO-160 S8 MIL-STD 810G 514. 6 Applied Technical Services Applied Technical Services is the nation’s premier shaker vibration analysis provider. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited in a variety of fields. Founded in 1967, Applied Technical Services has the knowledge, resources, and expertise to exceed all industrial testing needs. Get in touch today to schedule your next shaker vibration testing service. Quality Assurance at ATS Our highly trained environmental testing experts adhere to a comprehensive quality assurance program that ensures accurate, detailed reporting and the highest level of customer satisfaction on every task. These specialists affirm that our procedures conform to the internationally recognized standard outlining effective quality assurance practices. By closely aligning ourselves with these principles, ATS ensures accountability for the quality of services we provide and promotes an environment where we may continually improve that quality. To achieve the highest level of customer satisfaction, ATS maintains the following policies: Our highly...



ATS offers a comprehensive list of vibration testing services conducted in our ISO 9001:2015 registered vibration testing lab. Vibration Testing at ATS We perform vibration testing by exposing a device to different types and levels of vibration. The testing conducted is determined by the product’s intended use and standard operating environment. When performing vibration testing, ATS simulates: Transit Conditions Installation Conditions Standard Operating Conditions ATS’ Vibration Testing Lab Features The Applied Technical Services vibration testing facility features: Classic Shock, Sine, Random, and Sine on Random Electrodynamic Shakers with Temperature and Humidity Control AGREE Chambers High Force Capabilities (6,000lbf – 12,000lbf) High Frequency Testing (5Hz – 2000Hz) Resonance Search and Dwell Shock Response Spectrum (SRS) Vibration Testing Lab Standards and Specifications Applied Technical Services conducts vibration testing in accordance with the following standards: IEC 60068-2-27* IEC 60068-2-6 IEC 60068-2-64* MIL-STD 810H (Method 514)* RTCA-DO-160 Section 8: Vibration* IEEE 344* *ISO/IEC 17025:2017 accredited by the A2LA Applied Technical Services With over five decades of industrial testing experience, Applied Technical Services is the nation’s leading environmental testing provider. Our highly trained testing experts apply their unparalleled expertise to every project and adhere to ATS’ extensive quality assurance program. Quality Assurance at ATS Our staff adheres to a rigorous quality assurance program that ensures reliable reporting in a timely manner. These experts work diligently to guarantee that our testing meets and exceeds the internationally recognized standard of quality assurance. Our standards ensure accountability for the quality of our services and promote an environment where...



Applied Technical Services stands at the forefront of vibration testing companies, providing both US and international clients with comprehensive testing services. ATS’ Vibration Testing Laboratory Applied Technical Services conducts vibration testing in our ISO 9001:2015 registered vibration lab by exposing a device to different types and levels of vibration. The testing conducted is determined by the product’s intended use and standard operating environment. When performing vibration testing, ATS simulates: Transit Conditions Installation Conditions Standard Operating Conditions ATS’ Vibration Testing Lab Features The Applied Technical Services vibration testing facility features: Classic Shock, Sine, Random, and Sine on Random High Force Capabilities (6,000lbf – 12,000lbf) Resonance Search and Dwell High Frequency Testing (5Hz – 2000Hz) Shock Response Spectrum (SRS) Electrodynamic Shakers with Temperature and Humidity Control AGREE Chambers Standards and Specs for Vibration Testing Companies Applied Technical Services conducts vibration testing in accordance with the following standards: MIL-STD 810H (Method 514)* RTCA-DO-160 Section 8: Vibration* IEEE 344* IEC 60068-2-27* IEC 60068-2-6 IEC 60068-2-64* *ISO/IEC 17025:2017 accredited by the A2LA Applied Technical Services Applied Technical Services is the national leader of vibration testing companies with over fifty years of experience providing industrial testing services. ATS carries a long list of certifications, registrations, and accreditations, including ISO 9001:2015 and ISO/IEC 17025:2017. Our environmental testing experts provide detailed, accurate reporting in a timely manner and our responsive customer service team effectively maintains open communication between our clients and testing staff to ensure a streamlined, positive experience. Industries Served We serve customers around the United States...



Applied Technical Services features a fully certified vibration testing lab staffed by the industry’s top experts. Vibration testing consists of subjecting a machine or device to a series of vibrations through the use of a shaker table. The types of vibrations are determined by the device’s intended function and consist of either a specific set of vibrational patterns or a simulation of vibrations that the product could experience in transit, installation, and standard operating conditions. ATS’ Vibration Testing Lab Features The Applied Technical Services dynamics testing facility features: High Frequency Testing (5Hz – 2000Hz) High Force Capabilities (6,000lbf – 12,000lbf) Electrodynamic Shakers with Temperature and Humidity Control AGREE Chambers Resonance Search and Dwell Shock Response Spectrum (SRS) Classic Shock, Sine, Random, and Sine on Random Vibration Testing Lab Standards and Specifications Applied Technical Services conducts vibration testing in accordance with the following standards: IEC 60068-2-27 IEC 60068-2-6 IEC 60068-2-64* RTCA-DO-160 Section 8: Vibration MIL-STD 810G Method 514. 6* *ISO/IEC 17025:2017 accredited by the A2LA Applied Technical Services With over five decades of industrial testing experience, Applied Technical Services is the nation’s leading environmental testing provider. Our vibration testing lab is staffed by highly trained experts who apply unparalleled knowledge and expertise to every task, adhering to our rigorous quality assurance program to ensure the highest level of customer satisfaction. ATS is ISO 9001:2015 registered and possesses several ISO/IEC 17025:2017 accreditations from the A2LA. With an exceptional reputation, a strong commitment to providing the highest levels of customer satisfaction and service...



Applied Technical Services conducts shaker table testing to ensure the resilience of client products and that they comply with industry standards and government regulations. Shaker Table Services ATS performs both sinusoidal and random vibration shaker table testing, with the testing method used depending on the subject’s intended function. Sinusoidal Testing This testing method subjects a device to one vibration frequency at a time, which may be used to determine the resonant frequency of the device or to induce fatigue in order to observe potential flaws and risk of failure. Random Vibration Testing This testing method subjects a device to several different vibration frequencies simultaneously, approximating the “background noise” endemic of most operating conditions. This is also used to simulate forces the device will be subjected to during transit. The Purpose of Shaker Table Testing Vibrational forces add up over time, potentially causing damage that can ultimately lead to failure. ATS’ vibration testing services are available both before production to validate product design and after production to determine the life expectancy of a product. Testing Standards and Specifications ATS adheres to the following standards during vibration testing: IEC 60068-2-64 MIL-STD 810G 514. 6 RTCA-DO-160 Applied Technical Services Founded in 1967, Applied Technical Services is the nation’s leading industrial testing service provider. Our Marietta lab maintains ISO 9001:2015 registration and ISO/IEC 17025:2017 accreditation through the A2LA and strive to achieve the highest level of customer satisfaction on every project. We adhere to a rigorous quality assurance program to ensure our clients receive...



Applied Technical Services performs shaker table vibration analysis to test client products and ensure compliance with government regulations and industry standards. Shaker table vibration analysis exposes a test subject to different types of vibration to simulate the real-world conditions of a product’s standard operating environment as well as shipping and handling conditions. Shaker Table Analysis at ATS ATS conducts random vibration shaker table testing as well as sinusoidal shaker table vibration testing, depending on different factors of the product being tested such as its intended function. Sinusoidal Vibration Resonance Search and Dwell Sine-on-Random Vibration Rough Handling Field Data Acquisition Shock Shock Response Spectrum (SRS) Classic, Drop, and Tumble Seismic Testing Earthquake Simulation Random Vibration Analysis Random vibration analysis exposes a product to various vibration frequencies simultaneously to replicate most standard operating conditions and potential transit conditions. Sinusoidal Vibration Analysis Sinusoidal vibration analysis exposes a product to one vibration frequency at a time. This method can be used to determine a subject’s resonant frequency or force fatigue to examine potential flaws and failure. Shaker Table Vibration Analysis Testing Standards ATS performs shaker table vibration testing and analysis in accordance with the following standards: RTCA-DO-160 Section 8 MIL-STD 810G 514. 6 IEC 60068-2-64 Applied Technical Services With over five decades of experience, Applied Technical Services is the nation’s premier industrial testing provider. Founded in 1967, ATS has the knowledge, resources, and experience to ensure the highest level of customer satisfaction on every task. ATS is ISO 9001:2015 registered and holds several ISO/IEC...



Applied Technical Services performs sine-on-random vibration testing to most accurately simulate the types of forces that clients’ samples must endure in their intended service environment. What Vibrations Mean for Your Assets Vibrations, the wavelike propagation of an applied force that causes particles to oscillate around their point of equilibrium, can cause a progressive type of damage to materials over time. This damage is called fatigue, and it can produce cracks that undermine the structural integrity of a component or subassembly. Such a defect can cause major failure in a final assembly: e. g. , if one of the bolts holding a vehicle’s wheel to the rest of the car were to break months after the driver runs over a pothole initiating a crack, it could cause a traffic accident. Unanticipated vibrations can also cause electronic components to dislodge and thus fail to perform. This, too, can prove devastating in highly demanding service environments: e. g. , if the pilot’s console fails mid-flight due to turbulent weather, then the safety of everyone on board is at risk. A variety of manufacturers send samples to a qualified vibration testing provider, such as ATS, because our services can help them ensure their materials and components perform as expected and meet their quality requirements. Sine-on-Random Vibration Testing Methodology Sine and Random Vibrations Our environmental testing division performs several disciplines of vibration testing. Applying a sinusoidal vibration scheme allows them to find a sample’s resonance point, exploit it to induce fatigue, and observe prevalent failure...



Applied Technical Services performs random vibration testing to ensure client materials perform as required by industry standards and government regulations. Product engineers must take many aspects of the final assembly’s intended service environment into account before moving beyond the design phase. One such consideration is vibration. Vibrations occur any time forces act upon objects, causing them to oscillate at a frequency and intensity determined by several factors — including material type. Exposure to vibration over time can lead to a failure mode called fatigue, which undermines the structural integrity of the material by exacerbating existing high-stress areas into cracks and fractures. Products made with materials unsuited to withstand the vibrations present in its intended service environment stand a greater chance of failing prematurely due to fatigue. Manufacturers realize the importance of verifying that their component materials can handle vibrations of the sort the final product must endure. They send samples of materials and components to third-party testing labs like ATS for vibration testing. The Purpose of Random Vibration Testing There are two primary testing schemes for vibration testing: sinusoidal and random. ATS can perform either method based on the device’s intended application. While sinusoidal testing subjects a sample to one frequency of vibration at a time (which they may use to determine the resonant frequency or induce fatigue to observe prevalent failure modes), random vibration testing exposes samples to several different vibrational frequencies at once. Doing so approximates the “background noise” endemic to nearly every service environment, as well as...



Applied Technical Services performs a variety of methods in its capacity as a premier dynamic testing lab. Dynamics testing entails subjecting the samples or certain equipment to forces so that technicians can evaluate any physical or electronic performance characteristics of interest. Clients may request this branch of analysis for any of several reasons, including to qualify a product’s design materials, determine its performance under extreme conditions, to validate its final assembly’s durability pre-production, or even to investigate the root cause of a part’s mechanical failure. Our Services Our in-house mechanical and environmental testing labs perform a variety of dynamic methods to determine whether samples display a sturdiness in line with client expectations. These methods include: Fatigue — repeatedly stressing a material sample (sometimes just applying tension, sometimes both tension and compression) until either reaching a pre-determined number of cycles or the sample fails. High- and Low-Cycle Wide Temperature Range (Ambient – 1000°C) Vast Load Range (2lbs – 55kip) Strain Gauging Fracture Toughness CTOD ASTM E466, E399*, E1290*, E606, E1820* Vibration — placing a sample on a specialized table that exposes it to a series of vibrations (either an exacting regimen to determine its overall durability, or simulating those it could experience in transit, installation, or its intended service environment). Electrodynamic Shakers with AGREE Chambers for Temperature / Humidity Control Frequencies from 5Hz – 2000Hz High Force Capabilities (6,000lbf – 12,000lbf) Sine, Random, Sine on Random, Classic Shock, Resonance Search and Dwell, and Shock Response Spectrum (SRS) MIL-STD 810H Method 514....



Applied Technical Services is a nationally known engineering, testing and inspection company that offers gear failure analysis services. We provide service to a wide variety of clients. ATS' Gear Failure Analysis Services Our services consist of consulting engineering for product design and production processes; quality assurance inspections for product reliability and consistency; and product testing and analysis for gears that have failed while in service. Typically, our experts will perform inspections in our technically advanced labs or, if required, they will travel to the location where the gear failure occurred to gather the background information that may be necessary to evaluate the root cause of the failure. We provide detailed reports that reflect accurate inspection results. Our gear failure analysis will take into consideration manufacturing processes, environmental influence, along with proper installation, service and maintenance practices. Depending on initial visual observations which may reveal certain indicators, we provide a series of tests that will help us determine the root cause of the failure. These tests may include metallurgical analysis confirming proper manufacturing materials and heat treat practices, or field vibrations analysis measuring environmental impacts. Common Test Techniques and Capabilities Visual Examination Chemical Analysis Mechanical Testing Metallographic Examination Scanning Electron Microscopy (SEM) Dimensional Inspection Common Causes of Gear Failure Contact Fatigue Corrosion Wear Overload Improper Case Hardening Misalignment



For over 50 years Applied Technical Services (ATS) has been a leading environmental simulation testing provider offering component vibration testing capabilities for a collection of industries and components, using a variety of industry requirements. Our Vibration Analysis Services Our vibration qualification is used as a requirement for components used in military, aerospace, automotive, electrical/electronic, and nuclear applications for failure prevention and continued operation. Our involvement results in acquiring accurate data from our comprehensive vibration testing. ATS' vibration qualification testing is administered to meet vibration qualification and safety compliance requirements. Our component vibration capabilities test for structural integrity, resonance search and dwell, shock, drop and tumble, and seismic testing. We provide vibration analysis qualification testing services to perform sine, random, sine on random, classic shock and SRS in accordance with aerospace, military, automotive and IEC specifications. Each electrodynamic shaker (from 6,000 to 12,000 lbf) is fitted with an AGREE chamber for combined environment testing. Custom fixtures may be designed and fabricated in-house to accommodate unique sample geometry. Common Tests Include: Transportation Vibration Engine-Mounted Vibration Passenger Compartment Vibration Resonance Search and Dwell Rough Handling Shock, Drop, and Tumble Nuclear Seismic Testing Seismic Testing Earthquake Simulation Typical Specifications Include: MIL-STD-810 RTCA/DO-160 GMW 3172 IEC 68-2-27 IEEE 344 Common Tests Include: Applied Technical Services is a leading provider for inspections, testing, and consulting engineering services. We have cultivated a reputation of excellence in customer service by prioritizing our clients’ experience with our services. Our vibration analysis experts find solutions that suit each of our...



Applied Technical Services now offers in-house seismic vibration testing in full compliance with the requirements of IEEE 344. Our experts can tailor testing procedures to client specifications, GR-63-CORE, AC-156, and IBC Standards. Seismic Vibration Testing Capabilities 3 Independent Simultaneous Axes of Motion (X,Y,Z translation) Table Size of 36"x36" with Grid of 1/2" - 13 Tapped Holes on 4"x4" Pattern Actuators Rated at 10,000 lbf Peak Displacement of 12 Inches P-P (+/-6") Rated Velocity of 52 IPS Frequency Range of Operation 0-100 Hz with Ability to Operate Up to 150 Hz for Purposes of Resonance Searches State of the Art PC-Based Digital Controller (Vibration Research) and 12 Channels of Piezoelectric Accelerometers Independent High-Speed DAQ Systems for Chatter Monitoring (64 Channels) Quality Standards Our seismic vibration testing services comply with the following rigorous quality standards: ASME NQA-1 Nuclear Quality Assurance Requirements 10 CFR 50 Appendix B Nuclear Quality Assurance Requirements 10 CFR 21 Requirements for the Reporting of Non Conformances ISO/IEC 17025 Competence of Testing and Calibration Laboratories ISO 9001:2015 Quality Management System NCSL Z540-1 Calibration System Requirements High-Quality Testing Services Applied Technical Services is a leader in inspections, testing, and consulting engineering. We maintain a reputation of excellence in customer service by prioritizing our clients’ needs. Our customer service ambassadors connect clients directly to relevant, knowledgeable experts who can help find solutions to their problems. Our experts deliver clear, precise data as quickly as possible and remain available to clients who have any additional inquiries. If you need seismic testing services,...



Applied Technical Services, Inc. now offers in-house seismic vibration testing IEEE 344 services in full compliance with the requirements for equipment that is used in Nuclear Power Generating Stations. Such tests are required to demonstrate that the equipment can perform satisfactorily during and following a safe shutdown event upon an earthquake. Performance requirements for both SSE (safe shutdown earthquake) proceeded by a number of OBEs (operating basis earthquakes) are verified. This standard guide is typically utilized either by equipment manufacturers to substantiate performance claims, or by users to verify performance of components or systems as part of a qualification program. Specifications/Features Fully Compliant with IEEE 344, GR-63-CORE, AC-156, IBC 3 Independent Simultaneous Axes of Motion (X,Y,Z translation) Table Size of 36"x36" with Grid of 1/2" - 13 Tapped Holes on 4"x4" Pattern Actuators Rated at 10,000 lbf Peak Displacement of 12 Inches P-P (+/-6") Rated Velocity of 52 IPS Frequency Range of Operation 0-100 Hz with Ability to Operate Up to 150 Hz for Purposes of Resonance Searches State of the Art PC-Based Digital Controller (Vibration Research) and 12 Channels of Piezoelectric Accelerometers Independent High-Speed DAQ Systems for Chatter Monitoring (64 Channels) Quality Standards Our seismic vibration testing services comply with the following stringent quality standards: ANSI/ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Nuclear Quality Assurance Requirements 10CFR21 Requirements for the Reporting of Non-Conformances ISO/IEC 17025 Competence of Testing and Calibration Laboratories ISO 9001:2015 Quality Management System ANSI/NCSL Z540-1 Calibration System Requirements



Our Seismic Testing Lab Seismic qualification testing is used as a safety requirement for failure prevention and continued operation. Our seismic testing facility is in full compliance with performing seismic qualifications in accordance with IEEE 344, AC-156 and GR-63-CORE requirements. The Triaxial Seismic Shaker Our seismic tests are conducted using the triaxial seismic shaker to meet seismic qualification and safety compliance and requirements. Our seismic shaker is capable of testing for structural integrity and component/instrumentation functionality. ATS' state-of-the-art seismic shaker offers an available footprint of 36"x36" with a grid of 1/2" — 13 tapped holes on 4"x4" pattern and is rated at 10,000 lbf load with a peak displacement of 12 Inches P-P (+/-6"). With three independent simultaneous axes of motion (x, y, z translation) it performs at a rated velocity of 52 IPS. The system is capable of operating in the frequency range of 0. 5Hz-100Hz with the ability to provide an excitation up to 150 Hz for resonance searches. In addition to our seismic testing solutions, our competitive advantage over other seismic testing providers with respect to scheduling, efficiency and cost enables our clients to focus on other critical issues. Our Testing Capabilities Fully Compliant with IEEE 344, GR-63-CORE, AC-156 3 Independent Simultaneous Axes of Motion (X,Y,Z translation) Independent High-Speed DAQ Systems for Chatter Monitoring (64 Channels) Table Size of 36"x36" with Grid of 1/2" - 13 Tapped Holes on 4"x4" Pattern Actuators Rated at 10,000 lbf Rated Velocity of 52 IPS Peak Displacement of 12 Inches P-P...



Applied Technical Services, Inc. offers seismic qualification testing in full compliance with the requirements of ICC-ES AC-156 for nonstructural components, such as mechanical, electrical, architectural elements that are permanently attached to structures. The acceptance criteria applies to ones that have fundamental frequencies equal to or greater than 1. 3 Hertz. Several California P. E. 's on staff for report review in accordance with OSHPD certification applications. ATS has a significant advantage over other seismic labs regarding this qualification testing since we have a triaxial shaker table, which best simulates the seismic ground motion that occurs in a random manner simultaneously in all directions.   Specifications/Features: Fully Compliant with IEEE 344, GR-63-CORE, AC-156, IBC 3 Independent Simultaneous Axes of Motion (X,Y,Z translation) Table Size of 36"x36" with Grid of 1/2" - 13 Tapped Holes on 4"x4" Pattern Actuators Rated at 10,000 lbf Peak Displacement of 12 Inches P-P (+/-6") Rated Velocity of 52 IPS Frequency Range of Operation 0-100 Hz with Ability to Operate Up to 150 Hz for Purposes of Resonance Searches State of the Art PC-Based Digital Controller (Vibration Research) and 12 Channels of Piezoelectric Accelerometers Independent High-Speed DAQ Systems for Chatter Monitoring (64 Channels) Quality Standards: Our seismic testing services comply with the following stringent quality standards: ANSI/ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Nuclear Quality Assurance Requirements 10CFR21 Requirements for the Reporting of Non Conformances ISO/IEC 17025 Competence of Testing and Calibration Laboratories ISO 9001:2015 Quality Management System ANSI/NCSL Z540-1 Calibration System Requirements



At its core, random vibration analysis and testing is designed to simulate the effect that a real world environment will have on a particular component as accurately as possible. This is accomplished by placing an item onto highly advanced vibration control equipment, at which point multiple frequencies are tested at the same time. This allows a highly qualified team of technicians and engineers to simulate vibrations that may be caused by different events like transportation, and standard operational events. Our Services ATS' random vibration analysis technology is able to accurately simulate the types of vibrations a material may receive in a number of unique and varied environments, including but not limited to excitations such as: Rough Handling Transportation Vibrations All of this ushers in the most important benefit of all: providing you with actionable, accurate data that you can use to determine how your materials will stand up in a real world environment, allowing you to exceed customer expectations and conform to all applicable quality assurance standards. Quality Assurance Standards At ATS, all of the random vibration analysis services that we offer are fully designed in conformance with all applicable QA standards in the industries that we operate in. These include standards such as ISO/IEC 17025 Competence of Testing and Calibration Laboratories (in which we are also A2LA Accredited), ASME NQA-1 Nuclear Quality Assurance Requirements, and 10 CFR 21 Requirements for the Reporting of Non Conformances. Additionally, we also meet all 10 CFR 50 Appendix B Nuclear Quality Assurance Requirements...



ATS performs shock testing to give clients the answers they need about the durability of their products. Many vendors need to certify that their equipment can withstand the mechanical shocks created by impacts from handling, transportation, and crashing. ATS’ environmental testing labs are equipped with technically advanced equipment that will put your components to the test. Confidence in the life cycle of your product based on the fragility level of its components can greatly influence your product design, manufacturing process, packaging, and other decisions. Shock Testing May Reveal... Friction Between Parts Change in Dielectric Strength Loss of Insulation Resistance Variations in Magnetic Field Structural Failures Mechanical Failures Material Failures — Cracks, Breakage, Warping, etc. Variations in Electrostatic Field Failure in Electronic Circuit Cards Connection Failures ATS Offers a Variety of Shock Testing Procedures Functional Shock (MIL–STD–810 and RTCA DO160) Material to be packaged Fragility Transit Drop Crash Hazard Shock Bench Handling Pendulum Impact ATS' Commitment to Quality ATS has established an excellent reputation for environmental testing. Our ISO 9001:2015 registered quality assurance system ensures accurate testing and detailed reports. Our professional staff is knowledgeable and familiar with popular testing procedures and standards for many industries. Popular Testing Standards Include: MIL-STD-810 (Method 516) RTCA DO 160 Section 7 IEC 68-2-27; -29; -31 SAE J1455 FORD, GM, and other automotive brands MIL-STD-202 (Method 202) MIL-STD-202 (Method 205 / 213)



The Applied Technical Services Family of Companies provides failure analysis consulting to analyze the root causes of material, component, and system failures for clients working in industries such as building, construction, electronics, manufacturing, automotive, aerospace, and aviation. Failure Analysis Consulting Services The process of failure analysis consulting begins with the identification and characterization of the failure. Our failure analysis experts inspect the failed component or system, including its design specifications and operating conditions. ATS failure analysis inspectors use physical examination and nondestructive testing techniques such as visual inspection, microscopy, ultrasonic testing, and X-ray imaging to assess the extent and nature of the failure. Once the failure is characterized, our team investigates the potential causes behind the failure with a multidisciplinary approach that can involve experts in mechanical engineering, metallurgy, electronics, chemistry, and other relevant fields. One of the many benefits of using Applied Technical Services' failure analysis experts comes from the fact that we employ all of these experts, streamlining the process and minimizing costs for our clients. These experts examine factors such as material properties, manufacturing processes, environmental conditions, and operational stresses that could have contributed to the failure. Depending on the extent of the failure, the consulting process may also include simulation and modeling to replicate the conditions that led up to the event. After identifying the potential causes, our failure analysis consulting team develops and presents a detailed failure analysis report that summarizes the findings of the investigation, including the root cause of the failure, contributing factors,...



The Applied Technical Services Tensile Testing Metallurgical Laboratory specializes in analyzing the mechanical properties of metals and alloys through tensile testing. Tensile Testing Tensile testing is an efficient, cost-effective method of simulating the forces a test subject will be exposed to under normal operating conditions to determine its tensile strength and identify any potential flaws or defects. ATS' Tensile Testing Metallurgical Laboratory houses highly advanced testing equipment operated by our industry-leading experts who apply unparalleled expertise to ensure dependable, accurate results. Our tensile testing technicians begin by preparing the sample material or component before mounting it to the tensile testing machine. The sample is then subjected to different types of forces, depending on the type of test. The type and intensity of force and the material's deformation in response to the force are closely monitored, and all observations are thoroughly documented. This data is then analyzed to identify metrics such as yield strength (initial point of deformation), modulus of elasticity (resistance to deformation under stress), and ultimate tensile strength (maximum stress the sample can endure before failure). ATS' Tensile Testing Metallurgical Laboratory also offers material characterization to analyze the microstructure, phase distribution, and chemical composition of metals and alloys through advanced analytical techniques such as scanning electron microscopy, energy-dispersive X-ray spectroscopy, and X-ray diffraction. Material characterization is effective for analyzing the relationship between microstructure and mechanical properties to assist in the development of materials with enhanced performance characteristics. Mechanical Testing Services As a national leader of material testing, the ATS...



The Applied Technical Services Family of Companies (FoC) performs tensile testing services on numerous types of materials. Manufacturers are required to thoroughly evaluate their products, and tensile tests are a common step in the research and development process for a wide range of products. The ATS FoC offers an effective way for manufacturers to quickly and effectively evaluate how their products respond when being stretched. What is Tensile Testing? Tensile testing is a destructive test method where technicians apply controlled stress to a specimen until it fails. Tensile testing offers important insight into the following: Ductility Modulus of elasticity (Young’s modulus) Poisson’s ratio Strain hardening Ultimate tensile strength Yield Strength Our Tensile Testing Services We conduct tensile tests in controlled environments, which allows us to evaluate materials according to our clients’ specifications. We perform tensile tests in accordance with popular standards, including ASTM E8 and ISO 6892. Our experts use our ASTM tensile testing lab to evaluate a variety of materials, such as composites, metals, plastics, rubber, and welds. Why are Tensile Tests Important? Tensile tests help manufacturers assess the mechanical properties of their materials. The information gathered from tensile tests is important for research and development and material selection processes, as it helps manufacturers understand how their materials may react under specific conditions and in specific environments. Tensile tests are an effective way to do the following: Maintain quality control Compare the performance data of different materials Demonstrate the proof of concept for new products Our Commitment to Quality...



The Applied Technical Services Family of Companies performs high-speed tensile testing to evaluate the mechanical properties of materials under dynamic loading conditions. Dynamic Tensile Testing Unlike conventional tensile testing that applies force at a slow, constant rate, high-speed tensile testing subjects materials to dynamic loading rates, often in the range of hundreds to thousands of millimeters per second. This accelerated tensile testing method allows for the assessment of material behavior under conditions that simulate real-world scenarios involving high rates of deformation or impact. High-Speed Tensile Testing Methods The process of tensile testing begins with the preparation of the material or component being tested. Compared to conventional tensile testing, high-speed tensile testing can require advanced preparation to ensure the subject can withstand the dynamic loading without premature failure. Once the specimen is prepared and the test material's suitability for the test method is confirmed, our mechanical testing experts mount it to the testing machine where it is then exposed to high-speed forces under precise control. The rapid loading will cause the sample material to deform and ultimately fracture, at which point thorough data is compiled and analyzed. The testing machine records applied forces, displacement, and time to allow for the calculation of stress and strain values. These data points are used to generate stress-strain curves, similar to those obtained in conventional tensile testing, but with the added dimension of time. By analyzing the stress-strain curves, our engineers can see exactly how materials respond to dynamic loading and identify critical mechanical properties...



The Applied Technical Services Family of Companies performs comprehensive Dielectric Withstand Voltage testing, commonly referred to as DWV testing, to assist clients looking to verify the performance and condition of electrical system insulation. DWV Testing ATS' electrical testing experts conduct Dielectric Withstand Voltage testing to assess the integrity of electrical equipment insulation, including electrical cables, motors, and a variety electrical systems and devices. Countless industries rely on electrical insulation to protect their machinery, products, equipment, and personnel, so ensuring industry standard compliance, efficiency, and safety are highly important. Hipot Testing at Applied Technical Services DWV testing, also known as Hipot testing, helps clients monitor the condition of their assets. There are several factors that can compromise electrical insulation integrity, including: Vibration and Mechanical Stress Mechanical Damage Overheating and Overloading Improper Maintenance and Handling Severe Temperatures Moisture and Humidity Manufacturing Defects Chemical Exposure Electrical Testing Services ATS offers a wide range of electrical testing services in addition to our Dielectric Withstand Voltage test services. Some of our most commonly requested electrical testing and analysis services include: Conducted Emission Testing Radiated Emission Testing Motor Current Analysis MIL-STD 704 Testing Conducted Susceptibility Testing Radiated Susceptibility Testing Electric Vehicle Battery Testing MIL-STD 461 Testing Thermal Runaway Testing Electrostatic Discharge Testing EMI & EMC Testing RTCA DO-160 Testing The Applied Technical Services Family of Companies Approaching six decades since our founding, the Applied Technical Services Family of Companies is one of the most trusted names in consulting engineering, testing and analysis, and a variety of...



The Applied Technical Services Family of Companies offers dynamic tensile testing to assess the mechanical properties of materials under dynamic loading conditions. What is Dynamic Tensile Testing? Dynamic tensile testing involves subjecting a test specimen to rapid, varying loading rates rather than a constant force, such as in static tensile testing. This accelerated testing method allows our technicians and engineers to simulate the real-world conditions a material could be subjected to in its standard operating environment, such as sudden impacts, explosions, or high-velocity events, to gather the most relevant data possible. Our Dynamic Tensile Testing Methods Our mechanical testing experts start by preparing the test subject and ensuring the testing conditions comply with relevant standards or client-specified parameters. The material being tested is then mounted onto the dynamic tensile testing machine that is equipped with high-speed actuators capable of applying rapid tensile forces and advanced sensors and data acquisition systems. The sample material is then subjected to rapid tensile loading, typically resulting in deformation and fracture, while data is recorded. Our engineers conduct a thorough analysis of the test data before compiling a report that covers test conditions, as-found and as-left material conditions, all data generated, our expert observations, and any recommended actions. Industrial Applications of Dynamic Tensile Testing Dynamic tensile testing is an effective, cost-efficient testing method that is commonly requested by businesses operating in industries such as aerospace, military, defense, aviation, and automotive. Simulating extreme dynamic loading conditions our mechanical testing laboratory allows engineers to thoroughly assess the...



The proven tensile strength testing experts at Applied Technical Services offer comprehensive services and complete testing solutions to help clients analyze their products and verify their quality, resilience, and functionality. Tensile Strength Testing Methods Tensile strength testing consists of subjecting a material or component to forces that simulate the conditions of a test subject's typical environment of operation to ensure proper functionality, reliability, and safety. Manufacturers rely on tensile testing to evaluate mechanical properties due to their efficacy, value, and experience. All tensile tests begin with thorough sample preparation along with test condition verification to ensure the test aligns with regulatory standards and any client-requested stipulations. The test sample is then mounted onto the tensile strength testing machine and subjected to various forces. During the test, different parameters are monitored and recorded, including the applied force and the corresponding elongation or deformation of the subject. This data is used to generate stress-strain curves that illustrate how the material responds to increasing tensile stress. Key metrics derived from these curves include ultimate tensile strength, yield strength, and modulus of elasticity. The ultimate tensile strength represents the maximum stress the material can withstand before failure, while the yield strength indicates the point at which the material begins to deform. Tensile Strength Testing Applications Tensile testing provides valuable insights into the mechanical behavior of materials under tensile loading conditions. It helps engineers and researchers assess the quality, performance, and suitability of materials for specific applications. Tensile testing is used in structural engineering to...



The Applied Technical Services Family of Companies (FoC) operates a state-of-the-art tensile strength testing laboratory. Our ISO/IEC 17025:2017-accredited labs contain the advanced equipment needed to evaluate our clients’ samples, so our experts can provide our clients with a thorough analysis. What is Tensile Strength Testing? Tensile strength testing is a common mechanical testing method that determines how a material will behave under an axial stretching load. These tests can be performed under different conditions, depending on the information that needs to be gathered. Various materials can undergo tensile strength on multiple types of materials, including: Adhesives Composites Elastomers Films Metals Paper Plastics About Our Tensile Strength Testing Laboratory Our tensile strength testing lab performs testing on a variety of composites, metals, and polymers. Our staff uses their decades of collective experience in material testing to conduct comprehensive evaluations of our clients’ samples. We offer numerous tensile testing services that comply with popular regulations, such as: ASTM A370 ASTM E8 ISO 6892 What is Tensile Strength Testing Important? Tensile strength testing ensures the safety and performance of a wide range of materials used in numerous industries and applications. The information obtained from tensile strengths can be invaluable to manufacturers seeking to learn more about their product’s strengths and weaknesses. Tensile strength tests help to do the following: Evaluate how materials respond to applied forces and stress Identify potential flaws and weaknesses in a material’s design Ensure that products and materials meet the established quality control standards Aid in research and development...



The Applied Technical Services Family of Companies (FoC) offers professional AC hipot testing services that evaluate the quality and safety of electrical insulation systems. What is AC Hipot Testing? Dielectric withstand testing, also referred to as hipot testing, is a stress test that evaluates insulation’s ability to withstand high voltage. Hipot tests can either be conducted using AC or DC high voltage, each choice offering its own advantages and disadvantages. During an AC hipot test, technicians apply a significant AC voltage to the test conductor and measure the current leakage. AC hipot tests offer multiple advantages over DC hipot tests, including: AC is more commonly used so it’s a more accurate reflection of real-world conditions It requires a lower test voltage which reduces the likelihood of damage during testing AC requires less power which often leads to more efficient testing and lower expenses The testing process is simpler and quicker than DC testing Our AC Hipot Testing Services Our technical experts use their decades of shared experience in electrical testing to conduct comprehensive evaluations of our clients’ electronic products and equipment. We pride ourselves on our ability to meet the specific needs of our clients, so our technicians keep an open line of communication throughout the service process, ensuring transparency and satisfaction. The Importance of Hipot Testing Hipot testing is incredibly important as it determines a device’s level of electrical insulation. Hipot tests are needed to confirm that insulation can endure overvoltage without experiencing failure. Various types of devices such...



The Applied Technical Services Family of Companies (FoC) performs Dielectric Withstand Voltage testing, also known as DWV electrical test services or Hipot testing, to help clients verify the safety and reliability of their electrical systems by assessing electrical insulation integrity. Dielectric Withstand Voltage Testing DWV electrical test services provide a safe, controlled, cost-effective method for electrical system insulation condition assessment. As electrical insulation provides protection for equipment, machinery, devices, personnel, and consumers, ensuring its proper functionality is an essential part of maintaining regulatory compliance, safety, and efficiency, as well as minimizing potential repairs and replacements. Insulation can break down naturally over time, though additional deterioration factors include: Mechanical Damage Improper Maintenance and Handling Overheating and Overloading Vibration and Mechanical Stress Moisture and Humidity Chemical Exposure Manufacturing Defects Severe Temperatures DWV Electrical Test Experts In addition to Dielectric Withstand Voltage testing, we perform a variety of electrical testing services to meet the needs of our diverse clientele. Some of our specialized services include: MIL-STD 461 Testing Conducted Susceptibility Testing Radiated Susceptibility Testing Electric Vehicle Battery Testing MIL-STD 704 Testing Conducted Emission Testing Radiated Emission Testing Motor Current Analysis RTCA DO-160 Testing EMI & EMC Testing Electrostatic Discharge Testing Thermal Runaway Testing Additional Testing Services For businesses looking to consolidate their testing, inspection, certification, and compliance needs, ATS offers complete testing and analysis solutions to meet the needs of clients working across countless industries and disciplines. Applied Technical Services specializes in the following fields: Calibrations Rope Access Training / Certification Mechanical Integrity...



The Applied Technical Services Family of Companies performs DWV testing, also known as Dielectric Withstand Voltage testing or Hipot testing, to assess the integrity of electrical insulation and assist clients in verifying the dependability, compliance, and safety of their electrical systems. The Importance of Electrical Insulation Maintenance While businesses and organizations operating in the aerospace, manufacturing, building and construction, aviation, automotive, power generation, nuclear, solar, military, defense, oil and gas, and petrochemical industries rely on electrical insulation to protect their expensive machinery and equipment, ensuring proper electrical insulation condition and functionality is also critical to personnel and consumer safety. There are several elements that contribute to insulation failure, including: Chemical Exposure Moisture and Humidity Manufacturing Defects Severe Temperatures Improper Maintenance and Handling Mechanical Damage Overheating and Overloading Vibration and Mechanical Stress Hipot / DWV Testing at Applied Technical Services DWV testing is a safe, cost-effective solution to identifying electrical system insulation condition. As the integrity of test results of just as important as that of electrical insulation, ATS is ISO/IEC 17025:2017 accredited by the A2LA to perform electrical testing to several recognized specifications and adheres to the standards of our ISO 9001:2015 registered quality management system, ensuring the reliability of our electrical test reporting. We strive to maximize the value of our Dielectric Withstand Voltage testing services, applying cutting-edge technology to keep costs low and turnaround times short so your business can stay focused on what you do best. Electrical Testing at ATS ATS specializes in a broad range of...



The electrical testing experts at Applied Technical Services perform DC Hipot testing of medium voltage cables to verify the safety and integrity of electrical cable insulation. High Potential Testing Cables Hipot testing cables is a cost-effective method for ensuring the integrity and safety of insulation in electrical cables and systems. Our technicians start by preparing the test subject and setting up testing equipment before beginning the Hipot testing. This involves applying gradually increasing DC voltage between the conductors and the cable's metallic shield or ground. Stressing the cable insulation allows our experts to identify any flaws or defects that could compromise performance, decrease safety, or lead to equipment failures during operation. Leakage current, insulation resistance, and any standard-determined or client specified conditions are monitored throughout the testing process to assess cable condition. ATS is ISO/IEC 17025:2017 accredited to perform several electrical testing standards and complies with ISO 9001:2015 quality management system standards - adherence to industry standards and safety protocols helps to prevent damage to the cables and ensure the reliability of test results. The final results of DC Hipot testing of medium voltage cables determine whether the tested cable meets quality standards and is suitable for use in medium voltage applications. Our comprehensive reporting provides clients with detailed information on every step of the test, including testing conditions, as-found and as-left conditions, and any recommended actions. Electrical Testing at Applied Technical Services With nearly six decades of business experience, Applied Technical Services is the premier electrical testing provider in...



The Applied Technical Services Family of Companies (FoC) performs DC hipot testing to determine the dielectric strength of electrical cables. What is a DC Hipot Test? An DC hipot test, or DC high potential test, is a testing method that evaluates the electrical safety of electronics to determine the quality of their insulation. The DC high potential test specifically applies a high voltage direct current to the device, allowing experts to analyze the product’s ability to endure voltage that exceeds its normal operating range. The DC hipot test is highly effective at revealing defects such as: Product design defects and flaws Insulation degradation caused by various factors such as age and environmental conditions Issues involving poorly spaced components Our DC Hipot Testing Services Our state-of-the-art electrical testing lab contains the advanced equipment needed to address our clients’ needs while also complying with relevant standards. Our experts use their collective experience to execute tests with the accuracy and precision needed to offer the world-class service that our clients depend on. In addition to DC hipot tests, we conduct the following: AC hipot tests Bus bar hipot tests Hipot cable tests Why is DC Hipot Testing Important? DC hipot tests are an invaluable asset for manufacturers seeking to verify their electrical equipment’s reliability and safety. The non-destructive test is effective at highlighting weaknesses in insulation that may compromise the experience of the products or equipment’s end user. DC hipot tests offer multiple advantages over their AC hipot tests, including: Applying higher voltages...



Applied Technical Services (ATS) conducts pass/fail AC and DC HiPot tests to ensure equipment withstands the stresses of high-potential voltages without breakdown. Effective insulation must prevent current leakage and flow to remain safe and effective. HiPot testing explores the dielectric limits of materials, helping manufacturers and designers with material selection and quality assurance. How Good is Your Insulation, Really? Manufacturers request HiPot testing to verify their product is safe for the intended application or if it needs design changes. Our ISO/IEC 17025-accredited testing facility provides clients with documented proof of compliance with safety and performance regulations. An ATS expert can search for insulation flaws such as corrosion, short clearance distances, and creepage to assess the quality of the insulation and conductors in a component. If your product requires other rigorous tests, we can save AC and DC HiPot testing for the end of a testing sequence to best simulate operating conditions that may introduce flaws and degradation to the insulation. We operate several labs with an array of ISO/IEC 17025:2017 accredited testing scopes, including: Electrical testing Mechanical testing Chemical testing Nondestructive testing AC HiPot Testing During an alternating current (AC) HiPot test, a powerful tester subjects a product to high voltages that exceed those anticipated in the product’s intended application. We deliver high electrical stress to determine whether a product can handle standard operation requirements and voltage spikes alike. While ATS usually tests at a frequency of 60 Hz, the American standard for electrical equipment, we can instead customize the...



The Applied Technical Services (ATS) Family of Companies (FoC) offers DC Hipot cable testing services to analyze and verify the integrity of electrical cable insulation. High Potential Cable Testing The DC Hipot cable testing process begins with preparation, ensuring the cable is correctly installed and grounded. Specialized testing equipment is then set up and calibrated, at which point the voltage level and duration are established in accordance with industry standards, cable specifications, and any custom parameters requested by the client. Hipot testing begins by connecting the cable to the high-voltage source and monitoring equipment. A high DC voltage is then applied to the cable's insulation while observing the leakage current. Throughout the test, the leakage current is closely analyzed to detect any insulation faults or defects. Data is compiled throughout the process and then analyzed. Cable Safety and Repair If the leakage current remains below the specified threshold and there are no signs of insulation failure, the cable will not need adjustments or repair. Any residual voltage is carefully discharged from the cable following the test, and a thorough inspection is conducted for signs of damage or degradation. In the event the leakage current exceeds acceptable levels or there are indications of insulation damage, our experts provide recommendations to repair or replace the cable. Our post-test reporting includes documentation of all steps of the testing process, results, and any observations made. Electrical Testing at ATS The ATS electrical testing laboratory houses highly advanced technology operated by expert technicians. We are...



The Applied Technical Services Family of Companies performs high potential testing, also known as Hipot Testing, to help avoid electric shock, fire, and other potential motor hazards. High Potential Testing Hipot Testing is a term commonly used to refer to Dielectric Withstand Testing, a test that applies high voltage to machinery, equipment, and devices to analyze electrical insulation. Hipot testing motors helps to prevent various hazards that can result in serious harm to individuals as well as damage to connected and nearby equipment. The testing procedure for Hipot testing motors typically consists of the following steps: Test Preparation: the motor is completely disconnected from all accessories and power sources and a solid ground is verified. All specialized tools and equipment, such as power supplies, dielectric withstand testers, and any other testing devices are prepared. Testing parameters are established to determine the optimal test voltage, typically aligning with regulatory standards, safety regulations, motor specifications, and/or client-specified parameters. Voltage Induction: high voltage is applied to the motor’s insulation system for a predetermined duration. Any potential voltage leaks are identified at this step in the process and data is compiled. Data Analysis: Our highly skilled Hipot testing experts thoroughly analyze all data from the test to determine the condition and effectiveness of the motor’s insulation. Documentation: All ATS testing procedures consist of thorough, in-depth reporting covering every aspect of preparation, testing, final findings, and recommended action. Applied Technical Services Our highly advanced electrical testing laboratory is staffed by industry-leading experts with decades of...



The Applied Technical Services Family of Companies (FoC) offers bus bar hipot testing services that confirm the insulation quality of bus bars. Bus bars play an important role in maintaining the safety of electronic equipment and devices. What is Bus Bar? A bus bar is an electronic component that serves as a central hub for power distribution across various devices. Bus bars are electrical conductors responsible for collecting power from incoming feeders and then dispersing it to outgoing feeders, allowing them to handle high currents with a minimal risk of failure. While bus bars have been around for decades, modern bus bars are beloved for their many advantages, such as: Reduced operating cost Improved reliability over alternatives Enhanced protection against overloads and faults Adaptable configurations Recyclability as a sustainable resource What is Bus Bar Hipot Testing? Bus bar hipost testing is a nondestructive way to evaluate the functionality of a bus bar’s insulation system. Manufacturers rely on hipot tests to identify weaknesses in their products' insulation, helping them resolve the underlying issues that could compromise the bus bar’s safety and functionality. Learn About Our Hipot Testing Our electrical testing experts conduct hipot tests in our state-of-the-art and ISO/IEC 17025:2017-accredited electrical testing lab. During the testing process, we apply a high voltage that exceeds the bus bar’s operating voltage. Next, we continuously increase the applied voltage as we monitor the response to the increased voltage. Upon completion of the procedure, our experts determined if the bus bar passed the test, and...



The Applied Technical Services Family of Companies (FoC) offers hipot cable testing services that ensure that electric systems perform as expected. Hipot tests are an essential part of the manufacturing process for electronics and they’re an excellent resource for detecting any potential defects within electronics. What is Hipot Testing? The dielectric withstand test, also known as the high potential (HIPOT) test, measures an application’s voltage strength. Typically performed on cables, circuit boards, and similar electrical components, hipot tests provide insight into the insulating properties of electrical devices. During hipot tests, technicians apply high voltage to equipment to add stress to the equipment’s insulation, allowing them to evaluate the insulation’s weaknesses. This is important to identify and resolve any cracks and pinches within the wire that could cause electrical failure and safety hazards. Our Hipot Testing Services Our experts conduct hipot cable tests in our state-of-the-art electrical testing lab. We cater our services to our clients’ specific needs while also ensuring that our testing conditions and procedures comply with industry standards and federal and state requirements. Our hipot tests do the following: Diagnose an electrical system’s cause of failure Assess quality control issues Confirm product designs In addition to hipot test, we offer similar electrical testing services, such as: Dielectric constant testing Dielectric strength testing Insulation testing Why is Hipot Testing Important? Hipot tests are needed to confirm that electronic devices and equipment can handle surges that may be experienced during the equipment’s operation. Devices that are incapable of withstanding surges...



The ATS Family of Companies (FoC) offers an array of radiation testing services to help clients verify the hardiness of electronics and materials intended for use in applications with high radiation exposure. We test a product's resistance to the solar rays in the atmosphere and the harsh radiations encountered in space. Our experts perform services in state-of-the-art labs with sophisticated technology for reliable testing and thorough analysis. Our Capabilities Aerospace Radiation Testing Aerospace Materials Testing Enhanced Low Dose Rate Sensitivity (ELDRS) Neutron Radiation Testing Radiation Effects Testing Radiation Hardness Testing Radiation Hardened Electronics Testing Radiation Lot Acceptance Testing (RLAT) Single Event Effects (SEE) Radiation Testing Space Radiation Testing Total Ionizing Dose (TID) Effects Testing Environmental Testing Solar Radiation Testing Solar Testing Laboratories UV Radiation Testing Xenon Radiation Testing Materials for Solar Radiation Testing Automotive Interiors First Articles Paints and Coatings Standards ASTM F1892 ASTM F1192 EIA/JESD57 ESCC 22900 ESCC 25100 ITAR Compliance MIL-STD 750: TM 1017, 1019, 1020, 1021, 1023, 1080 MIL-STD 883: TM 1017, 1019, 1020, 1021, 1023, 1080



Applied Technical Services (ATS) Family of Companies (FoC) performs HiPot testing on electronics to ensure the continued efficacy of insulation material when subjected to high voltages. Analyzing electrical characteristics using methods such as HiPot testing verifies the product’s compliance with safety and performance requirements before manufacturers take it to market. What is HiPot Testing? High potential (withstand) testing involves subjecting a product to a high voltage for a set duration to determine if the device can handle typical voltages and voltage spikes (transients) with minimal leakage, as success demonstrates product safety and reliability. Withstand testing performed during the product design phase, can reveal electrical weaknesses and defects in a prototype or material sample. Pursuing this and other types of validation testing helps manufacturers ensure their products meet the demands of their intended application and anticipate the product’s reactions to adverse scenarios. Clients may also incorporate HiPot testing into production line quality assessments or as part of failure analysis. HiPot Testing with ATS ATS performs HiPot and other dielectric tests in our state-of-the-art electrical testing lab. We are ISO/IEC 17025:2017 accredited by A2LA in dielectric strength and insulation resistance testing. Our experts regularly test circuits, cables, wire harnesses, circuit boards, and more complex systems for electrical properties, safety, and performance. We can design a custom withstand testing procedure at select voltages and durations. Alternatively, clients can request an extant testing standard from authorities, such as ASTM, IEC, and MIL-STD. Whether providing custom or standards-based testing, ATS staff thoroughly analyzes your product...



Applied Technical Services (ATS) performs dielectric withstand testing to help clients determine how well insulating materials handle typical and fluctuating voltages. Dielectric withstand testing (also known as Hi-Pot testing) is a crucial procedure for proving the insulator under test functions as required when subjected to high voltages for prolonged durations. ATS experts perform stringent electrical testing to confirm that a product meets safety and regulatory requirements. The insulation in electronics must withstand the expected electrical loads, spikes, and overvoltages without leaking or dielectric breakdown. Insulation physically deteriorates during dielectric breakdown, exponentially increasing the risk of: Electrical arcing Electrical shock Fire Injury Product failure Dielectric Withstand Testing Services The ATS electrical testing lab maintains ISO/IEC 17025:2017 accreditations in multiple electrical testing procedures, ensuring our services comply with the most stringent industry standards. Our experts routinely operate powerful electrical equipment capable of producing high voltages. They closely follow internationally recognized standard procedures for electrical testing and subsequently provide clients with a thorough and precise analysis of the material’s properties. ATS tests insulation to ensure its continued performance in harsh operating environments and high charges at and above the expected voltage levels. We can customize the procedure to simulate operating conditions: AC/DC Voltages Duration Frequency Environmental factors (humidity, immersion, contaminants) More Electrical Testing from the ATS Lab Our clients often request dielectric withstand testing alongside other dielectric tests to determine their product’s qualities, such as the dielectric breakdown voltage and dielectric constant. We test according to major industrial standards from ASTM, IEC, IEEE,...



Schedule dielectric breakdown testing from Applied Technical Services (ATS) for a reliable and thorough analysis of insulation materials. Our testing specialists can determine the dielectric breakdown voltage, the point of failure where electricity flows through an insulator as a puncture, electrical arcing, flashover, burn-through, or discharge. Our team of experts performs dielectric testing to identify an insulator’s limits before the material conducts a charge through or along the surface. Reasons for Dielectric Breakdown Testing Research and Development Clients may use a dielectric breakdown test in the research and development process for insulator materials in industrial equipment, personal protective equipment (PPE), and several other applications. This type of electrical testing helps determine how well insulating materials endure electrical stress at commercial power frequencies. Safety Dielectric breakdown testing reveals a product’s safety hazards. High-voltage power supplies need reliable insulators to avoid creating safety hazards. Insulators must withstand anticipated voltages, spikes, and transient stresses to prevent damage and injury. Typically, a higher dielectric strength corresponds with a higher quality of insulation. High temperatures, mechanical stress, defects, and contaminant exposure can reduce dielectric strength over time, however. If a material can no longer resist high voltages, dielectric breakdown begins, which may lead to: Electrical arcing Electrical shock Fire Equipment damage Compliance Clients may also request dielectric testing to meet electrical safety standards, federal regulations, and state laws, such as OSHA regulations (ex: 29 CFR 1910 and 29 CFR 1926) and the National Electrical Code (NEC) or NFPA 70. Electrical Testing Applications Dielectric breakdown testing...



The Applied Technical Services Family of Companies offers leachable testing services that identify the presence of potentially harmful chemicals. What are Leachables? As their name suggests, leachables are chemicals that leach their way into products that are being used or stored in normal conditions. Leachables are a subset of extractables, which are chemical species that can be extracted from a container’s components or the container itself. Multiple factors can influence the likelihood of leachables, including the following: The manufacturing process The conditions in which a product is stored The product’s material While some leachables harmful and others are benign, they all run the risk of comprising the product by degrading the product’s packaging and introducing contaminants. About Our Leachable Testing Services Our cutting-edge chemical testing labs feature the advanced and accurate technology needed to identify and quantify the presence of various chemical species, including leachables. Before we begin testing for leachables, they obtain information about our client’s packaging materials, allowing us to develop an idea of the potential hazards that may be present. Our experts then carefully evaluate products to determine if there are any leachables present. The Importance of Leachable Testing Industry regulatory bodies require that drug manufacturers abide by strict regulations to confirm the safety of drug products. Third-party chemical testing labs, such as ATS, help businesses gain a deeper understanding of their products and potential hazards that may exist in them. Our leachable testing services help our clients do the following: Optimize their material selection process Minimize...



The Applied Technical Services Family of Companies (FoC) conducts extractable and leachable tests to identify and quantify the presence of harmful impurities in drug products. What are Extractables and Leachables? Extractables are chemical compounds or species that can be extracted from a container or packaging, contaminating the product. The contamination is likely to occur after the product and package interact under harsh conditions for extended periods. Leachables are organic and inorganic chemical compounds that can leach into drug products from their containers. Leachables are a subset of extractables, but unlike extractables, leachables can exist in normal conditions. They’re typically caused by inorganic materials such as additives and coatings. About Our Extractables and Leachables Testing Our ISO/IEC 17025:2017-accredited chemical testing lab contains the equipment needed to conduct highly accurate evaluations of various chemical compounds, including extractables and leachables. We can help our clients identify various sources of leachables, such as dyes, metals, and antioxidants. Our experts have decades of collective experience in chemical analysis, enabling us to provide thorough, accurate chemical testing services. The Importance of Extractables and Leachables Testing Drug manufacturers must abide by very strict regulations to ensure that their products are safe and effective for consumers. While many may assume that companies only test the chemical components of the drug, it is also important to evaluate the functionality of container systems. Our extractable and leachable testing services help our clients do the following: Identify potential impurities Comply with guidelines and regulations Maintain a product’s efficacy and overall effectiveness...



The Applied Technical Services Family of Companies performs in-depth extractables testing to identify and quantify chemicals that can be extracted from or released by a wide variety of materials. Extractables Testing: The Process Our experienced chemical analysis experts expose sample materials to chemical and environmental conditions that simulate those the test subject will be exposed to during its operational lifecycle, analyzing the material for extractable chemicals. These chemists then use gas chromatography, liquid chromatography, mass spectrometry, and/or spectroscopy to identify and evaluate the extractables. Extractables testing is mainly used to assess the safety of materials, as well as their compatibility with products and materials they come into contact with. This process helps to identify any potentially harmful substances that could leach into or out of a product. Extractables testing is commonly used for industries including medical device manufacturing, food and beverage, pharmaceuticals, cosmetics, personal care product manufacturing, and petrochemical, as well as several others. Chemical Analysis at Applied Technical Services The Applied Technical Services Family of Companies’ chemical analysis laboratory houses state-of-the-art equipment and machinery and is staffed by some of the industry’s most experienced professionals. We offer a wide range of chemistry services and serve industry leaders working in a variety of industries. Some popular chemical analysis services we perform include: Benzene Analysis AZO Dye Testing CPSIA Testing Lab Services DSC Polymer Analysis Melting Point Analysis HPLC Analysis Ion Chromatography Testing LECO Testing Thermal Analysis VOC Emissions Testing Phthalate Testing OES Materials Testing Applied Technical Services Applied Technical Services...



The Applied Technical Services Family of Companies (FoC) offers foam sample testing services that provide insight into a foam sample’s properties. Foam is a widely used material revered for its versatility, making it a popular choice amongst furniture, automotive, and construction material manufacturers. Our Foam Sample Testing Services Our highly trained employees use our cutting-edge ISO/IEC 17025 accredited polymer testing labs to evaluate the properties and characteristics of our clients’ foam samples. We work closely with clients to cater our services to their specific needs, ensuring that we conduct procedures that not only guarantee their compliance with industry standards, but also help them achieve their personal goals. We offer foam sample testing that comply with numerous standards, including the following: ASTM D3574 ASTM D3575 ASTM F1839 We conduct numerous foam-related tests, including: Compression Testing Density Testing Fatigue Testing Shear Testing Tear Testing Why is It Important to Evaluate Foam Products? Our foam testing services allow our clients to evaluate the strengths and weaknesses of their materials, helping them determine if a foam material is suitable for a specific application or environment. There are multiple types of foam materials, so it’s important to identify and test key characteristics that may influence a manufacturer's decision to choose one foam over another. The failure to evaluate the quality and capabilities of foam products may result in the following: Inadequate quality control Non-compliance with mandatory Decreased consumer confidence in products Financial losses Our Commitment to Quality The Applied Technical Services FoC offers an expansive...



The Applied Technical Services Family of Companies performs several types of foam testing services to assess the physical and mechanical characteristics of foam materials. Foam Testing at ATS Foam is a highly versatile material used in countless applications across a vast range of industries. As foam-based materials are used for multiple different purposes, there are many different procedures conducted to analyze characteristics. These tests include: Flammability Testing Compression Testing Tensile Testing Density Testing Thermal Conductivity Testing Impact Testing Environmental Testing Aging Testing Safety Testing Stability Testing ATS analyzes foam to help manufacturers ensure that the material is capable of effectively meeting desired specifications based on its intended use. Foam-based materials are commonly used in soundproofing, sports equipment, footwear, apparel, toys, mattresses, furniture, medical devices, automotive manufacturing, aerospace, construction, packaging, consumer goods, and more, making comprehensive testing critical to safety and functionality. Foam Testing Specifications and Standards We perform a variety of foam testing services adhering to several different applicable standards, including but not limited to: VDA 230 VDA 270 SAE J369 SAE J1756 RTCA DO-160G UL 94 PV 3937 ASTM F1839 ASTM D7859 ASTM D3574 ASTM D3763 ASTM D1622 ASTM G155 ISO 2439 Mechanical Testing at ATS In addition to foam, ATS’ mechanical testing department offers a variety of services to meet the needs of our clients working in industries including: Communications Construction Nuclear Power Generation Automotive Aerospace Consumer Products Manufacturing Healthcare Medical Oil and Gas Insurance and Legal Petrochemical Military and Defense Commercial Properties For more information on our...



The Applied Technical Services Family of Companies (FoC) conducts level 5 lighting induced transient testing for aviation technology.   What is RTCA DO-160 Section 22? The Radio Technical Commission for Aeronautics, or RTCA, developed the DO-160 document in 1975 to outline procedures for environmentally testing avionics equipment. The document features numerous sections, each addressing a specific subject matter and corresponding testing procedures for airborne electronics. Section 22 addresses the lightning-induced effect occurring in electronic cables when magnetic fields generate a significant surge. The testing outlined in section 22 of the DO-160 document establishes an equipment’s ability to withstand the stress aircraft electronics endure in severe lighting environments. Our Lightning Induced Transient Susceptibility Testing Our lightning induced transient susceptibility testing determines if electronics can withstand the impact and subsequent effects of a lightning strike. During the testing procedure, our technicians generate waveforms that mimic the effects of lightning strikes. The DO1-160 defines various energy levels and ranks them in 5 levels, with level 5 representing the most energy. We provide level 5 lighting induced transient susceptibility testing to ensure our clients’ electronics showcase a superior level of resistance to lightning strikes.   Why is RTCA-Compliance Important? RTCA-compliance ensures aircraft and aviation equipment remains reliable and safe in various conditions. Aerospace and aviation applications are costly and dangerous, so it’s imperative that systems and technologies undergo extensive evaluations that test their limits. Our RTCA-compliant testing services help our client do the following: Improve product safety Research and develop their products Comply with...



Applied Technical Services conducts UV light tests in compliance with UV aging testing standards and regulations. What is UV Aging Testing? UV aging testing is an accelerated aging process where manufacturers can observe how quickly a material degrades when subjected to varying levels of UV radiation for extended periods. UV chambers mimic the sun's effect on materials, which provides insight into a product's resistance to UV degradation. Our UV Testing Services Our environmental testing features multiple UV testing instruments capable of conducting the following types of tests: Accelerated UV Testing Solar Radiation Exposure Testing Ultraviolent Exposure Xenon Exposure We offer numerous ASTM-compliant UV testing services, including: ASTM D4329 ASTM D4587 ASTM D5894 ASTM G154 The Importance of UV Age Testing UV age testing is essential in determining the longevity and durability of various products, especially those exposed to sunlight and UV radiation. UV testing helps manufacturers assess their product's quality and safety. UV age testing helps manufacturers ensure product quality and reliability. Sunlight and UV radiation can cause materials to degrade, fade, or weaken over time. By exposing products to UV radiation in controlled conditions, manufacturers can identify potential weaknesses and areas that need improvement, leading to longer-lasting, more reliable products. UV age testing helps assess safety. UV-induced degradation can compromise the reliability and performance of various products, such as outdoor furniture, automotive components, and medical devices. UV age testing enables manufacturers to make necessary changes to improve their products' safety and resistance to UV degradation. Our Commitment to Quality...



The Applied Technical Services Family of Companies (FoC) UV testing lab evaluates how various materials and products respond to prolonged sunlight exposure. UV Degradation UV degradation occurs when ultraviolet radiation deteriorates materials, causing them to age at an accelerated rate. UV degradation occurs often and is a significant concern for manufacturers as they focus on developing products that are somewhat resistant to the chemical and physical changes brought on by UV radiation. Materials can react differently to UV degradation, but common reactions include: Color fading Surface chalking and cracking Brittleness Erosion Dulled appearance Why is UV Testing Important? UV testing is an essential component of the manufacturing process for various materials because it helps evaluate how products react to prolonged UV radiation and their overall resistance to UV degradation. UV tests assist manufacturers as they do the following: Ensure products adhere to durability and reliability standards Identify and address design flaws Research and develop More About Our UV Testing Lab Our state-of-the-art UV testing lab helps our clients determine their product's resistance to solar radiation. Our ISO/IEC 17025:2017-accredited labs feature the advanced technology needed to develop test conditions that accurately simulate the conditions associated with a product's intended application. We offer several types of UV testing services, including: Accelerated UV Our accelerated UV testing simulates UV radiation's effects on products and materials over various periods. Solar Radiation Exposure Our solar radiation exposure tests expose materials to alternating solar radiation cycles that emulate natural sunlight patterns. Ultraviolet Exposure Our UV exposure...



The Applied Technical Services Family of Companies (FoC) tests UV light to evaluate how materials respond to sunlight exposure. How Does UV Light Damage Materials? The sun emits UV rays that can cause chemical and physical changes in materials with a low resistance to UV light. This damage is called UV degradation and can affect various materials, including fabrics, plastics, and paints. UV degradation commonly causes several issues, including: Cracks Color Fading Reduced Strength Decreased Flexibility The extent to which UV light damages materials depends on several factors, including the type of material, the UV light's intensity, and the length of exposure. Certain materials are more susceptible to UV damage than others. For example, plastics, textiles, and rubber are relatively easily damaged by UV light, whereas metals are less vulnerable to UV damage. What is UV Light Testing? Manufacturers rely on UV light tests to observe how their products and materials respond to extended exposure to sunlight. These tests help manufacturers do the following: Age their products at an accelerated rate Maintain or improve quality control Develop new design choices Comply with industry standards and regulations Our UV Light Testing Services Our UV chambers can also imitate weather cycles by raising and lowering ambient temperatures, generating condensation/water spray, and varying the length of exposure periods. ATS uses all these variables to understand how the sample would react to some real environmental stimuli in a live-usage scenario. Xenon Arc UV Testing Our environmental testing experts use xenon arc chambers to evaluate...



The Applied Technical Services Family of Companies performs Hot Lamp Age Testing to assess the durability of materials, components, and products. Hot Lamp Testing Hot lamp testing is a type of accelerated age testing that uses high-intensity lamps to simulate the effects of long-term exposure to sunlight. This type of testing is particularly useful to verify the strength and effectiveness of plastics, paints, and adhesives. During this process, samples of the subject material or component are placed under a set of high-intensity xenon or tungsten-halogen lamps, typically operating at temperatures of 100-200 °C (212-392 °F). The samples are exposed to the lamps for a predetermined period of time, ranging in duration from hours to weeks. During this exposure period, the samples are monitored for changes in color, appearance, and physical properties. The samples are also tested for changes in their mechanical properties, such as tensile strength and modulus of elasticity. This testing method is valuable for predicting the durability of materials and components. By subjecting samples to accelerated aging, manufacturers can identify potential problems before they occur in the field. This can help to improve the reliability, longevity, and safety of products, as well as to avoid potential product recalls. Additional Environmental Testing Services In addition to Hot Lamp Age Testing, some of our most commonly requested environmental testing services at ATS include: Thermal Chamber Testing Building Material Environmental Testing Consumer Product Age Testing Consumer Product Weather Testing Applied Technical Services With a rich history of more than 55 years...



The Applied Technical Services Family of Companies features advanced environmental testing facilities and laboratories, providing Consumer Product Weather Testing and a variety of other consumer product testing services. Weather Testing for Consumer Products Consumer Product Weather Testing is a type of accelerated aging test that uses environmental chambers to simulate the effects of long-term exposure to the elements. This type of testing is used to assess the durability of consumer products, including furniture, appliances, and electronics. During consumer product weather testing, samples of the product are placed in an environmental chamber that will create conditions similar to those the product would be exposed to in its typical operating environment, such as sunlight, rain, and wind. The samples are exposed to the environmental conditions for a period of time, up to weeks or even months. During the exposure period, the samples are monitored for changes in physical and mechanical properties, color, and appearance. Consumer product testing is a valuable tool for accurately predicting the durability of products before they reach consumers. By subjecting samples to accelerated aging and weathering, manufacturers can identify potential problems before they occur in the field. This can help to improve the reliability and longevity of products. The process of this type of testing typically involves: Environmental Chamber Preparation: involves configuring the temperature, humidity, and UV radiation levels within the chamber according to the desired conditions. During Product Exposure: the items under examination are positioned inside the environmental chamber and exposed to the predetermined conditions for a...



The Applied Technical Services Family of Companies features advanced environmental testing labs and facilities, offering Consumer Product Age Testing and a variety of other services. Age Testing for Consumer Products Consumer Product Age Testing is used to assess the durability of consumer products over time. This type of testing is typically conducted by exposing products to accelerated aging conditions, such as high temperatures, humidity, and UV radiation. We subject materials and products to a wide range of accelerated age testing procedures and methods, with a process that involves: Sample Selection: A representative sample of products is selected for testing. The sample size will vary depending on the type of product and the specific requirements of the test. Environmental Chamber Preparation: The environmental chamber is prepared by setting the temperature, humidity, and UV radiation levels to the desired conditions. Product Exposure: The products are placed in the environmental chamber and exposed to the desired conditions for a predetermined period of time, ranging in duration from hours to weeks. Product Evaluation: The products are evaluated for changes in color, appearance, physical properties, and mechanical properties. Data Analysis: The data from the evaluation is analyzed to determine the effects of the aging conditions on the products. Reporting: A thorough, detailed report of all data is provided to the client, including explanations of all findings as well as recommendations. The details and specifications of testing will vary depending on the specific requirements of the test and applicable testing standard(s). Some common factors that are...



The Applied Technical Services Family of Companies features an advanced Thermal Chamber Testing Lab, capable of performing a variety of comprehensive temperature testing services. Thermal Chamber Testing Our thermal chamber testing lab tests the performance of products and materials under extreme temperature conditions. It features several environmental chambers that can be used to simulate various temperature and humidity conditions. ATS provides thermal chamber testing services to clients working across several industries, including automotive, aerospace, electronics, and consumer product manufacturing. Our labs test the durability and reliability of products and materials under extreme conditions. Automotive manufacturers rely on thermal chamber testing to verify the performance of car parts, such as engines and tires, in extreme heat. Aerospace manufacturers use thermal chamber testing labs to test the performance of aircraft components, such as wings and fuselages, under both severe temperature and humidity conditions. Our environmental chambers are equipped with complex heating, cooling, and humidity control systems to subject tested materials and components to the most extreme conditions. Temperature Testing at ATS The Applied Technical Services temperature testing lab offers a wide range of services, including but not limited to: Thermal Shock Resistance Testing and Analysis Thermal Coefficient Mismatch Testing and Analysis Thermal Expansion Rate Characterization Hot Lamp Age Testing Our temperature testing facility in Marietta, Georgia, features 14 thermal cycling chambers of varying sizes, including walk-in units for testing large samples and quantities. Applied Technical Services With over 55 years of business experience, ATS diligently ensures that our customer service, reporting accuracy,...



Applied Technical Services' offers solar radiation testing to evaluate how various materials react to prolonged exposure to sunlight. UV radiation often has harsh effects on polymers, dyes, and other common materials, so manufacturers must conduct exposure tests to ensure that their products perform as intended when exposed to sunlight. What is Solar Radiation? Solar radiation, or sunlight, refers to the sun's electromagnetic radiation captured and converted into various forms of energy, including heat and electricity. Solar radiation can affect materials in multiple ways, including: Color fading in polymers Cracking in coatings, plastics, and vinyl Molecular degradation in plastics Structural distortion in metals, plastics, and vinyl ATS' Solar Radiation Exposure Testing Solar radiation exposure tests serve as accelerated simulations of natural sunlight. Our tests subject samples to varying degrees of UV radiation, allowing us to observe how materials react to the intense light and heat in various environments and climates. Our technicians conduct tests in accordance with the latest industry standards and specifications provided by clients to ensure that our services are sufficient to the needs of our clients. Our walk-in solar simulation chamber accommodates large samples and exposes them to direct and indirect solar radiation. Our technicians carefully monitor and control visible light, infrared, and ultraviolet radiation while cycling through other weather conditions if necessary. Why is Solar Radiation Exposure Testing Important? Solar radiation exposure testing provides essential insight into a sample's response to varying degrees of sunlight. The information observed during the test procedures can help manufacturers improve their...



Applied Technical Services’ environmental testing lab provides solar exposure testing to evaluate UV sunlight’s effects on products. Solar exposure testing emulates the effects of varying degrees of sunlight, allowing manufacturers to improve the durability and performance of their products. The Effects of Solar Exposure Nonmetallic materials are susceptible to intense sunlight exposure, which may negatively affect the appearance and performance of a material. Prolonged exposure to sunlight may damage materials in the following ways. Chalking in plastics Cracking of coatings, plastics, and vinyl Delamination of coatings, plastics, and vinyl Distortion in metals, plastics, and vinyl Embrittlement of coatings and plastics Loss of color or gloss in coatings and plastics Oxidation in plastics Applied Technical Services' Solar Exposure Testing Our solar exposure tests consist of alternating cycles of solar radiation that accurately emulate natural sunlight to evaluate a material’s resistance to ultraviolet radiation. We use fluorescent chambers to simulate and accelerate solar radiation experienced in both indoor and outdoor environments. We provide solar exposure testing for products and materials, including: Aerospace Materials Automotive Materials Coatings and Paints Consumer Goods Defense Equipment Polymers Rubbers and Elastomers We conduct UV testing in accordance with the following standards. SAE J2020 ISO 11507 ISO 4892-3 ASTM D5894 ASTM D4587 ASTM D4329 ASTM G154 More About ATS' Environmental Testing Lab Our environmental testing lab emulates the natural weather conditions that products may endure in various climates and environments. We conduct various environmental tests, including xenon weathering, salt spray testing, and ingress protection. Our technicians conduct tests...



Applied Technical Services' environmental testing lab conducts xenon exposure testing to simulate the effects of sunlight exposure on products. The process allows manufacturers to evaluate and qualify a product's performance in specific environmental conditions. Consumers expect products to have a reasonable lifespan, so manufacturers rely on environmental testing such as xenon exposure testing to ensure that their products perform well during their intended applications. What is Xenon Exposure Testing? Xenon exposure testing, or ultraviolet fluorescent testing, simulates the effects of heat, humidity, and sunlight on products and materials in an accelerated fashion. Gas discharge lamps called xenon arcs allow technicians to reproduce the effects of weathering with superb accuracy. Applied Technical Services' Xenon Exposure Testing Services Our environmental testing lab uses our xenon arc chambers to simulate the radiation spectrum of natural sunlight accurately. Our weathering chambers have a data logging software that allows technicians to closely monitor the test's parameters, ensuring the accuracy of the collected data. We work closely with clients to develop the specifics of our testing procedures to ensure that the conditions accurately emulate the weather patterns of the material's intended use. We conduct xenon exposure tests on various materials, including: Automotive and Aerospace Materials Coatings Decals Paints Polymeric Materials (indoor and outdoor) Our xenon exposure tests adhere to the following standards. ASTM D7869 ASTM D6695 ASTM D2565 ASTM D4355 ASTM D4459 ASTM G155 SAE J2412 SAE J257 ISO 4892-2 ISO 105-B02 ISO 105-B04 Applied Technical Services' Environmental Testing Services ATS' environmental testing lab offers comprehensive...



Applied Technical Services’ solvent testing lab evaluates the presence of residual solvents in products. The presence of residual solvents in excessive quantities in consumer products may pose a health risk to consumers. Our testing services help manufacturers adhere to regulations while ensuring the safety and quality of products. What are Solvents? Solvents are typically liquids but can also be solids or gasses that dissolve solutes to form solutions. There are multiple types, each with a unique chemical structure. Halogenated Solvents  Halogenated solvents are a family of chemicals often used in cleaning applications. Iodine, fluorine, chlorine, and bromine are all popular halogenated solvents. Hydrocarbon Solvents Hydrocarbon solvents are derived from petroleum and lack a benzene ring structure. Paints, paint thinners, rubber manufacturing, degreasing, and aerosols contain hydrocarbon solvents. Oxygenated Solvents Oxygenated solvents contain oxygen, hydrogen, and carbon atoms. Residual Solvents Analysis Residual solvents are volatile trace compounds that are used or produced in the manufacturing process of pharmaceuticals. These solvents remain in the final product and belong to three classifications, including: Class One Class one solvents include known or suspected human carcinogens and environmental hazards. Class Two Class two solvents include animal carcinogens and toxic agents. Class Three Class three solvents are less toxic to humans than those in the previous two classes and pose little risk to human health. Our analysis services determine the presence and concentration of residual solvents using gas chromatography, mass spectrometry, and gravimetric techniques. Applied Technical Services' Chemical Analysis Lab Our chemical analysis lab has the advanced...



Applied Technical Services provides a comprehensive Salt Water Acetic Acid Test (SWAAT) for coated and uncoated metals. When purchasing metals or aluminum alloys for marine-based infrastructure, corrosion resistance is critical. Ions in seawater corrode metals faster than in freshwater, weakening the strength of metal products and requiring costly repairs. ATS knows the importance of sustainable and cost-effective materials, which is why our salt spray lab offers ASTM G85 tests that simulate the severity of marine environments on metals. SWAAT is one of five rigorous ASTM G85 modifications to the ASTM B117 industry standard for salt spray testing. What is SWAAT? SWAAT evaluates the corrosion resistance of coated and uncoated metals and aluminum alloys when exposed to synthetic sea salt and humidity at a high temperature. The synthetic sea salt (2. 8 to 3. 0 pH) used in SWAAT is more acidic than the B117 standard (6. 5 to 7. 2 pH) to anticipate real-world conditions. SWAAT Testing Procedure The SWAAT procedure consists of a two-part repeating cycle. First, a specialist stores the coated or uncoated metal in a sea salt chamber kept at 41°C (24°C to 35°C for organically coated materials) to accelerate the metal’s reaction to the briny conditions. For thirty minutes, the metal is continually exposed to the synthetic sea salt spray or fog at a condensation rate of 1. 0 to 2. 0 mL/80cm2/hour. Next, the testing chamber raises the internal humidity to over 98% RH for 90 minutes until the cycle repeats. Finally, our experts inspect...



Applied Technical Services provides salt fog corrosion testing as one of our many environmental testing capabilities. Many industries need their parts, materials, and coatings to withstand corrosive environments since corrosion is a leading cause of equipment failure. Bridges, automotive components, piping systems, and hand tools all need to have corrosion-resistant properties for optimal performance. Salt fog tests, also called salt spray tests, help clients predict how their sample will perform in corrosive conditions before putting a final product into service. Salt fog testing accelerates the weathering process, producing rapid results on an accelerated timeline. Salt Fog Testing Methods ATS offers a wide array of salt fog tests according to numerous standards, such as ASTM, ISO, MIL-STD, SAE, DIN, BS, and JIS, alongside various automotive standards for Ford, General Motors, Chrysler, and Nissan. Standard Tests Salt fog tests generally use a 5% sodium chloride (NaCl) solution to evaluate how samples resist corrosion. Fundamental salt fog tests can apply to numerous materials, including metals and alloys, conversion coatings, organic coatings on metallic materials, anodic oxide coatings, and anodic and cathodic metallic coatings. ATS also offers corrosion tests using a synthetic seawater solution, more closely mimicking real-world service conditions. Acetic Acid Salt Spray Testing The AASS (acetic acid salt spray) test modifies the NaCl solution by adding glacial acetic acid, thus lowering the solution’s pH. The AASS test is more aggressive than basic salt fog tests and is applicable to materials such as anodic coatings on aluminum and decorative chromium, copper, and nickel...



ATS conducts Regulatory Guide 1. 180 EMI Testing in accordance with the standards set by the United States Nuclear Regulatory Commission. With over 55 years of experience as an industrial testing and analysis services provider, ATS has the expertise, knowledge, and resources to exceed even the highest of client expectations for Regulatory Guide 1. 180 EMI Testing. Regulatory Guide 1. 180 Regulatory Guide 1. 180 EMI Testing, more commonly referred to as RG 1. 180 Testing, analyzes a test subject’s electromagnetic compatibility, or EMC, in accordance with the US Nuclear Regulatory Commission’s electromagnetic and radio frequency interference evaluation guidelines for control systems and safety instruments. The second revision of Regulatory Guide 1. 180 EMI Testing was published in December of 2019 and can be viewed via the Federal Register. Industrial Applications As an industrial testing and analysis leader, ATS provides EMI and EMC testing for US-based and international companies in several different industries, including but not limited to: Construction and Manufacturing Automotive Testing and Manufacturing Aviation and Aerospace Power Generation Solar and Renewable Energy Consumer Products EMI and EMC Testing at ATS ATS performs Regulatory Guide 1. 180 EMI Testing in our state-of-the-art EMI and EMC testing lab, equipped with cutting edge technology and advanced machinery to provide our clients with highly accurate, precise reporting. This equipment is operated by ATS’ electromagnetic interference and compatibility testing experts, applying years of experience performing a wide range of electrical testing in accordance with several different popular testing standards. ATS also provides EMI...



Applied Technical Services conducts Ingress Protection (IP) Testing to ensure client products will fare against the environmental elements before reaching the market. ATS (Applied Technical Services) is one of the most prolific environmental testing labs in the United States. We perform hundreds of different test methods for various industries worldwide. IP Testing is one of the many tests we provide that can support companies by validating their product performance claims. What is IP Testing? IP testing determines a product’s ability to protect against the infiltration of water, dust, or foreign objects. Manufacturers might pursue this type of testing for several reasons. Safety is the number one priority since putting out the safest product helps both the customers and the company. Regarding the company itself, IP testing can save from major asset losses and litigation. Particular products require different types of testing. IP testing is divided into two kinds: testing for ingress from liquids and testing for ingress from foreign objects. Liquids can include mist, steam, and sprayed water, while foreign objects can include sand, dust, and oil. With each type of testing, companies can determine the durability and functionality of a particular product before it is placed on the market. Some IP Testing is done with different temperatures and pressure settings. This is essential, as each product may be affected by some elements but not others. Based on a product’s application and condition, it can allow particles and moisture to permeate its outer layer without compromising its function. Take a...



Applied Technical Services offers salt spray resistance testing to help clients assess their materials’ resilience in corrosive environments. Corrosion is a major contributor to equipment failure, affecting everything from bridges and piping systems to hand tools and automotive components. Salt spray testing, also known as salt fog testing, exposes samples to a controlled saline environment to measure their durability at an accelerated rate so clients know how corrosion-resistant their products or materials are before releasing them into service. This test method commonly serves to evaluate protective paints and surface coatings. Salt Spray Methods Standard salt spray testing uses a five percent solution of sodium chloride (NaCl) to test samples for corrosion resistance. More rigorous tests, such as CASS or AASS, augment the solution with chemicals such as copper chloride or acetic acid. Testing experts maintain precise control over the salt spray chamber’s conditions, such as pH and temperature. Testing may last anywhere between a few and a few thousand hours, depending on the client’s needs. ATS offers both static and cyclic salt spray resistance tests. Static tests keep testing conditions constant, whereas cyclic tests expose test specimens to several distinct environments in a repeating cycle. Cyclic testing generally includes several phases: salt spray, drying, condensing humidity, and controlled temperature humidity. ASTM B117 Practices The ASTM B117 salt spray test standard specifies how to set up salt spray resistance tests in a way that produces consistent results in any lab or chamber. This standard practice outlines the parameters for creating a...



Applied Technical Services conducts salt corrosion testing to help clients determine whether their products, paints, coatings, and other materials can endure corrosive service environments. Salt corrosion testing, also called salt fog testing or salt spray testing, measures corrosion resistance over extended periods of time. This test allows clients to evaluate samples in a controlled environment, assessing and comparing their durability. Salt Spray Testing Procedures Corrosion testing takes place in a closed chamber for a pre-determined length of time, anywhere from several hours to several thousand hours. These tests generally use a standard 5% NaCl (sodium chloride) solution but may also involve more specialized solutions according to the applicable standard. ATS offers both static and cyclic salt spray testing. Static testing maintains a constant corrosive environment, while cyclic testing creates several different environments and exposes the sample in a repetitive cycle. Corrosion testing can function as a standalone testing method or as a test component for standards such as ISO 12944-9. Corrosion testing is compatible with several evaluations, including the degree of rusting, degree of blistering, coating adhesion, and corrosion creepage from a scribe. Salt Spray Testing Methods Applied Technical Services conducts salt spray corrosion tests according to a wide array of standards, including: ASTM (American Society for Testing and Materials Standards) ASTM G85 A3: SWAAT - Synthetic Sea Water Spray A2LA Accredited ASTM G85 A2: Salt Spray - Cyclic Acidified A2LA Accredited ASTM G85 A1: Salt Spray - Acetic Acid A2LA Accredited ASTM D2247: Condensing Relative Humidity A2LA Accredited ASTM...



Applied Technical Services provides professional electrical enclosure testing and IP 68 certification services. What is an IP Rating, and Why is it Important? The International Electrotechnical Commission, or IEC, developed Ingress protection ratings to create a uniform standard of electronic enclosure protection. An Ingress protection rating provides information on a device's resistance to water, dirt, and dust-induced damage. Ingress protection is an integral factor in consumer and user safety. IP ratings apply to products, equipment, packaging, and storage, so it's essential to verify which level of protection is necessary for the desired application. Failure to adequately protect equipment and products from environmental damage can lead to expensive repairs and premature failure. Ingress Protection Against Solids The first digit in the IP rating indicates the protection against solids such as sand, dust, and dirt. The levels of protection against solids range from zero to six, with six offering the most protection and zero offering the least. The varying classifications of protection are as follows. Level 0:  No protection Level 1:  Offers protection against objects with a diameter greater than 50mm. Level 2:  Offers protection against objects with a diameter greater than 12. 5mm Level 3:  Offers protection against objects with a diameter greater than 2. 5mm. Level 4:  Offers protection against objects with a diameter greater than 1. 0mm. Level 5:  Offers protection against harmful quantities of dust Level 6:  Dust-tight seal Ingress Protection Against Liquids The last digit indicates the device's resistance to water or liquid-induced damage. The spectrum of...



Applied Technical Services is an advanced high-temperature testing lab capable of exposing products and machinery to extreme conditions to verify quality, safety, and industry-standard compliance. What is High Temperature Testing? A temperature testing lab monitors a product's durability and performance when it is exposed to extreme temperatures. When a product or piece of equipment is frequently exposed to significant temperature changes, this can ultimately lead to damage and even failure of the item itself or its components. This damage often occurs where different types of materials meet and can cause cracks or other damage that weakens structural integrity. In order to prevent this, manufacturers submit their products to temperature testing laboratories to undergo temperature testing, ensuring their products possess the resilience to meet industry standards and operational requirements. Common Temperature Testing Applications Thermal Shock Resistance Assessment Reaction to Temperature and Humidity Assessment Heat Aging Thermal Coefficient Mismatch Assessment Thermal Expansion Rate Assessment Testing Lab Features and Capabilities The temperature testing lab at ATS is capable of subjecting products to temperatures ranging from -60°C to 170°C and varying degrees of humidity in our 14 thermal cycling chambers. Other capabilities include: Ramp Rates up to 7. 5°C per minute (Thermal Cycling) Walk-In Units for Large Samples and Quantities Thermal Shock Testing High-Temperature Testing Standards The ATS thermal testing lab conducts testing in accordance with the following standards: BMW TS 308 (Accredited by the A2LA) GM9505P2 (Accredited by the A2LA) IEC 68-2-30 (Accredited by the A2LA) PrV303 (Accredited by the A2LA) ATS also...



Applied Technical Services conducts thermal cycling testing by exposing products, materials, and equipment to extreme temperatures to analyze durability and functionality. Testing Method Thermal cycling, or temperature testing, is performed by placing the test subject in a thermal chamber that exposes the object to cycles of high and low temperatures over time. Minimum and maximum temperatures ranging between -60°C and 170°C are set by our thermal cycling technicians, depending on the object’s intended functionality, standard operating environment, and the applicable industry standard. Our thermal cycling lab is capable of temperature ramp rates of 7. 5°C per minute and can accommodate test subjects of varying sizes up to 14 ft. x 10 ft. x 11 ft. Thermal cycling and temperature testing helps clients in pre-production manufacturing stages or in failure analysis following an incident. Thermal Cycling Standards Applied Technical Services conducts thermal cycling accordance with client-requested specifications as well as the following standards, for which we maintain ISO/IEC 17025:2017 accreditation to perform: IEC 68-2-30 GM9505P2 PrV303 BMW TS 308 ATS’ Thermal Cycling Lab The ATS thermal cycling lab features the following capabilities: Temperatures Ranging from -60°C to 170°C Humidity Testing 7. 5°C/Minute Ramp Rate Thermal Shock Testing 14 Thermal Cycling Chambers of Varying Sizes Thermal Cycling Applications Common applications for thermal cycling and temperature testing include: Heat Aging Analyze Thermal Expansion Rates Observe Temperature and Humidity Reactions Determine Thermal Shock Resistance Determine Thermal Coefficient Mismatch Applied Technical Services With over five decades of industrial testing experience, Applied Technical Services is the...



Applied Technical Services provides Sand and Dust Testing capabilities through our environmental testing laboratory. Sand and Dust Testing is a means of evaluating the long-term survivability of materials and devices in dusty and sandy environments such as plains and deserts. The testing procedures examine potential mechanical, electrical, and thermal issues due to dust and sand penetrating crevices and cracks, obstructing openings, and disrupting joints and bearings. Military standard 810 defines dust particles to be less than 150 micrometers in diameter and sand particles as 150-850 micrometers in diameter. Testing Procedures The experts within our environmental testing laboratory have experience conducting Sand and Dust testing daily. Sand and Dust Testing is broken down into two procedures: Procedure 1 – Six-hour test of blowing dust between 1. 5 to 10 meters per second velocity Procedure 2 – 90-minute test of blowing sand at about 18 meters per second velocity A final 10-minute operation test to ensure proper functionality of the device Once the two procedures have been completed, ATS experts will examine the device or material for any issues such as thermal and electrical performance, visible damage such as paint chipping or abrasions, as well as overall performance to respective standards. The ATS Environmental Testing Lab Applied Technical Services has been providing testing services for more than 50 years. Our technicians are dedicated to providing reliable and accurate results in a quick turn-around time. Our environmental testing lab performs testing daily to the following standards: ASTM (American Society for Testing and Materials)...



As an EMI service provider, Applied Technical Services offers a frequently expanding range of electromagnetic interference and compatibility testing services to verify a subject’s ability to operate in its normal environment in compliance with industry standards. The EMI Testing Lab at Applied Technical Services Our state-of-the-art EMI/EMC testing facility is staffed by certified electromagnetic testing experts who strive to provide our clients with the highest level of customer service. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA, guaranteeing precise reporting with accurate data. ATS EMI/EMC Testing Services As an EMI service provider, Applied Technical Services offers an extensive list of electromagnetic interference and compatibility testing procedures, including: RTCA-DO-160 Section 15, Magnetic Effect Section 16, Power Input (28VDC and 115VAC 400Hz) Section 17, Voltage Spike Section 18, Audio Frequency Conducted Susceptibility Section 19, Induced Signal Susceptibility Section 20, Radio Frequency Susceptibility (Conducted) Section 20, Radio Frequency Susceptibility (Radiated) Section 21, Emission of Radio Frequency Energy (Radiated and Conducted) Section 22, Lightning Induced Transient Susceptibility (up to Level 3) Section 25, Electrostatic Discharge MIL-STD-461 CE101 CE102 RE101 RE102 (up to 18GHz) CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 LDC (28VDC) SAC (115V AC 400Hz single phase) TAC (115V AC 400Hz three phase) Applied Technical Services Applied Technical Services is an ISO/IEC 17025:2017 accredited, ISO 9001:2015 registered EMI service provider. Founded in 1967, ATS has the knowledge and resources to ensure accurate, reliable reporting. We adhere to rigorous quality assurance standards and...



Applied Technical Services provides EMI testing services to analyze the electromagnetic interference of a subject to verify industry compliance. EMI & EMC Testing EMI/EMC testing measures the electromagnetic emissions that causes interference with other devices. Manufacturers of electronic devices, aerospace/automotive/military vehicles, consumer electronics, and medical equipment rely on EMI & EMC testing as all electronic devices have the potential to cause electromagnetic interference. As the number of electronic devices increases, so does the potential for interference between devices. EMC/EMC Testing Services Provided by ATS MIL-STD-461 RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 LDC (28VDC) SAC (115V AC 400Hz single phase) TAC (115V AC 400Hz three phase) RTCA-DO-160 Section 15, Magnetic Effect Section 16, Power Input (28VDC and 115VAC 400Hz) Section 17, Voltage Spike Section 18, Audio Frequency Conducted Susceptibility Section 19, Induced Signal Susceptibility Section 20, Radio Frequency Susceptibility (Conducted) Section 20, Radio Frequency Susceptibility (Radiated) Section 21, Emission of Radio Frequency Energy (Radiated and Conducted) Section 22, Lightning Induced Transient Susceptibility (up to Level 3) Section 25, Electrostatic Discharge Applied Technical Services Beyond our EMI testing services, Applied Technical Services is proud to be the preferred industrial testing service provider of many of the nation’s most prestigious automotive, nuclear, construction, military, and aerospace companies. ATS strives to achieve the highest level of customer satisfaction on every project, maximizing the value of our testing services through use of innovative technologies to reduce client costs while providing...



Applied Technical Services provides EMI services to verify a subject’s ability to operate in its normal environment without causing electromagnetic interference to other devices, vehicles, and equipment in the area. Electromagnetic Interference Testing Electromagnetic interference (EMI) testing is a method that consists of measuring the level and type of emissions by an electronic device. Cellular networks, ignition systems, and natural weather events such as lightning can all cause electromagnetic interference. EMI testing is crucial to maintaining industry compliance and optimal technological performance for equipment used in industries such as avionics and military. We offer a multitude of electromagnetic interference and compatibility tests that comply with several different industry standards. EMI Services Offered by ATS RTCA-DO-160 Section 15, Magnetic Effect Section 16, Power Input (28VDC and 115VAC 400Hz) Section 17, Voltage Spike Section 18, Audio Frequency Conducted Susceptibility Section 19, Induced Signal Susceptibility Section 20, Radio Frequency Susceptibility (Conducted) Section 20, Radio Frequency Susceptibility Section 21, Emission of Radio Frequency Energy (Radiated and Conducted) Section 22, Lightning Induced Transient Susceptibility (up to Level 3) Section 25, Electrostatic Discharge MIL-STD-461 RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 LDC (28VDC) SAC (115V AC 400Hz single phase) TAC (115V AC 400Hz three phase) Applied Technical Services Applied Technical Services employs the nation’s premier electromagnetic interference and compatibility testing experts. Founded in 1967, ATS has the experience and resources to ensure the highest level of customer satisfaction on every project. We...



Applied Technical Services features a highly advanced, ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited (A2LA) ESD lab with a frequently expanding list of testing services. What is ESD Testing? Electrostatic discharge (ESD) testing is performed to monitor the exchange of electrostatic current between two subjects. Electrostatic discharge can result in the transfer of thousands of volts of electricity, potentially causing significant damage to electronic components. The ESD Lab at Applied Technical Services The ATS ESD lab conducts electrostatic discharge testing to ensure that our clients maintain compliance with standards established by the RTCA (Radio Technical Commission for Aeronautics) and FAA (Federal Aviation Administration). ATS provides ESD testing in compliance with MIL-STD-461 CS118 and RTCA-DO-160 Section 25. Complete list of our RTCA-DO-160 testing capabilities: Section 15: Magnetic Effect Section 16: Power Input* Section 17: Voltage Spike Section 18: Audio Frequency Conducted Susceptibility Section 19: Induced Signal Susceptibility Section 20: Radio Frequency Susceptibility Conducted Section 20: Radio Frequency Susceptibility Radiated Section 21: Emission of Radio Frequency Energy Conducted Section 21: Emission of Radio Frequency Energy Radiated Section 22: Lightning Induced Transient Susceptibility** Section 25: Electrostatic Discharge *28 VDC / 115VAC 400Hz **Up to level 3 Applied Technical Services Applied Technical Services has over fifty years of experience as the nation’s premiere industrial testing services provider. Our highly skilled, certified electrical testing experts strive to achieve the highest level of client satisfaction on each and every project. We are proud to be the preferred provider for many of our country’s most prestigious military,...



The Applied Technical Services EMI lab is equipped with advanced electromagnetic testing technology and staffed by certified EMI and EMC testing experts. Electromagnetic Interference EMI is the emission of electromagnetic signals or noise from an electronic device that causes interference with the electronic components in other machinery, equipment, or vehicles. While all electronic devices emit a certain level of interference, it must fall within specified parameters determined by regulatory committees such as the RTCA, FAA, and DOD. What is an EMI Lab? An EMI lab is a facility capable of conducting electromagnetic interference testing. An EMI testing facility must be ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited to achieve industry compliance, as a testing facility lacking these credentials cannot ensure the accuracy of their test results. ATS EMI Lab Services Applied Technical Services offers an extensive list of EMI testing procedures, including: RTCA-DO-160 Section 15, Magnetic Effect Section 16, Power Input (28VDC and 115VAC 400Hz) Section 17, Voltage Spike Section 18, Audio Frequency Conducted Susceptibility Section 19, Induced Signal Susceptibility Section 20, Radio Frequency Susceptibility (Conducted) Section 20, Radio Frequency Susceptibility Section 21, Emission of Radio Frequency Energy (Radiated and Conducted) Section 22, Lightning Induced Transient Susceptibility (up to Level 3) Section 25, Electrostatic Discharge MIL-STD-461 CE101, CE102 RE101, RE102 (up to 18GHz) CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 LDC (28VDC) SAC (115V AC 400Hz single phase) TAC (115V AC 400Hz three phase) The Future of the ATS EMI Lab The Applied...



Applied Technical Services performs electromagnetic compatibility testing in our advanced EMC testing lab. Electromagnetic Compatibility EMC testing assesses an electronic device’s ability to operate in its standard environment without causing interference that impacts the operation of other equipment. The amount of electromagnetic interference emitted by a device must not exceed levels determined by the FAA (Federal Aviation Administration), the RTCA (Radio Technical Commission for Aeronautics), and the DOD (United States Department of Defense). All equipment with electronic components causes electromagnetic interference. As the number of electronic devices in all fields continues to increase exponentially, so does the importance of electromagnetic compatibility testing. ATS EMC Testing Lab Services Applied Technical Services conducts EMI and EMC testing in accordance with the following standards: MIL-STD-461 RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 SAC (115V AC 400Hz single-phase) TAC (115V AC 400Hz three-phase) LDC (28VDC) RTCA-DO-160 S15 Magnetic Effect S16 Power Input (28VDC and 115VAC 400Hz) S17 Voltage Spike S18 Audio Frequency Conducted Susceptibility S19 Induced Signal Susceptibility S20 Radio Frequency Susceptibility Conducted S20 Radio Frequency Susceptibility Radiated S21 Emission of Radio Frequency Energy Conducted S21 Emission of Radio Frequency Energy Radiated S22 Lightning Induced Transient Susceptibility (up to Level 3) S25 Electrostatic Discharge Applied Technical Services The Applied Technical Services EMC testing lab offers a frequently expanding catalog of electromagnetic compatibility testing services. With over five decades of experience in industrial testing, ATS has the knowledge and resources to...



The Applied Technical Services industrial testing facility features a state-of-the-art EMI EMC testing lab with a frequently expanding list of testing capabilities. Electromagnetic Interference and Compatibility EMI and EMC testing determine a subject’s ability to operate without interfering with other electronic equipment. The acceptable level of interference emitted by an electronic device is determined by a series of standards determined by the Radio Technical Commission for Aeronautics (RTCA), the Federal Aviation Administration (FAA), and the United States Department of Defense (DOD). Why Applied Technical Services? The EMI/EMC testing lab at ATS is ISO 9001:2015-registered and ISO/IEC 17025:2017-accredited by A2LA. Our experts conduct electromagnetic testing with exceptional precision, delivering accurate and reliable results on every report. Manufacturers and aerospace parts suppliers must meet strict compliance standards that require testing to be performed in qualified, standards-driven EMI/EMC laboratory environments. Testing Procedures MIL-STD-461 Conducted Emission, CE101, CE102, and CE106 Conducted Susceptibility, CS101, CS103, CS104, CS105, CS109, CS114, CS115, CS116, CS117, and CS118 Radiated Emission, RE101 and RE102 Radiated Susceptibility, RS101 and RS103 MIL-STD-704 TAC (115VAC 400Hz three-phase) SAC (115VAC 400Hz single-phase) SVF (115VAC Variable Frequency single phase) TVF (115VAC Variable Frequency three phase) SXF (115VAC 60Hz) LDC (28VDC) RTCA-DO-160 Magnetic Effect – S 15 Power Input (28VDC and 115VAC 400Hz) – S 16 Voltage Spike – S 17 Audio Frequency Conducted Susceptibility – S 18 Induced Signal Susceptibility – S 19 Radio Frequency Susceptibility (Conducted) – S 20 Radio Frequency Susceptibility – S 20 Emission of Radio Frequency Energy (Conducted) – S 21...



Applied Technical Services is an ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited ESD testing lab with a comprehensive list of services. Electrostatic Discharge Testing ESD testing, or electrostatic discharge testing, is conducted to ensure compliance with industry standards set by the Federal Aviation Administration and Radio Technical Commission for Aeronautics. When two differently charged subjects come into contact, an exchange of electrons causes electrostatic discharge. ESD can transfer thousands of volts of electricity from one subject to another, potentially damaging sensitive electronic components. The Applied Technical Services ESD testing lab conducts electrostatic discharge testing in accordance with RTCA-DO-160 standards, as well as other EMI/EMC testing in compliance with MIL-STD-461 CS118 and the following RTCA-DO-160 sections: Section 15: Magnetic Effect Section 16: Power Input* Section 17: Voltage Spike Section 18: Audio Frequency Conducted Susceptibility Section 19: Induced Signal Susceptibility Section 20: Radio Frequency Susceptibility Conducted Section 20: Radio Frequency Susceptibility Radiated Section 21: Emission of Radio Frequency Energy Conducted Section 21: Emission of Radio Frequency Energy Radiated Section 22: Lightning Induced Transient Susceptibility** Section 25: Electrostatic Discharge *28 VDC / 115VAC 400Hz **Up to level 3 Applied Technical Services Applied Technical Services has been a leader of industrial testing services for over fifty years. Founded in 1967, ATS applies five decades of experience to every project to ensure the highest levels of quality and customer satisfaction. We are proud to be the preferred provider for some of the country’s most distinguished aerospace, automotive, and military companies. Our electrostatic discharge testing experts...



Applied Technical Services performs ESD testing to verify compliance with industry standards and ensure equipment and personnel safety. ESD ESD, or electrostatic discharge, is caused by two subjects with different charges making contact with one another. An exchange of electrons occurs, creating an electromagnetic field expansion that results in electrostatic discharge. The electrostatic discharge created by a person coming into contact with an electronic component can transfer thousands of volts of static electricity, damaging sensitive electronic circuits and potentially causing device malfunction or failure. Due to this inherent risk, it is crucial that aircraft undergo ESD testing to maintain compliance with the industry standards set by regulatory entities such as the Radio Technical Commission for Aeronautics (RTCA) and Federal Aviation Administration (FAA). ESD Testing and Electromagnetic Compatibility Electrostatic discharge testing is required to verify compliance with EMC (electromagnetic compatibility) standards, such as RTCA-DO-160. This standard establishes guidelines for various aspects of electromagnetic compatibility and interference testing, such as electrostatic discharge. ATS performs EMI/EMC testing in accordance with MIL-STD-461 CS118, as well as the following RTCA-DO-160 sections: 15: Magnetic Effect 16: Power Input (28 VDC and 115 VAC 400Hz) 17: Voltage Spike 18: Audio Frequency Conducted Susceptibility 19: Induced Signal Susceptibility 20: Radio Frequency Susceptibility Conducted 20: Radio Frequency Susceptibility Radiated 21: Emission of Radio Frequency Energy Conducted 21: Emission of Radio Frequency Energy Radiated 22: Lightning Induced Transient Susceptibility (Up to Level 3) 25: Electrostatic Discharge Why Applied Technical Services? With over fifty years of experience, Applied Technical Services has...



ATS performs electrostatic discharge testing to ensure industry standard compliance and safety and to prevent costly damage to electronic components and devices. ESD Testing Electrostatic discharge (ESD) occurs when two objects containing different electric charges make contact. This contact causes an exchange of electrons, creating an electromagnetic field buildup which leads to electrostatic discharge. ESD can transfer thousands of volts of static electricity, damaging sensitive electronic circuits and causing component failure or malfunction. Electrostatic discharge precautions must be taken whenever an electrical device could potentially come into contact with a person or another device. EMI & EMC Testing Electrostatic discharge testing is required to verify compliance with electromagnetic compatibility (EMC) standards, such as RTCA-DO-160. This standard, set by the Radio Technical Commission for Aeronautics, establishes guidelines for various aspects of electromagnetic compatibility and interference testing. ATS is equipped to perform testing in accordance with MIL-STD-461 CS118, as well as the following RTCA-DO-160 sections: S 15: Magnetic Effect S 16: Power Input (28 VDC and 115 VAC 400Hz) S 17: Voltage Spike S 18: Audio Frequency Conducted Susceptibility S 19: Induced Signal Susceptibility S 20: Radio Frequency Susceptibility Conducted S 20: Radio Frequency Susceptibility Radiated S 21: Emission of Radio Frequency Energy Conducted S 21: Emission of Radio Frequency Energy Radiated S 22: Lightning Induced Transient Susceptibility (Up to Level 3) S 25: Electrostatic Discharge Why Applied Technical Services? ATS maintains a sophisticated EMI and EMC testing lab. Founded in 1967, ATS has the experience, knowledge, and skills to ensure the...



Applied Technical Services offers an extensive list of EMI and EMC testing services in our state-of-the-art EMC lab. Electromagnetic compatibility (EMC) testing verifies a subject’s ability to operate in its standard service environment without interfering with other devices, vehicles, or equipment. The level of interference emitted by a subject must fall within parameters set by relevant industry standards to pass EMC testing. Why ATS? At ATS, our EMC testing lab is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited in calibration by the A2LA. We conduct electromagnetic compatibility and interference testing at the highest level of precision and accuracy to ensure our clients receive the best possible service. Parts suppliers and manufacturers working in aviation, aerospace, military, or other highly regulated industries must adhere to strict standards that require fully certified EMI and EMC testing facilities, such as the ATS EMI and EMC lab. Any EMC testing lab lacking full accreditation is unqualified to assure the validity of their testing results. EMI and EMC Testing Standards CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RE101 RE102 (up to 18GHz) RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-461 RS101 MIL-STD-461 RS103 (up to 18GHz and 200V/m) RTCA-DO-160 Section 20: Radio Frequency Susceptibility Radiated Applied Technical Services Applied Technical Services offers a rapidly expanding list of testing procedures. The ATS electromagnetic interference and compatibility testing facility stands at the forefront of EMI and EMC testing. We provide our national and global clients with the highest level of customer service and reliability, implementing new...



Applied Technical Services (ATS) conducts EMI & EMC testing to analyze the interference and compatibility of a subject to ensure industry compliance. EMI, or electromagnetic interference, tests for the emission of any signal or noise from a subject that causes interference with other vehicles, equipment, or machinery. EMC, or electromagnetic compatibility, tests a subject’s ability to operate without creating electromagnetic interference for other devices in the subject’s environment. Manufacturers of electronic devices, medical equipment, aerospace/military vehicles and machinery, and consumer goods rely on EMI & EMC testing, as all electronic devices have the potential to cause electromagnetic interference. As the number of electronic devices increases, so does the potential for interference between devices. Testing Procedures RTCA-DO-160 The RTCA-DO-160 testing standard establishes the criteria for environmental aircraft testing. This standard applies to all sizes of aircraft in various fields, including but not limited to general aviation aircraft, helicopters, commercial wide-body airliners, and supersonic transport aircraft. ATS performs the following EMI & EMC-related RTCA-DO-160 testing procedures: S15 Magnetic Effect S16 Power Input (28VDC and 115VAC 400Hz) S17 Voltage Spike S18 Audio Frequency Conducted Susceptibility S19 Induced Signal Susceptibility S20 Radio Frequency Susceptibility (Radiated and Conducted) S21 Emission of Radio Frequency Energy (Radiated and Conducted) S22 Lightning Induced Transient Susceptibility (up to Level 3) S25 Electrostatic Discharge MIL-STD-461 MIL-STD-461 establishes EMI & EMC testing procedures and limits for military subsystems and equipment. MIL-STD-461 determines the interface and verification requirements for electromagnetic interference emissions and the vulnerability characteristics of electromechanical equipment used by the...



Applied Technical Services conducts electromagnetic compatibility (EMC) testing to monitor a subject’s ability to operate in its normal environment without causing electromagnetic interference to other vehicles, components, and equipment in the area. EMC testing determines if the electromagnetic emissions of an electronic device comply with industry standards. We offer a frequently expanding list of comprehensive EMC testing procedures for several industries, including military and avionics. We offer a wide range of tests that comply with MIL-STD-461, MIL-STD-704, and RTCA-DO-160 standards. MIL-STD-461 MIL-STD-461 establishes EMI testing procedures for military subsystems and equipment. This standard determines requirements for electromagnetic interference emissions and the characteristics of electromechanical equipment used by the US Department of Defense. RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 MIL-STD-704 establishes the requirements of electric power on aircraft. LDC (28VDC) SAC (115V AC 400Hz single-phase) TAC (115V AC 400Hz three-phase) RTCA-DO-160 RTCA-DO-160 provides the criteria for the environmental testing of aircraft of all sizes, including but not limited to general aviation aircraft, supersonic transport aircraft, and helicopters. S15 Magnetic Effect S16 Power Input (28VDC and 115VAC 400Hz) S17 Voltage Spike S18 Audio Frequency Conducted Susceptibility S19 Induced Signal Susceptibility S20 Radio Frequency Susceptibility (Radiated and Conducted) S21 Emission of Radio Frequency Energy (Radiated and Conducted) S22 Lightning Induced Transient Susceptibility (up to Level 3) S25 Electrostatic Discharge Applied Technical Services Applied Technical Services will be adding several EMC testing-related lab services in 2022, including additional RTCA-DO-160...



EMI, or electromagnetic interference, is the emission of a signal and/or noise from a subject that causes interference with other vehicles, equipment, or machinery. The amount of interference must fall within parameters specified by industry standards to comply with relevant EMI regulations. An EMI testing lab will conduct a series of tests, as determined by which industry produced the test subject. The EMI Lab at ATS Our state-of-the-art testing facility is capable of performing a wide range of electromagnetic interference testing. Two distinctions set ATS apart from other EMI labs: our ISO 9001:2015 registration and our ISO/IEC 17025:2017 accreditation for calibration. Parts suppliers working alongside industries with lofty quality requirements must seek out fully certified EMI testing labs to sufficiently validate their products in the eyes of discerning clientele. An unaccredited EMI lab cannot reasonably assure the validity of their test results. Applied Technical Services ATS is an advanced EMI testing lab that provides accurate, reliable results. Applied Technical Services’ team of highly trained, skilled professionals apply decades of experience to each inspection, making ATS the premier EMI lab in the region. ATS EMI Testing Services Applied Technical Services offers an extensive list of electromagnetic interference and compatibility testing procedures, including: RTCA-DO-160 Section 15, Magnetic Effect Section 16, Power Input (28VDC and 115VAC 400Hz) Section 17, Voltage Spike Section 18, Audio Frequency Conducted Susceptibility Section 19, Induced Signal Susceptibility Section 20, Radio Frequency Susceptibility (Conducted) Section 20, Radio Frequency Susceptibility (Radiated) Section 21, Emission of Radio Frequency Energy (Radiated and...



Electromagnetic interference (EMI) testing is a method of measuring the level, type of noise, and signals emitted by a device, piece of equipment, or vehicle. Clients request EMI testing to ensure that the vehicle’s electromagnetic emissions are within the required range to avoid interference with other components, equipment, and vehicles. Cellular networks, ignition systems, and natural weather events such as lightning can all cause electromagnetic interference. EMI testing is one of the many comprehensive testing methods that Applied Technical Services offers. EMI testing plays an important role in maintaining optimal technological performance for equipment used in several industries, including avionics and military. We offer a multitude of electromagnetic interference tests that comply with MIL-STD-461 and RTCA-DO-160 standards. MIL-STD-461 This standard establishes electromagnetic interference testing procedures and limits for military subsystems and equipment. MIL-STD-461 determines the interface and verification requirements for electromagnetic interference emissions and the vulnerability characteristics of electromechanical equipment used by the US Department of Defense. The MIL-STD-461 EMI testing procedures we offer include: RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 This standard establishes the requirements and characteristics of aircraft electric power provided at the input terminals of electric utilization equipment. The MIL-STD-704 EMI testing procedures we offer include: LDC (28VDC) SAC (115V AC 400Hz single phase) TAC (115V AC 400Hz three phase) RTCA-DO-160 This standard provides the criteria for the environmental testing of aircrafts. This criteria applies to all sizes of aircraft in various...



The Sun's Effects on Outdoor Products Applied Technical Services performs xenon arc testing to help clients determine their product’s resistance to environmental stimuli such as heat, moisture, and solar radiation. Outdoor products notoriously degrade over time: painted siding cracks and chips, while the colors of lawn furniture fade noticeably quickly the longer they remain in the backyard. These phenomena are just some of the numerous effects of the sun’s rays. Although our star emits energy of every type from the electromagnetic spectrum, most of it is filtered through Earth’s atmosphere, with primarily infrared, visible light, and ultraviolet (UV) rays making their way to the surface. This combination of energy produces a variety of effects, ranging from aesthetic changes such as color fading to mechanical changes such as weakening coatings. Manufacturers trust their outdoor products to third-party testing specialists, such as ATS, to verify how their samples react under accelerated sunlight testing. Our Xenon Arc Testing Capabilities ATS’ environmental testing division performs the xenon arc method using advanced weathering testing equipment. These instruments produce solar spectrum radiation by using a xenon bulb. Our technicians can expose the sample directly, which mimics uninterrupted sun exposure, or through a pane of glass, which replicates the conditions incurred by automotive interior materials. By also controlling the chamber’s temperature and relative humidity, our technicians can faithfully reproduce day and night cycles to determine how products will react under these circumstances. Our instrumentation can even simulate rain by introducing water spray to validate how they perform...



Applied Technical Services (ATS) performs powder coating salt spray testing to assist our clients in accurately determining the effects of corrosion on their products or components. Standardized salt spray or fog testing performed under ASTM B117 is an accelerated corrosion method applied to measure the relative corrosion resistance of exposed coated metals in high temperatures. ATS’ salt spray testing lab produces real-world simulations to accurately determine the impact of corrosion on powder coatings for various types of products for an array of industries. Our facility contains a fleet of testing chambers that allows us to produce any sequence of customized and comprehensive salt spray testing. Accelerated corrosion tests provide data on coating progression or performance, and product integrity throughout the exposure process. Testing Capabilities The more testing hours without displaying signs of corrosion, the more corrosion-resistant the coating application for paints, coatings, or products. During powder coating salt spray testing, our technicians subject items to a saline environment for a specific amount of time to determine corrosion resistance levels after thorough analysis. Our procedures implement photographic documentation and quantitative analysis, which can provide our clients with data on percentage blistering, the level of creepage from the scribe(s), and filiform substrate and burrow. ATS performs salt spray testing for a variety of industry specifications, as listed: ASTM B117 ASTM G85 ASTM B368 DIN EN ISO 9227 DIN 50021 FLTM BI 103 GMW 14872 ATS powder coating salt spray testing includes: Condensing Humidity Cyclic Corrosion Continuous Salt Fog Copper Accelerated Acetic Acid...



Corrosion due to moisture and salt exposure occurs in nearly every industry, costing millions in repairs. While the bulk of salt exposure occurs along coastlines, salt is also present in the ground, atmosphere, rivers, and lakes. In colder climates, road salt contributes largely to corrosion on vehicles and bridges. Salt spray testing labs evaluate how salt and moisture corrosion impact products and materials. At ATS, we perform accelerated salt spray (also known as salt fog) corrosion tests to assess metal, coating, and plating performance in corrosive environments. We test automotive and aerospace parts, fasteners, and other products for changes in integrity. Our Salt Fog Lab The ATS salt spray lab measures corrosion progression at intervals, corrosion creepage on scratched surfaces, coating adhesion, degree of rusting, and degree of coating blistering. We ensure that our clients’ products can withstand the corrosive environments in which they will serve. Our technicians utilize several salt spray testing methods, including: Neutral Salt Spray Condensing Humidity Cyclic Corrosion Acidified Synthetic Sea Water Fog (SWAAT) Continuous Salt Fog Copper Accelerated Acetic Acid Salt Spray (CASS) ATS performs corrosion testing for numerous industries with the capacity to evaluate both small and large samples. We test to a wide range of standards, such as: ASTM G85 ASTM B117 ASTM B368 SAE J400 DIN EN ISO 2409 ISO 9227 DIN 50021 FLTM BI 103 GMW 14872 FLTM BO 116 Our facility utilizes up-to-date equipment to provide our clients with accurate data. Our environmental testing experts conduct the above procedures in...



Moisture, Heat, and the Sun vs. Your Product Applied Technical Services performs xenon arc UV testing to help clients determine their product’s resistance to environmental stimuli such as solar radiation. Product engineers know that environmental agents undermine the effectiveness of products over time. Corrosion and thermal stress, caused by moisture and temperature variation respectively, negatively impact the material’s mechanical performance, while fading colors and brittleness caused by sunlight exposure cause aesthetic and mechanical failures in coatings. ATS’ environmental testing division can test all of these stimuli simultaneously to help clients establish how their product would perform over the duration of its outdoor service life. Our Xenon Arc UV Testing Capabilities The environmental testing lab houses the xenon arc chambers that we use to perform this type of solar testing. They accommodate either flat or three-dimensional samples to allow our technicians to assess specimens at a greater range of production phases. Our chambers use xenon-filled tubes to create ultraviolet (UV) radiation in wavelengths similar to the sun’s. With additional temperature and humidity controls, our technicians can faithfully reproduce day/night cycles to deliver the most authentic simulation of client products’ resistance to environmental factors. We perform this method according to the following standard specifications, ISO/IEC 17025:2017 accredited by the A2LA where designated: ASTM D2565 ASTM D4459 ASTM D6695 ASTM G155* ISO 4892–2 SAE J1885* SAE J2412* SAE J2527* * indicates ISO/IEC 17025:2017 accreditation We also perform another version of UV testing, powered by fluorescent bulbs which produce UV radiation, that offers a...



Less than five percent of sunlight consists of UV radiation. While this seems like a small amount, UV radiation from the sun causes significant damage over time. Materials like plastics, coatings, and textiles may fade, crack, peel, or change color depending on how sensitive they are to UV rays. Even materials designed to withstand direct exposure to sunlight can sustain damage that compromises their integrity. UV stability testing is a method of accelerated weathering that reproduces the effects of long-term exposure to sunlight in a more time-efficient manner. This kind of testing exposes sample materials to UV light and high temperatures, either cyclically or statically, and may include exposure to moisture to assist in simulating real outdoor service conditions. Testing a material’s resistance to UV damage helps manufacturers meet production standards and develop long-lasting products. Methods of UV Stability Testing UV stability can be tested according to many standards and using several different methods. One of the most widely used UV testers is the QUV. The QUV weathering tester uses fluorescent UV lighting, condensation, temperature control, and water spray to simulate accelerated weathering. The QUV rapidly accelerates the aging process of test materials, showing what years’ worth of damage may look like in only a few days or weeks. Some standards that ATS tests using the QUV are: ASTM D4329 ASTM D4587 ASTM D4674 ASTM D5894 ASTM G154 SAE J2020 Another way to test UV stability is using xenon arc weathering. Xenon arc testers generate visible, UV, and infrared light,...



Applied Technical Services offers its solar testing lab capabilities to help clients assess how well their products resist radiation from the sun. Why is Solar Testing Important? The solar spectrum of electromagnetic radiation includes visible light, infrared, and ultraviolet waves — extensive exposure to these three combined can cause a product’s colors to fade and undermine the mechanical and electrical characteristics integral to its functionality. Heat, the other weathering phenomenon associated with the sun, also ages materials prematurely, causing discolorations or texture changes or even structural warping. To ensure the longevity of their products, manufacturers seek the expertise of solar testing labs like ATS, which can faithfully simulate years of sunlight damage in a matter of weeks. What Sets Us Apart as a Solar Testing Lab The ATS solar simulation lab is equipped with a fleet of testing chambers designed to simulate the various stimuli associated with solar radiation. Our crown jewel is the 10 ft x 10 ft x 8 ft solar simulation chamber, capable of precisely reproducing a wide array of environmental conditions to accurately determine the sample product’s resistance to real service conditions. The size of this walk-in chamber allows it to accommodate large subassemblies or finished products, including passenger vehicles. Our technicians can apply temperatures between -40°C and 80°C and relative humidity between 5% and 95%, as appropriate to the relevant standards. Solar Testing and Quality Standards As an ISO 9001:2015-registered company, our testing and inspection services are guided by a comprehensive quality management system. Our...



Applied Technical Services offers artificial weathering testing to clients who need to rapidly simulate the long-term effects of outdoor exposure on a product. Because a variety of products will see outdoor use over their service life, product engineers must consider how well their design materials and subassemblies resist the effects of weathering. Everything from moisture to salinity to temperature to sunlight will affect the aesthetic, electrical, or mechanical properties of a product if it undergoes long, uninterrupted periods of exposure. ATS’ environmental testing division performs several methods of artificial weathering so that clients can assess how their product holds up against the elements and then adjust accordingly. Our Artificial Weathering Testing Capabilities Our Marietta lab maintains a fleet of weathering testing instruments to determine the resistance of materials, components, subassemblies, and complete assemblies to a wide variety of weathering stimuli. While the following list does not represent an exhaustive account of our artificial weathering capabilities, it does reflect commonly requested standards for which we maintain ISO/IEC 17025:2017 testing accreditation through the A2LA: Ultraviolet Testing Ultraviolet (UV): fluorescent UV lamp, primarily used to test mechanical properties. ASTM D5894 ASTM D4587 ASTM D4329 ASTM G154 SAE J2020 ISO 4892-3 ISO 11507 Xenon Testing Xenon: xenon arc lamp, primarily used to test aesthetic properties of high-quality paints and coatings (usable for indoor exposure through glass as well). Full-Spectrum Solar: carbon lamp, primarily used to test aesthetic, mechanical, and electrical characteristics. DIN 75220 Corrosion Testing Corrosion: applying moisture and salinity over time to measure...



Prolonged exposure to solar radiation can damage many materials like fabric, plastic, or concrete. The sun causes damage by emitting ultraviolet (UV) waves, a form of electromagnetic radiation with destructive properties. Products that are often exposed to sunlight, either directly or indirectly, during service must have a certain level of resistance to UV light to retain their usefulness and value. Technicians can test this resistance in artificial environments like that of the QUV. UV testing can reveal the integrity and longevity of products designed for sun exposure. The QUV Weathering Tester QUV testing evaluates UV exposure as well as several other outdoor conditions. The QUV tester simulates outdoor weathering conditions like sun exposure, rain, dew, and temperature fluctuations. Using UV fluorescent lamps, a condensation mechanism, a water spray system, and temperature controls, the QUV creates realistic conditions for testing a product’s durability in outdoor weather. The QUV can test for several types of damage, including: Blistering Chalking Color change Cracking Embrittlement Gloss loss Hazing Oxidation Strength loss In a matter of days or weeks, the QUV can reproduce the damage that would occur over months or years of service. The QUV mimics varying weather cycles to get an accurate picture of how products endure outdoor conditions. The weathering tester complies with many national, international, and industry testing standards and is one of the most widely used weathering testers in the world. ATS QUV Testing Applied Technical Services has provided testing and inspection services for over 50 years. We work with...



Ensuring Performance Under Extreme Acceleration Forces Applied Technical Services (ATS) performs centrifuge testing to help ensure client products and components withstand high-G forces expected in service. Certain products must contend with an additional force beyond the stimuli they are expected to withstand. Accelerating an object to supersonic speeds imposes massive forces on its components and materials — the resulting dynamic loads are unlike those experienced by consumer or commercial products outside of impact events. While relatively few components of the millions produced daily will need to withstand significant g-forces, those that do must perform to expectations for the safety of the people who use them and the success of their mission. To help manufacturers ensure the quality and safety of their products, ATS provides centrifuge testing to validate components’ reaction to high stresses from acceleration. Our Centrifuge Testing Capabilities and Expertise Also known as acceleration testing, we regularly perform this method in our mechanical testing lab to detect any flaws in the sample component that may arise from gravitational forces acting on it, including (but not limited to) the following: Leaking seals Malfunctioning actuators Excessive structural deflection Damaged circuit boards Broken mounting hardware Malfunctioning sensors ATS centrifuge unit offers the following capabilities to test integral components resistance to acceleration forces: Centrifuge chamber: 72” radius arm Acceleration potential: 40g Weight capacity: 200lbs 8x slip rings for powering or monitoring the UUT while under acceleration Hydraulic pressure port RF capability Our lab personnel conduct centrifuge testing to the following standards for which...



Applied Technical Services provides clients with filiform corrosion testing. Filiform corrosion occurs under a thin layer of coating in the form of threadlike filaments. We can identify filiform corrosion on metallic surfaces that are covered with an organic film. Based on the unique appearance of fine filament lines, the pattern of the corrosion can be characterized. We test the filiform corrosion resistance of metals in compliance with ASTM D2803 and ISO 4623. Filiform corrosion is commonly discovered on: Aluminum Steel Aircraft Structures Beverage Cans Gaskets Flanges Weld Zones with Organic Coatings Architectural and Automotive Applications Corrosion can cause large financial losses among the various sectors it affects. In fact, a report released by NACE International estimated that corrosion impacts the United States economy by more than 250 billion dollars. The sectors significantly affected by corrosion include utilities, infrastructure, transportation, and manufacturing. Corrosion Tests ATS Provides Other Corrosion Testing Including: Salt Spray Cyclic Corrosion Condensing Humidity C. A. S. S. Fluid Resistance Cyclic Immersion Standards We Test To: ISO, EN, DIN Standards ASTM Standards Military Standards Automotive Standards (FLTM, GM, SAE) Environmental Testing at Applied Technical Services The environmental testing department at ATS will test client samples to ensure they perform as expected under specified conditions. We can subject the test samples to a wide range of environmental agents and conditions simulating extreme service environments. Common Environmental Agents Include: Heat Cold Rapid Temperature Fluctuations Pressure Humidity Corrosion Solar Radiation Vibration/ Shock Mechanical Drops Flames ATS applies these effects to test samples...



Applied Technical Services performs solar exposure testing to support clients who need to verify whether their materials and components resist the weathering effects of sunlight as appropriate to their final product’s anticipated service conditions. How Does the Sun Affect Products? Consumers have long noted how years of sunlight exposure can affect their household products, even if they never consciously drew the connection; the vibrant colors of lawncare tools’ coatings fade, vinyl car interiors crack, and plastic outdoor furniture becomes brittle and loses that glossiness it initially had. The segment of the electromagnetic spectrum that the sun naturally generates — namely infrared (IR), ultraviolet (UV), and visible light waves — weathers materials over time, causing adverse aesthetic and structural changes. The sun’s other characteristic emission, heat, also prematurely ages plastic products. It makes sense that sunlight would cause changes in inorganic materials over long periods of exposure, given that the scientific community has established a link between skin cancer and sustained solar radiation. Enduring other environmental weathering stimuli endemic to outdoor service conditions, specifically temperature variations and humidity, often exacerbates the negative effects of long-term solar exposure. A wide range of materials — e. g. , plastics, paints, coatings, and vinyls — affected by these stimuli can incur many types of defects ranging from the structural, such as delamination, embrittlement, and distortion, to the aesthetic, such as chalking and fading colors. The Need for Lab Testing Clients send samples to solar simulation testing labs like ATS to help validate their design...



Applied Technical Services performs solar radiation testing for clients who need to determine the effects of sun exposure on their samples. A product’s intended service conditions may expose it to a variety of environmental stimuli, many of which can negatively impact a material’s long-term performance characteristics over time. Intense light, high or low temperatures, temperature variations, humidity, salinity, air pressure, and exposure to electromagnetic radiation can each undermine the very characteristics that initially led a product designer to choose one material over another. Effects of Extended Sunlight Exposure Being in sunlight, whether direct or indirect, means being exposed to multiple environmental stimuli. The elevated temperature and exposure to the solar spectrum — comprised of infrared (IR), visible light, and ultraviolet (UV) waves — that come with solar radiation can cause a wide range of product failures, including: Color fading or loss of gloss in coatings and plastics Molecular degradation (oxidation) in plastics Structural distortion in plastics, vinyls, and metals When combined with other factors endemic to an outdoor service environment, such as temperature variations and humidity, solar radiation can contribute to the following effects as well: Delamination of plastics, plasticizers, coatings, and vinyls Reduced ductility for plastics and vinyls Embrittlement for plastics and coatings Chalking in plastics Cracking of plastics, vinyls, and coatings If the product’s intended service conditions entail regular exposure to sunlight, its longevity and success depend on its materials’ resistance to the effects of solar radiation. Clients send samples of their design materials and components to a...



Clients send samples of product components to environmental testing labs like ATS to verify that they perform according to expectations. As one of the foremost environmental testing services providers in the US, ATS technicians bring cumulative decades of expertise conducting these methods to their relevant standards. Environmental Stimuli Our labs subject client samples to a variety of environmental agents that the final product must endure. These may include any one or more of the following: Heat Cold Rapid Temperature Fluctuations Pressure Humidity Corrosion Solar Radiation Vibration / Shocks Drops Flames And other, product-specific stimuli Regularly Requested Methods ATS’ environmental testing division simulates and accelerates these effects using a variety of advanced equipment. Our lab offers access to everything from walk-in thermal chambers to free-fall drop testers to seismic shakers. Furthermore, we can fabricate custom fixtures to either perform accelerated life cycle testing or facilitate other methods of analysis. With this wide range of equipment at our disposal, ATS technicians perform the following methods of environmental testing: Altitude Cyclic Corrosion Salt Spray Flammability Ingress Protection Drop Abrasion Adhesion Color and Gloss Accelerated Life Cycle Thermal Cycling Thermal Shock Ultraviolet (QUV) Xenon Weathering Vibration Shock Common Applications Clients contact ATS to perform these tests for many applications, nearly as varied as the companies they represent and the samples they send. Some of the most common applications for the above testing methods include but are not limited to: Resistance to Outdoor Exposure Paint / Coating Qualification Product Safety Product Durability Product Aesthetic Longevity...



Applied Technical Services offers ISTA package testing to help clients ensure their packaging materials will perform to expectation in shipment. What Are ISTA Standards? The International Safe Transit Association (ISTA) generates standards on packaging design and assessment to optimize resource allocation in production and reduce the amount of product damage during the shipping process. Founded in 1948 as the National Safe Transit Committee, this body came about in response to unacceptable amounts of damage to fragile cargo and the money manufacturers lost as a result. By first identifying criteria important to the overall durability of the package and indicative of how well it would protect its contents, the ISTA created a series of testing specifications used to determine the suitability of a packaging sample. These specifications proved effective. ISTA and the Logistics Industry The ISTA’s record of securing demonstrable efficiency improvements for manufacturers that implement their rigorous testing specifications has earned them recognition from organizations like UPS, FedEx, and Amazon, each of which has adopted the association’s best practices for packaging materials. Today, the ISTA represents the definitive authority on package efficacy. They generate testing standards and train personnel on how to use those standards to help create more effective packaging designs. ATS' ISTA Package Testing Capabilities Manufacturers send samples of their packaging to third-party package testing labs like ATS to verify their performance characteristics in accordance with ISTA packaging testing specifications. The ISTA testing standards identify various metrics that a package design must meet to be considered acceptable for...



Applied Technical Services performs the package drop test for clients who need to verify the durability of their shipping materials. When products leave the manufacturer, they go through several phases of shipment before they finally make it into the consumer’s hands. This transit process necessitates the packaging to ensure that the product arrives at its destination in the same perfect condition in which it left the assembly line. Primary Packaging Consumer Packaging Encloses product — directly touches it Primarily contains and protects product Very often branded, may feature additional advertisement or product information e. g. , DVD cases, soda cans, glass jars, etc. Secondary Packaging Branding or Display Packaging Encloses primary packaging — does not directly touch product Collates and protects one (or several) primary packaging container(s) Prominently promotes brand, advertisements, and additional product information e. g. , cardboard boxes, wooden cartons, shrink wrap, etc. Tertiary Packaging Transit Packaging Encloses either primary or secondary packaging (depends on product) Bundles and protects many samples of the product during transit Likely not branded — consumer likely to never see tertiary packaging in a retail setting e. g. , corrugated paper, wooden pallets, shipping containers, etc. Purpose Behind Packaging Testing Each of the above classes of package serves an important role in the success of the shipping process. Ensuring both the contents and the display remain safe and unblemished on their way to the point of purchase are paramount to sales — not only will consumers not buy damaged products, but many will...



Applied Technical Services stands out against the rest of the package testing labs due to the breadth of our capabilities. Packages and packaging serve two primary functions: to carry their contents for easy transport and to guard them against damage. While everyone recognizes the value of a package’s contents, it is perhaps counterintuitive for the layperson that even the packaging itself has been painstakingly considered and designed by a packaging engineer. Each cardboard box, wooden pallet, cargo container, and plastic bottle originates from a set of design specifications that enables it to carry a specific load and protect that load from several anticipated sources of harm. It makes sense, then, that — just like the products they contain — packaging requires third-party testing to verify that it performs as expected for end-users. Methods and Standards ATS uses a variety of methods to verify the physical performance characteristics of clients’ packaging samples. Our array of equipment allows us to perform: Drop Testing Free Fall Tip-Over Falling Onto Hazards Environmental Simulation Altitude Temperature Humidity Vibration Testing Compression Testing Vertical and Horizontal We perform our testing according to relevant package testing standards, including those set by ASTM and ISO. ATS: A Leader Among Package Testing Labs Since 1967, Applied Technical Services has offered testing, consulting engineering, and inspection capabilities of sterling quality. In the 50+ intervening years since its inception, our company has enjoyed the good fortune of abundant growth; what began as a collection of three engineers serving businesses in the local...



The ISTA (International Safe Transit Association) develops procedures for package transportation to ensure effective and efficient shipping of products and packaging. One of the ISTA testing standards that Applied Technical Services offers is ISTA 3A testing, which is a simulation test for individually packaged products that are carried through a parcel delivery system such as UPS, FedEx and USPS. Simulating the Trip Package testing requires simulating the typical stresses and hazards that a box could face during shipping, including humid conditions, being dropped, tipping over, and experiencing vibrations. Products must sustain little damage, if any, and boxes must retain their contents without spilling or leaking (in the case of liquid, gas, or powder shipping). Testing the effectiveness of packaging materials can save companies a significant amount of time and money, as well as minimize product loss while maintaining customer satisfaction and confidence in the process. ISTA 3A Testing ISTA 3A tests individually packaged products under 150 pounds and shipped by either ground or air. Our technicians analyze four different box types — standard, small, flat, and elongated packages — where each type has its own unique requirements and specifications. However, all four package types use some of the same analysis methods. To illustrate, each must endure some level of atmospheric conditioning for temperature and humidity, survive shock testing wherein the boxes are dropped, and random low-pressure vibration testing. More specific ISTA 3A tests include bridge impact testing for elongated packages and hazard impact testing for flat packages. The criteria for box...



ATS performs package testing to determine whether packaging materials withstand the typical stresses of shipping and transport processes. ATS offers several types of package tests. Box Drop Test Among ATS’ package testing capabilities is the box drop method– a form of shock test. This testing simulates the impacts a package might experience from being dropped or knocked over during transport and identifies weaknesses in the packaging design. Free-Fall Drop In a free-fall drop test, technicians drop the package vertically onto a hard, flat surface using our free fall drop tester machine. The drop tester features a shelf with two collapsible sides that release the box at the same time, dropping it evenly onto the surface below. Drop Onto Hazard Similar to the free fall drop, the drop onto hazard test drops the package on top of a hazard block instead of onto a flat surface. The hazard block, typically wooden or metal, varies in size depending on the package being tested. Concentrated Edge Impact The concentrated edge impact test drops a hazard onto the package from above. The hazard is a square, 12-inch, wooden box weighing nine pounds with an angle iron attached to one edge. Our free fall drop tester machine releases the hazard box, iron edge pointed down, onto the package below. Technicians drop the hazard box from a height of 16 inches, impacting the center of the package. Bridge Impact The bridge impact test, designed for elongated packages, requires placing support blocks under the ends of the package so...



Applied Technical Services offers package testing within our environmental testing laboratory. Packages are designed to protect their contents from many harmful factors during shipping and handling, including varying temperatures and humidity, being dropped or pushed, and experiencing vibrations. Fortunately, package testing services from labs such as ATS can methodically test packages to ensure that they meet the right standards. The reliability and efficiency of successful packaging design can save companies a significant amount of time, effort, and expense. Package Testing Methods Compression Packages can experience both vertical and horizontal compression during storage and shipping. Stacking products on top of each other – as well as handling them with machine clamps – can put stress on the packaging and possibly damage their contents. Our technicians apply force to the faces of packaging using specialized lab equipment to accurately simulate such shipping scenarios and determine the effectiveness of the sample’s design. Shock Shock testing simulates situations where packages might experience a sudden impact, such as being dropped, knocked over, or struck by another object. ATS can assess packaging material performance against such shock impacts by using a range of box drop tests: Free-fall Drop Drop onto Hazard Concentrated Edge Impact Bridge Impact Rotational Flat Drop Rotational Edge Drop Tip-over Full Rotational Drop Vibration Packaging materials can act as a buffer against vibrations that often occur during transport, such as road transport or movement on conveyors. Excessive vibration could result in product fractures, bruises, or loose components. Our technicians use a vibration table...



Ensuring Product Reliability Clients who need to determine the long-term reliability of their products send a sample to Applied Technical Services for an accelerated durability test. Our environmental testing division uses this method to forecast how long a component or assembly will continue to operate satisfactorily under conditions of intended use. ATS’ technicians then help clients implement any necessary changes to ensure the final product meets their quality and reliability requirements. Clients may otherwise use this data to establish sale prices and warranty coverage, among other considerations. Also referred to as life cycle testing or product reliability testing, ATS employs this method early in the design process to help guide any reformulation efforts deemed necessary as a result of the sample’s performance. By exposing components and assemblies to cycles of forces and environmental agents that most closely simulate the finished product’s service conditions, we can characterize various performance qualities, such as prevalent failure modes and overall life expectancy. Continuously applying these stimuli allows our lab to replicate a lifetime’s worth of wear and tear over the course of weeks, days, or even hours in some cases. How ATS Performs the Accelerated Durability Test ATS’ environmental testing division performs each accelerated durability test. This group of experts drafts a testing outline customized to the sample according to the client’s specifications for analysis. Our technicians respect their directions because they best understand their final product’s intended usage and can thus best inform us of what factors will affect it during service. This...



Importance and Applications of Accelerated Life Cycle Testing Applied Technical Services performs accelerated life cycle testing to help clients establish the durability and overall reliability of the product over its service life. We subject either critical components or entire assemblies to this method of analysis to derive a life expectancy for their product — information that can affect things from sale prices to warranty coverage. ATS can then help clients use the resulting data to improve their product’s overall quality by mitigating the most common failures caused by intended usage. Also called product reliability testing, this method closely simulates the actual forces and environmental factors that the sample will likely experience while in service. By continuously applying uniform cycles of these stimuli, our environmental testing lab can quickly project the anticipated lifetime of the product under conditions of normal use — yielding data that correspond to years of service in a matter of weeks, days, or even hours. We use this method to find prevalent failure modes brought about by design flaws, manufacturing defects, or other shortcomings that undermine a product’s long-term performance. Requesting accelerated life cycle testing early in the development process helps clients ensure they have time to implement necessary changes to boost the quality of their item before final production. How ATS Performs the Method Our environmental testing division provides accelerated reliability testing services at ATS. These experienced technicians draft each testing plan according to the demands of the individual component or assembly being tested. Because clients...



Applications in Product Analysis Applied Technical Services performs accelerated reliability testing to help clients characterize the longevity and failure characteristics of their products’ critical components. Subjecting samples to one cycle approximating their expected service conditions can demonstrate whether it works as intended; by subjecting them to a multitude of these simulations, our lab can demonstrate how long the parts work as intended. ATS helps them use that information to evaluate the quality of their product. Also referred to as accelerated life cycle testing, clients seek out this method of product analysis early in the development process, as it helps to highlight structural flaws and design shortcomings in important components. Accelerated reliability testing — as the name might suggest — takes place over a relatively short period of time but yields insight into the long-term efficacy of the sample. Performing this method early enough gives clients the opportunity to make any necessary adjustments to boost the reliability of their product before too late in its development cycle. How We Perform Accelerated Reliability Testing ATS’ environmental testing division performs all the life cycle testing services we offer. Because products will vary in form, size, and intended use, these experts develop custom reliability testing plans specific to each client’s needs. Similarly, we conduct analyses according to customer specifications so that results will be relevant to their individual production process. Our lab creates fixtures and settings tailored to apply forces and environmental conditions that most closely simulate expected conditions of service. Expert technicians program...



Applied Technical Services performs product reliability testing for clients who need to determine the durability and failure characteristics of their components. By subjecting parts to numerous, identical cycles of forces and environmental conditions that replicate those it will encounter in service, our lab can simulate the damage they stand to incur over the course of their lifetime within a span of weeks, days, or even hours. ATS then helps clients use this data to achieve their quality assurance goals by maximizing the reliability of their product. Also known as accelerated life cycle testing, our environmental testing division uses this method early in the development cycle to help clients discover defects or design flaws that ultimately undermine the long-term reliability of the product. The expeditious nature of the method gives clients the advanced warning they need to make any necessary adjustments before too late in the production process. About the Method Typically, each product reliability testing plan that we develop is unique because they are developed specific to the product and its intended use. ATS’ environmental testing division fabricates custom fixtures to apply identical cycles of pressures, stresses, and environmental agents that best mirror those the sample will endure in service. Our technicians perform this method according to client specifications to yield results relevant to their individual design process. They can either run the sample through a specified number of cycles or continuously until it fails — whichever is more relevant to the client’s testing needs. ATS can then discuss findings...



What is Product Life Cycle Testing? Applied Technical Services performs product life cycle testing to help determine a sample’s potential failure characteristics in a relatively short period of time. By continually exposing components to the stresses, environmental conditions and forces expected to act on it when in normal service, our lab can reproduce the type of damage it stands to sustain over its lifetime. ATS can then use this information to extrapolate the duration for which the product or component can be expected to continue working as intended. Also referred to as accelerated life cycle testing, this type of product analysis benefits manufacturers by revealing structural faults and shortcomings in components much more quickly than would occur in normal usage. Custom Solutions Because the demands of each test will vary according to both the sample being tested and the manufacturer who produced it, ATS largely performs this method in accordance with client specifications as opposed to standardized procedures. Depending on the needs of the client, our environmental testing division exposes samples to either a specified number of cycles or however many it takes for the component to fail. Our lab often utilizes custom fixture fabrications to ensure that the sample undergoes numerous identical cycles that replicate anticipated service conditions. After testing, ATS technicians confer with clients regarding their findings and can advise them on how to use our data to make their sample product or component more durable. Our environmental testing division performs a variety of other test methods that...



Since our founding in 1967, we have established an excellent reputation with business, industry, and the legal profession for successfully uncovering facts in destructive testing. Destructive testing is a test of the most severe operating conditions that results in the failure of the test specimen. The main purpose of destructive testing is to determine the actual limits of a specimen, detect design weaknesses, and allow establishment of appropriate design factors. Tests are performed using tools, machines, fixtures, and process that produce irreversible damage to the specimens. ATS’ destructive testing capabilities include fatigue testing, bend testing, hardness testing, impact testing, load testing, mechanical testing, tensile testing, pressure testing, vacuum testing, compression testing, and destructive weld testing. The Importance of Dependable Results It is imperative that reliable data be collected to allow for accurate interpretation of the specimens failure. ATS’ destructive testing experience combines procedure, collection, and investigative examination that allow our clients to make informed decisions from our report findings. Our complete method, inspection, and analysis services in conjunction with our quality assurance program, proven track record, and cost competitiveness has established ATS as a leader in destructive testing for our clients. ATS' Destructive Testing Capabilities Fatigue Testing Bend Testing Hardness Testing Impact Testing Load Testing Mechanical Testing Tensile Testing Destructive Weld Testing Compression Testing Pressure Testing (Hydrostatic up to 30,000 psig) Crash Testing Burn Testing



Mechanical Testing: ATS offers a complete range of mechanical testing services. Additionally, a well-equipped in-house machine shop provides timely preparation of test specimens or any special fixturing. Besides the regularly conducted tensile, hardness, impact, load, pressure and fatigue tests, our experienced test engineers can also help you design custom testing programs to evaluate your products. Tests are performed using tools, machines, fixtures, and processes that evaluate the performance of products by simulating real life conditions. Whether it is life cycle testing of playground slides or performance testing of automotive steering pumps, ATS has the experience and capabilities to satisfy your needs. Related Links: Tensile Testing | Fatigue Testing  | Pressure Leak Testing | Weld Testing Materials Testing: A comprehensive array of testing methods are needed to perform testing of material properties. For example, we can verify if the parts are the proper material or determine the composition of organic thin films, surface contamination, fibers or composites using FT-IR, check for contamination using DSC and then determine if the parts are degraded using the melt flow indexer. Additionally, SEM/EDS and XRD techniques are used for identifying corrosion deposits or types of compounds present. Another test that is frequently requested is for VOCs (or Volatile Organic Compounds). They are both human-made and naturally occurring chemical compounds that have such a low boiling points that they emit at room temperature. Most scents or odors are VOCs. Some VOCs are dangerous to human health or cause harm to the environment and are therefore regulated by...



Testing and Analysis 1,4-Dioxane Testing and Analysis 1G Weld Test 2F Weld Test 2G Weld Testing 3D Inspections 3D Laser Scanning 3D Measuring Services 3D Part Scanning Services 3D Reverse Engineering 3D Scan Reverse Engineering 3D Scanning Companies 3D Scanning Reverse Engineering Services 3D Scanning CMM 3D Scanning Services 3D Scanning Reverse Engineering 3D X-Ray Imaging 3D X-Ray Services 3G Weld Test 3G MIG Welding Test 3m Fall Protection Training 4G Welding Certification 6G Welding Certification 737-NG Wing Tank Inspection Above Ground Storage Tank Inspection Abrasion Testing ABS Special Survey Abuse Testing of Lithium Ion Batteries AC 7101 Accredited Materials Testing Services AC 7110 Accredited Weld Services AC and DC HiPot Testing AC/DC Drive Repair Services Accelerated Aging Accelerated Aging Testing Accelerated Durability Test Accelerated Fatigue Testing Accelerated Life Cycle Testing Accelerated Reconstruction Engineering Accelerated Reliability Testing Accelerated Weathering Testing Accelerometer Calibration Accident Reconstruction Engineering Accident Reconstruction Services Accident Reconstruction Accredited Calibration Laboratory Accredited Water Flow Calibration AC Hipot Testing ACI-Certified Concrete Strength Testing Acoustic Emission Leak Testing Acoustic Vibration Monitoring Acrylamide Coffee Acrylamide Testing ACTAR - Traffic Accident Reconstructionist AD 2020-26-16 Testing Additive Manufacturing Testing Additive Manufacturing Testing Labs Adhesion Pull Test Adhesion Testing Adjustable Thread Calibration Aerospace Aerospace Industry Standards Aerospace Industry Testing Aerospace Materials Testing Aerospace Testing Lab Aggregate Petrography Aggregates Testing Companies  Aggregates Testing Lab Companies Airbus Engine Inspection Air Flow Calibration Air Gas Flow Meter Calibration Aircraft Eddy Current Inspection Aircraft Engine Inspections Aircraft Engine Oil Analysis Aircraft Structural NDT Inspections Aircraft Ultrasonic Inspection Aircraft...



Metals Analysis ATS' chemical analysis experts use a variety of methods to perform metals analysis services. It is important for manufacturers to know the exact qualities of the metals they are using as a component material for their products. Companies send test samples to Applied Technical Services for our metals analysis capabilities; we can help positively identify metallic specimens, determine their composition, and check for compliance with industry standards and regulations. Service Details Our chemical analysis experts use a variety of methods to perform these services, including the following: Alloy Identification Aluminum Copper Elemental Mapping Stainless Steel Titanium Failure Analysis Analysis Experts Failure Analysis Lab Failure Investigation Mechanical Testing Metallurgy High Purity Copper Analysis Cobalt Nickel Plating Bath QC Plating Verification Silver Inductively Coupled Plasma (ICP) Fine Chemicals Geochemical Metallurgical Polymer / Elastomer Raw Ingredients LECO Combustion Carbon Hydrogen Nitrogen Oxygen Sulfur Metals Analysis Alloy Identification Electrodeposition Elemental Analysis LECO Combustion PMI Metallurgical Services Case Depth Measurement Grain Size Measurement Graphite Evaluation Inclusion Rating Microstructural Assessment Nuclear Commercial Grade Dedication Chemical Dimensional Mechanical Nondestructive Testing Reverse Engineering Optical Emission Spectrometers Metal Processing Qualitative Analysis Quantitative Analysis Quality Control Trace Elements Positive Material Identification (PMI) Alloy Steel Aluminum Alloys Cobalt Nickel Alloys Stainless Steel Portable X-Ray Fluorescence (EDXRF) Element Imaging Multi-Point Analysis Penetration Depths Single Point Analysis Transmitted X-Ray Imaging Scanning Electron Microscopy Contaminants Elemental Mapping Inclusions Polymer Filler Material ID Wear Metals Trace Metals Analysis Custom Blends Fire Retardants Heavy Metals Polymers Tracers Wet Chemical & Elemental Analysis Colorimetric Analysis...



ATS: A CPSC-Accredited Lab Testing A Wide Variety of Consumer Products We are a CPSC-accredited lab testing various consumer products for the presence of lead, heavy metals, phthalates, formaldehyde, and other restricted organic compounds. As stated by the CPSIA, these compounds and heavy metals are regulated in children’s products. In addition to this, we also conduct Mechanical Hazards/Use & Abuse tests on children's items to determine if small parts, sharp points, or sharp edges present themselves, which would be a danger to children. Service Details ASTM F963 Flammability Magnet Testing Product Labeling Sharp Point Testing Soluble Metals Analysis Bisphenol-A Baby Bottles CDs/DVDs Food Containers Medical Devices Toy Products Heavy Metals Arsenic Barium Cadmium Chromium Mercury Lead Testing CDs/DVDs Inks Metal Products Paints & Coating Toys Phthalates Adhesives & Glues Agricultural Products Building Materials Containers & Wrappers Pharmaceuticals Product Testing Art Materials Furniture Jewelry Playground Equipment Plush toys Test Requirements CA Proposition 65 Testing CCPSA Testing CPSC/CPSIA Testing EU Testing State Requirements Contact Us Call +1 (888) 287-5227 or click here to request consumer product testing from ATS. If you have any questions, please call us or consult these frequently asked questions.



VOC - VOLATILE ORGANIC COMPOUNDS What's that smell? Is it safe? Do I meet regulatory compliance? These common concerns lead clients to request VOC testing. VOCs (or Volatile Organic Compounds) are typically compounds that have such a low boiling point that they emit at room temperature. VOCs include a wide range of compounds whose volatility depends on their composition. Some VOCs are harmful and some are not, but most are only harmful at high levels. VOCs include both human-made and naturally occurring chemical compounds. Most scents or odors are VOCs. Some VOCs are dangerous to human health or cause harm to the environment and are therefore regulated by governing bodies like the EPA. The testing methods for VOCs vary widely, depending on the sample or the application. Here at ATS we offer an expansive array of VOC testing methods to assist you with your analysis needs. If you need assistance in determining the best fit for handling all of your VOC testing needs please don't hesitate to contact us today for more information. Service Details EPA Method 24 200–300 ML Liquid Sample CARB 310 & ASTM D3960 GCMS Internationally Accepted TVOC GC-MS VOC Testing ASTM D4526 EPA 5021 EPA 8260C VDA 277 VDA 278 GMW 15634 Testing Dynamic Thermodesorption Measure TVOC TD-GC/MS Vehicle Interior Materials VOC Standard Compliance VDA 278 100-Place Autosampler A2LA Accredited GCMS Thermal Desorption TVOC VOC Emissions Testing Automotive OEM Specs ISO 12219-3 VDA 270 VDA 277



ATS Provides a Variety of Testing Services - From Material Qualification to Failure Analysis Since our founding in 1967, we have established an excellent reputation with business, industry, and the legal profession for successfully uncovering facts in materials testing, environmental testing and metallurgy. Our engineers and support team are highly trained and certified, allowing us to offer professional support in numerous testing realms. We serve a wide range of industries, including but not limited to the automotive, aerospace, nuclear, construction, manufacturing, steel, power generation, toy, textile and insurance. Service Details Environmental Testing Accelerated Weathering Corrosion Temperature / Humidity Triaxial Seismic Table Vibration Testing Forensic Services Black Box Download Forensic Site Mapping Mechanical Components Products Liability Property / Structure Vehicle Accident Reconstruction Materials Testing Aerospace Automotive Insurance Manufacturing Nuclear Power Generation Mechanical Testing Fatigue Hardness On-site / Field Service Tensile / Bend / Impact Weld Certifications Metallurgy Electron Microscopy (SEM / EDS) Failure Analysis First Article Testing Litigation Support Material Identification Reverse Engineering Metals Analysis Alloy Identification Coating / Plating Elemental Analysis Electrodeposition LECO Combustion PMI Polymer Testing Compression Set Failure Analysis Flexural Strength HDT IZOD Impact Tensile Strength VICAT



Applied Technical Services has earned an excellent reputation in testing and inspection services since its founding in 1967. ATS' Electrical Testing Lab serves a wide range of industries, including railroad, aviation, automotive, power generation, power transmission, lighting, solar, metal, and polymer, and performs evaluations based on many industry standards. Types of Electrical Testing Services Battery Testing Electrical Environmental Conductivity ASTM B193 Electrical Transmission Environmental Influence Material Conductivity Poor Product Performance Test to Multiple Standards Dielectric Strength Testing ASTM D149 Dielectric Breakdown IEC 60243 Insulating Materials Multiple Industries Electrical Testing Laboratory Dielectric Constant - ASTM D150 Dielectric Strength - ASTM D149 Insulation Resistance Surface and Volume Resistivity Voltage Drop Testing Electronic Product Testing Cables Power Supplies Wires Insulation Resistance Testing Electrical Hazards Surface Resistance Coatings Plastic/Polymers Test Resistance Factors Thin Films Voltage Drop Testing Equipment Damage Excessive Voltage Loss of Electrical Energy Undesired Heat



Applied Technical Services offers an expansive range of flammability testing and fire resistance capabilities in determining the flammability performance properties of products ranging from home furnishings, apparel, consumer appliances, aircraft and auto interiors, outdoor products, installation systems and more. Capabilities and Equipment Fire Testing Flammability and Fire Resistance Thermal Analysis and Testing Flammability Properties of Polymers Ignitability Heat Release Rates Mass Loss Rates Smoke Development FMVSS 302 UL 94



The ATS metallurgy lab provides valuable insight into metal and alloy-based samples. We are ISO/IEC 17025:2017-accredited in a wide range of chemical and mechanical testing services that can be used to identify unknown compositions, determine the root cause of mechanical failures, and support litigation efforts. Metallurgy Services Failure analysis requires a complex combination of skills, experience, and equipment. At ATS, we have the necessary resources to efficiently complete any project. Our chemists, metallurgists, and professional engineers work as a team to solve problems and determine the causes of failures. ATS has a full complement of failure analysts who can conduct lab testing, metallurgical analysis, and provide expert testimony. ATS' metallurgy and failure analysis group maintains a full-service metallurgical laboratory for your quality assurance and research testing needs. Failure Analysis Bearing Failure Analysis Blade Failure Analysis Bolt Failure Analysis Boiler Tube Failure Analysis Chain Failure Analysis Corrosion Failure Analysis Fastener Failure Analysis Gear Failure Analysis Heat Exchanger Failure Analysis Pipe Failure Analysis Plastic Failure Analysis Pump Failure Analysis PVC Pipe Failure Analysis Screw Failure Analysis Shaft Failure Analysis Spring Failure Analysis Wire Rope Failure Analysis Material Identification Alloy Identification Contaminants Identification (SEM/EDS) Corrosion Deposits (EDS, XRD) Metal Chip Identification Plating Composition Metallurgical Services Brinell Hardness Testing Case Depth Measurement Computed Tomography Field Microstructural Evaluation and Replication First Article Testing Grain Size Measurements Graphite Type in Cast Irons Inclusion Rating Intergranular Corrosion Testing Knoop Hardness Testing Microstructural Assessment On-Site Hardness Testing Plating Hardness Plating Thickness and Type Reverse Engineering Rockwell Hardness Testing...



Weld Testing, Inspection and Analysis ASNT-TC-1A Certified NDT Technicians Applied Technical Services, Inc. (ATS) is a leading provider of weld testing and inspections. Since our founding in 1967, our team of experts including Professional Engineers, Certified Welders, Certified Weld Inspectors, API Inspectors, Scientists, Chemists and ASNT-TC-1A Certified NDT Technicians have been evaluating weldments. As a provider, we offer a large realm of assessments including Nondestructive Testing, Mechanical Testing, Materials Testing, Chemical Analysis, and Failure Analysis. With accurate test results, quick turnarounds and an ISO 9001:2015 registered corporate quality assurance program; ATS has earned an excellent reputation in the manufacturing, power generation, petrochemical, nuclear, aerospace, automotive, steel and commercial infrastructure industries. Types of Services Offered Welding Certification Fillet and Groove Welds Multiple Positions Plate and Pipe Certifications Pre-employment Screening Various Welding Codes / Standards Weld Coupon Testing Certify at Our Facility Drop Off Coupons Fast Turnarounds Mail In Coupons Qualify Plate and Pipe Coupons Welding Engineer Ensures Quality Assurance Ensures Standards Are Observed PQR(s) Verify Procedure Qualifications Welding Procedure Specifications Weld Failure Analysis Joint Design Inadequate PWHT Improper Filler Metal Metallurgical Failure Analysis Poor Welding Method Weld Defects Weld Overload Weld Inspections Corrosion Testing Chemical Analysis Failure Analysis Ferrite Content Mechanical Testing NDT Inspections Certified Weld Inspectors (CWI) AWS Certified Customer Service Oriented Field Inspection Services Laboratory Services Nationally and Internationally Pipeline Inspections Avoid Costly Leaks Avoid Environmental Disasters Detect Cracking Detect Manufacturing Flaws Internal / External Corrosion



Failure Analysis Services Whether you are investigating a single component or dealing with a complete system failure, you can rely on the ATS Failure Analysis group's expertise and in-depth knowledge of testing techniques to meet your full failure analysis needs. From fractures to formability problems, corrosion to wear, our analysts will perform a root cause failure analysis and then assist in plans for prevention. Applied Technical Services' Metallurgists and Professional Engineers routinely conduct these services on a wide variety of materials, including steels, stainless steels, titanium, superalloys, copper and aluminum alloys, plastics, ceramics, and glass.   Service Details Labs Chemical Analysis Lab Consumer Product Testing Labs Dimensional Inspection Lab Environmental Testing Lab Forensic Analysis Lab Materials Testing Lab Mechanical Testing Lab Metallurgical Analysis Lab NDT Lab Polymer Analysis Lab Mechanical Failure Embrittlement Ductility Issues Fatigue Manufacturing Defects Overload Wear Experts Chemists Civil Engineers Fire Investigators Forensic Investigators Industrial Engineers Mechanical Engineers Metallurgists Polymer Specialists Scientists Structural Engineers Trained and Certified Analysts Trained and Certified Technicians Metallurgical Failure Corrosion Formability Problems Fractures Wear Investigations Aircraft Parts Automotive Parts Boiler Components Consumer Products Fasteners Material ID and Contamination Piping and Tubing Structures Component Failure Analysis Blades Boiler Tubes Bolts Bearings Fasteners Hoses Pipes Pumps Screws Shafts Springs Wire Ropes



ATS' Environmental Weathering Services Applied Technical Services' Environmental Testing division performs weathering exposures in accordance with various methods following relevant industry standards. We offer these capabilities to help clients better understand the durability of their products/components/materials in the face of environmental forces like humidity, temperature, pressure, and sunlight. ATS technicians use advanced equipment to demonstrate how sample materials would react to these elements in real use by simulating it within a comparatively short exposure period. This branch of testing may reveal deficiencies ranging from diminished structural integrity, basic functionality to faded coating colors. ATS offers a list of weathering services including, but not limited to, the following: Weathering Testing Capabilities Applications Accelerated Sample Aging (UV and Xenon) Accelerated Sample Weathering Determining Thermal Shock Resistance Heat Aging (Thermal Cycling) Resistance to Color Change Methods Altitude Testing Temperature and Humidity Cycling Thermal Shock Ultraviolet Radiation Exposure Xenon Radiation Exposure Standards ASTM D523 ASTM G154 ASTM G155 IEC 68–2–30 Mil-Std 810G 500. 5



Environmental UV Testing Services ATS determines a sample's resistance to solar radiation through our UV testing services. Sun rays can adversely affect coatings and materials over time. In order to determine their products' resistance to solar radiation, companies send samples to Applied Technical Services to utilize our UV testing capabilities. Our Environmental Testing division uses their advanced equipment to expose sample panels and actual products to simulated solar radiation and then observe how they are affected. The test parameters can be controlled for exposure intensity, light/dark intervals, relative humidity, and temperature to paint a predictive picture of how the test materials would hold up in real usage. ATS Environmental UV Testing Capabilities ATS offers a comprehensive list of UV testing services that includes, but is not limited to, the following: Commonly Tested Products/Components Automotive Exteriors Automotive Interiors Packaging Paints and Coatings Paper Products Roofing Materials Siding Materials Textiles Methods Accelerated UV Solar Radiation Exposure Ultraviolet Exposure Xenon Exposure Routine Findings Damage to Coatings Property Degradation of Plastic Parts Expansion or Contraction of Materials Fading Colors A2LA Accredited Testing Standards ASTM D4329 ASTM D4587 ASTM G154 ASTM G155 DIN 75220 ISO 11507 ISO 4892–2 ISO 4892–3 MIL-STD 810G Method 505. 5 SAE J2527



Environmental factors cause exposed metal surfaces to sustain damage from corrosion, a form of chemical deterioration, over time. Corrosion undermines the structural integrity of metal components — from screws to girders — and so it needs to be dealt with. Preferring to avoid lost production, costly repairs, and safety risks, owners of equipment and infrastructure with metal components understand the need to protect their assets. Most apply a protective coating to metal surfaces because it helps prevent corrosion. ATS' Environmental Testing Division performs a variety of salt spray testing methods to characterize client samples' resistance to highly corrosive environments. ATS' Environmental LAB Salt Spray Testing Services Applications Capture Progression of Corrosion at Intervals Corrosion Creepage in Scratched Coatings Determine Coating Adhesion Evaluate Degree of Rusting Measure Degree of Coating Blistering Methods Acetic Acid Salt Fog CASS Cyclic Corrosion Neutral Salt Spray Synthetic Seawater Fog Standards ASTM B117 ASTM B368 ASTM G85 ISO 9227 MIL STD 202 Method 101



Product analysis is the process through which companies test and assess the suitability of their design materials to the overall performance of their end product. Most manufacturers source this undertaking out to dedicated testing companies with the qualifications to ensure their products receive rigorous examination according to industry standards and government regulations. Environmental Testing Lab's Product Testing Capabilities Applied Technical Services' Environmental Testing group offers their capabilities to determine how client products fare against environmental forces of all kinds. We accomplish this goal using a range of methods including, but not limited to, the following: Automotive Testing Abrasion Testing Chemical Resistance Testing Coating Adhesion Testing Color and Gloss Testing Paint Hardness Testing Solar Testing UV Exposure Testing Xenon Exposure Testing Vibration Testing Construction Site Testing Floor Vibration Testing Consumer Products Testing Flammability of Fabrics Flammability of Plastics Flammability of Soft Toys Ingress Protection Testing Waterproof Testing Military Testing Altitude Testing Corrosion Testing Drop Testing Shock Testing Temperature Cycling Testing Thermal Shock Testing Weathering Testing



Products with internal mechanical or electronic components often enclose these parts inside of a sealed compartment. These compartments are designed to keep out foreign elements such as solids, particles (like dust or sand) and liquids away from internal components. Allowing such foreign elements to leak inside can undermine the product's functionality and safety. Subjecting products to ingress protection testing can determine their IP rating and reveal whether they effectively protect their internal working components. Applied Technical Services' Environmental Testing division offers ingress protection testing capabilities including, but not limited to, the following list: Ingress Protection Services Applications Dust-Tight Solid Probe-Resistant Steam-Resistant Waterproof Regularly Requested IP Ratings IP65 — Dust-Tight, Resists Low-Pressure Water Jets IP66 — Dust-Tight, Resists High-Pressure Water Jets IP67 — Dust-Tight, Resists Immersion in Water (30mins) Standards EN 60259 IEC 60259 ISO 20653



Mechanical Weld Testing Services We specialize in testing to ASME, AWS, API, NAVSEA, MIL STD, and PED/EN Standards. Applied Technical Services, LLC welding engineers ensure industry standards are maintained by assisting in preparing welding procedure specifications and weld procedure and performance qualifications. We specialize in testing to ASME, AWS, API, NAVSEA, MIL-STD, and PED/EN Standards. ATS Has Comprehensive Laboratory Capabilities in Weld Testing Bend Testing ASME Section 9 BS EN 910 ISO 9606 and 15614 Part 1 Procedure Qualification Requirements Test To AWS Welding Codes Welder Qualification Charpy Impact Testing ASTM A370 & E23 Determination of DBTT Test Base & Weld Metals Test Heat-Affect-Zone Test Weld For Ductility Tests Performed at Temperatures As Low As -320 °F Drop Weight Testing Nil Ductility Temperature Determination ASTM E208 Macro/Micro Testing Detect Inclusions (Slag, Tungsten) Detect Lack of Fusion Determine HAZ Hardness Identify Welding Cracks or Voids Verify Preheat and Post Weld Heat Treat Effectiveness Tensile Testing Mechanical Testing — Maximum Load Capacity is 400,000 lbs Multiple Uniaxial Machines Elevated Temperature Testing up to 1800 °F Weld Certification and Procedure Qualification Pre-employment Screening Ensure Welder Can Meet the Requirements of a Specific Code or a Standard Document That Weld Procedure is Qualified Under Applicable Code Contact Us Click here to request weld testing services from ATS. If you have any questions, please call +1 (888) 287-5227 to speak with a representative about our capabilities.



Polymer Testing Services ATS’ polymer labs provide polymer testing by utilizing various analytical methods to discover and verify the mechanical, chemical, and thermal properties of plastic, polymer, and rubber materials. These processes assist in material identification, establishing preventative maintenance plans, identifying causes of failures, and verifying product performance. ATS carries ISO/IEC 17025:2017 accreditation by A2LA for a plethora of test methods related to polymers. Capabilities Related to Polymers FTIR Analysis of Polymers ASTM Method E1252 Characterization of Coatings Characterization of Polymers Identification of Additives Identification of Contaminants Identification of Particles and Fibers ISO/IEC 17025:2017 Accredited To Perform FTIR Plastic Testing Lab Ash Content Charpy Impact Density Dynamic Mechanical Analysis Filler Content Flammability Flexural Strength Glass Transition and Melting Point Heat Deflection Temperature Under Load (ASTM D648) Izod Impact Melt Flow Rate Tensile Strength (ASTM D638) VOC's Polymer Analysis Address Quality Control Concerns Ensure Regulation Compliance DMA, DSC, TGA Failure Analysis Heat Aging Preventative Maintenance Promote Safety Performance Weathering (Xenon, QUV) Rubber Testing Labs Compression Set DIN 53504 Durometer Hardness (ASTM D2240) ISO 527-1 Tensile Strength (ASTM D412) Contact Us Call +1(888) 287-5227 or click here to request polymer testing and analysis services today.



To ensure their product retains its usefulness over time, manufactures must determine its capacity to withstand various environmental factors. Applied technical Services helps them measure their product materials’ resistance to the sun’s rays by performance xenon exposure testing. Outlasting Weather Exposure Because all materials eventually fail, all products have a finite lifespan. Part of the manufacturing process is choosing appropriate materials for the composition of the product, and an important factor in this decision is considering how long materials perform to expectations under the product’s intended use. Depending on how the product is to be used or stored, it may need to survive any host of environmental factors like wind, rain, heat, cold, salinity, and altitude. Of the weathering elements that manufacturers must consider, however, one may strike people as counterintuitive — sunlight. Materials exposed to solar radiation over time undergo changes to a variety of their physical and visual properties, like weakening their structural integrity or fading the color of their coating. To determine the effects of the sun’s rays on their product, manufacturers send samples to Applied Technical Services; we establish constituent materials’ resistance to solar radiation by performing xenon exposure testing. About the Method: Xenon-Arc Exposure ATS performs the method by exposing the sample materials to cycles of radiation like those present in actual sunlight. Our technicians accomplish this with the help of powerful xenon arc chambers; this equipment uses xenon-powered arc lights to emit radiation, which is then filtered to most closely emulate the sun’s rays....



Materials and coatings can be adversely affected by sunlight exposure. ATS has the capacity to perform xenon testing, a form of accelerated weathering, to reproduce the effects of natural sunlight exposure, directly or through window glass. Material Qualification Through Xenon Testing Whether the evaluation criteria is based on visual properties (color change, gloss, haze, optical transmission) or structural properties (impact resistance, tensile strength, abrasion), ATS has the capabilities to simulate a wide variety of weathering applications and requirements. The sunlight radiation is created using xenon arc light encased in various filters to tailor the radiation spectrum to a specific application. Our state of the art xenon arc chambers (Ci4000 and QSun) have the ability to introduce controlled environmental conditions through temperature, humidity and spray exposure. Standard specimens are 2. 5”x5. 5”, however ATS can also accommodate non-flat samples. All weathering chambers are equipped with data logging software for monitoring throughout the exposures to ensure accurate testing parameters are maintained. ATS' Commitment to Quality Our environmental testing division, home to the solar testing lab where we perform xenon and UV analysis on client samples, maintains an ISO/IEC 17025:2017 (A2LA) accreditation to conduct xenon arc exposure testing according to the following test standards: ASTM G155 ASTM D2565 ASTM D4459 ASTM D6695 SAE J2412 SAE J2527 ISO 4892–2 Furthermore, ATS ensures clients will receive service of the highest quality by strictly adhering to an ISO 9001:2015 registered quality management system. Following this set of internationally recognized principles on quality management practices has allowed us...



Corrosion of metals and coated metals can lead to significant damage to the structural integrity of a product. ATS can perform accelerated salt spray exposures in accordance with a variety of specifications (ASTM B117, DIN EN ISO 9227) utilizing multiple testing chambers equipped to hold items as small as nuts, bolts, and washers, as well as larger samples, such as steel security door or the hood of a car. In this highly corrosive environment, ATS can provide a detailed analysis of the progression of rust formation on various products and coated or plated materials. ATS offers daily photographic evaluations, along with adhesion characteristics (creepage per ASTM D1654, blistering per ASTM D714) to determine how well a product, plating or coating system resists corrosion.



Applied Technical Services' salt spray testing lab is dedicated to helping clients accurately determine how corrosion will impact the functionality or appearance of a product. The goal of these accelerated tests is to ensure that products and coatings will properly withstand the corrosive environments they get exposed to in service without losing their integrity. The ATS salt spray testing lab creates accelerated real-world simulations to accurately determine the impact of corrosion on various products, including fasteners, automotive and aerospace parts. Multiple testing chambers are used to complete a rigorous series of customized salt spray testing. As part of this testing, ATS can also provide clients with a detailed report on the progression or formation of rust on coated test panels, as well as various types of products. Testing Capabilities The ATS salt spray testing lab houses several chambers capable of performing accelerated corrosion exposures to a multitude of industry standards, such as ASTM B117, ASTM G85, ASTM B368, DIN ENISO 9227, DIN 50021, ISO 7253, SAE J1563, FLTM BI 103, GM 9540P, GM 4298P, and GMW 14872. During salt spray testing materials are exposed to a carefully regulated high-saline environment for a specific period of time. The paints, coatings, and products are then examined to determine their corrosion resistance levels. Both photographic documentation and quantitative (% blistering, amount of creepage from scribe, etc. ) evaluations are performed to provide clients with the data they need to make effective product decisions. ATS salt testing includes: Condensing Humidity Cyclic Corrosion Continuous Salt...



Corrosion of American infrastructure accounts for the loss of millions of dollars annually. Products ranging from hand tools to bridges must combat this phenomenon through proper design and coating protection. Laboratory accelerated corrosion testing enables clients to evaluate new designs and coatings in a controlled environment prior to release in to the real world. Applied Technical Services employs a variety of salt fog testing methods to project the effectiveness and lifespan of the coatings designed to protect products and equipment. Reasons To Request Salt Fog Testing Salt fog testing is one of the most commonly used forms of corrosion testing. The salt fog testing has proven effective at determining the integrity and quality of the corrosive resistance of various metals or finishes. A standard 5% solution of NaCl, known as NSS or neutral salt spray is chosen based on the specific coating being evaluated. A number of corrosion testing standards (see below under Test Methods) will require a manufacturer to satisfy certain specifications. Here are just a few examples of tests that can be performed in conjunction with salt spray testing: Determine the corrosion creepage when a coated surface is scratched (as per ASTM D1654) Measure coating adhesion (as per ASTM D3359) Measure the degree of blistering (as per ASTM D714) Determine the degree of rusting (as per ASTM D610) How Does Salt Fog Testing Correlate to the Real World? There is no direct correlation between laboratory salt fog testing and real world conditions. This is difficult to predict because...



To understand the effects of the sun's rays on their products, manufacturers send samples to Applied Technical Services. Our lab performs UV exposure testing to determine products' resistance to ultraviolet radiation over time. Effects of Solar Radiation Long-term exposure to solar radiation can cause a variety of effects on different materials: clothing may fade, plastics may weaken, concrete may crack, etc. The primary culprit for these changes is an invisible form of electromagnetic radiation called ultraviolet (UV) waves. The sun emits these UV waves in abundance, forcing manufacturers to consider their destructive properties when designing their products. Whether intended for outdoor use — like automotive paint and patio furniture — or expected to weather under indirect exposure — like car interiors and furniture through window glass — products need to display a certain resistance to UV radiation to retain their value and usefulness over time. To determine their products’ resistance against the erosive forces of the sun, manufacturers send samples to Applied Technical Services for UV exposure testing. About the Method ATS technicians use specialized equipment to discover a sample’s resistance to UV radiation. Our fluorescent chambers subject test materials to cycles of UV exposure, emulating periods of sunlight and moisture. By controlling the intensity of the waves these machines emit, we can accelerate the effects of UV radiation to simulate the damage accumulated over years of actual use within weeks or months of testing. Our UV chambers can also imitate weather cycles by raising and lowering ambient temperatures, generating...



Applied Technical Services, Inc. offers solar testing to clients whose materials and equipment can be affected by direct solar radiation. Our ISO 9001:2015-registered labs are well equipped and professionally managed to perform accurate testing and provide clear, detailed reports. By using a variety of methods, technicians in our environmental testing lab determine the degree to which sample materials are susceptible to the negative effects of solar radiation. Materials are subject to three main stress factors when exposed to direct sunlight: Thermal Rise Moisture Solar Radiation Based upon manufacturing process and material composition, it can be determined if a component absorbs higher rates of radiation or has more reflective qualities. Exposure to Solar Radiation Can Reveal: Poor Structural Integrity Expansion or Contraction of Materials Effects on Moving Parts Glue Adhesions Effects on Elasticity Linkage Device malfunction Electrical Component Failures Premature Actuation of Electrical Contacts Effects on Elastomers and Polymers Blistering Paints, Composites, and/or Surface Laminates Peeling Paints, Composites, and/or Surface Laminates Delamination of Paints, Composites and/or Surface Laminates Softening of Potting Compounds Effects on Pressure Causes of Sweating of Materials and Explosives Difficulty in Handling Due to High Temperatures Fading of Color Checking and Chalking Industries Served Among the many industries with which ATS enjoys an excellent reputation are military, aerospace, maritime, railroad, automotive, construction, consumer products, industrial, manufacturing, nuclear, chemical, commercial, pharmaceuticals, power generation and telecommunications. Popular Industry Testing Standards MIL–STD ASTM ISO AATCC GME GMW JASO PV SAE VDA VW PV EN GM DIN EN Whether you are testing...



Applied Technical Services can provide accurate, relevant data promptly since it is one of the well-equipped solar testing laboratories in North America. We perform a wide scope of testing methods, including fluorescent uv and xenon arc, to discover your product's resistance to damage from solar radiation. Damage From Sunlight Outdoor equipment needs to survive more than just moisture and salinity — solar radiation can also undermine the effectiveness of coatings and materials. Exposure to solar radiation over time can negatively affect a range of characteristics of coatings and polymeric materials, from color and gloss to impact resistance and tensile strength. Companies send their equipment that will be used outdoors to laboratories that perform solar exposure testing, like Applied Technical Services, Inc. , to determine their sample materials’ resistance to solar radiation. ATS has ISO/IEC 17025:2017 (A2LA) accredited materials testing laboratories that regularly perform Xenon Arc Weathering and Fluorescent UV Weathering, two testing methods that simulate the effects of solar radiation on sample materials. We conduct these methods to their relevant standards as follows: Methods and Standards Fluorescent UV Weathering Uses specialized fluorescent lights to approximate solar radiation Can also adjust temperature and moisture, and even create cyclical weather conditions ISO 11507, ASTM G154 ISO/IEC 17025:2017 (A2LA) Accredited Xenon Arc Weathering Uses specialized arc light source powered by Xenon to simulate solar radiation Can emulate direct solar exposure, sunlight through a window, etc. SAE J2527, SAE J2412, SAE J1885, ISO 4892-2, ASTM D6695, ASTM D4459, ASTM D2565, ASTM G155 ISO/IEC 17025:2017...



Test products can be evaluated for functionality during or after extreme exposure through thermal cycling. Typical observable adverse effects include warping, discoloration or texture change. From steady-state thermal conditioning to complex thermal and humidity cycling, ATS has the capacity to perform thermal testing with more than 10 different chamber sizes, from smaller chambers (internal dimensions: 2ft x 2ft x 2ft) up to large walk- in chambers (internal dimensions: 12ft x 10ft x 11ft). Temperature ranges on most chambers span from -65°C up to +160°C with relative humidity from 5% to 95% (non-condensing). ATS' chambers can achieve ramp rates of 6°C/minute and are all equipped with digital data logging.



ATS performs temperature cycling testing by exposing materials to extreme temperatures. Using this method, we predict products' durability and longevity. Reasons for Thermal Damage Repeated temperature shifts put great amounts of stress on products and equipment. The problem arises from the tendency for materials to expand and contract when exposed to heat and cold. Different materials have different thermal properties; however, such as how rapidly their form changes in oscillating temperatures. Because products are typically made of multiple materials, they may be susceptible to failures at the joint interfaces induced by thermal cycling. Temperature fluctuations exacerbate any incompatibilities between component materials’ respective thermal characteristics, which causes increasing tension between them. Eventually, cracks form to release all that stress, the result of undergoing thermal cycling. This sort of breakdown is unacceptable, especially in circumstances that rely on the structural integrity of that product to avoid disaster. To prevent such a scenario, manufacturers send samples of their products to thermal testing labs like Applied Technical Services to undergo Temperature Cycling Testing. Such testing help uncover compatibility issues between component materials and the product’s resistance to thermal cycling and potential structural failure. About the Method The test is performed by placing the test sample into one of our many thermal chambers and exposing it to cycles of high and low temperatures over time. ATS technicians set maximum and minimum temperatures anywhere between -60°C and 170°C in multiple humidity levels, determined by the standard to which we are testing the material. Depending on the...



Applied Technical Services performs thermal shock resistance testing to an assortment of industry standards. We can use this method to help clients discover their products' thermal failure points. What is Thermal Shock? Matter expands and contracts when exposed to heat and cold. The rates at which they undergo this expansion or contraction will, like other thermal properties, vary between materials. Extreme temperature fluctuations can cause objects to suffer a type of structural trauma called thermal shock. It occurs when strain caused by the surface of the object expanding or contracting at a different rate than its internal parts overwhelms the tensile strength of the surface material. Releasing that stress could undermine the integrity of the product. Thermal shock usually presents itself as a crack that grows if ignored, which can lead to serious structural failure. Electronic devices and equipment made of multiple component materials are especially susceptible to thermal shock, as the different components undergo thermal expansion at different rates. To establish their products’ resistance to thermal shock, manufacturers send test samples to Applied Technical Services for thermal shock resistance testing. Our technicians can discover your product’s failure point and whether there is a thermal coefficient mismatch between its constituent materials. About the Method To perform thermal shock resistance testing, ATS technicians place the test article in a unit specialized to induce thermal shock by exposing sample materials to rapidly changing temperatures for a pre-determined number of cycles. The unit features a moving basket to quickly move test subjects between...



Utilizing standard product testing methods or unique client-specific test methods, ATS will facilitate your decision-making process by evaluating key performance, durability, compliance, and safety attributes. Products can be evaluated on their own merits, client driven criteria or in a comparative environment which provides insight on similar products offered in the marketplace. At our state-of-the-art facility, ATS will provide you unparalleled expertise in many product categories, including: Hardlines Textiles Chemicals Toys Electronics DIY Product Testing Capabilities Performance Benchmarking Cyclic Load Life Testing Electrical and Mechanical Accelerated Weathering Vibration



To maximize clients' confidence in their product materials' quality, ATS performs a wide range of testing methods for material qualification efforts. Members of the aerospace, nuclear, and automotive industries trust ATS to accurately report the performance properties of their materials. Material Qualification Through Performance Testing While no business should settle for less than the best, there are certain industries that absolutely demand top quality in their production materials because of the safety aspect and therefore the danger involved in the use of substandard materials. Industries like nuclear, aerospace and automotive must consider the extreme circumstances under which their product will be expected to perform flawlessly — lives are at stake. ATS strives to provide the certainty that companies in these and similar lines of work need to ensure the safety and quality of their product. We perform various methods of material qualification testing to determine the important performance characteristics in clients’ product materials. Services We Offer Weathering: determining the approximate lifespan of materials in simulation as compared to expected performance in the field; potentially destructive testing that may lead to any number of chemical or physical failures Xenon Arc Temperature and Humidity Cycling Thermal Shock Heat Aging Fluorescent UV Altitude Vibration: subjecting materials or component parts to an array of vibration patterns to make sure it can withstand foreseeable conditions during transportation and use without accruing damage or fatigue failures Shock Seismic Random Floor Corrosion: finding materials’ resistance to corrosion — a chemical reaction of metals (and some polymers) to...



The ATS corrosion testing lab is designed to help clients understand how materials will perform under real-world conditions using simulated service environments. These types of rigorous tests accurately determine if a material will reach the projected design interval. At the ATS corrosion testing lab, the range and types of tests are adjusted to meet both intended application and industry requirements. These tests can also be conducted throughout the entire product life cycle to help clients effectively evaluate new designs and changes that are made to the original product or material. Through corrosion testing, clients can obtain the necessary performance information about their products to make the right decisions. Selecting the wrong material or coating may result in costing them millions of dollars on an annual basis. As such, the most popular corrosion tests include: Salt Spray Cyclic Corrosion Condensing Humidity C. A. S. S. Fluid Resistance Exfoliation Corrosion Intergranular Corrosion Cyclic Immersion Corrodkote Testing The ATS Corrosion Testing Lab The ATS corrosion testing lab technicians comprehensively test materials to help clients make critical design, development, and service life decisions. As part of the ATS dedication to quality and accuracy, corrosion testing staff routinely complete tests during both the product research and development stages. Through these tests, ATS provides the information needed for clients to mitigate the risks associated with corrosion to both the materials and the final product. During the tests, the gathered data is compared to requirements listed in established industry specifications, including: IEC Standards ASTM Standards Military Standards...



Weathering Exposure Applied Technical Services runs a fully-equipped, ISO/IEC 17025:2017 (A2LA) accredited weathering laboratory. We return relevant data quickly, whether you need it for quality control or failure analysis efforts. Manufacturers send their products to a laboratory like Applied Technical Services to confirm or discover aspects of its physical, chemical, and thermal properties. One category of testing that our technicians perform is weathering, where they use a range of methods to establish the test sample’s resistance to damage over time from various environmental stressing factors, such as temperature, humidity and UV radiation. This broad category of testing is broken down according to specific weathering parameters that the ATS weathering laboratory simulates during tests. Depending on the needs of the client and the intended use of the product, we may subject sample materials to one test performed to a single standard, or multiple tests each performed to their relevant standards. The tables below reflect the methods of weathering exposure that ATS performs to their relevant, internationally-recognized standards: Humidity/Temperature Cycling & Heat Aging Analysis @media (max-width: 767px) { #eael-data-table-wrapper-483f7ad. custom-responsive-option-enable . eael-data-table thead { display: none; } #eael-data-table-wrapper-483f7ad. custom-responsive-option-enable . eael-data-table tbody tr td { float: none; clear: left; width: 100%; text-align: left; display: flex; align-items: center; } } MethodStandardHeats test sample to proportionately age it and determine how long it lastsBMW TS 308, IEC 68–2–30, PrV303, GM 9505P2, ISO 2440, MIL-STD 810H (Method 501, 502, 507) (A2LA Accredited)Simulates climates of differing humidities and temperatures to find damage accrued over timeAlso conducted...



Applied Technical Services performs a variety of weathering testing methods to determine the lifespan of client materials. Our ISO/IEC 17025:2017 (A2LA) accredited lab can ascertain a sample’s resistance to heat, cold, thermal shock, humidity, salinity, solar radiation, altitude, and determine subsequent color or physical property changes, to name a few. Weathering Exposure Products degrade over time. Exposure to environmental stress factors speeds this process along, but even the strongest metallic and polymeric materials weaken and fail eventually. Manufacturers consider this fact when selecting materials for the design of their products; no one wants patio furniture that deteriorates or a car dashboard that cracks when exposed to sunlight, for instance. Knowing what the materials of construction can withstand allows manufacturers to ensure the quality of their product and approximate its lifespan when used under expected conditions in its intended manner. To discover the physical, thermal, and chemical properties of their product and its constituent materials, manufacturers send samples to third-party testing companies like Applied Technical Services. We perform a variety of weathering testing methods to determine the resistance of various products. What follows is a list of the most common standards to which these tests are executed. Click on the titles to learn more about a specific test: Color Evaluations MethodStandardMeasure changes in coatings’ color or glossASTM D2244, ISO 7724/2 (A2LA Accredited) and ASTM D523, ASTM E1331, ISO 2813 Heat Aging MethodStandardSimulate product aging by exposing it to steady high temperature for extended periodGM 9505P2, IEC 68–2–30, BMW TS 308, PrV303...



Materials and coatings' performance can deteriorate under the combined effects of solar UV radiation, temperature and moisture. Applied Technical Services performs UV weathering to determine client products' resistance to solar radiation, temperature, and moisture. Purpose and Benefits of UV Weathering ATS has the capacity to perform accelerated weathering testing through the use of fluorescent UV chambers. This technique simulates the effects of sunlight in the short wavelength portion of the solar spectrum. Whether the evaluation criteria is based on visual properties (color change, gloss, haze, optical transmission) or structural properties (impact resistance, tensile strength, abrasion), ATS has the capabilities to simulate a wide variety of weathering applications and requirements and conduct the subsequent performance tests. Our Environmental Testing Chambers ATS' chambers offer controlled conditions of temperature, condensation and duty cycle of the sunlight exposure, all captured in a digital format. Standard specimens are 3”x6” and should be flat, however other dimensions can be tested. The environmental testing lab is ISO/IEC 17025:2017 (A2LA) accredited to perform UV weathering to its internationally recognized standards of ASTM G154 and ISO 11507.



Water Resistance and Waterproof Testing Applied Technical Services offers waterproof testing along with hundreds of other environmental testing services. Our lab experts are experienced in many industry standards including ISO 20653 and IEC 60529, which outline the procedures and ratings for ingress protection testing. ATS assists many manufacturers and product developers in qualifying and certifying their component's durability. Examples of IP Testing and Ratings IP65 Enclosures — Resistant to Waterjets | Duration 15 Minutes or More | Water Volume 12. 5 Litres per Minute | Pressure 30 kPa at distance of 3 m IP66 Enclosures — Resistant to Powerful Waterjets | Duration 3 Minutes or More | Water Volume 100 Litres per Minute | Pressure 100 kPa at distance of 3 m IP67 Enclosures — Protect Against Immersion up to 1 m | Duration 30 Minutes or More | Immersion at depth of at least 1 m measured from bottom of object and at least 15 cm measured from top of object Negative Effects of Water and Humidity on Products Operational Failures Sub-Optimal Performance Corrosion and Fatigue Fogging Fire/Shock Hazard Electrical Shorts Negative Visual Effects Lubricant Reliability Physical Damage Produced by Pressure Common Products That Are Waterproof Watches Laptops Phones Tablets Automotive Components Scuba Gear Gauges Cameras Radios Speakers Boots Luggage Gloves Electronic Components Military Components Ratings for Solids IP1X — Deters solid objects greater than 50mm with 50N of force (i. e. - hand) IP2X — Deters solid objects greater than 12. 5mm with 10N of force (i. e....



If your products are going to be exposed to multiple environments whether it be indoors or outdoors, you may want to consider ingress protection testing to determine their susceptibility to particle (sand and dust) or water ingress. Many components can be compromised if they lack resistance to water, dust and foreign objects. In order to promote quality products, it may be critical to ensure safety, durability and functionality. When an environmental element can penetrate a product through seams or joints it can cause manufacturing issues resulting in major asset losses and/or putting you at risk for litigation. ATS is one of the leading environmental testing labs in the US. Ingress Protection Testing (IP Testing) is just one of the hundreds of tests we perform for industries around the world. The IEC 60529 IP testing Standard outlines the ingress protection rating system. We accurately apply these ratings to your products and components. Often Requested for IEC 60529 IP Testing Computers Phones Laptops Tablets Automotive Components Cases Watches Cameras Radios Speakers Boots Luggage Ratings for Solids (Dust and Foreign Objects) IP1X — Shields solid objects greater than 50mm with 50N of force (i. e. - hand) IP2X — Shields solid objects greater than 12. 5mm with 10N of force (i. e. - finger) IP3X — Shields solid objects greater than 2. 5mm with 3N of force (i. e. – screwdriver) IP4X — Shields solid objects greater than 1mm with 1N of force (i. e. – wire) IP5X — Protects object from limited...



Their molecular structure tends to make them burn longer and easier. Plastic’s widespread presence in modern life means that this flammability problem must be addressed to keep consumers and products safe. Government regulations and industry standards were introduced to make plastic-containing products fire-safe as appropriate for their relevant applications. Now, manufacturers must submit their products to a flammability testing lab to abide by those expectations. Applied Technical Services, provides flammability testing to manufacturers to keep their products standard-compliant. UL94 is a widely known standard for testing the flammability of plastics. ATS is especially qualified to handle your flammability UL94 testing needs, as we are ISO/IEC 17025:2017 (A2LA) accredited to test to that standard. About the Method The test method involves burning a small sample of plastic material for a certain amount of time and noting the characteristics it displays while burning, such as: whether the sample burned, how long it glowed from the heat after the flame was removed, how long the sample burned after the flame was removed, how much of the material was lost, whether any material dripped off of the sample, whether those drips were on fire, and any unusual phenomena like melting or warping. To perform the flammability test to UL94 method, our technicians will apply one of three kinds of burn test to the sample material, depending on the desired flammability rating. The test is performed, and the technician notes the burning characteristics of the sample. They then take these burning characteristics into account and...



Manufacturers need to ensure their products display the appropriate resistance to ignition or flame advancement to remain compliant with regulations and promote the safety of consumers. Companies that produce automotive parts, aerospace/aviation components, consumer products, medical equipment, and military tools need their products to perform appropriately when exposed to open flames. Applied Technical Services' environmental testing division performs the relevant test methods to determine the flammability characteristics of clients' products, components, and materials. Our flammability testing capabilities include, but are not limited to: Flammability Testing Services Offered



American entities are consistently losing money to the direct effects of corrosion — lost production, repair costs, legal fines, and others — to the tune of hundreds of billions of dollars every year. Many business owners dismiss these losses as unavoidable, but studies have shown that taking appropriate measures can minimize corrosion and mitigate the associated costs. Corrosion Testing Methods Performed on Components and Materials Applied Technical Services uses our corrosion testing capabilities to help clients determine the best methods and materials to use in their fight against corrosion. Our services include, but are not limited to, the following: CASS 48 Hours or Less Chrome Plated Components Nickel Plated Components Condensing Humidity 100% Relative Humidity ASTM D2247 Standard Method ASTM D4585 Standard Method Salt Spray ASTM B117 Standard Method ASTM G85 Standard Method Cyclic Corrosion Testing Salt Fog



Manufacturers must subject their products to various sorts of testing to abide by the government regulations and industry standards that dictate safety and quality guidelines. Important among these safety and quality concerns is the product’s flammability; established standards determine the appropriate flammability resistance for products’ various constituent materials. These characteristics are observed, measured, and deemed appropriate for use by conducting a flammability test. These examinations are performed by third-party testing facilities, like Applied Technical Services, Inc. We are ISO/IEC 17025:2017 (A2LA) Accredited to perform many types of flammability testing. What is a Flammability Test and What Is Its Purpose? Different materials require different flammability tests. Because a single product can be made of many distinct materials, the whole item is usually subjected to flammability testing only when conducting a failure analysis — determining why a product did not perform to expectations when exposed to fire. If the flammability test is instead being performed to ensure materials conform to regulations and standards before production, an ATS technician will apply an appropriate flammability test considering which material she or he is examining and the application. Most tests typically entail introducing the sample material to an open flame for a certain amount of time. This process will yield burn characteristics, including: Whether the sample material burned How much of it burned How long it burned after the flame was removed How long the material glowed from heat after the flame was removed Whether the sample dripped any burning material Whether the material displayed...



Plastics are everywhere: in food packaging, children’s toys, cars, industrial machinery, and hundreds of other applications. They are so prevalent because of the ease with which they can be mass–produced. By combining polymers according to different recipes, we can create materials that withstand extremely high melting points, or protect us from small arms fire, or ensure your fried eggs don’t stick to your frying pan. Because of the high density of their components, however, certain plastics are vulnerable to catching fire. Their tendency for flammability inspired governments and industries to issue consumer safety regulations for plastics. The flammability of plastics is determined by utilizing various test methods from Underwriters Laboratories, FMVSS, ASTM, and ISO. Using UL 94 to Determine the Flammability of Plastics Specifically, UL 94 entails exposing a test sample to an open flame for one minute and measuring the characteristics of its reaction. Engineers look out for: Whether the material burned How much of it burned How long it burned after the flame was removed How long the material glowed from the heat after the flame was removed Whether the sample dripped any burning material Any unusual phenomena it displayed, like warping or melting In addition to noting this data, the person performing the test may assign a category to the material based on the results. These categories may be criteria for the use of that material in a specific application. Flammability testing methods like UL94 are integral in making sure that products containing plastics are consumer-safe. Manufacturers...



Corrosion of American infrastructure accounts for the loss of billions of dollars annually. A study spearheaded by the National Association of Corrosion Engineers (NACE) over 10 years ago estimated the total impact of corrosion to the US economy to be more than $250 billion when various economic sectors are considered. Additional indirect costs such as lost productivity due to failures and down time, portion of overhead costs associated with corrosion related activities, could easily double this figure to over $500 billion dollars. The sectors which are significantly affected by corrosion are the following: Infrastructure: Bridges, HAZMAT Storage, Transmission Pipelines, Ports Utilities: Power Plants, Gas Distribution, Water and Sewer Systems, Telecommunications Transportation: Motor Vehicles, Ships, Railroads, Aircraft, Airports Manufacturing: Pulp and Paper, Refineries, Mining, Pharmaceutical, Agricultural, Food Processing, Electronics, Defense Corrosion Protection Methods The most common methods used to control corrosion of among the facilities listed above are use of protective coatings, corrosion resistant materials, and cathodic protection. All these measures can help extend the service life of equipment, prevent shutdowns due to premature failures and avoid contamination or loss of product. Whether it is for public safety or protection of the environment, use of proven corrosion control methods and performing the appropriate tests to verify conformance to established industry requirements are key to saving thousands and millions of dollars in maintenance and repair costs. Products ranging from hand tools to bridges must combat this phenomenon through proper design and coating protection. Laboratory corrosion testing enables clients to evaluate new designs...



Metals will degrade over time if exposed to weathering factors like moisture and salinity. These stimuli will cause gradual decomposition in metals; the phenomenon is called corrosion. Manufacturers need to know how long their materials will retain a passing structural performance under expected environmental conditions. To determine their materials’ resistance to various types of corrosion, clients send samples to the ATS corrosion lab for testing. Different alloys will react to different weathering forces in different ways; responses will vary because surface treatment and metal composition will vary between materials. Our experienced technicians use a variety of test methods to discover how sample alloys hold up under environmental conditions similar to their intended use, and then help clients decide on the most relevant material to use in their product. ATS’ corrosion lab accomplishes these tasks by performing the following tests to their relevant standards: Corrosion Lab Capabilities Condensing Humidity Testing: simulate damage accumulated over time from outdoor moisture ASTM D2247 ASTM D4585 ISO/IEC 17025:2017 (A2LA) Accredited Copper Accelerated Acetic-Salt Spray (CASS) Testing: specialized cyclic corrosion test used on copper, nickel and chromium coatings or decorative features intended for use in severe conditions ASTM B368 ISO/IEC 17025:2017 (A2LA) Accredited Cyclic Corrosion Testing: subjects test materials to repeating rounds of salt spray testing, while controlling for moisture levels and ambient temperature ASTM G85 appendixes 1, 2, 3, 5 GM 9540P2 SAE J1563 GMW 14872 ISO/IEC 17025:2017 (A2LA) Accredited Cyclic Immersion Testing: repeatedly dunking the test materials into corrosive liquid, letting them dry, and...



The copper accelerated acetic acid salt spray (CASS) test is a widely used accelerated corrosion test utilized to verify protective properties of Nickel and Chrome plated parts. The exposure duration is typically dependent on the type of corrosion resistance needed (whether it is for appearance or functional). However, since the test solution used is much more aggressive than the neutral salt spray, exposures are typically no longer than 48 hours. Due to the nature of the test solution used, CASS testing is performed in a specialized dedicated salt fog chamber.   Applications Even though it is a quick and cost-effective way of evaluating the corrosive performance of various types of coatings, the following items are the most common ones. This type of test is widely employed in various industrial sectors on products designed for severe conditions: Decorative copper/nickel/chromium Nickel/chromium coating on steel, zinc alloys, aluminum alloys and plastics. Our Environmental Lab We perform evaluations following exposures and can conduct failure analysis of your products with the help of our fully equipped metallurgy laboratory and experienced staff of metallurgists to determine the root cause.  This test is regularly used in the automotive industry. It is very beneficial for determining service expectancy, plating process development, as well as routine manufacturing quality control.   Our Commitment to Quality The team at ATS is dedicated to completing all your corrosion testing needs in an expeditious manner at the highest quality level. This dedication to exceeding customer expectations is coupled with a dedication to quality, exemplified...



By accelerating and intensifying environmental conditions, it is possible to predict how products will perform during their lifetime.  ATS has the capability to conduct a wide variety of simulated weathering and artificial aging tests. We have computer controlled environmental simulators and accelerated aging test chambers for conducting temperature/humidity cycling, thermal shock and ultraviolet and solar simulation tests (Fluorescent UV and Xenon). ATS' Testing Capabilities Our national and international customers have come to rely on our state-of-the-art lab to give dependable and reliable test results. Many times, ATS has been called upon to perform unique projects involving custom fixtures (fabricated in-house) and mixed environments. We frequently serve many industries, including automotive, manufacturing, textiles, and military with our accelerated weathering testing services. Common Tests Include Some of our most common projects include High and Low Temperature Exposures, Thermal Shock, High Humidity, Thermal Cycling and Contamination by Fluids in accordance with Military Standards. We can also perform Xenon Arc and Fluorescent U. V. Weathering per automotive specifications. Temperature and Humidity Cycling Thermal Shock Xenon Arc Weathering Fluorescent UV Weathering Contamination By Fluids Altitude Testing Salt Spray (Fog) Heat Aging Color Evaluations Applicable Standards IEC Standards ASTM Standards Military Standards AATCC Standards SAE Standards Contact Us Contact us today to request accelerated weathering services from ATS! Call +1(888) 287-5227 to speak with a representative or click here to submit a request webform.



Why Test? Every manufacturer wants their product to hold up when it’s being used or stored as intended. However, plenty of equipment experience failures after being subjected to weathering forces over extended periods of time. While many people may think that water is the only environmental factor that can negatively affect a piece of metal equipment because it causes rusting, this is not the case. The sun can also have a significant impact on the quality of equipment used outdoors. Exposure to solar radiation and heat over time can bring about undesired effects on both visual and structural properties of coatings and substrate materials. Whether being subjected to direct sunlight or only experiencing it through window glass (like a car interior through a windshield), products degrade under the ultraviolet (UV) radiation the sun produces. Accelerating the Process Observing and measuring the changes UV can enact would be far too slow of a process in real time. For this reason, ATS performs accelerated UV testing to simulate the effects of long-term environmental exposure on sample materials. We are ISO/IEC 17025:2017 (A2LA) accredited to perform this exposure per ASTM standard G154, which is applicable to nonmetallic materials. By exposing test samples to UV radiation for longer periods and at more intense levels than it would naturally encounter, we can speed up the simulation to render results from years of actual exposure in a matter of weeks. What is Accelerated UV Testing? The method involves placing the sample material into a fluorescent UV...



Every company wants to know if their product will meet quality and lifespan expectations. In order to simulate real-world conditions, life cycle analysis is used to thoroughly test the products from their raw materials stage to their assembly as a final product. Applied Technical Services (ATS) offers life cycle analysis across a multitude of industries, including nuclear, automotive, aerospace, construction, medical, manufacturing, textile, and many others. No matter the industry, life cycle analysis is customized to accurately measure the impact of various environmental factors on the product. Enjoy The Benefits Customers often make purchasing decisions based on the environment's perceived impact on the product. As such, companies need to hire a company, like ATS, to conduct a life cycle analysis before they release a new product. As part of rigorous accelerated environmental testing, life cycle analysis is designed to help companies understand the environmental impact on their products. ATS proudly delivers life cycle testing results that are timely, reliable, and customized to meet the needs of each customer. ATS Materials Testing: The Trusted Source Since 1967 For decades, ATS has been the trusted source for life cycle analysis. In addition to performing rigorous environmental tests (temperature/humidity cycling, thermal and mechanical shock, vibration, corrosion, etc), ATS also offers a multitude of materials testing services that are designed to give customers the insights they need to make viable product decisions. For example, ATS offers accelerated weathering (Xenon-arc) and accelerated UV testing. The former is used to simulate the damage that is often...



Identifying A Product's Lifespan Is Critical In Ensuring Quality Control Our materials testing department offers accelerated aging testing, which is not one specific method but a variety of methods that can determine the life span of your products. The testing methods that we implement are conducted either to internationally recognized standards or to client-specific performance requirements. Thermal Aging and Weathering Simulation Altitude Testing Temperature range from -65°C to 150°C Altitude range from -200 ft to 100,000 ft Mil-Std 202G (conditions 105C, A/B/C/F) Mil-Std 810G (conditions 500. 5) RTCA/DO-160G Life Cycle Testing Lifespan Expectations Environmental Implications On Certain Products Meet Industry Standards and Regulations Develop and Fabricate Product Specific Test Set-ups Salt Spray Capture Progression of Corrosion at Intervals Corrosion Creepage in Scratched Coatings Determine Coating Adhesion Evaluate Degree of Rusting Measure Degree of Coating Blistering Temperature/Humidity Cycling Characterize Thermal Expansion Rates Determine Thermal Coefficient Mismatch Determine Thermal Shock Resistance Heat Aging Observe Reaction to Varying Temperature and Humidity Conditions UV Weathering Accelerated UV Ultraviolet Exposure Xenon Exposure Xenon Testing Evaluate Visual Properties Post Exposure - Color Change, Gloss, Haze, Optical Transmission Evaluate Structural Properties of Plastic Parts - Impact Resistance, Tensile Strength, and Abrasion



Since our founding in 1967, we have established an excellent reputation with business, industry, and the legal profession for successfully uncovering facts in materials testing, environmental testing, and metallurgy. Our engineers and support team are highly trained and certified, allowing us to offer professional support in numerous testing realms. We serve numerous industries, including but not limited to the automotive, aerospace, nuclear, construction, manufacturing, steel, power generation, consumer products, and insurance. Complete List of Environmental Testing Services Aging Accelerated Aging Testing Life Cycle Analysis Life Cycle Testing Altitude Altitude Testing Automotive Automotive Testing Automotive Testing Labs Chemical Resistance Testing Explosive Atmosphere Testing Corrosion ASTM Corrosion Testing CASS Testing Corrosion Lab Corrosion Testing Corrosion Testing Lab Cyclic Corrosion Testing Filiform Corrosion Testing Humidity Testing Environmental Overview Environmental Testing Labs Flammability Flammability of Plastics Flammability Test Flammability Testing Lab UL94 Flammability Ingress Protection IEC 60529 - IP Testing Ingress Protection Testing Waterproof Testing Package Testing Package Drop Test Package Testing Package Testing Labs Package Testing Methods Painting and Coating Abrasion Testing Adhesion Pull Testing Adhesion Testing ASTM Coating Adhesion Testing ASTM Paint Adhesion Testing ASTM Peel Adhesion Testing Coating Weight and Thickness Testing Coatings Color Gloss Testing Immersion Testing Paint Adhesion Testing Paint Testing Paint Testing Lab Powder Coating Thickness Testing Stone Chip Resistance Testing Stone Chip Testing Taber Abrasion Product Analysis Services Accelerated Durability Test Accelerated Life Cycle Testing Accelerated Reliability Testing Material Qualification Military Testing PPE Testing Product Life Cycle Testing Product Reliability Testing Product Testing Salt Spray ASTM B117...



Applied Technical Services offers modulus testing services that determine the physical properties of structural materials in compliance with common testing standards. Our services help manufacturers improve their material selection, product design, and quality control processes. What is the Modulus of Elasticity, and Why is Modulus Testing Important? Modulus of elasticity testing provides insight into a material's elasticity and general resistance to deformation. Simply put, elasticity correlates to stiffness, so metal materials will have a higher modulus of elasticity than rubber-like materials. These tests are significant as they help manufacturers evaluate a material's potential applications and strengths and weaknesses. Modulus data is essential in developing various products and structures, such as bridges, buildings, and vehicles. ATS' Modulus of Elasticity Testing Capabilities The American Society for Testing and Materials (ASTM) has developed numerous standards that determine the elasticity of various materials. We offer testing services that comply with several of these ASTM standards, including: ASTM C273 ASTM D3039 ASTM D638 ASTM D790 ASTM D882 ASTM E111 ATS technicians follow the corresponding outlines to perform procedures that provide accurate evaluations of a sample's chord, tangent, and Young's modulus. Our modulus of elasticity testing services apply to a wide range of materials, including the following: Composites Glass Metals Rubber Plastics and Polymers Wood More About Our ASTM Testing Capabilities In addition to our modulus testing services, our ISO/IEC 17025:2017-accredited testing facilities offer numerous other ASTM-compliant chemical analysis and metallurgical, environmental, and mechanical testing services. Our employees utilize our state-of-the-art laboratories to provide dozens of...



Thermoplastic testing from ATS uncovers the characteristics and vulnerabilities of this type of polymer. Clients from a wide variety of industries contact ATS for laboratory tests and analyses, such as manufacturing and consumer product businesses. Many manufacturers utilize thermoplastic materials, which can be heated, then reshaped through molding or extrusion processes without dramatically changing their properties. Thermoplastics are efficient to produce and found in construction products, cookware and cleaning bottles, electronic appliances, and children’s toys. Commonly used thermoplastics include: Polyvinyl chloride (PVC) – construction products Polytetrafluoroethylene (Teflon) – hydrophobic cookware coatings Polyethylene (PE) – bearings, flexible bottle caps, gas cans, laundry detergent bottles Polycarbonate (PC) – electronic components, aircraft parts Nylon – fabrics, gears, heat-resistant composites Acrylonitrile butadiene styrene (ABS) – toys, appliances Why Test Thermoplastics? Manufacturers and product engineers must ensure that products follow regulations and comply with industrial standards, federal regulations, and state laws. Clients may also request thermoplastic testing for other reasons, such as: To uncover potentially harmful materials like phthalates To determine the properties like strength, ductility, flow rate, and heat capacity To help decide on materials for designs To determine mechanical properties For failure analysis How We Test Thermoplastics ATS operates several ISO/IEC 17025:2017-accredited labs for material testing, polymer testing, and plastic testing. Our materials testing lab performs a broad range of tests that explore the properties and characteristics of thermoplastics and other polymers: Tensile strength testing – ASTM D638, ISO 527 Melt flow index testing – ISO 1133 Melt flow rate testing – ASTM D1238 FTIR analysis– ASTM...



Applied Technical Services performs a variety of chemical tests on forever chemicals in our PFAS testing lab. PFAS (per- and polyfluoroalkyl substances) are a class of over 9,000 synthetic chemicals used in many industries. The chemicals’ non-stick properties and resistance to grease, water, oil, and heat made them popular materials for cookware and food containers starting in the 1940s. Research in the past decades has uncovered a dangerous side to PFAS. Due to the strong carbon-fluorine bond in PFAS, the chemicals do not easily degrade. PFAS can also accumulate in human blood samples. While scientific studies of the direct impacts of PFAS on human health are currently underway, exposure is associated with several adverse health effects: Reproductive health concerns Developmental impacts on children Increased risk of certain cancers Decreased immunity Increased cholesterol levels How Are People Exposed to PFAS? People are typically exposed to PFOA and PFOS through contaminated drinking water, but exposure through touching, eating, and inhaling chemicals is also possible. People can be exposed to PFAS by: Drinking contaminated water Eating food grown, raised, or caught in contaminated water or soil Using consumer products manufactured or processed with PFAS Eating food from packages containing PFAS Swallowing or inhaling contaminated soil or dust People who work at sites involved with the manufacture or processing of products containing PFAS are more likely to develop health risks than the general population due to frequent inhalation, swallowing, and physical contact with PFAS. The FDA currently permits the use of certain PFAS in cookware, food packaging, and food processing. Other...



Applied Technical Services’ engineering department offers the expertise of our certified NACE coating inspectors. The NACE coating inspector program is highly recognized for its extensive curriculum that prepares inspectors for fieldwork and various industries. We employ experienced and qualified professionals certified by NACE or the Association for Materials Protection and Performance (AMPP). NACE or AMPP coating inspectors are responsible for performing and recording non-destructive inspections of non-liquid and liquid coatings. These coatings may be applied to metals or other surface materials. NACE Inspections Types of Inspections Provided By ATS ATS offers a range of inspections to measure coating thickness and detect hidden defects, including: Dry Film Thickness: This inspection measures single-layer or multi-layer coatings applied to a surface. The thickness of coatings is based on the surface preparation and application method. Wet Film Thickness: Wet film thickness inspections can be performed while coatings are still wet. This type of inspection provides an immediate result on the coating applied. Holiday Detection: This nondestructive test method can identify discontinuities (voids and pinholes) and abnormalities (film breaks and air bubbles). An electric circuit is created to determine if the current flow completes the circuit through the coating. Environmental Readings for Coating Application: Coating applications can be subjected to environmental conditions to see how they resist changing environments. Surface Profile Measurement: During surface profile measurements, we apply an abrasive blast cleaning or impact power tool, measuring the maximum peak-to-valley depth based on abrasive impingement. Testing Specs ASTM D1212-91 ASTM D3276-15 ASTM D4138-07 ASTM D4414-95...



The Applied Technical Services Family of Companies (FoC) performs hipot testing services that help manufacturers confirm the quality and safety of their electronics. What is Hipot Testing? The high potential, or hipot, test is used to measure an electronic device’s insulation and its ability to endure voltage surges that exceed the amount expected during the device’s operation. Hipot tests are effective at identifying significant defects within electrical systems that may compromise an electrical system’s efficiency and operational safety. Hipot tests reveal important information regarding the following: Damaged or weakened insulation Manufacturing defects such as comprised wires Contamination from dirt and debris Developing wear and tear that may cause future issues During the testing procedure, technicians program a hipot tester to the desired voltage before steadily increasing the voltage until it reaches the target level. Technicians monitor the electrical current throughout the test, ensuring that the current does not exceed the safety limit. If the current exceeds the safety limit, the device fails the tests and experts assess the situation to identify the factors that contributed to the failure. Our Hipot Testing Services Our electrical testing lab offers comprehensive hipot testing services that evaluate electrical components and devices, ensuring their reliability and safety. Our experts use our advanced equipment to conduct tests that produce a detailed analysis regarding the insulating properties of our clients’ products. Our services expose various types of potential flaws which would cause concern for our clients and their hopes for their products. In addition to our hipot...



The Applied Technical Services Family of Companies (FoC) performs conducted emission testing to resolve issues regarding unwanted electromagnetic interference. What are Conducted Emissions? Electric appliances generate noises called conducted emissions in their cables and wires as electromagnetic signals travel through the cabling or to and from another device. These unwanted noises can stem from a variety of potential issues, including the following: Abruptly turning circuits on and off, causing frequency spikes Improper bonding and grounding practices Poor wiring that allows electrical currents to flow outside of the intended circuit About Our EMI Testing Services Our EMI and EMC testing experts carefully evaluate electronic components to identify and measure the electromagnetic disturbances that stem from our client’s equipment. Our EMI testing services comply with numerous regulatory requirements and standards, including the following: MIL-STD 461 – Electromagnetic Interference (EMI) / Electromagnetic Compatibility (EMC) RTCA DO 160 – Environmental Conditions and Test Procedures for Airborne Equipment Why is Conducted Emissions Testing Important? Conducted emissions tests allow businesses to evaluate how electronic devices will interact with others plugged into the same utility grid. The tests help to ensure that devices don’t interfere with surrounding devices by causing unnecessary interference. Conducted emissions testing is important for various reasons, including the following: Complying with regulatory requirements Minimizing interference across electronic devices Increase product functionality and reliability Our Commitment to Quality The ATS Family of Companies is an expansive collection of companies, offering professional calibration, inspection, testing, and consulting engineering services to a wide range of industrial...



The Applied Technical Services Family of Companies (FoC) conducts radiated emissions testing to evaluate the strength of emissions generated by electronics. What are Radiated Emissions? Radiated emissions are unintentional releases of electromagnetic energy from electronics. When an electronic device generates electromagnetic fields, they may deviate away from the device, creating unwanted noises that can impact the performance of surrounding devices. More About Our Radiated Emissions Testing Services Our ISO/IEC 17025:2017 accredited EMI and EMC testing labs offer comprehensive testing and analysis, assisting our clients as they improve their products and comply with industry standards. Our employees use decades of collective experience to carefully examine electronics and their radiated emissions. During the radiation emissions testing process, our experts place the device in a controlled environment before measuring the electromagnetic waves that the device produces. Why is Radiated Emissions Testing Important? Radiation emission testing is an effective way to improve the reliability and quality of electronic devices. Regulatory bodies place restrictions on the amount of electromagnetic energy devices can release and radiation emissions testing is mandatory to comply with these regulations. Radiated emissions testing is important because it helps companies do the following: Comply with regulations Prevent interference between electronics Improve access to international markets Uphold a positive brand reputation amongst consumers About Applied Technical Services Founded in 1967, Applied Technical Services began as a small engineering firm that served its local community, but in several decades, we’ve grown into a reputable network of companies that serves companies across the continental United...



Polymer foams are versatile, lightweight materials with applications in countless industries due to their unique properties. Verifying quality and reliability through polymer foam testing ensures these materials meet industry standards and safety requirements specific to their intended use. Polymer Foam Applications Polymer foams are used in industries ranging from automotive and aerospace to shipping and packaging. In the automotive sector, foams are used for interior components to enhance comfort and safety. In aerospace, lightweight foams contribute to fuel efficiency and overall structural integrity. Shipping and packaging rely on foam-based materials to provide protective cushioning for fragile items during transportation. Polymer-based foam’s range of applications highlights the need for rigorous testing to guarantee the performance and safety of polymer foams in everything from furniture to medical implants. Foam Testing at Applied Technical Services Applied Technical Services is a leading provider of foam testing, offering comprehensive solutions to industry-leading companies around the world. With a commitment to quality and precision, ATS employs state-of-the-art equipment and machinery to conduct thorough polymer foam testing, evaluating the mechanical, thermal, and chemical properties of polymer foams and foam-based materials in our polymer testing lab. ATS' Polymer Testing Lab ATS features a dedicated polymer testing lab staffed by professionals with decades of combined experience. The lab is specifically designed to address the unique challenges posed by polymer foams and other polymer-based materials, regularly performing services ranging from routine quality control tests to complex custom analyses. Our polymer testing experts perform mechanical testing to assess properties such as...



The Applied Technical Services Family of Companies (FoC) conducts electromagnetic compliance testing to evaluate the amount of electronic interference our client’s products produce. Electronics emit electrical energy, which can interfere with nearby instruments, hindering their performance and functionality. Our EMI lab works with clients to ensure their products comply with industry standards and regulations. What is Electromagnetic Compatibility? Electromagnetic compatibility, or EMC, measures an electronic instrument or system’s ability to function in a specific electromagnetic environment without disrupting nearby electronics and equipment. All electronic equipment has electromagnetic emissions, some of these emissions are expected, but unexpected emissions can compromise equipment. The Federal Communications Commission (FCC) regulates electromagnetic compatibility, limiting the amount of electromagnetic emissions a device can emit. Our EMC Testing Lab Our ISO/IEC 17025:2017 accredited EMC lab features the state-of-the-art technology needed to conduct comprehensive electromagnetic compliance tests. We offer numerous EMC tests that comply with popular standards, such as: MIL-STD-461 MIL-STD-704 RTCA-DO-160 The Benefits of EMC Testing EMC tests are required by various industries where electronics are essential to an operation or application. The consumer product, aviation, aerospace, and defense industries require EMC testing to verify the functionality and reliability of electronics. We conduct EMC tests that help our clients do the following: Identify and eliminate issues with a product’s performance Comply with industry regulations and standards Ensure products don’t cause electromagnetic interference Improve product design and safety Our Commitment to Quality The Applied Technical Services FoC adheres to international quality standards, ensuring each of our services are...



The Applied Technical Services performs EMC compliance testing for stateside and international clients in our highly advanced EMC testing lab. Electromagnetic Compatibility and Interference Testing EMC compliance testing evaluates an electronic device or component’s ability to perform its intended functions without emitting interference that can cause issues for other equipment in its standard operating environment. All electronic devices have electromagnetic emissions that must fall within specified parameters to be deemed compliant with industry standards and regulatory requirements. EMC and EMI Testing Standards Our electromagnetic compatibility and interference experts test to a wide range of standards set by authorities such as the Radio Technical Commission for Aeronautics, Federal Aviation Administration, and the United States Department of Defense in our ISO/IEC 17025:2017 accredited laboratory. These standards include but are not limited to: RTCA DO-160: S15-22, 25 | Electrostatic Discharge (ESD), Magnetic Effect, Induced Signal Susceptibility, Voltage Spike, Audio Frequency, Radiated and Conducted Radio Frequency Susceptibility, Power Input, Radiated and Conducted Radio Frequency Energy Emission, Levels 1-3 Lightning Induced Susceptibility MIL-STD-704: LDC, SAC, TAC MIL-STD-461: CE 101, CE 102, RE 101, RE 102 to 18 GHz, CS 101, CS 114, CS 115, CS 116, CS 117, CS 118 The ATS EMC/EMI Testing Lab The ATS electromagnetic compatibility and interference testing laboratory features cutting-edge technology and testing equipment to ensure the highest levels of precision and accuracy. Since the addition of this lab in 2021, Applied Technical Services has become one of the premier EMC testing providers in the region, offering comprehensive testing solutions...



The Applied Technical Services Family of Companies is a full-service pre-compliance EMC testing provider, helping clients ensure the safety and regulatory approval of their products. Electromagnetic Interference and Compatibility Testing Pre-compliance EMC testing consists of the evaluation and verification of an electronic device’s electromagnetic emissions. Compliance with industry standards and regulatory requirements requires the electromagnetic emissions of electronics fall within specified parameters to ensure they do not interfere with other devices in their typical operating environment. EMI and EMC Testing Standards ATS’ electromagnetic interference and compatibility experts test to a wide range of standards established by organizations such as the US DOD, FAA, and RTCA in our ISO/IEC 17025:2017-accredited lab, including but not limited to: RTCA DO-160: Voltage Spike, Power Input, Levels 1-3 Lightning Induced Susceptibility, Audio Frequency, Induced Signal Susceptibility, Radio Frequency Susceptibility, ESD Electrostatic Discharge, Radio Frequency Energy Emission, Magnetic Effect (Sections 15-22, 25) MIL-STD-461: CS 114, CS 115, CS 116, CS 117, CS 118, RE 101, RE 102 to 18 GHz, CE 101, CE 102, CS 101 MIL-STD-704: SAC, LDC, TAC The ATS EMI/EMC Testing Lab Located in Marietta, Georgia, our EMI and EMC testing facility features highly advanced equipment and technology to ensure reliable, precise, traceable results. Our electromagnetic testing experts incorporate innovative testing solutions to keep costs competitive while ensuring the exceptional service quality ATS is known for. Compliance is important to the success of your business, so let the proven experts at ATS handle the intricacies of pre-compliance EMC testing to let you get...



Applied Technical Services conducts lightning-induced transient testing in accordance with the MIL-STD-461G CS117 standard. Lighting strikes have electromagnetic effects that can disrupt the functionality of nearby electronics, compromising the equipment’s reliability and safety. Our EMI lab helps our clients evaluate their equipment, ensuring it can withstand the effects of indirect lightning. What is MIL-STD-461G CS117? The MIL-STD-461G CS117 standard is a popular military standard, revered for its effectiveness at evaluating an electronics’ resistance to electromagnetic effects. The CS117 test method ensures the safety and functionality of various types of aircraft equipment, including power cables and electrical systems. Our technicians perform the standard by applying waveforms to the device’s cables to evaluate the changes and disruption the electrical system endures. We note the equipment as MIL-STD-461G CS117-compliant if the equipment operates normally during the test. Why is Lightning-Induced Transient Testing Important? Lightning-induced transient testing services are instrumental when evaluating electronic systems and their resistance to lightning transients. Our MIL-STD-461G CS117-compliant testing services help our clients do the following: Improve product reliability Reduce the likelihood of equipment failure Minimize the costs and downtime associated with repairs Comply with regulations and requirements Failure to properly conduct lightning induced transient tests may result in preventable financial loss or bodily harm. We understand the importance of aircraft safety, and our lightning induced transient testing technicians help our clients verify that their equipment can withstand lighting strikes without becoming ineffective. About Applied Technical Services Our ISO/IEC 17025:2017 accredited labs specialize in calibration, consulting engineering, testing, and...



Applied Technical Services conducts reverberation chamber testing in accordance with RTCA DO-160 guidelines. What is RTCA DO-160 Section 20? The RTCA, also known as the Radio Technical Commission for Aeronautics, is a private, non-profit organization that developed the D0-160 test standard. Section 20 of the standard categorizes equipment, offering instructions for testing procedures that comply with the RTCA DO-160 section 20 standard. Our Reverberation Chamber Testing Services Our RTCA DO-160 lab conducts reverberation chamber testing to ensure that aviation equipment operates as expected in environments with radio frequency-induced electrical interference and disturbances. Our technicians use our reverberation chamber to simulate the effects of electromagnetic interference (EMI) on airborne technology. Our reverberation chamber testing services offer several benefits, including: Compliance with industry standards Improved efficiency and cost-effectiveness over anechoic chamber testing Uniform distribution of the electromagnetic field Realistic simulation of real-world electromagnetic environments Additional RTCA DO-160 Testing Capabilities In addition to our RTCA DO-160 section 22 testing services, we offer services that test avionics equipment in compliance with the following DO-160 standards: Section 4: Temperature and Altitude Testing Section 5: Temperature Variation Testing Section 7: Operational Shocks and Crash Safety Testing Section 8: Vibration Testing Section 10: Waterproof Testing The Importance of RTCA DO-16O Compliance The RTCA DO-160 document is an ever-evolving resource that outlines testing procedures for environmental testing on airborne equipment. Government agencies such as the FAA and EASA recognize RTCA DO-160 and base many of their regulations on the document and its contents. Our RTCA DO-160 services ensure...



The Applied Technical Services Family of Companies (FoC) performs pressure cycling testing to evaluate how a product or material responds to a pressure load. Our mechanical testing lab conducts pressure cycling testing in accordance with client specifications and industry standards to assess how materials react to specific conditions associated with their intended application. Our Pressure Cycling Testing Services Pressure cyclic testing evaluates numerous materials that undergo fluctuating pressure levels, such as fittings, pipes, and valves. During the pressure cycling procedures, our technicians expose composites, metals, and plastics to varying degrees of pressure to determine their limits and overall reliability. Our evaluations determine the number of cycles the material can withstand before failure, which assists manufacturers and engineers as they optimize and improve products. Our services ensure that our clients' products comply with industry standards and perform satisfactorily for our clients' expectations. What is Cyclic Pressure and Why is it Important to Test? Cyclic pressure is the fluctuation of pressure within a material that occurs throughout the material's service life. Pressure cyclic testing is an effective way for manufacturers to determine their products' and materials' durability and fatigue strength. Pressure cyclic testing helps manufacturers do the following: Improve a Product's Design Mitigate Risks Assess and Improve Product Durability Comply with Safety Regulations and Standards Our Commitment to Quality The Applied Technical Services Family of Companies is an esteemed enterprise specializing in consulting engineering, inspection, and testing services. Founded in 1967, ATS has maintained a client-centric approach where our staff delivers personalized...



The AWS D1. 1 Structural Steel Welding Certification endorses a welder’s ability to provide reliable welds of sound quality. In the construction industry, structural welders must deposit reliable welds that endure repeated stresses and strains. However, forming a clean weld is not enough, as some defects are not distinguishable through visual inspection alone. If a weld joint or welded material breaks or bends, the consequences can range from component damage to catastrophic failure and loss of life. To enforce quality control and ensure a structure or product meets industry standards and legal codes, a manufacturing or construction company may employ a Certified Welding Inspector (CWI) to assess the condition of components, such as: Pipes Valves Brackets Beams Pipelines Pressure vessels Testing For Certification Construction and manufacturing companies may require a potential hire to have proof of welding certification, such as the AWS Certified Welder certification. Welders can earn certification by testing at a designated AWS facility or through an employer. In both cases, the welder demonstrates their proficiency for a CWI or another qualified individual. Along with laying a sound weld, the test also requires the welder to follow a specified welding protocol, standards, and other requirements a professional will encounter on the job. ATS provides the perfect venue for certification tests: Well-lit observation booths Available equipment for popular welding methods A stock of pipe and plate coupons for purchase We also have qualified CWIs on staff who can observe the welder. This observation lasts from weld station setup and...



ATS understands how significant and daunting a 2F weld test can be for welders. We seek to relieve prospective welders of some of the pressures involved in the certification process by opening our welding facilities for certification and quality testing. Relatively new welders may opt to work in the horizontal position to lay a fillet weld. The popular 2F position gives the welder a full view of the weld area throughout the welding and cleaning processes. If certified to work in the 2F position, a welder automatically qualifies for work in the 1G and 1F positions, too. However, welders must prove they can navigate the challenges of fillet welding: Making the weld consistent and strong If permitted, applying enough passes to deposit a weld for thicker material Forming a tight arc to minimize spatter and decrease undercutting Reserve a Welding Booth Welders have two main avenues for getting certification: through a licensed American Welding Society (AWS) testing facility or an employer. During the hiring process, a fabrication company may request a demonstration of an applicant’s abilities, especially if the potential hire does not have a current certification from a recognized licensing body. Clients can reserve an observation booth at an ATS facility that allows a welder room to work comfortably and safely. Our booths provide the ideal overhead lighting and protection for clients who wish to observe a welder’s technique. Welders will have access to the equipment for popular welding methods, such as GMAW/MIG, GTAW/TIG, FCAW, and SMAW/stick. In addition,...



The 6G welding certification test simulates real-life conditions so an inspector can observe whether a potential welder follows standards and meets the requirements of the profession. When welding professionally, a welder may encounter fixed components, such as a pipeline system or a large structure. In the 6G position, the pipe or plate is fixed at a 45-degree, so the welder must demonstrate the ability to weld successfully in a combination of other positions: 1G 1F 2G 2F 3G 3F 4G 4F 5G Welders with 4G welding certification benefit from increased work opportunities. A certification proves the welder is dedicated to the safe and proper protocol for this difficult weld and other groove and fillet welds in other positions. Support for Welder Certifications ATS supports clients during a critical moment in their professional careers by providing: Certification test venue, complete with popular equipment Certified weld inspector (CWI) observations and recommendations Weld quality testing Welding Venue and Equipment Our brightly lit welding booths are an ideal venue for a certification test. Welders who test at our facilities have access to the equipment required for popular welding methods, such as stick welding (SMAW), GTAW (TIG), MIG (GMAW), and FCAW. On the day of the certification test, welders can choose to bring a coupon to the ATS facility or purchase a pipe or plate coupon from the ATS collection. Our stock consists of the most popular metals used for certification tests. CWI Observations A Certified Welding Inspector (CWI) from ATS can observe the certification...



A 4G welding certification demonstrates a welder’s proficiency in the overhead position. ATS offers numerous services to fulfill our clients’ needs, from welding sites to observations to quality testing. Our clients frequently request an ATS facility, inspector, or quality test for the following reasons: Pre-employment screening Recommendations for AWS certification Documenting a welder’s ability Proving a welder’s output meets code requirements Welders with 4G welding certification benefit from increased work opportunities. A certification proves the welder is dedicated to the safe and proper protocol for this difficult weld and other groove and fillet welds in other positions. Workforce Applications 4G weld certification proves that a welder: Can meet the specifications set by an employer or client Follows codes and standards Produces a reliable weld of high quality When hired to weld professionally, a welder may need to work with fixed materials, such as a steel frame at a construction site. The 4G position allows the welding equipment to reach the beveled edges of pieces that may be positioned above the welder and at an angle. Proficient use of this technique is a critical skill for welders in industries such as aerospace, construction, manufacturing, and military tank fabrication. Weld Certification Services On the day of the test, the welder should bring their own testing coupon, either a plate or pipe; however, ATS also has a limited selection of popular coupons available for purchase. The welder should also bring the necessary documentation for AWS certification, such as a record of the Welding...



ATS provides the essential welding equipment and work environment for a 3G MIG welding test. We employ AWS-certified welding inspectors (CWIs) who can observe the welder’s procedure and verify the quality of the completed weld. Alternately called Gas Metal Arc Welding (GMAW), the Metal Inert Gas (MIG) method fuses multiple workpieces through a wire-fed welding gun. A shielding gas, such as helium or carbon dioxide, protects the pool of molten liquid as it hardens. Welders may choose this welding method for a faster and more cost-efficient welding process during fabrication and repair projects for industries such as: Construction Automotive Aerospace Shipbuilding AWS Certification Testing ATS gladly opens our facilities for weld certification testing. Many clients who request a test facility and observation are welders seeking certification or business leaders who need to verify the proficiency of potential hires. On the day of the certification test, the welder should bring the necessary paperwork for the certification, along with a testing coupon. If the welder does not have a coupon, they can purchase one from ATS. At the ATS facility, the welder will have access to our welding equipment in a well-lit booth conducive to certification testing. Weld Observations ATS’ staff includes AWS-certified weld inspectors who can observe the weld certification test and recommend the welder for 3G certification. The CWI can check if the welder demonstrates basic proficiency in several areas even before laying a weld: Setting up the welding area Adjusting the equipment settings for effective heat and flow rate...



ATS supports the significant career step of 2G weld testing through our approved facilities and certified weld inspectors (CWI). 2G testing refers to a certification test that proves a welder can lay a horizontal weld in a groove joint between two metals. If a welder passes the weld test, they are also certified to perform groove and fillet welds in the flat (first) and horizontal (second) positions. Clients may request our weld observation and testing services for many reasons, such as vetting potential hires, earning documented certification from the AWS, and testing materials for critical infrastructures and products. Welding Facility and Inspectors Our expansive and brightly lit weld facility includes welding booths ideal for weld certification testing. We have the equipment for commonly used welding processes, including GMAW, GTAW, SMAW, and FCAW. If a welder does not bring a test coupon, they can purchase one from our plate and pipe selection for a reasonable fee. We have a team of welding experts with decades of combined experience. Our staff includes certified inspectors, professional engineers, NDT technicians, and professional welders. Having ample experience and training, they can recognize the proper setup for producing a weld clear of contaminants and scale. A certified supervisor can determine if a welder uses the appropriate posture when welding in a horizontal position. The inspector can also review the welder’s temperature control and compliance with the Welding Procedure Specification document and industry standards. Weld Testing and Analysis After the test, CWIs can analyze the weld at...



ATS offers multiple facilities for a 1G weld test and other weld qualification needs. A weld test is an opportunity for a welder to prove their capabilities in front of a qualified supervisor and earn certification. A certified weld inspector (CWI) from ATS can observe the welding processes and evaluate the results. A weld test demonstrates that a welder can: Properly assemble the work area Meet safety standards Adhere to specifications and code requirements Follow standard welding procedures (SWPs) The 1G Weld Position A weld test in 1G position simulates one circumstance a welder may encounter on the job. The term 1G refers to the position of the welded materials or weld axis, which lay flat on a welding surface during the test. The welder must arrange their body and equipment in such a way as to lay an effective weld in the groove between the two separate parts, such as plate or pipe coupons. A welder’s equipment and materials depend on the selected welding procedure. The most common welding processes include: Flux-Cored Arc Welding (FCAW): Flux Welding Gas Metal Arc Welding (GMAW): MIG Welding Gas Tungsten Arc Welding (GTAW): TIG Welding Shielded Metal Arc Welding (SMAW): Stick Welding Certified Weld Inspectors Under AWS requirements, a CWI is responsible for standard compliance with material, documentation, and safe practices. Our certified weld experts have years of experience in welding and metallurgy and are adept at using the mechanical and material testing equipment in ATS labs. A weld test is a critical...



Applied Technical Services' Family of Companies conducts testing on the full range of space radiation effects in electronic devices. Space Radiation Effects Testing at ATS' Family of Companies Applied Technical Services' Family of Companies features a variety of space radiation effects testing methods for manufacturers that need to verify the reliability of their products before sending them into their standard operating environments. Manufacturers can work closely with our space radiation effects engineers to ensure product functionality and locate electrical, optical, and thermal solutions. We offer engineering support by designing all software, hardware, and fixtures for space radiation testing, performing in-house and remote testing and providing turnkey test solutions. We supply our clients with sample preparation, thinning to 35 microns with verification, chemical etch, and mechanical grind. Ionizing Radiation Versus Non-Ionizing Radiation Radiation is either ionizing, containing high energy particles, or non-ionizing, containing low energy particles. Ionizing radiation particles have enough energy to take an electron out of orbit, creating an atom with a more positive charge. Non-ionizing radiation particles have less energy, lacking the power necessary to take an electron out of orbit. Alpha particles, beta particles, x-rays, gamma rays, and galactic cosmic radiation are forms of ionizing radiation in space. Infrared, microwaves, ultraviolet light, visible light, and radio frequencies are forms of non-ionizing radiation in space. These forms of radiation have the potential to cause damage, requiring specific precautions to be taken in order to prevent these risks. Effects on Electronics Electronic devices are susceptible to damage due to...



Applied Technical Services' Family of Companies performs RLAT, or radiation lot acceptance testing, for different types of radiation effects on electronic equipment. The Effects of Space Radiation Space radiation causes adverse effects on electronic devices. These effects occur over varying periods of time, resulting in either malfunction or total failure. Although space systems can endure these effects, their equipment will lose functionality over time, eventually leading to failure due to cumulative, long-term damage. Total Ionizing Dose (TID) Total ionizing dose (TID) is a well-known effect on electronic devices facing radiation exposure. When a device experiences the effects of ionizing radiation for an extended period of time, the threshold voltages can change, causing an increase in transistor leakage. TID causes component malfunction or total failure. Single Event Effect (SEE) Single event effect (SEE) forms from a single energetic particle. It occurs when heavy high-energy protons or ions deposit energy while moving through a semiconductor component. SEE is either destructive or nondestructive and can potentially increase the risk of malfunction or total failure during aerospace operations. Radiation Lot Acceptance Testing Radiation lot acceptance testing is the process of inspecting semiconductor lots for different types of radiation. RLAT can take place before and after exposure to radiation. A standard deviation criterion for each parameter determines the success or failure of each irradiated part. ATS: A Leader of Radiation Testing Applied Technical Services' Family of Companies extensively tests for the full range of radiation effects. We contribute to successful aerospace operations by working closely...



Applied Technical Services’ (ATS’) Family of Companies conducts total ionizing dose effects testing at our world-renowned laboratories and testing facilities. The Effects of Total Ionizing Dose Understanding total ionizing dose effects can be challenging due to the many different sources of space radiation. These sources include the Van Allen radiation belt (protons and electrons trapped inside Earth’s orbit near its magnetic field), galactic cosmic rays, and solar flare particles. Solar events such as solar flares and coronal mass ejections can significantly affect several different types of electrical equipment. These events occur when electrons, protons, and heavy ions reach Earth and orbit electrical equipment such as satellites. The effects of high-energy exposure depend on a number of factors, including the type of radiation and materials, device structure and function, and interaction rate. Total ionizing dose effects include the creation of dangling polymer bonds, resulting in chain scission or cross-linking that can cause embrittlement or elasticity loss. These effects can appear as parametric degradation in electronic devices, leading to complete functional failure that includes threshold voltage shifts at different locations and magnitudes. Shifts like these can alter how electronics function over time, whether activated or deactivated. Total Ionizing Dose Effects Testing Radiation testing is necessary for identifying a device’s susceptibility to total ionizing dose effects. This type of testing aims to determine the threshold at which component performance finds the parameter variations over the total dose and does not meet the requirements for operation. Total ionizing dose effects on electronic equipment can...



The Applied Technical Services (ATS) Family of Companies conducts an array of ionizing radiation effects testing for electronic equipment operating in aerospace applications. A Brief Overview of Ionizing Radiation Ionizing radiation is high-energy radiation consisting of particles with enough energy to remove an electron from its orbit, thereby creating a positively charged atom. Its less energetic, non-ionizing equivalent does not possess enough energy to take an electron away from the materials it crosses. Alpha particles, beta particles, gamma rays, x-rays, and galactic cosmic radiation are all forms of ionizing radiation. This type of radiation is difficult to avoid, as it possesses the ability to move through materials and alter them. The Effects of Ionizing Radiation Ionizing radiation effects are a critical component in understanding the operation of electronics in space and other harsh radiation environments. The effects of ionizing radiation depend on various factors, including the type of particle, the state of charge, and the amount of energy. Ionizing radiation has the potential to affect electronics such as space probes, satellites, landers, rockets, and other equipment. The effects of ionizing radiation range from temporary malfunctions to irreversible damage. Some cases of radiation damage happen in an instant due to high energy bursts, while others suffer from cumulative radiation damage due to gradual degradation over time. Instantaneous Damage from Radiation Electronic devices in harsh radiation environments such as space are susceptible to instantaneous damage. Single event effects (SEEs) occur as an ionizing particle goes through a micro-electronic device, depositing a charge...



You can rely on ATS to provide accurate Gel Permeation Chromatography services, such as GPC Polymer Characterization. GPC is a form of size-exclusion chromatography (SEC) that separates analytes by size or hydrodynamic volume. Clients use polymer characterization to learn about a material’s properties, longevity, and applications. ATS has a wide range of polymer analysis capabilities for natural and synthetic materials. Our polymer lab uses powerful chromatography columns to provide rapid and cost-effective services. Gel-Permeation Chromatography In GPC, the polymer sample is dissolved in a solvent and filtered before entering the chromatography column. Larger molecules elute quickly, unable to stay long in the column’s pores. Smaller molecules remain longer in the pores, eluting last. This process separates the molecular weights based on the different molecular sizes. GPC reveals significant information about a polymer that affects the material’s capabilities. GPC also determines molecular volume, molecular weight, molecular weight distribution, and shape function. It allows chemists to study the polymer’s chain lengths, number average molecular weight, and intrinsic viscosity. GPC and Characterization ATS thoroughly analyzes polymer samples before classifying a material based on key properties, such as: Impermeability Mechanical properties Molecular mass Molecular structure Potential weaknesses Resilience Structural integrity Thermal stability Polymer characterization allows manufacturers to predict material behavior in its intended environment. Clients also use polymer characterization for other purposes, including: Failure analysis Predicting degradation Product development Polymer identification Quality control Synthetic polymer creation Standard-Based Testing Clients can request a range of specifications for GPC polymer characterization, from fully custom to standard-based...



ATS offers comprehensive polymer composition analysis for precise and accurate studies of materials. Polymer Testing Polymers consist of long, repeating macromolecule chains organized based on the material’s composition. The layout and density of these chains control the polymer’s characteristics, structure, and behavior. ATS can test for the composition of frequently used polymers, such as: Graphite Isoprene Polyamide resins Polyester Polyethylene PVC Rubber Polymer testing allows clients to predict a polymer’s performance under various pressures and environmental circumstances, such as extreme heat or stretching forces. Tests that analyze the composition and structure of a polymer help researchers characterize a polymer according to its molecular weight distribution, mechanical properties, and physical properties. Composition Analysis Uses We study a polymer’s contents and internal arrangement to inform business decisions. Clients turn to third-party testing as part of quality assurance or product design. We can assess the material’s characteristics, including: Brittleness Color Density Distribution Ductility Flow rate Hardness Heat capacity Malleability Plasticity Solubility Strength Tensile strength Toughness Viscoelasticity Viscosity Material Selection and Identification Clients may request polymer composition analysis to make an informed selection of materials with desirable qualities. Before mass-producing a product, manufacturers use polymer composition analysis to determine which materials have properties suitable for the product’s intended environment or function. Product Improvement Composition analysis of a polymer can influence product improvement. For instance, a client may want to identify a polymer’s chemical makeup to identify an unknown material or harness the properties of a composite polymer. Additionally, composition analysis can help predict the...



A 3G weld test from ATS uncovers flaws in a weld, its materials, and the welder’s process. Welds can take on a combination of types, positions, and joints. The most common weld types are fillet (F) and groove (G) welds that combine two materials. Groove welds fill the space between two materials for maximum strength. For any weld type, the welding position and joint shape can impact the weld’s difficulty. The four main weld positions are: 1 - Flat 2 - Horizontal 3 - Vertical 4 - Overhead Thus, a 3G weld has a vertical groove connection formed when a welder moves the electrode uphill or downhill to fuse two materials along a joint. While 3G welding can produce welds with similar quality to horizontal and flat welding, the welder must work slowly and against gravity when penetrating the joint between thick materials. Welder Observations ATS can certify welders, welds, and welding processes. Our clients typically request a certified weld inspector (CWI) to observe the practices and output of a welder before hiring. Manufacturers want welders who will be cautious and attentive when welding to avoid injury, defective welds, and liability in case of catastrophic failure. Vertical welding is a complicated process with an increased risk of injury from dripping or spattering molten metal. ATS employs a team of American Welding Society (AWS)-certified weld inspectors who can observe a welder throughout the welding process for code compliance, safety measures, and technique. Some of the most common weld techniques include: Flux-Cored...



Applied Technical Services conducts wrap-around bend testing to evaluate the mechanical properties of materials. Our bend testing services assist with research and development, quality control, and material selection processes. What is Bend Testing? Bend tests are inexpensive destructive methods used to evaluate a material’s soundness and ductility. Commonly associated with welded materials, engineers also conduct bend tests on composites, ceramics, plastics, and wood. During bend tests, technicians deform materials into specific shapes to assess the material’s response to applied stress. Bend tests offer numerous advantages, including the following: Inexpensive Minimal Preparation Simple Procedure Applicable On-Site or In-Lab Wrap Around Bend Testing Explained Wrap-around bend testing, also referred to as guided bend testing, is a destructive test method that provides qualitative information on a welded material’s ductility and soundness. While the specifics of the test will vary with the standard, wrap-around tests generally involve technicians loading a welded material onto a testing fixture before applying stress to the specimen, comprising its integrity. The sample will endure cracking and deformation under the applied pressure, allowing engineers to evaluate the mechanical properties and potential strengths and weaknesses. Wrap-around bend tests provide information on the following: Bend Strength Ductility Fracture Strength Resistance to Fracture ASTM E190 We offer wrap-around bend testing services in compliance with ASTM E190, the standard test method for guided bend tests that determine the ductility of welds. During the procedure, technicians bend the sample into a U-shape by applying force to the center of the sample. The specimen will then...



ATS offers fatigue testing of composite materials, enabling clients to make informed business decisions about product manufacture and purchase. Industries often use composite materials in critical structures and components, such as ship hulls and airframes, for increased strength and stiffness. We frequently work with composite materials such as: Plywood Kevlar Reinforced concrete Fiberglass Carbon fiber-reinforced polymer Fully Custom Testing ATS can assess whether an item complies with industry standards, such as MIL-STD, ASTM, and CPSC. However, if a customer’s needs go beyond meeting industry standards, ATS offers fully custom testing services. We can shape our testing purposes and protocols to meet each client’s needs. For example, clients may request our services to learn more about a chosen material, including: Fatigue life Fiber direction and alignment Durability in environmental conditions Performance Structural and surface flaws Manufacturing defects Some of our clients request testing on mass-produced components or products. Before a product enters circulation, a vendor may solicit a third-party tester, such as ATS, to ensure user safety. Our tests can prove the need for a design change or verify the product’s readiness for use. We also handle critical components for the aerospace and defense industries. Certain aircraft components regularly undergo tens of thousands of pounds of pressure. To avoid a catastrophic failure and loss of life, plane manufacturers and component suppliers may use our fatigue testing to study materials in simulations of their intended environmental conditions. Manufacturers may request fatigue testing throughout a product or structure’s development and construction. Clients may...



Accelerated fatigue testing allows ATS to predict the life of a component under its intended service conditions and pressures. Using a specialized fatigue testing machine, we apply loading and unloading forces to the selected material until it fractures. Why Use Accelerated Fatigue Testing? Our clients request accelerated fatigue tests during product design and development phases, as well as after product damage or catastrophic structural failure. We can use our fatigue testing lab to verify a product’s compliance with industry standards according to prescribed test methods: ASME ASTM SAE CPSC MIL-STD Manufacturers request accelerated fatigue testing to verify the durability of materials used in their products and components. Although a product may normally last for several years, accelerated fatigue testing conveniently compresses the testing time to days or even hours. With the information we gather, clients can revise a product’s design, update maintenance schedules, or plan for a component’s replacement. Accelerated fatigue testing shortens testing time so manufacturers can continue production confident in their material selection. End-users and litigators turn to ATS for accelerated fatigue testing as part of failure analysis. Fatigue tests can indicate if a failure occurred due to poor design, manufacturing, lack of upkeep, or the material itself. Our research helps clients assign liability and make changes. End-users can also utilize fatigue testing when selecting vendors or suppliers by comparing the quality and durability of similar options. Custom Testing Conditions ATS offers fully customized services for clients who need to test for more than standard compliance. Our fatigue...



ATS provides fatigue testing services to determine the integrity of critical components and structures. We serve a variety of industries and clients with speed and discretion. Fatigue begins when a crack forms due to fluctuating stress, typically near the surface. Over time, additional cracks propagate until the rest of the material cannot endure the stress, and the item fractures. However, the propagated cracks may not be visible until an item is near failure. When vulnerabilities and microcracks remain undetected, the effects can be dire. Our Fatigue Tests Fatigue tests identify weaknesses in materials so manufacturers and vendors can identify product defects before material fatigue becomes a liability. Fatigue testing uncovers vital information about a sample’s projected life and durability. Clients often use our analyses to identify the following about a chosen material: Material properties Metallurgical structure Reaction to corrosion Reaction to temperatures Fatigue life Fatigue strength Residual stresses ATS offers multiple fatigue testing services to manufacturers, vendors, and end-users. Our expert technicians can test a material sample or perform a full-scale test on a product or structure. Clients may choose from a selection of services, such as: Corrosion fatigue testing Fatigue crack growth testing Spring fatigue testing Polymer fatigue testing Custom fatigue testing We work with various materials and conditions to see how a sample holds up under loading and unloading forces. Upon request, we can subject materials to their intended environmental conditions, such as vibrations and corrosive chemicals. Our fatigue testing machines can produce temperatures as high as 1000...



ATS’ fatigue testing methods produce thorough analyses and innovative solutions to your questions. When a material undergoes fatigue, it loses strength and can eventually fail. If excessive fatigue occurs in critical structures and machinery components, devastating consequences can ensue: Loss of life Serious injury Component failure Work stoppage Collateral damage Fatigue tests uncover critical data about a material’s ductility and fatigue life. We provide manufacturers, vendors, and end-users with thorough research and comprehensive reports that enable informed decisions for product design, development, purchase, and replacement. Our Fatigue Tests ATS performs multiple fatigue testing methods in our mechanical testing laboratory. We work with a range of materials, such as metals and polymers, using cutting-edge technology. Our most popular fatigue tests include: Cyclic fatigue testing Corrosion fatigue testing Fatigue crack growth testing Spring fatigue testing Polymer fatigue testing Custom testing Cyclic fatigue testing uses low and high level cycles of load forces to study the impact of cyclic loads on a material over time. Fatigue crack growth testing measures the growth of a crack under loading and unloading forces. We also perform fatigue tests based on materials and their intended uses. Spring fatigue testing studies a spring’s endurance under compressive and extensive forces. Polymer fatigue testing determines fatigue-resistance to estimate the life cycle of polymers. Finally, we offer custom testing fabricated from scratch to suit a client’s specific needs regarding any variable contributing to fatigue. During fatigue testing, technicians can machine an initial point of damage into the sample material. Next, we...



The Applied Technical Services (ATS) Family of Companies conducts radiation susceptibility testing to determine if electronic devices can endure the effects of space radiation. Radiation Susceptibility Radiation susceptibility describes the sensitivity of a material to undergoing a chemical or physical change due to space radiation. A device's susceptibility depends on various factors, such as the type, energy, and number of irradiating particles per unit volume. Testing providers find the radiation susceptibility of an electronic device through an array of methods. If the product does not pass testing, manufacturers must modify and retest the design until the device of interest receives approval from regulatory bodies, such as the Defense Logistics Agency (DLA). Why Radiation Susceptibility Testing Is Essential Electronic devices can malfunction or completely fail when serving in harsh radioactive environments like space. Radiation can affect all types of equipment, ranging from rockets to satellites to space probes. Even entire space systems can suffer from the cumulative effects of total ionizing dose (TID), single event effects (SEEs), enhanced low dose rate sensitivity (ELDRS), or displacement damage dose (DDD). Radiation susceptibility testing is essential in protecting electrical equipment from the constant hazards of space radiation. How Radiation Susceptibility Testing Works Experts at radiation testing facilities load materials and components with an array of electromagnetic particles to identify any signs of weakness. Afterward, they conduct the appropriate testing methods, allowing manufacturers to select the materials that will make their products less susceptible to particle strikes and charging during the rad-hard process. Our Radiation...



Manufacturers, vendors, and end-users rely on ATS’ confidential industrial mechanical services for accurate test results and analyses. We offer diverse and customized mechanical tests for material qualification and failure analysis. Our labs are accredited to perform metallic testing, metallographic analysis, non-metals testing, and consumer product safety testing. We can test for durability, flaws, and resistance to environmental factors. Our mechanical testing lab performs a multitude of tests, including: Fatigue testing Hardness testing Tensile testing Impact testing Strain gauge testing Hydrogen embrittlement testing Weld testing Custom mechanical testing Confidential ITAR Solutions ATS is an ITAR-registered contractor able to confidentially inspect and test critical military materials. International Traffic in Arms Regulations (ITAR) regulates the manufacture, distribution, and sale of defense articles outlined by the United States Munitions List (USML). ITAR controls access to defense technology and confidential information. As such, we ensure our experts and technicians adhere to regulations and military testing standards (MIL-STD) with discretion. We offer ITAR-compliant tests both on-site and in our state-of-the-art lab, such as: Calibrations Chemical analysis Consulting engineering Environmental testing Failure analysis Mechanical testing Nondestructive testing After performing a comprehensive analysis, our experts report their findings so clients may use the records for product recall, redesigns, and other applications as they see fit. Mechanical Testing Customized to Your Needs Even if your company is not involved with defense production, ATS can provide the support you need. We serve a wide range of industries, from aerospace and automotive engineering to nuclear services and pulp and paper production....



The Applied Technical Services (ATS) Family of Companies provides testing and analysis for satellite radiation effects on electronic equipment going into aerospace. Radiation Risks to Satellites Satellites in space face many operational risks due to radiation. Some of these hazards may occur instantly, while others happen over a long duration. Single event effects (SEEs) fall into the first category, occurring when ionizing particles deposit charges as they travel through electrical equipment. These charges are large enough to affect susceptible devices in space. While such effects can be minor, others (including single event latch-up (SEL), single event burnout (SEB), single event upset (SEU), and more) can cause errors in device outputs. Total ionizing dose (TID) and displacement damage dose (DDD) can also cause radiation effects, resulting in irreversible, cumulative damage. How to Prevent Satellite Radiation Effects There are several steps manufacturers can take to prevent radiation from impacting satellites’ performance. First, regarding materials and structures, manufacturers must avoid directly exposing polymers to space radiation by covering them with multi-layer insulation (MLI). Next, removing all “mouseholes” from the spacecraft by closing out any openings is imperative to stopping plasma from entering the chassis. Finally, following all electrical grounding practices helps conductors avert any electrical isolation. Manufacturers can also minimize radiation effects on satellites by designing products for parameter degradation, filtering voltage references, using comparators, using error correction codes (ECC), using rad-tolerant hardware watchdogs, and decreasing voltages. These practices assist manufacturers in selecting materials and designing components that make products more resilient against...



The Applied Technical Services Family of Companies conducts radiation hardness testing to ensure that electronics and materials perform to their exact specifications after exposure to harsh radiation environments. Radiation-Hardened Electronics Radiation-hardened electronics, also known as rad-hard electronics, are electronic components made less susceptible to damage caused by radiation exposure. They perform the same functions as their non-hardened counterparts but are less prone to these adverse effects, making them more optimal for aerospace applications. The Importance of Radiation Hardness Testing Most electronic components and circuits are susceptible to damage from radiation, which poses a risk to aerospace operations. To ensure the proper functionality of these devices, electronic components and circuits must undergo radiation hardness testing. The process of radiation hardness testing uses non-hardened electronics to test design variations, which reduces susceptibility to damage. How Radiation Hardness Testing Works Electronics must go through rigorous stages of development and testing to reach radiation hardness. Manufacturers will need to test their products against various resultant effects through processes including total ionizing dose (TID) effect, damage dose displacement (DDD) effect, single event effect (SEE), and enhanced low dose rate sensitivity (ELDRS). Types of Radiation Effects TID effects appear as parametric degradation, which leads to functional failure. DDD effects result from the exposure of electronic devices to particle fluences. SEE effects occur when heavy protons or ions pass through semiconductor materials to deposit energy. ELDRS effects occur in an irradiation field with a low dose rate, degrading electronic devices in space. Applied Technical Services: A Leader...



The Applied Technical Services (ATS) Family of Companies provides radiation-hardened electronics testing to determine whether devices are suitable for service in radioactive space environments. Radiation Hardened Devices Though most semiconductor electronic components are sensitive to damage from radiation, aerospace manufacturers produce radiation-hardened (RAD-hard) components and circuits to resist these effects. Specialized providers test space-bound electronic materials by comparing them to their non-hardened counterparts. Manufacturers pursue this testing to design and produce variants with reduced susceptibility to radiation damage. Producing a rad-hard device design requires extensive testing and development. Rad-hard products typically test to a plethora of resultant-effects tests, such as total ionizing dose (TID) effect, damage dose displacement (DDD) effect, singular event effect (SEE), and enhanced low dose rate sensitivity (ELDRS). Types of Radiation Effects on Electronic Components TID: Exposure to high-energy particles causes TID effects, which vary depending on an array of factors. The structure, function, and type of materials used in an electronic, as well as the type of radiation and the rate of interaction, can each affect the component’s resistance to TID effects. TID can appear as parametric degradation, leading to functional failure. DDD: DDD effects occur when an electronic faces exposure to particle fluences: either ionization and lattice displacement or displacement damage. These effects can vary depending on an array of parameters, including the electronic’s constituent materials, operating frequency operating voltage, and shielding (both intrinsic and extrinsic), as well as the type, dose, and flux of the radiation to which it is exposed. SEE: Heavy protons...



Applied Technical Services offers lap shear testing services that evaluate the strength of adhesives on various materials. During the procedure, experts apply force to the sample until the adhesive fails to further analyze the adhesive qualities of various samples. Lap shear tests are simple and inexpensive procedures that help with the following: Failure Analysis Quality Assurance Research and Development Structural Design and Analysis Applied Technical Services' Lap Shear Testing Our shear testing services determine the shear strength of various materials, including: Adhesives Composites Fasteners Films Metals Plastics Pins We offer numerous lap shear testing services per multiple ASTM, ISO, and NASM standards, including the following: ASTM D1002 ASTM D1002 determines an adhesive's strength on common metal substrates such as aluminum, brass, copper, and steel. During the procedure, technicians apply an adhesive to two metal plates and use force until the plates separate. The standard is ideal for those seeking to compare different adhesive types or varying degrees of performance within one adhesive. ASTM D3163 The ASTM D3163 standard complements the D1002 test method and extends the scope of the application to plastic materials. ASTM D3163 offers a comparative analysis of specimens with plastic joints. ASTM D5868 Much like ASTM D3163, ASTM D5868 complements the ASTM D1002 standard. However, ASTM D5868 is a test method made specifically for fiber-reinforced plastics instead of standard plastics.   About Our Mechanical Testing Services Our ISO/IEC 17025:2017-accredited mechanical testing lab features state-of-the-art technology capable of conducting complex mechanical tests on various materials. We employ professionals...



Experts at ATS can identify PFAS in consumer products under new regulations in the U. S. and abroad. PFAS are a class of manufactured perfluoroalkyl and polyfluoroalkyl substances such as PFOA, PFOS, PFHxS, and PFNA. Introduced to American consumer products on a wide scale in the 1940s and 1950s, certain PFAS became ubiquitous due to their resistance to oil, water, and grease. Even today, PFAS are part of non-stick cookware, waterproof clothing, and stain-resistance treatments for rugs and carpets. Other consumer products that may contain PFAS include: Accessories Adhesives Children’s products Cosmetics Dental floss Drinking water Electrical wire insulation Fertilizer Firefighting foams Food packaging Paints Rugs and carpets Sealants Shampoo Upholstery Varnishes PFAS Contamination While beneficial in waterproofing food containers and clothing, PFAS can also be dangerous. Pollution and waste have introduced PFAS to the environment. Today, these chemicals remain in soil, air, and water samples from around the world. The protracted degradation of PFAS has raised concerns with environmentalists and health specialists alike. Scientists have detected PFAS in human blood and urine. Recent studies link PFAS to endocrine issues and even a raised potential for cancer. Animal studies indicate that bioaccumulative exposure to PFAS affects the liver, thyroid, and immune system, along with reproduction, growth, and development. People can unknowingly inhale contaminated dust in the air or consume contaminated: Drinking water Wildlife Food touching cookware or packaging with a PFAS surface treatment Regulation and Standard Compliance As scientists uncover more information about PFAS and their effects on people, governing...



Recent laws have prohibited or restricted the inclusion of PFAS in food packaging in America. What Are PFAS and Why Are they Important? PFAS refers to a class of manufactured chemicals, such as PFOS, PFOA, PFHxS, and PFNA, that have made their way into the manufacture of commercial, industrial, and consumer products since the 1940s. The chemicals’ resistance to water, oil, grease, and heat stains makes them useful in non-stick cookware and food packaging. However, PFAS are long-lasting chemicals that accumulate over the years. More and more studies have identified PFAS contamination in the environment, including: Soil, water, and fertilizer near PFAS waste sites Air Public drinking water Plants and animals (such as fish) exposed to PFAS contamination Since the 1990s, scientists have also detected PFAS in human blood and urine. Research on the adverse health effects of PFAS exposure is ongoing, but animal tests suggest a link to slowed growth and development and an impact on the immune system, reproduction, liver, and thyroid function. Where Are PFAS Detected? Although many manufacturers and fast-food providers are working to phase out potentially harmful PFAS in their disposable products, you may still find PFAS in food packaging, such as: Fast-food wrappers Candy wrappers Grease-resistant paper Pizza boxes Microwave popcorn bags International, Federal, and State Regulations As more information emerges about the harmful effects of PFAS, international and federal organizations have proposed regulations on their use. For instance, the European Union’s REACH restricts or bans PFOS, PFOA, their salts, and related compounds. The...



The ATS (Applied Technical Services) Family of Companies offers radiation effects testing to help clients understand and mitigate radiation risks to their electrical equipment in space. Space Radiation Space radiation can significantly damage the functionality of electrical equipment and systems, thereby jeopardizing the space mission. This type of radiation damage can occur over time or instantly, leading to malfunction or total failure. A wide array of mission-critical space equipment, such as space probes, satellites, landers, and rockets, are susceptible to these effects. Effects on Electronics Electronics can suffer from cumulative damage caused by TID (total ionizing dose) effects or DDD (displacement damage dose) effects. Space systems can endure stimuli such as these for a certain period, but the ionizing damage from electrons and protons will eventually cause a loss of functionality and completely break down devices that are not sufficiently RAD-hard (radiation-hardened) . While SEEs (single event effects) are sudden phenomena, they can also cause electrical disturbances in regular circuit operation. How To Combat Risks Manufacturers should evaluate their space-bound electronics and the potential effects of radiation to mitigate the associated risks. Various testing methods exist that safely and efficiently assess the reliability and functionality of integrated circuits and components built for space usage. To ensure the success of space projects, aerospace manufacturers must seek radiation testing services at approved testing facilities. Our Team of Experts We conduct extensive testing to replicate the full range of radiation effects. Our team of experts contributes to successful space missions conducted across various...



The ATS (Applied Technical Services) Family of Companies provides space radiation testing to ensure effective electrical equipment for our clients’ aerospace missions. What Space Radiation Is Space radiation contains atoms that strip away electrons as they accelerate in space at speeds nearing the speed of light. Over time, only the nucleus will remain. There are three types of space radiation–particles inside Earth’s magnetic field, particles shot through space by solar Particle events (such as solar flares), and the heavy ions and high-energy protons produced outside this solar system (galactic cosmic rays). Each of these types of space radiation is ionizing radiation. What the Effects on Electronic Equipment Are Electrical equipment can malfunction when met with space radiation, sometimes resulting in the total failure of satellites, space probes, and rockets. Even the most well-built space systems degrade over time due to the cumulative effects of TID (total ionizing dose) and DDD (displacement damage dose). Though they can endure the impact of degradation for a while, the electrons and protons will eventually force them to lose functionality. SEEs (single event effects) can also be destructive and increase mission risks. Single Event Effects SEEs (single event effects) occur when heavy protons or ions pass through semiconductor components and deposit energy. While this phenomenon can prove either destructive or nondestructive, it ultimately threatens space missions with high-energy electrical disturbances during a circuit’s regular operation. How Space Radiation Testing Works There are ways to alleviate the risks that space radiation poses. Before sending them into...



Applied Technical Services' mechanical testing conducts weld notch toughness testing to measure the impact toughness of welds. Weld toughness is an important attribute that helps prevent premature fractures and failures in welded materials. What is a Charpy V-Notch Test? The Charpy V-notch test, also known as the Charpy impact test, is a destructive test method where a pendulum strikes a notched specimen. The test measures the energy absorbed by the sample during fracture, determining the material's toughness at various temperatures. Charpy V-notch tests have several advantages, including: Assesses Specimen's Quality Cost Efficient Quick Procedure Quantitative Results Qualitative Results Simple Preparation ATS technicians conduct Charpy V-notch tests to help manufacturers evaluate a material's ability to perform as expected in stressful conditions. Our tests provide information on the following factors. Brittleness Ductility Strain Rate Toughness at Various Temperatures Yield Strength Failure to evaluate weld toughness could lead to safety hazards for staff and consumers, costly repairs, premature failure, and poor-quality products. Manufacturers rely on trustworthy weld testing labs to conduct mechanical tests that accurately emulate the service conditions of materials. Applied Technical Services' Mechanical Testing Lab Our mechanical testing services evaluate how materials react to stressful conditions, which helps manufacturers with material selection, quality control, and safety regulation compliance. We offer numerous mechanical testing services, including: Charpy Impact Testing Fatigue Testing Hardness Testing Hydrogen Embrittlement Tensile Testing Torque Testing Weld Testing Our mechanical testing services benefit multiple industries, including: Aerospace Automotive Construction Consumer Products Defense Manufacturing Oil and Gas Power Generation About...



Applied Technical Services’ notched weld testing services determine the strength of welded materials. We offer insight into a welded material's ability to perform tasks in specific conditions.   What is Charpy V-Notch Testing? Charpy V-notch testing is a destructive test method that determines the toughness of welded materials with preexisting flaws. During the test, the sample material is machined into a rectangular shape, allowing experts to cut a "V" shaped notch into the material. Experts then place the sample into a fixture where the material endures the impact of a swinging pendulum with a weight attached. The results provide critical information about the sample's toughness, allowing manufacturers to make informed decisions regarding their material selection. There a several advantages to Charpy V-notch testing, including: Helps with Quality Control Inexpensive Quick Qualitative and Quantitative Results Simple Test Procedure Charpy V-notch testing provides information on the following factors:  Brittleness Ductility Strain Rate Yield Strength More About Our Weld Testing Services Our team of certified welders, welding inspectors, and professional engineers can perform complex weld testing procedures in our advanced mechanical and metallurgical testing facilities. We conduct weld testing and inspection services in compliance with various standards, including: API ASME ASTM AWS MIL-STD NAVSEA Applied Technical Services' Mechanical Testing Lab Our ISO/IEC 17025:2017-accredited mechanical testing lab is authorized to conduct various mechanical tests, including: Bend Testing Chemical Analysis Consumer Product Testing Corrosion CTOD Testing Fastener Testing Fatigue Testing Impact Testing Load Testing Macro & Microhardness Testing Tensile Testing Weld Testing Our experienced staff...



The Applied Technical Services (ATS) Family of Companies offers RLAT (radiation lot acceptance testing) at our state-of-the-art radiation lab. Space Radiation Space radiation poses an array of threats to electrical equipment and systems. These effects can occur instantly or over time, resulting in malfunction or complete failure of electronic devices. Although some electrical equipment and systems can endure these effects, they will eventually lose all functionality and break due to cumulative, long-term damage. Total Ionizing Dose Effects TID (total ionizing dose) effects can cause functional failure and drastic degradation in electrical equipment. These effects accumulate over a service life in environments exposed to high solar radiation levels, with insufficiently radiation-hardened (rad-hard) components giving out significantly faster. Various testing methods can combat the risks posed by radiation before manufacturers send their equipment into space. Single Energy Effects SEEs (single energy effects) occur when heavy protons or ions pass through semiconductor components to deposit energy. They can be either destructive or nondestructive but ultimately pose a risk to aerospace missions by causing high-energy electrical disturbances in a typical circuit operation. Radiation Lot Acceptance Testing Explained RLAT (radiation lot acceptance testing) is a testing procedure that inspects semiconductor lots for sufficient resistance to various radiation effects. Radiation lot acceptance testing occurs both before and after exposing semiconductor components to radiation effects. During this testing procedure, every parameter has average and standard deviation criteria that define the success or failure of the irradiated parts. How Radiation Lot Acceptance Testing Works Radiation experts conduct functional...



Applied Technical Services’ conducts polymer viscosity analysis to determine the rheological behavior of polymer samples. Polymer rheology testing helps provide insight into the properties of various polymers including adhesives, gels, liquids, and pastes. Understanding Viscosity Viscosity refers to a substance’s resistance to deformation under applied stress. The ratio between the polymer’s flow time and the pure solvent’s flow time determines the material’s viscosity. A polymer’s viscosity provides important insight into the material’s development and overall ability to perform specific functions. The viscosity of polymers is affected by several contributing factors, including: Concentration Molecular Weight Salinity Shear Rate Temperature Determining the Viscosity of Polymers Dilute Solution Viscometry, or DSV, determines the inherent, intrinsic, and relative viscosity of polymers by providing insight into the average molecular weight of the sample. During the DSV process, experts weigh the polymer sample before the material is dissolved in a solvent to create a solution. The solution is placed in a water bath along with a viscometer that determines the solution’s viscosity. Dilute solution viscosity testing is a simple and inexpensive process that helps with the following: Analyzing the Performance of Polymers in Specific Conditions Application Selection Quality Control Viscosity Comparisons between Polymers We conduct DSV testing in compliance with the following standards. ASTM D789 ASTM D1243 ASTM D1601 ASTM D2857 ASTM D3591 ASTM D4603 Applied Technical Services’ Polymer Analysis Laboratory Our polymer analysis lab features state-of-the-art technology capable of analyzing the properties of polymers. We offer numerous polymer-related services, including: Characterization Failure Analysis Fatigue Testing...



The Applied Technical Services (ATS) Family of Companies offers our capabilities as a state-of-the-art material testing laboratory. This service is essential in the development process of up-and-coming medical device designs. Material Testing Material testing is a well-known discipline that can determine the properties of medical device components. Material testing can take an array of forms, validating and verifying the performance of components under testing. These methods produce qualitative and quantitative results to inform manufacturers about their materials’ capabilities. Why Material Testing Laboratories Are Needed Medical devices made using faulty or weak materials can seriously damage patients. Regulatory bodies minimize these risks by issuing standards for manufacturing companies to adhere to during testing. Material testing laboratories gather the data to inform manufacturers their product’s faults or weaknesses. Manufacturers can then make changes to the materials used, as well as the product's overall construction. When Risks Occur If our technicians may discover risks in materials, they will provide manufacturers with test results so that clients may mitigate or eliminate them. Regulatory bodies, such as the Food and Drug Administration (FDA), will monitor the device materials throughout their market life to guarantee their quality and safety. They will also implement additional testing and control measures if any risks arise. How Material Testing Laboratories Can Help Manufacturers turn to material testing laboratories to assist them in gaining approval for their medical devices. Our Family of Companies offers a broad medical device material testing scope, allowing our labs to check for safety and functionality in...



Applied Technical Services' viscosity testing services help clients evaluate the structural properties of polymers.   What is Viscosity Testing, and Why is it Important? Viscosity refers to a material's resistance to motion and deformation by tensile stress or shear. For example, substances with high viscosity, such as honey, are thick and more difficult to pour than substances with lower viscosity, such as water or milk. In polymers, viscosity refers to a material's ability to be molded which is especially important to the production process of products and materials.   Viscosity testing services allow manufacturers to analyze a polymer's properties, ensuring that the material can perform to the manufacturer’s expectations. Material selection is an important process that affects a product's appearance, quality, and performance in particular conditions and environments. Applied Technical Services' Viscosity Testing The viscosity of polymers provides critical insight into the material's structural properties, allowing experts to predict a polymer's performance in specific applications. We conduct several viscosity tests for polymers that observe their reaction to several factors, including:  Heat Light Pressure Our viscosity testing services help clients do the following.   Conduct Research and Development Failure Analysis Maintain Quality Control Applied Technical Services’ Polymer Testing and Analysis Lab Our polymer testing lab conducts a wide range of services on polymers and plastics. We work with our ISO/IEC 17025:2017 accredited mechanical, nondestructive, and chemical testing labs to deliver comprehensive evaluations of polymers that meet our client's demands. Our polymer testing services benefit various industries, including: Aerospace Automotive Construction Consumer...



Applied Technical Services’ plastic and elastomer analysis services help manufacturers evaluate the characteristics of polymers.   What are Plastics and Elastomers? Plastics are synthetic or semi-synthetic materials made from polymers. Plastics are generally flexible, easy to mold, lightweight, and inexpensive, so they are found in many products. Examples include:  Automotive Materials Bottles Food Storage Furniture Technology Toys Elastomers are highly elastic polymers that retain their shape when stretched or bent. There are several types of elastomers, including natural rubbers, neoprene, polyurethanes, and silicone. Manufacturers use elastomers in the production of various products, including: Conveyor Belts Gloves Insulation Seals Tires Windshield Wipers Why is it Important to Analyze Polymers? Our society is becoming increasingly dependent on polymers so it's important to analyze the quality of these materials to ensure their qualifications for the intended application. Manufacturers request polymer analysis services for several reasons, including:  Failure Analysis Quality Control Research and Development Polymer Testing and Analysis Lab Our polymer testing and analysis lab features state-of-the-art technology capable of assessing the properties of various plastics and elastomers. Our experts carefully analyze a polymer’s composition to gain insight into the material’s crystallinity, elasticity, tensile strength, and thermal expansion. We can conduct various services, including: Characterization Fatigue Testing Fracture Analysis Mechanical Testing Physical Testing Strength Testing Structure Analysis Thermal Testing Our services benefit multiple industries, including:  Aerospace Automotive Construction Consumer Products Manufacturing Oil and Gas We provide services in compliance with ASTM, ISO, SAE, and client-specific standards to ensure that our practices are sufficient and...



Applied Technical Services offers a variety of Polymer Testing Services, including polymer material testing, polymer fracture analysis, polymer characterization, polymer strength testing, polymer structure analysis, and polymer fatigue testing. Polymer Strength Testing Polymer Strength Testing is an effective, cost-efficient testing method used to determine the strength, resilience, physical capabilities, and structural characteristics of polymer-based materials and components. Strength testing a polymer can help to identify potential flaws in a test subject to ensure proper functionality and avoid product failure. Strength testing also provides detailed information regarding the sample’s expected lifespan and identifies weaknesses, allowing manufacturers to make adjustments and improvements early in the development phase. As there are many different methods used to analyze a polymer-based material’s strength, the most effective method is determined by the sample product’s intended use. For more information, click here. Polymer Fatigue Testing Due to polymer’s unique flexibility characteristics and molecular structure, performing fatigue testing for polymer-based materials is essential to verifying the sample’s resistance to external forces. There are several types of fatigue testing that incorporate different methods to analyze a polymer’s strength and characteristics. Testing the strength of a polymer allows manufacturers to identify expected product life cycle, verify industry compliance, and make quality improvements. For more information, click here. Polymer Characterization Polymer characterization is an in-depth analytical procedure that consists of closely examining the structure and composition of polymeric materials in order to verify structural integrity and identify flaws and weaknesses. Polymer characterization identifies several different material characteristics, including molecular mass, thermal...



Applied Technical Services offers an expansive list of testing services for polymers and polymer-based materials, including Polymer Structure Analysis, in our mechanical testing, chemical analysis, consumer product testing, and tensile and fatigue testing laboratories. Performing Structural Analysis on Polymer-based Materials Polymer Structure Analysis is a cost-effective analysis method used to identify and examine the structure of a polymer or polymer-based product or component. Polymers have many unique characteristics that make it a highly utilized material for several different applications, though there are different factors that need to be precisely tuned in order to ensure the desired flexibility, resistance to friction and wear, durability, strength, and other qualities. Applied Technical Services provides Polymer Structure Analysis to give clients a precise, detailed look at their products, ensuring proper functionality and desired quality. Additional Polymer Testing Services As a polymer testing service provider, Applied Technical Services offers several different types of polymer testing and analysis services. Our most commonly requested polymer testing services include: Polymer Fracture Analysis Performing fracture analysis on a polymer-based material consists of analyzing a polymer to determine the cause of its failure, as well as any other contributing circumstances. Polymers can break at low stress levels due to various causes that lead to the uneven distribution of stress. Polymer Characterization Polymer characterization consists of an in-depth examination of a polymer-based material’s structure, composition, and characteristics to identify potential flaws and verify its structural integrity. Polymer Fatigue Testing There are several different types of fatigue testing that can be used...



Applied Technical Services performs Polymer Strength Testing, as well as several other types of polymer testing, in our highly advanced mechanical testing facility. Strength, Fatigue, and Tensile Testing at Applied Technical Services Polymer Strength Testing is a cost-effective method to determine the structural characteristics, capabilities, and potential flaws of a polymer or polymer-based part or component. Strength testing a polymer-based material verifies its resilience to ensure proper functionality in its intended operating environment and provides the manufacturer with insight into the product’s expected life cycle. Strength testing also identifies potential weaknesses, allowing manufacturers to make improvements and adjustments to help avoid product failure. There are several different methods used to analyze the strength of a polymer, the best of which is usually determined by the type of product and its intended purpose. The Applied Technical Services mechanical testing laboratory houses advanced strength, tensile, and fatigue testing equipment and technologies. Strength testing includes various types of testing to determine the strength of a product or material. Strength testing may include fatigue testing, elasticity testing, malleability testing, and tensile testing. Fatigue testing is performed by applying cyclic loads to a test subject, simulating its standard functions and operating environment. Tensile testing involves applying specific types of tension to a subject while monitoring its physical state. The subsequent data from these tests is then analyzed to identify different traits, qualities, and characteristics of the product, component, or material being tested. At ATS, our certified mechanical testing experts and engineers can design tests and...



Applied Technical Services’ pipe weld bend testing evaluates pipe and plate coupons for various industries. We assess the performance qualifications of products and materials to ensure that they are safe and perform as expected in specific conditions.   What is Bend Testing? Bend tests determine a material’s strength by observing its ability to resist cracking and deformation under stress. Manufacturers rely on bend tests to qualify a material for specific applications that require ductile materials able to bend at particular angles. There are several advantages to bend testing, including:  Cost Efficient Improves Quality Control Qualitative Results Requires Minimal Equipment Simple Preparation Applied Technical Services’ Pipe Weld Bend Testing Services Our weld bend testing services evaluate a material’s ability to perform under stressful conditions. We carefully analyze the mechanical properties of welds to inform our clients of their bend strength, ductility, fracture strength, and resistance to fracture. Our welding testing services include: Liquid Penetrant Testing Ultrasonic Testing Tensile Testing High-Temperature Tensile Testing Load Testing Hardness Testing Impact Testing Radiography Magnetic Particle Testing Chemical Analysis Bend Testing Charpy Impact Testing Drop Weight Testing Macro & Micro Testing Tensile Testing Weld Certification & Procedure Qualification Our Commitment to Quality Applied Technical Services has provided professional consulting engineering, inspection, and testing services for over 55 years. We operate according to an ISO 9001:2015 registered quality management system and dedicate ourselves to delivering excellent service to our clients through our experienced staff and state-of-the-art facilities. We conduct services promptly and provide detailed data reports for...



The Applied Technical Service (ATS) Family of Companies provides neutron radiation testing for clients looking to optimize the reliability of their electronic equipment before an aerospace mission. Neutrons Neutrons are neutral, meaning they do not possess a net electric charge. Because of this, they cannot directly cause radiation. However, they can ionize matter indirectly. Out of all five types of ionizing radiation, they are the only ones that can make objects radioactive. This process is known as neutron activation, and it can produce multiple radioactive sources. Neutrons are high-speed nuclear particles with an extraordinary ability to penetrate a vast array of materials. To use this ability, neutrons must travel extended distances in the air. Thick, hydrogen-containing materials, such as water and concrete, are the only substances that can block their path. Fortunately, neutron radiation predominantly occurs inside nuclear reactors, which employ many feet of water for shielding. Neutron Radiation For neutron radiation to occur, nuclear fusion or nuclear fission must cause the release of free neutrons, which react with the nuclei of other atoms to create new isotopes. These new isotopes may trigger more neutron radiation. The sun powers itself through nuclear fusion and thus produces these isotopes. While the earth’s atmosphere protects the surface by catching these isotopes in its upper layers, objects in orbit around our planet are subject to their effects. If the nuclei of the target material absorb neutron radiation, it will become radioactive, which can prove lethal when humans face exposure to large quantities. Single...



The Applied Technical Services (ATS) Family of Companies performs RLAT testing at our state-of-the-art radiation lab. Space Radiation Space radiation can negatively impact electrical equipment and system reliability. The effects of radiation can either occur over time or in an instant, leading to malfunction or complete failure of electronic devices. Some space systems should be able to endure these effects, but their equipment will eventually lose functionality and break from the cumulative, long-term ionizing damage. Total Ionizing Dose Effects Total ionizing dose (TID) effects can cause drastic degradation and functional failure in electrical equipment. An array of testing methods can combat the risks posed by radiation before manufacturers send their devices out into space. Single Energy Effects Single Energy Effects (SEEs) occur when heavy ions or protons pass through semiconductor components in order to deposit energy. They can be destructive or non-destructive, posing a risk to space missions when they cause high-energy electrical disturbances in the normal operation of a circuit. What RLAT Testing Is Radiation Lot Acceptance Testing (RLAT testing) is a testing process that inspects semiconductor lots for an array of radiation effects. RLAT testing occurs before and after the semiconductor components are exposed to radiation. During the testing process, each parameter has average and standard deviation criteria that determine the irradiated parts’ success or failure. How RLAT Testing Works Radiation specialists will conduct functional tests and take parametric measurements throughout the testing process. All parameters under testing should stay within the set spec speed limits. Specialists calculate...



Applied Technical Services' steel fatigue testing services provide insight into the causes of fatigue failure in steel materials. Our services help manufacturers ensure that products are safe and reliable for various applications.   Why is Fatigue Testing Important? Throughout their service life, metals are subjected to cyclic loading and repeated stress that initiates micro-cracks in the material. The material weakens as the crack expands, compromising the metal's strength, which leads to further complications, including cosmetic flaws, structural issues, and unforeseen fatigue failure. Several factors contribute to metal fatigue, including: Corrosion Environmental Conditions Manufacturing Defects Poor Maintenance Product Design Flaws Vibrational Damage Fatigue testing reveals valuable information about the materials' quality and ability to perform specific tasks throughout their service life. Engineers also use the yielded data to pitch improvements to manufacturer's regarding the product's design. Applied Technical Services' Steel Fatigue Testing Our steel fatigue testing services help clients improve product designs, manufacturing processes and reduce costs associated with fatigue failure. We subject steel materials to repeated stress that emulates real-world applications and initiate cracks that spread on the material's surface, eventually causing fatigue failure. Our experts then observe the lifecycle of the material in its service conditions and evaluate the factors that may have contributed to the failure. Upon completion, our tests will allow our experts to develop suggestions that help counter fatigue failure in steel. Our testing services benefit several industries, including: Aerospace Automotive Construction Medical Equipment Capabilities  Load Capacity of 55 Kip Tests Temperatures up to 1000° About...



Applied Technical Services offers an expansive list of material testing services, including Polymer Material Testing. We provide several different types of testing for polymer-based materials, including polymer structure analysis, polymer characterization, polymer fracture analysis, polymer strength testing, and polymer fatigue testing.   Polymer and Polymer-based Material Testing As polymers and polymer-based materials possess a unique molecular structure and flexibility characteristics, Polymer Material Testing has different requirements than many other types of material testing. ATS’ Polymer Material Testing laboratory features advanced testing equipment and is staffed by highly experienced, certified testing experts who apply years of expertise and knowledge to every service. Our technicians are dedicated to achieving the highest level of customer satisfaction by providing reliable, detailed reporting with short turnaround times, and we perform all polymer testing services in adherence with our extensive quality assurance program. ATS’ Material Testing Laboratories Material testing is a broad field that encompasses many different disciplines. As a material testing and analysis company, Applied Technical Services has certified laboratories for chemical analysis, mechanical testing, metallurgy, environmental testing, forensic testing, electrical testing, computed tomography (CT), electromagnetic interference and compatibility, calibration, dynamic and vibration testing, and consumer product testing. We offer hundreds of material testing services, ranging from polymers and plastics to organic materials, to meet the needs of our diverse clientele. Our list of services is constantly expanding to offer new and innovating testing procedures and methods, implementing groundbreaking technological advancements to maximize the value of our services. Our material testing experts apply industry-leading experience to...



Applied Technical Services offers plane strain fracture toughness testing in accordance with ASTM E399. Plane strain fracture toughness, or KIC, measures a material's resistance to crack extension in conditions where there is minimal plastic deformation. The stress-intensity factor (K) is a function of structural geometry, crack size, and loading, while KIC determines a material's fracture toughness independent of the abovementioned factors. Why is Fracture Toughness Testing Important? Fracture toughness testing provides insight into the stress needed to propagate preexisting flaws in a material. Flaws such as cracks, weld defects, and design discontinuities occur throughout the materials' production and service life, so manufacturers must evaluate the toughness of materials to determine their best application. Failure to inspect materials may result in abrupt failure, expensive repairs, and safety concerns as there may be unaddressed and unseen flaws propagating within a material. ASTM E399 ASTM E399 tests pre-cracked specimens using three-point bending or tension loading to determine their plane strain fracture toughness. The standard evaluates the relationship between the stress applied to a material and the length of the surface crack by subjecting the sample to a continuously increasing load. During the procedure, samples with preexisting cracks endure cyclic loading, causing crack propagation. Our experts record the stress and load at which the failure and observe the crack propagation to evaluate the material's mechanical properties, including the material's threshold for brittle cracking and tearing. More About Our Mechanical Testing Lab In addition to plane strain fracture toughness testing, our ISO/IEC 17025:2017-accredited mechanical testing...



Applied Technical Services conducts load performance testing to determine the load carrying capabilities of components, equipment, parts, and structures. Our tests provide insight into the safety and reliability of materials in various applications, assisting with the oversight of production and quality control of materials.   What is Mechanical Load Testing? Mechanical load testing evaluates a component, material, or structure’s ability to perform specific tasks at specific loads. During testing, technicians apply static and dynamic forces to the sample to observe its properties. There are several types of mechanical load testing, including: Cyclic Testing Dynamic Testing Static Testing Applied Technical Services’ Load Performance Testing Services Our load performance tests expose samples to static, dynamic, and cyclic testing to evaluate a material’s ability to perform specific tasks. We conduct cyclic, dynamic, and static tests to help manufacturers determine the following. Failure Load — The load value that initiates complete material or mechanical failure Safe Working Load — The maximum load value a material can lift or suspend without breaking Yield Load — The load value in which a material begins to display signs of degradation and stress We off several types of mechanical load testing, including: Bending Tests Bond Strength Tests Compression Tests Fatigue Tests Fracture Toughness Tests Impact Tests Shear Tests Tensile Tests Our load testing services benefit manufacturers in several sectors, including construction, oil, gas, and manufacturing. More About Our Mechanical Testing Lab Our ISO/IEC 17025:2017 accredited mechanical testing facilities conduct comprehensive tests on ceramics, composites, metals, and polymers. Our...



Applied Technical Services conducts Polymer Fracture Analysis, in addition to several other types of fatigue and tensile testing, in our mechanical testing lab. ATS offers an expansive list of polymer testing services, including polymer structure analysis, polymer identification and characterization, polymer strength testing, polymer material testing, and polymer fatigue testing. Polymer Fracture Analysis at ATS Polymer Fracture Analysis is a method of testing in which a fractured polymer-based material is analyzed to identify the causes and characteristics of the failure. Polymers can fracture at low-stress levels due to structural flaws, cyclic stress and fatigue, long-term stress, or the presence of various failure-inducing factors. There are many different defects that can lead to uneven distribution of stress in polymers, ultimately resulting in material failure, including amorphous interlayers, crystalline boundaries, and dislocations. Polymer-based materials have a unique molecular structure and require experienced fracture analysis experts to ensure that the cause of failure is properly identified. Fracture and Failure Analysis Services ATS features a highly advanced mechanical testing laboratory that is equipped with advanced fracture and failure analysis technologies. We perform fracture analysis on a number of different materials, such as metals and alloys, composites, polymers, and plastics. Our certified mechanical testing experts and engineers have experience performing fracture and failure analysis services for companies in the automotive, aerospace, building and construction, and manufacturing industries, as well as several more. ATS offers a wide range of failure analysis services, including but not limited to: Bearing Failure Analysis Boiler Tube Failure Analysis Bolt and Fastener...



Applied Technical Services conducts fracture toughness testing on ceramics, composites, plastics, and metals. Our analysis provides insight into the safety, longevity, and performance of materials experiencing crack propagation. Why are Fracture Toughness Tests Important? Fracture toughness tests determine the energy required to initiate crack growth and failure in materials. Manufactured materials are imperfect and can suffer from flaws and defects that impact their quality and performance. Fracture toughness testing allows manufacturers to evaluate and improve their products and materials by observing their performance under specific conditions. Applied Technical Services' Fracture Toughness Testing Services Our fracture toughness testing services determine the load required to cause materials' brittle or ductile crack propagation. Our experienced staff works closely with clients to establish testing standards that emulate the conditions of the material's application while also adhering to relevant ASTM standards. Upon the completion of service, our experts provide detailed reports of our findings so manufacturers can adequately assess the mechanical properties of their materials, allowing them to maintain quality control and predict a material's performance throughout its service life. ATS' Mechanical Testing Lab Our mechanical testing labs state-of-the-art technology capable of conducting complex tests on various metals, plastics, and products. Our highly trained engineers develop specific plans and procedures to address the unique needs of our clients. We offer dozens of mechanical testing services, including: Charpy Impact Testing CTOD Testing Drop Weight Testing Fracture Toughness Testing Hardness Testing Hydrogen Embrittlement Testing Load Testing Microhardness Testing Tensile Testing Weld Testing About Applied Technical Services In...



Applied Technical Services conducts Polymer Fatigue Testing and several other types of fatigue testing in our state-of-the-art mechanical testing facilities. ATS also provides additional polymer testing services, including polymer characterization, polymer material testing, polymer strength testing, polymer fracture analysis, and polymer structure analysis.   Polymer Testing and Analysis Due to the unique molecular structure and flexibility characteristics of polymers and polymer-based materials, Polymer Fatigue Testing is essential to verifying the resilience and fatigue-resistance of products with polymer components. There are several types of fatigue testing that incorporate the use of different testing methods to analyze a polymer’s strength and characteristics. Testing the structural strength of a polymer allows manufacturers to identify the expected product life cycle, make quality improvements and adjustments, and verify industry compliance with testing standards. Fatigue Testing at Applied Technical Services ATS features a state-of-the-art mechanical testing laboratory that is equipped with advanced fatigue and tensile testing technologies. Fatigue testing is performed by applying cyclic loads to a test subject to simulate its standard functions and operating environment. The subsequent data from these tests is then analyzed to identify different traits and characteristics of the test subject. Our certified engineers and mechanical testing experts are able to help design tests and fabricate the necessary fixtures to adhere to our clients’ custom parameters for fatigue and tensile testing. We also conduct fatigue testing in accordance with the following standards set by the American Society for Testing and Materials: ASTM E1820 ASTM E606 ASTM E1290 ASTM E399 ASTM E466 In addition to...



Applied Technical Services features an advanced Polymer Characterization Lab, providing extensive polymer testing and analysis services to ensure the functionality of polymer-based parts and components. In addition to polymer characterization, we offer polymer fracture analysis, polymer fatigue testing, polymer strength testing, polymer material testing, polymer structure analysis, and several other services. Polymer Characterization, Testing, and Analysis Polymer characterization is a comprehensive, in-depth analysis of polymeric materials in order to verify a polymer’s structural integrity and identify potential weaknesses. Polymer analysis is used to identify several different characteristics of a polymer, including thermal stability and resilience, impermeability, molecular structure and mass, strength, and mechanical properties. Polymer characterization is an efficient, cost-effective analysis method and serves many purposes. A Polymer Characterization Lab requires equipment that can properly accommodate the unique molecular structure of polymer-based materials. ATS’ Chemical Analysis Laboratories At Applied Technical Services, our chemical analysis laboratories offer a frequently expanding list of chemical testing and analysis services. Our lab is equipped with advanced technologies and staffed by highly trained, certified chemists who are committed to accurate, precise reporting with short turnaround times. Our Polymer Characterization Lab conducts a variety of polymer testing services in compliance with several common testing standards and specifications from a wide range of organizations to provide our clients with reliable results, helping to ensure industry compliance and optimal product quality. Testing and Analysis Standards and Specifications In order to provide our clients with the most accurate, reliable reporting possible, Applied Technical Services performs testing and analysis services...



Applied Technical Services' fatigue crack growth rate testing services determine the cracking rate experienced by materials under specific conditions. What is Fatigue Crack Growth? Crack growth, or crack propagation, is the cracks' widening, lengthening, and expansion on a material's surface. Crack growth can comprise a structure's load-carrying capacity and render a material useless. Several factors can cause crack propagation, including:  Changes in Temperature Corrosion Fatigue Manufacturing Defects Poor Maintenance Practices Product Design Flaws Repetitive Expansion / Shrinkage Cycles Why is Fatigue Crack Growth Rate Testing Important? Fatigue crack growth rate tests subject materials to repeated loading and unloading cycles to evaluate their reliability and safety. Our testing services simulate real-world applications and reveal information about the material's fatigue limit and life while observing the material's resistance to crack propagation. Failure to evaluate a material's strength and life expectancy can result in the failure of products and infrastructure, expensive repairs, and unsafe conditions for consumers and other personnel. Our Fatigue Crack Growth Testing Services ATS technicians use a specialized fatigue testing machine to conduct our fatigue crack growth rate testing services. Our technicians create the initial fatigue crack so our machine can subject materials to repeated loading and unloading cycles that accurately simulate real-world applications. Our Fatigue Testing Machine Capabilities  Temperature Range: Ambient to 1000°C Load Capacity: 2lbs to 55 Kip More About Our Fatigue Testing Services ATS' highly trained fatigue testing technicians conduct testing services in accordance with ASTM standards and develop testing procures that meet the specifications and demands...



Applied Technical Services' mechanical testing department offers cyclic fatigue testing services that measure how cyclic forces affect a material over time. Fatigue can lead to structural failure in materials, so it's important to conduct cyclic fatigue tests that evaluate the life expectancy and strength of materials and structures. What is Cyclic Fatigue? Cyclic fatigue is the stress, strain, and deformation experienced by a material during cyclic loading. There are two forms of cyclic fatigue: low-cycle and high-cycle fatigue. Low-Cycle Fatigue Testing  Low-cycle fatigue testing exposes components to cyclic strains that induce fatigue failure in a limited number of cycles. Materials experiencing low cycle fatigue will often experience plastic deformation in each cycle and have a finite endurance for the loading cycle. High-Cycle Fatigue Testing  High-cycle fatigue occurs when a material experiences elastic deformation after a high number of cycles. High-cycle fatigue tests have low amplitude and high frequency. Our Cyclic Fatigue Testing Services High-speed rotating equipment failures can pose risks to personnel and permanently damage expensive equipment, and fatigue-induced flaws are often the root causes of failure. Applied Technical Services' fatigue testing services simulate the conditions of specific applications, informing manufacturers of a material's potential flaws and expected fatigue life. Our state-of-the-art fatigue testing machine exposes materials to constant loading and unloading forces for a predetermined number of cycles or until failure. The loading cycles accurately simulate the fatigue initiation and propagation seen over a lifetime of use in various applications. Equipment Capabilities Temperature Range: Ambient to 1000°C Load Capacity:...



Applied Technical Services conducts crack propagation testing to evaluate the reliability and safety of various materials. We analyze a sample’s crack growth rate to determine a material’s resistance to crack propagation, allowing us to provide an in-depth analysis of a material’s ability to perform specific tasks. What is Crack Propagation? Crack propagation, or crack growth, refers to the lengthening, widening, or increase in cracks on the surface of a material. Several factors contribute to crack growth, including: Additional Loads Corrosion Fatigue Manufacturing Defects Metallurgical Structure Poor Maintenance Product Design Flaws Repetitive Expansion Cycles Repetitive Shrinkage Cycles Thermal Stresses ATS’ Crack Propagation Testing Crack growth can severely compromise the integrity, performance, and safety of equipment and materials, so crack propagation testing is an important tool that can accurately assess a material’s ability to perform a specific application safely. When conducting crack propagation tests, ATS technicians initiate a fatigue crack in a material’s surface that emulates natural cracking. Our experts then utilize our advanced fatigue testing machine that subjects samples to a repeated loading and unloading force, allowing our technicians to measure the fatigue crack growth rate. We work closely with clients to develop testing standards that fit their needs while offering testing capabilities that align with common SAE and ASTM standards, including ASTM E2899. More About Our Fatigue Testing Services Applied Technical Services offers fatigue testing services that evaluate the performances of materials in testing conditions that simulate real-world applications. Our engineers have decades of experience in the field and can...



Applied Technical Services offers corrosion fatigue testing services that evaluate the fatigue performance of materials in corrosive environments. What is Corrosion Fatigue? Corrosion fatigue is a form of mechanical fatigue caused by corrosive environments and cyclic stress that commonly results in cracks on the surface of a component. The effects of corrosion fatigue can be mitigated or prevented by doing the following: Redistributing Stress Minimize Vibration and Pressure Fluctuation Avoiding Internal Stress Using High-Performance and Corrosion-Resistant Alloys Avoiding Sudden Changes in Temperature Delay the Initiation of Corrosion Fatigue Cracks by Using Coatings and Inhibitors Why is Corrosion Fatigue Testing Important? Corrosion fatigue testing helps to predict the lifespan of materials subjected to cyclic mechanical stress and corrosive environments. It also allows manufacturers to evaluate how materials perform under specific conditions, allowing them to make well-informed decisions when deciding which materials are ideal for specific applications or environments. Failure to account for corrosion fatigue may lead to premature failure, unsafe conditions, and expensive repairs. Our Corrosion Fatigue Testing Services ATS’ ISO/IEC 17025:2017 accredited lab performs numerous testing services, including: Corrosion Testing Fatigue Testing Fatigue Crack Growth Rate Measurements Material Characterization Our technicians work with clients to develop testing parameters that emulate corrosive environments seen in the material’s intended application. Upon completion, our technicians supply clients with comprehensive data reports detailing the results of our services. Applied Technical Services’ Corrosion Testing Lab Various industries and applications rely on corrosion testing services to evaluate the safety and performance of materials and structures. We...



The ATS Family of Companies utilizes our radiation lab services to perform enhanced low-dose rate sensitivity (ELDRS) testing on electronic components for inclusion in aerospace equipment. Space Radiation Radiation can negatively impact the reliability and functionality of electrical devices and, in turn, space missions. These effects occur over time and can lead to minor malfunctions or complete failure in space probes, satellites, landers, rockets, and other equipment. ELDRS Radiation Effects The intensity of radiation effects on electrical equipment primarily depends on the dose rate during exposure. Enhanced low dose rate sensitivity (ELDRS) is a distinct form of degradation in electronic components. This effect occurs in an irradiation field with a low dose rate, which can cause more damage to components than in a high dose rate field. Testing aerospace equipment for ELDRS effects is essential when intended operating conditions include a low-dose field. Benefits of ELDRS Testing The type of testing involved determines a component’s functionality after sustaining the effects of ELDRS. These effects can undermine or completely prevent affected electrical components from working as intended, thus jeopardizing the mission and putting lives at risk. Evaluating space electronics before the start of a mission benefits aerospace contractors and companies, as doing so helps them mitigate the effects of ELDRS radiation. Our Radiation Testing Services Our Family of Companies provides expertise in performing ELDRS effects testing on electronic devices intended for aerospace. Our pristine laboratory meets the compliance, classification, and safety requirements for ELDRS testing. Our radiation testing services help clients...



ATS uses thermomechanical analysis (TMA) to characterize the physical properties of polymeric materials. The information gained from TMA is helpful for application development, failure analysis, and material characterization and development. What is TMA? Thermomechanical analysis determines the thermal properties of polymers. TMA identifies a material's mechanical properties when force is applied at specific temperatures and is commonly used to determine a material's softening temperature and expansion behavior. This test method provides a crucial study of the mechanical properties of a material under various conditions, granting our clients the insight they need to determine the quality and applicability of their samples. TMA reveals information on the following properties: Composite Delamination Temperatures Coefficients of Thermal Expansion Changes in Crystalline Phases Changes in Density Glass Transition and Softening Temperatures Material Anisotropy Shrinkage Advantages of TMA There are several advantages of TMA, including: Low Force Range Multi-Layer Film Analysis High Degree of Sensitivity Programmable Temperature Our TMA Analysis Services Our technicians measure the thermal behavioral changes in various materials, including: Adhesives Ceramics Coatings Composites Fibers Films Thermoplastics Thermosets ATS' Polymer Analysis Lab The ATS polymer analysis lab offers failure analysis, research and development, and various other services that evaluate the chemical, mechanical, and thermal properties of polymeric materials. Our services ensure that polymers meet manufacturers' expectations and comply with industry standards and regulations. We perform numerous polymer analysis services, including: Charpy Impact Testing Dynamic Mechanical Analysis (DMA) Failure Analysis Flammability Flexural Strength Testing Gloss and Color Testing Hardness Testing Phthalates Analysis Quality Control and...



The Applied Technical Services (ATS) Family of Companies offers single event effect (SEE) radiation testing. Single event effects are high-energy disturbances that can cause catastrophic damage to electrical equipment. With proper testing, manufacturers can mitigate these effects before the start of a space mission. A Brief Overview of SEEs Single Event Effects (SEEs) form from a single energetic particle. They occur when high-energy heavy ions or protons pass through a semiconductive material and deposit energy. SEEs can be either destructive or nondestructive, potentially increasing the risk of failure on a space mission. Types of SEEs Single Event Burnout (SEB): When the single strike of an energetic particle produces a fixed high current state, catastrophic failure will occur. Single Event Upset (SEU): Charged particles will ionize the places they pass through and produce errors in circuits. As a result, they will leave behind electron-hole pairs. These soft errors are reset or rewired in order to resume regular functioning. Single Event Transients (SETs): When voltage turns on and off, it peaks and resettles. This analog response can cause problems for certain electronics that cannot handle change. Single Single Event Functional Interrupts (SEFIs): The control circuitry stops functioning and usually requires a power reset to resume regular functions. Why SEE Radiation Testing Is Necessary Most companies that manufacture electronic components and devices, as well as organizations that purchase these products for aerospace applications, consider how they will be affected by high-energy particles. SEEs can create anything from minor issues to catastrophic failures. Given...



The Applied Technical Services (ATS) Family of Companies offers extensive TID radiation testing services. Space radiation can profoundly undermine the reliability and functionality of an electronic device and, therefore, the mission. This class of effects occurs over time and leads to malfunction or failure in satellites, landers, space probes, rockets, and other equipment. TID Radiation Effects Total ionizing dose (TID) is a prominent effect on electronic devices exposed to radiation in space. When the device comes into contact with ionizing radiation for an extended period, the transistor’s leakage currents can increase, and the threshold voltages and sub-threshold slopes can change. If the TID is high enough, it can cause component failure or complete malfunction. Electronic Devices Can Suffer From: Threshold shift Increased device power consumption Increased device leakage Decreased functionality Timing changes Why TID Radiation Testing is Necessary This testing is necessary to determine a component’s susceptibility to the effects of TID radiation. This testing aims to find the parameter variations over the total dose and determine the threshold at which component performance does not meet the mission requirements. Furthermore, radiation effects on space electronics can be detrimental to technology manufacturers. Failure or complete malfunction because of TID jeopardizes a mission and puts lives at risk. Properly evaluating electronics before a mission begins can mitigate the impact of TID radiation. Why TID Radiation Testing is Necessary The ATS Family of Companies is a top provider of radiation testing services. Our company comprises a world-class team of technicians who follow strict...



Applied Technical Services’ environmental testing lab conducts fade testing to evaluate a material’s resistance to discoloration when exposed to sunlight. Prolonged exposure to UV radiation can cause materials to weaken, crack, melt, and fade in color, so fade testing is important in the quality control of materials and products. Ultraviolent Radiation and Color Fading Photodegradation occurs when sunlight breaks down the chemical bonds in dyes, altering the colors of materials. Varying degrees of exposure have varying effects, but excessive exposure to sunlight can cause colors to fade as UV radiation damages a material’s molecular structure. Why is Fade Testing Important? Fade testing allows manufacturers to evaluate their product’s performance and resistance to discoloration when exposed to sunlight. Failure to conduct fade testing could lead to premature product failures, costly repairs, and dissatisfied customers. We conduct fade tests on various materials, including: Aging Altitude Automotive Coating Corrosion Flammability Ingress Protection Package Testing Painting Product Analysis Services Salt Spray Solar Testing Thermal Testing Vibration Analysis Weathering About Applied Technical Services Applied Technical Services provides quality consulting engineering, testing, and inspection services domestically and abroad. We have served clients in nearly every industry imaginable, including: Aerospace Automotive Construction Consumer Products Defense / Military Healthcare Insurance / Legal Manufacturing Nuclear Oil and Gas Power Generation Pulp and Paper Renewable Energy Nuclear Oil and Gas We’ve continued to uphold our values of excellent customer service, employee safety, and integrity over our 55-year history while expanding our ever-growing list of services and certifications. Please call +1...



The Applied Technical Services (ATS) Family of Companies stands at the forefront of the industry as a cutting-edge radiation testing lab. Our expert team tests a wide spectrum of electronic devices for their resistance to effects caused by radiation, successfully contributing to hundreds of traditional and new-space industry missions. Sources of Radiation Radiation in space comes from an array of sources, both manmade and natural. Nuclear power is the primary manmade source; its hazards threaten aerospace workers when trying to deploy space systems into Earth’s orbit. Natural sources consist of ultraviolet radiation, cosmic rays, solar particles, and solar wind events originating from the Sun. Protons and electrons inside the magnetosphere are also natural radiation sources. Effects on Electronic Devices Electronic device failure or complete malfunction can happen because of long-term deterioration of circuitry caused by space radiation. The device can suffer extensive damage due to either TID (total ionizing dose) effects or DDD (displacement damage dose) effects. High-power electrical disturbances will disrupt a circuit’s operation and pose another threat to electronic devices. These are known as single event effects (SEE); they stem from protons or ions transferring energy through a semiconductor material. Our Radiation Testing Lab The ATS Family of Companies is a top provider of radiation testing services. Our company comprises a world-class team of engineers and scientists who follow strict regulations when approaching radiation testing services. Our specialized radiation testing lab allows us to evaluate electronic devices used in aerospace and nuclear applications to see if ionizing radiation...



Applied Technical Services provides pH analysis to determine the alkalinity or acidity of a solution. Our pH analysis services help manufacturers ensure that solutions are at their desired pH values. Failure to properly evaluate pH values may affect a product's quality, production process, and safety. What is pH? The pH, or the potential of hydrogen, refers to the concentration of hydrogen ions in a solution. pH values range from 0 – 14 on a logarithmic scale and determine if a sample is basic, neutral, or acidic. pH values below 07 are acidic, pH values of 07 are neutral, and values between 07 and 14 are basic solutions. Measuring pH The Glass-Electrode Method Experts compare a glass electrode's voltage to a reference electrode's voltage. The voltage generated between the two electrodes is directly proportional to the sample's pH value. Advantages include: Quick Results Nondestructive Testing Reproducibility; Useful with Various Solutions Color-Changing Indicators Ph indicators change colors to indicate a solution’s pH value. Different indicators have varying detection ranges, so it’s important to select an indicator capable of fulfilling the needs of a project. For example, phenolphthalein ranges from 8. 2 to 10. 0, whereas litmus ranges from 4. 5 to 8. 3. Universal indicators mix multiple pH indicators to produce results for a broader range of pH values. pH Analysis Applications The pH of a solution can affect the behavior, biological functions, microbial activity, and nutrients in a solution. Various industries require pH anlaysis, including agriculture, food and beverage, pharmaceutical manufacturing,...



Applied Technical Services' chemical analysis provides ethylene oxide GC MS analysis. Ethylene oxide analysis can evaluate the presence of ethylene oxide to ensure that the gas's presence doesn't exceed the ever-evolving restrictions enacted by government agencies. Our testing services help manufacturers abide by relevant regulations, reducing the potential risks of excessive exposure to ethylene oxide. What is Ethylene Oxide? Ethylene oxide is a colorless and flammable gaseous disinfectant commonly used to produce other chemicals. The compound is a precursor to several products such as glycols, ethers, and plastics and is a disinfectant in medical environments. Several other industries use ethylene oxide, including automotive, construction, and oil and gas. Ethylene oxide is carcinogenic, and humans encounter it through inhalation, ingestion, or contact with eyes or skin. Excessive exposure to ethylene is associated with several health risks, including: Breathing Difficulty Cancer Diarrhea Drowsiness Exhaustion Eye and Skin Burns Frostbite Headaches Nausea Reproductive Effects Vomiting Weakness Gas Chromatography: Gas chromatography separates a sample's chemical components, such as gases or molecules, to verify their presence and concentration. Mass Spectrometry: Mass spectrometry measures the mass-to-charge ratio of a sample's molecules, allowing experts to identify unknown compounds present in a sample. Together, gas chromatography and mass spectrometry identify various substances within a sample. The analysis results provide information on the presence and concentration of harmful compounds such as ethylene oxide. About Applied Technical Services' GCMS Lab Our GC MS equipment is capable of the following. Common Applications  Azo Dyes Brominated Flame Retardants Detection of Organic Impurities...



Applied Technical Services offers WPS welder qualifications to perform welding on materials. A welding procedure specification (WPS) is a guide for the creation of a welding method that ensures all codes and requirements are met. In simpler terms, a WPS is a recipe for welders, giving instructions on the necessary steps and what tools are needed to succeed. The information includes base metal grade, filler metal classification, amperage range, shielding gas composition, and pre-heat and interpass temperatures. Our weld testing experts can determine if a welder is WPS certified.   Steps to creating a WPS: Gather materials that will be needed during the process and go over the steps Add information to the preliminary welding procedure specification Welding procedure qualification record Create final touches on the WPS Our weld testing facility is well equipped for any certification tests that may be needed. Our certified welding inspectors (CWIs) double-check setups and techniques according to various standards. To qualify a WPS, a qualification plate is welded with code requirements. The actual test parameters are recorded during the welding process to ensure that the WPS is being followed. Details such as material, electrode, and shielding gas specifications should be included in the WPS record. The WPS record should include the process, consumables, the direction of welding, type of weld, WPS number, thickness, and the scope of qualification.   Our Welding Experts Use Numerous Methods to Evaluate Welding: Liquid Penetrant Visual Testing Ultrasonic Computed Digital Radiography Magnetic Particle Traditional Radiography Standard Processes Assessed During...



The Applied Technical Services (ATS) Family of Companies provides radiation testing services to ensure electronic equipment used in aerospace is reliable. With state-of-the-art environments that replicate the effects of space radiation, we can evaluate the risks an aerospace product might face before it even launches. Why Radiation Testing Services Are Needed When met with space radiation, electronic equipment has the potential to malfunction, sometimes resulting in total failure of satellites, rockets, and space probes. Even the sturdiest of space systems will suffer over time due to the cumulative effects of total ionizing dose (TID) and displacement damage dose (DDD). Though they can endure the effects of degradation for some time, the protons and electrons will eventually force electronic components to lose functionality. Single event effects (SEEs), a more sudden and violent type of radiation stimulus, can also prove destructive and increase the risks involved in a mission. There are ways to alleviate these risks. Before being sent into harsh radiation environments, electrical equipment should undergo proper evaluation. Radiation testing services exist to check the reliability of space electronics. This method of testing evaluates the functionality of integrated circuits and components. Furthermore, radiation testing verifies the quality of electrical equipment and operating systems used in these harsh environments (space, military applications, and nuclear power industries). Types of Qualification Testing Vendors of electronic equipment used in harsh radiation environments are required to undergo a number of qualifying tests. Each test varies depending on the device and its application. For example, one type...



Applied Technical Services' chemical analysis lab conducts GC MS Oil Analysis to evaluate the quality of essential oils. What is GC/MS? GC/MS refers to Gas Chromatography/Mass Spectrometry, two analytical methods that evaluate the chemistry of essential oils. Gas Chromatography: Gas Chromatography determines the concentration of contaminants in liquid samples by separating and identifying individual chemicals in the gas phase. During gas chromatography, experts heat the oil before introducing it to passive carrier gas such as nitrogen, hydrogen, or helium. A detector then evaluates each constituent and creates a report that provides information on the detector response and retention time, known as a chromatogram. Mass Spectrometry: Mass spectrometry measures the mass-to-charge ratio of a sample's molecules. A mass spectrometer consists of three components, an ion source, a mass detector, and an analyzer. The Importance of GC/MS GC/MS is commonly referred to as the "gold standard" of essential oil testing as it provides detailed information on the ingredients of a sample to help ensure that the oil is pure. Manufacturers may also mislabel essential oils, but GC/MS testing can verify that the oil's composition matches the label. GC/MS testing can do the following. Identify various volatile compounds Indicate the percentages of multiple chemicals present in the oil Provide insight on the botanical source Reveal potential contaminants Compare multiple essential oils Detects pesticides Distinguish between different types of extracts GC/MS analysis is an important tool in the quality control of essential oils. The analysis results provide information on the sample's purity, quality, therapeutic...



Applied Technical Services conducts 1,4-dioxane testing and analysis for cosmetics, personal care products, and household products. Our chemical analysis and testing services allow manufacturers to ensure that their products abide by industry standards and government regulations. What is 1,4-Dioxane? 1,4-Dioxane is a synthetic chemical commonly used in degreasing solvents. The chemical is not a direct ingredient in consumer products but a byproduct of several popular ingredients, including Polyethylene, Polyoxyethylene, PEG, and oxynol. Various household products contain 1,4-dioxane, including: Adhesives Baby Products Body Wash Deodorant Dish and Hand Soaps Hair Products Laundry Detergent Paint 1,4-Dioxane Restrictions New York State’s new policy restricts the use of 1,4 dioxane in household products sold or distributed within the state. The ban’s restrictions phasedown, giving manufacturers time to gradually reduce their use of 1,4 dioxane before the chemical is completely banned. The restrictions include limiting the presence of 1,4 dioxane in household and personal care to 2ppm by 12/31/2022 and 1ppm by 12/31/2023. Cosmetic products will be limited to 10ppm as of 12/31/2022. California lists 1,4-dioxane as a carcinogen under California’s Proposition 65 law, but the synthetic chemical will likely be the subject of further restrictions. In recent years California has proposed plans to minimize the presence of 1,4-dioxane in consumer products as several state, and federal agencies continue investigating the controversial chemical. Applied Technical Services' Chemical Analysis Lab Our internationally accredited chemical analysis lab has state-of-the-art equipment capable of conducting complex tests to ensure that products comply with regulations and restrictions, industry standards, and...



Applied Technical Services' chemical analysis lab provides combustion analysis for carbon, sulfur, hydrogen, and nickel. What is Combustion? Combustion is a thermochemical reaction that occurs when a compound or element combines with oxygen, forming an oxide. The reaction requires oxygen, fuel, and a trigger which can be a spark, flame, or highly flammable liquid. There are several forms of combustion, including: Incomplete Combustion Incomplete combustion occurs when there's insufficient oxygen, or the reactant isn't completely flammable. Microgravity Combustion Microgravity combustion is a product of experiments conducted in space stations that evaluate the behavior of flames in low gravity environments. Rapid Combustion Rapid Combustions have a quick reaction rate and release significant amounts of heat and light. Smoldering Combustion Smoldering combustion doesn't produce a flame but has continuous embers that slowly burn the fuel's surface. Spontaneous Combustion Spontaneous combustion is combustion that occurs without a flame or spark as a trigger. Turbulent Combustion Turbulent combustion occurs in gas turbines and engines and enhances the interaction between oxygen and fuel. Why is Combustion Analysis Important? Combustion analysis provides information on the elemental composition of inorganic and organic materials. The analysis evaluates the compound's oxygen, hydrogen, and carbon ratio, allowing experts to calculate the compound's empirical or a partial empirical formula. Applied Technical Services' Combustion Analysis Services LECO combustion testing identifies the combustion gases in a metal sample by creating a controlled burn to monitor the presence and concentration of various gases. There a several types of combustion analysis, including: Carbon and Sulfur...



Applied Technical Services conducts PFAS packaging testing to ensure that manufacturers abide by state and federal regulations. Federal agencies such as the FDA and BPA collaborate with states to develop PFAS regulations as new concerns about the chemicals increase with new information. What Are PFAS? Per and polyfluoroalkyl substances, or PFAS, are an extensive and ever-expanding group of artificial chemicals comprised of a chain of linked fluorine and carbon atoms. Often referred to as “forever chemicals” PFAS have proven to be resilient chemicals that do not break down easily in nature and bioaccumulate in humans and animals. PFAS in Everyday Products PFAS are used in various other products, including: Cleaning products Cosmetics, including makeup and nail polish Stain resistant fabric, including carpets, fabric, and upholstery Paints, sealants, and varnishes Water resistant clothing Food Packaging PFAS have become a favorite for food packaging amongst manufacturers and commonly used in paper packaging, microwave popcorn bags, and take-out containers. The presence of PFAS in food packaging has raised concerns as experts worry that the questionable chemicals migrate from the food packaging into the food itself. The following test methods screen packaging for excessive use of PFAS, allowing government agencies and manufacturers to make informed decisions on PFAS’ impact on public health. Combustion and ion chromatography Ion-specific electrode The Dangers of PFAS PFAS have been studied more intensely in recent years due to the rise in concerns that the chemicals may negatively affect the health of consumers. While many of the potential effects of...



Applied Technical Services' TGA DSC analysis lab offers thermal analysis services to evaluate the effect temperature has on a material's performance. Our lab analysis provides information on the melting point, decomposition point, changes in composition, and thermal stability of various materials. Our lab professionals conduct tests in compliance with relevant industry standards and practices and work closely with clients to fulfill their objectives. We perform services promptly and update clients with clear and accurate reports throughout the service process. What is TGA? Thermogravimetric Analysis, or TGA, is a thermal analysis method used to evaluate a sample's reaction and changes in mass when exposed to specific temperatures. There a several types of TGA, including: Dynamic TGA The mass of the sample is recorded as the temperature continuously increases. Quasistatic TGA  The sample is heated or cooled at various temperatures to evaluate how time and temperature affect the mass of the material. Static TGA  The sample is maintained at a constant temperature as the mass is measured. TGA instruments provide information on the following. Decarboxylation Decomposition for biomass Loss of plasticizer Loss of solvent Moisture analysis Oxidation What is DSC? Differential Scanning Calorimetry, or DSC, measures the energy transferred to or from a material at various temperatures. There are several types of DSC, including: Heat Flux DSC The changes in temperature between reference material and sample are measured and compared. Heat Flow DSC The DSC measures the heat that enters and leaves a sample at a specific temperature. High-Pressure DSC High-pressure DSC...



Case depth testing services from Applied Technical Services (ATS) allow manufacturers to evaluate the properties of metal materials and products. Understanding Case Depth and Case Hardening Case depth refers to the thickness of the hardened layer of a material, while case hardness refers to a material's outer surface that is substantially harder than the core. Case hardening occurs when the outer surface of a material is significantly harder than the material's interior. There are various case hardening methods, including: Carburizing  Carbon diffuses into the surface of a scorching metal. There are multiple carburizing methods, including: Liquid Carburizing Gas Carburizing Pack Carburizing Carbonitriding  The material absorbs carbon and nitrogen in a gaseous environment, allowing the metal's surface to develop a wear-resistant, hard surface. Cyaniding  The material is heated in a bath of sodium cyanide, creating a thin layer of increased hardness over the material. Flame Hardening  Metal is exposed to high-temperature flames and then quenched, hardening its surface. Gas Nitriding  Nitrogen is added to the surface of a metal to develop a hardened surface. Induction Hardening  A copper coil with a high level of alternating current hardens the surface of a material. The Benefits of Case Hardening Case hardening is advantageous for several reasons, including: Increases strength and durability Improves wear resistance Improves toughness and impact-resistance Extends the lifetime of a material Applied Technical Services' Metallurgy Lab Our metallurgy lab provides dozens of metallurgy services, including: Failure analysis for various mechanical components Various hardness testing methods, including Brinell, Knoop, Rockwell, and...



Applied Technical services' case depth hardness tests evaluate the mechanical properties of materials. Hardness tests can help predict a material's performance in a specific environment or application, allowing manufacturers to make informed decisions regarding the intended purpose of a product or material. Understanding Case Depth Case depth refers to the thickness of a material's hardened layer. Case depth is determined using mechanical, chemical, or visual methods. There are two types of case depth: effective and total case depth. Effective Case Depth Effective case depth refers to the distance between a part's surface and a specific hardness. Total Case Depth Total case depth refers to the total distance nitrogen, carbon, or both are diffused into a material Understanding Case Hardness Case hardness is the outer surface of a material that is substantially harder than the material's core. Case hardening is a that process hardens the surface of ferrous materials such as carbon steel, cast iron, and copper. Common Case Hardening Methods Induction Hardening Induction hardening is a heat treatment used to enhance the material properties of materials. Advantages include: Increased wear resistance Increased strength Increased fatigue life Minimal warpage Cost-efficient Carburizing Exposure to heat and carbon strengthens the material's surface hardness. Advantages include: Increased wear resistance Increased strength Increased fatigue life Minimal warpage Cost-efficient Gas Nitriding Exposure to heat and atomic nitrogen increases the resistance and hardness of the material. Advantages include: Increased wear resistance Increased strength Allows post-application machining Cost-efficient Minimal warping Applied Technical Services Applied Technical Services provides professional...



Applied Technical Services’ PFAS chemicals testing lab provides PFAS testing approved by various state, federal, and international agencies. Our testing services help manufacturers ensure that their products comply with the evolving standards and regulations regarding PFAS and similar chemicals. PFAS Per-and-polyfluoroalkyl substances are a group of artificial chemicals commonly used in water, heat, oil, and stain-resistant products. PFAS are comprised of carbon and fluorine biodegrade, which is worrisome to experts for several reasons. The Dangers of PFAS PFAS have become so abundant that traces of the chemicals exist in water, soil, air, and the blood and urine of animals and humans. The prevalence of PFAS has raised concerns amongst environmentalists and scientists, who actively study how these chemicals affect animals, humans, and our ecosystem. Scientific studies suggest that PFAS may accumulate in the human body and negatively impact human health once the exposure exceeds a specific threshold. Excessive exposure to PFAS can cause the following. Cancer Changes to the immune system Decreased fertility Hormone suppression High cholesterol Higher blood pressure during pregnancy Liver damage Thyroid disease Experts are actively studying the effects of PFAS, as much of their impact on the human body remains a mystery. However, manufacturers are beginning to seek safer alternatives to PFAS as experts publish new information about the harmful chemicals. PFAS in Everyday Products PFAS may be present in the following products: Food, including carbonated water, dairy, grains, meat, seafood, and water Food packaging, including candy wrappers, fast food containers, microwave popcorn bags, and pizza...



Applied Technical Services conducts BPA testing in clothing and socks to ensure that manufacturers adhere to regulations. What is BPA, and Why is BPA Testing Important? Bisphenol A or BPA is a chemical compound commonly used in the manufacturing process of plastics. BPA can improve the performance of polycarbonate plastics and epoxy resins in several ways, including: Polycarbonate Plastic Improves strength and durability Increases shatter-resistance High optical clarity Epoxy Resins Increases durability and flexibility Prevents metal contamination in food BPA Testing in Everyday Life BPA is commonly used in the manufacturing process of synthetic materials, including nylon, polyester, and spandex. In September of 2021, dozens of sock manufacturers were cited by the Center of Environmental Health for not properly warning customers of the presence of BPA in their products. Various other products contain BPA, including: Canned foods DVDs and CDs Eyeglass lenses Household electronics Medical equipment Menstrual products Products packaged in plastic Sports equipment Toiletries Applied Technical Services’ Liquid Chromatography Lab Our liquid chromatography lab uses a Shimadzu Tandem Quadrupole LC/MS/MS Liquid Chromatography-Mass Spectrometer. The high-tech instrument provides qualitative and quantitative analysis of samples, allowing our experts to conduct complex chemical tests. Our passionate and professional employees have decades of shared experience in polymer and organic chemistry. Our A2LA and CPSC accredited chromatography lab tests for the following. Additives Bisphenol-A (BPA) Bisphenol-S (BPS) Tris Flame Retardants Phthalate trace level detection and confirmation Perfluorooctane Sulfonate (PFOS) Perfluorooctanoic Acid (PFOA) About Applied Technical Services Founded in 1967, Applied Technical Services is internationally...



Applied Technical Services conducts LECO Testing in our chemical analysis lab to detect and measure the presence of combustion gases in a sample material. LECO Testing is frequently used for thermal analysis, metallurgy, metallography, mass spectrometry, and elemental analysis. LECO Combustion Testing at ATS LECO Testing, also known as LECO Combustion Testing, allows the identification of combustion gases in a metal or alloy test subject. This testing method can detect the presence and precisely measure the concentration of several different gases, including oxygen, hydrogen, carbon, nitrogen, and sulfur. LECO Testing consists of performing a controlled burn of a sample material and monitoring any released elements. These values are analyzed and compared with specifications to determine the presence and concentration of elements. ATS performs LECO Testing in adherence with several different standards and specifications, including: ASTM E1941 ASTM E1447 ASTM E1019 Common LECO Testing Applications LECO Testing is commonly used to analyze samples of materials such as: Steel Cast Iron Reactive Metals Non-Ferrous Metals Non-Ferrous Alloys Related Chemical Analysis Service Offerings ATS performs many types of chemical testing and analysis relevant to LECO Testing, including but not limited to: Thermal Analysis Elemental Analysis Optical Emission Spectroscopy (OES) Gas Chromatography / Mass Spectrometry (GC/MS) Inductively Coupled Plasma Mass Spectrometry (ICP MS) Liquid Chromatography / Mass Spectrometry (LC/MS) Chemical Analysis at ATS Applied Technical Services features chemical analysis laboratories equipped with cutting edge technology and advanced machinery to provide our clients with precise, highly accurate reporting. Our chemical analysis labs are staffed by...



Applied Technical Services tests WPS welder qualifications for clients needing welders capable of abiding by specific standards. What is a WPS? A WPS or Welding Procedure Specification is a document that details the production standards and requirements for the welding process. The document serves as a guideline for welders and includes specific details designed to produce welds with the desired mechanical. A WPS contains information on the following. General Information  Name of the company and developer Welding procedure specification number Reference the Procedure Qualification Record Date of the last revision Welding type and processes Joints Provide information on the welding joint andinclude sketches or images to simplify the process for the reader. Base and Filler Metals Provide information on the base and filler metals, including the metal’s thickness and the type of weld. Additional Information Include information regarding the pre- and post-weld treatment processes, including the details about the gas and the welding positions. Electrical Characteristics Include information about each weld pass. Process Classification and diameter of the filler metal Current type and polarity Amp's range Speed range of energy Power range of energy Additional electrical specifications Technique  Weave or string bead Gas cup or nozzle size Cleaning procedures Back gouging method Oscillation Single or multi pass (per side) Multiple or single electrodes Electrode spacing Peening Procedure Qualifications Records Procedure Qualification Records document the procedures and parameters followed during the welding process. A PQR serves as a checklist for contractors, inspectors, and manufacturers, allowing them to ensure that welders follow...



Applied Technical Services offers weld procedure qualifications to perform welding operations in verified procedures successfully. This qualification is a guide to welding testing and provides a report of all the variables used during the welding procedure. The welder can use the weld procedure qualification for further instructions to appropriately approve produced welds. The welding procedure qualification elaborates on existing welding codes and standards. ATS can conduct tests in accordance with AWS, ASME, API, PED/EN, and AMS standards.   Weld Procedure Types Welding procedures are broken down into two categories: the procedure qualification record (PQR) and the welding procedure specification (WPS). The procedure qualification record directly documents all the values used for inspections and testing from the results. The welding procedure specification provides instructions that welders can find helpful for welding operations. A welding test usually requires having all these documents approved to proceed with the procedure. The documentation includes the process used, size, material type, and thickness. The report should document all applicable data, including the details of the inspection and test results. The record must show that these inspections and tests have met the standards required. Before welding, the inspectors must be confident they are qualified to perform a task under the WPQ. The checklist usually includes the welder’s name and stamp number, the weld process and type, the ID of WPS used for the test coupon, and the thickness of the base.   Standard processes assessed during welding certifications: Flat Overhead Horizontal Vertical Standard processes assessed during welding...



Applied Technical Services performs FTIR Surface Analysis in our chemical analysis laboratories. FTIR Spectroscopy is frequently used in several different industries, including manufacturing, petrochemical, medical, pharmaceutical, and food and beverage. FTIR Spectroscopy FTIR Spectroscopy, also known as Fourier Transform Infrared Spectroscopy or FTIR Analysis, is a highly efficient analysis method used to detect and identify different types of materials, including organic, inorganic, and polymeric materials. FTIR Surface Analysis utilizes infrared light to scan test samples and analyze their chemical properties, sending infrared radiation through a sample to monitor absorption levels. The radiation absorbed by the sample material is converted into energy that results in a signal, creating a unique spectral print that allows for chemical identification. Common FTIR Surface Analysis Applications FTIR Spectroscopy is commonly used to analyze manufactured materials and is typically the first method of analysis in material identification following a visual inspection. FTIR Surface Analysis is particularly effective when identifying smaller particles on a material’s surface. Some common applications of this analysis method include: Material Identification and Characterization Contamination Identification Additive Detection and Identification Failure Analysis Related Chemical Analysis Services In addition to FTIR Spectroscopy, Applied Technical Services’ certified chemists perform several types of relevant services in our fully accredited chemical analysis labs, such as: Optical Emission Spectroscopy (OES) Inductively Coupled Plasma Mass Spectrometry (ICP MS) High Pressure Liquid Chromatography (HPLC) Liquid Chromatography / Mass Spectrometry (LC/MS) Gas Chromatography / Mass Spectrometry (GC/MS) Static Headspace Gas Chromatography Dynamic Headspace Gas Chromatography Methane Analysis Gas Chromatography Chemical Analysis...



Applied Technical Services offers extensometer tensile testing through our cutting-edge tensile testing laboratory. Our laboratory houses top-of-the-line technology to provide our clients with the best possible testing experience. A few common materials our technicians regularly test include: Metals Metal Wire Fasteners Plastics Pipes Rubber Rebar Tubes Composites Welds What is an Extensometer? An extensometer is a piece of equipment used to measure the elongation of a sample material under stress. Our technicians analyze the data provided and plot it onto a stress-strain curve. This allows us to provide valuable material characteristics such as: Tensile strength Yield strength Yield point Ultimate strength Modulus of elasticity Elastic limit Ductility Elongation Proportional limit Area reduction These characteristics give clients ample information regarding their component’s viability. ATS experts utilize extensometer tensile testing on a regular basis. Additional Tensile Testing Capabilities The tensile testing laboratory at Applied Technical Services offers a wide range of additional testing methods for plastic, high-temperature, metals, and rubber. Plastic tensile testing analyzes elasticity before or until failure. This gives our clients the necessary information to determine whether their material is suitable for their service conditions. Plastic tensile testing conducted at ATS labs is performed in compliance with ASTM D638. This standard by the American Society for Testing Materials covers nonreinforced plastic and reinforced plastic tensile testing. ASTM D638 analyzes the following material characteristics: Elongation and percent elongation at yield Elongation and percent elongation at break Tensile strength Tensile strain Tensile modulus High-Temperature Tensile Testing Another common tensile testing method our...



An insulating material’s surface resistance can be influenced by high temperatures and humidity, deteriorating a product’s reliability. ATS’ certified electrical testing lab can help you determine whether your materials comply with the ASTM D257 and IEC 60093 Testing Standards for both surface resistance and product conductivity. These standards measure resistance to leakage current along the surface of an insulating material. ATS' Surface Resistance Capabilities Among the materials that can be tested for surface resistivity are: Plastics/Polymers Thin Films Coatings Factors That Can Impact Surface Resistance: Humidity Pressure Work Function Material Transfer Contamination Surface Deformation Contact Force Type of Movement and Force During Contact ATS' Customer Service Our professional experts are highly knowledgeable about current compliance regulations and can provide rapid response to your questions and deliver quick turnarounds on your testing needs. ATS has earned an excellent reputation in such industries as aviation, automotive, power generation, power transmission, railroads, lighting, solar, metal and plastics/polymers. Contact Us Call +1 (888) 287-5227 to schedule surface resistance testing with the ATS lab.



The tensile testing laboratory at Applied Technical Services offers tensile testing on welding specimens in compliance with relevant codes and standards. Our tensile testing lab contains top-of-the-line technology to provide our clients with accurate and meticulous data. We conduct all tensile tests according to applicable standards and codes such as: ASTM E345 - The Standard Test Methods of Tension Testing of Metallic Foil ASTM E21 - The Standard Test Methods for High-Temperature Tension Tests of Metallic Materials ASTM E8/E8M - The Standard Test Methods for Tension Testing of Metallic Materials Weld Testing We offer a wide range of weld testing capabilities in addition to tensile testing welding. Our laboratory specializes in testing to AWS, ASME, API, MIL-STD, PED/EN, and NAVSEA. Some of our additional weld testing methods include: Macro Examination Load Testing Nick Breaks Impact Testing Bend Testing Charpy Ferrite Testing Weld Failure Analysis Micro Examination Drop Weight PMI, Chemical Analysis ASTM A923, A262, G48 Corrosion Testing Hardness Testing ATS’ Tensile Testing Lab Our tensile testing lab employs Professional Engineers, technicians, metallurgists, and analysts with dozens of years of combined experience. The lab is ISO/IEC 17025:2017 (A2LA) accredited to perform a multitude of industry-standard testing methods. We regularly perform tensile tests on the following materials: Metals Metal Wire Rebar Fasteners Composites Pipes Plastics Tubes Rubber Additionally, we offer a large range of tensile testing methods such as: High-Temperature Tensile Testing Plastics Tensile Testing Micro Tensile Testing Bolt Tension Testing Cable Tension Testing Tensile Coupon Testing Lab Capabilities ATS labs house...



The tensile testing laboratory at Applied Technical Services offers cable tension testing, among many other metallurgic capabilities. Our materials testing professionals conduct all cable tension testing in compliance with relevant standards and codes. In addition to cables, we have the capacity to test the following materials: Metals Metal Wire Fasteners Plastics Pipes Rubber Rebar Tubes Composites Welds ATS’ Materials Testing Capabilities Our materials testing group employs a wide range of testing methods to evaluate and determine material characteristics. These testing methods include a few sections of analysis, including mechanical, environmental, electrical, forensic, failure analysis, and metallurgical testing. Our team has the capabilities to provide service in-house or at client job sites. Our materials testing capabilities include: Mechanical Testing Charpy / Izod / Drop Weight Impact Helium / Pressure / Vacuum Leak Safe Working / Yield / Failure Load Gravelometer / Chip Resistance Fatigue / CTOD / Strain Gauge Anchor Pull Tensile Hydrogen Embrittlement Shear Special Weld Electrical Dielectric Strength / Constant Conductivity Batteries Surface Resistance Circuit Breakers Soil Resistivity Polarization Index Voltage Drop Insulation Resistance Metallurgical Testing Elmendorf Tear Barcol / Brinell / Leeb / Webster Hardness XRD Metallography Microstructural Analysis Rockwell / Superficial Rockwell Hardness SEM/EDS Intergranular Corrosion Knoop / Vickers Microhardness Environmental Testing Ultraviolet Xenon Flammability Humidity Thermal Cycling Vibration / Seismic Thermal Shock Color / Specular Gloss Coating Adhesion / Abrasion Resistance Ingress Protection Altitude Forensic Analysis Evidence Storage Structural Analysis Thermal Imaging Black Box Retrieval Speed Control Deactivation Site Scanning Computed Tomography 3D Part Scanning First...



Applied Technical Services provides Charpy V notch testing to help clients determine the best applications for their materials. Our test results allow clients to make informed decisions regarding the quality and performance of their products. What is Charpy V Notch Testing? The Charpy V notch test, or Charpy impact test, measures the energy absorbed by a material during fracture. The destructive test method consists of a pendulum, hammer, and a beam of metal placed between two anvils. The energy required to fracture the material provides insight into the material's notch toughness at various temperatures. Notch toughness refers to the toughness of cracked or notched materials. The Charpy V notch test has several advantages, including: Cost Effective Simple Test Procedure Accurately Assesses the Quality of Products Provides Quick Quantitative and Qualitative Results Determines if a Fracture is Ductile or Brittle Why is Charpy V Notch Testing Important? The results yielded by Charpy V notch testing provide insights into the ductility and brittleness of materials, allowing manufacturers to determine if the material's qualities are suitable for the desired application. For example, cold temperatures adversely affect ductile materials, so manufacturers must assess the material's performance to ensure that it will succeed in its intended environment. Failure to properly evaluate materials can lead to hazardous conditions, premature failure, and costly repairs. ATS’ ASTM Testing Services We conduct our testing services in accordance with guidelines from the American Society for Testing and Materials. We offer dozens of metallurgical, chemical, mechanical, and environmental testing services. Our...



Applied Technical Services is a certified and accredited chemical analysis testing provider with an advanced chromatography lab, performing several different types of chromatography services, including Methane Analysis Gas Chromatography. Gas Chromatography for Methane Detection Methane is one of the most commonly produced gases in naturally occurring biochemical processes. Due to the environmental impacts of methane, detecting this gas has become increasingly important in recent years. ATS performs Methane Analysis Gas Chromatography services in our chemical analysis lab. Methane detection is important in several different industries, including manufacturing, power generation, farming and agriculture, oil and gas, and waste management. Chromatography at ATS Methane Analysis Gas Chromatography is a versatile method of gas chromatography, also known as GC. While there are several other methods of methane detection and analysis, gas chromatography is highly adaptable and accurate, giving it a clear advantage over alternatives. Chromatography is also a preferred analysis method due to its efficiency and cost-effectiveness. Gas chromatography is utilized to separate compounds in a mixture by injecting the sample into a carrier gas that is then passed through a stationary phase. Gas chromatography is used for several different types of gases, including: Lithium Calcium Nitrate Sodium Chloride Ammonium Magnesium Fluoride Potassium Nitrite Sulfate Common Methane Analysis Gas Chromatography Applications Gas chromatography has a wide variety of useful applications spanning several different industries, such as forensics, manufacturing, pharmaceutical, medical, cosmetics, and environmental. Some of these common applications include: Organic Sample Testing Food Testing Medication and Pharmaceutical Testing Pollution Analysis and Monitoring Drug...



Applied Technical Services’ metallurgy lab offers metal fracture analysis services. Our services provide essential insight into the root causes of metal fractures by evaluating the potential contributing factors. Manufacturers rely on fracture analysis for quality control, failure analysis, and further information on a material's mechanical properties. What is a Material Fracture? A fracture occurs when applied stress separates material into two or more pieces. The two most common types of fractures are ductile and brittle fractures. Brittle Fractures Brittle fractures are sudden fractures that occur in metals with little warning signs of plastic strain and often cause materials to fracture into multiple pieces. Several factors cause these abrupt failures, including:  Cold Operating Temperatures Operating equipment at temperatures lower than their design temperature can cause brittle fractures. A material’s crystalline structure is altered by cold temperatures, reducing the material’s resistance to stress and fractures. Grain Size and Structure  Refined grains have higher mechanical properties than coarse grains, which are more prone to brittle fractures. Larger grains are also more susceptible to brittle fractures because they’re more likely to contain contaminants. Material Thickness Thicker materials have a higher risk of brittle fractures because of their high tri-axel stresses. Ductile Fractures A ductile fracture is a fracture that exhibits extensive plastic deformation before breaking. Cracks slowly form in ductile fractures, providing ample time to correct the issue and prevent complete failure. Unlike brittle fractures, ductile fractures can endure significant stress before breaking and often break into two pieces. These slow-moving fractures occur in...



Applied Technical Services' metallurgy lab conducts laser grain size analysis. Our analysis services provide information on the microstructure of metals to determine their best uses. What is Grain Size Analysis? A metal's grain size refers to the continuous lattice pattern in a small section of metal. Grain size affects the following physical factors.   Fatigue Resistance Machinability Hardness Shock Resistance Strength Manufacturers often analyze the grain size of metal structures to predict their performance in specific applications. Many applications require specific mechanical properties, so evaluating materials to determine their performance qualities is essential. Grain size analysis is also an investigative tool that can help reveal the causes of mechanical failure.   American Society for Testing and Materials Our grain analysis services adhere to the following standards ASTM A247 ASTM B748 ASTM B487 ASTM E112 ASTM E10 ASTM E18 ASTM E3 ASTM E384 Our metallurgy lab conducts failure analysis, litigation support, material identification, and other metallurgical services for clients across the globe.  We employ polite and professional metallurgists, engineers, and chemists with decades of combined experience in diverse disciplines. Our staff is committed to providing excellent customer service, so we update our clients with concise and accurate reporting throughout the service process to ensure that we meet the demands of our client's project. Our services uphold the latest industry standards and guidelines and are conducted promptly, without compromising quality. About Applied Technical Services ATS has provided consulting engineering, inspection, testing, and analysis services since our founding in 1967. Our ever-growing list of certifications...



Applied Technical Services offers weld qualification testing for a variety of welding applications. Our team of expert weld qualification testers can accurately determine the skill level of prospective welders. ATS can test compliance with industry standards such as ASME, AMS, AWS, PED/NE, and API. ATS’ Testing Facility The testing facility at our company stays well-equipped with common coupons necessary for weld qualification testing. Our team of CWIs (certified welding inspectors) evaluates proper techniques according to appropriate standards and codes. We test an extensive range of weld types, such as groove and fillet welds. We can also assess horizontal, flat, overhead, and vertical plate or pipe positions. The testing team at ATS offers examinations for the following welding processes: Gas Tungsten Arc Welding (TIG/GTAW) Gas Metal Arc Welding — (MIG/GMAW) Shielded Metal Arc Welding (Stick/SMAW) Flux-Cored Arc Welding (FCAW) Our testing facility is also capable of providing weld qualification testing for a variety of industries, including: Structural Welder Qualification Tests Industrial Construction Sheet Steel Shipyards Bridges Reinforcing Bar Welder Qualification Tests Aircraft Components Pressure Vessels Our Weld Testing and Inspection Services In addition to providing weld qualification tests, Applied Technical Services offers numerous other weld testing capabilities. These tests allow our experts to evaluate weld strength and integrity with utmost scrutiny. We analyze for penetration, porosity, fusion, slag inclusions, and cracks, to name a few. Our team can apply nondestructive and mechanical tests to any weld coupon configuration. The nondestructive weld services we provide include: Visual Testing Traditional Radiography Liquid Penetrant...



Applied Technical Services offers a wide range of weld inspections services. Our team tests to many relevant industry standards, such as AWS, PED/EN, API, ASME, MIL-STD, NAVSEA, and AMS. Upon client request, we can provide non-destructive testing for failure prevention and quality control, chemical analysis for identification of alloys, and mechanical testing to evaluate weld integrity and performance. Additionally, ATS certifies welded pipe and plate coupons. Nondestructive Weld Testing Our NDT laboratory provides non-destructive inspections that evaluate and analyze discontinuities and flaws of welds. The NDT experts at ATS have the capability to offer the following services: Traditional Radiography Testing (RT) Computed Digital Radiography (CDR) Ultrasonic Testing (UT) Liquid Penetrant Testing (PT) Visual Testing (VT) Magnetic Particle Testing (MT) Mechanical Weld Testing Mechanical testing at Applied Technical Services can help clients evaluate the strength and integrity of a weld. Our mechanical testing team can perform the following tests: Load Testing Lap Shear Bend Testing Micro Hardness Testing Toughness Testing (Drop weight and Charpy) Tensile Testing Hardness Testing Additional Weld Testing Capabilities In addition to our wide array of previously stated weld inspection services, Applied Technical Services is capable of: Failure Analysis Nick Breaks Corrosion Testing Ferrite Testing Chemical Analysis Macro Etching Welder Certification Applied Technical Services additionally offers welding certification and qualification through the American Welding Society (AWS). We provide pipe and plate coupon tests to pre-screen potential employees, ensuring that they meet requirements applicable to your specific industry. Coupon testing is one the most comprehensive ways to prove a...



Tensile Testing Services The tensile testing metallurgical laboratory at Applied Technical Services offers a wide variety of tensile testing capabilities. The lab houses state-of-the-art equipment and technology to provide our clients with expert testing. Our testing methods allow us to evaluate material characteristics which gives clients a better understanding of their sample. Common materials we test include: Metals Welds Rebar Polymers Pipes Fasteners Rubber Tubes Composites Plastic Tensile Testing Plastic tensile testing is one of many services offered through our tensile testing metallurgical laboratory. Plastic tensile tests evaluate a plastic’s elasticity before failure, therefore measuring the load required to break the sample. All plastic tensile tests are performed in accordance with ASTM D638, the American Society for Testing Materials’ standard for reinforced and nonreinforced plastic tensile testing. This test evaluates the following material properties: Elongation and percent elongation at break Tensile modulus Tensile strength Tensile strain High-Temperature Tensile Testing Another common testing method provided by our tensile testing metallurgical laboratory is high-temperature tensile testing. This method combines furnace heating and tensile testing to evaluate material properties under the strain of elevated temperatures. High-temperature tensile testing is particularly pertinent in industries such as aerospace, automotive, and power generation. Equipment used in these industries must sustain elevated temperature conditions during service. Therefore, it is imperative that these components are able to withstand high temperatures without failing. Our technicians evaluate the material’s change in microstructure and plot the data on a stress-strain curve. This allows us to find material characteristics such as: Tensile...



Applied Technical Services performs Ion Chromatography testing services in our chemical analysis lab. Ion Chromatography is frequently used in the pharmaceutical, manufacturing, food and beverage, and medical industries, and water analysis. Ion Chromatography can be used for both liquid and solid samples. Chromatography at ATS Ion Chromatography Testing, also known as Ion Exchange Chromatography, is a versatile method of Liquid Chromatography that consists of separating different components in a mixture or compound based on their interactions with a resin. These components are separated according to type and size as they pass through a pressurized column. An extraction liquid absorbs ions that separate from the sample and determines the concentration of the ions and ultimately allows for the characterization and identification of the sample’s components. Ion Chromatography is able to measure the concentration levels of organic acids, as well as several different types of anions and cations, including: Lithium Calcium Nitrate Sodium Chloride Ammonium Magnesium Fluoride Potassium Nitrite Sulfate Common Ion Chromatography Testing Applications High Pressure Liquid Chromatography is commonly used for a variety of chemical analysis purposes, including but not limited to: Pharmaceutical Chemical Analysis Water Pollution Analysis Water Chemical Analysis Clinical Trace Level Analysis Protein Isolation Sugar and Sweetener Content Analysis Salt Content Analysis Acid Content Analysis ATS’ Chemical Analysis Laboratories Applied Technical Services takes pride in our chemical analysis labs, each of which features advanced, state-of-the-art equipment operated by our certified chemical analysis experts. We have several chemical analysis laboratories throughout the country, which offer a variety of...



Applied Technical Services' metallurgy lab offers scanning electron microscope services and analysis. Our SEM lab commonly conducts forensic investigations, failure analysis, and research services for clients requiring high-resolution imagery. What is a Scanning Electron Microscope? A scanning electron microscope or SEM uses a beam of electrons to magnify the image of a material's surface, allowing for further analysis. SEM magnifications can reach 300,000X and reveal information about a material's composition, topography, and morphology. Scanning electron microscopes have several advantages, including: Quick Results Large Depth of Field Higher Resolution Increased Control of Magnification Samples Require Minimal Preparation Applicable to Multiple Materials; Including Metals, Polymers, Alloys, and Ceramics SEMs are essential in the research and development of products because they allow manufacturers to understand the potential strengths, failures, and uses of materials.   Applied Technical Services' SEM Lab Our scanning electron microscope is a Hitachi S-3700N, equipped to handle various applications across several industries. Features include: A Large Chamber; Accommodates Samples 300mm in Diameter and 110mm in Height Secondary Electron Detector User-Friendly Design; Requires Minimal Training High-Definition Display with Real-Time Imaging Turbo Molecular Pump; Minimizes Potential for Sample Contamination Our scanning electron microscope services include:  Contaminant and Residue Analysis Failure Analysis and Investigation Fractography Particle Analysis Surface Flaw Analysis ATS' SEM-EDS Analysis Services Coatings Contaminants Corrosion Products Elemental Mapping General Alloy ID Polymer Filler Material ID Platings Wear Metals About Applied Technical Services ATS is an ISO 9001:2015 registered entity that employs professionals from diverse backgrounds and disciplines. Our rich legacy of...



Applied Technical Services’ metallurgy lab conducts fracture surface analysis, failure analysis, metal identification, and other metallurgical services. Our full-service metallurgy facilities employ chemists, engineers, and technicians with decades of combined experience in a wide range of backgrounds. What is Fracture Surface Analysis? Fracture surface analysis allows technicians to investigate the contributing factors that cause a material to fracture. Even high-quality materials are prone to failure, so it’s important to assess the root causes of failure, allowing manufacturers to improve their production processes.   Understanding Metal Fractures Ductile Fractures in Metals A ductile fracture occurs when a material undergoes extensive plastic deformation before breaking. The fractures are often gradual, granting time to correct the cause of the fracture. The causes of ductile fractures in metal include: High Levels of Stress in the Affected Area Excessive Load Improper Material Design High Temperatures Brittle Fractures in Metals A brittle fracture is a quick and often asymptomatic fracture with little to no warning signs of plastic degradation. Unlike other fractures, materials that suffer brittle fractures may not undergo thinning but instead suffer from sudden cracks that rapidly propagate.   The causes of brittle fractures in metal include: Residual Stresses Large Gain Sizes Steel Contaminants Metallurgical Degradation Applied Technical Services' Metallurgy Lab ATS’ metallurgy lab serves clients in various industries worldwide, including: Aerospace Automotive Construction Defense Healthcare Manufacturing Nuclear Oil and Gas Power Generation Renewable Energy Our lab professionals conduct thorough investigations of metal alloys and implore the latest industry standards to ensure that our...



Applied Technical Services offers high-temperature mechanical testing through our tensile testing laboratory. The tensile and mechanical testing laboratory at Applied Technical Services houses state-of-the-art equipment to provide high-quality testing procedures. Our expert team is capable of testing a wide range of materials such as: Metals Polymers Rebar Welds Pipes Fasteners Composites Tubes Rubber What is High Temperature Testing? One of our most common mechanical testing procedures is high-temperature tensile testing. Tensile testing involves gripping a sample and pulling until failure, with respect to applicable standards and codes. Our experts collect the data and plot it onto a stress-strain curve, which serves to quantify specific properties of the material. In doing so, we give clients the necessary information to determine whether a material is appropriate for the application. High-temperature mechanical testing combines furnace heating and tensile testing to evaluate the effects of strain and high temperatures on tensile strength. A wide variety of industries such as aerospace, power generation, and automotive, require their materials to endure high-temperature environments. Material components such as turbine blades, pistons, and valves undergo harsh service conditions, therefore the materials used in their assembly must be able to withstand high temperatures without failing. High-temperature mechanical testing provides data on values such as: Ultimate strength Ductility Tensile strength Modulus of elasticity Yield strength Proportional limit Area reduction Elastic limit Yield point Elongation ATS Mechanical Testing Capabilities The Applied Technical Services’ mechanical and tensile testing laboratories are A2LA ISO/IEC 17025:2017 accredited to perform various tensile testing standards. Our labs...



Applied Technical Services’ state-of-the-art metallurgy lab conducts plastic tensile testing, material identification, litigation support, and other metallurgical services. We employ lab professionals with decades of combined experience in mechanical and metallurgical industries. What is Plastic Tensile Testing, and Why is it Important? Plastic tensile tests measure a plastic’s ability to stretch before breaking and the load required to break the plastic. Tensile tests allow manufacturers to evaluate the quality and safety of materials. The benefits and advantages of tensile testing include: Quality Control Encourages Consistency in Manufacturing Process Ensures Compliance with Industry Standards and Regulations Plastics are popular materials amongst manufacturers, so plastics must perform as intended in various applications. Tensile tests allow manufacturers to make informed decisions on the ideal uses of plastic materials, ensuring that the materials can withstand the physical demands of the applications. ASTM D638 ASTM D638 is the American Society for Testing Materials standard specification for the tensile testing of reinforced and nonreinforced plastics. The test calculates the following mechanical properties. Tensile Strength Tensile strength is the amount of stress a material can endure before stretching or breaking. A material’s tensile strength heavily affects its potential applications. For example, manufacturers will avoid using brittle materials for structural applications because the materials lack the necessary properties. The following factors affect tensile strength. Composition and Molecular Structure The Material's Temperature Measurement Errors Tensile Modulus Tensile modulus measures a plastic’s stiffness and predicts how the material will deform under significant loads. A material’s tensile modulus is affected by...



Applied Technical Services performs DSC polymer characterization analysis to determine several different factors of polymers. ATS’ certified chemists identify polymer thermal properties for a variety of uses and applications in our chemical analysis laboratories located in multiple locations throughout the United States. Polymer Identification and Characterization Identifying the thermal properties and characteristics of polymers is crucial to determining the proper manufacturing methods that will promote optimal product performance and lifespan. Due to the unique molecular structure and mass of polymer-based materials, polymer characterization is complex and can be performed in many different ways. DSC polymer characterization is very popular due to its effectiveness and versatility and is a commonly requested service at ATS. Differential Scanning Calorimetry DSC analysis, also known as differential scanning calorimetry analysis, is a popular method of determining a sample’s thermal properties by monitoring a material as it is exposed to controlled thermal changes. Like similar thermal analysis services, DSC polymer characterization analysis provides precise, highly accurate knowledge of a material’s composition. This analysis method is highly efficient and is regularly performed by Applied Technical Services’ chemical analysis department for many different purposes. ATS is capable of performing DSC analysis on a wide array of materials, including but not limited to: Plastics Polymers Composites Rubber Organic Materials Coatings Pharmaceuticals Chemicals DSC Polymer Characterization Analysis Applications This analysis method has common applications in a wide range of industries, including consumer product testing, construction, manufacturing, aerospace, and automotive. Some DSC polymer characterization analysis applications include: Polymer Identification Heat Capacity...



Applied Technical Services is one of the leading TGA testing laboratories in North America. We conduct TGA testing through our chemistry labs, where we conduct several testing methods to ensure our testing services are under acceptable standards. Thermal Gravimetric Analysis Thermal gravimetric analysis (TGA) is a test used to measure the stability of a material and measure how the weight changes while undergoing extreme temperatures. Our labs perform TGA Testing Services on polymers, rubbers, composites, filler, laminates, and elastomers. These analyses can meet standards such as ASTM and ISO, including ASTM E1131 and ISO 11358, to ensure accurate results. Thermogravimetric analysis relies on three measurements: weight, temperature, and temperature change. The equipment used during the TGA Testing is a thermogravimetric analyzer which consists of two pans: a sample and a precision balance pan. These pans are heated or cooled during an experiment, providing data on whether the material is stable or not. Experts must do TGA testing under a controlled nitrogen environment. Test Methods for TGA ASTM E1131 ASTM E1641 ASTM E1868 Typical applications of our TGA testing include: Composition analysis of multi-components Thermal and oxidative stability Volatile content Decomposition kinetics – activation energy – thermal endurance TGA is used in: Thermoplastics Thermosets Elastomers Composites Plastic films Fibers Coatings Paints Fuels ATS' TGA Testing Laboratories At Applied Technical Services’ TGA testing laboratories, highly trained and educated professionals supervise the labs to deliver the best TGA results to our clients; many of our experts hold several accreditations and certifications. Our professionals...



Applied Technical Services conducts melting point analysis in our state-of-the-art chemical analysis laboratories. What is Melting Point Analysis? Performing melting point analysis services characterizes the melting point of a sample in an effective and efficient manner. Melting point analysis, also referred to as MP analysis, may also be used to quantitatively determine a test subject’s purity and to identify pure samples within a test subject. Through the use of different types of equipment based on the sample’s material or materials, melting point analysis heats a sample to monitor its ability to withstand specific temperatures and identify the temperature at which melting begins to occur. This equipment varies in design, though all consist of a thermometer, a heating element, and visual inspection devices. A sample must be at least 90% pure, containing less than 10% impurities, and is dried and inserted into a glass tube. This tube is then loaded into the melting point analysis machine, heated, and analyzed. Data from this analysis is documented and provided to the client along with an explanation of the information. Melting point analysis requires solid samples and cannot determine purity if more than one solute is present. Differential Scanning Calorimetry Testing Differential scanning calorimetry testing, commonly referred to as DSC testing, is another method of determining a sample’s melting point performed by Applied Technical Services’ chemical analysis department. DSC is a comprehensive testing method that has many applications due to its versatility. DSC testing monitors different aspects of a sample, including its melting point,...



Applied Technical Services’ metallurgical lab offers metal fracture analysis. What is a Metal Fracture, and Why is Metal Fracture Analysis Important? A metal fracture occurs when an applied force separates a metal into two or more pieces. Ductile metals undergo plastic deformation where they resist the fracture before eventually succumbing to the stress. Ductile fractures display several symptoms of plastic deformation before fracture. The fracture often breaks into two pieces and occurs slowly over time. Brittle fractures are sudden and often occur without symptoms. These fractures are predominant in large structures such as tanks, pipes, bridges, and box beams.   Metal materials often endure stressful environments and applications, causing them to break and bend. Metal fracture analysis determines the potential causes of fractures, allowing manufacturers to improve upon preexisting materials. Our experts investigate the following factors when determining the causes of damage and any contributing factors. What Causes Metal Fracture? The Causes of Brittle Fracture Residual Stresses Cold Temperatures Large Grain Sizes Steel Contaminants The Causes of Ductile Fracture High Temperatures High Levels of Stress in Localized Areas Applied Technical Services Metallurgy Lab Our metallurgy lab employs a multi-disciplinary team of chemists, metallurgists, and other lab professionals with decades of experience. We provide litigation support, failure analysis, material identification, and other metallurgical services to clients in several industries, including: Aerospace Automotive Construction Defense Healthcare Manufacturing Nuclear Oil and Gas Power Generation Renewable Energy We use the following American Society for Testing and Materials standards for our metal fracture analysis services....



At Applied Technical Services, we offer Thermal Gravimetric Analysis (TGA) polymer testing in our chemistry labs. TGA is a testing technique used to determine the stability of the material and measure any difference in weight due to temperature changes. The weight changes in materials occur due to decomposition and oxidation reactions which cause physical changes such as sublimation, vaporization, and desorption in materials. TGA helps understand how the material will hold up after certain temperature conditions. TGA plays a significant role in designing materials to ensure that those materials don’t encounter unexpected errors. TGA consists of a sample pan supported by a precision balance which is then heated or cooled during the experiment. This technique tells the stability of material while being weighted under extreme temperatures. TGA can also tell if a material has lost or gained weight. The results of a TGA come in graph form that shows percentage loss and how much mass will be lost. During the process, chemical reactions such as combustion occur, which involve mass loss or gain. Our experts utilize the following TGA Polymer Testing instruments in our lab: TGA 550 TA Instruments About ATS Applied Technical Services handles TGA polymer testing services through experts who are highly trained and fulfill every request professionally. Our chemists are experienced and work thoroughly to provide accurate and perfect data to our clients. We conform to a quality assurance program and execute our testing services under specific standards and specifications. We are committed to providing high-quality service...



Applied Technical Services' polymer analysis laboratory utilizes analytical and physical test methods to verify polymeric materials' mechanical, thermal, and chemical properties. What are Polymers, and Why is Polymer Analysis Important? Polymers are materials comprised of long and repeating links of molecules or macromolecules. Society is increasingly dependent on the versatility of polymers and their effectiveness, and there's evidence of the multifaceted material in our everyday lives. Polymers are prevalent in offices, sports, technology, and consumer goods. Manufacturers rely on the production of polymers for their goods and services and employ polymer research labs to ensure that their polymer products function as intended and are of uniform quality. Polymer labs perform research and development, failure analysis services, and ensure that polymeric materials comply with industry standards. ATS' polymer lab performs several types of tests, including the following: Mechanical Testing Tensile Testing Tensile Strength Tensile Modulus Tensile Strain Elongation at Yield Elongation at Break Physical Testing Hardness Testing Shear Testing Flexural Qualities Impact Resistance Adhesion Testing Thermal Testing Dynamic Mechanical Testing Transition Temperatures and Melting Point Thermogravimetric Analysis Thermomechanical Analysis Rheological Testing ATS' Polymer Analysis Lab Our polymer analysis laboratory provides the following services. Polymer Identification Testing Failure Analysis Tensile Strength Testing Flexural Strength Testing Dynamic Mechanical Analysis (DMA) Thermomechanical Analysis (TMA) Durometer Hardness Testing Flammability Charpy Testing Impact Testing Izod Testing Thermal Stability and Heat Aging Accelerated Weathering Gloss and Color Testing Medical Product Testing Quality Control and Assurance Phthalates Analysis Additives Analysis Stress Testing ASTM Testing Standards Our polymer lab...



Applied Technical Services' polymer testing lab provides plastic tensile strength testing. Tensile tests determine the force needed to break a plastic and evaluate the plastic's elasticity before breaking.  Tensile tests allow manufacturers to examine the mechanical properties of their plastic products. Plastics must perform properly under stress, so manufacturers use tensile strength testing to predict how plastic materials may fail in stressful conditions. Tensile testing is essential to manufacturers' quality control, research and development, and safety measures. American Society for Testing and Materials D638 ASTM D638 determines the tensile strength of non-reinforced and reinforced plastics. The testing method measures the following mechanical properties. Tensile Strength Tensile strength is the amount of force applied to a plastic before it breaks or suffers irreparable damage. Tensile Modulus Tensile modulus evaluates the stiffness of a material or how much stress is required before the material deforms. Elongation Elongation measures a material's ductility or ability to undergo stress and deformation before failure Poisson's Ratio Poisson's ratio compares the ratio of change in material's width per unit with the change of its length per unit. Applied Technical Services' Plastic Material Testing Lab Our accredited plastic material testing lab conducts tests to determine plastics' mechanical, thermal, and chemical characteristics. Our plastic testing lab professionals conduct several tests, including Material Testing Identification Testing Impact Testing Failure Analysis About Applied Technical Services ATS has offered quality engineering consulting, training, inspection, and testing services since our founding in 1969. We employ engineers, chemists, and lab professionals with decades of...



Applied Technical Services offers a range of thermal analysis services to test product durability and help clients ensure compliance with industry standards. Thermal analysis can be used to test several different types of materials and is performed by ATS in our chemical analysis laboratories located throughout the United States. Thermal Analysis Thermal Analysis subjects a product or sample to predetermined temperatures in a controlled environment, closely monitoring physical changes that take place at specific temperatures. Different testing and analysis techniques are used based on the type of material being tested and its purpose, with many tests requiring the use of several different techniques. In general, thermal analysis services provide a precise knowledge of a subject’s material composition and the way this composition is impacted when exposed to controlled changes in temperature. Thermogravimetric Analysis TGA, or thermogravimetric analysis, is a rapid, highly efficient way to verify a subject’s thermal stability. TGA can be used to determine several different physical changes that occur when a sample is being tested, such as loss of mass and weight during thermal cycling. TGA is also able to determine a test subject’s biochemical composition, cellulose content, and hemicellulose content. Due to its versatility, TGA is a common method of thermal testing and analysis with many applications. Applied Technical Services conducts thermogravimetric analysis to a number of different standards, including ISO 11358 and ASTM E1131. The graph below displays the properties observed in materials undergoing thermogravimetric analysis: Common Thermal Analysis Applications Thermal analysis has countless applications across...



Applied Technical Services offers DSC Analysis of Polymers in our chemistry labs. DSC stands for Differential Scanning Calorimetry, a technique used to identify different physical properties and thermal changes in polymers. The DSC benefits several industries, from pharmaceuticals and polymers to nanomaterials. This analysis takes place under a controlled temperature environment, and it measures how well the polymer performs under a variety of temperatures, including extravagant cold or hot climates. When polymers endure hot environments, some tend to melt, but when polymers experience cold environments, they may shatter. DSC is used to see the response a polymer has under heat. The factors we monitor during extreme temperature testing include melting point, specific heat capacity, glass transition temperature, and heat of transition determinations. How Does DSC Analysis Work? The test requires two pans: the sample pan where the sample is placed and an empty reference pan. Our experts program the DSC to heat both pans at a rate of 10°C or 20°C per minute. The sample pan requires more heat to reach the target temperature due to the sample containing more material as compared to the empty reference pan. It allows the polymer to melt, therefore causing an endothermic reaction in comparison to the curing reaction off heat, which is considered an exothermic reaction. The properties measured in a DSC of a Polymer: Melting Point Heat of Fusion Heat of Fusion and Crystallization Polymer Crystallinity Specific Heat Capacity Oxidative-induction time (isothermal OIT) Oxidative-induction temperature (dynamic OIT) Kinetic Parameters ATS Quality Standards...



Applied Technical Services' SEM lab provides high-resolution imaging ideal for failure analysis and other metallurgy services. What is SEM, and Why is it Important? Scanning Electron Microscopy is a common material’s science technique where the image of a material's surface is magnified for further analysis. SEM allows magnifications to reach up to 300,000X, providing information about the sample material's topography, morphology, and composition. The high-resolution imaging is ideal for various applications, including: Chemical Characterization of Surfaces Digital Image Analysis Failure Analysis Fractography Litigation Support Microstructure Analysis Quantitative and Qualitative (when paired with an EDS) Particle Analysis SEM is an effective investigative tool that highlights the microscopic details of materials. Scanning electron microscopy is useful in research and development as it allows manufacturers to further their understanding of a material's composition, potential uses, and failures. ATS provides SEM lab services for the following industries.   Aerospace Automotive Chemistry Construction Energy Manufacturing Applied Technical Services' SEM Analysis Lab Contaminants Coatings Corrosion Products Elemental Mapping General Alloy ID Polymer Filler Material ID Platings Wear Metals The Advantages of Scanning Electron Microscopy SEM has several advantages, including: Quick results Comprehensive chemical analysis High-resolution imaging Improved depth of field Universal standards of measurements Applicable to several materials; including metals, polymers, ceramics, and alloys About Applied Technical Services ATS has offered high-quality engineering consulting, inspection, and testing services since 1967. As an ISO 9001:2015 registered organization, we provide proven and professional services to clients in dozens of disciplines across the globe. Our staff consists of metallurgists,...



Applied Technical Services' metallurgy lab offers various hardness testing services. We provide prompt and professional litigation support, material identification, failure analysis, and other metallurgical services. The Importance of Hardness Testing Services A material's hardness is its resistance to permanent indentation, and hardness testing identifies the physical properties of a material, including strength, wear resistance, and ductility. A material's strength and durability heavily determine its potential uses and applications, and hardness testing is a valuable tool in evaluating a material's resistance value. Hardness testing is helpful in failure analysis, quality control, and materials testing services.   Brinell Hardness Test The Brinell hardness test determines a metal's hardness by measuring the diameter of the indention left by an indenter. The test is commonly conducted on metals with rough surfaces and has various advantages, including: Quick Applicable to light and heavy metals Results are easy to measure Useful for irregular surfaces Knoop Hardness Test The Knoop hardness test measures a material's hardness by applying a diamond or pyramid-shaped indenter to test the material. Technicians remove the indenter and measure the indention's size to determine the material's hardness value.   The test has several advantages, including: Ideal for brittle and sensitive materials Applicable to all materials; soft or hard Highly accurate Minimal damage done when testing Useful for irregular surfaces Vickers Hardness Test The Vickers hardness test measures an indentation's depth and converts it into a material's hardness value. Applicable to all materials; soft or hard Minimal damage done when testing Only requires a...



Applied Technical Services performs OES materials testing in our chemical analysis division’s certified material testing laboratory. Optical Emission Spectroscopy Optical Emission Spectroscopy, commonly referred to as OES, is a highly efficient analysis method that determines an alloy or metal’s elemental composition. OES materials testing applies an electrical charge to a subject, resulting in plasma discharge with a unique chemical signature. This distinctive discharge allows our chemists to determine a precise assessment of the elemental composition of the sample. Common OES Materials Testing Applications OES testing is an effective analysis method to determine a solid subject’s precise quantitative material breakdown. Aside from its obvious applications in manufacturing, this manner of testing has several different uses, such as: Research and Development Quality Control Consumer Product Testing Quality Assurance ATS’ Material Testing Lab Applied Technical Services features a state-of-the-art material testing lab, capable of performing a wide variety of material testing services. ATS provides these services to clients in several different industries, including manufacturing, aerospace, nuclear, military and defense, automotive, construction, pulp and paper, power generation, and medical. Our material testing laboratory is staffed by certified chemists with decades of experience, applying their knowledgeable and expertise to ensure accurate reporting and short turnaround times. These chemists stay current on all relevant testing standards, methods, and specifications to provide unparalleled service to our clients across all industries. Additional Chemical Analysis Services In addition to OES materials testing, Applied Technical Services offers a wide range of chemical analysis services, including but not limited to: AZO...



Applied Technical Services' polymer testing lab identifies various plastic and rubber materials' physical, thermal, and chemical characteristics. What are Polymers, and How are They Used? Polymers are materials made of repeating chains of macromolecules and are a popular choice for manufacturers because of their versatile attributes and applications. Everyday products such as grocery bags, toys, kitchenware, drinking straws, clothes, and tires are all made using polymeric materials.   We offer testing for various polymeric materials, including: Adhesives Biopolymers Coatings and paints Composites Conductive Polymers Elastomers Liquid crystal polymers Packaging Polyurethanes Resins Thermoplastics Thermosets We test polymers for several industries, including: Agriculture Athletics Clothing Household items Medical Packaging Personal care Protective equipment The Importance of Polymer Testing Polymer testing and development are key components in the manufacturing process. Understanding the chemical properties of a polymer can help predict its performance in various conditions and applications. Failure to properly inspect polymer materials can lead to recalls, safety hazards, expensive repairs, and poor-quality products.   We offer several polymer testing services, including the following: Accelerated weathering Ash content Charpy impact Color testing Dynamic mechanical analysis Failure analysis Flammability Melt flow rate Hardness testing Identification of additives and contaminants Quality control Regulation compliance Polymer identification Preventative maintenance Tensile strength Thermal stability VOC testing About Applied Technical Services ATS has provided clients with outstanding engineering consulting, inspection, and testing services since 1967. Our ISO 9001:2015 registered operation prioritizes customer service and quality, and our polymer testing lab abides by the latest industry standards, including: ASTM...



Applied Technical Services' plastic material testing lab offers PVC testing services. Our polymer testing experts utilize our ISO/IEC 17025:2017 accredited facilities to fulfill clients' testing needs. What is PVC Plastic? PVC, or polyvinyl chloride, is a commonly used thermoplastic polymer composed of carbon atoms and chlorine. Thermoplastics are extremely malleable when heated, and their flexibility makes them ideal for remodeling or reshaping. The Importance of PVC Testing PVC testing ensures that PVC materials are suitable for their intended use. Failure to properly test PVC materials may lead to hazardous conditions for customers and staff, premature failure, and costly repairs. Plastics have a wide range of uses, so it's essential to understand their behavior under specific conditions. Manufacturers rely on PVC testing for many reasons, including the following: Safety Regulations Quality Assurance Regulation Compliance Durability Testing Preventative Maintenance Failure Analysis Applied Technical Services tests PVC materials in accordance with the following standards: ASTM D1785 ASTM D3039 ASTM D882 ASTM D638 PVC Test Methods Chemical Testing Outside chemicals can compromise the integrity of PVC, causing premature failure, so our experts conduct chemical tests to determine the potential causes.   Hardness Testing Our experts test the durability of plastics by determining their hardness or resistance to permanent indentation.   Plastic Pipe Testing ATS experts analyze PVC pipes to ensure that the pipes are functional and durable. Phthalates Analysis  Phthalates are often used as solvents or to soften plastics, but excess traces of phthalates can be harmful to humans. Our experts test polymers for...



Applied Technical Services’ metallurgy lab provides grain size distribution services. Our metallurgy lab performs quality assurance testing, failure analysis, reverse engineering, and litigation support. Our experts work closely with clients to determine the overall scope and objective of a project. What is Grain Size, and Why is it Important? A grain is a small section of metal with a continuous crystal lattice pattern. The interface between two grains is a grain boundary which serves as a buffer region where atoms don’t directly align with either grain. Grain size affects several physical properties, including: Strength Hardness Machinability Fatigue resistance Shock resistance Grain size influences the properties of metals, and material processing can modify the size and density of grains, altering their performance. For example, as grain size increases, its strength decreases, so a manufacturer may try to maintain a specific grain size. Understanding grain size allows manufacturers to determine the ideal applications for a metal. Grain size analysis is an effective way of evaluating a material’s grain size profile to determine its best uses. How is Grain Size Measured? The Intercept Method Experts draw a straight line through the micrograph and count the number of grain boundaries intersecting the line. The average grain size is determined by totaling the number of intersections and dividing that number by the length of the line. This process is repeated twice more for the best results. The Planimetric Method Experts count the total number of grains in a specified area. The grains are individually marked...



Applied Technical Services performs HPLC Analysis Services in our chemical analysis lab. ATS utilizes a Shimadzu Tandem Quadrupole Liquid Chromatography-Mass Spectrometer for more advanced chemical analysis services. High Pressure Liquid Chromatography High Pressure Liquid Chromatography, commonly referred to as HPLC, is a method of separating different components in a mixture or compound. HPLC analysis services use high pressure to force a solvent through a column. This commonly utilized analysis method enables the separation, identification, and characterization of components in a mixture and is frequently used in many different industries, including pharmaceutical and medical, cosmetic manufacturing, industrial chemical, food and beverage, and pesticide manufacturing. ATS’ Chemical Analysis Laboratory High Pressure Liquid Chromatography is commonly used for: Pharmaceutical Development Medical Diagnosis and Research Chemical Identification Preservative Identification Water Purification Legal / Litigation Support ATS’ Chemical Analysis Laboratory Applied Technical Services features an advanced, state-of-the-art chemical analysis lab, capable of performing several different types of Liquid Chromatography analysis services. ATS regularly performs routine analysis projects as well as unique chemical analysis requests, and our Liquid Chromatography lab is capable of detecting organic compounds at extremely low levels (ppt or parts per trillion), allowing our chemists to provide accuracy and precision that exceeds that of our competitors. Our highly trained, certified chemists have decades of experience and are knowledgeable regarding all relevant testing methods, standards, and specifications to provide service to our clients across all industries. Some of our Liquid Chromatography laboratory capabilities include but are not limited to: Bisphenol-S Bisphenol-A DCOIT Warfarin Additive...



Applied Technical Services offers metallography microstructure and analysis services. Our metallography lab performs examinations that fit clients’ needs, and our lab technicians work closely with clients to foster a client-friendly experience. What is Metallography, and Why is it Important? Metallography is the study of a metal alloy's microstructure. The applications of metal alloys are often determined using the information gathered during the examination. For example, a company may request a metallographic exam to determine if a material has the physical properties to uphold the standard of reliability needed for its intended purpose. What is Microstructure Analysis, and Why is it Important? Microstructures are material structures observed in a microscope at a magnification greater than 25x. A material's microstructure is composed of various phases and forms that can significantly predict the material's physical properties.   Microstructure analysis investigates and evaluates the causes of a material's failure. Processes like welding and machining can alter the integrity of the metal, and microstructure analysis is a valuable tool to determine the potential effects. The process is also helpful as a preventative measure, allowing experts to predict potential issues a material may have in a particular application or environment.   The Metallography Process The metallography process typically requires the following six steps Cut-off: Encoders are sensing devices that provide feedback to control systems. A control device reads the electrical signals from the encoder, which sends back a message detailing the motor's position, direction, and speed. Mounting The sample is mounted to improve its handling and...



Applied Technical Services provides tumble testing services to verify the resilience and structural integrity of products, typically portable electronic devices and equipment. What is Tumble Testing? Tumble testing consists of subjecting an object to repeated drops in a controlled environment by placing it inside a tumble tester. This tester is then programmed with the number of falls, the level of speed, and other variables. Our technicians monitor the state of the test subject closely during this process, identifying physical damage such as material deformation, scratches, scuffs, abrasion, and chipping paint and plastic. This testing method provides useful information for manufacturers, giving insight into product durability and identifying potential design flaws. Common Applications ATS performs tumble and drop testing on a wide variety of devices. If a product is portable or handheld and it is probable that it will experience drops or sudden contact as a part of its standard operating conditions, tumble testing is likely beneficial. If you are unsure if tumble testing is right for your product, please contact us. We most commonly perform this testing method on the following products: Cellular Phones and Devices Cameras and Video Cameras Navigation Systems Remote Controls Wristwatches and Smart Watches Protective Cases and Devices Tumble Testing Specifications and Standards Drop Height: 1,000mm Standard: IEC 60068-2-31 Mechanical Testing at ATS Applied Technical Services features a state-of-the-art mechanical testing laboratory staffed by certified experts. These technicians possess years of experience and have undergone comprehensive training. Our mechanical testing staff members are knowledgeable on relevant...



Applied Technical Services offers our clients CA Prop 65 compliance testing. Meeting the requirements of Prop 65 can serve as a challenge to many manufacturers for a variety of reasons. Along with the expertise ATS provides, we also partner with toxicology groups to aid businesses in need. Prop 65 Explained California Proposition 65, or the “Safe Drinking Water and Toxic Enforcement Act,” is a right-to-know law requiring that businesses inform the public about the damages and defects caused by exposure to the chemicals in their products. The law establishes transparency between companies and their customers while allowing Californians to make informed decisions regarding their health and wellbeing. The California Attorney General’s Office enforces the law, and failure to abide by Prop 65 can lead to daily fines as high as $2,500 The Importance of Prop 65 Compliance Testing Prop 65 compliance testing along with human exposure assessments, is often needed for products and their packaging to ensure hazardous chemicals do not exceed the safe harbor levels, which includes: Maximum Allowable Dose Level (MADL) or No Significant Risk Level (NSRL). Testing promotes consumer safety and motivates manufacturers to find safer alternatives to their current practices. Prop 65 compliance testing can prevent fines, lawsuits, and court orders. Prop 65 Chemicals The ever-evolving list of substances covered by Prop 65 contains approximately 900 natural and synthetic chemicals known to cause human harm from exposure. The list includes ingredients in food, consumer products, prescription drugs, cleaning products, pesticides, and chemicals. Products containing chemicals above...



Applied Technical Services provides composite material testing for various industries. We offer multiple types of composite material tests that abide by international standards and can be customized to meet the needs of our clients. What Are Composite Materials? Composite materials, or composites, are created from two or more materials with different physical and chemical properties. The characteristics of composite materials differ from the characteristics of the induvial forms of the original materials. Composite Material Testing Methods Tensile Testing Measures the strength and elasticity of a material Predicts the performance of a composite in specific situations Provides data for quality assurance Compression Testing Evaluates how materials respond when being compressed/crushed Provides information on the elastic limit, yield point, and compressive and yield strength Includes standards such as ATSM D695 and ATSM D3410 Shear Testing Calculates the ultimate strength and strain of a material Includes standards such as ASTM D5379 and ASTM D3518 Advantages of Composite Materials Customizable Appearance & Functionality Composite materials are flexible in both shape and size. They can be made into complex shapes, making them the ideal candidates for various situations. Durability  Composites can endure many environmental factors while requiring minimal maintenance. They are resistant to damage from rust, extreme temperatures, UV exposure, and water. Strength-To-Weight Ratio Composite Materials are lighter than wood and metals despite being lighter in weight. Reducing weight can limit the cost and improve the efficiency of a product.   How are Composite Materials Used? We test composites for the following industries.   Aerospace...



The particle size distribution analysis laboratory at Applied Technical Services reports information about size distribution in various powder and liquid samples. The analysis determines if a sample is suitable for use in the client’s intended purpose, including use in powder coatings, additive manufacturing, and the injection molding of components.   Laser Diffraction Our particle size distribution analysis laboratory uses a laser diffraction particle size analyzer to evaluate sample characteristics. Laser diffraction occurs when a laser is fired at a sample positioned behind a focusing lens. The laser engages with the sample’s particles, causing the laser to scatter and diffract until reaching a focal point. The focal point’s sensor will measure the light’s intensity so the laser diffraction particle size analyzer can process the data and characterize the sizes and shapes of the particles.   ATS chemists conduct laser diffraction under the guidelines of ASTM B822, the standard method for testing particle size distribution. The instruments used can measure results from . 02 µm to 2. 8 mm, enabling our chemists to assess the potential uses of the sample accurately.   ATS’ Analysis Services Applied Technical Services has offered quality testing, engineering consulting, and inspection services since our founding in 1967. Our particle size distribution analysis laboratory serves a variety of industries, including:  Additive Manufacturing Aerospace Automotive Chemical Communications Construction Consumer Goods Defense / Military Healthcare / Medical Nuclear Manufacturing Oil / Gas Powder Metallurgy Power Generation Renewable Energy Commitment to Quality ATS is governed by an ISO 9001:2015 registered quality...



Applied Technical Services provides Dielectric Constant testing. Dielectric Constant testing indicates how well an insulator stores electrical energy. During this procedure, a sample is put in between two metallic plates, and the capacitance is evaluated and recorded. Following this, another test is run without the specimen, i. e. air between the two plates. The ratio of the values collected from both runs is the dielectric constant (also known as permittivity). It is important to get this procedure performed on your materials, especially when they are to be used in electric applications that require a higher capacitance. In such applications, a higher dielectric constant will be needed. We test according to ASTM D150 and IEC 60250. ATS Electrical Testing Laboratory Our Electrical Testing Lab offers a wide variety of electrical and electronic product testing. We often inspect common products, including insulators, batteries, wires, cables, lights, connectors, circuit breakers, and other electronic components. We can determine the causes of electrical failures and verify the performance of various products. We test in accordance with popular standards, such as: ASTM ANSI MIL-STD IEC IEEE About ATS Applied Technical Services is a premier provider of consulting engineering, inspection and testing services. Since our founding over 50 years ago, we have developed a remarkable reputation for providing valuable services to our clients in the business, the legal profession, and the various industrial sectors. ATS has been recognized for being successful in revealing of specific information in metallurgy, chemical analysis, materials testing, non-destructive testing, fires, explosions, and equipment...



Applied Technical Services offers particle size testing labs to analyze size distribution in powder and liquid samples. Our qualified chemists analyze specimens to determine their potential for use in the manufacturing processes of various industries. Our particle size testing labs utilize laser diffraction in accordance with ASTM B822, the standard test method for determining particle size via light scattering.   What is Laser Diffraction? Laser diffraction measures the geometrical dimensions of a particle using laser diffraction patterns. First, a laser is fired through a focusing lens at a sample powder or liquid. Next, the light waves scatter and form a pattern after hitting the focal point, where a sensor measures the light’s intensity from the pattern’s center. An algorithm then determines the size of the particles examined by the laser, allowing experts to calculate the sample’s particle size distribution. The information provided allows ATS’ chemical analysis division to determine if the formulated powders have the desired characteristics.   The instruments at ATS are suitable for various applications and can record measurements from . 02 - 2800µm. Our experts compare the acquired data to industry standards or a client’s specific requests to determine the qualifications of a sample.   Services Offered at ATS Particle Size Testing Labs Our particle size testing labs serve the following industries:  Aerospace Automotive Consumer Goods Communications Construction Defense / Military Healthcare / Medical Manufacturing Nuclear Oil / Gas Powder Metallurgy Renewable Energy Commitment to Quality ATS is proud to provide clients with quality experiences. As an...



TGA moisture analysis, also commonly referred to as thermogravimetric analysis or thermogravimetric moisture analysis, is a procedure that helps identify properties of a material, including the subject’s moisture, the amount of weight that is lost during thermal changes, and endothermic and exothermic properties. Due to the versatility of TGA analysis, it is a commonly preferred testing method for the analysis of several different types of materials, including but not limited to: Composites Rubbers Polymers Fillers Laminates Elastomers How TGA Moisture Analysis Works Applied Technical Services performs thermogravimetric analysis to provide our clients with a comprehensive understanding of how a product or material changes in mass when exposed to varying levels of temperature over different lengths of time. First, samples are heated at a specific temperature change rate to 1000°C in either nitrogen or air. All physical changes are then calculated and documented, identifying these changes as a result of changes in moisture, compounds, carbon black, polymer degradation, and ash content. Thermograms, such as the one seen below, are used to display properties and changes in the tested material, giving a precise temperature at which changes have occurred. TGA moisture analysis is a component of many different ISO and ASTM testing standards, including ISO 11358 and ASTM E1131. Applied Technical Services With over fifty years of experience, Applied Technical Services has the expertise and resources to ensure that our clients around the world receive the highest level of quality in both our testing services and customer service. Our certified chemists are...



Applied Technical Services provides weld hardness testing to a plethora of industry standards such as ASME, API, AWS, MIL-STD, NAVSEA, PED/EN, and AMS. Our weld testing laboratory houses cutting-edge technology to provide clients with unparalleled service. Our experts can perform testing for failure prevention, quality control, and mechanical testing while evaluating weld hardness. How Does Hardness Testing Work? The weld testing laboratory at Applied Technical Services utilizes a wide range of hardness testing methods to conduct weld hardness tests. Each hardness test varies by method; however, the procedures all remain relatively similar. A weld hardness test is performed by mechanically pressing a specifically dimensioned object, known as an indenter, onto the weld. Hardness is then determined by measuring the penetration or size of the impression left by the indenter. ATS experts have the ability to conduct Brinell, Barcol, Webster, Rockwell, Vickers, Knoop, and Leeb hardness testing methods as necessary to the project scope. All weld hardness tests performed at ATS follow the below industry standards: ASTM A956 ASTM E18 ASTM E10 ASTM E92 ASTM E384 ASTM D2583 ASTM A370 ASTM B647 EN 1043-2 EN 1043-1 EN 6507-2 EN 10002 ISO 9015-2 ISO 6505-1 ATS Weld Testing Capabilities Applied Technical Services offers a litany of weld testing and analysis options outside of weld hardness testing. Our team of welding inspection experts is certified by AWS (the American Welding Society) to provide professional analysis. We offer non-destructive weld analyses such as: Computed digital radiography (CDR) Radiography testing (RT) Liquid penetrant testing (PT)...



Applied Technical Services offers plastic and polymer failure analysis services for clients who need to assess their materials’ durability. Our engineers and analysts have extensive experience determining whether material failure results from unfavorable service conditions, poor product design, incorrect material selection, improper manufacturing processes, or other factors. Polymer Tests Manufacturers can rely on ATS to assess polymer durability upon exposure to thermal, mechanical, or environmental stressors. Our multidisciplinary capabilities allow us to examine all of a polymer’s characteristics when conducting failure analysis. Evaluations such as the Elmendorf tear test supply insight into a polymer’s durability and lifespan, allowing for a more comprehensive understanding of the material’s characteristics. Our experts conduct a wide array of tests that aid in polymer failure analysis, including: Tensile Strength of Films and Fibers Filler Content, Dehydration/Desolvation, and Decomposition Analysis (TGA) Adhesion Strength Flexural Strength Lap Shear Strength Modulus by Dynamic Mechanical Analysis (DMA) or Thermomechanical Analysis (TMA) Durometer Hardness Composition Analysis including Plasticizers, Additives, UV Inhibitors, Stabilizers, and Antioxidants Compression Set for Durability and Elasticity Flammability Melt Flow Rate Izod and Charpy Impact Testing Coefficient of Thermal Expansion (CTE) by TMA Polymer Identification (FT-IR) Accelerated Weathering (UV degradation) Heat Aging and Thermal Stability Heat Deflection Temperature Under a Load (HDT) Gloss and Color Inherent/Intrinsic Viscosity Dielectric Strength/Breakdown Glass Transition (Tg), Melting point, Crystallinity, and Heat Capacity (DSC) Our skilled failure analysts can efficiently and effectively determine the root cause of polymer failure using years of prior experience. Our Metallurgy Services ATS metallurgists consult with clients...



Applied Technical Services’ tensile testing metallurgical lab offers high-quality testing services for metals, composites, and other materials. ATS employs specialists from multiple testing divisions, including mechanical and metallurgical testing. Our experts regularly conduct testing according to AWS, ASTM, ASME, and MIL-STD standards, delivering both quantitative and qualitative results with a high degree of accuracy. Tensile Testing Capabilities Our labs offer tensile testing at a maximum force capacity of 400,000 pounds, with elevated temperature options up to 1,800 degrees Fahrenheit. We also offer tensile testing for polymers between -19 and 482 degrees Fahrenheit with a maximum force of 10,000 pounds. We offer tensile tests for metals, plastics, composites, pipes, rebar, metal wires, rubber, fasteners, tubes, welds, and other materials. We are ISO/IEC 17025:2017 (A2LA) accredited for several common tensile testing standards, such as ASTM A370, ISO 6892-1 and 2, ASTM F606, and SAE J429. Our Metallurgy Lab The ATS metallurgy lab performs tests on metals, composites, ceramics, and other materials, catering to each of our client’s particular needs. Our services assist clients with a wide array of applications, such as quality assurance, failure analysis, reverse engineering, and litigation support. ATS’ global testing experience allows us to fulfill the needs of every client, including those from automotive, manufacturing, commercial construction, aerospace, steel and aluminum, defense/military, nuclear, alternative energy, weld and fabrication, medical equipment, and consumer product industries. We maintain ISO/IEC 17025:2017 (A2LA) and Nadcap accreditations, as well as ISO 9001:2015 registration, to ensure client satisfaction. Our Testing Capabilities Our microstructural analysis capabilities...



The Applied Technical Services metallurgy lab conducts failure analysis to determine the source and cause of component and equipment failures. Our metallurgy experts offer an extensive list of services to meet the needs of our clients in several different industries, including but not limited to: Automotive Aerospace Military and Defense Construction Manufacturing Consumer Products Petrochemical Nuclear Power Generation Metallurgical Failure Analysis The highly trained failure analysis experts at Applied Technical Services are equipped to perform a wide array of testing methods, including chemical analysis, mechanical property analysis, scale and deposit analysis, hardness testing, dimensional inspections, root cause analysis, dimensional inspections, scale thickness measuring, and many more. These methods can be used to perform failure analysis on equipment components such as bolts, screws, shafts, gears, springs, pumps, pipes, wire ropes, fasteners, chains, heat exchangers, bearings, boiler tubes, and blades. Materials Tested ATS performs metallurgical failure analysis on metals and alloys such as: Aluminum Titanium Steel Stainless Steel Copper Alloys Superalloys Potential Findings Our analysis services can discover a broad range of issues, including but not limited to: Corrosion Impact Damage Design Flaws and Defects Environmental Effects Fractures and Stress Ruptures Material Flaws and Defects Overloading Fatigue Additional Metallurgy Services ATS provides several other types of services in our metallurgy lab in addition to our failure analysis services, including but not limited to: Reverse Engineering Hardness Testing Material Identification Litigation Support Applied Technical Services With over fifty years of experience, Applied Technical Services is proud to be the preferred testing provider of...



Applied Technical Services performs EDS material analysis to identify a subject’s chemical and elemental composition. What is EDS Analysis? EDS, also known as energy-dispersive spectroscopy, consists of using a focused scanning electron beam via electron microscope to stimulate a subject material’s atoms. This results in the emittance of characteristic x-ray spectrums that are specific to the type of element being analyzed. Our highly trained EDS material analysis experts are then able to closely examine these electromagnetic emissions and identify any unknown materials present. Energy-dispersive spectroscopy is a highly effective method for identifying physical and chemical properties of a test subject. The ATS metallurgy lab is capable of performing EDS material analysis on several types of materials, including but not limited to: Alloys Corrosion Products Metal Plating Coatings Contaminant Particles Inclusions Polymer Filler Material Wear Metals Applied Technical Services conducts EDS material analysis alongside our SEM (scanning electron microscopy) services and performs all SEM-EDS testing and analysis services in adherence with ASTM E1508. Additional Metallurgy Services The ATS metallurgy lab offers a comprehensive list of services in addition to EDS analysis, including but not limited to: Material Identification Reverse Engineering Litigation Support Hardness Testing Quality Assured Founded in 1967, Applied Technical Services is proud to be the preferred testing provider of several of the nation’s most revered companies and manufacturers. ATS has strived to maximize the value of our industrial testing services for over five decades. We maintain internationally recognized certifications and accreditations and utilize innovative technologies to provide the most...



Applied Technical Services provides metal failure analysis to assist clients in determining the source of component and system failures. Our metallurgy laboratory has the capabilities to service a wide range of industries, including aerospace, pipeline, automotive, military, petrochemical, utilities, consumer products, and nuclear. All metal failure analysis testing is performed in accordance with relevant industry standards. ATS Failure Analysis Capabilities Our team of expert chemists, metallurgists, and engineers are well equipped to tackle any problems a client might have. ATS regularly conducts metal failure analysis on materials such as aluminum, steel, stainless steel, titanium, superalloys, and copper alloys. We employ various failure analysis methods including: Scanning Electron Microscopy (SEM) Deposit Weight Density Determination Root Cause Analysis Wall Loss Determination Metallography Chemical Analysis Mechanical Property Analysis X-Ray Diffraction Hardness Testing Dimensional Inspection Pit Depth Measuring Scale and Deposit Analysis Energy Dispersive Spectroscopy (EDS) Scale Thickness Measuring These methods can apply to a litany of equipment and materials such as: Heat Exchangers Bearings Chains Blades Bolts Boiler Tubes Fasteners Pumps Gears Pipes Shafts Screws Wire Rope Springs The ATS metallurgy laboratory is thorough in its testing and assesses manufacturing, environmental, and design conditions. We closely monitor materials and samples for flaws such as: Design Flaws Assembly/Fabrication Defects Inadequate Materials Maintenance Issues Fatigue Material Defects Improper Installation/Use Maintenance Issues Corrosion Improper Heat Treatment Impact Damage Erosion Environmental Effects Misalignment Overheating Contamination Creep Plating Defects Sulfidation Cavitation Stress Ruptures Overloading Fractures Insufficient Lubrication Our Metallurgy Capabilities In addition to metal failure analysis, our metallurgy...



Applied Technical Services offers metallurgic testing services such as XRD testing. XRD testing is also known as X-ray diffraction, XRD analysis, or surface XRD analysis. At ATS, we apply this method to failure analysis and reverse engineering applications, to name a couple. The ATS metallurgy lab conducts all XRD testing per ASTM D934. X-Ray Diffraction Testing X-ray diffraction is an NDT (non-destructive testing) method that observes and evaluates the properties of crystalline materials such as inorganic compounds and minerals. XRD is the process of exposing a sample material to x-ray beams, which scatter through the sample’s atoms, causing a unique diffraction pattern. Our experts compare this diffraction pattern to the ICDD’s (International Centre for Diffraction Data) diffraction pattern database to determine the exact compounds found within the sample. XRD testing allows clients to discover their material’s qualities and limitations. A material’s crystal structure directly correlates to its functionality and properties. XRD can help determine properties such as epitaxy, grain size, lattice parameters, strain, preferred orientation, and phase composition. XRD testing can be helpful in metallurgic phase verification, research and development, corrosion analysis, material production, and reverse engineering for coatings. Further applications for XRD testing can include: Polymer Filler Material Identification Platings and Coatings Particle Composition Alloy Identification Corrosion Products Wear Metals Elemental Mapping Contaminants and Inclusions ATS Metallurgy Capabilities In addition to XRD testing, the ATS metallurgy laboratory provides material identification, litigation support, failure analysis, and reverse engineering, among others. Our team of metallurgy professionals regularly conducts testing on materials...



Applied Technical Services offers creep rupture testing for various materials such as metals and alloys. Once materials reach a certain temperature threshold, they “creep” or permanently deform. This testing procedure analyzes a material’s performance while under thermal and physical stress over extended periods of time. Creep rupture testing is imperative to understanding a material’s potential failures under extreme long-term stress. The EDS Procedure Creep rupture testing involves applying a constant stress load to a specimen at a specified temperature until failure. The temperature of this test can reach up to 1200 °C or 2192 °F. Typically, metal specimens begin to show signs of creeping around one-third of their melting temperature, but the test continues until the specimen ruptures. Our experts analyze data points taken throughout the process to evaluate the material’s time-to-failure performance. The amount of creep or deformation that occurred is also measured and evaluated to calculate how that material could change while in service. ATS Metallurgy Laboratory The metallurgy lab at Applied Technical Services has the capability to provide creep rupture testing. ATS professionals routinely perform metallurgic testing and inspections to analyze various properties of metals, composites, and ceramics. Our complete range of metallurgy testing services can be applied to quality assurance, failure analysis, litigation support, and reverse engineering. We offer a litany of additional metallurgic testing services, including: Corrosion Fractography Material Identification Macroscopic Evaluation Microscopic Evaluation Weld Testing Our experts conduct all metallurgic testing services to the following specifications and standards: ASTM B487 ASTM E3 ASTM E112...



XRD elemental analysis is one of many services offered by the metallurgy lab at Applied Technical Services. XRD elemental analysis is also known as x-ray diffraction or surface XRD analysis. ATS experts apply this method to assist clients with a multitude of applications, from failure analysis to reverse engineering. ATS labs are certified to conduct XRD elemental analysis to the ASTM D934 standard. What is XRD? XRD elemental analysis is a non-destructive testing method that evaluates and measures the internal structure of crystalline samples. X-ray diffraction also assesses properties such as facet formation, phase transitions, and roughness. Our metallurgy experts perform this method by irradiating the sample material from different angles. The crystalline structure of the sample will diffract the x-rays in a distinct diffraction pattern. We can compare the diffraction pattern to the ICDD (International Centre for Diffraction Data) database to determine the exact atomic composition of the material, thus identifying it. XRD elemental analysis gives customers a better understanding of their material’s functionality and properties. XRD assists clients with metallurgic phase verification, contaminant identification, research and development, corrosion analysis, reverse engineering for coatings, and material production. This rapid testing method can analyze metallurgic mounts, certain coatings, and powder samples. Additional Metallurgy Services In addition to XRD elemental analysis, our team of technicians offers litigation support, material identification, and failure analysis. The metallurgy laboratory at Applied Technical Services provides services such as: Metallography Scanning Electron Microscopy (SEM) Intergranular Corrosion Testing Energy Dispersive Spectroscopy (EDS) Rockwell, Vickers, Knoop, and Brinell...



Applied Technical Services offers XRD analysis through our metallurgy laboratory. XRD or x-ray diffraction is an observation method utilized in material identification. This method can be useful in many applications, from corrosion failure analysis to reverse engineering. Our metallurgy experts conduct all XRD analysis testing in accordance with the ASTM D934 standard. X-Ray Diffraction XRD analysis, or surface XRD, is a non-destructive observation method used to assess the atomic structure of crystalline materials. XRD works by exposing a material to incident x-rays that excite the crystal atoms, which scatter the angles of the x-ray, allowing them to be measured and evaluated. This phenomenon is known as elastic scattering. Our technicians compare the diffraction patterns to the diffraction pattern database at the ICDD (International Centre for Diffraction Data), cross-referencing the patterns against a multitude of references to determine the composition of the sample material. The Benefits of XRD X-ray diffraction helps clients understand their sample material’s atomic qualities and limitations. This useful method can determine structural properties such as lattice parameters, grain size, epitaxy, strain, preferred orientation, and phase composition. ATS technicians perform XRD analysis to help clients with metallurgic phase verification, research and development, corrosion analysis, contaminant identification, reverse engineering for coatings, and material production. Accepted Samples XRD analysis is a versatile method that can analyze powder samples, certain coatings, and metallurgical mounts. Our Metallurgy Capabilities Applied Technical Services’ metallurgy laboratory offers a litany of additional services such as failure analysis, litigation support, and material identification. Our team of qualified...



Applied Technical Services offers comprehensive tensile coupon testing through our tensile testing laboratories. We have the capabilities to provide polymer coupon testing, steel/metals coupon testing, and ceramic coupon testing. Our experts can report on common characteristics such as percent elongation, yield strength, tensile strength, and reduction of area. All tensile coupon testing is performed to relevant standards and client specifications. What is a Coupon? A coupon is a small sample of a more extensive test material. Testing larger materials or products can prove to be expensive and complex; therefore, tensile coupon testing is an effective and cheaper alternative. Technicians prepare the sample piece in a way that its properties are representative of the whole material. Tensile coupon testing is essential to ensuring the integrity of a product is up to relevant standards. In some cases, multiple coupons must undergo testing to provide margins of error in the case of material differences. ATS meticulously prepares coupons because external stimuli that would not affect the larger material may drastically impact the coupon. Tensile Testing Capabilities The ATS tensile testing laboratory provides a litany of additional tensile testing services. Using uniaxial machines, our technicians can offer the following test methods: High-temperature tensile testing Hot tensile testing Polymer tensile testing Elevated temperature tensile testing Weld tensile testing The tensile lab performs these tests on a regular basis and, as such, have experience testing a wide range of materials, including: Metals Tubes Rebar Pipes Composites Plastics Metal Wire Rubber Welds Fasteners Additionally, our polymer and...



Applied Technical Services provides diffraction analysis as one of the many services offered by our metallurgy laboratory. Diffraction, also known as x-ray diffraction, is commonly abbreviated as XRD. This process is a non-destructive testing method that analyzes the structure of crystalline products and materials. Our experts can identify the crystalline phase and cross-reference databases to reveal the chemical composition by studying the crystal structure. Diffraction analysis is a standard method of positive material identification (PMI). It is useful in evaluating minerals, corrosion products, and unknown materials. How is Diffraction Analysis performed? Diffraction analysis utilizes an x-ray beam directed at the sample material. The atoms within the sample’s crystal structure scatter the x-rays through a process known as elastic scattering. Our professionals can then evaluate the diffraction pattern, also known as the scatter, to determine the properties of the crystalline structure. ATS technicians utilize this NDT method to determine the phases present in solid and powder materials. ATS' Metallurgy Capabilities The metallurgy laboratory at Applied Technical Services offers a litany of additional services such as failure analysis, litigation support, material identification, and hardness testing, to name a few. In addition to diffraction analysis, our metallurgical experts provide a wide array of material identification methods to best suit your needs. All metallurgic services performed are compliant with relevant standards and client specifications. For a comprehensive list of our metallurgy capabilities, click here. Quality Assured For more than half a century, Applied Technical Services has been a global leader in inspections, testing, and...



EDS elemental analysis is one of many non-destructive testing methods Applied Technical Services employs in our metallurgy lab. EDS, also known as energy-dispersive x-ray spectroscopy, energy dispersive x-ray analysis, or energy dispersive x-ray microanalysis, is an analytical method that evaluates the chemical and elemental composition of a sample. ATS is accredited to ISO/IEC 17025:2017 (A2LA) to perform EDS elemental analysis per ASTM E1508. The EDS Procedure Energy-dispersive spectroscopy frequently accompanies scanning electron microscopy to give a fully comprehensive understanding of the sample. The primary function of this method is material identification and chemical/elemental analysis. The electron microscope emits a scanning electron beam, exciting the sample’s atoms and creating an electromagnetic emission spectrum. Since each element has a unique atomic structure, the emission spectrum given off is distinctive. Our technicians analyze the emission spectrum to identify the sample. The team at Applied Technical Services regularly employs this method on materials such as contaminant particles, corrosion products, metal platings, and metal chips. We apply this technique to assist our clients with failure analysis, research studies, and product testing, among other applications. EDS is an effective option for quality control due to its capabilities in corrosion and contamination identification. Our experts regularly conduct EDS elemental analysis for: Unidentified Particles Polymer Filler Material Contaminants and Inclusions Wear Metals Platings and Coatings Corrosion products Alloys ATS Metallurgy Lab The Applied Technical Services’ metallurgy laboratory regularly performs testing on materials such as composites, ceramics, and metals. Our team provides failure analysis, reverse engineering, litigation support, and...



Applied Technical Services offers EDS analysis as one of our various metallurgical capabilities. EDS, which stands for energy-dispersive X-ray spectroscopy, is an analysis method that identifies the elemental and chemical compositions of materials. Our experts perform EDS analysis in tandem with our SEM services to provide clients with a full scope of their material’s composition. We perform EDS analysis compliant to ASTM E1508. How Does EDS Work? EDS analysis, or energy-dispersive spectroscopy, utilizes an electron microscope to produce a focused scanning electron beam that excites the sample material’s atoms, causing characteristic X-ray spectrums to be emitted. Every element has a unique atomic structure that allows a distinctive electromagnetic emission spectrum to be observed. Our technicians can analyze these emission spectrums to quantify and identify unknown materials. EDS is useful in determining the chemical and physical properties of a material. Our Capabilities Applied Technical Services has the capability to conduct EDS on materials such as metal chips, metal platings, contaminant particles, and corrosion products. Our team utilizes EDS analysis to assist clients with failure analysis, material identification, research studies, and various applications. EDS analysis generally accompanies SEM (scanning electron microscopy) to provide comprehensive knowledge of a material’s characteristics. ATS commonly performs SEM-EDS analysis for the following materials: Polymer Filler Material Platings and Coatings Unidentified Particles Corrosion products Wear Metals Contaminants and Inclusions Alloys The ATS Metallurgy Laboratory The metallurgy lab at Applied Technical Services regularly tests a wide range of materials such as metals, ceramics, and composites, to name a few....



Applied Technical Services provides elevated temperature tensile testing as one of the many services offered by our tensile testing lab. Tensile testing is imperative to understanding a material's strengths and limitations. Our tensile testing experts perform all tests to relevant standards and qualifications. The Elevated Temperature Tensile Test Elevated temperature tensile testing combines tensile testing and high temperatures to evaluate the effects of constant strain and heat on a material. Elevated temperature tensile testing aims to calculate a material's resistance to high temperatures under a continuous load to better understand the material's integrity. In industries such as the military, automotive, aerospace, and power generation, products must withstand elevated temperatures. Parts used in these industries must be strong enough to tolerate the service conditions without compromising structural integrity. To perform an elevated temperature tensile test, a calibrated test machine pulls the specimen until failure in compliance with relevant standards. Our technicians plot data points along a stress-strain curve, allowing them to calculate various material properties. Our experts evaluate and analyze the following characteristics: Area Reduction Proportion Limit Ductility Tensile Strength Yield Point Elongation Ultimate Strength Modulus of Elasticity Elastic Limit Yield Strength ATS Tensile Testing Capabilities Our mechanical and polymer testing laboratories offer a litany of additional testing methods. The mechanical testing lab can test up to 400,000 lbs of force with temperatures up to 1832°F. The polymer testing lab can test up to 20,000 lbs of force with temperatures up to 662 °F. Utilizing the capabilities of multiple testing labs,...



The tensile testing laboratory at Applied Technical Services offers bolt tension testing performed by our in-house experts. Our tensile testing experts employ a wide variety of methods to evaluate the tensile properties of certain materials to specific standards and qualifications. The ATS tensile lab performs all tests to relevant standards and product specifications. Using our cutting-edge technology, we can report on tensile strength, percent elongation, reduction of area, and yield strength. Bolt Tension Testing Basics Bolt tension testing or torque tension testing measures the required input torque for a bolt to reach a specific tension. Inspectors place the test bolt and washer on the test fixture and tighten them to a specified tension which can then be measured and analyzed. The precise amount of torque is calculated and recorded. We perform all bolt tension tests under the material’s yield strength to avoid any permanent deformation of the subject material. ATS Tensile Testing Laboratory In addition to bolt tension testing, our experts in the tensile laboratory offer various testing methods to ensure your needs are met. ATS regularly performs tensile testing on the following materials: Composites Fasteners Metals Pipes Polymers Rebar Rubber Tubes Welds Our tensile professionals perform all bolt tension testing and other tensile testing methods to the following standards and accreditations: SAE J995 — Automotive Standard for Tensile Strength in Nuts and Bolts SAE J429 — Automotive Standard for Tensile Strength in Fasteners NASM 1312-8 — Fastener Test Methods, Tensile Strength MIL-STD-1312-8 — Fastener Pull-Through Strength Test Method ASTM...



Applied Technical Services features a state-of-the-art temperature testing lab to subject products to specific conditions and monitor performance. What is Temperature Testing? A temperature testing lab analyzes the performance and behavior of a product when it is exposed to extreme temperatures to ensure its resilience and functionality. Repeated temperature changes can put significant stress on a product, ultimately leading to damage and operational failure. This type of issue often occurs at joints, where different types of materials meet. To avoid this occurrence, manufacturers submit their products to temperature testing laboratories to ensure their products possess the durability to meet customer expectations and adhere to industry standards. Common Applications Visual Inspection of Reaction to Temperature and Humidity Thermal Shock Resistance Assessment Thermal Coefficient Mismatch Assessment Thermal Expansion Rate Characterization Heat Aging Features and Capabilities The temperature testing lab at ATS is capable of exposing products to temperatures ranging from -60°C to 170°C as well as the following capabilities: 14 Thermal Cycling Chambers of Varying Sizes Ramp Rates up to 7. 5°C per minute (Thermal Cycling) Walk-In Units for Large Samples and Quantities Humidity Testing Thermal Shock Testing Testing Standards The ATS temperature testing lab conducts testing in accordance with the following standards: IEC 68-2-30 (Accredited by the A2LA) BMW TS 308 (Accredited by the A2LA) PrV303 (Accredited by the A2LA) GM9505P2 (Accredited by the A2LA) Our temperature testing experts are also highly experienced conducting testing adhere to client-requested specifications. Applied Technical Services Since its founding in 1967, Applied Technical Services has...



Applied Technical Services offers Polymer Failure Analysis services through our world-class polymer testing laboratory. There are a plethora of extraneous factors which could lead to polymeric failure within products. From thermodynamic stress to external chemical stimulus, polymer failure analysis is vital to ensuring polymeric products are safe. Our technicians have the expertise to accurately analyze the mechanical, thermal, and chemical properties of rubber and plastic materials to determine the root cause of any polymeric failures. Polymer Testing Services The polymer testing laboratory at Applied Technical Services offers a wide range of polymer testing capabilities in addition to polymer failure analysis. These include, but are not limited to: FTIR Analysis of Polymers - ASTM E1252 Charpy Impact Testing – ASTM D6110 Flammability Testing – UL 94 Flexural Strength Testing – ASTM D790 Melt Flow Rate Testing – ASTM D1238 Heat Aging Testing – Various Standards Weathering Testing – ASTM G154 Durometer Hardness Testing – ASTM D2240 Compression Set Testing – ASTM D395 Tensile Testing – ASTM D412/D638 You can find a more comprehensive list of our services here. ATS Quality Assurance Applied Technical Services has been providing high-quality customer service for more than 50 years. Our polymer labs operate under the scope of our quality management system, registered to ISO 9001:2015. By adhering to the guidelines set by this globally recognized standard, ATS will continue to provide reliable service to our clients. We strive to provide clients with reliable and accurate test results within quick turnaround times. Contact Us Applied Technical...



Whether our clients need a welding certification test for pre-employment screening or qualification documentation purposes, Applied Technical Services’ weld testing experts can provide the data they need. Our mechanical and nondestructive testing capabilities allow us to test all aspects of welder performance and procedure qualifications. Our weld testing specialists ensure that welders conform to applicable codes and standards, including AMS, AWS, ASME, API, and PED/EN. Our Weld Testing Facility ATS’ spacious weld testing facility has properly lit weld testing booths and sufficient equipment to make test-takers feel comfortable. Our certified welding inspectors oversee the tests, checking for proper setup and technique. We assess weld quality for the selected weld process (GMAW, SMAW, or GTAW) according to applicable codes and standards. ATS also keeps a stock of common test coupons required for certification testing. ATS assists clients with a wide variety of qualifications. We certify fillet and groove welds in a variety of pipe and plate positions, such as flat, horizontal, flat, and overhead. We test structural welding capabilities for shipyards, bridges, industrial construction, sheet steel, and reinforcing bars. We also offer welder qualification tests for aircraft components, pressure vessels, and power plant construction. We cover numerous welding processes, including shielded metal arc welding, gas tungsten arc welding, flux-cored arc welding, and gas metal arc welding. Our Testing Capabilities Clients may send in weld coupons for our weld testing lab can evaluate. We perform several forms of mechanical and nondestructive testing for any weld configuration. Our testing capabilities include: Visual Testing...



Applied Technical Services offers welder certification testing for clients who need their welders to perform to certain standards. We offer certification testing for a variety of applications and codes such as API, AWS, AMS, ASME, and PED/EN. Our mechanical and nondestructive weld inspection methods allow us to evaluate all aspects of a welder’s performance and gain a thorough understanding of their competency level. Our Testing Capabilities ATS employs certified weld inspectors (CWIs) to evaluate welders during certification testing. Our testing facility offers well-lit booths with sufficient equipment to complete the test comfortably. We keep an in-house stock of the test coupons required for certification, which we can provide to welders at a reasonable cost. Our test inspectors watch for proper technique and setup according to the requested standard or code. We have a variety of mechanical and destructive weld inspection methods available for assessing weld quality, such as: Magnetic Particle Visual Testing Bend Testing Liquid Penetrant Macro Etching Ultrasonic Testing Hardness Testing Drop Weight Impact Charpy Impact Load Testing Computed Digital Radiography Traditional Radiography Tensile Testing Chemical Analysis Corrosion Testing Our weld testing technology allows us to assess welds for surface and subsurface flaws such as cracks, porosity, lack of fusion, and other defects. Types of Certifications and Qualifications Offered We conduct certification testing for numerous weld types, such as groove and fillet welds, and can evaluate vertical, overhead, and horizontal plate or pipe positions. We can check roots with backing bars or open root welds. Our experts offer testing...



Applied Technical Services offers cut and etch weld testing services as one of many methods we use to assess weld quality. Our certified weld inspectors (CWIs), SNT-TC-1A certified technicians, professional engineers, metallurgists, and chemists provide high-quality weld inspection and testing services to clients from numerous industries. We offer tests according to ASME, AWS, MIL-STD, API, and NAVSEA standards, depending on the client’s specific needs. The Cut and Etch Test The cut and etch test is a mechanical procedure for evaluating weld quality. Testing experts cut a sample from the weld coupon transversely to the weld axis. Experts then grind and polish the sample’s cut face before etching the surface with a chemical reagent. Etching the metal defines the boundaries between the base metal, weld metal, and HAZ (heat-affected zone). This process also reveals the sample’s microstructure and flow lines. The cut and etch test allows weld inspectors to thoroughly evaluate a weld for penetration fusion, defects, and other material characteristics. The data we collect assists clients with several applications, including weld procedure qualification, routine quality checks, failure analyses, welder qualification testing, and others. Other Weld Testing Services ATS offers numerous different weld tests alongside cut and etch testing. We provide several mechanical testing options, such as: Tensile Testing Load testing Bend Testing Break Testing Hardness Testing Lap Shear Impact Testing We also have multiple nondestructive, chemical, and metallurgical weld tests available, including: Visual Testing Traditional Radiography Testing Ferrite Testing Liquid Penetrant Testing Ultrasonic Testing Computed Digital Radiography Failure Analysis Magnetic...



Applied Technical Services offers macro etch weld testing services to help clients get a closer look at weld quality. Our certified weld inspectors, professional engineers, metallurgists, SNT-TC-1A certified technicians, and chemists perform a wide array of weld testing services, offering a high degree of experience and knowledge in each testing method. We perform weld tests according to ASME, AWS, API, MIL-STD, and NAVSEA standards according to each client’s individual needs. Macro Etch Testing Macro etching evaluates samples cut from weld coupons to check for weld quality. An inspector must grind and polish the cut face of the sample before etching the surface with a chemical reagent. This process makes the weld area, heat-affected zone (HAZ), and base metal more easily distinguishable and exposes the microstructure and flow lines in the material. Inspectors examine the etched surface for discontinuities, cracks, porosity, weld profile, lack of sidewall fusion, weld size, lack of penetration, and other material characteristics. The macro etch test can provide data for weld procedure qualification, failure analysis, routine quality checks, and welder qualification testing. Our Weld Testing Expertise ATS often performs macro etch testing alongside weld break testing. We also offer a wide array of other mechanical weld tests, such as: Bend testing Break testing Load testing Tension testing Ultrasonic testing Hardness testing Radiography Micro examination Magnetic particle Liquid penetrant testing Chemical analysis We can evaluate both components and structures for weld quality, including bridges, pressure vessels, pipes, configured components, and valves. Our experts can identify flaws on and...



Applied Technical Services is a leader among XRD testing labs. We provide XRD, or X-ray diffraction, services for numerous applications, from corrosion failure analysis to reverse engineering. Our metallurgical experts complete testing according to ASTM D934 guidelines. X-Ray Diffraction X-ray diffraction is an analytical technique that identifies and provides information about crystalline materials such as minerals or inorganic compounds. XRD scatters monochromatic X-rays through a sample material with randomly oriented crystal structures. The diffractometer reads the intensity of the diffracted X-rays from several angles, gathering a diffraction pattern that is characteristic of the sample material. ATS runs the pattern against the International Centre for Diffraction Data (ICDD) diffraction pattern database, which supplies hundreds of thousands of reference patterns, to determine exactly which compounds are present. XRD Benefits Crystal structures largely influence material properties and function. XRD allows clients to precisely determine their material’s qualities. XRD testing can assist clients with metallurgical phase verification, corrosion analysis, research and development, contaminant identification, reverse engineering for coatings, and material production. This rapid testing method can analyze powder samples with approximately dime-sized packed volumes, as well as certain coatings and metallurgical mounts. Our Metallurgical Capabilities The ATS metallurgy lab provides clients with a wide array of testing options to assist with failure analysis, material identification, and litigation support. Our experts bring knowledge and experience to every form of testing, providing clients with accurate, high-quality testing services. Our capabilities include: Brinell, Rockwell, Vickers, and Knoop Hardness Testing Scanning Electron Microscopy (SEM) Energy Dispersive Spectroscopy (EDS)...



ATS provides EDS chemical analysis services for material identification. EDS, also known as energy dispersive spectroscopy, energy-dispersive x-ray spectroscopy, and EDX, is an analytical process for identifying a material’s elemental composition. We perform EDS analysis alongside our SEM services to give clients a comprehensive understanding of their materials. ATS is ISO/IEC 17025:2017 (A2LA) accredited to conduct EDS testing according to ASTM E1508. Energy Dispersive Spectroscopy EDS is a nondestructive testing technique that can identify a material’s crystal structure, providing information about elemental composition. EDS works by using an electron microscope to emit a focused scanning electron beam, exciting the sample’s atoms, so they emit characteristic spectrums of x-rays. The unique x-ray emissions allow inspectors to identify and quantify the materials in the sample. EDS helps to determine the material’s physical and chemical properties. Applied Technical Services conducts EDS analysis for materials such as platings, metal chips, corrosion products, and contaminant particles. Advantages of EDS We use energy dispersive spectroscopy to assist clients with research studies, failure analysis, and other applications. We can identify everything from alloys to polymer filler material. EDS is an effective method for quality control due to its capacity for contamination and corrosion identification. EDS analysis often accompanies SEM (scanning electron microscopy) to give clients a comprehensive understanding of their materials. SEM-EDS Applications ATS most commonly performs SEM-EDS analyses for: Platings and coatings Polymer filler material identification Particle composition Corrosion products Elemental mapping Alloy identification Contaminants and inclusions Wear metals The ATS Metallurgy Lab Applied Technical Services’...



Applied Technical Services provides XRD surface analysis services to assist clients with material identification for several applications, from reverse engineering to corrosion failure analysis. Our experts in metallurgy conduct XRD testing in compliance with the ASTM D934 standard. Surface X-Ray Diffraction XRD works by radiating monochromatic x-rays through the sample from different angles. The randomly oriented crystalline structures within the sample scatter the x-rays, creating a diffraction pattern that is unique to the sample material. We then compare the pattern to the ICDD (International Centre for Diffraction Data) diffraction pattern database, measuring the data against hundreds of thousands of references to determine the exact compounds comprising the sample. Benefits of XRD Crystal structures directly affect a material’s properties and functionality. XRD helps clients to determine their sample’s qualities with precision. ATS conducts XRD testing to assist clients with contaminant identification, metallurgical phase verification, revere engineering for coatings, research and development, material production, and corrosion analysis. X-ray diffraction is a rapid testing method that can analyze metallurgical mounts, powder samples, and certain coatings. ATS’ Metallurgical Capabilities Our metallurgy lab offers a wide variety of testing methods to assist clients with material identification, failure analysis, and litigation support. ATS testing experts bring experience and knowledge to all our testing services, adding quality to the work. We offer several types of metallurgical testing, such as: Rockwell, Vickers, Knoop, and Brinell Hardness Testing Intergranular Corrosion Testing Energy Dispersive Spectroscopy (EDS) Scanning Electron Microscopy (SEM) Metallography ATS Services Applied Technical Services has offered dependable inspection...



Applied Technical Services is a material testing company that offers a wide variety of material testing methods. Our metallurgy department helps clients investigate their composite, metal, and ceramic materials. We have numerous technologies available for assessing a material’s various characteristics, and we work directly with clients to determine the full scope of their testing needs. Our Metallurgical Testing Capabilities ATS metallurgy experts provide material testing services for numerous industries around the globe, including consumer products, manufacturing, nuclear, welding and fabrication, medical supplies, aerospace, and others. Our testing capabilities include: Intergranular Corrosion Testing Graphite evaluation SEM/EDS Analysis Inclusion Rating Grain size measurement Rockwell Hardness Testing Microstructural assessment Case Depth Measurement Knoop Hardness Testing Elmendorf Tear Testing Vickers Hardness Testing On-Site Hardness Testing Rockwell Superficial Hardness Testing Plating Hardness Brinell Hardness Testing Plating thickness and verification Field Microstructural Evaluation and Replication We evaluate material quality and how factors such as shape, size, and processing impact integrity. Our experts can evaluate materials for flaws such as fractures, corrosion, fatigue, metal creep, stress corrosion cracking, and hydrogen embrittlement. We conduct testing according to a wide array of standards, such as: ASTM E384 ASTM E112 ASTM E18 ASTM E10 ASTM E3 ASTM B748 ASTM B487 ASTM A247 Our wide range of testing capabilities allows us to assist clients with failure analysis, reverse engineering, quality assurance, and litigation support. We adhere to quality assurance standards such as ISO/IEC 17025:2017 (A2LA) to ensure that clients receive clear, accurate results. Material Testing Experts Applied Technical Services is a...



Applied Technical Services (ATS) is a leading material testing company, offering an extensive list of services spanning several different industries. ATS provides material testing services to national and international clients. Our fully certified and accredited material testing labs conduct a wide variety of tests pertaining to disciplines including power generation, military, automotive, chemical, construction, and aerospace. ATS’ Material Testing Labs Chemical Analysis – ISO/IEC 17025:2017 Environmental Testing – ISO/IEC 17025:2017 Mechanical Testing – ISO/IEC 17025:2017 Metallurgy – ISO/IEC 17025:2017 Nondestructive Testing – ISO/IEC 17025:2017 For a complete list of our material testing company services, click here. Nondestructive Testing Magnetic Particle Testing (Wet and Dry) Liquid Penetrant Testing (Visible and Fluorescent) Visual Testing (CWI) Radiography (X-Ray and Gamma-Ray) Phased Array Testing Ultrasonic Inspection and Testing Eddy Current Testing Mechanical Testing Tensile and Fatigue Testing Impact Testing Hydrostatic and Pressure Leak Testing Weld Testing Hydrogen Embrittlement Testing Calibration CT Dimensional Inspections CMM and Dimensional Inspections Electronic Equipment Testing Force/Torque Testing Pressure/Vacuum Testing Temperature and Humidity Testing Weight, Scale, and Balance Testing Chemistry Alloy Identification (AISI, ASTM, SAE, UNS) Contaminant Analysis Declarable Substances (ROHS) High Purity Metals Analysis Material Identification (PMI) Phthalate Testing Polymers, Coating, and Composites Identification and Testing Environmental and EMI/EMC Electrostatic Discharge Testing (ESD) Electromagnetic Compatibility Testing (EMC) Electromagnetic Interference Testing (EMI) Temperature and Humidity Testing Thermal Shock Testing Accelerated Corrosion Testing Salt Spray Testing Lightning Simulation Vibration, Shock, and Seismic Testing Metallurgy SEM/EDS Contaminant Identification EDS/XRD Corrosion Deposits Hardness Testing Consulting Engineering API 653/510/570 Inspections Corrosion and Materials Evaluations...



Applied Technical Services conducts plastic material testing in our ISO/IEC 17025:2017 accredited material testing labs. As plastics have become one of the most prominent manufacturing materials, ATS offers comprehensive material testing services backed by decades of experience as a frontrunner in industrial testing. Plastic Material Testing Capabilities ATS uses several different testing and analysis methods to examine and identify various properties of plastic and rubber materials. ATS is ISO 9001:2015 certified and ISO/IEC 17025:2017 accredited by the A2LA in the majority of polymer testing methods offered. Ash Content Charpy Impact Density Dynamic Mechanical Analysis Filler Content Flammability Flexural Strength Glass Transition Melting Point Heat Deflection Temperature Under Load (ASTM D648) Izod Impact Melt Flow Rate Plastic Tensile Strength (ASTM D638) Volatile Organic Compound (VOC) Other Material Testing Services FTIR Analysis of Polymers and Polymer Testing ASTM E1252 Characterization of Coatings and Polymers Identification of Additives, Contaminants, Particles, and Fibers Rubber Testing Compression Set DIN 53504 ISO 527-1 Durometer Hardness (ASTM D2240) Rubber Tensile Strength (ASTM D412) Applied Technical Services Applied Technical Services has the knowledge, experience, and resources to ensure the highest level of service for every client. ATS is proud to be the preferred industrial testing services provider of many of the nation’s most prestigious manufacturing, construction, nuclear, automotive, military, and aerospace companies. We adhere to a comprehensive quality assurance program to make certain that the needs of our clients are met with accurate reporting and quality results on every project. Get in contact with ATS today to inquire...



ATS’ material testing labs proudly service clients across several industries and disciplines. We provide material testing in our ISO 9001:2015 registered, ISO/IEC 17025:2017 accredited labs as well as in the field to ensure the highest level of convenience. Chemical Analysis Chemical analysis consists of testing materials such as plastics, polymers, and rubber, as well as services such as VOC testing and Azo dye testing. Our chemical analysis material testing services include: Alloy Identification (UNS, SAE, AISI, ASTM) Azo Dye Testing Benzene Analysis Declarable Substances (ROHS) High Purity Metals Analysis Phthalate Testing Polymers, Composites, and Coating Identification and Testing VOC Testing Thermal Analysis Testing VOC Emissions Testing Other Chemistry Services Electrical Testing Electrical testing consists of analyzing the performance of electrical equipment to assess functionality and determine the cause of failure in malfunctioning components. Conductivity (ASTM B193) Contact Resistance Dielectric Strength (ASTM D149) Dielectric Constant (ASTM D150) Insulation Resistance Voltage Drop Testing Environmental Testing Environmental Testing consists of exposing samples to different non-mechanical stimuli in order to analyze functionality in standard operating conditions. Altitude Coating Adhesion and Abrasion Resistance Color and Specular Gloss Flammability Humidity Ingress Protection Thermal Cycling and Thermal Shock Ultraviolet and Xenon Vibration and Seismic Forensic Analysis Forensic analysis is conducted by establishing the chain of events leading to disputed occurrences, determining the cause of accidents to provide expert testimony and facilitate the general legal process. Black Box Retrieval Evidence Storage Site Scanning Speed Control Deactivation Structural Analysis Thermal Imaging Mechanical Testing Mechanical testing consists of conducting physical...



Applied Technical Services performs macro etch testing as one of our many weld testing capabilities. Our team of professional engineers, certified weld inspectors, SNT-TC-1A certified technicians, chemists, and metallurgists provide a wide range of high-quality weld testing and inspection services. We offer API, ASME, AWS, MIL-STD, and NAVSEA compliant services, depending on the client’s particular needs. The Macro Etch Test Macro etching is a mechanical procedure that assesses weld quality. The macro etch test evaluates cross-sections of a sample, cut transversely to the weld axis. A technician grinds, polishes, and etches the cut face of the sample using a chemical reagent, distinguishing the weld area, base metal, and heat-affected zone (HAZ) for examination. This also exposes the sample’s flow lines and microstructure. Using low magnification, inspectors can assess a sample for fusion, penetration, porosity, cracks, discontinuities, weld size, and other characteristics. The data collected from macro etching helps clients with routine quality checks, welder qualification testing, failure analysis, weld procedure qualification, and other applications. Additional Weld Testing Services ATS weld testing experts can offer macro etch examinations in conjunction with weld break testing. We also have a wide variety of additional mechanical testing options available, including: Load testing Tensile testing Bend testing Lap shear Impact testing Hardness testing We also perform numerous metallurgical, nondestructive, and chemical tests for welds, such as: Visual testing Ultrasonic testing Traditional radiography testing Liquid penetrant testing Magnetic particle testing Computed digital radiography Ferrite testing Failure analysis ATS tests pipe and plate coupons, configured components, pressure...



Applied Technical Services offers weld break testing as one of our many weld testing services. Break testing is a destructive testing method for assessing weld quality. We conduct break tests for several applications, such as welder qualification and weld procedure qualification. Our inspectors provide thorough, accurate assessments of weld quality for all our weld testing services. Break Testing Methods ATS offers multiple forms of break testing, including fillet weld and nick break tests. Fillet Weld Break Test The fillet weld break test examines one-sided fillet weld joints for flaws and discontinuities. This form of break testing examines the entire weld, as opposed to a sample cut. A technician places a load on the unwelded side of the specimen using a testing machine, arbor press, or hammer. When the coupon either breaks or bends flat upon itself, the inspector examines the fillet weld for cracking or incomplete fusion. This test can also identify porosity, slag inclusions, and incomplete penetration. Nick Break Test Nick break testing evaluates samples cut from the weld coupon. Technicians machine notches or grooves into the samples to concentrate stress along the centerline of the weld during the breaking process. The nick break test allows inspectors to examine the weld for fusion, porosity, penetration, and slag inclusions. ATS conducts break tests to assist clients with numerous applications, from research and development to welder qualification. Whatever the need, ATS delivers clear, accurate results. Our Weld Testing Expertise Applied Technical Services offers a wide array of weld testing, inspection, and...



Applied Technical Services operates a metal failure analysis lab to help clients determine the root causes of system and component failures. Our extensive failure analysis capabilities allow us to assist clients from a wide array of industries, such as nuclear, aerospace, petrochemical, utilities, automotive, military, pipeline, and consumer products. Our Failure Analysis Capabilities ATS experts conduct failure analysis for numerous materials, including steel, stainless steel, aluminum, titanium, copper alloys, and superalloys. Our team of experienced metallurgists performs several forms of failure analysis testing, including: Scanning Electron Microscopy (SEM) Visual Inspection Microstructural Analysis Root Cause Analysis Metallography Deposit Weight Density Determination Chemical Analysis Wall Loss Determination Mechanical Property Analysis Scale Thickness Measuring Scale and Deposit Analysis Pit Depth Measuring Energy Dispersive Spectroscopy (EDS) X-Ray Diffraction (XRD) Hardness Testing Dimensional Inspection Metal Failure Analysis Applications ATS conducts failure analyses for many different types of equipment, including: Bearings Blades Bolts Boiler Tubes Chains Fasteners Gears Heat Exchangers Pipes Pumps Screws Shafts Springs Wire Rope Our thorough metal testing services evaluate degradation, design, manufacturing, and environmental conditions. We check samples for various flaws and failure modes, such as: Design flaws Assembly/fabrication defects Fatigue Material defects Improper installation/use Inadequate Materials Corrosion Impact damage Maintenance issues Erosion Creep Improper heat treatment Plating defects Sulfidation Maintenance issues Environmental effects Misalignment Contamination Stress ruptures Insufficient lubrication Overloading Overheating Fractures Cavitation A Trusted Failure Analysis Lab Applied Technical Services provides clients with high-quality metal testing and failure analysis services. Our metallurgists and professional engineers use state-of-the-art technology to provide...



Applied Technical Services offers powder metallurgy services, ensuring that clients’ materials meet necessary requirements. Powdered metals must undergo thorough verification before use in a final product. Discrepancies in metal grade or grain size could negatively impact a product’s strength and durability. Our experts help clients avoid these issues by recommending and performing tests that gather essential data quickly and efficiently. Our Powder Testing Methods Our clients need precise control over their material’s characteristics, including tensile strength, elasticity, impact durability, corrosion resistance, melting point, and electrical conductivity. We can verify a powder’s identity and key characteristics using our metallurgical testing capabilities. Energy Dispersive Spectroscopy Energy dispersive spectroscopy (EDS) provides a means for examining a powder’s elemental makeup. Shooting a sample with a high-powered electron beam causes the material to emit a distinctive spectrum of x-rays. This spectrum coveys the approximate elemental composition of the individual particles. Scanning electron microscopy (SEM) also generates high-magnification imaging and dimensional measurements for individual particles. ATS is ISO/IEC 17025:2017 accredited to perform EDS testing according to ASTM E1508. X-Ray Diffraction Our experts perform x-ray diffraction (XRD) testing to examine a material’s crystal structure, identifying the comprising compounds. Powder x-ray diffraction characterizes a material’s microstructural behaviors in detail, making the technique a convenient and reliable nondestructive testing method. XRD analysis can assist clients with reverse engineering, contaminant identification, and corrosion failure analysis. ATS performs XRD testing in accordance with ASTM D934. Additional Services ATS offers numerous microstructural, particle size distribution, metallography, and coating testing and analysis services....



Applied Technical Services’ metallurgy department maintains a steel testing lab. We offer a diverse combination of skills, knowledge, and experience that allow us to complete every project with speed and efficiency. We test steel for various properties, from structural integrity to grain size. ATS can assist clients with all their steel testing needs. Hardness Testing ATS offers several hardness testing procedures, including Brinell, Rockwell, and Vickers hardness testing. These methods evaluate material resistance to indentation by pressing an indenter into the material for a specified length of time. Experts convert the resulting data into a standard hardness value. We conduct standard and microhardness testing according to various standards, including: ASTM A370 ASTM A956 ASTM B647 ASTM D2583 ASTM E384 ASTM E10 ASTM E92 ASTM E18 EN 1043-1 EN 1043-2 EN 10002 EN 6507-2 ISO 9015-2 ISO 6505-1 Hardness testing provides insight into a material’s aptitude for different applications by determining its limitations. These tests can also inform the design process for sample material. Corrosion Testing ATS can evaluate steel’s susceptibility to intergranular corrosion. Using standards such as ASTM A262 and G28, our lab investigates sources of corrosion in varying environments. Our areas of expertise include: Microbiologically Influenced Corrosion (MIC) Weld Corrosion Corrosion Fatigue Pitting Corrosion Stress Corrosion Cracking (SCC) Galvanic Corrosion Crevice Corrosion Graphitic Corrosion Additional Steel Testing Services ATS assists clients with several additional steel testing services. Our expertise in failure analysis and metallurgical testing contribute to our high-quality reverse engineering services. We can analyze your steel components and...



Applied Technical Services offers Polymer Hardness Testing utilizing our cutting-edge polymer testing laboratory. In addition to Polymer Hardness Testing, the polymer testing lab at ATS can perform failure analysis, material identification, quality control, regulation compliance, preventative maintenance, safety performance, and several other testing applications. Hardness Testing The polymer testing lab at ATS utilizes Rockwell Hardness Testing to measure the hardness of polymers and plastics. The Rockwell Scale utilizes an indenter to measure the depth of penetration. ATS experts regularly conduct Polymer hardness testing to relevant standards such as ASTM D785 and ISO 2039-2. Additionally, the polymer testing lab can utilize Brinell, Webster, Leeb, and Barcol Hardness testing methods, as appropriate to testing scope. Beyond our hardness testing capabilities specific to polymer samples, ATS regularly performs this procedure to the following industry standards: ASTM E10 ASTM E18 ASTM A370 ASTM E384 ASTM E92 ASTM A956 ASTM D2583 ASTM B647 EN 10002 EN 1043-1 EN 1043-2 EN 6507-2 ISO 6505-1 ISO 9015-2 Polymer Testing Capabilities The ATS Polymer labs offer a wide range of polymer testing and analysis. Among those are: FTIR Analysis of Polymers Density Testing Polymer Tensile Testing Failure Analysis Rubber Compression Set Melt Flow Rate Flammability You can find a comprehensive list of our polymer testing services here. ATS Quality Assurance Applied Technical Services has been providing testing and inspection services for more than 50 years. Our experts remain dedicated to upholding the excellence and reliability of our services by operating according to our ISO 9001:2015 registered quality management...



Applied Technical Services provides a wide variety of Polymer Tensile Tests for various materials and relevant standards. Our tensile testing lab offers a broad range of tensile analysis options. What is Polymer Tensile Testing? Polymer Tensile Testing measures the force required to break a given polymer by pulling it apart. This test evaluates various tensile properties to ensure they meet their required product or material specifications. ATS technicians can report measurements for any of the following: yield strength, reduction of area, tensile strength, and percent elongation. ATS Tensile Testing Laboratory ATS technicians will conduct polymer tensile tests in our state-of-the-art polymer laboratories. The employ advanced instruments to precisely measure the samples’ elongation, the reduction of its surface area, and the force required to cause material failure. Our polymers testing labs are capable of a maximum force capacity of 10,000 lbs, as well as reduced and elevated temperatures ranging from -70 °C to 250 °C ( -19°F to 482°F). ATS can determine the mechanical, thermal, or chemical attributes of polymer and plastic samples. We are ISO/IEC 17025:2017 (A2LA) accredited to perform over twenty polymer-related test methods according to industry standards. Our experts’ familiarity with various forms of polymer testing allows us to deliver results within a short turnaround. Popular Tensile Testing Standards ASTM D3039/D3909M — Standard Test Method for Tensile Properties of Polymer Matrix Composite Materials ASTM D412* — Standard Test Methods for Vulcanized Rubber and Thermoplastic Elastomers — Tension ASTM D5766 — Standard Test Method for Open-Hole Tensile Strength of Polymer Matrix...



Applied Technical Services conducts EMI compliance testing to verify an electronic device’s industry compliance for electrostatic emissions. EMI testing, or electromagnetic interference testing, monitors a subject’s ability to operate in its normal environment without interfering with other electronic devices, vehicles, and equipment. Testing Procedures MIL-STD-461 This standard establishes electromagnetic testing procedures and limits for military equipment and subsystems. MIL-STD-461 determines the interface and verification requirements for electromagnetic interference emissions and the vulnerability characteristics of electromechanical equipment used by the US Department of Defense (DOD). Applied Technical Services performs electromagnetic testing in accordance with the following MIL-STD-461 sections: RE101 RE102 (up to 18GHz) CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RS101 RS103 (up to 18GHz and 200V/m) MIL-STD-704 This electromagnetic testing standard establishes electric power requirements and characteristics for aircraft. Applied Technical Services conducts testing in accordance with the following MIL-STD-704 standards: LDC (28VDC) SAC (115V AC 400Hz single-phase) TAC (115V AC 400Hz three-phase) RTCA-DO-160 This electromagnetic testing standard set by the Radio Technical Commission for Aeronautics (RTCA) and Federal Aviation Administration (FAA) establishes the criteria for environmental aircraft testing. This standard applies to all sizes of aircraft in a variety of fields, including general aviation aircraft, commercial aircraft, and helicopters. Applied Technical Services performs EMI/EMC testing in accordance with the following RTCA-DO-160 sections: S15 Magnetic Effect S16 Power Input (28VDC and 115VAC 400Hz) S17 Voltage Spike S18 Audio Frequency Conducted Susceptibility S19 Induced Signal Susceptibility S20 Radio Frequency Susceptibility Conducted S21 Emission of Radio Frequency Energy (Radiated and Conducted)...



Applied Technical Services conducts coating inspections in accordance with NACE and SSPC testing standards to ensure industry compliance and safety for our clients. Pipeline coating and corrosion inspections allow highly trained technicians to analyze the structural integrity of piping systems and monitor the thickness and durability of their coatings. These inspections are often required when a repaired pipe is returning to service or part of a piping system is being replaced. This inspection service is a highly cost-effective nondestructive testing method most commonly used on oil and gas pipelines. Coating inspectors are responsible for the recording and execution of nondestructive testing conducted on liquid and non-liquid coatings. Other Coating Inspection Services Beyond our NACE testing capabilities, Applied Technical Services also performs: Holiday Detection (Low and High Voltage) Environmental Coating Application Readings Surface Profile Measurements Wet Film Thickness Testing Dry Film Thickness Testing Coating Adhesion Testing Applied Technical Services Founded in 1967, Applied Technical Services has over fifty years of experience as the nation’s premiere industrial testing services provider. Our highly skilled, certified NACE testing experts strive to achieve the highest level of client satisfaction on each and every project. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA, and we are proud to be the preferred provider for many of our country’s most prestigious military, automotive, and aerospace companies. ATS maximizes the value of our coating inspection services by implementing the use of innovative technologies to ensure accurate testing results while reducing client costs. Trust the proven...



Applied Technical Services conducts Skidmore testing to provide rotational capacity and tension testing for structural fasteners. Skidmore testing, also known as pre-installation verification tension testing or rotational capacity testing, consists of utilizing tension reading equipment to gauge the capabilities of structural fasteners. This machinery, the Skidmore Wilhelm hydraulic tension calibrator, is used to measure the tension of a bolt installed per the job requirements or the ASTM being followed. Skidmore tension calibration is required to maintain industry compliance when building major structures such as bridges and buildings. Skidmore testing ensures that fastener assemblies meet the required specifications while confirming proper installation procedures were followed. Mechanical Testing at ATS The Applied Technical Services mechanical testing labs are staffed by certified experts of their fields, all operating in compliance with ASTM F3125 and AISC/RCSC. These highly trained professionals have comprehensive experience utilizing bolt tension testers capable of handling up to 125,000 pounds of force to test bolt diameters from 1/2" to 1-1/4. ” ATS provides testing for several different types of fasteners, including but not limited to: Hex Bolts Anchor Bolts Tension Control Bolts Studs Lock Nuts Direct Tension Indicating Washers Our capacity for Skidmore Wilhelm testing includes bolt diameters from 1/2" to 2-1/2” with a maximum capacity of 220,000 pounds of force. Applied Technical Services With over fifty years of experience, Applied Technical Services is the preferred industrial testing services provider for many of the country’s most distinguished aerospace, military, construction, nuclear, and automotive manufacturing companies. ATS is ISO 9001:2015 registered...



The macro etch weld test is one of many weld testing services that Applied Technical Services performs. ATS employs certified weld inspectors, metallurgists, professional engineers, and SNT-TC-1A certified technicians who can provide high-quality weld testing services. We offer testing in accordance with AWS, ASME, API, NAVSEA, and MIL-STD codes and standards, depending on each client’s specific needs. Macro Etching Macro etch testing is a mechanical procedure for assessing weld quality. Testing experts perform macro etching on cross-sections removed from weld samples transverse to the weld axis. Inspectors grind and polish the samples, etching the surface of the cross-section with a chemical reagent. This process distinguishes the base metal, heat-affected zone (HAZ), and weld areas for examination while also exposing the material’s flow lines and microstructure. Macro etching allows inspectors to check for numerous weld properties and defects, including porosity, lack of penetration, discontinuities, lack of sidewall fusion, weld size, weld profile, and other structural elements and material characteristics. The data collected from macro etch weld testing offers benefits for several applications. This test can assist with routine quality checks, welder qualification testing, weld procedure qualifications, and failure analyses, among other functions. Our Weld Testing Capabilities ATS offers many types of weld testing, both mechanical and non-destructive. Our weld testing services include: Break testing Bend testing Tension testing Load testing Micro examination Hardness testing Chemical analysis Ultrasonic testing Radiography Liquid penetrant testing Magnetic particle Our inspectors can evaluate pipes, pressure vessels, valves, bridges, configured components, and other structures for weld quality....



ATS maintains a dedicated welding testing lab. We offer several weld testing and inspection services, from welder qualification to routine quality checks. Our certified welding inspectors (CWIs) have certifications through the American Welding Society (AWS). These experts provide high-quality services that comply with accredited and certified quality assurance programs. Our experience with testing to AWS, API, ASME, MIL-STD, and NAVSEA standards allows us to deliver the best possible weld testing services to our clients. Our Testing Capabilities ATS tests pipe and plate coupons, manufactured components, valves, and other weld configurations using a variety of weld testing methods. We routinely perform lab services for numerous industries, including automotive, petrochemical, aircraft, nuclear, maritime, construction, offshore drilling, and general manufacturing. Our diverse capabilities allow us to assist our clients with all their welding testing needs. Mechanical Weld Testing Our mechanical testing services help clients with weld procedure qualification, welder certification, and other applications. We offer a wide array of mechanical weld tests, including: Tensile Testing Load Testing Lap Shear Bend testing Hardness Testing Impact Testing Toughness Testing Macro- and Microhardness Nondestructive Weld Testing Our nondestructive weld testing (NDT) services can examine welds for surface and subsurface flaws and features. Our capabilities include: Ultrasonic Testing Liquid Penetrant Radiography Eddy Current Magnetic Particle Additional Testing Services ATS can perform more than just the basic weld testing procedures. As a consulting engineering firm, we offer several additional forms of testing, such as: Ferrite Testing Environmental Testing Macro Etching Failure Analysis Chemical Analysis About ATS ATS has...



Conducting a fillet weld test can provide essential information about weld quality. Applied Technical Services provides clients with high-quality fillet weld testing services so they can get an accurate picture of their sample’s characteristics. Our weld testing experts can conduct tests according to numerous standards, such as ASME or AWS, depending on the client’s testing needs. Fillet Weld Testing Methods ATS uses several methods for testing fillet weld quality. Break testing, also known as fracture testing, is a mechanical weld testing process that primarily assesses root penetration in one-sided joints. Inspectors use an arbor press, hammer, or testing machine to put tension on the unwelded side of the sample until the force folds the metal flat onto itself or the weld breaks. The fracture test allows inspectors to examine the entire weld for issues such as cracks, slag inclusions, and porosity. Macro examinations can also contribute valuable data regarding fillet weld quality. Inspectors perform macro examinations on cross-sectional samples cut from the weld coupon. Using low magnification, the inspectors can evaluate the cross-section for porosity, sidewall fusion, penetration, and weld profile quality. Weld Testing Expertise Applied Technical Services offers a wide array of weld testing methods. We employ professional engineers, certified weld inspectors, metallurgists, SNT-TC-1A certified NDT technicians, and chemists who can provide clients with any weld testing data they may need. We can perform mechanical, nondestructive, and other types of weld tests such as: Mechanical & Chemical Testing Bend Testing Charpy Impact Chemical Analysis / PMI Corrosion Testing Drop...



ATS provides halide anion testing services through our chemical testing department. A Halide is a halogen atom bearing a negative charge. Common halogens include chlorine, iodine, fluorine, and bromine. Manufacturers use halides to produce a wide variety of products, from bleaches to incandescent lamps. Halides in Production Halides can be corrosive and are harmful in large enough quantities. Regulatory bodies set limits on acceptable halide concentrations for product formulation and manufacturing. As a third-party testing facility, Applied Technical Services tests design material samples from manufacturers needing halide testing. We can determine the halide concentration in clients’ products and determine whether the material composition complies with regulated standards. Our Chemical Testing Capabilities The chemistry department at ATS utilizes numerous forms of testing to determine halide levels in samples. Halides can be isolated from solid samples using oxygen bombing or hot water extraction. Ion Chromatography is used to identify individual halides to the low parts per million level. Wet chemical titration can also be used to identify the amounts of halides present in a liquid solution. We also use ion-selective electrodes to detect certain halides. Applied Technical Services tests halide concentrations to numerous standards, according to each client’s particular needs. Some of these standards include: ASTM D4327 ASTM D808 ASTM D512 We can conduct halide analyses on a wide variety of products and samples, including material surfaces, corrosion products, and finished goods. Our chemistry labs are equipped to handle all our clients’ chemical testing needs. Our labs are ISO/IEC 17025:2017 (A2LA) accredited,...



Applied Technical Services’ chemistry labs have a broad range of alloy identification testing capabilities. Our chemical analysis department has unmatched expertise in material composition. Our chemistry labs are ISO/IEC 17025:2017 (A2LA) accredited, and we are also an ISO 9001:2015 registered company. We are qualified to perform a comprehensive variety of metal testing services. Alloy Identification Our alloy identification process identifies a metal’s chemical makeup. We can determine the elemental composition of many kinds of alloys, including superalloys, carbon and alloy steels, titanium alloys, copper alloys, aluminum alloys, and stainless steels. We use alloy identification to serve numerous industries, such as aerospace, medical device, general manufacturing, automotive, and nuclear power generation, with quality assurance policies stringent enough to meet ASME NQA-1 requirements. Our Chemistry Labs ATS aims to fulfill all our clients’ metal analysis needs. Our chemical analysis department offers a wide range of testing services, such as: Wet Chemical and Elemental Analysis LECO Combustion Positive Material Identification (PMI) Trace Metals Analysis Nuclear Commercial Grade Dedication Metals and Alloys Tested Our chemistry labs can determine a material’s chemical composition regardless of size, shape, or form. We have the capacity to analyze several types of metal, including: Low Alloy & Carbon Steels Babbitt & Solders Aluminum Alloys Magnesium Alloys Superalloys Nickel Alloys Cobalt Alloys Copper Alloys Cast Irons Titanium Alloys Stainless Steels Tool Steels Zircaloy Zinc Alloys Trust ATS for Metal Analysis ATS has provided top-quality testing and inspection services for over 55 years. Our customer service policies prioritize the client’s experience....



Applied Technical Services conducts handrail testing to ensure compliance with building codes and industry standards. Guidelines ATS performs handrail testing to analyze the strength and maximum supported weight of railing systems. All handrail system testing must be done in accordance with the American Society for Testing and Materials’ Standard Test Methods for Performance of Permanent Metal Railing Systems and Rails for Buildings, or ASTM E894, to assure industry standard compliance. Testing Procedure Handrail testing is performed with the use of hydraulic machinery that applies pressure to the handrail to simulate the conditions of standard railing system use. The weight is applied from multiple different angles to ensure that the railing is able to provide support in different scenarios. This testing consists of several different methods, including concentrated load tests, uniform load tests, and in-fill load tests. ASTM E894 ASTM E894, the test method for Anchorage of Permanent Metal Railing Systems and Rails for Buildings, refers to the procedures that must be followed when testing railing system performance. ASTM E894 applies to the following railing systems and components: Handrails Guardrails Ramp-rail Systems Stair Railings Wall Rails Grab Rails Transfer Rails Applied Technical Services Founded in 1967, Applied Technical Services has over five decades of experience as the nation’s premier industrial testing services provider. Our certified handrail testing experts utilize innovative technologies to maximize the value of our services, reducing client costs while ensuring the highest level of customer satisfaction on every project. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited...



Applied Technical Services performs ESD air discharge testing to verify compliance with electrostatic discharge standards set by the Radio Technical Commission for Aeronautics and the Federal Aviation Administration. Electrostatic Discharge Electrostatic discharge, also known as ESD, is caused by two electrically charged objects coming into close proximity or contact with each other. The different charges result in an exchange of electrons, ultimately leading to electrostatic discharge. Air electrostatic discharge does not require physical contact and can result in the transfer of thousands of volts of static electricity. Electrostatic discharge is capable of damaging sensitive electronic parts and can lead to device malfunction and even failure. Aircraft must undergo comprehensive ESD testing to maintain compliance with industry standards established by the RTCA and FAA. ESD Air Discharge Testing and EMI/EMC Electrostatic air discharge testing is required to verify electromagnetic compatibility (EMC) and electromagnetic interference (EMI) standards such as RTCA-DO-160. Applied Technical Services performs EMI and EMC testing in accordance with MIL-STD-461G CS118 and the following RTCA-DO-160 sections: 15: Magnetic Effect 16: Power Input (28 VDC and 115 VAC 400Hz) 17: Voltage Spike 18: Audio Frequency Conducted Susceptibility 19: Induced Signal Susceptibility 20: Radio Frequency Susceptibility Conducted 21: Emission of Radio Frequency Energy Conducted and Radiated 22: Lightning Induced Transient Susceptibility (Up to Level 3) 25: Electrostatic Discharge Applied Technical Services Founded in 1967, Applied Technical Services has the experience and resources to ensure the highest level of customer satisfaction in industrial testing across several fields and disciplines. Our new, state-of-the-art electrical...



AGMA Standard Inspections Reliability Testing Services, a member of the ATS Family of Companies (FoC), offers AGMA 1010-F14 inspection services to help clients avoid gear damage and failures. Gears exhibit signs of wear and damage in numerous ways, depending on the root cause. RTS experts use the different failure modes outlined in ANSI/AGMA 1010-F14 as a basis for inspecting gears for various industries, including girth gears for kilns and mills. We can assess the equipment’s condition and evaluate any potential problems before gear failure occurs. Our Gear Inspection Capabilities RTS uses several technologies to assess equipment health. We determine the most efficient, cost-effective solution for each of our clients, depending on their particular needs. Investigating Temperature Changes One method we use to evaluate gears is infrared thermography, a tool for visualizing equipment temperatures in real time. Thermography is a nondestructive, noninvasive method for detecting even the slightest temperature differences. Areas with increased operating temperatures could indicate an underlying issue with the gears, such as improper alignment. RTS provides balancing and alignment services to help keep rotating machinery operating at optimum efficiency. What Oil Analysis Says About Equipment Health RTS can also perform oil analysis on the gear lubricant for detailed insight into the system’s health. Choosing the correct oil for gear lubrication is crucial to maintaining gear health. Oil analysis can also reveal signs of gear failure. Contamination from wear debris could indicate corrosion or surface degradation. RTS can detect potential gear flaws quickly and accurately using oil analysis. We...



Applied Technical Services conducts pipeline hydro testing to verify the integrity of pipelines and piping systems. Hydro Testing Hydro testing, also known as hydrostatic testing, is a nondestructive testing method used to assess a pipeline’s ability to retain water. The pipeline is filled to its maximum capacity, forcing all air out of the vessel and pushing water out of any cracks. A certified technician then performs a visual inspection, identifying any flaws or leaks in the structure’s walls. Recognizing areas of potential leaks can help prevent catastrophic ruptures that lead to costly repairs, unexpected downtime, and safety hazards. Pipeline hydro testing requires the system to be out of service for the entirely of the testing process. Hydrostatic testing is typically required every three to five years, depending on the type of pressure system and its use, and the standards for this testing method are determined by: American Society of Mechanical Engineers (ASME) Internal Organization for Standardization (ISO) American Society for Testing and Materials (ASTM) US Department of Transportation (DOT) Common Applications Fire Suppression Systems Hazardous Liquid Pipelines Recently Installed/Repaired Water Pipelines High Pressure Natural Gas Pipelines Applied Technical Services Applied Technical Services is the nation’s premier industrial testing provider. With over fifty years of experience, our certified experts are masters of their fields that apply unparalleled expertise on every project. ATS is ISO 9001:2015 registered and is capable of performing pipeline hydro testing in our advanced testing facility as well as in the field to ensure we meet the needs...



Applied Technical Services performs pipeline hydrostatic testing to assess the integrity of pipelines and piping systems. Hydrostatic Testing Hydrostatic testing, also known as hydro testing, is used to verify a piping system’s ability to hold liquid. Hydro testing consists of a pressure system being filled to its maximum capacity, followed by our certified technicians performing a visual inspection of the subject. This allows the identification of any potential leaks or flaws in the pipeline system, helping to avoid a potential rupture. This nondestructive testing method requires that the pipeline be out of service for the duration of testing. Common Applications Hazardous Liquid Pipelines High Pressure Natural Gas Pipelines Fire Suppression Systems Recently Installed/Repaired Water Pipelines Industry Standards Pipeline hydrostatic testing standards are set by the US Department of Transportation (DOT), the American Society for Testing and Materials (ASTM), the International Organization for Standardization (ISO), and the American Society of Mechanical Engineers (ASME). Hydro testing is typically required every three to five years, depending on the type of piping system and its purpose. Applied Technical Services Founded in 1967, Applied Technical Services has the expertise and resources to ensure the highest level of customer satisfaction on every job. We are ISO 9001:2015 registered and employ the industry’s most experienced pipeline hydrostatic testing experts. ATS utilizes innovative technologies to provide effective, high-quality service while reducing client costs to maximize the value of our industrial testing services. We service our clients in our state-of-the-art facility as well as in the field to meet...



Applied Technical Services’ metal analysis lab provides metallurgical services that benefit numerous industries. Our lab takes a closer look at different metals’ material properties, giving clients a comprehensive understanding of their product. Metallurgy Applications ATS metallurgists and engineers conduct thorough assessments according to applicable standards, such as ASTM E384, ASTM E3, ASTM E10, ASTM B487, ASTM E18, ASTM A247, ASTM E112, ASTM B748, equivalent ISO standards, and specialized procedures. Our analysis lab conducts tests on a wide array of materials, including: Aluminum Alloys Babbitt & Solders Cast Irons Copper Alloys Cobalt Alloys Ceramics Glass Low Alloy & Carbon Steels Magnesium Alloys Nickel Alloys Plastics Stainless Steels Super Alloys Titanium Alloys Tool Steels Zinc Alloys Zircaloy We evaluate these material’s integrity, purity, and durability through numerous metallurgical evaluations. Our testing and analysis capabilities include: Brinell Hardness Testing Case Depth Measurement Grain Size Measurement Graphite Evaluation Inclusion Rating Intergranular Corrosion Testing Knoop Hardness Testing Material/Contaminant Identification Microstructural Assessment On-Site Hardness Testing Plating Hardness Plating Thickness and Verification Rockwell Hardness Testing SEM/EDS Analysis Vickers Hardness Testing These tests allow us to gather detailed information on material quality and makeup. We can integrate our metallurgical services with our dimensional, chemical, mechanical, and failure analysis capabilities for a more detailed report on a material’s properties. Metallurgical Failure Analysis Our metallurgical capabilities also allow us to help clients with failure analysis. ATS experts regularly investigate component and system failures to determine the root cause of issues associated with formability, corrosion, cracking, wear, and more. We conduct...



Applied Technical Services conducts ESD contact discharge testing to verify compliance with industry standards and ensure equipment and personnel safety. Electrostatic Discharge Electrostatic discharge (ESD) is caused by two differently charged objects coming into contact with each other. The different charges cause an exchange of electrons, leading to an expansion of electromagnetic fields and, ultimately, electrostatic discharge. Contact electrostatic discharge is caused by a person making physical contact with an electronic component and can result in the transfer of thousands of volts of static electricity. This discharge of static is capable of damaging electronic components and can lead to device malfunction or failure. Aircraft must undergo ESD contact discharge testing to maintain compliance with the standards set by the FAA and RTCA. ESD Contact Discharge Testing and EMI/EMC Electrostatic contact discharge testing is required to verify electromagnetic compatibility standards such as RTCA-DO-160. Established by the Radio Technical Commission for Aeronautics, RTCA-DO-160 sets the parameters for several aspects of EMI and EMC testing. Applied Technical Services performs electromagnetic interference and compatibility testing in accordance with MIL-STD-461 CS118 and RTCA-DO-160 sections: 15: Magnetic Effect 16: Power Input (28 VDC and 115 VAC 400Hz) 17: Voltage Spike 18: Audio Frequency Conducted Susceptibility 19: Induced Signal Susceptibility 20: Radio Frequency Susceptibility Conducted 20: Radio Frequency Susceptibility Radiated 21: Emission of Radio Frequency Energy Conducted 21: Emission of Radio Frequency Energy Radiated 22: Lightning Induced Transient Susceptibility (Up to Level 3) 25: Electrostatic Discharge Applied Technical Services Applied Technical Services is proud to offer comprehensive...



Applied Technical Services performs welder qualification tests for numerous welding applications. As weld testing experts, we can reliably determine a welder’s level of skill and competence. Whether our clients need pre-employment screenings or documentation that a welder is qualified under applicable codes, we can ensure that a welder can meet the set requirements. ATS can conduct assessments for compliance with AWS, ASME, API, PED/EN, and AMS standards. Our Testing Facility ATS’ spacious weld testing facility is well-equipped and keeps an in-house stock of common test coupons required for certification tests. Our certified welding inspectors (CWIs) look for proper setup and techniques according to the requested code or standard. We assess a wide array of weld types, including fillet and groove welds. We can evaluate flat, horizontal, vertical, and overhead pipe or plate positions. We also check open root welds and roots with backing bars. Our inspectors offer examinations for several types of welding processes, including: Gas Tungsten Arc Welding (TIG/GTAW) Shielded Metal Arc Welding (Stick/SMAW) Flux-Cored Arc Welding (FCAW) Gas Metal Arc Welding — (MIG/GMAW) Our testing facility offers qualification tests for a wide variety of industries, such as: Structural Welder Qualification Tests Industrial Construction Sheet Steel Bridges Reinforcing Bar Shipyards Welder Qualification Tests: Aircraft Components Pressure Vessels ATS also offers pipe welder qualification tests for power plant construction. We can handle all your qualification testing needs. Our Testing and Inspection Capabilities The weld testing experts at ATS use numerous methods to evaluate weld integrity. Our nondestructive weld testing methods...



Applied Technical Services conducts hydrostatic leak testing to verify the structural integrity of pressure vessels and systems. What is Hydrostatic Leak Testing? Hydrostatic leak testing, also known as hydrostatic or hydro testing, is a method used to identify leaks and other discontinuities in a pressure system. This nondestructive procedure involves filling a subject with liquid, typically water, and increasing its pressure to the maximum tolerance of the pressure vessel. Water is then forced out of any imperfections in the structure’s walls, allowing the technician performing the subsequent visual inspection to identify the location of any leaks. Hydrostatic leak testing is highly effective for identifying structural integrity flaws, making this a common method with countless applications across a variety of industries. Hydrostatic testing requires that the system be suspended from use as equipment cannot be tested during normal operation. Hydro testing is most often used to verify that a recently repaired system or vessel is ready to return to service. The frequency at which this nondestructive testing method must occur to maintain industry compliance is determined by the type of system and is usually required every three to five years. Leak Testing Standards Hydrostatic leak testing standards are established by the U. S. DOT (Department of Transportation), the ASTM (American Society for Testing and Materials), the ISO (Internal Organization for Standardization), and the ASME (American Society of Mechanical Engineers). ATS recommends adhering to a precise maintenance schedule to prevent the costly repairs, equipment replacement, unexpected downtime, and potential safety threats that...



The Applied Technical Services electrical testing lab offers a wide range of electrical testing services, from industrial electronic components to consumer electronics. Applied Technical Services Electrical Lab Standards Our electrical lab conducts testing in compliance with several common testing standards, including but not limited to: IEC IEEE ANSI ASTM MIL-STD Performance Applications and Evaluations The highly trained experts at ATS’ electrical testing facility utilize a litany of testing tools and methods, applying decades of experience to thoroughly examine the safety, consistency, durability, longevity, and failure rate of electrical components and devices. Performance applications include, but are not limited to: Contact Resistance Insulation Resistance Voltage Drop Testing Conductivity (ASTM B193) Dielectric Constant (ASTM D150) Dielectric Strength (ASTM D149) Failure Analysis ATS’ electrical lab offers comprehensive failure analysis services by utilizing advanced equipment, cutting-edge technology, and mechanical/environmental simulations to determine the root cause of electrical failures. Industrial Applications We perform electrical testing lab services for several leading companies in the following industries: Automotive Aviation Lighting Metal Polymer Power Generation Railroad Solar Applied Technical Services Applied Technical Services is the premier provider of electrical testing services, serving national and global clients in various industries and disciplines. We strive to provide our clientele with the highest level of customer service with innovative technologies and reliable data. We are ISO 9001:2015 registered and IEC/ISO/IEC 17025:2017 accredited by the A2LA in calibration, chemical, mechanical, and nondestructive testing. ATS is also capable of conducting electromagnetic interference and compatibility testing in our state-of-the-art EMI/EMC testing facility.



Applied Technical Services conducts hydro testing to verify the structural integrity and safety of pressure systems and vessels. What is Hydro Testing? Hydro testing, also known as hydrostatic testing, is both a destructive and a nondestructive testing method used to monitor a pressure system’s ability to retain water without the potential of ruptures or leaks. This process begins by filling the subject with a liquid, typically water. Once filled to maximum capacity, one of our certified hydrostatic testing experts use equipment to pressurize the vessel, and then performs a visual inspection on the subject to detect leaks. This testing method requires that operations temporarily halt, as technicians cannot conduct this method while the pressure system is in service. Hydrostatic testing is a highly accurate method used to determine compliance with industry safety standards and is often employed to check that a recently repaired pressure system or component is ready to return to service. Hydrostatic testing is usually required every three to five years, depending on the type of system or component. Commonly Tested Equipment ATS performs hydrostatic testing on several types of pressure systems and equipment, including but not limited to: Boilers Fuel Tanks Gas Cylinders Pipelines Pipe Systems Plumbing Systems Industry Standards Several organizations determine hydro testing industry standards, such as: DOT – Department of Transportation ISO – International Organization for Standardization ASTM – American Society for Testing and Materials ASME – American Society of Mechanical Engineers ATS’ experts are knowledgeable of the industry standards set by all relevant...



Applied Technical Services offers hydrostatic pressure testing to ensure the structural integrity of pressure systems and identify any flaws. How We Test Pressure Systems Hydrostatic pressure testing allows owners and supervisors over pressurized systems, such as pipelines and vessels, to easily locate leaks or ruptures. Technicians first fill the system to its maximum capacity with liquid (usually water), allowing them to perform a visual inspection to identify discontinuities. This nondestructive testing method is often used to verify that a component qualifies to return to service after being repaired. Our technicians select one among multiple hydrostatic pressure testing techniques according to the pressure system’s size and purpose. All versions of this method require that supervisors remove the involved equipment from service, however, as technicians cannot conduct hydrostatic pressure testing while a system is in use. Equipment commonly tested using hydrostatic pressure testing includes: Plumbing systems Boilers Pipelines Piping systems Fuel tanks Gas cylinders Hydrostatic Testing Standards Hydrostatic testing is essential to maintaining industry compliance and can help companies avoid the costly repairs and downtime caused by a leak or rupture. Several organizations, such as the International Organization for Standardization (ISO), the American Society for Testing and Materials (ASTM), the American Society for Mechanical Engineers (ASME), and the U. S. Department of Transportation (DOT), determine hydro testing standards. These regulatory bodies typically require testing every three to five years. The certified hydrostatic testing experts at ATS have the knowledge and skills to help our clients maintain compliance and reduce safety risks to...



Applied Technical Services offers a comprehensive list of electrical lab services. We provide testing and inspections for consumer and industrial electronic devices and components. Electrical Testing Services ATS conducts several types of electrical lab testing, including but not limited to: Toy Battery Testing (ASTM F963 Section 8. 19) Conductivity Testing (ASTM B193) Contact Resistance Testing (MIL-DTL 5541 and MIL-DTL-81706B) Dielectric Strength Testing (ASTM D149) Dielectric Constant Testing (ASTM D150) Insulation Resistance Testing Electronic Product Testing Soil Resistivity Testing (ASTM G57) Voltage Drop Testing Electrostatic Discharge Testing Resistivity/Conductivity Testing (ASTM B193) Electrical Power Characteristics Testing (MIL-STD-704) Industrial Applications We provide electrical testing for several industries, including but not limited to: Aviation Automotive Metal Polymer Solar Power Generation Lighting Railroad Quality Assurance ATS has developed a quality assurance program compliant with leading quality systems for several industries. We dedicate ourselves to providing our clients with accurate testing, detailed reporting, and reliable data at competitive pricing to ensure the highest level of customer satisfaction on every project. Applied Technical Services Applied Technical Services is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA in calibration, chemical, mechanical, and nondestructive testing. We strive to provide our clientele with exemplary customer service, utilizing innovative technology to maximize the value of our electrical lab services while reducing client costs. ATS is a top provider of electrical testing lab services with over fifty years of experience serving our national and global clients across various industries and disciplines. We are also capable of conducting electromagnetic interference and...



Applied Technical Services offers numerous mechanical and nondestructive options for fillet weld testing. Our certified weld inspectors, professional engineers, metallurgists, chemists, and ASNT-TC-1A certified NDT technicians conduct high-quality tests in compliance with ASME, API, AWS, MIL-STD, and NAVSEA standards, depending on our client’s needs. Mechanical Weld Testing Our wide scope of mechanical weld tests assists clients in analyzing fillet welds for purposes ranging from welding procedure specification development to welder qualification. Our team inspects plate and pipe coupons through a variety of methods, including microhardness testing, bend testing, load testing, and Charpy. Break Testing Fillet weld break testing, also known as fracture testing, examines one-sided joints for root penetration, discontinuities, and flaws. During a break test, inspectors load the unwelded side of the sample until the force breaks the weld or folds the metal flat upon itself. Break testing can expose internal issues along the entire weld, including porosity, incomplete penetration, cracking, lack of fusion, and slag inclusions. Macro Examination Fillet weld macro examination inspects weld quality by removing cross-sections from the sample. Inspectors polish and etch the segments, checking for lack of penetration, lack of sidewall fusion, porosity, poor weld profile, and other defects according to applicable standards. Our experts can verify whether the fillet weld’s internal structure is of sufficient quality. Nondestructive Weld Testing ATS can inspect fillet welds nondestructively both in our labs and in the field. We evaluate welds for numerous industries and structures, including bridges, pressure vessels, piping, valves, and configured components. Our professionals are...



Applied Technical Services performs Azo dye testing to identify the presence of Azo dyes in consumer products such as clothing, leather, and textiles. Azo dyes are synthetic chemical compounds that manufacturers use to treat certain products to give them more vibrant colors. Certain types of these dyes degrade over time, breaking down to produce aromatic amines, some of which have proven to be carcinogenic. Several governing bodies, such as the California state government and the European Union (EU), have created restrictions on the inclusion of Azo dyes in consumer products. These restrictions are mostly limited to leather products and textiles that can have prolonged contact with the skin. The maximum concentration for each harmful amine is 10 parts-per-million (ppm). For a product to comply with these standards, a third-party testing laboratory must conduct Azo dye testing to prove that these harmful compounds make up less than 0. 001% of a regulated product’s composition. Applied Technical Services provides Azo dye testing to help manufacturers avoid violating various consumer safety laws and industry regulations that restrict its presence in consumer products. Sources of Harmful Amines in Textiles and Leather In clothing, manufacturers often use potentially harmful amines in base fabric, colored leather, beads, sequins, threading, zipper fabric, and buttons; they typically come from the following classes of colorants: Acid Dyes Basic Dyes Direct Dyes Disperse Dyes Organic Pigments Reactive Dyes Azo Dye Testing Method Applied Technical Services uses Liquid Chromatography-Mass Spectrometry (LC/MS) to analyze client samples, allowing our chemists to detect the...



Applied Technical Services provides hydrostatic testing to ensure the structural integrity of pressure vessels and systems. What is Hydrostatic Testing? Hydrostatic testing, also known as hydro testing, is a nondestructive testing method that calls for maximizing the water pressure inside a component to analyze its strength and identify areas that may be vulnerable to leaks or ruptures. Technicians first fill the subject with water, which forces air out of the vessel and allows pressurized pumping to see if the water leaks through cracks in the vessel walls. A visual inspection to detect any leaks is performed by the Technician. There are many different hydro testing techniques, with the most effective method typically depending on the component’s size. Hydrostatic testing requires that the equipment involved is out of service, as technicians cannot perform this method during operation. Technicians most commonly use hydro testing to verify that a recently repaired pressure vessel is structurally sound and can thus return to service. This testing method is highly accurate and essential to maintaining industry compliance. Hydro testing can help companies avoid vessel ruptures that result in unexpected downtime and costly component replacement. Applications Applied Technical Services conducts hydro testing on several types of vessels, including but not limited to: Pipelines and Piping Systems Fuel Tanks Gas Cylinders Plumbing Systems Boilers How Often is Hydrostatic Testing Necessary? Hydro testing is usually required every three to five years, depending on the type of system at issue. Organizations, such as the American Society of Mechanical Engineers (ASME),...



Positive Material Identification (PMI) metal testing is a non-destructive testing (NDT) method utilized by ATS experts to verify the chemical compositions of various metals. Why is PMI Important? Manufacturers seek PMI metal testing from trusted providers for quality control, safety compliance, and failure analysis applications. PMI allows chemists to ascertain whether parts suppliers produced critical components with the materials outlined in the product design specifications for their aesthetic and mechanical performance. PMI can find potentially mixed-up alloys or identify if the incorrect material has been used. If products are composed of unsuitable or inferior materials, they may fail and cause bodily harm or asset losses. Furthermore, PMI can ensure that materials conform to the correct standard and specification for both customers and industry. Improper material usage may result in: Thermal Damage Corrosion Fatigue Fractures Overload Failures Our PMI Methods Depending on the clients’ needs and situation, various instrumentation and testing methods serve in determining metal composition. ATS experts employ several methods when conducting PM, including: X-Ray Fluorescence (XRF) Optical Emission Spectroscopy (OES) Inductively Coupled Plasma (ICP) Energy Dispersive Spectroscopy (SEM/EDS) X-Ray Diffraction (XRD) Wet Chemistry Ion Chromatography Clients often request additional testing such as tensile strength test, yield strength test, elongation test, hardness, etc. – to identify material properties as well. The ATS lab can analyze and test a multitude of metals and alloys. Materials and Applications Some common material types for PMI testing include: Alloy Steels Aluminum Alloys Stainless Steels Nickel Alloys Titanium Alloys Copper Alloys Cobalt Quality Assurance...



The ATS OES analysis lab is well-equipped to provide clients with comprehensive metals testing and analysis. Optical Emission Spectroscopy allows chemists to determine the chemical composition of various metals and alloys. ATS chemists at the OES analysis lab utilize this technology to serve clients in various applications, such as process control, forensic analysis, tableware metal release testing, trace analysis, and failure analysis. How OES Analysis works OES analysis utilizes a “sparking process” in which an electrical discharge is applied to the sample, vaporizing a small amount of the material. This reaction causes a plasma discharge with a distinct chemical signature to be analyzed by proficient ATS chemists. The results break down the percentage of each constituent element making up the alloy sample. OES analysis is most effective on softer metals that will respond well to the sparking process. Harder metals may be more resistant to sparking and are better suited for other chemical analysis methods that ATS offers. Metals and Alloys Detected Through OES Common materials detected through OES analysis include: Nickel Titanium Ductile/Gray Iron Cobalt Steel Stainless Steel Aluminum Copper We encourage prospective clients who do not find their metal of concern listed above to contact ATS, as our comprehensive array of capabilities may still meet their needs. The metals analysis lab at ATS can analyze almost any metal, regardless of size, shape, or form. ATS OES Analysis Laboratories ATS is ISO/IEC 17025:2017 accredited by the A2LA to conduct OES testing and analysis per the following standards: ASTM E3047...



Fourier-Transform Infrared Spectroscopy (FT-IR) material analysis is used to identify polymeric and organic materials. FT-IR analysis utilizes infrared radiation (IR) to scan and observe unknown materials. Our chemists use this technology to determine the identities of unknown sample materials by cross-referencing a spectral database containing thousands of different organic compounds and polymers. How Does FT-IR Material Analysis Work? FT-IR passes IR radiation through a thin sample. Polymeric and organic materials are composed of functional groups that absorb IR radiation at specific wavelengths of energy. This absorption (and transmission) of energy produces a spectral molecular fingerprint. Each organic material has a unique spectral fingerprint which makes FT-IR useful for determining various unknown materials and confirming known materials in consumer products, foods, polymers, paints, and pharmaceuticals, to name a few. Given the unknown sample’s IR spectrum, we can then compare it to thousands of existing spectra in infrared radiation (IR) libraries and easily determine the sample’s identity. Applications of FT-IR Analysis ATS chemists utilize FT-IR for a variety of other applications such as: Product Failure Analysis Contamination Analysis  Quantitative and Qualitative Scans  Research and Development Purity Assessment Material Analysis and Identification Material Testing ATS’ FT-IR Material Analysis Services The ATS chemical analysis lab is equipped with a Nicolet 380 FT-IR which houses a low-pressure diamond anvil cell that can handle liquid and solid samples as small as half a millimeter in their natural state. At ATS, FT-IR analysis is virtually non-destructive in most cases. ATS boasts a team of capable scientists working...



Applied Technical Services performs FTIR chemical analysis. Fourier-transform infrared (FTIR) spectroscopy is one of many material identification tests our chemistry labs offer. FTIR chemical analysis is a quick, effective method of identification and characterization for sample polymers and other organic compounds. This method examines the spectral characteristics of unknown compounds, comparing the sample’s infrared emissions to our extensive library of reference materials. FTIR analysis can identify polymer types such as acetals, polycarbonates, nylons, polypropylenes, polyesters, and polyethylene. . Applied Technical Services is ISO/IEC 17025:2017 (A2LA) accredited to perform FTIR analysis according to ATSM method E1252. How The Method Works FTIR chemical analysis works bypassing an IR beam through a thin sample. The various functional groups in the sample absorb some of the infrared waves at certain wavelengths while allowing other wavelengths of energy to pass through. The absorbance or transmittance of energy at these various wavelengths can then be used to Identify the specific material. We can compare these results to those in our comprehensive library of known materials. Our computer-aided searches are highly accurate, with thousands of known material readings at our disposal. FTIR Analysis Uses and Benefits FTIR spectroscopy identifies and characterizes unknown materials, additives, and contaminants. This method can also assist the confirmation of production materials or identify decomposition, oxidation, and uncured monomers during failure analysis. FTIR analysis can also help with material quality verification and quality control. Our FTIR Experts Our team of knowledgeable scientists sets our services apart; our chemists have extensive FTIR analysis experience....



Inductively coupled plasma-optical emission spectroscopy (ICP-OES) testing identifies and measures the individual elements comprising sample materials. ICP analysis has numerous applications, as it can identify multiple elements in a sample with a single test. ICP has the capacity to analyze individual elements in materials such as: Polymers/Elastomers Raw Ingredients (inorganic and organic) Paints/Coatings Water Final Products Chemicals Metals Plating/Etching Baths The ICP-OES test, also known as inductively coupled plasma-atomic emission spectroscopy (ICP-AES), quantitatively measures the elemental composition of solid or liquid samples. The analysis involves testing a liquid sample by nebulizing a portion of the solution into an argon plasma. Solid samples are first digested using an appropriate acid solution to prepare for this analysis. ICP-OES is a powerful quantitative technique. ICP-OES Uses ICP-OES is a fast elemental analysis method capable of testing large sample batches in a short period of time. With ICP-OES, Applied Technical Services can test numerous metals, such as aluminum, nickel, titanium, copper, cobalt, stainless steel, and alloy steels. ICP-OES has the ability to detect elements at trace levels. The general ISO/IEC 17025:2017 accredited method that ATS performs the analysis to is ASTM E1479 which can applicable to a multitude of material types. ICP-OES has numerous applications, such as QA/QC control, contamination testing, trace element analysis, forensic analysis, and failure analysis. This method’s diverse capabilities benefit numerous industries, from environmental testing to healthcare. ATS’ Metal Analysis Lab The metals analysis lab at Applied Technical Services has the instrumentation to analyze almost any metal, regardless of size,...



Applied Technical Services performs copper purity testing with unmatched expertise in chemical composition testing. Our chemistry labs offer a full spectrum of metal purity testing, with the capacity to evaluate copper, aluminum, steel, titanium, and cobalt. Our chemical testing department is ISO/IEC 17025:2017 (A2LA) accredited, and our quality management system is ISO 9001:2015 registered. We use several testing methods to determine metal purity. Electrodeposition Electrodeposition is an electrolytic technique for determining precise copper content when the copper’s purity is between 99. 75% and 99. 95%. Electrodeposition is effective for testing fire, electrolytic, and chemically refined copper, as well as copper in copper-tellurium alloys. ASTM E53 serves as a general guide for this test. Chemists dissolve the sample into a sulfuric-nitric acid mixture, then apply a current to the mixture. The copper separates and deposits onto a tared platinum cathode. When the solution turns clear, chemists use atomic absorption techniques to verify the amount of copper that did not plate. Our experts combine this amount with the volume of plated copper to determine the sample’s total copper content. ASTM E121 outlines a similar technique for copper-tellurium alloys. Alloy Identification We use our alloy identification process to identify a metal’s chemical makeup. We can identify the precise material blend for many types of alloys, including the copper alloy family. This type of testing benefits numerous industries, such as automotive, manufacturing, nuclear, and aerospace. Our quality control policies also satisfy ASME NQA-1 requirements. Our Chemical Testing Services Applied Technical Services has provided clients...



Applied Technical Services’ chemical composition testing lab takes a closer look at the makeup of our client samples. We can determine the precise composition of a wide variety of materials, such as metals, polymers and elastomers. Our ISO/IEC 17025:2017 (A2LA) accredited, ISO 9001:2015 registered lab delivers clear, precise data that clients can depend on. Metal Composition Testing Our metal analysis group tests can test a variety of metal alloy types. We use a variety of techniques to test a comprehensive range of metals and alloys. Our methods include: Alloy Identification Combustion and Inert Gas Fusion for Carbon, Sulfur, Nitrogen, Oxygen, and Hydrogen Trace Metals Analysis in Organic and Inorganic Matrices by Inductively Coupled Plasma ICP High Purity Metals Analysis Positive Material Identification (PMI) using XRF On-site at customer facilities Wet Chemical and Elemental Analysis Polymer and Elastomer Composition Testing Polymers and elastomers exhibit a wide variety of physical and chemical characteristics. ATS uses several testing methods to identify these materials so clients know what to expect from their behavior. Our methods include: Fourier-Transform Infrared Analysis (FTIR) Gel Permeation Chromatography (GPC) Differential Scanning Calorimetry (DSC) Dilute Solution Viscosity Dynamic Mechanical Analysis (DMA) Thermogravimetric Analysis (TGA) Thermomechanical Analysis (TMA) Melt Flow Organic Composition Testing ATS tests client samples for a variety of organic compounds. . We offer a comprehensive array of tests to identify and quantify organic compounds as well as test to analyze for impurities or contamination. Some testing methods include: Fourier-Transform Infrared Analysis (FTIR) Gas Chromatography Mass Spectrometry (GC/MS) Liquid...



A benzene analysis utilizes headspace gas chromatography and mass spectroscopy testing to identify the presence and concentration of benzene in a substance. Benzene is a highly flammable chemical and a colorless or yellow liquid at room temperature. This compound occurs both naturally and synthetically, being present in volcanoes, wood fires, gasoline, and cigarette smoke. In the U. S. , the most common manufacturing applications of benzene include plastics, nylon, rubber, synthetics, and pesticides. Most recently, chemists have detected the presence of benzene in several brands of sunscreen and hand sanitizer. Is Benzene Dangerous? Benzene is a known carcinogen that can cause significant damage to humans. Overexposure to benzene can result in cancer, a reduced red blood cell count, anemia, immune system damage, and excessive bleeding. Benzene is dangerous, and thus exposure should be avoided whenever possible. The FDA’s legal limit of benzene is two parts per million (or 0. 0002%). Testing for Benzene Using Headspace GC/MS Analysis ATS conducts benzene analysis testing using headspace gas chromatography and mass spectroscopy, also known as headspace GC/MS analysis, referencing EPA Method 5021A. Headspace GC/MS analysis is the most prominent testing method for identifying contaminants in products, analyzing volatile compounds, and detecting residual solvents in pharmaceutical products. The Importance of Benzene Analysis Valisure has recently created a petition that calls on the FDA to force recalls on all sunscreen products identified to contain benzene. The petition also urges all sunscreen manufacturers to have their products tested for benzene content and recommends new FDA regulations...



ATS: Weld Testing Specialists Applied Technical Services can manage all our clients’ specific weld testing needs, including pipe weld testing. We employ various experts, including certified weld inspectors, API inspectors, certified welders, ASNT-TC-1A certified NDT technicians, professional engineers, and chemists, to perform both mechanical and nondestructive weld testing. We can evaluate pipe and plate coupons according to numerous standards, such as MIL-STD, API, PED/EN, AWS, ASME, APS, and NAVSEA. When to Request Weld Testing Our mechanical weld testing capabilities allow ATS to test weld procedure and performance qualifications. We can perform these services as part of pre-employment screening processes or to provide proof and documentation that welders are qualified and able to weld according to standard or code requirements. Mechanical testing can also assist in material selection and collecting quality assurance data. ATS offers several nondestructive forms of testing for detecting flaws without compromising weld integrity. Our nondestructive weld testing services benefit several industries, including infrastructure, medical, power generation, military, construction, automotive, nuclear, maritime, and aviation. Our versatile capabilities allow us to test all aspects of weld qualification. Mechanical Pipe Weld Testing ATS provides a full spectrum of mechanical weld testing to satisfy all our clients’ needs. We can perform tensile testing on full sections of small diameter pipes or prepare larger samples using our in-house machine shop. We also offer high-temperature tensile testing for a more thorough assessment of the weld’s qualities. We can also perform bend and break testing to check for porosity, lack of fusion, slag entrapment,...



ATS has decades of spot weld testing experience, evaluating pipe and plate coupons through mechanical, nondestructive, and chemical means. We conduct tests according to AWI, ASME, MIL-STD, PED/EN, NAVSEA, API, and APS standards so we can fulfill all our clients’ specific needs. We also perform several spot weld testing methods, giving clients multiple options for attaining the results they need. What is Spot Welding? Spot welding is an essential joining method in the aerospace and automotive manufacturing industries. Vehicles may contain thousands of spot welds that experience stress and wear throughout their service. These welds must be durable to ensure the quality and safety of the vehicle. ATS can help examine and evaluate spot weld integrity to ensure that our clients can optimize their production quality. Spot welds also hold an important role in component repair, materials testing, and product development. If you need spot weld testing for any reason, ATS can help. Mechanical Weld Tests Our mechanical testing capabilities allow us to satisfy all our clients’ spot weld testing needs. Mechanical testing can assist in pre-production weld quality verification, as well as sample product testing. Macro examination assesses weld quality, identifying flaws such as porosity or lack of penetration. Shear testing determines the weld’s strength upon exposure to shear loads. ATS also offers several other mechanical weld tests, including: Load Testing Bend Testing Hardness Testing Impact Testing Nondestructive Tests ATS also performs nondestructive weld testing. Nondestructive testing (NDT) leaves the sample intact, saving costs on sample production. Ultrasonic testing...



Applied Technical Services (ATS) performs guided bend tests to determine the condition and strength of a weld at the face and root of a welded joint. The Need for Guided Bend Testing Clients typically request this testing as a quality assurance measure to verify the strength of the weld in question. Although testing specifications will vary, this method most frequently calls for technicians to bend the test specimen to a 180-degree angle either longitudinally or transverse to its weld axis. Guided bend tests represent a quick and cost-effective method to determine the integrity of a weld. The most commonly found weldment defects include discontinuities such as cracks, inclusions, lack of sidewall or root fusion, inadequate penetration, excessive undercut, or severe porosity. Bend Testing and Welder Performance Qualifications ATS’ technicians implement this test for welder performance qualifications, procedure qualifications, and material qualifications. Our analysis can confirm whether the heat affected zone (HAZ) and the weld metal have the correct mechanical properties from properly combined weld and base materials. Our technicians work with our clients to identify and assist with their testing needs. Our capabilities include detailed reports and accurate data within a quick turnaround. Specifications and Procedures Some of the specifications and procedures involved in bend testing include, but are not limited to: Bend tests are applied for assessing welds for welder performance qualification testing and welding procedure qualification Guided bend test is the most common flexural test Bend tests may bend the specimen in the direction of the face, towards...



Applied Technical Services (ATS) performs a side bend test to determine the ductility and strength of a material. Applications of Side Bend Testing A side bend test is similar to face and root bend tests and is often used as a quality control procedure for butt-welds. It is a straightforward and low-cost qualitative method where specimens are bent and as a result, the side of the weld is on the outside or convex surface. This test can uncover defects in the interior and fusion zones of welds that can reveal cracking, inclusions, an absence of sidewall or root fusion, reduced penetration, excessive undercut, or inner porosity. Our Testing Procedure Testing specifications will vary depending on the mandrel size. ATS implements several free-form or guided bend tests for samples up to 180°. Most often, the outer surface of the bend undergoes plastic deformation, exposing any defects or embrittlement of the material composition by premature failure. Our technicians depend on this test for procedure qualifications, welder performance qualifications, and material qualifications. A side bend test ensures that the weld metal and heat-affected zone (HAZ) displays the correct mechanical properties from properly fused weld and base materials. Bend Testing Standards ASTM E190-92 Various AWS Welding Codes BS EN 910 ISO 9606 and 15614 Part 1 ASME BPVC Section IX Numerous other Welding and Materials Specifications Methods and Analysis Our services include an extensive variety of nondestructive, destructive, and metallurgical weld testing methods and analysis, including: Tensile Testing Failure Analysis Load Testing Impact Testing...



ATS performs hot tensile testing, one of many types of analysis our tensile testing lab provides. Tensile testing examines several of a material’s behavior and mechanical properties. We regularly conduct tensile testing for many different materials, including: Composites Fasteners Metals Pipes Polymers Rebar Rubber Tubes Welds Tensile testing can define several of a sample’s material qualities. To perform a tensile test, a calibrated testing machine grips a specimen and pulls it to failure in compliance with the applicable standard. Technicians can then plot the collected data on a stress-strain curve, allowing them to quantify certain material properties. If the material cannot withstand the necessary levels of stress, it may not be appropriate for a particular application. The Hot Tensile Test The hot tensile test combines tensile testing and high temperatures to analyze the effects of heat and strain on material properties and tensile strength. Many industries, especially automotive, power generation, and aerospace, need their products to withstand high heat conditions. Parts and components such as turbine blades, valves, and pistons endure high temperatures during service, so their materials need to be strong enough to tolerate those service conditions without taking damage. The purpose of hot tensile testing is to evaluate the material’s thermal and mechanical characteristics, as well as to investigate material behavior such as changes in microstructure. The hot tensile test also provides a comparative measure of ductility between control and in-service materials. The test results and derived stress-strain curve help technicians identify the sample’s following characteristics: Area reduction...



Applied Technical Services provides high-temperature tensile testing as one of the many services our tensile testing lab offers. Tensile testing gives clients an accurate understanding of their products’ material qualities. We test numerous standards for a wide array of materials, including: Metals Rebar Pipes Fasteners Polymers Tubes Composites Rubber Welds The testing process involves gripping the sample in one of our finely calibrated tensile testing machines and pulling each end apart until it fails, according to applicable standards. Technicians plot the data collected from the test onto a stress-strain curve, which quantifies certain material properties. In this way, tensile testing can determine whether a material is appropriate for a designated application. The High-Temperature Tensile Test The high-temperature tensile test uses a combination of tensile testing and furnace heating to examine the effects of high temperatures and strain on tensile strength and material properties. Many industries, such as power generation, aerospace, and automotive, need their materials to sustain high temperature conditions. Components such as pistons, turbine blades, and valves experience high heat during service, which means that the materials comprising them must be strong enough to withstand those extreme service conditions without failing. The purpose of high-temperature tensile testing is to investigate material behavior, evaluate the material’s mechanical and thermal characteristics, and study the material’s change in microstructure. This test can also provide a comparative measure for strength and ductility. The test data and the stress-strain curve allow technicians to find the following values: Ultimate strength Tensile strength Yield strength Elastic...



Fillet welding is one of the most commonly used welding methods. To be considered an expert, welders must prove their competence at fillet welding. ATS offers fillet weld break testing for several applications, including welder qualification. Our welding experts provide thorough, accurate insight into a weld’s quality. Break Testing The fillet weld break test is a type of mechanical testing that examines root penetration. This test specifically examines one-sided fillet welded joints. The break test can inspect the entire coupon for discontinuities and flaws, rather than just a sample cut. This includes potential failure points such as the stop and restart. To conduct a fillet weld break test, a technician loads the unwelded side of the coupon until it bends flat upon itself or fractures. If fracturing occurs, the weld cannot show any evidence of cracks or incomplete fusion in order to pass. The break test can also reveal other internal issues, such as incomplete penetration, porosity, and slag inclusions. Macro etch testing often accompanies the break test for a more comprehensive evaluation. Our Weld Analysis Expertise Applied Technical Services has decades of experience in weld inspections, testing, and certification. We employ an experienced team of certified weld inspectors, professional engineers, certified welders, metallurgists, certified technicians, API inspectors, chemists, and scientists to perform weld inspections. Our experts regularly inspect bridges, piping, pressure vessels, and other components. We also provide proof and documentation of a welder’s competency level, using mechanical tests to examine their work. Along with fillet weld break test,...



ATS specializes in weld bend testing and analysis. Our certified welding inspectors regularly perform laboratory and field assessments both nationally and internationally. Our experts also provide weld procedure qualification and welding certification services. We utilize a comprehensive array of testing methods to evaluate a welder’s competency, including weld bend testing. Bend Testing Bend testing is a qualitative method for assessing material soundness and ductility. The bend test uses a sample cut from a groove/butt-welded joint. Technicians typically cut the sample transverse to the welding direction. Samples with significantly different base and weld materials may instead be cut longitudinally along their length. Several types of bending fixtures are used to bend the samples up to 180°. Mandrel size will vary according to the testing specifications. This process plastically deforms the outside of the bend to reveal material embrittlement and defects. The sample can be bent in one of three ways: Face Bend: the load is applied to the root side of the weld, stretching the weld face Root Bend: the load is applied to the face side of the weld, stretching the weld root Side Bend: the load is applied to the side of a transverse-cut sample; generally used for thicker samples The bend test can reveal cracking, inclusions, a lack of sidewall or root fusion, excessive undercut, a lack of penetration, or internal porosity. Tearing should also not exceed a specific limit, or the sample will not pass. The specifications will differ depending on material strength and ductility. Technicians rely...



Applied Technical Services specializes in weld joint testing, with decades of experience. We evaluate pipe and plate coupons in compliance with a wide range of standards, including AWS, API, ASME, MIL-STD, NAVSEA, APS, and PED/EN. We use an array of skills to satisfy our clients’ specific needs, from quality control and failure prevention to performance qualifications for particular codes and standards. Destructive Weld Testing ATS offers many different types of destructive weld testing for the qualification and certification of weld joint testing coupons. Our coupon testing services help clients pre-screen new hires for skills that apply to their industries’ standards. We provide proof and documentation attesting to a welder’s competency level. Some of the tests we conduct include: Tensile Testing: tests tensile ductility and strength by pulling the sample to failure Load Testing: tests weld strength by applying the maximum required load to the sample Lap Shear: tests shear strength by applying the maximum required load to the sample Bend Testing: tests weld ductility by bending the sample up to 180 degrees; affected by the relative strength of the weld metal and base material Hardness Testing: tests the strength of the weld, HAZ, and base using an indenter Impact Testing: measures the energy that the sample absorbs when struck Charpy Impact Toughness Testing: tests ductility and toughness by notching and impact loading the sample using a controlled weight pendulum Drop Weight Toughness Testing: tests ductility by notching and impact loading the sample Nondestructive Weld Testing ATS performs NDT weld inspections...



Applied Technical Services offers destructive weld testing. Destructive weld testing evaluates the strength and characteristics of a completed weld by completing a physical destruction. Destructive weld testing is integral to ensure the integrity and quality of welds used to build structures like bridges and buildings. Common Destructive Weld Testing Methods: Macro Etch Testing: In this method, our scientists remove small samples from the weld joint. Once removed, they apply an acid etch to reveal a clear view of the weld’s internal structure. Fillet Weld Break Test: Technicians use this method to see the entire length of the weld and any discontinuities therein. This test can reveal internal porosity, lack of fusion/penetration, and slag inclusions. Transverse Tension Test: Many welds have design requirements, and the tensile properties of the base and the weld must conform to these requirements. This test is completed by pulling samples to failure and recording ultimate load for determining tensile strength by dividing the ultimate load required the cross-sectional area. Guided Bend Test: This test method involves bending samples around a bend radius determined by material properties or groupings. Weld Testing at Applied Technical Services ATS has the capabilities to provide weld testing by using a wide variety of mechanical and metallurgical techniques and standards.   Our Weld Experts Include: API Inspectors ASNT-TC-1A Certified NDT Technicians Certified weld Inspectors Certified Welders Chemist Professional Engineers Our team at Applied Technical Services can perform nondestructive and destructive testing on our clients’ welds. We specialize in testing to ASME, API,...



ATS specializes in weld analysis, testing, and certification. We employ a team of certified technicians, professional engineers, API inspectors, metallurgists, chemists, certified weld inspectors, and certified welders to conduct high-quality services. We test in compliance with several standards, including AWS, API, AMS, ASME, NAVSEA, MIL-STD, and PED/EN. To meet our clients’ various needs, we offer a variety of weld analysis options. Nondestructive Weld Testing ATS offers lab and field weld inspection services both domestically and abroad. We inspect piping, valves, pressure vessels, bridges, configured components, and structures for numerous industries. Our professional welding inspection team is certified through the American Welding Society (AWS) to identify surface and subsurface flaws and discontinuities. Some of the NDT methods we use to conduct weld analysis include: Computed digital radiography (CDR) Radiography testing (RT) Liquid penetrant testing (PT) Visual testing (VT) Magnetic particle testing (MT) Ultrasonic testing (UT) Mechanical Weld Testing Procedure and performance qualification, as well as the standard research and development processes, all benefit from mechanical weld testing. Providing coupon testing allows us to generate documentation proving a welder’s competency level. ATS certifies welders by using a variety of testing methods to inspect plate and pipe coupons, such as: Micro Hardness Testing Charpy Impact Tensile Testing Lap Shear Hardness Testing Bend Testing Drop Weight Load Testing Using these methods, ATS can pre-screen clients’ employees for their ability to comply with industry standards. Additional Analysis Capabilities From alloy identification to weathering testing, ATS can analyze a weld’s integrity in several capacities. Additional methods...



ATS provides fillet weld fracture testing on sheets welded at a perpendicular angle, also called a tee joint or lap joint. Fillet welds are the most common welding joints, but they are also among the most difficult to produce consistently. One method for evaluating fillet weld quality is the fillet weld fracture test. Welder certification testing uses this destructive method to test a welder’s fillet welding ability. ATS tests all aspects of weld performance qualifications, including fillet weld fracture testing. What Happens During a Fracture Test? The fillet weld fracture test, or fillet weld break test, determines fillet weld soundness. This mechanical testing process examines the entire sample for root penetration. An arbor press, testing machine, or hammer places tension on the unwelded side of the sample. When the sample breaks or bends flat upon itself, an expert examines the weld for discontinuities or defects. The fracture test can reveal various embedded imperfections, including cracking, incomplete penetration, lack of fusion, porosity, and slag inclusions. This method often accompanies a macro etch test for more exhaustive detail about the weld quality. ATS Weld Testing Capabilities ATS specializes in weld testing, inspections, and certification. Our team includes certified welders and weld inspectors, as well as Professional Engineers, metallurgists, API inspectors, and licensed technicians. We can thoroughly inspect both pipe and plate coupons. In addition to the fillet weld break test, we offer several types of mechanical weld testing, such as: Lap Shear Charpy Micro Hardness Testing Tensile Testing Hardness Testing Drop Weight...



Applied Technical Services conducts polymer VOC testing and analysis to ensure that our clients’ products fall within regulated emission standards. Indoor environments contain several sources of potential air pollutants. Activities such as cooking and cleaning create short-term VOC emissions, while building materials and furniture, among other items, may contribute to long-term air pollution. People generally spend most of their time indoors, so it is important to identify and regulate potential sources of indoor air pollutants. Polymers are common materials in consumer products. Polymers such as silicone, polypropylene, and nylon see frequent use in a variety of applications, including toys, auto parts, bottles, computers, and textiles. These materials often emit volatile organic compounds (VOCs), which can be harmful in high enough concentrations. Polymer VOC Testing Methods Headspace gas chromatography (GC) is one of the most common methods for identifying polymer VOC levels. Headspace GC separates the VOCs for analysis by heating the sample material in a vial, thereby increasing the polymer’s emission rate, then collecting the headspace gas from the vial. At ATS, we test for several standards using headspace GC. ASTM D4526 is polymer-specific, and we test to a range of other VOC standards suitable for polymers. ASTM D4526 ASTM D4526 is a standard for determining volatile components in polymers using static headspace gas chromatography. This test is suitable for both manual injection and automatic headspace analysis. ASTM D4526 yields qualitative and semiquantitative results that are comparable between samples. VDA 278 The VDA 278 standard is a VOC testing procedure...



Applied Technical Services provides VOC and FOG emissions testing to help clients meet safety standards and regulations. Many common materials—such as fabrics, vinyl, and coatings—emit volatile organic compounds (VOCs). VOCs are chemical compounds that will emit at room temperature or higher and degrade air quality. Many car interior and trim materials can emit volatile compounds, which can be a health hazard in an airtight passenger compartment. To mitigate the risk, the automotive industry regulates car interior emissions. Various VOC and FOG emissions testing methods and standards exist to test different materials and the compounds they emit. ATS Emissions Testing At ATS, we perform VOC and FOG emissions testing for different kinds of volatile substances. We check for medium to high volatility substances (up to C25) in the VOC class, low volatility substances (in range C14 to C32) called FOG compounds, and other compounds such as formaldehyde. We provide several methods for emissions testing. Bag Testing The bag test primarily addresses automobile parts and interior decorations. Some of the bag test standards we perform are: TSM 0508G (Toyota) MES-CF-0806B (Mazda) 0094ZT7S-0000 (Honda) ISO 12219-2 NES M0402 (Nissan) MS300-55 (Hyundai/Kia) BZ-108-01 (Ford) Formaldehyde and Aldehydes Formaldehyde is a colorless, flammable chemical that may emit into the environment. Formaldehyde is used in glue and processed wood as an adhesive and fabric for permanent-press. Some of the formaldehyde and aldehyde standards we perform are: VDA 275 FLTM BZ 156-01 (Ford) VCS 1027, 2739 (Volvo) GMW 15635 (General Motors) PV 3925 (Volkswagen) AA-0061 (BMW) Fogging...



Applied Technical Services (ATS) performs VOC chamber testing for the automotive industry (among others) to help ensure our clients meet vehicle interior air quality (VIAQ) requirements.   What Are VOCs? Volatile organic compounds, more commonly referred to as VOCs, are a class of chemicals characterized by their ability to emit at room temperature and increased temperatures as well. The off-gassing of VOCs does emit an odor and is a human health concern. Passenger compartments in vehicles are airtight, and the materials used most often in interior trim (e. g. , leather, fabric, vinyl, various coatings, etc. ) are known to emit VOCs; therefore, the EPA and automotive industry began imposing VOC limits on vehicles’ interior components. Chemical Analysis of VOCs The ATS chemical analysis team’s expertise in this subject can help clients comply with industry standards and regulations by testing, detecting, measuring, and identifying VOCs in samples. One of the ways we provide this service is through our VOC chamber testing capabilities. ATS' Chamber Testing Capabilities Chamber testing accommodates larger samples, thus allowing our chemists to analyze components, subassemblies, and other solid analytes. Our chamber features a variety of environmental controls that simulate various vehicle interior conditions. ATS detects and precisely quantifies VOCs present using sensitive instrumentation, which is capable of identifying the compounds emitted by their molecular weight. Original Equipment Manufacturers (OEMs) and affiliated parts suppliers have come to rely on ATS to meet VOC testing needs of the automotive testing, which includes chamber testing to the following specifications:...



ATS offers a variety of humidity testing services for materials, products, and coats. Condensing humidity testing simulates the damaging effects of outdoor moisture by applying a controlled atmosphere maintained at 100% relative humidity to allow condensation to form on test samples. Benefits of Humidity Testing Humidity can have a significant impact on performance of materials and coatings. Fortunately, its affect can be assessed with relatively simple standardized testing. With humidity testing, the data obtained may be utilized in developing and selection of paints, coatings, paints and materials. By adequately protecting against humidity, the product’s lifespan can be extended. Humidity testing can be used for a wide variety of products, ranging from plated components to electrodeposited paints or coatings. Humidity tests may also be utilized to assess a materials’ corrosivity, or the possible negative impact of residual contaminants from the manufacturing process on the product when placed in a high humidity service environment. Common Humidity Test Methods ATS performs condensing humidity testing utilizing specialized humidity cabinets. Our environmental testing lab is ISO/IEC 17025:2017 (A2LA) Accredited to perform this method to ASTM D2247 and ASTM D4585. These methods help determine the coating performance by exposing test panels or actual parts to an atmosphere maintained at 100% relative humidity so condensation forms on the samples. Many of our customers perform this test to determine if water permeates the coating and causes one of the following: Color change Blistering Loss of adhesion Softening Embrittlement



Applied Technical Services performs PV 3942 testing VOC to help clients determine the VOC, or volatile organic compound, content in their sample. VOCs and the Automotive Industry Automotive companies and their suppliers must meet internal industry standards and regulations to limit the potential for passenger exposure to VOCs. Automotive interior components have been identified as a specific concern by regulatory bodies because: VOCs can emit at or slightly above room temperatures Higher temperatures release organic content in higher amounts Passenger compartments are close to airtight Also produce the greenhouse effect, raising the temperature in the cabin Automotive interior trim is often made with materials known to emit VOCs E. g. , coatings, plastics, vinyls, fabrics, leathers, etc. To ensure that their products meet these emission standards, OEMs and parts suppliers turn to third-party testing labs to determine the VOC content in their vehicle interior materials. ATS offers our expertise in performing chamber testing to answer these needs. PV 3942 and Beyond — Our Chamber Testing Capabilities ATS has the ability to analyze samples in a dynamic chamber with an interior space of 1m³, allowing our VOC specialists to test subassemblies instead of individual components. This chamber, along with our state-of-the-art GC/MS instruments, allow our skilled chemists to accurately and reliably determine the VOC content emitted from the test articles. Our chemists are proficient in performing PV 3942 testing, as well as other chamber testing methods on automotive interior, including: VDA 276 ISO 16000-9 GS 97014-3 ISO 12219-4 VCS 1027,2769 We...



Applied Technical Services can provide many volatile organic compound (VOC) testing methods, including TP-0000912 V1 Testing - VOC. This test method is performed in our micro-chamber. Our instrumentation accommodates samples that are 6. 4cm in diameter or 10g in mass (depending on the relevant specification). Each sample will need to be conditioned for 7 days prior, and the typical turn-around time is 5-7 days after conditioning. The Analytes of Interest in this Method Include: Benzene Toluene Ethylbenzene Xylenes Styrene Formaldehyde Acetaldehyde Acrolein VOC Testing at Applied Technical Services ATS provides a variety of VOC testing capabilities suited to provide clients with information on the presence, amount, and identity of VOCs in each test material. VOCs are compounds that can be emitted from either solids or liquids at or slightly above room temperature. Various products that surround us every day, including vehicles and household items, can emit VOCs. Certain volatile organic compounds can be dangerous to our environment and human health if released above government-established limits. Testing Capabilities Applied Technical Services has skilled chemical analysis personnel, who are able to perform various VOC testing methods. Our VOC testing group routinely uses specialized equipment and deliver clear and precise results. ATS maintains an ISO/IEC 17025:2017 chemical scope of accreditation (Cert #1888. 02). Micro-Chamber and Dynamic Chamber Test Methods: Micro-Chamber ISO 12219-3 TP-000912 V1 ASTM 8142 FLTM BZ 151-01 GMW 17082 Dynamic Chamber PV 3942 VDA 276 ISO 16000-9 GS 97014-3 ISO 12219. 4 VCS 1027. 2769



Applied Technical Services performs methanol contamination testing to help hand sanitizer manufacturers remain compliant with government regulations. Methanol is a useful organic compound in many products, including synthetic fibers, plywood, and high-performance plastics. Occasionally referred to as methyl alcohol, it also serves an important role as a denaturing ingredient — making the alcohol in the above products unsafe and unpalatable for human ingestion, and thus immune from being taxed as a liquor. Methanol’s toxicity makes it a dangerous compound when found in products intended to expose consumers to alcohol, such as hand sanitizers, and is thus tightly regulated. Alcohol manufacturers work with chemical analysis labs like ATS because we offer the expertise and instrumentation to help them comply with regulatory limits on methanol content, as well as identify potential sources of contamination and recommend remediation steps. Toxicity and New Considerations Due to COVID-19 Methanol is toxic to humans in higher doses, causing negative health effects ranging from nausea and headaches to blindness and seizures to even permanent nervous system damage and death in extreme exposure scenarios. The US Department of Health and Human Services (DHHS), informed by research conducted by the Food and Drug Administration (FDA), normally recommends that pharmaceuticals such as hand sanitizers contain methanol at a concentration no greater than 3,000 parts-per-million (ppm). The Coronavirus pandemic has caused demand for hand sanitizers to explode, opening the market to smaller manufacturers that are more likely to replace or dilute the ethanol components of their alcohol mixture with methanol. To...



Applied Technical Services performs hand sanitizer testing to help manufacturers verify the purity of their product and validate their production procedures. This class of topical antiseptic serves as a critical hygiene tool, with alcohol-based versions capable of killing upwards of 99% of infectious bacteria and viruses when applied correctly. Both medical professionals and average consumers rely on hand sanitizer daily to disinfect their hands before undertaking a variety of tasks that could otherwise expose them or someone in their care to infection. Contaminated samples can negate any hygiene benefit derived from using hand sanitizer, however, by introducing bacteria directly into the application site. Industry standards and regulatory bodies require a certain level of purity to preserve the effectiveness of the product. For these reasons, manufacturers must take special care to prevent contamination in their production processes. Chemical analysis labs like ATS provide testing services to detect, measure, and identify contaminants in hand sanitizer samples. FDA Findings and DHHS Recommendations Recent research conducted by the Food and Drug Administration (FDA) has shown that, in the wake of the Coronavirus pandemic and the consequently heightened demand for disinfectant products, various hand sanitizers making their way to the market use substandard alcohol. While approved hand sanitizers use ethanol or isopropanol, these products are either contaminated with methanol or use it to replace an appropriate alcohol ingredient entirely. This compound is toxic to humans, causing negative health effects ranging from nausea to death depending the level of exposure. To prevent such exposure, the Department...



Applied Technical Services performs ventilator component cleanliness testing to assure that this life-saving equipment meets applicable safety standards. Ventilators help patients who would be otherwise unable to get enough oxygen to breathe. Although intended to deliver a steady supply of clean air into the patient’s lungs, contaminated ventilator components can impact the ventilator performance, and introduce foreign material into the patient that cause a range of dangerous illnesses. Medical care facilities - especially those that see wide ventilator use, such as intensive care wings and nursing homes - bear a responsibility to uphold the safety of their patients by cleaning the components effectively. Ventilator manufacturers similarly fulfill strict quality and safety regulations by ensuring all components are free from any contamination incurred through the production process. ATS helps keep ventilator components contamination-free through our cleanliness testing services. Our Cleanliness Testing Capabilities Our chemical analysis division validates clients’ cleaning procedures by ensuring their ventilator components meet their required cleanliness threshold, such as nonvolatile residue (NVR Grades A-F) and particle count (Level 175, 300 and 500) outlined in ASTM G93. We employ several methods to perform this service, including the following: Scanning Electron Microscopy/Energy Dispersive Spectrometry (SEM-EDS) and Light Microscopy Highly detailed visual results make this a fantastic preliminary test for spotting and identifying particulates ASTM E1508 Gravimetric Analysis Able to determine mass of particulate debris or non-volatile residue (NVR) Ideal to determine total amount of residual manufacturing materials Ion Chromatography (IC) Well-suited for detecting trace residues from common cleaning chemicals and...



Applied Technical Services routinely performs metallurgical testing services to analyze a variety of metals, ceramics, and composites. Our full range of metallurgical testing services has applications in failure analysis, quality assurance, reverse engineering, and litigation support.  We work closely with our clients to fully grasp the extent of their needs. Our metallurgists and technicians abide by recognized testing standards to determine the effects of material composition, manufacturing, processing, size, and shape on the sample’s integrity. Types of Metallurgical Tests Metallurgical testing can help to identify the cause of metal failure and inform preventative measures against future failures. Microstructural Analysis ATS’ metallurgical specialists use microstructural analysis to investigate the various effects of manufacturing processes on a material. Their analysis may involve a qualitative examination, quantitative measurements, or both. Microstructural analysis consists of determining a sample’s grain size, grain structure, and grain flow/orientation, measuring its case depth and coating thickness, categorizing its inclusion morphology and inclusion content, establishing the presence of any nitriding, identifying its intermetallic phases, characterizing any porosity, and verifying the void orientation. Root Cause Failure Analysis Our experienced metallurgists can determine the root cause of challenging metallurgical failures. Failure modes common to metal include fatigue, corrosion, brittle fractures, ductile fractures, metal creep, hydrogen embrittlement, and stress corrosion cracking. We provide detailed and conclusive failure analysis reporting to inform our clients of the process — or combination of processes — that contributed to their material failure. The ATS Metallurgical Testing Lab ATS’ advanced and highly technical lab delivers accurate findings...



Applied Technical Services offers corrosion testing services to assist clients in estimating projected product life cycles or for determining compliance to current industry standards. Corrosion testing is a crucial factor to consider for any prudent manufacturer before materials and products are placed in use. As a preventative measure, corrosion testing is a cost-effective and time saving approach for a great number of industries. At ATS we abide by ASTM standards for recognized and trusted compliance testing. Our corrosion testing services methodically evaluate materials, coatings, and plating in order to assist clients in making crucial decisions on design, processes and production, and life cycle. Our technicians consistently perform testing during product research and development stages with an emphasis on quality and accurate results. With industry and material specific testing methods, ATS delivers vital data that is essential for our clients to lessen the risks associated with corrosion to their final product. In addition to corrosion testing services provided in our environmental simulation labs, our metallurgy department conducts root cause analysis on corrosion related failures. Our Corrosion Testing Standards ATS is often called on by both domestic and international clients. Typically, clients are interested in learning mission-critical information regarding the corrosion resistance levels of their selected coatings and products. As part of their dedication to quality, ATS completes rigorous tests in accordance with a wide variety of organizations, such as: ASTM Standards ISO Standards IEC Standards Military Standards Automotive Standards For companies that strive to be in the forefront of their respective...



Applied Technical Services performs several disciplines of PPE testing to ensure these products are safe for end users and standard-compliant. Who Needs PPE? Certain jobsites and working conditions feature innate hazards. Construction sites, for instance, often see tools falling from heights that could severely injure anyone below. Hospitals, on the other hand, can see wide varieties of bacteria and viruses pass through their halls, each capable of spreading and causing illness. While each of these settings answers their individual workplace hazards differently — industry-specific safety standards mandating the use of hard hats and surgical gloves, respectively — the similarity between these responses is that they both require specialized equipment for their employees. What is PPE? Personal protective equipment, commonly referred to as PPE, represents a category of products designed to keep people safe in the work environment. Whether hats, gloves, masks, goggles, or suits, PPE can only protect if it reliably performs as required in its intended usage conditions. The broad range of hazards, and the PPE designed to guard against them, means that most testing providers cannot offer an extensive enough portfolio to answer all the needs associated with testing a product. ATS does not suffer from that limitation. Our vast array of testing capabilities and depth of expertise make ATS an obvious choice for manufacturers who need to validate their PPE for production. Our PPE Testing Capabilities We offer a wide range of testing capabilities to ensure clients’ PPE products meet requirements. The variety of ways we can...



Applied Technical Services performs DSC glass transition testing to help verify that their design materials suit the final assembly’s intended use. Each polymer has various performance properties that a product engineer must consider when selecting them for use in the final assembly. For example, polymers chosen for their elasticity must remain flexible, and those chosen for their sturdiness must remain rigid to successfully serve their purpose. One crucial aspect of qualifying a polymer for use in a given service environment entails first knowing the range of temperatures native to the final assembly’s intended service conditions, and second knowing the candidate material’s thermal characteristics — such as a polymer’s glass transition temperature. What is the Glass Transition Temperature? The glass transition point is the temperature below which non-crystalline polymers become more brittle and above which they become more pliable. Ensuring that rigid polymers only see use in service environments with a temperature below this point can mean the difference between a product’s success or failure, and vice versa for elastic polymers. Overlooking this thermal property during the product formulation phase can lead to failure analysis later down the line. Manufacturers contact respected polymer testing providers, like ATS, to determine their samples’ glass transition points. We use a method called DSC to discover this temperature. DSC Testing Our chemists frequently conduct this method of testing, most often to ASTM E1356 — a standard for which our Marietta testing facility maintains an ISO/IEC 17025:2017 through the American Association of Laboratory Accreditation (A2LA). Beyond...



Included in Applied Technical Services’ extensive list of mechanical testing services is metal fatigue testing. Our lab experts can verify whether metallic components operate in accordance with applicable standards while ensuring safe and reliable operation. About Fatigue Testing Metallic components are often subjected to cyclic loading over the course of their service life. These repeated stresses, in conjunction with any one or a combination of other factors, can initiate small cracks which propagate over time. Once they reach a critical size, small cracks can rapidly expand and lead to fatigue failure of the component. Factors Related to Metal Fatigue Cracking: Environmental Factors Inadequate Material Properties Manufacturing Defects Material Defects Poor Maintenance Product Design Issues Fatigue testing is a method of materials testing designed to simulate cyclic loads so businesses can gain insight into how their materials withstand such loading in real-world applications. By working with a third-party testing service provider, such as ATS, businesses can get a better idea of how to design, manufacture, or process materials so as to avoid equipment failure, unexpected costs, and safety risk to personnel as a result of failure due to metal fatigue. A fatigue test works by subjecting the metal to a repeated loading and unloading force in a specialized fatigue testing machine. ATS’ mechanical testing lab can test to common SAE and ASTM standards as well as fully custom specifications. Additionally, our testing machines have a load capacity of 55 Kip and can test at temperatures up to 1000°C. Fatigue Testing with...



Applied Technical Services’ steel testing lab offers technologically proficient examination and analysis. The various testing disciplines for well-versed assessments include mechanical testing, metallurgy, chemical analysis, and nondestructive inspection. ATS’ engineers and technicians are highly experienced and utilize their metals analysis expertise in our state-of-the-art steel testing lab to deliver accurate data and certifiable results for numerous clients in many different types of industries. Many industries require steel testing performed on their product lines to ensure product reliability and safety. Companies rely on steel testing labs for dependability and quality verification of metal parts in order to determine material choices, production issues, and/or probability of failures. ATS performs a complete array of steel testing which includes stainless steels and alloy steels, in addition to a host of other metals such as aluminum, chrome, copper, iron, nickel, and titanium. Common steel products that are tested, but not limited to include span from beams, brackets, castings, pipes and pipelines, plates, forgings, and welds in various forms and sizes. Steel Testing Lab Capabilities Due to our commitment to maintaining international recognition and quality system compliance, ATS’ steel testing lab is ISO/IEC 17025:2017 (A2LA) accredited to achieve customer service excellence and satisfaction. We provide added confidence for our clients as a further measure with our steel testing lab being Nadcap accredited in maintaining standardized quality assurance procedures. Steel Testing Lab Services Mechanical Testing Bend Fatigue Hardness Impact Tensile Metallurgical Testing Microscopic and Macroscopic Examinations Microhardness Examinations Chemical Analysis Alloy and Material Identification High Purity Metals...



As part of the services offered by our consumer product testing division, Applied Technical Services performs furniture testing in our advanced labs. Strategically testing furniture products is the only way to gain full confidence in their safety, performance, and quality over time. When designing furniture, factors taken into consideration by manufacturers include the chemicals used in manufacturing, resistance to environmental abuse, and mechanical safety hazards. ATS Consumer Product Testing — Furniture Testing Capabilities Chemical Analysis Many chemicals used in the manufacturing of furniture, such as flame retardants and water-repellant treatments, can be harmful to human health. Those and similar toxins are thus subject to regulations such as California Proposition 65 and SB 1019. ATS partners with furniture manufacturers/importers to ensure compliance with these and other regulatory requirements (such as retailer requirements). ATS chemical analysis capabilities for furniture and consumer products includes (but is not limited to): AZO Dyes Flame Retardants Formaldehyde Lead Pentachlorophenol (PCP) PFOS/PFOA Phthalates Total Heavy Metals Soluble Metals Volatile Organic Compounds (VOC) Environmental Testing Furniture components, especially those used outdoors, can be subjected to a range of environmental conditions that can drastically reduce their service life. Even indoor furniture can be exposed to UV radiation through windows. ATS’ labs are fully equipped to test furniture’s resistance to humidity, UV exposure from sunlight, flammability, and other environmental stresses in our specialized and climatic test chambers. Environmental testing allows companies to take the guesswork out of manufacturing robust products. Mechanical Testing Furniture manufacturers can have ATS mechanically test their...



ATS performs melt flow index testing to ensure clients’ design materials perform as required. One of the most prevalent ways that manufacturers utilize polymers in consumer products involves a process called injection molding. By filling metal dies with molten material and letting it cool into a solid, they can rapidly mass-produce components. Certain polymers prove more efficient for this process than others, and thus product engineers choose from among them based not only on their performance characteristics as a solid, but also in their molten form. What is Melt Flow Index and Why Does It Matter? One of the key factors in a polymer’s suitability to the injection molding process is its melt flow index (MFI), a measure of how easily it flows when melted and subjected to pressure. Because it measures how much of a given sample flows through a capillary in a predetermined amount of time, a polymer’s melt flow index inversely correlates to its molecular weight — the higher its molecular weight, the slower it flows. Product engineers must choose a polymer with an appropriately high melt flow index to ensure that the article forms evenly during injection molding without allowing for air pockets and has sufficient strength once cooled for the final assembly’s intended use. To validate their chosen material for production, manufacturers send their samples to experienced polymer testing labs like ATS. How the Method Works and Our Testing Capabilities The ATS chemical analysis division performs all our melt flow index testing services. These experts...



Along with our other mechanical testing services, Applied Technical Services offers fatigue crack growth testing. ATS can verify whether your materials and equipment meet applicable industry standards by testing them in our advanced testing laboratories. Additionally, among our fatigue testing services, we also offer crack tip opening displacement (CTOD) testing. Taking a Closer Look at Fatigue Crack Growth The formation of cracks as a result of fatigue can severely compromise materials and equipment, posing a threat to businesses that rely on components to perform safely and reliably. Cracking can be caused by any one or a combination of factors, such as manufacturing defects and the use of inadequate materials. Businesses often turn to third-party testing labs like ATS to evaluate the real-life performance of their materials and equipment. Fatigue is a type of progressive failure that can cause cracks to propagate in a material. Due to cyclical loading conditions, these cracks can initiate and propagate from loads that are lower than the material’s yield strength. Fatigue crack growth testing, also called crack propagation testing, can determine a component’s ability to withstand failure as a result of fatigue and provide insight into its remaining fatigue life. Common Factors Related to Fatigue Cracking: Environmental Factors Inadequate Materials Manufacturing Defects Material Defects Poor Maintenance Product Design Issues To execute a fatigue crack growth test, our technicians initiate a starter fatigue crack in the material that resembles a natural crack. They then use a specialized fatigue testing machine to subject the material to a...



Cyclic fatigue testing is one of the many services offered by Applied Technical Services’ Mechanical Testing department. Our advanced laboratory is fully equipped to assist clients in verifying their material or equipment’s compliance with applicable standards and specifications. We also offer failure analysis, metallurgical analysis, and chemical analysis. What is Fatigue Testing? When a component operates under conditions where it is repeatedly loaded, it can experience cracking or fracturing, which can lead to failure. To prevent such failures, companies often send their equipment to testing labs such as ATS to perform fatigue testing and provide valuable insight into real-life performance. Our lab offers tests to common standards, such as ASTM and SAE, as well as fully custom specifications. The goal of any fatigue test is to determine how well a product or material can withstand cyclic fatigue loading forces. To execute a fatigue test, our test technicians place test materials in a specialized fatigue testing machine that activates a constant loading and unloading force. Our experts can run tests to either a specified cycle count or until failure. These loading cycles simulate fatigue initiation and propagation over time rather than isolated overload events that would cause immediate failure. Our technicians can adjust the load, speed, number of cycles, and environmental factors like temperature according to the desired testing specification. ATS Fatigue Test Machine Capabilities Temperature Range: Ambient to 1000°C Load Capacity: 2 lbs to 55 Kip High and Low Cyclic Fatigue Cyclic fatigue tests can vary in frequency from high-cycle to...



Applied Technical Services’ Mechanical Testing department offers an extensive list of services, including spring fatigue testing. Our experts test springs of all types for multiple industries including aerospace, automotive, military, nuclear, and consumer products. About Spring Fatigue Testing Springs are commonly used in a wide variety of applications; however, they can become overly stressed due to any one or a combination of factors, including material type and operating conditions. Fatigue can cause initial micro cracks to form which then propagate over time —leading to compromised performance and potential failure of the spring. Spring failures can result in lost productivity, unwanted expenses, and pose serious safety risks. Fatigue Performance Factors Embrittlement Manufacturing Processes Material Type and Strength Rate of Application Load Stress Conditions Surface Quality Service Environment What is a Spring Fatigue Test? Spring fatigue tests are designed to measure a spring’s ability to withstand forces from cyclic loading. Typically, to ensure their performance, these tests are designed to be more rigorous than the real-world application where the spring will actually be used. To execute a fatigue test, ATS’ technicians place springs in a specialized machine which loads and unloads the spring at a predetermined length, force, and number of cycles. Springs can be tested in either extension or compression. Companies often submit their springs to a third-party testing laboratory, such as ATS, to perform fatigue testing and verify longevity and performance. Our mechanical testing lab is fully equipped to perform tests ranging from common industry standards, such as ASTM and...



Applied Technical Services is one of the leading material testing companies in the U. S. ATS’ material testing labs provide a wide array of methods that allow clients to verify the characteristics of their samples. Our material testing department consists of various branches of analysis. Depending on the services requested by a client, our services may take place in-lab or on the jobsite. We can provide materials testing for several applications that range from failure analysis to material qualification to compliance testing. Material Testing Departments Environmental Testing Test samples are exposed to simulated environmental conditions, including humidity, temperature, and vibration, to verify the client’s product will operate as intended in their work environment. Altitude Coating Adhesion/ Abrasion Resistance Color/Specular Gloss Flammability Humidity Ingress Protection Thermal Cycling Thermal Shock Vibration/Seismic Xenon Weathering Accelerated Corrosion (Salt Spray, CASS) Gravelometer / Chip Resistance Mechanical Testing Test samples are subjected to physical stresses and pressures to locate areas of weakness. Anchor Pull Charpy / Izod / Drop Weight Impact Fatigue / CTOD / Strain Gauge Helium Leak / Pressure / Vacuum Leak Hydrogen Embrittlement Safe Working / Yield / Failure Load Shear Special Test Setups Tensile / Yield / Elongation Weld Qualification Electrical Testing Our technicians determine the soundness of in-service electrical components and the cause of failure of non-functioning components. Batteries Circuit Breakers Conductivity Dielectric Strength / Constant Insulation Resistance Polarization Index Soil Resistivity Surface Resistance Voltage Drop Metallurgical Testing We analyze test materials to better understand their structure and how the structure...



Applied Technical Services provides testing for the purpose of material qualification and failure analysis in our mechanical testing lab. ATS offers a wide variety of mechanical testing services. Our lab also includes an in-house and well-equipped machine shop in order to provide preparation of test specimens or any special equipment needed for unique test set ups. Our staff is experienced and able to work with clients to design custom plans to evaluate their products. About Mechanical Testing Mechanical testing is utilized to evaluate the properties of materials that are subjected to pressures and physical stresses. With the help of mechanical testing, our engineers can pinpoint and locate areas of weakness in test specimens that may lead to structural failure. Some common tests requested include tensile testing, hardness testing, fatigue testing, and impact testing. Our Testing Services and Specifications Metallic Testing - Accredited Services Brinell Hardness of Metallic Materials – ASTM, ISO Fastener Testing, Tensile – ASTM, SAE Fractured Toughness – ASTM Leeb Hardness – ASTM A956 Microhardness of Materials – ASTM, EN, ISO Notched Bar Impact – ASTM, EN, ISO Rockwell Hardness of Metallic Materials – ASTM Tensile – ASTM, EN ISO Vickers Macrohardness – ASTM, EN, ISO Metallographic Analysis Case Depth – ATS (ASM) Failure Investigation – ATS (ASM) Weld and Braze Evaluation and Qualification – AMS-STD, API, ASME, AWS, AASHTO, ISO, BS, BS EN, DIN EN, EN ISO, MIL-STD, NAVSEA, NACE Non-Metals Testing Coating Impact – ASTM Durometer (Shore A & D) – ASTM, DIN Flexural Properties –...



For over 55 years, ATS has provided material testing services to clients nationally and internationally. Our accredited labs have earned an excellent reputation among many major industries, including automotive, aerospace, chemical, construction, manufacturing, and power generation. Our diverse range of tests, many of which are standardized, measure material characteristics and behaviors when exposed to specific applied conditions. ATS experts collect and report detailed data that can assist in determining material identification, manufacturing/application suitability, mechanical reliability, and causes of failures. List of ATS’ Accredited Material Testing Labs Our labs maintain ISO/IEC 17025:2017 accreditations in a wide range of test methods and calibrations. Mechanical Testing Environmental Testing Metallurgy Chemical Analysis Nondestructive Testing Electrical Testing Types of Materials Tested Metals Polymers/Plastics Rubber Composites Wood Ceramic Glass Paper Leather Textiles Coatings/Paint Stone/Sand/Clay ATS’ Multi-Disciplined Material Testing Services Mechanical Testing — Accredited Services Notched Bar Impact – ASTM, EN, ISO Tensile – ASTM, EN, ISO Fastener Testing, Tensile – ASTM, SAE Fracture Toughness – ASTM Brinell Hardness of Metallic Materials – ASTM, ISO Rockwell Hardness of Metallic Materials – ASTM Microhardness of Materials – ASTM, EN, ISO Vickers Macrohardness – ASTM, EN, ISO Leeb Hardness – ASTM Metallographic Analysis — Accredited Material Testing Services Macroscopic and Microscopic Examination of Weld – EN Inclusion Evaluation – ASTM Microstructure and Graphite Type in Iron – ASTM Grain Size – ASTM IGA Susceptibility – ASTM Metal and Oxide Coating Thickness – ASTM Coating Weight – ASTM Decarb Depth – ASTM Case Depth – ATS (ASM) SEM/EDS – ASTM...



High Stresses Demand High Durability ATS offers pyroshock testing to help clients validate the durability of their components and subassemblies, verifying that they can withstand the extreme forces native to their intended use. While every manufacturer wants their product to be resilient for quality assurance and customer satisfaction, even the most robust of consumer products yield in the face of massive forces — primarily because they were never designed for such a service environment. Certain items, however, do require a higher level of durability to fulfill their purpose effectively. Equipment designed for use in aerospace, military, and other highly demanding service conditions must continue to perform adequately after sustaining a massive force such as a pyroshock. Any product that fails in the circumstances particular to their intended service conditions jeopardizes both the success of their task and the safety of their operator. What is a Pyroshock? Also referred to as a pyrotechnic shock, pyroshock is a type of force characterized by high frequencies and high magnitudes. Different from a ballistic shock in that it does not comprise projectile impacts, the most common example of a pyroshock is when an explosion- or propellant-activated device engages — launching a payload from the equipment’s main structure. This brief but intense stress can undermine the functionality of the affected subassembly, as these shocks can cause fatigue cracks to initiate in materials over time, exacerbate existing flaws, loosen fasteners, dislodge electronic components, or disrupt their signals due to electromagnetic emission. In the case of a...



Fatigue failure analysis examines material and/or component failure for root cause determination from cyclic load performance during real-world operating conditions. Qualified Experts and High-Quality Service ATS’ highly trained engineers design test programs and simulations while conducting various types of fatigue failure analysis. Either standard ASTM methods or functional cyclic testing on actual components may be utilized for this purpose. As a full-service materials testing, analytical, and component testing lab, ATS specializes in the physical and chemical behavior of materials, which may include: Aluminum Copper alloys Steel Stainless steel Superalloys Titanium Ceramics Plastics Our metallurgists and technicians utilize up-to-date technology to perform hardness and tensile testing, chemical analysis, metallography, scanning electron microscopy (SEM), energy dispersive spectroscopy (EDS), visual examination, and optical fractography. Additionally, our fatigue failure analysis lab performs root cause determination on various other material-related problems such as: overload fractures, cracking, formability issues, microstructural degradation, corrosion, and wear. Material Identification An important aspect of fatigue failure analysis consists of material identification. Alloys are a combination of two or more metals, usually to provide greater strength or corrosion resistance.  The process of alloy identification methodically identifies the amalgam that makes up the alloy. Contaminant Identification Contaminant identification utilizes SEM, which produces brilliant images of surfaces at various powers of magnification up to tens of thousands of times for observation and categorizing a material failure. In conjunction with SEM, EDS is an analytical capability used for the chemical characterization of the sample in a nondestructive manner. Microscopy SEM/EDS and metallography are used...



Applied Technical Services (ATS) provides grain size analysis within our metallurgy department. Grain Size Analysis at ATS Verifying the grain size of your material can be used as a tool for quality control. With this tool, you can ensure alloys are processed to the required specifications. Grain size analysis is also used in investigating the cause of material failures that may have occurred. Applied Technical Services performs grain size measurements in accordance with the proper standards including ASTM E112. ATS' Metallurgical Services Each day within our metallurgy department, our metallurgists and engineers analyze a wide variety of metals, composites, and ceramics. ATS performs common metallurgical testing services for the purpose of failure analysis, litigation support, quality assurance, and reverse engineering. Upon contacting ATS, our engineers and metallurgists will discuss with you the full scope of your project. While consulting with you they will inquire about the size and shape of your component, material of manufacture, and the details of specifications that will influence testing decisions. Testing Standards Applicable Specialized Procedures ASTM A247 ASTM B487 ASTM B748 ASTM E10 ASTM E112 ASTM E18 ASTM E3 ASTM E384 Equivalent ISO Standards Applied Technical Services Applied Technical Services was founded in 1967 and has since established a great reputation among the industrial, business, and the legal professionals. We are a top tier provider of high-quality testing, consulting engineering, and inspection services. Our expert professionals use modern technology to deliver services of unmatched value. We are committed to: Providing Client Service Excellence Promoting Safety...



Applied Technical Services’ mechanical testing department holds a wide range of capabilities, including package burst testing. Our experienced technicians can help clients verify whether their sealed flexible packages perform in compliance with ASTM F2054, ASTM F1140, and other applicable standards. ATS also offers an extensive list of other package testing capabilities. Taking a Closer Look at Sealed Packages The food, medical, pharmaceutical, and other industries often rely on flexible packages with a seal around the perimeter to keep materials isolated from external environments while also remaining relatively simple for the end-user to unpack. For instance, many types of medical devices are encased in sterile, sealed packages to avoid contamination. However, not all sealed flexible packages perform the same. Packages that fail prematurely during sterilization or transportation can potentially cost businesses extra time and resources. To evaluate tendencies for failure in packages of this type, our personnel can perform a package burst test. In a package burst test, technicians use a probe inserted through a package port to increase the internal pressure of the test package until it fails, or “bursts”. This way, we can measure the burst strength and location of failure of the package as it is exposed to different pressure levels. Restraining plates can be used to maintain dimensional stability and uniform pressure application as applicable to the respective test standard. We can also accommodate our testing capabilities to fit your individual needs. Your Trusted Provider for Package Burst Testing For decades, Applied Technical Services has maintained its...



ATS offers Vicat Testing in our metallurgy labs to determine at what temperature a specimen softens. Vicat Testing at ATS This test is used on materials that do not have a definite melting point, such as polymers and plastics. During this procedure, the specimen is immersed in a heat transfer oil bath and the temperature is raised at a specified rate until the time the specimen is penetrated by a flat-ended needle to the depth of 1 mm. The temperature discovered is referred to as the Vicat Softening Temperature. The Vicat Softening Temperature is an important piece of information to know when it comes to material selection specifically for product design and manufacturing for an elevated temperature application. Applied Technical Services will perform this test in compliance with ISO 306 and ASTM D1525. Our Metallurgy Lab Within our Metallurgy Lab, experts from our chemistry and engineering departments come together to utilize their combination of skills to uncover specialized solutions to a wide range of requests from our clients. Our engineers analyze a variety of materials including composites, ceramics, plastics and metals each day and execute many metallurgical evaluations for failure analysis, quality assurance, reverse engineering and litigation support purposes. We operate in compliance with several internationally recognized accreditations and follow industry standards for each service provided. ATS is committed to providing services of exceptional value to our clients. About Applied Technical Services Since being founded in 1967, Applied Technical Services has developed into a premier supplier of engineering consulting, testing,...



Applied Technical Services is a respected plastic material testing lab due to our breadth of capabilities and depth of expertise. Plastics have developed into one of the most important categories of production materials since manufacturers began using it widely many decades ago. Whether for a highly specialized application like an aerospace component or a comparatively trivial children’s toy, product designers select a given plastic for use in their final assembly because its various characteristics make it appropriate to the final product’s intended use. They carefully consider a prospective material’s thermal and mechanical properties in selecting the most suitable one for the application. To ensure the plastic materials they have chosen will perform as required, clients send samples to a qualified polymer testing lab like ATS. Our polymer testing lab offers a wide array of capabilities to meet each of our clients’ testing needs under one roof. Our Plastic Material Testing Capabilities ATS brings both a diverse lineup of testing services and a history of excellence in performing these methods to industry standards, making us a prime choice for manufacturers who need several branches of analysis performed on their sample. Our Marietta-based polymer testing lab regularly performs the following methods according to their accompanying standards, but have experience conducting them to client specifications as well: Scratch/Abrasion Resistance ASTM D4060 Tensile/Compressive Strength ASTM D412* ASTM D638* ASTM D882 ASTM D3039/D3039M ASTM D5766 ASTM D6742/D6742M DIN 53504* ISO 37 ISO 527* Fatigue Characteristics ASTM E606 Shear Strength ASTM D732 ASTM D2344 ASTM D3163...



Businesses in search of reputable fastener testing labs need search no further; Applied Technical Services offers a slew of comprehensive fastener tests performed by our experienced staff. We regularly test fasteners according to ASTM, ASME, SAE, NACE, and ISO standards. For investigation of fasteners that failed during operation, ATS also offers fastener failure analysis. About Fastener Testing As a type of hardware that joins components together, fasteners need to be robust and secure to continue to operate effectively over time. However, fasteners that are susceptible to developing conditions such as stretching, cracking, or stripping can potentially fail and even set back an entire operation. Common Fastener Defect Factors Environmental Conditions Fatigue Loading Improper Installation (over or under torquing) Inadequate Product Design Incorrect Metallurgical Properties Manufacturing Defects Plating Defects Poor Production Processes Fasteners that are used in critical applications should be professionally tested by a lab such as ATS to ensure reliable performance. We regularly serve the aerospace, automotive, construction, defense, nuclear, and other industries. With our detailed test data, we can help our clients make informed engineering decisions by identifying weaknesses in their fastener components. ATS offers numerous testing capabilities for fasteners– including mechanical testing, nondestructive testing, chemical analysis, microstructural examination, and dimensional inspection. We can easily tailor our testing services to meet your individual needs with a comprehensive, multi-faceted testing approach. Additionally, we provide detailed testing reports. Fastener Testing Methods Hardness Load Capacity Tensile Strength Yield (Proof Load) Charpy Impact Radiography Magnetic Particle Ultrasonic Optical and Electron Scanning Microscopy...



Applied Technical Services performs flexural strength testing to verify the amount of force a polymeric material can support before it gives out. Manufacturers choose design materials based on several performance characteristics, many of which contribute to the final assembly’s overall durability. They understand that verifying the material’s expected strength can mean the difference between a successful product and one that can suffer an unexpected, premature failure. While unacceptable in all cases, such a situation proves specifically dangerous in the case of a load-bearing structural element designed to withstand perpendicular stresses. Companies send material samples to third-party testing facilities like ATS to verify or compare data from flexural testing when subjected to a load. Flexural testing is conducted to verify how much a material can bend before it fails and how much load will cause it to fail. We quantify these properties on reinforced or unreinforced plastics, electrical insulating materials, and composites using flexural strength testing. How the Method Works Alternatively referred to as bend testing, three- or four-point bend testing (depending on the test specifications), and transverse beam testing, the steps to perform this method are straightforward. Our technicians begin by affixing the appropriate fixture to our Bench Top Tinius Olsen. They align the sample so that it rests on top of two mandrels, its load equally distributed. Testing begins in earnest when the Tinius Olsen applies force to the material from above, using either a 3-Point or a 4-Point loading nose, as relevant to the testing scope. We use...



Applied Technical Services’ mechanical testing department offers proof pressure testing for clients in multiple industries. Our knowledgeable staff can test your pressurized components to verify that they conform to designed requirements along with applicable codes and standards. ATS also performs destructive burst pressure testing. Advantages of Proof Pressure Testing Proof pressure testing, a nondestructive type of pressure test, exposes components to various pressure levels under controlled conditions. This procedure tests to a certain pressure level rather than to failure. In a successful proof pressure test, the test component endures pressures above normal operating pressure without bursting, deforming, or leaking. This test is often performed before the final assembly and distribution of sensitive components to ensure quality, performance, and safety in power generation, aerospace, and automotive industries. Whether you are looking for hydrostatic (liquid) or pneumatic (gaseous) pressure testing, our lab is fully equipped to cater to your needs. ATS can perform pressure tests either in our lab or onsite at your location with pressure capabilities ranging from vacuum to 40,000 psig. ATS Pressure Testing Services As a leading testing and inspection service provider, Applied Technical Services delivers quick, accurate results with a dedication to excellent service quality. Our advanced lab operates under an ISO 9001:2015 registered quality management system and provides services both nationally and internationally. Our pressure testing services go beyond just proof pressure tests – we offer prompt and thorough leak testing services for piping systems, nuclear components, and much more. The following list highlights some of the...



Applied Technical Services offers PVC pipe failure analysis for clients in multiple industries, including construction, water distribution, and electrical. Our knowledgeable team of experts can quickly and accurately determine the cause of failure in your PVC piping system using diverse capabilities that are available in our advanced metallurgy and materials testing lab. Why Do Pipes Fail? Polyvinyl chloride (PVC) piping is made from a type of thermoplastic with high strength, rigidity, and hardness. However, PVC piping systems are not immune to developing deformities such as softening, degradation, erosion, and cracking. Over time, deformities can cause PVC pipes to rupture – resulting in lost time and money for your operation. Ruptures can happen as a result of manufacturing defects, improper installation, or extreme environmental conditions. Types of Failures Creep Failure Design Failure Environmental Stress Cracking Fatigue Failure Overstress Failure Oxidative Failure Fortunately, the metallurgy experts at ATS can provide some detailed insight into the exact cause for plastic piping failures. We perform detailed analysis in compliance with applicable industry standards, including applicable specialized procedures such as ASTM D2665, Standard Specification for PVC Drain, Waste, and Vent Pipe and Fittings. Additionally, our services include detailed reports. Our Failure Analysis Processes Contaminant, Scale and Corrosion Deposit Analysis (FTIR, EDS, and XRD) Fractography; Optical and Scanning Electron Microscopy (SEM) Fusion Analysis (Acetone Immersion) Mechanical Property Testing (crush, impact, and burst resistance) ATS – Your Provider for Pipe Failure Analysis Since 1967, Applied Technical Services has been providing clients with the best in testing and...



Applied Technical Services offers plastic pipe testing services to clients in a range of industries. Our ISO 9001:2015 registered metallurgy and materials testing labs have numerous testing capabilities at their disposal to thoroughly test plastic piping. We conduct tests according to your individual needs as well as to applicable industry standards. ATS also performs pipe failure analysis. Taking a Closer Look at Plastic Piping With the increasingly widespread use of plastic piping systems in water, gas, sewage, and other applications, businesses often request pipe testing services from third-party labs such as ATS. Plastic pipes – whether they consist of polyethylene, polypropylene, PVC, or other types of polymer – have many advantages but are not completely resistant to failure. Costly piping failures can be prevented by conducting periodic tests to ensure safe and reliable operation. Our knowledgeable team of experts can tailor ATS’ numerous testing capabilities to fit your pipe testing needs with tests such as melt flow rate, impact and burst pressure resistance, and chemical analysis, for instance. Additionally, we perform detailed tests in conformance with specialized procedures such as ASTM D2665, Standard Specification for PVC Drain, Waste, and Vent Pipe and Fittings. Whatever your plastic pipe testing needs are, we likely have a solution. Plastics and Rubber Testing Capabilities Thermomechanical Analysis (TMA) or Modulus by Dynamic Mechanical Analysis (DMA) Thermal Stability and Heat Aging Tensile Strength of Films and Fibers Polymer Identification (FT-IR) Melting Point, Heat Capacity (DSC), Crystallinity, and Glass Transition (Tg) Melt Flow Rate Lap Shear Strength...



Failure Analysis Services at ATS Applied Technical Services offers SEM failure analysis as a dependable method of observing and categorizing a material failure. Companies request failure analysis services from esteemed providers like ATS when their product, component, or material fails prematurely or unpredictably in its service environment. Our failure analysis division uncovers the root cause behind the failure and suggests remediation steps to prevent it from happening again; our clients trust us to do these things because of our expertise and sterling track record in the failure analysis field. How SEM Applies Scanning Electron Microscopy, commonly referred to as SEM, produces a vivid image of the sample’s surface magnified anywhere from a few dozen to tens of thousands of times. ATS’ failure analysts use our Hitachi S-3700N scanning electron microscope to take these microscopic images. Our advanced large-chamber instrumentation allows us to accommodate sizeable samples without having to section them, to measure features as small as 0. 1µm, to utilize our energy-dispersive X-ray spectroscopy (EDS) unit for elemental identification, and to produce images in stunning resolution for in-depth analysis. SEM represents an invaluable tool in our failure analysis repertoire because it can help our experts identify and predict failure modes by assessing microscopic features, such as: Fracture Characteristics Type and Shape of Inclusions Chemical Segregation via Elemental Mapping How the Method Works SEM, as its full name implies, makes use of the surface material’s electrons to build its image. The process begins with an analyst introducing the sample to the...



Applied Technical Services offers burst pressure testing as part of its large range of mechanical testing services. Our knowledgeable staff can burst test your components to verify that they perform as intended according to design specifications or applicable standards. ATS also offers nondestructive proof pressure testing. What is a Burst Pressure Test? Burst testing, a type of destructive pressure test, is frequently performed on pipes, tubes, small vessels, tanks, and other pressurized components to determine their maximum burst pressure and how they experience failure. Our competent technicians conduct this test by increasing the pressure level under controlled conditions until the test sample fails, or “bursts”. With this method, we can measure the maximum amount of pressure that components can withstand before experiencing failure or permanent deformation. Burst pressure tests are useful in locating weak points in materials that can potentially compromise performance and safety. With pressure capabilities ranging from vacuum to 40,000 psig, our lab is fully equipped to fulfill your burst pressure testing needs. We can test your components with the utmost attention to detail either in our advanced lab or in the field. ATS Mechanical Testing Services With decades of experience in testing and inspection services, Applied Technical Services is dedicated to providing a high level of service quality for our clients. Each one of our mechanical tests is conducted through measurable objectives, defined processes, and proven scientific principles. Furthermore, our lab operates under an ISO 9001:2015 registered quality management system. Maximum burst pressure limits are a crucial...



Applied Technical Services’ metallurgy department offers plastic impact testing. Our personnel can perform several types of impact tests for plastic components according to your needs and any applicable standards. Importance of Impact Testing for Plastics Knowing how your components respond to impact loads is an essential part of component design. With the widespread use of plastic components in a wide range of industries, more and more manufacturers are seeking plastic impact testing services. Impact testing primarily measures a material’s toughness properties, which is its ability to resist breaking after being subjected to a suddenly applied force. Plastic components can lack toughness as a result of incorrect material selection, poor product design, faulty manufacturing processes, and less-than-ideal service conditions. By conducting impact tests on plastic materials, technicians can quickly reveal susceptibilities to fractures or deformation from physical impacts. To assess material toughness, ATS offers both Izod and Charpy impact tests that strike the test sample according to specified parameters using a pendulum type striker. Each of our impact tests are performed by qualified technicians and include a detailed testing report. ATS – Your Trusted Provider for Impact Testing Applied Technical Services has been a forerunner in the testing and inspection field for decades. In keeping with our commitment to excellent service quality, we execute all our services according to our ISO 9001:2015 registered quality management system. We know the value of impact testing in ensuring that components operate as intended – and plastic impact testing is just one of the several...



Applied Technical Services’ metallurgy and materials testing labs offer chain failure analysis services. We help clients investigate their chain failures per generally accepted engineering principles, industry standards, and applicable specialized procedures. Industries such as construction and industrial manufacturing often rely on transmission or overhead lifting chains to transfer heavy loads between equipment day in and day out. No set of chains, however, is completely resistant to degradation or failure due to overload, fatigue, or wear. In the event of a failure, businesses can go to third-party labs such as ATS for a comprehensive chain failure analysis. Our Services Defects within chain components can be difficult or impossible to spot with the naked eye. Fortunately, our experienced staff can provide valuable, multi-faceted insight into the specific causes of chain failures. Our analysis methods include metallographic examination, mechanical testing, Scanning Electron Microscopy (SEM), chemical analysis, and others. The most common type of conveyor chain failure we see in our advanced labs is either fatigue cracking on the side plates or wear on the pins as a result of high bearing pressures. If necessary, we can travel to the site where the chain failure occurred to investigate the system or collect the appropriate samples to further support our analysis. Common Causes of Chain Failure Chain failure can result from any one or a combination of factors, including: Abrasion Debris Dust Environmental Effects Fatigue Heavy and Repetitive Loads Improper Maintenance Improper Service Manufacturing Processes Operation Speed Product Design Flaws ATS Failure Analysis Services As...



Applied Technical Services performs material failure analysis to help clients determine the cause behind a case of material failure. Distinct from simply determining the mode of failure of a component, this type of failure analysis approach focuses on how the processing history of base materials and their service conditions contribute to failure. This type of comprehensive evaluation is instrumental in discovering root causes for these failures. Why is Failure Analysis Important? Companies know that understanding how and why a material failed in service gives them a basis from which they can address the problem going forward; for this reason, they turn to experienced failure analysis labs like ATS because we help them identify the source behind their material failure and suggest a response to remedy it. Materials can fail due to a plethora of reasons that will vary based on the service conditions of the final assembly. Experts typically characterize these as brittle, ductile, fatigue, embrittlement, or environmentally related failures. Common causes of material failure include: Incorrect Material Selection Inappropriate Heat Treat Condition Corrosive Attack Buckling Load Creep (Stress Rupture) Thermal Shock Fouling (Scale / Deposit Buildup) Impact Load Fatigue (Mechanical or Thermal) Wear Mechanical Overload Our Testing Capabilities Our failure analysis lab performs a variety of methods to examine material failure modes and find their root causes. Some of the most common techniques that we use for material failure analysis include: Nondestructive Testing Visual Inspection (VT)* Liquid Penetrant Testing (PT)* Magnetic Particle Testing (MT)* Eddy Current Testing (ET)* Ultrasonic...



The Need for Compression Set Testing Applied Technical Services performs compression set testing on client rubber samples to determine how well they revert to their original shape after prolonged exposure to compressive stress. Rubber is a valued class of design material due to several characteristics, especially its elasticity. As opposed to plasticity, which indicates a permanent change, elasticity is the tendency of a material to resume its original shape after deforming while undergoing stress. Certain elements affect how well a material returns to its original form, including temperature, chemical exposure, and duration of deformation. Certain service environments may require a rubber component to undergo repeated or even constant compression, such as in the case of O-ring seals, gaskets, and automotive tires. Ensuring these components perform as required for their intended purpose reduces the likelihood that the final assembly will prematurely fail. Manufacturers send their rubber samples to a third-party testing lab, such as ATS, to validate their components’ design and material properties before production or placement in specific service environments. How the Method Works ATS’ polymer testing technicians use a standardized compression device to perform this method. They first measure the initial height of the rubber compound sample to establish a baseline. Next, they install the sample between two plates secured to one another by bolts and nuts. Tightening the nuts draws the plates together, compressing the sample between them to a certain deflection determined by spacers. After time has elapsed, the duration of which is determined by testing specifications...



Applied Technical Services performs solar simulation testing to help clients determine how their design materials react to sunlight over time. The radiation emitted by the sun can cause a variety of unwanted effects on materials exposed for extended periods, ranging from aesthetic changes like fading colors to structural changes like making them brittle and reducing their strength. Manufacturers recognize the need to ensure their products stand up to the rigors demanded of their intended service environment, whether to meet quality assurance, industry standard, or regulatory requirements. They send samples to third-party testing labs like ATS for solar simulation, which allows us to verify the resistance they show to the effects of extended sunlight exposure. Our Capabilities and Standards Our environmental testing division performs all our solar simulations. These specialists achieve the precise conditions needed to test samples using advanced equipment, such as our walk-in solar chamber. This chamber accommodates samples as large as 10ft×10ft×8ft, allowing exposure of both internal and external components at the same time. ATS technicians precisely control for the amounts of radiation from the solar spectrum — i. e. , infrared, visible light, and ultraviolet — that they introduce to simulate sunlight exposure in the environment specified in the testing scope. They can also control for other environmental factors to most closely replicate what a product may endure in its intended service conditions, introducing temperatures from -40°C to 80°C and relative humidity from 5% to 95%. Further customization, such as introducing cycles of different conditions or exposing...



Applied Technical Services offers Amazon product testing to help combat the spread of counterfeit items across the online retailer and to ensure compliance with safety regulations (such as CPSC/CPSIA). The number one digital marketplace in the world maintains its supremacy by adding new vendors, both to broaden the selection of products offered and to drive down the cost to consumers by increasing competition. However, as Amazon continually expands its list of partnered merchants, deceitful sellers peddling bogus products slip through the cracks of their authentication process. Amazon does use algorithms to find and block sketchy listings before they go live but ultimately leaves spotting fraudulent merchandise after the point of sale to the brands themselves due to the sheer size of their platform. The manufacturers behind authentic wares increasingly turn to third-party testing labs like ATS to analyze the phonies and help report them to Amazon. Additionally, manufacturers/importers partner with ATS to ensure they meet necessary compliance testing regulations in order to provide Amazon with a safety testing certification. The Importance of Amazon Product Testing The bad imitations that secure an Amazon listing tend to sell for cheaper than the original article because they cannot compare in terms of quality, whether due to inferior materials, shoddy manufacturing practices, or blatant disregard for the consumer’s well-being. While this trend proves inconvenient for the brand-hawks cheated out of a luxury item à la shady Manhattan street-corner watch salesman, more concerning are the knockoff consumer products hosted throughout the site that do not...



Applied Technical Services offers powder characterization to help manufacturers ensure their design materials meet their requirements. Our chemical analysis division can analyze a powder sample to determine a wide variety of attributes important to a final product’s performance in a service setting. Everything about a powder needs verifying before it can see widespread use in a final product. For example, if the particles in a toner ink cartridge do not fall within a certain size range or differ wildly in shape and uniformity, the printed page’s image quality becomes much poorer. Alternatively, if materials suppliers send a grade of steel powder other than the one identified in the product specifications for an additively manufactured component, that piece’s physical durability may be compromised. Manufacturers send powder samples to third-party testing labs like ATS to avoid the sorts of problems outlined above. ATS’ chemical analysis labs perform all powder characterization services. These specialists select the most appropriate techniques from a variety of testing methods to identify the material composition and define the size and shape of client samples. Material Identification When designing a new product, engineers select each material for its distinct qualities —tensile strength, impact durability, electrical conductivity, high melting point, elasticity, corrosion resistance, or whatever else may appeal — because of how it can contribute to the success of the final assembly in expected service conditions. One guaranteed way of not getting a design material’s desired benefits is to use the wrong one, whether due to a mix-up with a...



Applied Technical Services performs particle size distribution testing to help clients qualify their samples for use. Companies that intend to use powders for industrial applications — such as powder metallurgy, injection molding, protective coatings, or additive manufacturing — find that one of the most important factors contributing to the success of their final product is the uniformity of their powders. Importance of Particle Size Distribution and Testing A subset of granular materials, powders are likewise made up of an immense number of individual particles. The main difference between them and other granular materials is that the particles that make up a powder are so extremely fine that they flow almost like a liquid when poured. Powders with highly uniform particles flow more freely, which allows them to settle more evenly. For most industrial applications, having tightly packed particles improves the physical performance characteristics of the end-product (e. g. , the tensile strength of additively manufactured components). Conversely, highly irregular particles in a powder sample could undermine the efficacy of the component they are used to form. To ensure their powders have a beneficial powder size distribution, manufacturers send their samples to third-party testing labs like ATS. Clients from a wide variety of industries send us their powder samples for a variety of applications. They may request this testing to help validate their powder production process or to perform quality control analysis on a failed product. Whatever the case, they know they can depend on ATS to give them the answers...



Applied Technical Services performs ELV testing to help automotive clients maintain compliance with the directive. Automotive Scrap: The Toll on Human and Environmental Health Disposing of a retired vehicle bears certain unintended consequences. While scrap yards salvage and recycle much of a vehicle’s most profitable materials (namely steel and aluminum), more hazardous substances make their way into the environment via landfills. Many of these toxins leach into the soil and make their way up the food chain. Although we are naturally exposed to them in trace amounts, ingesting unsafe levels of heavy metals such as lead, mercury, cadmium, and hexavalent chromium can cause a litany of health effects over time — ranging from developmental problems in fetuses to cancer in adults. If one car’s worth of toxic materials presents a problem, the associated health risks grow precipitously when one considers that roughly 27 million vehicles are retired annually around the world. Several legislative bodies across the world recognize the danger posed by these heavy metals in other consumer products, prompting them to produce legislation such as California’s Proposition 65 to curb their usage. The End-of-Life Vehicle directive pertains specifically to automotive products. How the End-of-Life Vehicle Directive Helps Implemented by the European Union (EU) on 18 September 2000, the End-of-Life Vehicle (ELV) directive applies to all entities seeking to sell automotive products in its member nations. This legislation primarily aims to reduce the impact that end-of-life vehicles have on the environment and human health. As an extended producer responsibility law,...



Applied Technical Services’ wide selection of capabilities set us apart from the next metallography lab. Not only can our scientists perform metallographic analysis on a range of alloys, polymers, and ceramics, but ATS can also determine sample materials’ numerous mechanical and chemical properties using other branches of testing — all conducted in-house. Our varied body of expertise ensures clients can achieve an array of testing goals through one supplier. Read on to learn about our credentials specific to metallography. Why Metallography? Metallography is the discipline of characterizing the microstructure of samples (often a metal but sometimes a ceramic or polymer material). This type of analysis yields insight into the formation and processing of the material, which can positively or negatively affect the performance of the final assembly in service situations. The general features of interest include: Grain Size Grain Flow / Orientation Grain Structure Phase Identification Intergranular Corrosion Presence of Nitriding Case Depth Coating Thickness Inclusion Morphology Inclusion Content Intermetallic Phases Porosity Void Orientation Clients may request metallographic analysis for several reasons, such as to qualify a design material or to determine the cause behind a material failure. ATS’ metallography specialists help in this regard by not only performing the methods to confirm the attributes listed above but also analyzing and interpreting the results of their investigation. The Process The metallographic process entails a few steps that remain consistent no matter what standards a technician follows. First, our personnel perform sample preparation. This phase includes the following techniques which our...



Applied Technical Services’ materials testing labs perform an extensive array of methods to help clients verify the characteristics of their samples. For most third-party testing labs, materials testing represents a diverse class of services. To illustrate, ATS’ materials testing department consists of several different branches of analysis, including environmental, mechanical, electrical, metallurgical, failure analysis, and forensic testing. Similarly, testing services may occur in-lab or on the client’s jobsite, depending on the scope of their needs. Furthermore, clients may request materials testing for several applications, ranging from material qualification to failure analysis to compliance testing. Differences abound, but the common feature between this variety of methods is their focus: characterizing the physical (as opposed to chemical) traits of a material sample. ATS' Capabilities ATS sorts its materials testing capabilities between several of our in-house labs according to the goal of each method. Every lab offers an abundance of materials testing methods, performed by technicians with significant experience in performing them to relevant standards and specifications. In fact, our Marietta office maintains ISO/IEC 17025:2017 accreditation through the A2LA to perform many of the following tests to commonly requested standards. Environmental Testing: exposing samples to one or more non-mechanical stimuli that the finished product must survive in routine or otherwise reasonable service conditions. Xenon Ultraviolet Humidity Thermal Cycling Thermal Shock Color / Specular Gloss Altitude Vibration / Seismic Ingress Protection Flammability Coating Adhesion / Abrasion Resistance Mechanical Testing: subjecting samples to physical pressures and stresses to determine the suitability of the test material...



Applied Technical Services offers a range of baby product testing services to verify that samples meet industry standards for safety. While many manufactured products are subject to regulations that restrict the use of harmful substances, few are scrutinized as carefully as baby products. Developing babies and infants are extra-sensitive to chemicals potentially found in everyday items such as sippy cups, strollers, toys, and pacifiers. Types of Chemicals Found in Baby Products Bisphenol A (BPA) BPA is used in the manufacturing of certain plastics that are often used in food and beverage containers. However, even in small quantities, BPA can be harmful to babies. Food and drink containers are closely monitored for BPA levels, which can be ingested if they leach into foods and liquids. For BPA tests, we use our Triple Quad Liquid Chromatography Mass-Spectrometer (LC/MS/MS) to analyze BPA content at a detection limit of up to 100 parts per trillion (ppt). Phthalates Phthalates are chemical compounds often used to make plastics more elastic and durable. These compounds can enter the body through ingestion, breathing, or skin contact and pose a risk for babies and could potentially cause negative long-term health effects in adults. The limit for phthalate content in children’s toys or care articles is 0. 1 percent of DEHP, DBP, or BBP phthalates. Our consumer product testing lab uses our Gas Chromatograph/Mass Spectrometer (GC/MS) to determine the level of phthalate content present in baby product materials. Flame Retardants To meet flammability requirements and reduce the risk of materials catching fire,...



Applied Technical Services offers teether and pacifier testing to detect toxic substances and verify structural integrity in accordance with standards 16 CFR 1511 and 1500. 18(a)(8). Testing pacifiers and teethers for chemical and structural safety is especially important due to the increased vulnerability of infants. According to the CPSC, pacifiers and teethers require testing at a CPSC-accepted laboratory such as ATS (using toy safety standard ASTM F963 4. 20 & 4. 22). What is BPA? Including Bisphenol A (BPA) in pacifiers poses a danger to infants and toddlers. BPA is a chemical compound used to manufacture plastics that can be found in all kinds of consumer products that people use every day. Consumer safety agencies like the CPSC heavily regulate the use of this compound in food and drink containers due to health concerns. Even in small amounts, BPA can act as an endocrine disruptor in the human body and potentially cause lifelong adverse health effects. What are Phthalates? Phthalates are also closely monitored substances found in everyday products. Manufacturers use these compounds to improve the flexibility and durability of plastic materials. Like BPA, phthalates can be found in pacifiers and pose health risks if they leach into an infant’s body through the mouth. In the US, children’s toys and care articles cannot be manufactured or sold containing more than 0. 1 percent of DEHP, DBP, or BBP phthalates. Structural Integrity Testing ATS tests pacifiers and teethers to determine if they possess adequate structural integrity in accordance with standards 16 CFR 1511 and...



Applied Technical Services performs ELV compliance testing for automotive manufacturers and parts suppliers to ensure they meet the criteria defined in this EU directive. Officially adopted in 2000, the End-of-Life Vehicle (ELV) Directive outlines a set of requirements that automotive companies must abide by to sell vehicles in the European Union (EU). These requirements help reduce the environmental impact of automotive scrap — both parts and vehicles. Much like a similar directive concerning consumer electronics, called the Restriction of Hazardous Substances (RoHS) directive, ELV sets recycling benchmarks for automotive products to meet and restricts the use of certain materials detrimental to human and environmental health in automotive components. EU member nations require ELV compliance for automotive manufacturers to sell their products in their economic region. Noncompliance with the directive can result in punitive fines or, in the case of flagrant offenses, denial of importation to member countries. To maintain access to this large sector of the global automotive market, both manufacturers and suppliers around the world abide by the EU’s requirements. Restricted Substance Criteria for ELV Compliance The ELV directive holds manufacturers responsible for the compliance of their vehicles. For this reason, OEMs established the International Materials Data System (IMDS), to keep track of the materials that make up their products. By doing so, OEMs have passed some of the accountability for material compliance onto their parts suppliers. The EU requires certificates of compliance affirming that parts contain only acceptable amounts of restricted materials. Third-party testing labs like ATS perform...



Applied Technical Services offers PV 3341 standard testing to evaluate the content of VOC emissions from non-metallic automotive materials. Vehicle interiors are often built with thermoplastics and elastomers that can release chemical compounds called VOCs (Volatile Organic Compounds). These gaseous compounds negatively affect air quality and can be harmful to human health when present in high concentrations. About the PV 3341 Test Method Volkswagen’s PV 3341 test method involves the process of Headspace GC analysis using an FID detector to quantify the VOCs released from interior materials in micrograms of carbon per gram of sample. This value can be used to determine whether said materials pass OEM regulations. During this method, a sample material is heated in a Headspace incubator at 120 degrees Celsius to vaporize the VOCs present in the material. Once the substances are released, they can be analyzed through the process of gas chromatography. Volatile compounds can be identified using headspace gas chromatography with mass spectroscopy separately if needed. Our Testing Capabilities ATS’ skilled automotive testing personnel perform all PV method 3341 procedures with specialized, up-to-date equipment in our ISO/IEC 17025:2017 accredited (A2LA) chemistry lab to attain clear and precise results. Our lab personnel follow the relevant standards set for the wide range of VOC tests that we offer. Applied Technical Services – A Reliable Testing Provider For over 50 years, ATS has successfully uncovered facts in Materials Testing, Chemical Analysis, Metallurgy, Forensic Investigations, and Nondestructive Testing. ATS provides quality inspection, testing, and consulting engineering services for...



Applied Technical Services performs drop weight testing for clients looking to determine the nil-ductility transition (NDT) temperature of ferritic steels. The drop weight test (also known as the Pellini Test) was developed in 1952 by the Naval Research Laboratory and is currently standardized in ASTM E208. At the NDT temperature, the fracture mode of steel changes from ductile to brittle. When temperatures are above the NDT, a piece of steel containing a flaw will stretch or deform in a ductile manner when loaded to its yield strength. At temperatures below the NDT however, the same piece of steel will fracture in a brittle manner. Because of damage costs and hazards associated with brittle fractures, companies rely on drop weight tests to discover the NDT of steel materials utilized in critical applications such as in manufacturing of ships and pressure vessels. During these ASTM method E208 tests, rectangular specimens with a notched, crack-starter weld bead on their tension surfaces are subjected to impact loads using a free-falling drop weight test system. Multiple specimens are tested at a range of different temperatures to determine the maximum temperature at which a specimen breaks, allowing for the NDT temperature of the steel to be measured. Our Drop Weight Testing Capabilities ATS’ drop weight tests are performed by our skilled mechanical testing lab personnel, who operates specialized equipment to deliver accurate results. Our tests follow the ASTM standard E208, which is used to discover the NDT temperature of ferritic steels 5/8 inches thick (15. 9...



Applied Technical Services provides shear strength testing services to determine the strength of products exposed to shear loads. The shearing of a material refers to a sliding failure caused by forces that are applied in a parallel but opposing direction, permanently deforming the material as it slides against itself. Because a variety of products may be subject to “shear loads” that can result in failure, it is important to determine the ability of materials to resist these forces. Shear strength is found by measuring the maximum level of stress that a test material can sustain before it ruptures. Materials that are often tested for shear strength include: Adhesives Composites Fasteners Films Plastics Testing Capabilities ATS employs its skilled mechanical testing lab personnel to provide a variety of shear strength tests. Our technical experts work in accordance with the relevant industry standards for each test method, operating specialized equipment to accurately determine if a given test product is fit for service. Shear Testing Standards The most commonly performed shear testing procedures include the following: ASTM D732 - Shear Strength Test for Plastics ASTM D1002 - Lap Shear Strength of Adhesively Bonded Material Specimens ASTM D2344 - Short Beam Shear Testing ASTM D3163 - Lap Shear Strength Test of Adhesively Bonded Plastics ASTM D3164 - Shear by Testing Loading ASTM D3846 - Shear Strength of Reinforced Plastics ASTM D5868 - Lap Shear Adhesion Test for Fiber Reinforced Plastic (FRP) ASTM F606 - Single Shear Test of Treaded Fasteners (ISO/IEC 17025 (A2LA) Accredited...



Applied Technical Services offers European toy safety testing for clients looking to ensure that toys are manufactured in compliance with EN 71. All toys sold in the EU must follow EN 71, which refers to a set of European product safety standards that exist to identify hazards and reduce toy-related accidents. Failure to comply with EN 71 can result in the withdrawal of products, lawsuits, fines, and even imprisonment. The EN-71 standard is broken down into several parts, although the most requested tests cover parts 1-3, which are described below: EN 71-1: Mechanical and Physical Properties of Toys The 71-1 standard serves to determine whether a toy has certain features or characteristics that could present health hazards that are not clear to users. Examples of such hazards include sharp materials or small parts that could cause choking. Appropriate warning labels must be applied to toys if they present safety concerns based on this standard. EN 71-2: Flammability of Toys Standard 71-2 establishes requirements for toys that could present significant injury risk to children with their potential to catch fire. It determines the flammability of toys by analyzing certain factors, such as what materials are used in each product and how quickly they burn. Specific requirements may be established for toys that appear to be the most flammable, such as wigs, costumes, and stuffed animals. EN 71-3: Migration of Certain Elements EN 71-3 determines the migration of elements such as Antimony, Barium, Cadmium, Chromium, Lead, Mercury, and Selenium from toys. This...



ATS performs testing to a variety of chemical analysis methods, including several techniques to assist our clients with contamination test services. Nearly as important as the initial selection of design materials, verifying materials can greatly change the final product’s performance and success. Contaminants can change the composition (and thus characteristics) of the product and can undermine the performance of even the most artfully chosen materials. Manufacturers with a contamination problem can potentially see their products fail more often and more quickly than anticipated due to their design material’s compromised chemical or mechanical properties. As a result, production, quality, product performance, and sales may be negatively impacted. Contamination testing helps clients verify materials and identify potential contaminants. With the insight our chemical analysis lab offers, companies can reformulate their product, change production methods, or carry on confidently to the assembly line as appropriate. ATS' Most Commonly Requested Contamination Test Services ATS utilizes several techniques (as needed) to identify contamination concerns. Contaminants can present themselves in a litany of ways, ranging from fibers to particles to stains to residues to odors. Our skilled chemists choose the most applicable method based on the material to be analyzed and the nature of the contamination. The chemical analysis lab employs the following methods and is ISO/IEC 17025:2017 accredited by the A2LA to perform each of them to applicable standards where noted: Ion Chromatography (IC) Useful for identifying contamination consisting of charged particles. In addition to being general contaminants, common anions, including chloride, sulfide, nitrate, nitrite,...



Applied Technical Services performs Soil Resistivity Testing for clients who need to determine soil conductivity to design efficient electrode grounding systems. Why is Soil Resistivity Testing Important? Ideally, grounding systems should be built in places where soil was tested to show the least resistivity, allowing the new installation to function efficiently. Because soil resistivity is influenced by a variety of factors, such as moisture content, electrolyte content, and temperature, resistivity measurements are an essential step in the construction of any grounding electrode. To accurately calculate soil resistivity, ATS employs the Wenner four-pin method according to ASTM G57. Our technicians perform the Wenner test by lining up four equidistant electrodes in the ground and using the two outer electrodes to inject current into the soil. The two inner electrodes measure voltage, after which technicians can calculate the soil’s electrical resistance. Our Testing Capabilities ATS’ Electrical Testing division performs all our Soil Resistivity Testing services. This group of certified testing personnel use up-to-date technology to deliver reliable, accurate results. Our Wenner resistivity tests adhere to both ASTM G57 and AASHTO T 288 standards. Applied Technical Services – A Reliable Testing Provider Since our founding in 1967, ATS has earned a reputation for providing quality consulting engineering, testing, and inspection services. Recognized in both national and global markets, ATS is known for successfully uncovering facts in Metallurgy, Materials Testing, Chemical Analysis, Nondestructive Testing, Calibration Services, and Forensic Investigations. ATS serves clients in a variety of industries, including those in the fields of construction,...



Applied Technical Services (ATS) offers a variety of VOC Testing Methods for clients looking to determine the composition of VOCs (Volatile Organic Compounds) in a given test material. VOCs are chemical compounds that include gases emitted from either solids or liquids at normal room temperature or slightly elevated temperatures. Various products from household items to the car you drive can be emitters of VOCs, with certain compounds being dangerous to human health and/or the environment when released above the government established limits. EPA Method 24 One of several VOC Testing Methods ATS performs is EPA Method 24, which was established in 1984 as a means of regulating these harmful compounds in surface coatings. A Method 24 analysis yields general VOC composition values (such as density and water content) in the first section, while the specific compounds present in the sample material are identified during the second half of the test. Testing in accordance with EPA Method 24 is recommended for liquid samples such as inks, paints, or coatings. GC/MS Testing This general technique involves using Headspace GC/MS (Gas Chromatography/Mass Spectrometry) analyzers to discover VOCs in samples of liquids or solid materials. In GC/MS Headspace Testing, a sample test product is heated at a specific temperature for a predetermined time length before the VOC content is determined.   GMW 15634 and VDA 278 Both GMW 15634 and VDA 278 standard testing use dynamic thermal desorption to determine the VOC content in various non-metallic materials. When performing either of these tests, a...



Applied Technical Services offers Skidmore Bolt Testing for clients looking for pre-installation verification tension and rotational capacity testing of structural fasteners, as well as general fastener testing to determine torque/tension relationships. What is Skidmore Bolt Testing? Skidmore Bolt Testing verifies that the bolt assembly meets the required specifications and capacity, while also confirming whether the installers of the bolt assembly have followed correct procedures. Knowing exactly how much of the torque applied to meet the required amount of tension in the bolt assembly is not possible without this type of testing. In the process of Skidmore Bolt Testing (also referred to as Pre-installation Verification Tension Testing and Rotational Capacity Testing), a bolt, nut, and washer assembly are inserted into the tension reading equipment. The assembly is tightened to simulate the conditions of installation into a steel connection, (for example, in the case of a Tension Control bolt) and the tension persists until the spline of the bolt shears off. ATS uses Skidmore Wilhelm’s hydraulic tension calibrator, which is the industry standard for testing on fasteners in tension-critical joints. Skidmore tension calibrators are required to be used on high strength bolts utilized in the construction of buildings, bridges, and other major structures. Testing Capabilities ATS conducts Skidmore Bolt Testing procedures within its Mechanical Testing Division. Our labs are operated by trained experts who are familiar with the methods of using Bolt Tension Testers capable of handling up to 170,000 pounds to test components such as: Hex Bolts, Tension Control Bolts, Anchor...



Applied Technical Services offers CTOD testing for companies that need to determine the suitability of their design materials. Various factors can lead to the initiation of a crack in a structural material, including welding imperfections, stress corrosion, material fatigue, and improper use. Once formed, these imperfections propagate to the point of complete fracture if left untreated. For this reason, manufacturers and fabricators favor structural materials that display a greater fracture toughness. Fracture toughness is a measure of how much resistance a material displays against crack propagation once a flaw (in this case, a crack) has been introduced into its structure. This quality is different from a material’s strength, which indicates how stress the material can support before yield or failure without a flaw present. Verifying a sample’s fracture toughness gives clients insight into how long the material can last between sustaining a crack and succumbing to total fracture — a critical time that may afford inspectors the opportunity to discover, assess, and respond to the flaw. ATS verifies this characteristic by performing crack tip opening displacement (CTOD) testing. How the Method Works Our mechanical testing experts undertake this method by machining a material sample into standardized dimensions. Technicians then introduce a fatigue crack of a specified length by applying calculated cyclical forces to the sample. Having cut a notch into the center of its mass allows them to control the location and direction of the crack when it forms. Finally, the pre-cracked sample is subjected to static loading to exacerbate...



Applied Technical Services performs particle size distribution analysis to measure the dimensions of particles in a sample powder. Powders are dry masses of solid, discrete particles, which flow almost like a liquid and have been used in a variety of applications throughout several industries. The shapes and sizes of the individual particles that make up a powder specimen can fundamentally change the performance characteristics of the final product in which they will be used — manufacturers understand the importance of characterizing their powder with a trusted testing provider for this exact reason. ATS’ particle size analysis lab performs this service for clients who need to validate their powder products. Laser Diffraction ATS’ chemistry department performs this test using specialized equipment called a laser diffraction particle size analyzer. Our testing experts begin by loading the specimen into the sampler and exposing it to a laser beam that interacts with a sample of particles. This interaction causes the laser to scatter and diffract until it reaches a focal point, which contains a sensor that measures the intensity of the light it receives. Finally, the equipment processes this data using an algorithm to characterize the sizes and shapes of particles in the sample according to several dimensions and categories. ATS’ chemists perform the laser diffraction method of particle size analysis according to ASTM B822. The instruments they use are sensitive enough to yield measurements ranging from . 02 – 2800µm, allowing them to answer the needs of manufacturers validating powders for use in...



Applied Technical Services provides shear testing to determine a product’s strength when exposed to shear loads.  This particular test results in a sliding failure along a component’s plane that runs parallel with the direction of the force.   Mechanical Testing Services Our mechanical testing lab determines the shear strength of a material by measuring the ultimate load reached before complete separation. Many manufacturers either research published values or conduct shear strength tests when determining what design and materials to use in building components. Types of Materials Commonly Tested for Shear Strength Adhesives Bonded Metals Composites Fasteners Films Plastics Pins Standards and Regulations Many industry standards have established shear testing recommendations as a guideline to determine if a product is fit for service.  ATS’ technical experts are familiar with these applicable standards and test to them on a regular basis. Shear Testing Standards ASTM D732 — Shear Strength Test for Plastics ASTM D3846 — Shear Strength of Reinforced Plastics ASTM D2344 — Short Beam Shear Testing ASTM D3518 — Shear Response of Polymer Matrix Composite Materials ASTM D3164 — Shear by Tension Loading ASTM D1002 — Lap Shear Strength of Adhesively Bonded Material Specimens ASTM D3163 — Lap Shear Strength Test of Adhesively Bonded Plastics ASTM D5868 — Lap Shear Adhesion Test for Fiber Reinforced Plastics (FRP) ASTM F606 — Single Shear Test of Threaded Fasteners ISO 13445 — Block-Shear Method for Shear Strength of Adhesive Bonds between Rigid Substrates ISO 4587 — Tensile Lap-Shear Strength of Rigid-to-Rigid Bonded Assemblies NASM...



Applied Technical Services’ materials testing department provides microhardness testing. This test is also commonly known as microindentation hardness testing. This procedure tests the hardness of materials using lower applied loads than ones employed in other hardness test methods. During this test, a sample, normally very small or thin in size, is impressed with a diamond indenter using a known applied force. The resulting values determine a material’s hardness or resistance against penetration. Microhardness Testing provides accurate and detailed information about the properties of a surface hardened component and the heat-affected zone of welds. ATS is very familiar with both the Knoop and Vickers methods, however the Vickers Hardness Test is used extensively in weld qualification testing. A Vickers Hardness Test determines the resistance of a material to deformation by using a relatively simple but accurate procedure. The Microhardness Test can measure surface to core hardness on: Carburized parts Case-hardened parts Parts with suspect grinding burns, in addition to HAZ of Welds ATS Performs Test to Specific Standards Applied Technical Services has been providing testing services for over 50 years. We test to either published industry codes or specific customer guidelines. Our labs are ISO/IEC 17025:2017 (A2LA) accredited and able to perform hardness testing methods in accordance to standards such as the ones listed below. Test Methods and Specifications ASME Sect. IX ASTM E1077 ASTM E384 MIL Specifications ATSM A956 ASTM E18 ASTM E10 ASTM A370 ASTM E92 EN 1043-1 EN 1043-2 ISO 6506-1 ISO 6507-2 Our Labs Provide Quality Work...



ATS offers load testing for companies needing to determine load carrying capabilities of equipment, components, parts, and structures. On a regular basis, our qualified and equipped experts monitor how test samples react to static, dynamic, and cyclical mechanical loads. There are many industry standards that provide detailed procedures that assist in determining if a product’s properties are fit for service. Load Testing Determinations Safe Working Load — Manufacturer’s recommended maximum load Yield Load — When a material shows signs of stress and degradation Failure Load — Complete material and/or mechanical failure Mechanical Load Methods Static Testing — When a product is exposed to a constant load for a specified time. This method applies tension at a uniform and slow rate. Dynamic Testing — When a component is exposed to a moving load. This method imparts tension load rapidly by increasing the speed or by applying sudden spikes of stress. Cyclic Testing — When materials are subjected to a loading and unloading force for specified conditions, cycles, and durations. Defined stresses may include varying load levels while exposed to drastic temperature changes. Types of Mechanical Load Testing Tensile Tests — When a sample is subject to controlled tension until failure. It measures tensile strength along with maximum elongation and reduction in area. Compression Tests — When a sample is subjected to a compressive force to determine the material’s crush resistance during a defined time period. Shear Tests — Determines the maximum shear stress a component can handle before a sliding failure...



ATS is a respected particle size analysis lab, capable of determining the size distribution in a variety of powder and liquid samples. Our chemists perform this analysis to characterize the specimen and qualify it for use in an array of manufacturing purposes, including additive manufacturing, powder metallurgy, the application of powder coatings, and the injection molding of components. The Importance of Particle Size Analysis Metallic and polymeric powders have a variety of characteristics that influence their usefulness as production materials. The size and shape of each particle can alter important performance qualities such as flow rates, packing density, and thermal conductivity, each of which affects the performance qualities of the final product. Our chemical analysis services help manufacturers determine whether their powder has been formulated in such a way that it will display desired characteristics. We accomplish this by performing a method called laser diffraction. How We Use Laser Diffraction The method works by firing a laser at a sample mounted behind a focusing lens. As light waves from the laser hit the sample, they diffract around the particles and scatter until hitting the focal point, making a pattern. The sensor within the focal point measures the intensity of the light from the center of the pattern, allowing an algorithm to determine the size of the particles hit by the laser. Our advanced equipment can yield measurements ranging from . 02 µm to 2. 8 mm, allowing our expert chemists to precisely report on the sample’s particle size distribution with...



What are Halogens and Halides? Applied Technical Services performs testing for halogens and halides. Halogen is the name of a family of periodic elements: namely fluorine, chlorine, bromine, iodine, and astatine. These are highly reactive elements that, when paired with a variety of metals, create salts called halides. This class of compounds includes potassium iodide, silver bromide, and sodium chloride — better known as table salt. Manufacturers use halogens and halides in products ranging from powerful disinfectants like bleaches to lighting like incandescent lamps. Importance of Testing These chemicals can be corrosive in small quantities and are harmful in large quantities; for this reason, their use is limited by regulatory bodies and industry standardization entities. Europe, North America, and China, each an important consumer market, maintain regulations on the concentration of halogens and halides that can be used in a product’s formulation. Manufacturers send samples of their design materials to third-party testing companies like ATS for insight into their product. Our materials testing and consumer product testing labs discover how much of a specimen’s composition consists of these chemicals, which helps to determine whether client product formulations comply with various limitations on halogen and halide content. About Our Methods ATS’ skilled chemists analyze halogens through a variety of techniques, including ion chromatography, oxygen bomb sample preparation, inductively coupled plasma-atomic emission spectroscopy (ICP-AES), ion-selective electrode, and wet chemical titration. Using these methods, they can conduct halogen analysis on all types of specimens, including finished goods, corrosion products, and material surface by...



ATS’ Mechanical Testing Department provides proof load testing. What is Proof Load Testing? A proof load test evaluates different devices to ensure they are meeting the appropriate weight bearing capabilities. This test is vital to making sure components are meeting the safety requirements put in place. Proof load tests should be conducted on new devices before being placed in service, or to determine if current equipment is still performing to set expectations. This test should be performed more often if the piece of equipment is safety-critical, such as lifting people. Proof Load Testing Applies to the Following Devices Chain blocks Cranes Fasteners Hoists Jacks Lifting equipment Lifting Tackle Motor vehicle lifts Scissor Lifts Sling Chain Synthetic or wire ropes Web Sling Winches We Test to Specific Standards Applied Technical Services is a third-party testing provider that tests to industry-specific codes and standards such as API, ASME, ANSI, NBIC, or customer-published guidelines. Our experts will observe your equipment to ensure its abilities conform to industry standards. Standards that Require Load Testing StandardPertains ToASME B30. 9Lifting SlingsASME B30. 10-1. 7HooksASME B30. 16Overhead HoistsASME B30. 17Overhead and Gantry Cranes and TrolleysASME B30. 20Various Below-the Hook Lifting DevicesASME B30. 20Manual Lever HoistsASME B30. 26Various Lifting AccessoriesANSI N14. 6Special Lifting Devices for Shipping Containers for nuclear materials weighting >4500kgOSHA Section 1926. 251Special Custom Lifting Accessories that should be Tested Prior to use to 125% of WLL (Working Load Limit) Quality Assurance Our ISO 9001:2015 registered Quality System allows Applied Technical Services to consistently provide high...



ATS performs VOC testing and analysis on samples to determine their volatile organic compound content. Volatile Organic Compounds (VOCs) are emitted from certain solids or liquids at either room temperature or elevated temperatures. These emissions are responsible for the distinct smells of new cars, carpet, and nail polish. However, they also pose safety risks to consumers and are heavily regulated as a result. VOC Testing Services The method utilized for the analysis and detection of VOCs is called static headspace/gas chromatography. The technique involves heating the sample to a predetermined temperature, then sweeping the resulting vapors into the analytical column for separation and identification. Types of Volatile Compounds Benzene Chlorofluorocarbons Formaldehyde and Aldehydes Methylene Chloride MTBE Phthalates Reasons for Testing Chemical analysis from a qualified lab is a critical need for clients in the consumer product industry. Our experts take a closer look at products and samples to help clients meet their objectives, such as: Compliance with Industry Standards and Regulations Consumer Safety Quality Assurance and Control Our VOC Testing Capabilities Regularly Used Test Standards Our chemical analysis lab is ISO/IEC 17025:2017-accredited to test for VOCs in accordance with the following methods and standards: EPA 24 ASTM D1475 ASTM D2369 ASTM D4017 ASTM D4457 VDA 277 VDA 278 Additionally, we test to automotive standards from top manufacturers, such as: FLTM BO 131-03 (Volkswagen) PV 3900 (Ford) GMW 15634 (GM) Common Specimens Automotive Interiors Leathers Plastics and Polymers Paints and Coatings Contact Us Contact ATS today to schedule VOC testing in...



Applied Technical Services’ provides MIL-STD, DO 160, and ASTM Humidity Testing should you need to measure the environmental effects of your product. Exposing components to environmental stresses associated with humidity can reveal potential hazards and failures. Potential Hazards Breakdown of Surface Coating Change in Friction Coefficients Corrosion Increase Chemical Reactions Material Swelling Changes in Elasticity & Plasticity Degradation of Lubricants Electrical and Thermal Insulation Characteristics Short Circuits Changes in Thermal Transfers Corrosive Film May Materialize Fogging Loss of Strength Humidity Physical Phenomena Absorption Adsorption Breathing Condensation Diffusion Our Commitment to Quality Assurance Our ISO/IEC 17025:2017 accredited and ISO 9001:2015 registered labs are equipped with technically advanced equipment managed by experienced Engineers and Technicians who perform accurate tests and provide detailed reports with quick turnarounds. As we serve our clients, we adhere to many quality system standards, among them 10CFR50 Appendix B Nuclear, 10CFR21 Reporting of Non-conformances, and ASME NQA-1 Nuclear Quality Assurance Requirements. In addition to quality assurance programs and accredited labs, ATS commonly test to popular industry standards. Industry Standards ASTM MIL-STD-810 RTCA–DO 160



Importance of Choosing the Right Materials Applied Technical Services performs the Izod impact test to determine important physical capabilities of material samples. By quantifying a specimen's impact strength, charting its ductility, and characterizing its overall impact toughness, ATS' expert mechanical testing technicians can help clients determine the suitability of their design materials for their final product's intended use. Certain materials are more appropriate for a given use than others based on their various characteristics. For instance, some materials hold up well under extreme pressures while others do not — a product designer would keep these traits in mind when selecting component materials for critical applications such as a deep-sea breathing apparatus. Each constituent material’s performance characteristics play an integral role in determining a product’s overall effectiveness. Manufacturers send samples to mechanical testing labs like ATS to verify the many physical properties of design materials. By performing Izod impact testing, we can help them discover whether their plastic materials perform acceptably. How the Test Works Our mechanical testing division performs this test on a material sample of standardized dimensions. This specimen is loaded into the Izod tester, where technicians securely clamp it into place. The test equipment itself features a striker of a designated weight attached to a pendulum, which technicians raise to a predetermined height. Testing begins when the striker is released, swinging and striking the material sample, breaking it. Depending on the model of Izod tester, either a mechanical lever will mark the ending position of the striker or...



ATS’ Chemical Analysis Department offers Inductively Coupled Plasma (ICP) testing and analysis. Popular ICP applications include metallurgical, polymer/elastomer, water, chemicals, raw ingredients/final products, and paints/coatings. ATS Chemists Our highly skilled chemists partner with clients to ensure the appropriate tests and analyses are conducted in order to get accurate information that will satisfy your queries and/or meet industry requirements. Effective communication, detailed reporting, and timely turnaround are key factors to our customer service goals which set us apart from other testing labs. With years of experience our lab experts are very familiar with most industry standards and regulations. Popular Industry Standards and Regulations CPSC — Consumer Product Safety Commission CPSIA — Consumer Product Safety Improvement Act CA Prop 65 — California Proposition 65 List CCPSA — Canada Consumer Product Safety Act ISO — International Organization of Standards REACH — Registration Evaluation Authorization and Restriction of Chemicals: European Union (EU) requirements ASTM — American Society for Testing and Materials International MIL — Military Standards ATS Labs ATS’ clean and climate controlled labs are managed by expert chemists with technically advanced equipment offering hundreds of testing and analysis procedures. Our labs are ISO/IEC 17025:2017 (A2LA) accredited. Types of Chemistry Labs Organic Lab Capable of analyzing organic compounds ranging from simple alkanes to more complex compounds. Whether you are needing to quantify and/or identify these compounds, our state of the art instrumentation delivers accurate and clear results. Our comprehensive testing may determine a long list of compounds. Organic Lab Instrumentation  Gas Chromatography/Mass Spectrometer (GC/MS),...



ISO/IEC 17025:2017 Accredited Labs The Chemistry Department at ATS has a broad range of analytical capabilities offered by multiple accredited labs. Our wet chemistry labs have experienced chemists who commonly perform ion chromatography, titrations, precipitations, colorimetric analyses, and several additional procedures. The “We take a closer look” philosophy reinforces our commitment to providing you with accurate and timely results to meet your testing needs. Services Provided By Wet Chemistry Lab Ion Selective Electrode pH Sample Digestion Titration Ion Chromatography Cleanliness Testing Parr Oxygen Bomb Colorimetric Analysis Precipitation Testing To Applicable Standards and Regulations ASTM Industry Standards Customer Procedures Industries Served Additive Manufacturing Aerospace Automotive Consumer Products Medical Device Power Generation



Chipping of coatings, especially on automobile surfaces, is considered undesirable. In formulating a coating or coating system to meet service requirements, the resistance to chipping damage by flying objects such as gravel is one of the properties of importance. Since resistance to chipping decreases at lower temperatures partly as the result of decreased flexibility, the test may be more directly related to service conditions by performing it at a low temperature. Gravelometer testing is designed to produce a controlled amount of impact by the media on the coated panel to enhance reproducibility. How Gravelometer Testing Works During a typical test, the sample will be mounted to the back of a Gravelometer. Air pressure is used to propel gravel at the test sample. The sample is removed and gently wiped with a clean cloth. A tape is then used to remove loose fragments from the rest of the surface. The sample’s appearance is compared to standard transparencies and a visual examination is conducted to better determine an accurate chipping rating. ATS conducts gravelometer testing in accordance with established industry standards such as ASTM D3170 and SAE J400. Gravelometer testing has been conducted for more than 30 years to thoroughly evaluate the impact that flying gravel and debris has on surface coatings. Typically, gravelometer tests are conducted on the following types of automotive surface coatings: paint, clear coats, or metallic plating. Through both standard and customized gravelometer testing, ATS can successfully simulate real-life conditions. Gravelometer Testing for Automotive Components The experienced ATS...



Since our founding in 1967, we have established an excellent reputation with business, industry, the legal profession for for successfully uncovering facts in materials testing, environmental testing, and metallurgy. Our engineers and support team are highly trained and certified, allowing us to offer professional support in numerous testing realms. We serve numerous industries, including but not limited to the automotive, nuclear, construction, manufacturing, steel, power generation, toy, textile and insurance. Materials Testing Applications Tensile Testing Impact Testing Hardness Testing Fastener Testing Hydrogen Embrittlement Bend Testing Macro Etching Load Testing Pressure Testing Straing Gauging Helium Leak Testing Consumer Product Testing CTOD Fracture Toughness Crack Growth Rate K-R Curve Determination Fatigue Testing Anchor Pull Testing



Applied Technical Services usually performs Voltage Drop Testing to test loads and locate potential circuit problems. Voltage drops within a circuit can cause a loss of electrical energy, resulting in undesired heat. Excessive voltage loss can lead to unreliable product performance, equipment damage, and, in extreme circumstances, fires. ATS' Voltage Drop Testing Capabilities If you have abnormal voltage drops, you may experience the following symptoms: Electrical Parts Not Operating Slow-Responding Electrical Devices Erratic Electrical Responses Excessive Radio Interference Damaged Transmission Cables Damaged Throttle Cables Damaged Drivetrain Poor Engine Performance Poor Transmission Performance No Starts Hard Starts High Computer Voltages Causes of Voltage Drops: Faulty Wiring Faulty Receptacles and Switches Current Surges Corrosion Diameter or Gauge of Wire Distance Between Source and Load Click here to learn more about our electrical testing lab. About ATS Founded in 1967, ATS provides a wide range of testing, inspection, and certification services. Our electrical testing lab is ISO/IEC 17025:2017-accredited in several important test methods for electrical equipment for the aerospace, medical, telecommunication, and defense industries. We are an ISO 9001:2015-registered company with a reputation for high-quality customer service and thorough analysis. Call +1 (888) 287-5227 to schedule voltage drop testing with ATS.



As your insulation starts to age and is exposed to environmental hazards such as extreme temperatures, humidity, and chemical compounds, you may experience unexpected deterioration. To avoid dangerous electrical hazards, we offer insulation resistance testing in our certified labs. Our Electrical Technicians and experts have the knowledge to accurately identify vulnerabilities and make recommendations for better product performance. ATS' Insulation Resistance Testing Capabilities Testing Applications Include: Insulation Resistance (IR) ATS’ Quality Assurance Program ensures that our testing is conducted in accordance with industry standards and is compliant with specifications. We deliver customer satisfaction through quick turnarounds, accurate testing, detailed reports, and competitive pricing.



If you need to verify the operating condition of your electronic component or assembly under a variety of environmental conditions, Applied Technical Services Certified Electrical Laboratories have the expertise and technology to deliver accurate and precise test results. ATS' Electronic Product Testing Capabilities ATS Electrical and Electronic Evaluations Include: Surface and Volume Resistivity ASTM D257 Dielectric Strength ASTM D149 Dielectric Constant ASTM D150 Insulation Resistance Contact Resistance Fixture Design/Fabrication Voltage Drop Testing Hot-Wire Ignition Testing ASTM D3874 Continuous Discharge Conductivity ASTM B193 Popular Products Tested: Batteries Cables Circuit Breakers Connectors Electronic Components Insulating Materials, Gels, and Oils LED Lights Metals Polymeric Materials Power Supplies Rail Insulators Wires Wiring Harnesses Our in-house quality assurance department has established policies and programs that meet the most stringent industry requirements, including ISO 9001:2015 registration. In addition, our technically advanced labs are ISO/IEC 17025:2017 (A2LA) accredited. ATS’ Experts possess up-to-date knowledge of the latest compliance regulations required by most industries. Popular Industry Standards: ASTM ANSI MIL-STD IEC IEEE Industries Served Aviation Automotive Chemical Consumer Products Military Insurance and Legal Manufacturing Nuclear Oil and Gas Power Generation Telecommunications



Applied Technical Services offers a broad spectrum of electrical and electronic product testing. We frequently inspect common products such as insulators, batteries, cables, wires, lights, connectors, circuit breakers, and other electronic components, determining the causes of electrical failures and affirming the soundness of working products. We adhere to many popular testing standards including: ASTM ANSI MIL-STD EC IEEE Performance Evaluations When it comes to design, performance, and custom product testing, our experts can call on an array of comprehensive testing tools. ATS offers qualification testing that measures consistency, longevity, safety, durability, and probability of failures. Performance Applications Include: Surface and Volume Resistivity — ASTM D257 Dielectric Strength — ASTM D149 Insulation Resistance Contact Resistance Voltage Drop Testing Hot Wire Ignition Testing — ASTM D3874 Dielectric Constant — ASTM D150 Continuous Discharge Conductivity — ASTM B193 Failure Analysis ATS’ Electrical Experts can help determine the root cause of electrical and electronic failures. Our ISO 9001:2015 registered labs are equipped with technically advanced equipment whose accurate readings and environmental/mechanical simulations assist us in proper evaluations. Quality Assurance and Customer Service Because customer satisfaction is a priority for our organization, we have developed a quality assurance system that is compliant with recognized quality systems for various industries. Quick turn-arounds, accurate testing, detailed reporting, and competitive pricing are what you can expect from Applied Technical Services. Industries Served Railroad Aviation Automotive Power Generation Lighting Solar Metal Polymer Our Certifications ATS is ISO 9001:2015 registered and holds multiple ISO/IEC 17025:2017 (A2LA) accreditations in Mechanical, Chemical,...



Applied Technical Services offers Dielectric Strength Testing of materials used as insulators. Dielectric testing is required if such materials are to meet the Electrical Safety Testing Standard. This particular test measures the maximum voltage required to induce a dielectric breakdown in a particular material or component being used as an insulator. Applied Technical Services wants to be your top choice for Electrical and Mechanical Testing. Our ISO 9001:2015 registered Quality Assurance Program ensures we meet industry standards for accuracy and maintain current certifications. ATS is also ISO/IEC 17025:2017 accredited by A2LA to perform dielectric strength testing to MIL Standard 202, Method 301. Quick turnarounds, competitive pricing, knowledgeable experts, and detailed reports have earned us an excellent reputation in many industries. Industries Served Aviation Automotive Lightning Metal Fabrication Power Generation Power Transmission Railroad Polymer/Plastics Solar



Does this battery meet specifications? Is it fully charged or how much charge is left? Does this product deteriorate faster than others? Is there interference or electrical noise associated with the quality of this product? Applied Technical Services' electrical testing experts can help you answer these questions, along with any others you might have. ATS' Battery Testing Capabilities Our electrical technicians have the expertise to help you qualify your battery, verify its capabilities, and determine its limitations. They pay specific attention to short circuits, overcharging due to time or voltage, over-discharging, and high/low temperatures. Electrical Testing for Batteries DC Measurements Inspections and Production Analysis Performance Monitoring Qualify Product to Specifications Internal Resistance Conductance State of Charge State of Health Our mechanical and environmental stress testing can ensure that your products meet safety standards. Mechanical Stress Tests Crush Shock Vibration Impact Drop Environmental Stress Tests Heating Temperature Cycles Altitude Humidity Flammability Durability Testing Battery Types We have worked with various battery types, from battery packs to coin-sized, and a wide range of contents, including: Lithium Ion Sodium Ion Nickel Manganese Cobalt Nickel Metal Hydride Zinc Nickel Cadmium Lead Acid Contact Us Contact us today to schedule battery testing! Call +1 (888) 287-5227 to speak with a representative or click here to submit a request webform.



Applied Technical Services conducts Vickers Hardness Tests on numerous materials helping determine their resistance to deformation through a relatively simple but accurate procedure.   ATS' Vickers Hardness Tests Capabilities Also referred to as “microhardness testing”, Vickers Hardness Testing is a simple procedure in which a diamond indenter is pressed into a material to create an impression to be measured and converted into a standard value. The testing, measurement, and analysis of the hardness of a metal is critical. Identifying the resistance to indentation helps determine the strength and heat treat condition of a material used within the industrial design process. The versatility of Vickers (when other standard testing methods such as Rockwell and Brinell are not possible due to size limitations) ensures the suitability of the testing for all solid materials. ASTM Standards To ensure our progression in quality assurance, ATS’s Vickers Hardness Testing procedures abide by the ASTM E92 and ASTM E384 standards, for which we maintain ISO/IEC 17025:2017 (A2LA) accreditation. With over 12,000 specifications developed by field experts, ASTM standards are internationally recognized, creating a basis of operations for service providers throughout several professions. ATS follows ASTM and ISO 6507 Vickers testing standards to guarantee maximum accuracy of their testing results. Our Lab The engineers and metallurgists of ATS recognize the vital competencies necessary for client service excellence. ATS takes a closer look, defining the meticulous details which allow for simple and clear understanding of the characteristics of your materials. The Hardness Testing Lab at ATS adopts contemporary...



With its large specimen chamber Applied Technical Services' Hitachi S-3700N SEM allows large sample examination and manipulation without sectioning — a major advantage for investigation of legal evidence. With typical magnifications from 30–60,000X, the scanning electron microscope is a powerful tool for failure analysis, surface examination, and particle morphology investigation. SEM and Failure Analysis SEM is an irreplaceable method for metals analysis, enabling our experts to identify contaminants, inclusions, and filler materials with ease.   In failure analysis, the SEM is commonly used for fracture mode assessment, such as ductile overload rupture, intergranular cracking, fatigue, and brittle cleavage. With the SEM we can also perform dimensional measurements using ASTM B748 Standard, for as low as 0. 1 microns for platings, particles, and surface features such as wear or pitting. The incorporated energy dispersive spectroscopy (EDS) chemical analysis technique makes it easy to carry out a host of investigations. Since the S-3700N is also a variable pressure system, it is possible to examine non-conducting samples (plastics, ceramics, oxides) without sputter coating and with excellent image quality. Click here to learn more about our SEM and metallurgy labs. Contact Us Call +1 (888) 287-5227 to learn more about our SEM services.



Our Mechanical Testing department offers Superficial Rockwell Hardness Tests as part of our materials testing services.   What is a Superficial Rockwell Hardness Test? Superficial Rockwell Hardness Testing follows the same procedures as the standard Rockwell Hardness test. The indentation process includes two stages: a “minor” and a “major”. The minor stage applies a test load to the material, followed by a “major” stage in which the test force defined is applied for a pre-determined duration of time. The difference of the indentation between the two stages is measured to derive the material's hardness. Superficial Rockwell Tests differ from their standard counterpart in the test forces applied in each stage. Superficial scales (N and T) have less KGF (kilogram-force) applied at each stage versus its counterpart. The Influence of ASTM Our Rockwell Testing services conform to the ASTM E18 standard to ensure we follow the specifically defined procedures. ASTM standards are the products of an international cooperative function designed to enhance the performance of specific strategic procedures resulting in greater confidence in technical objectives. We at ATS believe ASTM focuses on being able to strengthen the progression of procedures that are directly linked to our clients. Our Lab Offering a complete range of services, our Metallurgical Testing Lab is equipped with engineers and experts devoted to maintaining delivery of high-quality services to our clients. Working within numerous disciplines of Mechanical Testing prevents us from being limited in our offered services. The timely preparation and delivering of results remain mandatory in documenting...



Rockwell Hardness is the most widely practiced hardness test that correlates to material strength. What is Rockwell Hardness Testing? An indentation process, Rockwell Hardness testing is straightforward and uncomplicated in practice. Using a diamond cone or sphere-shaped indenter, a minor load is applied to a sample of the investigated material to remove any surface effects. Immediately following the minor load, a “major” load sets a force on the material for a specific amount of time, creating a deeper indentation. The calculation of the Rockwell hardness number takes the difference between both the minor and major load depths. Since Rockwell Hardness testing can measure the hardness of many materials and hardness ranges, it is important that the correct Rockwell scale is defined for each case. ASTM: Internationally-Recognized Standards Our Rockwell Hardness tests operate in conformance with defined ASTM E18 standard. ASTM standards are internationally recognized, developed by industry experts to define technical procedures that result in consistent and accurate results. We abide by ASTM standards in our continued dedication to providing exceptional services for our clients. Lab of Expertise A multi-discipline laboratory, our Metallurgy Testing lab offers professional support that services a variety of industries. Performance and qualification testing are intrinsic values our experts endow, providing comprehensible and technical details into the specific characteristics that influence the results presented. We at ATS view this “closer look” unique to our services, as it allows our experts to delve into the vital details. About Applied Technical Services Founded in 1967, we at Applied...



The Metal Testing Lab at ATS provides our experts with modern technology to guarantee accuracy in our clients' research and testing needs. Our Metal Testing lab services demand extensive expertise, with offerings in mechanical testing, chemical analysis, and nondestructive inspection services to a wide variety of industries. ATS' Metal Tests Capabilities Our Metal Testing Labs are ISO/IEC 17025:2017 (A2LA) accredited, providing international credibility and compliance to requirements necessary for customer service excellence. Our Labs also abide by Nadcap-accredited procedures in a standardized mission for quality assurance for our clients. Regularly offered services by our Metal Testing Labs include: Chemical Analysis: Alloy and Material Identification, Wet Chemical and Elemental Analysis, High Purity Metals Analysis by Electrodeposition Mechanical Testing: Tensile, Hardness, Fatigue, Impact, Bend Nondestructive Testing: Visual, Dye Penetrant, Radiography, Eddy Current, Magnetic Particle, Helium Leak Applied Technical Services - A Recognized Provider Applied Technical Services has established its presence as a consulting engineering and inspection services provider throughout numerous industries since its founding in 1967. Our lab facilities are equipped with advanced technology allowing us to deliver results promptly (most test results are available within 3 to 5 business days). ATS has maintained a reputation of uncovering facts within aerospace/aviation, consumer products, manufacturing, pharmaceutical, power generation, and steel and aluminum industries. ATS' Quality Assurance Programs ATS defines its core values and mission in the presence of providing high-quality services to achieve client-service excellence. Our Quality Assurance department secures measurable objectives for our departments to revitalize our commitment to quality. Quality Standards...



Our Expertise At Applied Technical Services, we understand that you don't just need testing, you also need interpretation of results. Our engineers and metallurgists consult with you to determine the full scope of every project—factors such as the material of manufacture, the size, and shape of the component, and wording of the specification influence the testing decisions. Applied Technical Services' metallurgists and engineers analyze a variety of metals, ceramics, and composites each day and perform metallurgical testing services for quality assurance, failure analysis, reverse engineering, and litigation support. A Partial List of Metallurgical Services Includes Microstructural assessment Grain size measurement Graphite evaluation Inclusion Rating SEM/EDS Analysis Intergranular Corrosion Testing Elmendorf Tear Testing Knoop Hardness Testing Rockwell Hardness Testing Rockwell Superficial Hardness Testing Brinell Hardness Testing Vickers Hardness Testing Case Depth Measurement Plating thickness and verification Plating Hardness Field Microstructural Evaluation and Replication On-Site Hardness Testing Testing is performed per industry standards, including ASTM E3, ASTM E18, ASTM E384, ASTM E112, ASTM E10, ASTM A247, ASTM B487, ASTM B748, equivalent ISO standards, and applicable specialized procedures.



ATS knows the importance of material identification, which is why our metallurgy lab strives to identify unknown materials in samples with two advanced techniques. Using EDS and XRD, we can determine the elements and compounds in a wide range of samples. Energy Dispersive Spectroscopy (EDS) A complementary technique to our full chemical analysis capabilities, Energy Dispersive Spectroscopy (EDS) enables Applied Technical Services' metallurgists to identify and analyze small contaminant particles, metal chips, corrosion products, and platings. This powerful tool, also called energy dispersive X-ray, EDX, and EDAX, uses the focused scanning electron beam in the electron microscope to excite the atoms of an unknown material, then identifies the elements present by discriminating the characteristic X-rays emitted by the sample, similar to a fingerprint. Mapping of the elemental concentrations across samples is possible, which often aids in failure analysis, and provides semi-quantitative data for research studies. When present in high concentrations, corrosive ions such as chlorine or sulfur can be detected. The technique is performed in accordance with the guidelines provided in the ASTM E1508 procedure. X-Ray Diffraction (XRD) Further enhanced material identification is made possible by our X-ray diffractometer. XRD can identify the crystal structure (the physical arrangement of the element atoms) of a material. In this way, the actual compounds present can be identified, as opposed to just the elements identified by EDS (i. e. iron as a metal vs. iron as an oxide). ATS follows ASTM D934 guidelines in performing XRD analysis. The XRD technique is extremely useful...



Our Metallurgy lab at ATS offers Knoop Hardness Testing to measure hardness variations that occur over a relatively small distance. ATS' Knoop Hardness Testing Capabilities These variations may be intentional, such as ones produced as a result of surface hardening, (induction or flame hardening, carburization, nitriding, carbonitriding, etc. ); or, they may be unintentional due to localized softening during manufacturing or while in service (decarburization), or from microstructural segregation problems. Low test forces allow Knoop hardness testing to be performed on materials too thin or too small for macroindentation tests. Hardness values, although empirical in nature, can be correlated to tensile strength for many metals and alloys, and are also an indicator of other properties such as machinability, wear resistance, toughness, and ductility. Considered a microhardness test method, Knoop technique typically uses test loads that are in the range of 100 to 500 grams. Due to its rhombic shape, the Knoop indenter does not produce a geometrically similar indentation. Its indentation depth being shallower compared to Vickers hardness under identical test conditions allows Knoop scale to be extremely useful for evaluating hardness gradients or thin coatings of sectioned samples. ASTM Standards: Our metallurgy lab conducts Knoop Hardness Testing in conformance with the defined ASTM E92 and E384 standards. ASTM standards require that testers creating indentations at very low test forces are carefully constructed to not only accurately apply the test forces exactly at the desired location, but must also have a high-quality optical system to precisely measure the diagonal of...



We, at Applied Technical Services, offer intergranular corrosion testing to ensure the structural integrity of the tested metal remains satisfactory during the service life of metals and alloys. The chemical composition of common metallurgical materials includes nitrides, carbides, and intermetallic phases that are prone to precipitation through exposure to different thermal environments. Evaluating the susceptibility of this precipitation to corrosion attack is necessary, as this allows prevention of decay effects. Testing Capabilities Our Metallurgy and Failure Analysis Lab at ATS follows the ASTM A262 and G28 industry standards for Detecting Susceptibility to Intergranular Attack in Austenitic Stainless Steels and Wrought, Nickel-Rich, Chromium-Bearing Alloys. These ASTM standards define methods developed by industry experts to achieve consistent Intergranular Corrosion Testing results. We also offer Nadcap-accredited services for evaluating intergranular corrosion attack and oxidation (IGA/IGO). Our experts at ATS are adept in investigating the corrosion of alloys and metals. Our failure analysis lab is equipped with innovative technology utilizing analytical and component testing to gather valuable insight into the causes of corrosion. Service areas of expertise include: Weld Corrosion Graphitic Corrosion Corrosion Fatigue Galvanic Corrosion Pitting Corrosion Crevice Corrosion Stress Corrosion Cracking (SCC) Microbiologically Influenced Corrosion (MIC) About Applied Technical Services Applied Technical Services has been operating for over 50 years, providing leading engineering consulting services to a wide portfolio of clients. ATS experts operate under accreditations and standards to uncover the technical solutions necessary for client service excellence. With over 750 employees, ATS experts are responsive, with most findings reported within 3...



ATS performs a variety of hardness testing procedures in our specialized hardness testing lab. The Need for Accurate Hardness Testing Services Before they can be used, all materials must be thoroughly tested to verify heat-treatment conditions. One of the most important characteristics to test is hardness, which indicates a material's resistance to indentation. We determine the hardness of a sample by measuring the permanent depth of the indentation when using a fixed force (load) and a given indenter. The smaller the indentation, the harder the material. Our Hardness Testing Services ATS obtains the hardness values of samples by measuring the indentation depth or area using one of several test methods, including: Brinell Leeb Webster Barcol Hardness Standard and Superficial Rockwell Vickers Knoop Common Hardness Testing Standards Through hardness testing, ATS can determine vital information about a material's limitations. Our technicians can provide insights into the material's practical uses and its potential for specific industrial applications. These tests also help confirm the component’s ability to function as designed. Our labs are ISO/IEC 17025:2017-accredited to perform a wide range of test methods on metal, alloy, and polymer products. The various hardness testing procedures ATS performs include the following industry standards: ASTM E10 ASTM E18 ASTM A370 ASTM E384 ASTM E92 ASTM A956 ASTM D2583 ASTM B647 EN 10002 EN 1043-1 EN 1043-2 EN 6507-2 ISO 6505-1 ISO 9015-2 ATS Features Mechanical Testing ATS is an independent, multi-disciplinary testing laboratory serving numerous industries, including the aerospace, nuclear, construction, steel, power generation, automotive, textile,...



ATS offers Elmendorf Tear Tests through our polymer services to determine how well the materials used in plastic film, paper, and textile industries can withstand the effects of tearing.   ATS' Elmendorf Tear Tests Capabilities This test method has been widely used as one index of the tearing resistance of plastic film and thin, non-rigid sheeting used in packaging applications. The Elmendorf procedure places a sample of the material into the clamp of the tester, where a knife is used to create a 43-millimeter slit cut from the edge of the sample. The pendulum is then released to propagate the cut throughout the remaining slit, where the average tearing force is measured by the energy lost by the pendulum and the results are typically reported in grams-force. Resistance measurements calculated from Elmendorf tests are valuable, supplying insight into durability and lifespan characteristics integral to the composition of any physical product. One use of these results would be for the specification of material and thickness for the plastic film used in packaging. Depending upon the application, a low propagation force or a high propagation force might be more desirable. While it may not always be possible to correlate tearing data with other mechanical properties, the Elmendorf apparatus provides a controlled means for tearing specimens at straining rates approximating some of those found in actual packaging service. Many ASTM Standards Although most tests are performed in accordance with ASTM D1922, the versatility of our Elmendorf Tear Testing services permits our Elmendorf test...



Applied Technical Services (ATS) performs Brinell Hardness Tests. ATS' Brinell Hardness Tests Capabilities Originally devised in 1900, the Brinell Hardness technique remains the “traditional” hardness test in comparison to different testing methods. The Brinell Hardness test calculates the hardness of a material by forcing a carbide ball into the surface of a material for a pre-determined amount of time. Upon removal, the impression left from the ball is measured to determine its resistance to penetration. The hardness of a material is related to its processing and heat-treat condition, independent of physical properties. Castings and forgings remain ideal candidates for Brinell Hardness testing, as they possess a coarser structure or multiple phases that cannot be accounted for through alternative testing methods that use much smaller indenters and test areas. ASTM Test Standards Brinell Hardness testing is conducted by the ATS Lab in accordance with the ASTM E10 operating standard. ASTM standards are developed to ensure international technical understanding of over 12,500 verifiable procedures. Vitality and progression are retained throughout the development of such standards to uphold the foundation of a collaborative environment aimed to promote worldwide competence and to respond to essential changes. ATS Experts ATS’ mechanical testing service offerings account for the skills and capabilities in which all ATS experts possess. Expert professional support is complemented by our lab’s use of revolutionary technology, which best allows ATS to uncover the specialized solutions deemed most effective. Consistent training is routine for ATS employees to continue our mission towards client service excellence....



Applied Technical Services is a leader among weld engineering companies and our welding engineers have the experience and knowledge to write customized Welding Procedure Specifications (WPS) that are compliant with current codes and standards. We are familiar with unique standards that apply to specific industries that require common or specialized processes. We have built an excellent reputation with the construction, infrastructure, automotive, nuclear, aviation, military, power generation, medical, and maritime industries. Welding Engineering Consulting Services ATS can offer pre-production, production, and post production weld consulting services. We can be involved in one or all three stages of production. Our customer service oriented experts have become industry leaders by demonstrating education, experience and knowledge in a wide variety of welding codes with attention to detail. Pre-production Services Include: Provide professional insight and recommendations concerning applicable codes and standards Identify the most effective weld process for producing sound weldments Pre-production considerations and recommendations as it applies to joint types, appropriate base and filler metal combinations, welding positions, pre-heat requirements, shielding gases, electrical characteristics and other variables that may be unique to industry and environment Develop WPS, provide information on required test coupons for qualification Production Services Include: Ensure proper execution of Welding Procedure Specifications (WPS) Direct and observe weld procedure coupon production Monitor product quality as it relates to adherence to established process parameters Ensure proper weld safety procedures are being observed Post-production Services Include: Verification of Welding Procedure Qualification Record (WPQR) Certified Weld Inspector services (CWI) Special Inspections (Visual, Mechanical, Metallurgical,...



Applied Technical Services performs weld test coupon testing and inspection in our labs in the form of pipes and plates for companies who are getting their weld procedures qualified and welders certified. Weld test coupon inspections are perfect for pre-employment screening, ensuring welders can meet the requirements of specific codes/standards and for proper documentation or proof of a welder’s competency. Many companies and industries, including contractors, manufacturers, educational institutions, utilities, and oil and gas suppliers, use our testing facility. Our Services ATS has several options for testing and qualifying coupon specimens. The first option is to ship or drop off your welding coupon. Then, we will perform the requested tests on the specimen per the applicable codes. In our second option, ATS can get more involved in the welder certification process. Your company may choose to send welders to our testing facility. Our CWIs will monitor and observe all stages of the welding process. During observation, we watch for proper set-up and ensure recommended techniques are being followed that should deliver quality workmanship for the utilized weld process (SMAW, GMAW, and GTAW) to meet requested codes and standards. Then, we can test the final product to evaluate the quality of workmanship. ATS also keeps an in-house stock of the most common weld test coupons required to take certification tests and can provide them to the welders at a reasonable cost if needed. Our final option is for our CWIs to perform weld inspections and provide assistance on proper welding techniques...



Applied Technical Services, LLC specializes in weld inspections and testing. We test to many different industry standards, including ASME, AWS, API, NAVSEA, MIL-STD, AMS, and PED/EN. In order to meet our clients’ specific welding needs, we offer nondestructive testing for quality control and failure prevention, mechanical testing to measure weld performance, and chemical analysis for alloy identification. In addition, ATS qualifies and certifies welding plate and/or pipe testing coupons. With decades of experience, ATS has earned an excellent reputation in the manufacturing, power generation, petrochemical, nuclear, automotive, aerospace, steel, and commercial infrastructure industries. Our valued team of experts includes Professional Engineers, Certified Welders, Certified Weld Inspectors, API Inspectors, Scientists, Chemists, Metallurgists, and Certified Technicians. Nondestructive Testing of Weldments ATS offers comprehensive NDT inspections that will allow you to properly identify both surface and subsurface flaws and discontinuities. Our NDT division offers the following inspection methods: Visual Testing (VT) Ultrasonic Testing (UT) Traditional Radiography Testing (RT) Liquid Penetrant Testing (PT) Magnetic Particle Testing (MT) Computed Digital Radiography (CDR) Mechanical Testing of Weldments ATS' mechanical testing services help you identify and determine the strength of a weld. Such services are especially valuable during research, development, performance, and procedure qualifications. Our mechanical tests include such highly rated techniques as: Tensile Testing Lap Shear Testing Micro Hardness Testing Toughness Testing (Charpy and Drop Weight) Hardness Testing Load Testing Bend Testing Welder Certifications Applied Technical Services qualifies and certifies welding test coupons. We test both pipe and plate coupons in a comprehensive way. Coupon testing...



Applied Technical Services (ATS) provides a professional Welding Inspector team that are certified through the American Welding Society (AWS). ATS has secured a prominent standing for having a well-trained and qualified professional welding inspector staff that makes customer service and support a priority. Our comprehensive knowledge with AWS codes, accuracy, and along with our rigorous conformity with a certified and accredited quality assurance program allow our clients to have peace of mind in attaining precise weld inspection reports that focus on the procedure including discontinuity notation when welds don’t meet standards. ATS' lab and field inspection services are offered domestically and abroad. We regularly administer weld inspections on pressure vessels, piping, valves, bridges, structures and configured components for numerous industries. During our existence ATS has maintained affiliations with various industries including but not limited to automotive, aircraft, construction, maritime, power generation (oil & gas, hydroelectric, renewable energy, nuclear), and manufacturing. ATS' certified welding inspector staff also offers conventional and technologically advanced weld testing. Our testing services include nondestructive (NDT), materials and mechanical testing. Welding Inspector Capabilities: Computed Digital Radiography (CDR) Liquid Penetrant (PT) Magnetic Particle (MT) Traditional Radiography (RT) Ultrasonic (UT) Visual Testing (VT) Weld Testing Capabilities: Bend Corrosion Impact Load Macro Etching Macro- / Microhardness Tensile Other Services: CWI Pipeline Inspections / Inspectors Weld Coupon Testing Welding Certification Weld Procedure Development Welding Engineering Consulting Weld Failure Analysis



Applied Technical Services' provides welding engineering services with engineers that have the experience and knowledge to write customized welding procedure specifications (WPS) that are compliant to current codes and standards. We are familiar with unique standards that apply to specific industries that require common or specialized production. We have built an excellent reputation with the construction, infrastructure, automotive, nuclear, aerospace, power generation, transportation, and maritime industries. Welding Engineering Consulting Services ATS can offer pre-production, production, and post production weld consulting services. We can be involved in one or all three stages of production. Our customer service oriented experts have become industry leaders by demonstrating education, experience and knowledge with attention to detail. Pre-production Services Include: Provide professional insight and recommendations concerning applicable codes and standards Identify the most effective weld process for producing sound weldments Pre-production considerations and recommendations as it applies to joint types, appropriate base and filler metal combinations, welding positions, pre-heat requirements, shielding gases, electrical characteristics and other variables that may be unique to industry and environment Develop WPS, provide information on required test coupons for qualification Production Services Include: Ensure proper execution of WPS (procedure specification) Direct and observe weld procedure coupon production Monitor product quality as it relates to adherence to established process parameters Ensure proper weld safety procedures are being observed Post-production Services Include: Verification of WPQR (Welder Procedure Qualification Record) Certified Weld Inspector services (CWI) Quality assurance as it relates to final product Ensure final product is code and standard compliant



Applied Technical Services is a leader among welding certification and weld procedure qualification companies. Many of our clients require their welders to be certified, and at ATS we are able to test all aspects of weld procedure and performance qualifications by conducting destructive and nondestructive testing to ensure conformance to code requirements. We typically utilize ASME, AWS, AMS, API and PED/EN standards. Reasons to Certify or Qualify a Welder Pre-employment screening Ensure welder can meet the requirements of a specific code or a standard Document or prove that welder is qualified under applicable code ATS' Weld Testing Facility ATS’ weld testing facility has spacious, well-equipped and properly lit welding booths where test takers can feel comfortable while being observed by our CWIs. During observation we watch for proper set-up, and ensure recommended techniques that should deliver quality workmanship for the utilized weld process (SMAW, GMAW, and GTAW) are being followed to meet requested codes and standards. ATS also keeps an in-house stock of most common test coupons required to take certification tests and can provide them to the welders at a reasonable cost. Types of Certification and Qualification Fillet Groove Plate or Pipe Positions Flat Horizontal Vertical Overhead Specialty Root with Backing Bar Open Root Weld Processes Stick (Shielded Metal Arc Welding — SMAW) TIG (Gas Tungsten Arc Welding — GTAW) MIG (Gas Metal Arc Welding — GMAW) Flux-Cored Arc Welding (FCAW) Common Industry Qualifications Structural Welder Qualification Test for Industrial Construction Structural Welder Qualification Test for Shipyards Structural Welder...



Many common materials create VOC emissions at room temperatures. The presence of these volatile organic compounds has a negative effect on air quality, as they are harmful to humans in large quantities. VOCs are thoroughly regulated by industry standards for that reason. Manufacturers and OEMs turn to respected testing companies like Applied Technical Services to perform VOC emissions testing on their products, to ensure they are consumer safe and regulation-compliant. ATS' VOC Testing Services In order to ensure compliance, our team of chemists regularly tests materials according to various methods and standards set forth by the automotive industry. We quickly and efficiently fulfill the VOC testing requirements of manufacturers and OEMs, and will conduct a failure analysis should such a step become necessary. We pride ourselves on providing a comprehensive testing experience; whether you require pre-production certification or product performance testing, we have the capacity to handle your emissions testing needs. We maintain a dedicated automotive GC/MS to ensure no cross contamination or carry-over occurs. ATS is adding to its capabilities daily — if the method you're looking for is not listed, contact us with your needs. ATS' VOC Emissions Testing Offerings Bag Testing Toyota — TSM 0508G ISO/IEC 17025:2017 (A2LA) Accredited Nissan — NES M0402 Mazda — MES-CF-0806B Hyundai / Kia — MS300-55 Honda — 0094Z-T7S-0000 Ford — BZ-108-01 Formaldehyde & Aldehydes VDA 275 General Motors — GMW 15635 ISO/IEC 17025:2017 (A2LA) Accredited Ford — FLTM BZ 156-01 Volkswagen — PV 3925 ISO/IEC 17025:2017 (A2LA) Accredited Volvo — VCS...



The Applied Technical Services Family of Companies (ATS FoC) provides wire rope failure analysis to determine the root cause of damage, degradation, or fracture and clarify how and why the failure occurred. Wire ropes are continuously subjected to complex loading and demanding environmental conditions, increasing the risk of failure throughout their service life. Exceeding design limits or missing inspections can increase these risks. That’s why routine inspections for wear and fatigue are essential for long-term reliability. Once wire ropes meet discard criteria, they should be removed from service immediately. Comprehensive Wire Rope Evaluation Services At ATS, our experts apply ASTM, ASME, ISO, and industry standards to evaluate wire rope failures in both laboratory and field settings. We select the applicable standards for each rope based on its service environment and specific application to help ensure accurate, relevant results. Our systematic approach determines how and why the rope failed by evaluating: Service conditions and load history Environmental exposure (corrosion, chemicals, moisture) Installation and maintenance practices Design suitability Material selection What are Common Causes of Wire Rope Failure? With our advanced labs and experienced engineers, we consistently pinpoint the root causes of failure. Common causes of wire rope failure include: Mechanical Wear Material Defects Bending Fatigue Fatigue Fracture Corrosion Damage Shear Breaks Heat Damage Internal Wire Breaks External Wire Breaks Inadequate Lubrication Sheave Damage Drum Damage Overload and Shock Loading Applicable Testing Techniques and Capabilities Chemical Analysis Mechanical Testing Visual and Macroscopic Examinations Coating Analysis Lubricant Analysis Scanning Electron Microscopy Microhardness Metallurgical...



The Applied Technical Services Family of Companies (ATS FoC) delivers comprehensive weld failure analysis, using multiple methods to identify failure mechanisms, contributing factors, and root causes. We perform weld evaluations both in the field and in our ISO/IEC 17025:2017-accredited laboratories. Improving Weld Quality and Performance ATS delivers clear, actionable failure analysis reports to support engineering, quality, and legal decisions. Each investigation includes thorough documentation, root cause analysis, and practical recommendations to address weld defects, fabrication issues, and service-related damage. If a weld failure results in personal injury or asset loss, our Forensic Service Department provides litigation support, including failure analysis, consulting, standards research, detailed reporting, and expert witness testimony. Root Cause Analysis and Reporting Our weld failure analysis team uses multiple testing techniques to determine the root cause of failures, such as: Weld Overload Poor Welding Practices Metallurgical Deficiencies Weld Defects Joint Design Issues Fatigue Corrosion Weld Tests and Inspections ATS offers a full suite of weld tests and inspections, including but not limited to: Metallography Macro/Microhardness Scanning Electron Microscopy (SEM) Macro Etching NDT Inspections Visual Inspections Liquid Penetrant Magnetic Particle Ultrasonic Traditional Radiography Computed Digital Radiography Chemical Analysis Positive Material Identification (PMI) Mechanical Testing Charpy Impact Drop Weight Impact Bend Testing Tensile Testing Load Testing Who Benefits from Weld Failure Analysis? Our experts have the experience and resources to accurately identify weld flaws and discontinuities, whether inspecting bridge welds or reviewing weld coupons for certification. Companies choose ATS for timely inspections, detailed reporting, and professional follow-up. We currently serve...



At Applied Technical Services, our analysts have extensive experience in performing Shaft Failure Analysis. ATS' Shaft Failure Analysis Capabilities We have the experience and expertise to pinpoint the root cause of a failure. Most shaft failures are the result of: corrosion wear overload fatigue Whether we are inspecting a pump, motor, or other industrial machinery shafts, we have established an excellent reputation among our clients from the military, nuclear, automotive, pipeline, aerospace, and food processing industries. Failure Considerations When performing a thorough shaft failure analysis, our experts and engineers consider the shaft's post-failure condition, operating environment, metallurgical factors, equipment history, recent operational repairs, product design, and in-service handling. Forensic and Legal Applications Shaft failures sometimes result in personal injury or asset loss. When these incidents occur, our forensic analysis team offers a wide range of litigation support. ATS’ forensic services include the initial failure inspection and analysis, professional consulting, detailed reporting, and expert testimonies. Common Causes of Shaft Failures Poor Manufacturing Processes Stress and Fatigue Product Design Issues Inadequate Materials Improper Service Environmental Effects Types Of Shafts Inspected Drive Shaft Failures Pump Shaft Failures Industrial Machinery Shaft Failures Related Capabilities In addition to our failure analysis services, we offer first-article inspections and third-party quality assurance examinations. Our metallurgical, mechanical, environmental, chemical, and NDT labs can test products, ensuring they meet industry standards and regulations. We frequently test to ASTM, ISO, ASME, AMS, and API standards.



Applied Technical Services' experienced professional failure analysts are commonly called upon to test and inspect fasteners such as screws and bolts. The best way to eliminate or minimize the possibility of service-related failures is to perform quality assurance tests on batches of screws to ensure products meet industry standards. However, when a failure has occurred, you need a company that can thoroughly investigate the issue. ATS has worked with a variety of fastener and screw types, including: Socket head screws Cap screws Set screws Extruder screws Failure Analysis ATS specializes in performing failure analysis on products that have failed during installation or while in service. These analyses frequently reveal failures due to material or manufacturing defects or the intended service environment. Common Causes of Failure Poor Product Design Inadequate Materials or Coatings Service Environment Improper Material Selection Manufacturing Defects Improper Heat Treatment Screw Failure and Forensic Services When consumers experience personal injury or loss of assets due to screw failures, attorneys may need a detailed failure analysis for litigation purposes. Our forensic analysis team has established a reputation for delivering high-quality inspection services, litigation support, and expert witness testimony. Testing Standards All failure analysis lab testing is performed in accordance with industry standards and the applicable product specifications, including ASTM E2332: Standard Practice for Investigation and Analysis of Physical Component Failures. ATS is ISO/IEC 17025:2017-accredited in testing standards from a variety of organizations, including: ASTM ASME ISO SAE Our Laboratory Capabilities Chemical Analysis Mechanical Testing Tensile Torque Hardness Accelerated Corrosion...



ATS offers pump failure analysis for various systems and industries. ATS' failure analysis capabilities include identifying design flaws, material makeup, assembly or fabrication defects, and improper installation or use in determining a root cause. ATS' Pump Failure Analysis Services Our capacity to decipher analytical data and familiarity with various modes of failure empower our experts to produce accurate and conclusive cause analysis. Our research and evaluations determine if the failure stems from a change in normal operating conditions or improper material selection for the process environment. ATS utilizes comparison samples to identify differences between failed and unaffected pumps. When possible, we can make suggestions to prevent repeated failures. Pumps Tested Our services include evaluating various pump failures, including: Water Pumps Hydraulic Pumps Hydraulic Gear Pumps Centrifugal Pumps Pump Mechanical Seals Pump Shafts Pump Impellers Pump Failure Causes Flow-Accellerated Corrosion Environment (corrosion/graphitic corrosion) Force/Pressure (cavitation/erosion on impellers) Material Selection (erosion/wear) Inadequate Design Temperature Installation Operation and Maintenance Lab Accreditations and Quality Management ATS implements industry-accepted pump failure analysis techniques under its accredited and ISO 9001:2015-registered quality assurance system. Our objective is to provide a thorough pump failure analysis following industry testing standards by delivering the highest level of quality at the best possible price. We maintain several ISO/IEC 17025:2017 accredited labs for mechanical testing, chemical analysis, nondestructive testing, calibrations, and electrical testing. Click here to learn more about our certifications and standards. Contact Us If you need failure analysis on a pump, contact ATS! Call +1(888) 287-5227 to speak with a...



Ats’ fatigue testing capabilities are on the forefront of analyzing additive manufacturing products by serving clients that depend on this growing industry. Additive Manufacturing: New Industry, New Considerations As additive manufacturing becomes increasingly practical, companies in several industries — ranging from medical to aerospace — have either adopted it as an alternative method of production or adapted to accommodate its influence. Products and components yielded through this newer process need to be analyzed for mechanical properties and performance characteristics just as components created through more conventional means like injection molding do. Despite this fact, many testing labs are not yet analyzing these subjects. In response to the growing requirements for comprehensive analysis of components and products made through additive manufacturing, Applied Technical Services has expanded its testing capabilities to meet the needs of this new and advancing industry. By testing material samples to a range of criteria, we can determine their various mechanical properties. One such important performance factor is a material’s resistance to fatigue, which we discover using specialized fatigue testing equipment. Mechanical Fatigue and Additive Manufacturing Material fatigue is a type of progressive mechanical failure mechanism that occurs when accumulated stress from repeated loading and unloading causes a microscopic crack to form, expand, and ultimately lead to complete fracture. ATS’ mechanical testing lab analyzes the fatigue resistance of clients’ sample materials in much the same way — we repeatedly load and unload the material for a predetermined number of cycles (or until the sample fractures). The type and...



At ATS, qualified failure analysis experts perform spring failure analysis on a variety of spring types for companies from a wide variety of industries, such as automotive, aerospace, military, nuclear, and consumer products. Our comprehensive testing can find the cause of failure, such as inappropriate design and application, defective material, manufacturing defects, or environmental effects. Our Services At ATS, our specific testing services include valve spring failure, coil spring failure, and leaf spring failure, to name a few. We uncover the morphology (mode) of failure on extension, torsion, or compression springs and determine if metallurgical and environmental factors and operating conditions played a role. Common Causes of Spring Failures Manufacturing Processes Fatigue Product Design Issues Inadequate Materials Improper Service Environmental Effects Any industry-established benchmarks are carried out by ATS, meeting all spring failure analysis testing standards, such as ASTM E2332, Standard Practice for Investigation and Analysis of Physical Component Failures, and applicable specialized procedures. In addition to our multifaceted approach, ATS analysts follow an ISO 9001:2015 registered, stringent quality assurance program to achieve accurate and reliable results. Spring Failure Analysis Methods Chemical Analysis Microhardness Testing Metallography Scanning Electron Microscopy (SEM) Visual Inspection Mechanical Testing Types of Springs We Test Extension Springs Torsion Springs Constant Force Springs Belleville Springs Drawbar Springs Volute Springs Garter Springs Flat Springs - Leaf Springs Gas Springs Air Springs Hydraulic Springs Box Springs Contact Us Our overall investigation, inspection, and quality assurance services position ATS as a leader in failure analysis services for our customers. Call...



The ATS polymer lab provides a wide range of advanced plastic failure analysis services. We have earned an excellent reputation for litigation support and expert testimony when product and plastic failures result in personal injury or loss of assets. Our professional engineers, chemists, and investigators will help both you and the jury understand the scientific aspects of the case. ATS' Plastic Failure Analysis Services Our expert analysts and engineers are highly trained and experienced in determining the causes of failures that are the result of: Incorrect material selection Poor product design Improper manufacturing processes Unfavorable service conditions Many manufacturers rely on ATS to analyze their products for durability when exposed to mechanical, thermal, or environmental factors. ATS’ mechanical testing labs can measure the amount of external force plastics can withstand before cracking or breaking. Our environmental tests reveal products that become warped or brittle due to extreme temperatures. UV radiation, salt fog, and temperature cycling tests help predict how your products will age when exposed to sunlight, extreme temperatures, and elapsed time. Our lab experts perform testing per ASTM and ISO standards. They can customize the final report to conform to an organization’s oversight requirements. Plastic Failure Analysis Testing Tensile Strength of Films and Fibers Flexural Strength Adhesion Strength Lap Shear Strength Modulus by Dynamic Mechanical Analysis (DMA) or Thermomechanical Analysis (TMA) Durometer Hardness Flammability Compression Set for Durability and Elasticity Izod and Charpy Impact Testing Heat Deflection Temperature Under a Load (HDT) Coefficient of Thermal Expansion (CTE) by TMA...



Applied Technical Services performs Metallurgical Pipe Failure Analysis and Corrosion Testing. Our capabilities include root cause determination of component and material failures incorporating analysis of engineering problems and specifications. Assessment Services Our assessment services include evaluating various process and water pipe failures manufactured from steel pipe, PVC pipe, copper pipe, ABS pipe, CPVC pipe, HDPE pipe, polyethylene pipe, cast iron pipe and Kitec pipe. We perform scanning electron microscopy (SEM); microstructural analysis; optical metallography; mechanical property analysis; and scale and corrosion deposit analysis (EDS and XRD). Our procedures assess, investigate and test engineered materials to identify the causes of failure events. In addition to problem solving, ATS assists in helping our customers to remove the root cause by systematically reviewing the components and processes that led to failure. Our pipe failure analysis material engineers reconstruct incidents, collect and analyze critical data for detailed analysis and reporting. Our goal is to provide thorough pipe failure analysis results in compliance with industry standards by delivering economical and technologically advanced solutions. Types of Testing Scanning Electron Microscopy Microstructural Analysis Metallography Chemical Analysis Mechanical Property Analysis Scale and Deposit Analysis Energy Dispersive Spectroscopy X-Ray Diffraction Types of Pipe Failure Analysis Pipeline Failure Analysis PVC Pipe Failure Copper Pipe Failure Water Pipe Failure ABS Pipe Failure CPVC Pipe Failure HDPE Pipe Failure Polyethylene Pipe Failure Cast Iron Pipe Failure KITEC Pipe Failure



Whether you are investigating a single component or dealing with a system failure, you can rely on the ATS failure analysis group's expertise and testing techniques to meet your full failure analysis needs. ATS' Metallurgical Failure Analysis Services From fractures to formability problems, corrosion to wear, our analysts will find the root cause of the failure and assist in plans for prevention. Our metallurgists and professional engineers routinely conduct failure analyses on a wide variety of materials, including alloy steels, stainless steels, titanium alloys, superalloys, copper and aluminum alloys, plastics, ceramics, and glass. Our Failure Analysis Methods Failure analysts commonly use multiple test techniques to determine the root cause of the problem: Visual Examination Optical Fractography Scanning Electron Microscopy Energy Dispersive Spectroscopy Hardness Testing Mechanical Testing X-Ray Diffraction Chemical Analysis Metallography Testing is performed per industry standards in our ISO 9001:2015 registered labs, including ASTM E2332, Standard Practice for Investigation and Analysis of Physical Component Failures, and applicable specialized procedures. Should the scope of analysis call for additional expertise, the Failure Analysis Group can consult with engineers in other divisions of ATS, including forensics, mechanical engineering, and dimensional inspection. Contact Us Contact us for metallurgical failure analysis! Call +1 (888) 287-5227 or click here to request a test.



Applied Technical Services' Mechanical Failure Analysis Team is dedicated to helping individuals, corporations and manufacturers identify the root causes of component and system failures. Applied Technical Services Mechanical Failure Analysis Services Our technically advanced labs enable our experts to perform accurate and efficient tests, and deliver results incorporated in precise and detailed reports. With years of experience, our professionals perform daily inspections on a wide variety of mechanical failures, which also include unique failure modes besides the common fatigue and overstress failure mechanisms. Our services are prevalent among the automotive, aerospace, nuclear, manufacturing, and military industries. Testing is performed per industry standards and specialized procedures, including: ASTM E2332 ASTM E3 ASTM E18 ASTM E384 ASTM E112 ASTM E10 ASTM A247 ASTM B487 ASTM B748 Tests Methods Optical Fractography Scanning Electron Microscopy (SEM) Energy Dispersive Spectroscopy (EDS) Impact Testing Tensile Testing Shear Testing Chemical Analysis Torsion Testing Pressure Testing Hardness Testing Metallography Common Causes of Failure Failure analysis may reveal mechanical failures due to the following: Ductility Issues Brittle Products and Components Fatigue Overload Wear Manufacturing Defects Contamination Corrosion



Applied Technical Services provides Hose Failure Analysis for a variety of industries and applications. Hose failures can be attributed to many factors ranging from design or manufacturing to environmental conditions and unanticipated service conditions or events. Applied Technical Services Hose Failure Analysis Services Our capabilities include determining the root cause, testing, analysis, and performance evaluations. ATS' ability to interpret analytical data yields delivery of accurate failure investigative conclusions while performance evaluation tests provide information for specifications and engineering calculations. ATS' comprehensive hose failure analysis approach utilizes our metallurgical and plastics testing lab and experienced staff of engineers, chemists, and technicians to provide detailed and precise examinations for failure prevention and design development. Common Modes of Failure High Pressure Fluid Migration Over Pressure High Temperature Low Temperature Wear Fatigue Mechanical Damage Hose Failure Analysis Industries Automotive Aerospace Manufacturing Petrochemical Pipeline Polymer and Plastics



Applied Techincal Services offers Heat Exchanger Failure Analysis for a multitude of industries.   Failure Analysis Services ATS determines the cause(s) of failure by following a systematic process. ATS interprets analytical data thoroughly and completely, demonstrating our ability to reach compelling conclusions. Our services include determining the root cause of failures such as fatigue cracking, obstructions, pitting corrosion, stress corrosion cracking, mechanical fatigue due to vibrations, welding problems, corrosion due to tubesheet crevices, thermal fatigue, and erosion. In addition to our testing practices, we employ ISO 9001:2015-registered quality assurance measures for maintaining integrity and consistency in our findings for our customers. Our Approach to Heat Exchangers ATS' multifaceted approach to heat exchanger failure analysis depends on reliable inspections and testing. Technologies for testing and inspecting heat exchanger tubes are constantly evolving and improving. At ATS, we adhere to the latest technologies and disciplines to meet our clients' needs. By cohesively consolidating our findings and recommendations, we are able to establish good design practices and failure prevention as an economical and progressive solution for our customers. Typical Heat Exchanger Failure Analysis Findings Stress Corrosion Intergranular Corrosion Stress Corrosion Cracking Thermal Fatigue Vibration Fatigue Microbiologically Induced Corrosion Deposit Build-up



ATS is a reliable source for your fastener failure analysis needs. Our experts and engineers have the experience and expertise to find the root cause of your failed fasteners.   Common Fastener Failures Failure inspection results commonly reveal deficiencies due to inadequate product design, poor production processes, incorrect metallurgical properties, improper installation, fatigue loading, and unanticipated service environments. Overload Fracture Torsional Shear Failure Fatigue Failure Corrosion Failures Manufacturing Defects Plating Defects Our Methods Most successful failure analysis projects involve collecting detailed background information and conducting the appropriate tests to determine the root cause. Optical and Scanning Electron microscopy, microstructural examinations, chemical analysis of base materials and corrosion deposits via EDS and XRD techniques when applicable, nondestructive inspections (radiography, magnetic particle, or ultrasonics), and mechanical tests such as tensile, hardness, and Charpy impact can all provide crucial data in uncovering the root cause(s). Related Services In addition to failure analysis, we also offer first-article inspections and quality assurance evaluations. Our technically advanced labs provide a large variety of tests and inspections to ensure your products conform to industry standards and regulations. We routinely test to ASTM, SAE, ASME, NACE, and ISO Standards. Contact Us Call +1(888) 287-5227 or click here to request fastener failure analysis.



Applied Technical Services' Failure Analysis Laboratory is a full-service materials testing, analytical, and component testing lab. We have the capacity to investigate single components or entire system failures for root cause analysis and evaluate prevention plans. ATS specializes in a broad assortment of materials, including aluminum, copper alloys, steel, stainless steel, super alloys, titanium, plastics, ceramics, and glass. Our failure analysis lab routinely conducts root cause analysis of fractures, formability issues, corrosion, and wear. Professional engineers and metallurgists perform a multitude of testing utilizing the latest technology and advancements in scanning electron microscopy (SEM), energy dispersive spectroscopy (EDS/EDAX), visual examination, hardness testing, mechanical testing, chemical analysis, metallographic techniques, and optical fractography. All failure analysis lab testing is performed per industry standards, including ASTM E2332, Standard Practice for Investigation and Analysis of Physical Component Failures, and applicable specialized procedures. ATS Materials Testing Labs Metallurgical Analysis Lab Polymer Analysis Lab Mechanical Testing Lab Materials Testing Lab Environmental Testing Lab Chemical Analysis Lab NDT Lab Forensic Analysis Lab Consumer Product Testing Labs Dimensional Inspection Lab Industries Served Our failure analysis lab's vast capabilities provide support to numerous industries such as: Automotive Aerospace Consumer Products Military Pipelines and Utilities Nuclear Pulp and Paper Polymers and Plastics About Us The ATS Family of Companies (FoC) is proud to support clients from coast to coast. We are a growing network of companies with expertise in testing, inspection, and certification services for industrial and commercial sectors. Our superlab in Marietta, Georgia, includes ISO/IEC 17025:2017-accredited mechanical testing, chemical analysis,...



Applied Technical Services offers corrosion failure analysis for numerous companies and industries. Corrosive failures can lead to slowed operations, unplanned downtime, structural damage, and even catastrophic failures. Our failure analysis consultants and experts can identify the cause of failure and help clients determine how to avoid its reoccurrence. ATS' Corrosion Failure Analysis Services Our metallurgical investigations involve identifying failures in alloys, coatings, components, and equipment due to environmental exposures or improper applications. Our ability to evaluate and interpret data produces clear and concise results. Our areas of expertise include: General and localized (pitting) corrosion Weld corrosion Galvanic corrosion Stress corrosion cracking (SCC) Corrosion fatigue Intergranular corrosion Graphitic corrosion Exfoliation corrosion Filiform corrosion Erosion-corrosion ATS implements systematic procedures for finding the root cause of failure and provides preventative recommendations. Thorough Analysis During corrosion failure analysis, our experts consider several factors, including material composition, manufacturing practices, service environment, and corrosion morphologies in order to provide precise reporting. Our assessment of all variables and the quality assurance measures we have in place deliver accurate conclusions after a thorough investigation. Our technicians and engineers are vastly experienced in corrosion failures and are available for clarification regarding all testing. At ATS, we strive to perform corrosion failure analysis at the highest expert level in order to provide solutions for our clients. Common Tests for Corrosion Failure Analysis Scanning Electron Microscopy (SEM) Energy Dispersive Spectroscopy (EDS) X-ray Diffraction (XRD) Metallography Chemical Analysis Contact Us Call +1 (888) 287-5227 or click here to request corrosion failure analysis...



The ATS Family of Companies (FoC) offers its analysis capabilities to find the cause of failures in a variety of components. Whether you are investigating a single component or dealing with a complete system failure, you can rely on the ATS failure analysis group's expertise and in-depth knowledge of the product's application and the relevant testing techniques to meet your full failure analysis needs. From fractures to formability problems, corrosion to wear, our analysts will perform a root cause failure analysis and then assist in plans for prevention. Our metallurgists and professional engineers routinely conduct these services on a wide variety of materials, including: Steels Stainless Steels Titanium Superalloys Copper and Aluminum Alloys Plastics Ceramics Glass Metallurgical Failure Analysis Capabilities Common Failure Causes Contamination Corrosion Creep Embrittlement Fatigue Impact Improper Material Selection Manufacturing Defects Overheating Overloading Methods Energy-Dispersive X-Ray Spectroscopy (EDS) Hardness Testing Hydrogen Embrittlement Metallographic Examination Microstructural Analysis Scanning Electron Microscopy (SEM) Tensile Testing Torque Testing Visual Inspection X-Ray Diffraction (XRD) Regularly Analyzed Samples Bearings Blades Bolts Fasteners Gears Pipes Pumps Screws Shafts Springs Wire Ropes Is your component not listed here? Call +1 (888) 287-5227 to speak with a representative about your needs. Contact Us Click here to request failure analysis from ATS.



Experience Counts! The ATS Family of Companies (FoC) knows that when it comes to bolt failure analysis, experience counts. Our professional analysts and engineers have inspected and tested thousands of bolts, screws, and fasteners in our ISO/IEC 17025:2017-accredited labs. Many manufacturers call on ATS for batch quality assurance inspections. Our experts will thoroughly test your product for consistency and quality, providing you with peace of mind when it reaches the market. When flaws and weaknesses are identified, our consulting engineering services are available to help resolve the issues. Determining the Root Cause of Failure Bolt failure analyses commonly reveal inappropriate installation, inadequate clamping load, poor product selection, material inadequacies, manufacturing flaws, and heat treatment deficiencies, leading to fatigue fractures, over-torque failures, and corrosion issues. Our technically advanced labs have the testing capability to identify the root causes of these bolt failures. As a consumer, there may be times when you need to determine the root cause of a failure. This is particularly true when failure results in personal injury or a loss of assets. Our forensic failure analysis team offers a wide range of services, including initial inspections, litigation support, and expert witness testimony. We Analyze a Wide Range of Bolts Anchor Bolts Hex Bolts Carriage Bolts Shoulder Bolts J-Bolts Eye Bolts U-Bolts Lag Bolts Studs Elevator Bolts Popular Testing Techniques and Capabilities Nondestructive Testing Chemical Analysis Mechanical Testing Metallographic Examination Scanning Electron Microscopy Corrosion Deposit Analysis (EDS, XRD) Testing Standards ASTM / ISO ASME NACE SAE Contact Us Do...



Applied Technical Services provides Boiler Tube Failure Analysis for an assorted collection of companies and industries worldwide. Our program for determining the cause of failure incorporates laboratory testing and empirical data evaluation. Our comprehensive investigations result in conclusive reporting affording preventive assurances to our clients. Failure Analysis Capabilities Our applicable capabilities include, but are not limited to: Root Cause Analysis Metallurgical Analysis Visual Inspection Deposit Weight Density Determination Chemical Composition Wall Loss Determination Scale Thickness Measuring Pit Depth Measuring Mechanical Failure Analysis Our evaluation process allows us to determine failures caused by: Corrosion Stress Rupture Erosion Fatigue Inadequate Boiler Water Quality As a preventative measure, conditions discovered during periodic inspections may be analyzed and identified to avoid potential failures, which would lead to costly repairs and lost production. ATS' focus on boiler tube failure analysis begins with examining the conditions that resulted in the failed component and collecting the pertinent data for reliable information. Common Causes of Boiler Tube Failures Caustic Corrosion Stress Ruptures Erosion Corrosion Fatigue Short-term Overheating Excessive Deposit Build-up Creep Long-term Overheating Stress-Corrosion Cracking Cavitation About ATS As we collect, analyze, interpret and study our findings, ATS' in-depth failure analysis experience plays a major contributing role in delivering accurate conclusions. Our thorough testing, investigation, and inspection services, in conjunction with our quality assurance program, proven record, and cost-effectiveness, have established ATS as a leader in the failure analysis industry for our clients. Contact Us ATS leads a growing Family of Companies (FoC) with multiple locations capable of...



ATS provides blade failure analysis for many companies and industries. Our processes include identifying cracks, fracture modes, and determining the contributions of manufacturing practices and material properties to the failures. Our inspections and testing involve visual inspections, metallography, and scanning electron microscopy (SEM). Additionally, to maintain high standards and integrity of our findings, ATS follows an ISO 9001:2015 registered quality assurance program, providing our customers with a high level of satisfaction. Why is Failure Analysis Important? Most blades are utilized in cyclical loading applications, which makes them susceptible to developing fatigue cracks. Therefore, the blade type and heat treat conditions are very important in selecting the proper material for the demanding service environments. Design, manufacturing practices, and the mounting methods of the blade also play a major role since they can contribute to undesirable stress concentrations leading to fatigue crack initiation. At ATS, we apply the latest state-of-the-art technologies to analyze blade failure analysis. We rely on collecting accurate and appropriate data. Therefore, we approach every test using our systematic procedures to obtain decisive outcomes. By utilizing our complete approach to failure analysis, we are able to produce recommendations in an efficient and cost-effective manner for our clients. Common Blade Failure Analysis Findings Manufacturing Defects Fatigue Product Design Issues Maintenance Issues Inadequate Materials Improper Heat Treats Environmental Effects Material Defects Blade Failure Analysis Types Fatigue Creep Corrosion Impact Erosion Sulfidation Contact Us Call +1 (888) 287-5227 or click here to request failure analysis of a blade.



The ATS Family of Companies (FoC) performs numerous bearing failure analyses for a variety of industries and companies. Our thorough testing evaluates degradation, design, manufacturing, and environmental conditions to find the root cause of the failure. Bearings may fail due to a variety of factors. Some of the typical causes include: Contamination Misalignment Fatigue Insufficient lubrication Overloading Overheating Corrosion Manufacturing Defects Our Failure Analysis Methods We examine damaged bearings, form opinions on the cause of failure, and determine measures to prevent reoccurrence. Our testing services include visual examination, microscopy, mechanical testing, and chemical analysis. Along with our distinguished testing services, ATS applies a disciplined quality assurance program to ensure accurate results and comprehensive reporting. Bearing Failure Analysis Testing Visual Inspection Scanning Electron Microscopy (SEM) Energy Dispersive Spectroscopy (EDS) Metallography Hardness Testing Chemical Analysis Quality Standards and Procedures To reach reliable conclusions, our experts follow procedural measures to secure and inspect failed components. Our process includes meeting the benchmark for conducting bearing failure analysis through the utilization of ASTM E2332, Standard Practice for Investigation and Analysis of Physical Component Failures, and other applicable specialized procedures. ATS’ systematic approach to testing and inspections, combined with our ISO 9001:2015 registered quality program, makes us one of the leaders in the failure analysis industry. Contact Us Click here to request failure analysis of a bearing. Do you have any questions? Call +1(888) 287-5227 to speak with a representative about our services today.



ATS Uses Temperature Testing to Determine The product's performance under adverse conditions. Applied Technical Services performs temperature testing services to determine the performance characteristics of clients' sample materials. By testing according to applicable standards or client-requested specifications, our environmental testing division can discover a variety of performance indicators. Using our advanced equipment, ATS technicians find things like incompatibilities between components of different materials due to dissimilar thermal expansion rates or a product's susceptibility to structural failure resulting from thermal shock. Our Environmental Testing Lab's Thermal Testing Services Applications Characterize Thermal Expansion Rates Determine Thermal Coefficient Mismatch Determine Thermal Shock Resistance Heat Aging Observe Reaction to Varying Temperature and Humidity Conditions Capabilities -60°C – 170°C Temperature Range 14 Thermal Cycling Chambers of Varying Sizes Humidity Capabilities Ramp Rates up to 7. 5°C/Minute (Thermal Cycling) Thermal Shock Unit Walk-In Units for Large or Multiple Samples Standards BMW TS 308 (A2LA Accredited) Client-Requested Specifications GM 9505P2 (A2LA Accredited) IEC 68–2–30 (A2LA Accredited) PrV303 (A2LA Accredited)



ATS has provided chemical analysis of metals and alloys for over 55 years. Supporting industries around the world, we work with clients to ensure their products and processes comply with federal, state, and international standards and regulations. Chemical analysis reveals the composition of a sample, presenting our chemists with a thorough understanding of the chemical make up and properties of a substance. The chemical properties of a metal or alloy can greatly affect the performance of a product and its reaction to its environment. Unexpected contaminants and inclusions can lead to catastrophic failure, poor quality products, and waste. Chemical Analysis of Metals and Alloys Applications Our services range from simple alloy identification to the more complex procedures accomplished by technically advanced equipment, including Optical Emission Spectroscopy (OES), Wavelength Dispersive X-Ray Fluorescence (WDXRF), and Inductively Coupled Plasma (ICP). Some of the most popular applications of our services include: Alloy Identification Positive Material Identification LECO Combustion Electrodeposition of High Purity Metals Nuclear Commercial Grade Dedication Parts Manufacturer Approval (PMA for FAA) for replacement parts Trace Metals Analysis Scanning Electron Microscopy/ Energy Dispersive Spectroscopy (EDS) Wet Chemical & Elemental Analysis Types of Metals and Alloys Aluminum Brass Bronze Chromium Chrome-moly Copper Gold Cast Iron Manganese Nickel Platinum Silver Stainless Steel Steel Tin Titanium Tool Steel Tungsten Zinc About Us ATS has established an excellent reputation by offering friendly support and quality services, while always being ready to help clients with their questions, testing, and inspection needs. Our ISO 9001:2015-registered quality assurance program ensures...



Applied Technical Services provides a precise process for Alloy Identification to determine the chemical makeup of various materials. Alloys are a blend of various metals as opposed to being comprised of only one type of metal. For instance, most stainless steels are a combination of iron, chromium, nickel, or molybdenum. The Alloy Identification process precisely identifies the blend which makes up the alloy. Common Alloys Common alloys analyzed by ATS (just to name a few): Steel Stainless Steel Aluminum Copper Nickel Titanium Ductile / Gray Iron Cobalt Industries served by ATS include Aerospace, Automotive, Nuclear, Manufacturing, etc.   ATS has participated in round-robin and proficiency testing programs, which indicate dedication to delivering accurate results, for over 25 years. ATS's quality assurance program meets the most stringent industry requirements including ASME NQA-1. We are ISO 9001:2015 registered and our chemistry laboratory is ISO/IEC 17025:2017 (A2LA) accredited.



The ATS chemistry lab has an impressive range of chemical analysis capabilities. Our qualified experts can use a variety of methods to determine the material composition, identity, and properties of a sample. As an ISO/IEC 17025:2017-accredited lab, we are dedicated to providing exceptional service, accurate results, and reliable analysis. Types of Chemical Analysis Capabilities Chemical Analysis Contaminant Testing EPA Method 24 Flame Retardant Testing Phthalate Testing Polymer Testing Product Formulation VOC (Volatiles) Emissions Testing Consumer Product Testing CA Proposition 65 Testing Lead & Heavy Metals Lead Testing Phthalate Testing Product Testing State Requirements Metal Analysis Alloy Identification High Purity Copper Analysis Inductively Coupled Plasma LECO Combustion Metals Analysis Nuclear Commercial Grade Dedication Optical Emission Spectrometers Trace Metal Analysis Wet Chemical & Elemental Analysis Polymer Testing DMA DSC Filler Content FTIR Analysis of Polymers Glass Transition Melt Flow Rate Plastic Testing Lab Polymer Labs Rubber Testing Labs TGA TMA Prop 65 Testing 1,4 Dioxane Acrylamide AZO Dyes Bisphenol- A (BPA) Formaldehyde Furfuryl Alcohol Heavy Metals PAH PFOA & PFOS Phthalates Tris Flame Retardants RoHS Testing BFRs Cadmium (Cd) Testing Chromium (Cr VI) Lead (Pb) Mercury (Hg) Phthalates RoHS Compliance Testing Volatile Organic Compounds EPA Method 24 GC-MS VOC Testing GMW 15634 Testing VDA 278 VOC Emissions Testing Contact Us Call +1 (888) 287-5227 to speak with a representative about our services. Click here to submit a request form online.



Charpy Impact Testing ASTM E23 ASTM A370 Determine Metal's Ductility Determine DBTT EN 10045-1 ISO 148-1 Fatigue Testing 2lbs to 55,000 lbs Capacity Ambient to 1,000 degrees C CTOD Fracture Toughness Hardness Testing Barcol Brinell Knoop Leeb Rockwell Superficial Rockwell Vickers Webster Hydrogen Embrittlement ASTM F519 ASTM F606 SAE J81 Determine Possible Hydrogen Exposure In Manufacturing Process Tensile Testing ASTM A370, E8, B557 Fasteners (ASTM F606) Tests Performed on Metals and Plastics Maximum Elevated Temperature Up To 1800°F (ASTM E21) Maximum Force Capacity Is 400,000lbs Multiple Uniaxial Machines Fully Equipped In-house Machine Shop for Sample Preparation Torque Testing Also Known As Torsion Testing Measure Performance Characterization Material Qualification Tests Performed on Metals, Rebar, Pipes, Rubber, Tubes, Fasteners, Composites and More Additional Mechanical Testing Capabilities Anchor Pull Testing Customized Product Testing Helium Leak Testing Pressure Testing Strain Gauging Stress Rupture Weld Testing



ATS offers a variety of leak testing method including helium leak, pressure decay leak and vacuum box leak testing. These testing methods are utilized by many industries to ensure dependable performance by detecting possible cracks, holes, or bad seals in your components or pressure vessels. Types Of Leak Testing Helium Leak Testing Detects Very Small Leaks Leak Rate Measurements Identify Location of Leaks Analyze Product Longevity Component System Performance Pressure Leak Testing Detects Cracks Detects Holes Detects Bad Seals Liquid or Gas Leaks Vacuum Leak Testing Leakage From External Sources Determines If Sealed Vessels Have Leaks From External Sources ASTM E493, ASTM E498, ASTM E499, ASTM E1603-11 ASNT, Handbook Volume 1 - Leak Testing ASME BPVC Section V



ATS provides high-quality polymer analysis and testing services with innovative technology and the latest industry standards. Using physical and analytical methods, our experts can verify the chemical, mechanical, and thermal properties of a polymeric material. These properties are crucial in ensuring that the polymer part performs as required by the end user. Comprehensive Material Analysis Our services address a wide spectrum of material needs, from polymer identification to quality assurance. For example, we can verify that the parts are made of the proper material using FT-IR, check for contamination using DSC, and then determine if the parts are degraded using a melt flow indexer. Additionally, mechanical tests such as hardness, impact, tensile, and flexural strength can determine the mechanical integrity of a part. We perform polymer testing and analysis to determine the composition of organic thin films, surface contamination, fibers, or composites. Finally, thermal characterization can help determine performance, process capabilities, and quality, and aid in product development. Polymer Testing and Analysis Capabilities Polymer Identification Failure Analysis of Plastics and Polymers Mechanical Testing Tensile Strength Films Fibers Coatings Flexural Strength Dynamic Mechanical Analysis (DMA) Thermomechanical Analysis (TMA) Polymer Hardness Flammability Compression Set Durability Elasticity Impact Testing Izod Charpy Peel Adhesion Lap Shear Testing Thermomechanical Analysis (TMA) Thermogravimetric Analysis Filler Content Dehydration/Desolvation Decomposition Analysis Thermal and Environmental Testing Heat Deflection Temperature Under Load (DTUL) Coefficient of Thermal Expansion (CTE) Heat Aging Accelerated Weathering (UV degradation) Chemical Analysis Differential Scanning Calorimetry Analysis Glass Transition (Tg) Melting Point Crystallinity Heat Capacity Inherent/Intrinsic Viscosity...



The ATS chemical analysis lab is equipped with the latest and most advanced equipment. ATS has been called upon many times to do routine and unique analysis projects. Our lab frequently services many industries, including nuclear, aerospace, automotive, manufacturing, consumer products, utilities, and governmental agencies. Organic Chemical Analysis Lab ATS has the capability to analyze a variety of organic compounds in your samples. Whether they are simple alkanes or more complex compounds, our highly qualified staff uses state-of-the-art instrumentation to quantify and identify these compounds. So whether you need to determine volatile organic compounds (VOC) or the identification of active ingredients and impurities, ATS offers comprehensive testing services to be able to help solve your analytical problems. Metals Chemical Analysis Lab ATS' metal chemical analysis capabilities include everything from Aluminum to Zinc and all the elements in between. The metals analysis group at ATS has the instrumentation to determine the chemical composition of almost any metal alloy regardless of shape or size. Using our Optical Emission Spectrometers, we can rapidly determine chemical compositions without dissolving the sample. If we have to dissolve your sample due to size constraints, we use microwave digestion techniques and analyze for your elements using Inductively Coupled Plasma (ICP) techniques. Polymer Chemical Analysis Lab Polymer analysis employs both physical and analytical methods to verify the chemical, mechanical, and thermal properties of a polymeric material. These properties are instrumental in making sure that the polymer part will perform as required by the end user. ATS offers a...



ATS performs Wavelength Dispersive X-ray Fluorescence (WDXRF) Analysis for virtually any element on the periodic table. Our WDXRF Spectrometer We use a type of instrument called the WDXRF Spectrometer when analyzing highly alloyed or complex samples to determine elemental percentages. Our Rigaku Primus II ESX Spectrometer wavelength dispersive XRF allows for accurate analysis of major and minor constituents in various material matrices. The Rigaku ZSX Primus II Spectrometer is equipped with a 4KW X-ray generator and features microanalysis and mapping options. A powerful Fundamental Parameters software package is also featured, which allows for accurate standardless analysis covering the elemental range from fluorine to uranium. Common WDXRF Analysis Samples We can analyze a wide range of metals and alloys, including Steel / Stainless Steel Babbitt / Solder Aluminum Copper Nickel Cobalt Polymer / Elastomer Zinc Contact Us Call +1 (888) 287-5227 or click here to schedule WDXRF testing with ATS.



ATS performs trace metal analysis to detect, identify, and quantify the presence of metal contaminants in samples. Trace metals can negatively impact a product's toxicity, quality, and safety, so manufacturers rely on analysis services to abide by legislation and regulations governing the presence of trace metals. Why is Trace Metal Analysis Important? Trace metals are essential to human, animal, and plant life at low concentrations but may become toxic at higher concentrations. These naturally occurring elements are present in various ingredients and materials and can impact the product or consumer if left untested. Consumer safety and environmental agencies regulate the presence of trace metals and require that manufacturers abide by the regulations to reduce the risk of harm to the public. Trace metal analysis is standard in various industries, including: Agriculture Chemicals Environment Food Petroleum Pharmaceuticals Our Trace Metal Analysis Services Our highly trained technicians can evaluate the presence of trace metals down to parts-per-billion (ppb) using a method called inductively coupled plasma (ICP) testing. ICP testing is an extremely powerful and accurate research method capable of evaluating complex chemical and biological samples. Our chemical analysis lab is ISO/IEC 17025:2017-accredited and CPSC-approved for detecting various metals, including: Aluminum Arsenic Beryllium Cadmium Cobalt Copper Iron Lead Mercury Nickel Platinum Zinc Standards and Applications We conduct our trace metal analysis services in accordance with ASTM E1479 and any specifications or requests provided by our clients. Our services are prompt, and our technicians produce clear and concise reports detailing the results of our...



The ATS chemical analysis lab provides scanning electron microscopy and energy-dispersive X-ray spectroscopy, or SEM EDS analysis. The combined approach to element analysis and material identification enables our experts to determine the composition of wear-metal particles or inclusions in samples. ATS is dedicated to helping our clients predict material performance, prevent catastrophic losses, and perform a thorough investigation if failure occurs. Microanalysis takes a closer look at samples for failure analysis, research and development, and quality assurance. ATS is ISO/IEC 17025:2017 (A2LA) accredited to perform SEM-EDS analysis in accordance with the ASTM E1508 standard. Applications of SEM EDS Common applications of SEM EDS analysis include: Contaminants Inclusions Wear Metals Platings / Coatings General Alloy ID Corrosion Products Polymer Filler Material ID Elemental Mapping Powder Metallurgy About Us ATS's quality assurance program meets the most stringent industry requirements, including the nuclear industry. We are an ISO 9001:2015-registered company with a quality assurance program that meets the most stringent industry requirements, including the nuclear industry. Our chemistry laboratory maintains ISO/IEC 17025:2017 accreditations in a wide variety of chemical analysis methods and procedures. Contact Us Call +1(888) 287-5227 or click here to request SEM-EDS analysis from a qualified expert.



The ATS chemical analysis and metallurgy labs offer Positive Material Identification or PMI testing to rapidly verify products by determining their chemical composition. PMI Solutions Depending on the situation, various analytical instruments and testing methods can be used to accurately determine the metal content and composition of a sample. For quick alloy identification, we can use a handheld XRF (X-ray fluorescence) unit. In other situations, the OES or ICP units are used to evaluate samples. These methods are especially useful when assessing the composition of lighter elements. Our expert chemists, metallurgists, and engineers work together to ensure all your testing needs are met in a timely manner. For a comprehensive material property identification, clients may request that we evaluate additional characteristics, such as tensile strength and hardness. Materials We Can Identify Common material types eligible for PMI testing include: Alloy Steels Aluminum Alloys Stainless Steels Nickel Alloys Titanium Alloys Copper Alloys Cobalt About Us ATS has assisted clients from a wide array of industries, including aerospace, consumer product manufacturing, and nuclear. We are an ISO 9001:2015 registered company with a quality management program that meets the most stringent industry requirements. Additionally, our ISO/IEC 17025:2017-accredited labs offer chemical, mechanical, electrical, and nondestructive testing and calibrations. Contact Us Call +1(888) 287-5227 or click here to request positive material identification services from ATS.



ATS offers positive material identification and certification services also known as PMI Analysis and Certification Services. This Certification Service is critical to industries that are required to use high quality materials for manufactured products and components. Material Qualification The aerospace and nuclear industries are examples of enterprises that are often required to have product certification ensuring critical components are manufactured with the most reliable materials for durability, longevity, and safety. Failure Analysis and Material Sorting Often during the failure analysis process, it is necessary to positively identify the materials used during manufacturing to verify their conformance to specifications. If inferior materials are used, products may fail and cause personal injury or asset losses. To avoid potential forensic investigation or litigation, it is incumbent to verify your materials and/or manufacturing processes. As it is a nondestructive test method and can be conducted on site, PMI is also a very convenient way of conducting verification and sorting of materials in case of mix-ups. Improper Material Use Can Result In: Thermal Damage Corrosion Fatigue Fractures Overload Failures Applied Technical Services PMI Analysis and Certification Services Applications Include: X-Ray Fluorescence (XRF) Optical Emission Spectroscopy (OES) Inductively Coupled Plasma (ICP) Energy Dispersive Spectroscopy (SEM/EDS) X-Ray Diffraction (XRD) Wet Chemistry Ion Chromatography (IC) Applied Technical Services Labs Feel free to contact our lab for additional information regarding testing and PMI certification to meet federal and state regulatory requirements. ATS laboratory is accredited by the American Association for Laboratory Accreditation (A2LA), certificate number 1888. 01 and 1888....



Applied Technical Services offers OES analysis services that determine the elemental composition of various metals and alloys. OES is ideal for clients that require accurate, quantitative breakdowns of soft metals. What is OES? Optical emission spectroscopy, or OES, introduces electrical charges to samples to create a chemical signature that reveals the elemental breakdown of a sample. OES analyzers consist of three primary components, an electric spark, a device that captures light, and a computer system that processes the data and reveals the concentration of the elements present in the sample. OES can analyze samples that in melt primary and secondary metal production, including plates, rods, wires, tubes, and bolts made of common materials such as nickel, copper, cobalt, and titanium. Advantages Quick Results Extremely Accurate Low Detection Limits Easy Operation Inexpensive Applicable to a Wide Range of Elements ATS’ OES Analysis Lab OES testing is an effective analysis method for the following applications. Consumer Product Testing Quality Assurance Quality Control Research and Development Our OES analysis services adhere to the following standards. ASTM E415 ASTM E1086 ASTM E1251 ASTM E1507 Applied Technical Services’ Metal Analysis Our ISO/IEC 17025:2017 accredited metal analysis lab has state-of-the-art technology and equipment capable of fulfilling an extensive list of metallurgical services that benefit various industries worldwide. Our lab professionals conduct services in accordance with the latest industry standards and practices while ensuring that our services meet the demands of our clients. We provide services for a wide range of metals, including: Aluminum Alloys Carbon Steels...



The Metal Testing Lab at ATS provides our experts with state-of-the-art technology and innovative test methods to provide reliable results. Delve into the chemical properties of your selected metals and alloys, or evaluate the mechanical properties of a component. Whatever your needs are, our metal testing lab can provide the expertise and insight to help you make informed decisions. Metal Testing Lab Capabilities Our metallurgy and chemical analysis labs are ISO/IEC 17025:2017 accredited, providing international credibility and proof of compliance with testing standards and regulations. Our labs also abide by NADCAP-accredited procedures in a standardized mission for quality assurance. Our Metal Testing Lab Services Chemical Analysis Alloy and Material Identification Wet Chemical Analysis High Purity Metals Analysis by Electrodeposition Mechanical Testing Tensile Hardness Fatigue Impact Bend Nondestructive Testing Visual Dye Penetrant Radiography Ultrasonics Eddy Current Magnetic Particle Helium Leak Applied Technical Services - A Recognized Provider Applied Technical Services has established its presence as a consulting engineering and inspection services provider throughout numerous industries since its founding in 1967. Our lab facilities are equipped with advanced technology, enabling us to deliver accurate results promptly and efficiently. ATS has maintained a reputation for uncovering facts within the aerospace, consumer products, manufacturing, pharmaceutical, power generation, and steel and aluminum industries. ATS Quality Assurance Programs At ATS, our goal is to provide high-quality services that empower our clients to make informed business decisions. We are an ISO 9001:2015-registered company, which means our Quality Assurance department secures measurable objectives for our departments to revitalize...



Our highly knowledgeable staff, bringing a combined decades of experience allows ATS to be the lab of choice for metals analysis. In addition to our unmatched expertise, the quality assurance program at ATS meets the most stringent requirements, including the nuclear and aerospace industries. In addition to our ISO 9001:2015 registration, ATS' chemistry laboratory is ISO/IEC 17025:2017 (A2LA) accredited. Chemical testing capabilities of metals includes everything from Aluminum to Zinc and all the elements in between. The metals testing lab at ATS has the instrumentation to determine the chemical composition of almost any metal alloy regardless of shape, size or form. Metals Analysis Services Alloy Identification Positive Material Identification (PMI) On-site Wet Chemical and Elemental Analysis LECO Combustion for Carbon, Sulfur, Nitrogen, Oxygen, and Hydrogen High Purity Metals Analysis by Electrodeposition Trace Metals Analysis in Organic and Inorganic Matrices Nuclear Commercial Grade Dedication PMA Testing Services for Aviation Products Typical Base Material Types Analyzed Stainless Steels Low Alloy & Carbon Steels Aluminum Alloys Nickel Alloys Cobalt Alloys Cast Irons Tool Steels Copper Alloys Zinc Alloys Babbitt & Solders Zircaloy Magnesium Alloys



ATS’ Chemical Analysis Department performs Inductively Coupled Plasma (ICP) services for our clients. Popular ICP testing and analysis applications include metallurgical, polymer/elastomer, water, chemicals, raw ingredients/final products, and paints/coatings. Our Chemists Our highly skilled chemists partner with clients to ensure appropriate tests and analyses are conducted in order to get accurate information that will satisfy their queries and/or meet industry requirements. Effective communication, detailed reporting, and timely turnaround are key factors in satisfying our customer service goals, which set us apart from other testing labs. Due to their years of experience performing ICP testing and analysis to relevant standards, our lab experts provide services of the highest quality to our clients. Popular Industry Standards and Regulations REACH — Registration Evaluation Authorization and Restriction of Chemicals - European Union (EU) requirements ASTM — ASTM International ISO — International Organization of Standards MIL — Military Standards CPSC – Consumer Product Safety Commission CPSIA – Consumer Product Safety Improvement Act CA Prop 65 — California Proposition 65 List CCPSA — Canada Consumer Product Safety Act ICP Testing and Analysis Labs at ATS ATS' well-equipped chemistry labs are operated by expert chemists with a wide variety of technologically advanced equipment offering hundreds of testing and analysis procedures. Our labs are ISO/IEC 17025:2017 (A2LA) accredited to perform this method to ASTM E1479. Types of Chemistry Labs Organic Lab – Capable of analyzing organic compounds ranging from simple alkalines to more complex compounds. Whether you are needing to quantify and/or identify these compounds, our state of the...



ATS generally uses a LECO Combustion instrument to analyze carbon and sulfur content in small steel samples that do not meet the size constraints of Optical Emission Spectroscopy (OES analysis). How Combustion Testing Works Combustion testing is a technique used to precisely determine the content of carbon, sulfur, nitrogen, oxygen, and hydrogen in metals and alloys. Fundamentally, this process involves burning the sample to release these specific elements. The values received for element percentages are matched against specifications to determine the metal type. ATS frequently performs this analysis on steel samples in addition to iron, nickel, titanium, and cobalt alloys. Commonly Tested Analytes Steels and Cast Irons Reactive Materials Refractories Non-Ferrous Alloys Carbides Carbon Sulfur Nitrogen Oxygen Hydrogen LECO Testing Standards With several LECO combustion units in our facilities, ATS is equipped to provide quick and efficient elemental analysis to clients across industries. Our chemists regularly perform this testing in accordance with the following standards: ASTM E1019 ASTM E1409 ASTM E1447 ASTM E1941 ASTM E2575 About Us ATS's quality assurance program meets the most stringent industry requirements, including NQA-1 of the nuclear industry. We are an ISO 9001:2015-registered company with several ISO/IEC 17025:2017-accredited labs. Contact Us Click here to submit a request online or call +1 (888) 287-5227 to speak with a representative about your needs.



ATS performs Inductively Coupled Plasma testing, or ICP analysis, to identify and measure trace metals and other elements in products. We can test for the inclusion of potentially harmful or banned elements in consumer products. Our experts operate sensitive spectrometers that prepare, dissolve, and analyze the total content of elements within a sample. ICP Analysis Standards ATS is ISO/IEC 17025:2017-accredited to perform ICP testing in accordance with the following standards:  ASTM E1479 ASTM E1613 ASTM E1645 Applications of ICP Analysis ICP analysis is a versatile and sophisticated testing method compatible with a wide range of materials. The ATS chemical analysis lab supports clients from a variety of industries, such as manufacturing, consumer products, construction, and healthcare. Common materials and applications of ICP analysis include: Powders Dust Particles Metals and Alloys Polymers Oils Water and Wastewater Organics Raw Ingredients and Final Products Paints and Coatings Plating and Etching Baths Geochemistry About Us ATS provides testing, inspection, and calibration services to clients across industries. Our quality assurance program meets the most stringent industry requirements, including the nuclear industry. ATS is an ISO 9001:2015 registered company with multiple ISO/IEC 17025:2017 accredited labs. Contact Us Call +1 (888) 287-5227 to speak with a representative about how ATS can support your chemical analysis needs. To submit a request online, click here.



Long before there were instruments to be able to measure the elemental concentration, pH, or moisture content of a sample, chemists utilized various wet chemical analysis techniques to measure these properties. Wet Chemical Analysis Methods Some of the classical wet chemical methods used were precipitation, titration, and colorimetric methods. A common precipitation method used is in the determination of sulfate by precipitation with acidic barium chloride reacting with sulfate to form insoluble barium sulfate that is separated from the solution by filtration and weighed on a filter membrane. Another common method used in elemental analysis is the determination of silver by precipitating with hydrochloric acid to form silver chloride. Titrimetric procedures have long been used to determine the concentration of a specific element. Knowing the concentration and volume of the titrant used in the analysis, one can calculate what the concentration of the specific element of interest once the endpoint is reached. Colorimetric analysis involves the addition of an indicator which changes color when added to a solution. The intensity of the color is directly proportional to the concentration of the substance in solution. That is, the darker the color the more of that species is present in the solution. Common Elemental Analyses Ion Selective Electrode pH Titration Ion Chromatography Parr Oxygen Bomb Colorimetric Analysis ATS's quality assurance program meets the most stringent industry requirements, including an ISO 9001:2015 registration and our Chemistry Laboratory is ISO/IEC 17025:2017 (A2LA) accredited. Contact Us Call +1 (888) 287-5227 to speak with a representative...



ATS performs high purity copper analysis on materials such as chemical, electrolytic, and fire-refined copper, copper in copper-tellerium alloys, and silver in silver cyanide salts. How Electrodeposition Works We derive measurements for the purity of the sample by using a method called electrodeposition. For example, we commonly determine the copper content using this electrolytic technique when the purity is between 99. 75% to 99. 95%. Our chemists use ASTM E53 as a guide when testing copper samples. First, an expert dissolves the sample in a sulfuric nitric acid mixture. Next, the copper is separated and deposited onto a tared platinum cathode, which is initiated by applying current to the sample immersed in the acid mixture in a beaker. We typically use a magnetic stirrer with electrodes or wires made of platinum to avoid attack by the solution. Once the solution becomes colorless, the electrolyte is analyzed by atomic absorption techniques to determine the amount of unplated copper. This is then combined with the amount of the plated copper to calculate the total copper content in the sample. For copper-tellurium alloys, a similar technique is used, as specified in the ASTM E121 standard. ATS' Commitment to Quality ATS' quality assurance program meets the most stringent requirements, including the nuclear industry. We are an ISO 9001:2015-registered company. Our chemistry laboratory is ISO/IEC 17025:2017 accredited to perform a variety of testing and analysis methods. Contact Us Call +1(888) 287-5227 or click here to request copper analysis from ATS.



XRF Analysis allows for verification and identification of metals in a non-destructive manner. X-ray fluorescence is the type of radiation used for the analysis. Fluorescent or secondary “X-rays” are generated when the sample to be tested is irradiated with high-energy X-rays. Since each element present produces characteristic X-rays that is unique, capturing and interpretation of these emitted X-rays by the XRF spectrometer allows the determination of the material’s chemical make-up. XRF analysis is one of the most practical ways of conducting chemical analysis for many industries and various material types. Advantages of XRF Analysis The main advantages of utilizing XRF spectroscopy for qualitative or quantitative analysis of material composition are, that it is nondestructive, can analyze several elements simultaneously, analysis time is short, and the unit is portable. The portability of the instrumentation allows for testing to be conducted on-site if necessary. The instrumentation is operated by trained chemists with years of practical experience utilizing a wide variety of certified standards to verify critical data. ATS is accredited to perform XRF testing in accordance with ASTM E1476. These characteristics of the XRF technique makes it desirable for recyclers in sorting their scrap metals, toy and consumer products industry for verifying that their products do not contain regulated elements, manufacturers needing to positively identify their stainless steel grades in case of a mix-up in their warehouses, companies to verify that materials used in construction conform to specifications to guarantee the quality of their products. Our experienced chemists and technicians at ATS...



Applied Technical Services’ Certified Welding Inspectors (CWI) have been certified through the American Welding Society (AWS). ATS has established an excellent reputation for having well-trained, professional welding inspectors who are customer service oriented. Due to our in-depth experience with various AWS codes, attention to detail, and our strict compliance with certified and accredited quality assurance programs, you can be confident in receiving accurate weld inspection reports which will not only highlight quality workmanship, but proper discontinuity documentation in case of unsatisfactory welds. Our AWS CWIs offer laboratory and field inspection services nationally and internationally. We routinely perform weld inspections on bridges, pressure vessels, piping, valves, structures and manufactured components for various industries. Over the years we have established ongoing relationships with hundreds of clients in the power generation (fossil, hydroelectric, renewable energy, nuclear), automotive, aircraft, maritime, offshore drilling, general manufacturing, and construction industries. Our certified welding inspectors also provide traditional and advanced weld testing. Our testing services include nondestructive, mechanical and metallurgical testing.   Weld Inspector Capabilities: Visual Testing (VT) Liquid Penetrant (PT) Ultrasonic (UT) Magnetic Particle (MT) Traditional Radiography (RT) Computed Digital Radiography (CDR) Weld Testing Capabilities: Bend Load Macro Etching Tensile Hardness Macro- / Microhardness Corrosion Chemical Analysis / PMI Charpy Impact Drop Weight Impact Other Services: Welding Engineering Consulting Welding Failures CWI Pipeline Inspections / Inspectors Weld Coupon Testing Welding Certification Welder and Procedure Qualifications Weld Procedure Specification (WPS) Development



ATS performs GC/MS VOC testing using the static headspace method of chromatography. Our chemists provide gas chromatography mass spectroscopy services to detect and measure emissions and the content of samples. Headspace GC/MS and VOCs ATS experts routinely use Headspace GC/MS analyzers for characterizing volatile materials in liquid samples or solid materials. This technique can be used to identify compounds or measure a single constituent, multiple constituents, or volatile organic compounds (VOCs). This method involves heating an appropriately sized sample at a specific temperature for a desired amount of time. The static headspace method is particularly useful for testing coating systems that cure by chemical reaction. These include powder coatings, melamine-cure automotive coatings, and various two-component coatings. If you need to determine what is off-gassing during the processing and molding of a material, this technique can be applied using similar temperatures and parameters used in a manufacturing plant for more applicable data. Test Methods and Standards We perform headspace GC/MS to a variety of industry standards and test methods, including: VDA 277 VDA 278* EPA 8260C EPA 5021 ASTM D4526 GMW 15634* *Denotes ISO/IEC 17025:2017 accreditation ATS' GC/MS VOC Testing ATS has provided testing, engineering consulting, and inspection services of the highest caliber for over 55 years. We serve clients from a variety of industries nationwide. Our knowledgeable chemists employ a range of testing methods to identify both the specific identity of each VOC in test samples and their representative portion of the material’s chemical composition. ATS quickly returns the accurate...



Applied Technical Services' consumer product testing lab performs toy testing and analysis to ensure that toy manufacturers' products are compliant with all industry standards and government regulations. We are ISO/IEC 17025:2017 (A2LA), CPSC, and EN 71 accredited to perform a variety of consumer product testing methods to achieve this goal. What are the Most Common Toy Testing Requirements? The Consumer Product Safety Improvement Act (CPSIA) was enacted on August 14, 2008, by President Bush. This legislation requires toy testing to determine the safety of these products. What Currently Requires a Certificate of Conformity to Comply with the Law? Where required by the Consumer Product Safety Commission, toy testing must be completed with a third-party accredited lab. RegulationMethodLimit (If Applicable)Lead Content in Paint & Similar Surface CoatingsCPSC-CH-E1003-09 16 CFR Part 130390 ppmLead Content in Children’s Metal Jewelry or Metal ProductsCPSC-CH-E1001-08300 ppmLead Content in Children’s Non-Metal ProductsCPSC-CH-E1002-08300 ppmFull-Size Cribs16 CFR Parts 1508, 1500. 18(a)(13), and 1500. 18(a)(14)Pass/FailNon-Full Size Cribs16 CFR Parts 1509, 1500. 18(a)(13), and 1500. 18(a)(14)Pass/FailPacifiers16 CFR Parts 1511 and 1500. 18(a)(8)Pass/FailSmall Part Rule16 CFR Part 1500. 19Pass/FailBicycle Helmets16 CFR Part 1203Pass/FailInfant Bath Seats16 CFR Part 1215Pass/FailInfant Walkers16 CFR Part 1216Pass/FailClacker Balls16 CFR Part 1500. 86Pass/FailDive Sticks16 CFR Part 1500. 86Pass/FailBicycles16 CFR Part 1512Pass/FailBunk Beds16 CFR Part 1513Pass/FailFlammability of Vinyl Plastic Film16 CFR Part 1611Pass/FailFlammability of Carpets & Rugs16 CFR Part 1630Pass/FailFlammability of Small Carpets & Rugs16 CFR Part 1631Pass/FailFlammability of Clothing Textiles16 CFR Part 1610Pass/FailFlammability of Mattresses and Mattress Pads16 CFR Part 1632Pass/FailFlammability of Mattress Sets16 CFR Part 1633Pass/Fail What...



The Restriction of Hazardous Substance (RoHS) Directive was established to limit the use of specified hazardous materials used in electrical and electronic equipment. Applied Technical Services (ATS) offers RoHS analysis that tests products for those unsafe materials. List of Restricted Substances Targeted in RoHS Analysis: Polybrominated Diphenyl Ether Bis(2-ethylhexyl) Phthalate Butyl Benzyl Phthalate Dibutyl Phthalate Diisobutyl Phthalate Lead (Pb) Mercury (Hg) Cadmium (Cd) Hexavalent (Chromium Cr6+) Polybrominated Biphenyls ATS Applicable Test Methods: ATS uses the following methods to perform RoHS analysis testing: ICP for RoHS metals GCMS for RoHS Phthalates GCMS or ICP for PBDEs Categories of Electronic Products Often Analyzed Under the RoHS Directive: Large and Small Household Appliances Telecommunications Equipment Consumer Apparatus Lighting / Bulbs Electrical Tools Electronics Toys Sports Equipment Medical Devices Monitoring Instruments Semiconductors The categories listed above can not only be found in the Rohs Directive but also in similar directives including the Waste Electrical and Electron Equipment Directive (WEEE). WEEE focuses on the collection, recycling and recovering electronics that possess toxins that put our environment at risk. Popular Electronic Components That Often Violate RoHS Directive that may need testing: Paints/Pigments PVC Cables Solders Printed Circuit Boards finishes, leads, external/internal interconnects Glass (Television/Camera/Lenses) Bulbs/Lamps/Light Fixtures Batteries Microchips Integrated Circuits ATS Lab Services Applied Technical Services have highly specialized labs that can meet the demands of manufacturers, distributors, and consumers who are requesting product and component testing and analysis. Our chemistry labs are ISO/IEC 17025:2017 (A2LA), CPSC, and En71 accredited. Our professional chemists are well versed...



Applied Technical Services' CPSC approved product testing labs follow the required testing methodology and procedures to perform compliance testing in accordance with CPSIA guidelines. The various procedures for the item tested are listed below. The method for CPSIA compliance testing varies and may be found in the CFR (Code of Federal Regulations) or ASTM procedures, such as ASTM F963-11 and ASTM F963-16. Relevant Tests and Procedures Lead in Children's Metal Jewelry – CPSC-CH-E1001-08 Lead in Children's Non-Metal Products – CPSC-CH-E1002-08 Lead in Paint and Surface Coatings – CPSC-CH-E1003-09 Lead in Paint and Similar Surface-Coating Materials – 16 CFR Part 1303 Lead Content in Children’s Product – ASTM F963 Cadmium in Children’s Metal Jewelry Phthalates – CPSIA Section 108(a), CPSC-CH-C1001-09. 3 Soluble Metals – ASTM F963 Toxics in Packaging – CONEG requirements Mechanical/Physical Hazards Testing of Toys – ASTM F963 Small Parts Testing – 16 CFR 1500 and ASTM F963 Sound Producing Toys – ASTM F963 Pacifier Testing – 16 CFR 1511 Rattle Testing – 16 CFR 1510, 1500. 18(a)(15), and 1500. 86(a)(l) Mechanical Testing of Bicycle Helmets 16 CFR 1203 Full Size and Non-full Size Crib Testing – ASTM F406, ASTM F1169, 16 CFR Part 1219 & 1220, 16 CFR Part 1213 Flammability of Toys – ASTM F963 Flammability of Clothing Textiles – 16 CFR 1610 and 1615 Testing to International Regulations Canada Consumer Product Safety Act (CCPSA) Testing Requirements Lead in Children's Metal Jewelry – CPSC-CH-E1001-08 Total Lead Content Requirement Total Mercury Content Requirement Phthalate Requirement Soluble Metals Analysis...



A CPSC-Approved Lab ATS offers product certification and testing services for a wide range of industries. As a CPSC-approved lab, we test and certify consumer goods, childcare articles, and toys that comply with federal regulations and CPSC standards. Types of Products Tested for Certification Below is a list of the various consumer products our lab tests. Please note that this list is not exhaustive, but rather serves as an example of some of the more common items that require Consumer Product Safety Improvement Act (CPSIA) testing. The CPSIA requirements for toy testing may also vary by item. Games Plush Toys Bibs Pacifiers Clothes Paints/Coatings on Various Children’s Items Art Materials Costumes Jewelry Bicycles Furniture Carpet/Rugs Footwear/Shoes CDs/DVDs Playgrounds Cribs Sports Equipment or Sporting Goods Balloons Inks If you do not see your product here, do not worry. Please contact us to discuss your consumer goods testing requirements in further detail, and have us help you determine the applicable compliance regulations. About Us At ATS, we partner with our clients to ensure products and systems exceed their expectations for quality, safety, and reliability. We operate several state-of-the-art labs that maintain ISO/IEC 17025:2017 accreditations in mechanical testing, chemical analysis, electrical testing, nondestructive testing, and calibrations. Our experts tailor services to your needs, testing for compliance with federal, state, and international regulations as well as industry standards. We provide clear and accurate results with quick turnaround times. Contact Us Call +1(888) 287-5227 to speak with a representative about your product. To request consumer...



ATS is fully equipped to perform phthalate analysis to help you ensure product compliance with the following: Consumer Product Safety Commission (CPSC) California Proposition 65 List Canada Consumer Product Safety Act (CCPSA) Registration Evaluation Authorization and Restriction of Chemicals (REACH) - European Union (EU) requirements Phthalate testing is performed in accordance with the approved CPSC test method: CPSC-CH-C1001-09. 4, Standard Operating Procedure for Determination of Phthalates, using Gas Chromatograph/Mass Spectrometer (GC/MS). ATS' consumer product testing lab is ISO/IEC 17025:2017 (A2LA) accredited to find phthalate content according to this testing standard. Phthalates, or phthalate esters, are mainly used as plasticizers, substances added to plastics to increase their flexibility and durability. Phthalates are used in many products: adhesives and glues, agricultural products, building materials, medical devices, pharmaceuticals, food products, textiles, caulk, shower curtains, vinyl upholstery, floor tiles, food containers and wrappers, cleaning materials, detergents, perfumes, cosmetics, nail polish, liquid soap, hairspray, packaging, paints, paint pigments, printing inks, coatings and children's toys. Section 108 of the CPSIA specifies that as of February 10, 2009, "it shall be unlawful for any person to manufacture for sale, offer for sale, distribute in commerce, or import into the United States any children's toy or child care article that contains concentrations of more than 0. 1 percent of DEHP, DBP, or BBP" and "it shall be unlawful for any person to manufacture for sale, offer for sale, distribute in commerce, or import into the United States any children’s toy that can be placed in a child’s mouth or...



Applied Technical Services is a CPSC approved phthalates testing laboratory, fully equipped to perform phthalate analysis to help you ensure product compliance with the following: Registration Evaluation Authorization and Restriction of Chemicals (REACH) - European Union (EU) requirements Canada Consumer Product Safety Act (CCPSA) Consumer Product Safety Commission (CPSC) California Proposition 65 List Phthalates Testing Phthalate testing is performed in accordance with the approved CPSC test method: CPSC-CH-C1001-09. 4, Standard Operating Procedure for Determination of Phthalates, using Gas Chromatography / Mass Spectrometer (GC/MS). ATS' consumer product testing lab is ISO/IEC 17025:2017-accredited to measure phthalate content according to this standard of testing. Section 108 of the CPSIA specifies that as of February 10, 2009, "it shall be unlawful for any person to manufacture for sale, offer for sale, distribute in commerce, or import into the United States any children's toy or child care article that contains concentrations of more than 0. 1 percent of DEHP, DBP, or BBP" and "it shall be unlawful for any person to manufacture for sale, offer for sale, distribute in commerce, or import into the United States any children’s toy that can be placed in a child’s mouth or child care article that contains concentrations of more than 0. 1 percent of phthalate compounds DINP, DIDP, DnOP. " Prop 65 In addition to the federal regulation for phthalates, the state of California also limits the daily exposure to specific phthalates on the California Proposition 65 List. The phthalates found on the California Proposition 65 List are...



Industry standards have been established, mainly by retailers, to protect consumers from digesting phthalates and BPA when eating foods or drinking fluids that have been stored in plastic packaging. ATS’ chemistry department offers testing and analysis that will detect BPA and phthalates in food and food packaging items. Dangers of Bisphenol A (BPA) and Phthalates in Food and Food Packaging Phthalates A chemical used in soft plastics that can affect male reproductive development, sperm quality, and other male hormones. BPA A chemical used in hard plastics that has been associated with brain, breast, and prostate cancer in laboratory studies. Compliance There are many state and federal regulations for phthalates and ATS performs testing in accordance with these requirements for traceability of phthalates through our technically advanced Gas Chromatography/Mass Spectrometer (GC/MS) instrumentation. Popular State and Federal Regulation CCPSA – Canada Consumer Product Safety Act REACH – Registration Evaluation Authorization and Restriction of Chemicals – European Union (EU) requirements CPSC – Consumer Product Safety Commission CA Prop 65 – California Proposition 65 List ATS Labs ATS is a third-party testing lab that holds multiple accreditations, certifications, and registrations such as: ISO/IEC 17025:2017 ISO 9001:2015 EN 71 European Toy Safety Testing NADCAP CPSC Accredited Lab ATS Chemists and Lab Experts Our chemists specialize in analytical, organic, inorganic, physical and material chemistry. ATS employees are qualified, equipped and engaging. As a company, we are focused on quality assurance offering services in accordance with applicable standards and specifications. In order to meet our client’s expectations, we...



Phthalates ATS is a CPSC accredited lab that performs Phthalate BPA Testing along with a wide variety of other regulatory tests that help ensure products are safe for the marketplace. Phthalates, or phthalate esters, are mainly used as plasticizers, substances added to plastics to increase their flexibility and durability. Phthalates are used in many products: adhesives and glues, agricultural products, building materials, medical devices, pharmaceuticals, food products, textiles, caulk, shower curtains, vinyl upholstery, floor tiles, food containers and wrappers, cleaning materials, detergents, perfumes, cosmetics, nail polish, liquid soap, hairspray, packaging, paints, paint pigments, printing inks, coatings and children's toys. Bisphenol A Section 108 of the CPSIA specifies that as of February 10, 2009, "it shall be unlawful for any person to manufacture for sale, offer for sale, distribute in commerce, or import into the United States any children’s toy or child care article that contains concentrations of more than 0. 1 percent of DEHP, DBP, or BBP and "it shall be unlawful for any person to manufacture for sale, offer for sale, distribute in commerce, or import into the United States any children’s toy that can be placed in a child’s mouth or child care article that contains concentrations of more than 0. 1 percent of phthalate compounds " DINP, DIDP, DnOP. A Bisphenol A (BPA) is a chemical compound used to make plastics and is used in some plastic additives. Bisphenol A’s primary use is in the manufacture of plastics (primarily epoxy resins and polycarbonate). Suspected of being hazardous...



ATS is a fully accredited lab that provides lead testing, toy safety testing, and product certification according to many industry standards. As a CPSC-approved testing lab, our state of the art facility ensures national and international products comply with safety requirements and federal limits for total lead content: 90 parts per million (ppm) limit for paints and coatings 100 parts per million (ppm) for substrates (plastics, metals, etc. ) Capable of detecting very low limits of lead and other heavy metals, ATS can help you ensure your product complies with federal and state regulations, such as the 40 ppm total lead content limit for the state of Illinois. The History of Lead Testing & the Consumer Product Safety Improvement Act of 2008 Lead is a toxic heavy metal used for years in the building and construction industry. It is used in batteries, bullets and shot, weights, solder, some metal alloys (e. g. pewter, brass, etc. ), radiation shields, a coloring element in ceramic glazes (notably in the colors red and yellow), used in polyvinyl chloride (PVC), used in making certain glasses, the traditional base metal of organ pipes, oil-based paints (lead carbonate), and for pigments in paints (particularly white, yellow, orange, and red). Lead Poisoning Like other heavy metals, lead is a potent neurotoxin that accumulates in soft tissues and bone over time. Lead poisoning was even documented in ancient times in Greece, Rome, and China. Lead poisoning damages the nervous system (especially in young children) and can cause blood...



In addition to the testing requirement for lead, the CPSC also requires compliance with heavy metal testing per the Standard Consumer Safety Specification for Toys, ASTM F963. This became a mandatory CPSC requirement on June 12, 2012. The latest edition, ASTM F963-23, requires toy substrate materials to be tested for heavy metals in addition to paints and coatings. Toy substrate materials that are accessible as defined by the standard require testing for the migration of antimony, arsenic, lead, barium, cadmium, chromium, mercury, and selenium. Limits for each of these heavy metals have been established in ASTM F963-11. Samples must comply with the limits in order for the toy to be compliant with CPSC requirements. Applied Technical Services performs heavy metal testing in our CPSC-approved lab to ensure clients' products observe the limits on toxic materials set by the CPSC. The Soluble Limits in Parts Per Million (PPM) are as Follows: ElementSoluble limit PPMAntimony 60 ppm Arsenic25 ppmBarium 1000 ppmCadmium75ppmChromium60 ppmLead90 ppmMercury60 ppmSelenium500 ppm ATS Provides the Following for Our Customers Free consultation and review of products for CPSIA compliance Competitive pricing Protocol development for retailers Quick turnaround time Timely and accurate results Assistance with completing a Certificate of Compliance (COC) Contact Us Call +1 (888) 287-5227 to speak with a representative about our capabilities. Click here to request consumer product testing and heavy metals analysis from ATS.



Applied Technical Services helps clients meet current consumer safety limits set by the federal government through our heavy metals testing capabilities. A CPSC-Approved Lab Serving customers since 1967, ATS is a Consumer Product Safety Commission (CPSC) approved testing lab (lab identification # 1030) near Atlanta, Georgia. Our state of the art facility has served customers nationally and internationally to ensure products meet the current established total lead content limits and additional safety requirements. ASTM F963-11 Testing for Heavy Metals In addition to the testing requirement for lead, the CPSC also requires compliance with heavy metals testing per the Standard Consumer Safety Specification for Toys, ASTM F963, since June 12, 2012. The latest edition of ASTM F963 requires toy substrate materials to be tested for heavy metals in addition to paints & coatings. Toy substrate materials that are accessible as defined by the standard require testing for the migration of antimony, arsenic, lead, barium, cadmium, chromium, mercury, and selenium. Limits for each of these heavy metals have been established in ASTM F963-11. Samples must comply with the limits in order for the toy to be compliant with CPSC requirements. The soluble limits in parts per million (ppm) are as follows: ElementSoluble Limit PPMAntimony60 ppm Arsenic 25 ppm Barium1,000 ppmCadmium75 ppmChromium60 ppm Lead 90 ppm Mercury60 ppm Selenium 500 ppm ATS Provides the Following for Our Customers: Free consultation and review of products for CPSIA compliance Competitive pricing Protocol development for retailers Quick turnaround time Timely and accurate results Assistance with completing...



Applied Technical Services offers EPA 24 Testing utilizing multiple applicable methods allowed by the EPA 24 method. Such methods include Total Solids, Moisture Content, and Density. Supporting testing is available by GC/MS (Gas Chromatography / Mass Spectrometry) to identify the individual VOC species. The method was established in 1984, when the Environmental Protection Agency recognized the need for a uniform standard. This standard mainly focuses on volatile matter in products like paint, varnish, lacquer, adhesives, and other surface coatings. ATS' Chemists and Lab Experts ATS’ chemists, technicians, and engineers are experienced professionals who are committed to quality assurance by taking pride in accurate testing, detailed reporting and quick turn-arounds. Familiar with many industry regulations, our experts perform VOC testing on a daily basis in accordance to many applicable standards. Applicable Tests Provided by EPA 24 Volatile Matter Content Total Water Content Density Total Solids Content Total Content Without Water Material VOC Common EPA 24 Materials Tested:  Paint Varnish Lacquer Other Surface Coatings ASTM and EPA Method Testing EPA 24 specifies multiple ASTM methods as required and acceptable processes in analyzing the following: Coatings Paints Adhesives Fragrances Unknown Liquids Optimally, testing requires 200–300 mLs of sample. We are able to handle finished products or raw materials, materials that have special curing requirements can be adapted to the method. Testing the final product is typically encouraged, because the actual values may be different from the theoretical or calculated quantities when effected by all of the product's ingredients. ASTM Standard References ASTM D...



Consumer Testing Laboratories, such as Applied Technical Services, certify to popular regulatory standards including CPSC and CA Prop 65. As a CPSC approved third party testing lab, we follow the required testing methodology and procedures to perform compliance testing in accordance with CPSIA guidelines. The various procedures for the item tested are listed below. The method for CPSIA compliance testing varies, and may be found in the CFR (Code of Federal Regulations) or ASTM (American Society for Testing and Materials) procedures. Test Methods and Standards ATS' consumer testing laboratories are experienced with the following list of the most common relevant tests and procedures: Pacifier Testing – 16 CFR 1511 Rattle Testing – 16 CFR 1510, 1500. 18(a)(15), and 1500. 86(a)(l) Mechanical Testing of Bicycle Helmets 16 CFR 1203 Full Size and Non-full Size Crib Testing – ASTM F406, ASTM F1169, 16 CFR Part 1219 & 1220, 16 CFR Part 1213 Flammability of Toys – ASTM F963 Flammability of Clothing Textiles – 16 CFR 1610 and 1615 Phthalates – CPSIA Section 108(a), CPSC-CH-C1001-09. 3 Soluble Metals – ASTM F963 Toxics in Packaging – CONEG requirements Mechanical/Physical Hazards Testing of Toys – ASTM F963 Small Parts Testing – 16 CFR 1500 and ASTM F963 Sound Producing Toys – ASTM F963 Lead in Children's Metal Jewelry – CPSC-CH-E1001-08 Lead in Children's Non-metal Products – CPSC-CH-E1002-08 Lead in Paint and Surface Coatings – CPSC-CH-E1003-09 Lead in Paint and Similar Surface-Coating Materials – 16 CFR Part 1303 Lead Content in Children’s Product – ASTM F963...



ATS is a fully accredited consumer products testing company that offers a wide variety of product and toy testing. We recognize and test to many regulatory safety standards including ASTM and California's Prop 65 requirements. Frequently Asked Questions What are the Most Common Toy Testing Requirements? The Consumer Product Safety Improvement Act (CPSIA) was enacted in August 2008, placing testing requirements on children’s toys and products. While testing is a requirement of the Consumer Product Safety Commission (CPSC), testing must be completed with a third-party accredited lab. To learn more about testing for CPSC compliance, click here: Rules Requiring Third-Party Testing. What are the Exemptions to Lead Product Testing? Lead in consumer products is a major concern for manufacturers, importers, and distributors. However, there are a few items which do not need to comply with the current lead limits, such as: Wood Natural Materials Yarn (dyed/undyed) Certain educational materials (Chemistry sets) Printed items using the traditional print process - CMYK Children's books printed after 1985 These are just a few exemptions; for a complete list, please visit the CPSC website. What are Phthalates? Phthalates are a group of plasticizers used in products to give them their soft and flexible texture. They are produced from oils and used in products such as plastics, solvents, and personal care products. Phthalates cannot be detected by their appearance, as they are colorless and odorless. Which Phthalates are Currently Banned? Three phthalate compounds, DEHP, DBP, and BBP, are permanently banned in concentrations of more than...



ATS is a CPSC approved lab that performs Bisphenol A Testing along with a wide variety of other regulatory tests. This chemical compound, commonly referred to as BPA, is a chemical compound used to make plastics and is used in some plastic additives. BPA’s primary use is in the manufacture of plastics (primarily epoxy resins and polycarbonate). Suspected of being hazardous to humans, reports began circulating in 2008 regarding consumer concerns with the use of BPA, particularly in infant bottles and food and beverage containers. Recent studies have confirmed and indicated that exposure to BPA can impact consumer health. Even at very low levels, BPA can potentially cause lifelong health problems. BPA is an endocrine disruptor that simulates estrogen in the human body resulting in a potentially wide range of health issues.   Regulating BPA State Regulations In support of consumer concerns, several states have banned the use of BPA in baby bottles, sippy cups, food containers, and/or drink containers for use by children less than 3 years old. States with either current or pending legislation regarding the use of BPA include: California, Connecticut, Delaware, New Jersey, New York, Maryland, Missouri, Pennsylvania, Vermont, Washington, Maine, Massachusetts, Minnesota, and Wisconsin. Retailers also supported the growing concern of BPA by removing suspect products from sale and the industry responded by supplying polycarbonate alternatives to alleviate consumer fears. Federal Regulations In addition to the state regulation and retailer support, on July 17th, 2012 the Food & Drug Administration (FDA) approved the American Chemistry...



EPA Method 24 Testing is based on a volatile organic compound testing method established by the Environmental Protection Agency in 1984. It quickly became a widely accepted test standard in the United States – manufacturers and regulators began to acknowledge it as a useful test to measure VOCs in liquid samples. Applied Technical Services, Inc. (ATS) performs EPA Method 24 testing on a routine basis, as well as other VOC methods. ATS also performs VOC testing on a variety of materials and for numerous industries. About the Method Method EPA 24 is conducted in two sections. In the first, the method only calls for the measurement of the total amount of VOCs in the test material’s composition. This first half of the analysis yields general values, such as the total VOC value, density, total solids percentage, and water content. In some cases, the first section of the test will show that the sample provides a total VOC value that meets client requirements; in these cases, there is no need to conduct the second section. The second half of the testing requires the use of a Gas Chromatography / Mass Spectroscopy (GC/MS); this part will identify the specific VOCs present in the test material, and determine their relative percentage of its chemical makeup. Circumstances will vary, so while EPA 24 calls for GC-MS testing to account for exempt compounds, it is not always necessary. ATS' EPA Method 24 Testing Our chemists are well-versed in analyzing both water-based and solvent-based samples. EPA...



ATS performs BPA testing to determine whether client samples comply with various safety standards. Bisphenol Testing Services Bisphenol-A Bisphenol-A (BPA) is a chemical that is normally used to make plastics, but can also be found in paper receipts and in the coating on the interior of aluminum cans. BPA content is regulated by the FDA in the following items: epoxy resins used in infant formula packaging, baby bottles and sippy cups. ATS is ISO/IEC 17025:2017 (A2LA) accredited to perform BPA testing in accordance with ATS 367. We offer detection limits to meet your specific needs, with the lowest being 100 parts per trillion (ppt). We currently utilize the Triple-Quad Liquid Chromatography Mass-Spectrometer (LC/MS/MS) to perform BPA testing. Bisphenol-S Bisphenol-S (BPS) is very similar to BPA. BPS is added to plastics, epoxy liners and receipts, just to name a few items. Research indicates that BPS is just as harmful as BPA if not potentially more dangerous. With the enactment of recent state regulations for BPA content, some manufacturers are replacing BPA with BPS. ATS can test for BPS per EPA 3545A/8321B with the lowest detection limit being 100 ppt. BPA Banned On July 17th, 2012, the Food & Drug Administration (FDA) approved the American Chemistry Council’s (ACC) suggestion to discontinue using polycarbonate resins in baby bottles and sippy cups. Since BPA is used in the process to make polycarbonate plastic and epoxy resins, the approval basically bans BPA in these types of products. Studies have indicated that exposure to BPA can...



Applied Technical Services' chemical analysis lab selects the most appropriate methods to perform volatile organic compound testing for our clients. By detecting, identifying, and measuring the volatile organic compounds present in their sample materials' chemical makeup, we help keep manufacturers compliant with the array of standards and regulations that govern VOC content. Volatile Organic Compounds Often referred to as VOCs, volatile organic compounds are the types of gasses that are known for having a noticeably high vapor pressure when they're exposed to ordinary room temperatures. VOCs can be both human-made, and can occur naturally in a wide range of different chemical compounds. It's important to note that while most volatile organic compounds are not acutely toxic, they have been known to have compounding health effects over long periods of time. This is part of the reason why volatile organic compound testing is so important for businesses just like yours. ATS' Volatile Organic Compound Testing Capabilities At Applied Technical Services, we pride ourselves in our ability to customize all of our VOC testing and analysis services to meet the needs of your unique application. We understand that no two businesses operate in quite the same way and your unique objectives are important, just as local rules and regulations may vary depending on exactly which jurisdiction you're talking about. By partnering with ATS, clients gain access to services including: Detailed identification of VOCs, as well as a description of the content of VOCs in analyzed products and materials State-of-the-art evaporative emission testing...



ATS provides UV-Vis Testing (Ultraviolet-Visible Spectroscopy) from our state-of-the-art chemical analysis lab. UV-Vis testing can quickly determine the material purity, concentrations, and composition of compounds. This type of spectroscopy has applications in quality control and research and development for the chemical, pharmaceutical, and life science industries. The Importance of UV-Vis Testing We use UV-Vis testing to quantify organic compounds and those of inorganic metals by their absorbance or reflectance at specific wavelengths of light. We often analyze for organic compounds such as formaldehyde in fabrics, polymers, and wood (AATCC 112, EN ISO 14184-1, ASTM D5582). The inorganic analysis includes hexavalent chromium in metal plating and plating solutions (IEC 62321). How UV-Vis Testing Works UV-Vis analysis measures the color intensity in a solution. Various compounds and elements will react with reagents/chemicals to develop a color in solution that can be measured at a specific wavelength. Generally, the color intensity is proportional to concentration, which can be precisely determined against a set of carefully prepared standard solutions treated with the same chemicals. To learn more about our UV-Vis testing services, click here. Related Services The ATS offers a wide range of spectroscopy and nondestructive chemical analysis services, including: Gas Chromatography/Mass Spectroscopy (GC/MS) Pyrolysis GC/MS X-Ray Fluorescence Optical Emissions Spectroscopy (OES) Fourier Transform Infrared Spectroscopy (FTIR) About ATS ATS is dedicated to providing clients with high-quality and timely testing, inspection, and certification services. With experts from a variety of fields and experiences, our labs are uniquely situated to deliver valuable insights and quantitative...



Applied Technical Services offers Toluene testing to help clients remain compliant with the various regulations associated with this chemical. Characteristics and Industrial Uses of Toluene Toluene, also commonly referred to as Methylbenzene, is a colorless liquid that has a benzene-like odor. It belongs to a family called volatile organic compounds, or VOCs. These naturally occurring chemicals have a high vapor pressure when they're allowed to sit at ordinary room temperatures, and are regulated by law (particularly when used indoors) due to the potentially serious long-term health effects that they present. Toluene is also one of the most economically significant organic solvents in use in the world today. According to a market study that was conducted by Ceresana Research and released in January of 2015, the sale of toluene all over the world equaled almost $25 billion dollars. Potential Health Hazards As an organic solvent, toluene is used in a wide range of situations - most commonly in things like industrial feedstock. However, toluene in particular has a significant potential to cause severe neurological harm over long periods of time, which is why Toluene testing is so important. Even short-term exposure to toluene in low to moderate levels can cause symptoms like color vision loss, hearing loss, weakness, tiredness, and confusion. ATS' Toluene Testing Capabilities At Applied Technical Services, your success is always our highest priority. We offer a wide range of different toluene testing options for you to choose from depending on your needs. We utilize industry leading and state-of-the-art...



Determine the content and properties of your materials with TGA analysis from the ATS chemical analysis lab. What is Thermogravimetric Analysis? TGA analysis, also commonly referred to as thermogravimetric analysis, is a procedure that helps determine various properties of a particular material, such as the amount of weight lost during heating and cooling, endothermic properties, and exothermic properties. Because of its comprehensive nature and overall versatility, it is often used to analyze a wide range of different materials, including: Polymers Laminates Composites Rubbers Elastomers Fillers Ash Content Kinetic Studies How The Method Works At its core, TGA analysis is designed to provide your organization with a much deeper level of knowledge regarding the change in mass of a particular material as a function of both time and temperature. The test method involves heating a sample at a specific heating rate from ambient to 1,000°C in nitrogen or air and then calculating the resulting weight losses that may be due to moisture, semi-volatile compounds, polymer degradation, carbon black, and ash content. Thermogravimetric Standards Thermogravimetric analysis is a recommended component of multiple ASTM and ISO standards, including: ASTM E1131 ASTM D3850 ASTM D6370 ASTM D6375 ASTM E2550 ASTM E1868 ASTM E1641 ISO 11358 ATS and TGA Analysis ATS' TGA analysis services are performed by highly trained and educated professionals, many of whom hold multiple accreditations and certifications between them. Regardless of the type of material they're working with or the particular client, the end goal is always the same: to help clients...



Product formulation (verification) is the process by which chemical analysis experts use various types of analytical techniques to verify the chemical composition of products/materials. This is the exact opposite of deformulation. In the situation of product formulation, clients are aware of what their product is comprised of and ATS analyzes the sample to verify the composition. Our chemists analyze samples with known compositions for identified compounds; this includes, but is not limited to: Hydrocarbon Mixtures Solvent Mixtures Fuels — Gasoline, Kerosene, Diesel, Heating Oil Coolants — Glycols, Mineral Oil, Ester based Lubricants — Lubrication Oils, Power Steering Fluid Hydraulic Fluids — Skydrol Heat Transfer Fluids Greases ATS' Commitment to Quality ATS strives to deliver quality in each service we perform for our clients. We strictly adhere to our ISO 9001:2015 registered quality management system to achieve this goal. By following the principles outlined in this internationally recognized standard on effective quality assurance practices, we ensure that our personnel provide continually improving customer service. Our chemical analysis labs return accurate and detailed findings within a quick turnaround window because of our chemists' experience regularly performing relevant test methods. They also remain available and responsive throughout the testing and reporting process because ATS emphasizes providing quality services to our clients. If your company needs product formulation services, contact ATS today — We take a closer look.



The ATS plastic identification lab analyzes plastic materials to identify their diverse chemical and physical properties that dictate many facets of their functionality, such as their chemical resistance, thermal resistance, and electrical resistance. Though most plastics are generally lightweight, their degrees of flexibility and strength can vary significantly. They are utilized in a wide range of applications, from kitchen appliances to children’s toys, and even for aerospace projects by NASA. It is important to identify plastics to understand how they will behave during their end-use application. ATS administers extensive polymer analysis capabilities using state-of-the-art equipment at our plastic identification lab. About the Method Our in-house FTIR equipment enables ATS professionals to pinpoint the exact spectral characteristics of plastics. This testing technique involves a process of comparing the spectral curve of the unknown plastic to a database of spectra. With a library of over 60,000 spectra to compare unknown spectra to, we can accurately determine the composition of plastics. Our plastic identification lab houses two FTIR spectrometers, including a micro-FTIR spectrometer with a built-in microscope. ATS' specialized experts adhere to the ASTM E1252 Standard Practice for General Techniques for Obtaining Infrared Spectra for Qualitative Analysis, which we are ISO/IEC 17025:2017 (A2LA) accredited to perform. Plastic Identification Lab Capabilities Chemical Analysis Base Polymer Identification and Verification Differential Scanning Calorimetry Fourier Transform Infrared Spectroscopy Thermogravimetric Analysis Dynamic Mechanical Analysis Polymer Characterization Molecular Weight Studies Gel Permeation Chromatography Dilute Solution Viscosity Mechanical and Thermal Testing Impact Resistance Hardness Flexural/Tensile Strength Flammability Thermal Stability Heat...



ATS delivers timely and reliable PFOS and PFOA testing for the restricted perfluoroalkyl acids, commonly known as PFAS or forever chemicals. Perfluorooctane sulfonate (PFOS) is a fully fluorinated anion, widely used as the surface treatment of textiles, leather products, paper, furniture, and carpets for its waterproofing and oil-resistance. It's also used as an intermediate for the production of paints, foam extinguishing agents, floor polish, pesticides, and termite control agents for its chemical stability. PFOS and its closely related compounds, which contain PFOS impurities or substances leading to the formation of PFOS, all belong to perfluoroalkyl sulfonate substances. Restrictions on PFOS and PFOA ATS helps clients remain in compliance with various state, federal, and international regulations. In December 2002, PFOS was classified as persistent, bio-accumulative and toxic (PBT) in the 34th OECD Chemical Committee meeting. Consequently, the European Parliament has placed a restriction on marketing and use of PFOS and its salts. Perfluorooctanoic acid (PFOA) and its salts are suspected to have a similar risk profile to PFOS. Limits Outlined by EU REACH (Directive 1907/2006/EC) PFOS shall not be used as a substance or constituent of preparations in products with a concentration equal to or higher than 0. 005% by mass Semi-finished products, articles, or parts shall not be placed on the EU market if the concentration of PFOS is equal to or higher than 0. 1% (1000ppm) by mass For textiles or other coated materials, the concentration shall not be higher than 1 μg/m2 Fully perfluorinated substances with long carbon...



Applied Technical Services performs PFOA testing to determine the perfluorooctanoic acid content of client sample materials. Usage and Dangers of PFOA PFOA, also referred to as perfluorooctanoic acid, is a very specific type of compound that belongs to the perfluorochemical family. PFOA is one of the many members of this group that have been used in heat-, stain-, and water-resistant consumer products all over the world for decades. Unfortunately, they also represent a very serious environmental concern that requires close attention. After a series of studies and tests conducted by the Environmental Protection Agency in 2002, it was determined that PFOA and related compounds caused a number of developmental and other adverse effects in animals used for testing. As a result, the EPA has made several efforts in the intervening years to attempt to control PFOA in the environment. What Is PFOA Testing? Because of this environmental concern, proper PFOA testing is of paramount importance. Soil and other products are analyzed using state-of-the-art technology to identify the level of PFOA and other PFC family members that may be present, which is measured in "parts per billion" or "parts per trillion". PFOA can then either be filtered out of soil, or other products can be altered by their manufacturers in such a way as to take the PFOA-associated risks out of the equation. ATS' Organic Compound Testing Services At Applied Technical Services, we are proud to offer a wide range of PFOA testing services to clients all over the world. Highly...



ATS provides PAH testing for polycyclic aromatic hydrocarbons from our chemical analysis labs. PAHs are fused aromatic rings starting with naphthalene C10H8, which increase in molecular weight. PAH compounds may also be made up, including five-membered rings, such as in Benzo(j)fluoranthene. Current Regulations on PAHs PAHs are usually the byproducts of incomplete combustion of organic matter and the processing of fossil fuels such as coal and oil. Because many of these compounds are known carcinogens, industry standards and government regulations heavily curb their use in consumer products. To keep our manufacturing clients compliant with federal, state, and international regulations, ATS performs PAH testing on sample materials. PAH limits and restrictions are currently regulated by: EPA EU REACH ZEK-01-08 PAH Testing and Chromatography Clients frequently request PAH testing according to EPA Method 8270D and EPA Method 3545A. Both methods require sensitive chromatograph equipment. ATS utilizes Gas Chromatography / Mass Spectrometry (GC/MS) and Liquid Chromatography / Mass Spectroscopy (LC/MS/MS) with a current detection limit of 100 parts per billion (ppb) for PAH testing. Using these methods, our experts can detect compounds in this restricted class, including: Fluorene Fluoranthene Benz(a)anthracene Benzopyrene Acenaphthene Naphthalene About Us ATS has provided high-quality services to clients in a variety of industries since 1967. Based in Marietta, Georgia, we now lead a growing Family of Companies (FoC) and maintain ISO/IEC 17025:2017 accreditations in several labs. Our chemical testing expertise supports quality assurance, safety, and research and development for consumer product manufacturers, petrochemical companies, oil and gas distributors, and...



The ATS organic chemistry labs can analyze the contents and properties of a variety of organic compounds, from simple alkanes to complex carbon compounds. Organic chemistry provides the basis for a wide range of research and development and quality assurance processes. Industries as different as pharmaceuticals, consumer products, and oil and gas production all rely on a thorough understanding of the organic content, makeup, and properties of materials. Whether you need a composition analysis of a hydraulic oil, material identification of raw materials, or verification that your product complies with regulations, our chemical analysis experts can provide the insight you require. ATS Organic Chemistry Lab Testing Services ATS offers a variety of analysis services for organic materials, including: Contamination Testing Flame Retardant Analysis (Tris Compounds, PBDEs, PBBs, and Others) Bisphenol-A and Bisphenol-S (BPA and BPS) Formaldehyde Testing Volatile Organic Compounds (VOC) PFOS / PFOA Azo Dye Analysis Polycyclic Aromatic Hydrocarbon (PAH) Product Formulation Solvent Analysis Relevant Instrumentation and Test Methods Our state-of-the-art chemical analysis lab is ISO/IEC 17025:2017-accredited in test methods such as the following: Gas Chromatography / Mass Spectrometer (GC/MS) Analysis Liquid Chromatography / Mass Spectroscopy Triple Quadrupole Detector Services Fourier-Transform Infrared (FTIR) Analysis Karl Fischer Moisture Detection Ultraviolet / Visible (UV-VIS) Analysis Dynamic Headspace Analysis Static Headspace Analysis Gel Permeation Chromatography Pyrolysis Gas Chromatography About Us ATS has served clients for over 55 years, providing high-quality customer service, thorough analysis, and detailed reporting to clients from coast to coast. Our chemistry experts have experience with a wide range...



Applied Technical Services' Organic Chemistry Lab ATS' organic chemistry lab selects and performs one of a variety of tests as appropriate to determine the presence and degree of contamination in clients' sample materials. The ATS Organic Chemistry Lab Identifies Contaminants in Client Samples Contaminants can be a wide array of various materials or chemicals that present themselves as impurities in products. Typically these are chemicals, residues, organic, or inorganic materials. The contaminant may be known (suspected) or entirely unknown. There are mainly two situations that require the identification of contaminants: There is something foreign in your product in addition to the desired components Samples of known composition are analyzed for impurities or contaminants The ATS team of organic chemists are very skilled at assessing the situation and determining the appropriate equipment and test methods to utilize in order to test for suspected or known contaminants in organic compounds.



The Process of Optical Emission Spectroscopy Optical Emission Spectroscopy (OES) analysis can quickly determine the chemical composition of various metal alloys. Often referred to as a "spark test," the method uses a sparking process where an electrical discharge is applied to the area being analyzed, causing a small amount of material to be vaporized. This sparking process causes a distinct chemical signature to be created allowing the skilled Chemistry staff at ATS to determine the elemental breakdown of the sample. Results are generally given in percentage of each constituent element. Why Clients Request Optical Emission Spectroscopy Optical Emission Spectroscopy is an ideal and fast choice for quantitatively determining the composition of solid metal components. ATS has the ability to analyze a variety of metal alloys such as low-carbon steels, alloy steels, corrosion-resistant steels, aluminum, nickel, and copper alloys. Clients may send in sample materials for Optical Emission Spectroscopy testing to confirm the identity alloy type before production, or as part of a failure analysis. In either circumstance, ATS can get you the answer that you need. ATS and OES For over 50 years we have provided world-class testing, inspection and engineering consulting services to clients from a variety of industries. We are ISO/IEC 17025:2017 (A2LA) accredited to perform OES analysis to the relevant industry standards and ensure accurate results within a quick turn-around window. Let our experienced and qualified staff here at ATS handle your metals analysis needs.



If you need a reliable liquid chromatography lab that provides thorough analysis with a quick turnaround rate, look no further than ATS. Our State-of-the-Art Lab Our lab performs complex chemical tests using a powerful piece of equipment called the Shimadzu Tandem Quadrupole LC/MS/MS Liquid Chromatography-Mass Spectrometer. The LC/MS/MS can detect organic compounds at ultra-low levels (parts per trillion level) and can be used in wide-ranging fields, from pharmaceuticals and life sciences to leading-edge materials research. ATS has also utilized the instrumentation for clients in the consumer product and polymer industries. The extreme sensitivity of our equipment provides a strong foundation for quality assurance and regulatory compliance testing. For example, we can detect trace amounts of PFAS in products intended for states with 100 ppm limits. We were an early adopter of this test method and are ISO/IEC 17025-accredited in multiple chromatography methods. Liquid Chromatography Capabilities Our organic chemists have decades of experience with a wide range of organic and polymer chemistries. We have developed immense capabilities on the LC/MS/MS and continually implement additional methods to identify specific compounds, such as: Bisphenol-A (BPA) Bisphenol-S (BPS) Tris Flame Retardants Phthalate Confirmation and trace level detection Perfluorooctane Sulfonate (PFOS) Perfluorooctanoic Acid (PFOA) Warfarin Additives DCOIT Contact Us Call +1 (888) 287-5227 or submit a request form to schedule liquid chromatography lab testing.



The Karl Fischer Moisture Detection Testing Method ATS performs Karl Fischer testing to determine the moisture content of sample materials. We maintain a state-of-the-art Karl Fischer unit capable of volumetric and coulometric titration, which offers a detection limit of 50ppm ±5 µg. Our system also utilizes a specialized oven attachment that allows analysis of moisture in solid samples by vaporization of the moisture. Our Karl Fischer unit can provide moisture measurements in terms of % moisture, parts per million (PPM), and micrograms (µg) of water. Karl Fischer Titration Karl Fischer (KF) Titration is a technique for the determination of moisture content. It is a process based on the reaction of iodine with water. The KF method is one of the few techniques that will measure water content and not be affected by other volatiles. With our KF titration unit, both free and bound water can be determined, such as the water on the surface or inside of crystals. The method works over a wide concentration range from 50 ppm up to 100%, and supplies reproducible and accurate results. Our unit can effectively test numerous types of solid or liquid samples. Sample size can vary and is typically between 0. 5-5 grams, depending on the water content within the sample. There are two methods used to perform Karl Fischer testing, volumetric and coulometric. Volumetric Titration Method Volumetric titration is used for moisture content above the 1-2% range. In this method, samples are injected directly into an air-tight titration cell containing a...



ATS can determine the elemental composition of samples using a sophisticated method of ICP-AES analysis. Inductively Coupled Plasma Atomic Emission Spectroscopy (more commonly known as ICP-AES analysis or ICP-OES analysis) is a powerful tool that is used to identify trace and major elements in materials. Our chemical analysis lab is ISO/IEC 17025:2017-accredited to perform ICP-AES analysis according to the ASTM E1479 testing standard. We accept solid and liquid samples, with the added step of digesting solid materials before we begin the analysis. Our expert chemists can use a variety of sample preparation techniques to ensure that we can quantitatively measure not only the major concentration elements but the minor trace elements as well. Applications ICP-AES has applications in detecting lead, carbon, iron, and other inclusions that may alter the physical and chemical properties of a sample. This makes ICP-AES analysis a powerful tool for verifying consumer product safety, especially children's products. Whether you have a metal screw, a small unknown contaminant particle, or an aqueous sample, ATS can use ICP-AES analysis techniques to determine the composition. Click here to learn more about our capabilities for chemical analysis of metals and alloys. About Us For over 55 years, ATS has provided world-class testing, inspection, and engineering consulting services to clients from a variety of industries. Besides being an ISO 9001:2015-registered company, ATS is also a CPSC-approved lab capable of a wide range of chemical analysis and product testing methods. We are dedicated to providing clients with detailed and accurate reporting within...



ICP Metal Analysis (short for Inductively Coupled Plasma) is a precise method used for identifying and measuring the individual elements that make up a test sample. Because ICP can only be performed on liquid samples, analysis of metals first requires the digestion of the sample material from its solid form. ATS’ metal testing lab employs various techniques to prepare the samples according to the circumstances of each case. Their expertise and our state-of-the-art equipment enable our lab staff to measure the concentration of both the sample’s most prevalent constituent elements and its most elusive trace elements as well. Whether for quality management purposes or failure analysis, ATS can perform ICP metal analysis to characterize the chemical makeup of a wide variety of metals. ATS and ICP Metal Analysis For over 50 years, ATS has provided testing, engineering consulting, and inspection services of the highest caliber to clients from numerous industries. Besides our ISO 9001:2015 registration we are ISO/IEC 17025:2017 (A2LA) accredited to conduct ICP analysis of metals to ASTM standard E1479. Our chemists’ proficiency in this method lets ATS assure quick returns of accurate findings. Let ATS’ talented staff handle your metal analysis needs.



ATS offers advanced analytical capabilities with our Triple Quadrupole Gas Chromatograph / Mass Spectrometer, which allows for low detection limits on a variety of organic compounds. Many clients request GC-MS services to ensure their product materials remain compliant with consumer safety standards and regulations. Our chemical analysis lab returns accurate findings within a quick turnaround window because of our chemists' extensive experience in regularly performing GC-MS analysis and testing for a wide variety of products and compounds. Our Equipment Allows for: Significantly increasing sample throughput by using an autosampler that can hold 150 sample vials. Selectively analyzing the compounds of interest in a complex matrix that allows the instrument to only analyze for the compounds of interest without having to worry about the other compounds that may be present. Achieving detection limits at the ppt (parts per trillion) level of most organic compounds. This sensitivity is several orders of magnitude lower than traditional GC-MS analysis and testing units. Most customers and regulatory agencies are continuing to request lower detection limits for organic compounds, particularly those that may be used in a children’s product or toy. Most Common Applications of GC-MS Analysis/Testing: Phthalate Plasticizers Brominated Flame Retardants Flavors Fragrances Azo Dyes PCB Detection of Organic Impurities in Food Detection of Organic Impurities in Water



ATS provides Gas Chromatography/Mass Spectrometer Analysis (GC/MS) to identify a wide array of organic and inorganic compounds. GC/MS can be used to verify the presence of known substances and identify unknown materials. It is particularly useful in detecting trace levels of organic compounds in a variety of matrices. ATS utilizes the equipment in the consumer product testing and the polymer industries, to name a few. The chemists in our gas chromatography lab have extensive knowledge and experience with chromatography. ATS' Gas Chromatography Mass Spectrometer Analysis Capabilities Include: Phthalates Volatile Organic Compounds Azo Dyes Polycyclic Aromatic Hydrocarbons (PAHs) PBDE and PBB Methane Analysis HBCD PCBs Natural Gas Analysis Fuels Hydraulic Fluids Chromatography Services Along with GC/MS, our chromatography lab offers the following services: Liquid Chromatography (LC) Pyrolysis GC/MS Ion Chromatography (IC) High Performance Liquid Chromatography (HPLC) Contact Us Contact us today to schedule gas chromatography/mass spectrometer analysis with ATS. Call +1 (888) 287-5227 to speak with a representative or click here to complete a request form online.



Applied Technical Services' gas chromatography lab detects volatile organic compounds to keep clients compliant with various industry standards and government regulations on consumer safety. About the Method: Dynamic Headspace-Gas Chromatography Dynamic Headspace-Gas Chromatography is primarily used to analyze for the presence of volatile organic compounds (VOCs) in solid samples. While this analysis is more sensitive than static headspace, the technique may be used for qualitative analysis, static headspace method development, or detection of trace levels of impurities, contaminants, or hazardous compounds. The analysis is conducted by first placing the sample into an open glass tube in a chamber heated to a desired temperature for a fixed time and purged with an inert gas. The volatiles are directed either onto an adsorbent trap or cryogenically focused on the head of a GC column and analyzed by gas chromatography/mass spectrometry (GC/MS). Our chemists have extensive knowledge and experience performing dynamic headspace analysis. Most Common Gas Chromatography Lab Service Requests Identification of volatile organic compounds ASTM D4526-12 Standard Practice for Determination of Volatiles in Polymers by Static Headspace Gas Chromatography Contact Us Call +1 (888) 287-5227 or click here to request chemical analysis from ATS today.



FTIR testing (Fourier-Transform Infrared Spectroscopy) is used to determine the spectral characteristics of solids, liquids, or gases. The analysis involves obtaining an FTIR spectral curve or spectrum that is searched against a spectral database containing thousands of polymers and organic compounds in an attempt to determine the composition or identity of the unknown sample. The technique is used to differentiate between different polymer types such as polypropylene, polyethylene, nylon to name a few. How FTIR Testing Works At its core, the intention of FTIR analysis involves obtaining detailed properties of certain unknown compounds and polymers that may be present in a particular material. When IR radiation excites a sample, some of the radiation is absorbed and some is transmitted resulting in a fingerprint of the functional groups present in the sample of interest. These fingerprints are unique to each material tested and therefore FTIR is very good at determining the composition and identity of a variety of chemical compounds. Because of the nature of this type of analysis as well as its success ratio, FTIR is also commonly used to identify polymers and other chemical compounds such as: Consumer grade products Plastics Rubbers Organic acids and salts Paints Coatings Petroleum products (unique oils and greases) Pharmaceutical products ATS' Commitment to Quality At ATS, we want to provide excellent customer service by offering accurate analysis performed in technically advanced labs at an economical price. In addition to friendly service and quick turnarounds, ATS is committed to quality assurance by holding multiple...



ATS performs Fourier-Transform Infrared Spectroscopy, or FTIR Analysis, to positively identify polymers, organic compounds, and inorganic materials from our chemical analysis lab. FTIR — The First Step in Material Evaluation FTIR analysis generates unique combinations of absorption peaks reflecting energies absorbed by chemical bonds present in the material, acting as a fingerprint of the material. By comparing the IR spectrum of an unknown material with thousands of available IR spectra in IR libraries, an unknown material can be quickly identified. The results of FT-IR analysis lay the foundation for other material testing techniques. Why Choose ATS' FTIR Analysis Services ATS's Nicolet 380 FT-IR is equipped with low pressure diamond anvil cell, which can handle solid or liquid samples in their natural state at very small sample sizes, such as a single fiber or a speck that is half a millimeter in size. In most cases, the FT-IR analysis performed at ATS is virtually non-destructive. ATS has a team of very knowledgeable scientists working on a variety of FT-IR analysis projects on a daily basis. FTIR analysis has been utilized for critical analysis such as: Material identification Contamination analysis Purity assessment Cleanliness test Failure analysis About Us ATS has provided high-quality services to national and international clients for over 55 years. We maintain several ISO/IEC 17025:2017-accredited labs for chemical analysis, mechanical testing, electrical testing, and nondestructive inspection services. Our wide range of capabilities and accreditations enables us to support clients in industries such as oil and gas, consumer products, manufacturing, and...



ATS performs formaldehyde testing to help clients remain compliant with government regulations and industry standards on consumer safety. Formaldehyde: Uses and Dangers Formaldehyde is a chemical used in processed woods (particleboard, medium density fiberboard, composite wood products, etc. ), glues, and fabrics. It is colorless, highly flammable, and gives off a strong odor. Formaldehyde is used in products for various reasons, including wrinkle resistance in permanent-press fabrics and improved adhesion in processed woods. However, formaldehyde is considered a volatile organic compound (VOC), which means products containing formaldehyde may emit it and release formaldehyde into the environment. This off-gassing is a potential health hazard, which leads to the heightened concern regarding the safe use of formaldehyde in products. The automotive industry is particularly interested in curbing formaldehyde emissions in interior automotive components. Our Chemical Analysis Lab Our chemical analysis laboratory is ISO/IEC 17025:2017-accredited in a wide range of test methods. We can analyze samples and consumer products for formaldehyde content. Our high pressure liquid chromatography (HPLC) system has a very low detection limit, which helps clients determine whether the formaldehyde content in their products lies within the acceptable limits. We accept a variety of samples for testing, such as: Paper Wood products Fabrics and textiles Automotive components Carpets Regulations The rules and regulations for formaldehyde content include: The California Air Resources Board (CARB) specifies emission limits based on the type of manufactured/engineered wood The TSCA Title VI includes the Formaldehyde Standards for Composite Wood Products Act The EPA has also passed...



Flame Retardant Chemicals and Potential Health Hazards Flame retardant chemicals are widely used in consumer products made with potentially flammable materials. Treating component materials with these chemicals help protect end users in the event of a fire. Many of these substances are, however, known to be harmful to human health, and are thus regulated. Tris (1,3-dichloro-2-propyl) phosphate (TDCPP) (CAS No. 13674-87-8) was added to the California Proposition 65 list as of October 2011. TDCPP is a flame retardant commonly used in furniture such as couches, chairs, pillows, etc. Studies did in fact show that this flame retardant is carcinogenic. ATS has developed the capability to not only test for TDCPP, but some additional flame retardant chemicals that are listed below. AcronymNameCASS NumberTOCPTris orthocresyl Phosphate78–30–8TCEPTris Chloroethyl Phosphate115–96–8TPPTris Phenyl Phosphate115–86–6TCPPTris Chloropropyl Phosphate13674–84–5TDCPPTris Dichloropropyl Phosphate13674–87–8TDBPPTris Dibromopropyl Phosphate126–72–7TBBPATetrabromo Bisphenol A79–94–7 In addition to the flame retardants listed above, we also analyze for: Hexabromocyclododecane Polybrominated Biphenyls (PBBs) - 3 mixtures of this include deca-BDE, octa-BDE, and Penta-BDE Polybrominated diphenyl ethers (PBDEs) Decabromodiphenyl ether (decaBDE or DBDE) Brominated and Chlorinated Flame Retardants (BFR and CFR)



DSC testing, also commonly referred to as "differential scanning calorimetry" testing, is a process designed to measure properties such as specific heat capacity, temperature of phase changes, and melting points as they relate to a particular sample material. These properties can be commonly classified as thermal transitions. This helps organizations like yours determine variations in the oxidation, composition, and crystallinity of materials that you're working with when compared to reference materials, helping you make the right selections for the types of high-quality products and services that you’re releasing into the marketplace on a regular basis. Practical Applications of the Method Because of the comprehensive nature of the testing as well as its overall versatility, DSC testing itself is utilized in a wide range of different applications including but not limited to the following: Measuring the transition or softening temperatures of materials such as plastic or glass-based materials, which is entirely dependent on not only the temperature history of the polymer but also the amount and type of filler material Measuring the crystallization and melting temperatures, along with characteristics like phase transition energies, as they relate to certain organic compounds Thermal stability of a particular material Reaction kinetics of polymers Glass transition temperature (Tg) of amorphous polymers Oxidation temperature Oxidation energy Polymer melting temperature Polymer heat of fusion ATS and DSC Testing With the comprehensive DSC analysis offered by Applied Technical Services, you and your team will be able to properly determine a number of factors regarding your sample including: The...



The ATS chemical analysis lab provides Differential Scanning Calorimetry, or DSC analysis, for a variety of polymeric materials. DSC analysis is a technique used to determine what happens to polymers when heated. This particular technique is used to measure thermal transitions, changes that take place when you heat a polymer. Examples of these changes are melting point, glass transition temperature, specific heat capacity, and heat of transition determinations. How Does DSC Analysis Work? DSC testing allows you to measure the rate of heat flow in a sample in relation to an empty reference pan. The DSC heats two pans: a sample pan containing your sample and an empty reference pan. The DSC is then programmed to heat both pans at a specific rate, usually 10°C or 20°C/minute. The sample pan will require more heat to keep it heating at the same rate as the empty reference pan because it contains more material. DSC measures the difference in the amount of heat. When polymers melt, they absorb heat and therefore this is called an endothermic reaction, whereas a curing reaction gives off heat and is considered an exothermic reaction. The types of materials that are commonly examined during DSC analysis are typically polymers. The properties measured are: Melting Point Heat of Fusion Curing Reaction Times Polymer Crystallinity Heat Capacity The Goal of DSC Analysis Our comprehensive DSC analysis services are designed to help you accomplish a number of unique goals in the most comprehensive and cost-effective ways possible. These include: Performing...



Applied Technical Services' contamination testing lab serves clients by determining whether the chemical purity of their product's component materials has been compromised in any way by contaminating agents. Our team of chemists accomplishes this by using a variety of methods, selecting the one most appropriate for each sample material. Whether clients need contamination testing for material qualification or failure analysis purposes, ATS is well-equipped to serve their needs. Our Methods of Analysis The chemists who staff our contamination testing lab are very experienced in identifying a wide variety of contamination occurring from plant production lines or processes. Our main focus in contamination testing is to identify the contaminant and to help you determine where it is coming from so that you can eliminate it. Inductively Coupled Plasma (ICP) and Ion Chromatography (IC) are also useful tools in determining the elemental makeup of a sample. Our Scanning Electron Microscope (SEM) and Fourier Transform Infrared Spectrometer (FTIR) are key tools in solving contamination issues. Fourier Transform Infrared Spectroscopy (FTIR) Fourier Transform Infrared Spectroscopy (FTIR) is used to identify organic materials such as polymers, adhesives, organic residues and lubricants. We have over 60,000 spectra in our spectral libraries for comparing unknown spectra. We have two FTIR spectrometers in house including a micro-FTIR with a built in microscope useful in analyzing organic thin films, surface contamination, fibers or composites. Scanning Electron Microscopy (SEM) Our Hitachi S-3700N Scanning Electron Microscope (SEM) is outfitted with a light element Oxford/Link energy dispersive spectrometer (EDS). The SEM boasts...



Regulating and Testing for Azo Dyes Azo dyes are synthetic dyes with which manufacturers treat certain textile and leather products to give them more vibrant colors. However, some types of these dyes degrade and produce aromatic amines, which have proven to be carcinogenic. Multiple governing bodies, such as the European Union (EU) and the State of California, have created restrictions on the inclusion of Azo dyes in consumer products, specifically textiles and leathers that come into prolonged contact with the skin. The legal limit for each harmful amine is 10 parts per million (ppm). This means that, in order to remain compliant, harmful Azo dyes must make up less than 0. 003% of the mass of each leather and textile component included in a regulated product. To avoid running afoul of the various consumer safety laws and industry regulations that restrict the use of Azo dyes in consumer products, manufacturers send samples of their design materials to testing labs like ATS for analysis. About Our Testing Methods Our experts use chromatographic methods to identify and quantify Azo dyes and other regulated chemicals in products. Two significant test methods are Gas Chromatography / Mass Spectroscopy (GC/MS) and High Performance Liquid Chromatography (HPLC) testing. GC/MS is a destructive method of testing that yields information on the chemical composition of the analyte. ATS' chemical analysis lab uses this method to isolate, identify, and measure compounds of interest if present in sample materials. ATS provides results at the parts-per-billion (ppb) level when performing this...



Ash testing, also commonly referred to as ash content analysis, is a hugely important element of research and development for a number of key reasons. A thorough ash test can help determine what percentage of a particular sample includes filler content, which can help determine exactly how a sample will react throughout the course of its life cycle when exposed to normal room temperature. ATS' Approach to Ash Testing At Applied Technical Services, our highly trained team of technicians and chemists use a number of different procedures for all ash testing needs, including industry standards including ASTM D2584 and the latest revision of ASTM D5630. A typical ash test involves taking a known weight of a sample and placing into a specially designed crucible in a muffle furnace, and heating to at least 500 degrees Celsius to burn off the polymer. When the sample has had a chance to cool in a desiccator, the ash residue that remains in the crucible is weighed. Any residue that remains in the crucible after this point is considered to be filler and is expressed as percentage of ash. Related Services ATS can also take things to the next level by performing a number of related services after ash testing has been completed, which will vary depending on the exact results of the previous technique. SEM or XRD analyses can be conducted to properly identify what type of mineral you're working with, if the remaining ash in the crucible is determined to be mineral...



The Applied Technical Services rubber testing labs conduct testing and analysis on rubber components for manufacturers in several different industries. Manufacturers select component materials for use in their products based on the expected performance capabilities of those chosen materials. For example, tires need to be durable enough to withstand normal driving conditions, pliable enough to deform without breaking when exposed to stress, elastic enough to snap back into shape after they have been deformed by extreme amounts of pressure, and tough enough to resist failure due to tearing. To ensure that the rubber they choose will perform to expectations during end use, OEMs send samples to a third party that specializes in analyzing their material, like ATS. Methods Used in Our Rubber Testing Labs ATS offers a list of mechanical and chemical tests that will determine the characteristics of clients’ test materials, whether for quality control or failure analysis purposes. Our ISO/IEC 17025:2017 (A2LA) accredited labs perform the following rubber-related testing methods: Tensile Testing Tensile strength, percent elongation, breaking point of material Properties are highly dependent on the test speed and should be closely controlled ASTM D412 ASTM D638 ISO 527-1 DIN 53504 A2LA Accredited Durometer Hardness Testing Tests resistance to deformation under load Categorized into various scales depending on type of rubber (Shore A or Shore D) ASTM D2240 DIN 53505 A2LA Accredited Compression Set Testing Tests durability and elasticity, either in air liquid media Only used for rubber Determines material’s ability to retain its original shape after being...



Manufacturers rely on polymer labs to have polymer testing performed on their products for several different of reasons: preventative maintenance, failure analysis, material identification, quality control, safety performance, regulation compliance, etc. Clients in need of insight on these sorts of challenges submit samples of their product to testing providers who specialize in analyzing their material — such as Applied Technical Services' polymer labs. ATS stands at the forefront of polymer labs because we offer a comprehensive array of methods and services. Our polymer laboratories perform a litany of tests to establish mechanical, thermal, and chemical characteristics of your test samples. We are ISO/IEC 17025:2017 (A2LA) accredited to perform nearly two dozen methods of polymer-related testing to their internationally recognized standards. The following table reflects our polymer testing capabilities, performed in accordance with applicable standards. ATS' Commitment to Quality For over 50 years, ATS has provided world-class testing, inspection, and engineering consulting services to clients from a variety of industries, including: aerospace, automotive, manufacturing, consumer products, medical devices, transportation, and others. Our labs are staffed by a talented collection of chemists, engineers and technicians, each an expert in their field. Their skills, combined with ATS’ regularly calibrated highly advanced equipment, allow us to supply accurate results within a quick turn-around window. We offer the best value to handle your polymer testing needs – we provide manufacturers the insight they need to move their business forward.



Manufacturers rely on polymer laboratories to test the polymers they use in their products for any variety of reasons. Whether testing is needed to address a quality control concern, ensure regulation compliance, promote safety performance, conduct preventative maintenance, carry out a failure analysis, or determine the material’s identity, Applied Technical Services' polymer laboratories can supply clients with the insight they need to achieve these goals. ATS is ISO/IEC 17025:2017 (A2LA) accredited to perform more than twenty polymer-related testing methods to nearly four dozen widely recognized industry standards. Our polymer laboratories employ veteran chemists, engineers, and technicians who return accurate findings quickly because of their familiarity with performing relevant methods of polymer analysis. They utilize a wide variety of polymer testing methods to discern the chemical, mechanical, and thermal properties of sample materials. The following table reflects the polymer-related test methods that ATS performs to their internationally recognized standards: Polymer Laboratories Testing Capabilities MethodStandardAccelerated Weathering (UV Degradation)ASTM G154ISO 11507A2LA AccreditedCharpy ImpactASTM D6110ISO 179Coefficient of Thermal Expansion (via TMA)ASTM E831A2LA AccreditedColor TestingASTM D2244ISO 7724A2LA AccreditedCompression Set for Durability and ElasticityASTM D395Compressive StrengthASTM D695Dielectric Strength / BreakdownMIL-STD-202G Method 301IEC 60243A2LA AccreditedDurometer HardnessASTM D2240DIN 53505A2LA AccreditedDynamic Mechanical Analysis (DMA)ASTM D5023ASTM D5026ASTM D5418ASTM D4065ASTM E1640A2LA AccreditedFailure Analysis of PlasticsATS Proc. 931ASM HBK Vol. 11A2LA AccreditedFiller Content, Dehydration / Desolvation, and Decomposition Analysis (via Thermogravimetric Analysis (TGA))ASTM E1131ASTM E1641ASTM E1868A2LA AccreditedFlammabilityUL 94A2LA AccreditedFlexural StrengthASTM D790ISO 178A2LA AccreditedGlass Transition, Melting Point, Crystallinity, Heat Capacity (via DSC)ASTM D3418ASTM E1356ASTM E793ASTM E794A2LA AccreditedHeat Aging and Thermal StabilityVarious StandardsHeat Deflection...



The ATS plastic testing lab identifies a multitude of plastic characteristics — physical, chemical, and thermal — that vary according to their composition. These specific traits make one plastic a more attractive design material than another, depending on how the manufacturer intends the product to be used. A Trusted Materials Testing Provider Manufacturers must positively verify a material's performance characteristics for quality control, product development, and failure analysis, to establish whether that plastic component will perform its function satisfactorily. When they need to confirm or discover those qualities, manufacturers turn to a trusted materials testing provider for answers. ATS is a respected provider of material analysis and polymer testing. Chemists, engineers, and technicians in our plastic testing lab regularly use a variety of analytical methods to verify and measure the unique performance characteristics of clients' sample materials. ATS employs a variety of tests to determine the important properties of plastics. Plastics Testing Methods and Standards The following table reflects the methods we perform to their relevant, internationally recognized standards: Plastic Identification BPA Testing Content Analysis for Ash, Filler, and VOCs Impact Density Dynamic Mechanical Analysis (DMA) Flammability Flexural Strength Glass Transition and Melting Point Heat Deflection Temperature Under Load Melt Flow Rate Tensile Strength ASTM D618 ASTM D5868 ASTM D6869 ATS' Commitment to Quality For over 55 years, ATS has provided peerless testing, inspection, and engineering consulting services. We serve clients from a wide range of industries who come to us with a variety of needs. Our labs are staffed...



Applied Technical Services conducts FTIR analysis of polymers using Fourier-Transform Infrared analysis (FTIR) — a procedure that compares samples' characteristic infrared emissions against our exhaustive reference library. ATS is ISO/IEC 17025:2017 (A2LA) accredited to perform FTIR analysis of polymers to ASTM method E1252. Identifying Polymers ATS' polymer testing lab offers FTIR analysis as a quick and effective identification method for characterizing client sample polymers. Whether for determining a material’s characteristics before entering production or analyzing that material’s shortcomings during failure analysis, ATS can analyze your sample by performing an FTIR analysis on a sample, which yields specific qualities that our chemists use to confirm its identity. About the Method ATS’ chemists perform FTIR analysis of polymers by subjecting test samples to infrared waves using an FTIR spectrometer. Each polymer displays distinct tendencies when exposed to infrared waves at a range of frequencies, absorbing some and transmitting some to an infrared detector in the machine. Our experts then compare those results to our expansive library of spectra readings given off by known polymers – matching the spectral data is assisted by a computer to guarantee accuracy. ATS and FTIR Analysis of Polymers For over five decades, ATS has supplied testing, inspection, and engineering consulting services of peerless quality to clients from a variety of industries. We pride ourselves on producing accurate findings within a quick turn-around window, whether we’re performing FTIR testing or a wide range of other chemical analysis methods. ATS accomplishes this by adhering to our ISO 9001:2015 registered...



Applied Technical Services is an industry leader in vacuum box testing services. Our qualified technicians in our ISO 9001:2015 registered laboratories are ready to provide reliable solutions for your leak testing needs. We are capable of locating leaks in pressure vessels, piping, storage tanks or any of your other critical sealed components that may be in underwater or outdoor applications. The Vacuum Box Technique The objective of the vacuum box technique of bubble leak test is to locate leaks in a pressure boundary that cannot be directly pressurized. This is accomplished by applying a solution to a local area of the pressure boundary surface and creating a differential pressure across that local area of the boundary causing the formation of bubbles as leakage gas passes through the solution. This testing helps companies save costs associated with lost time and production incurred from repairing leaks after startup. How the Method Works Vacuum box testing provides for the detection of through-thickness leaks and is most commonly used for testing welds. Cracks, pores, and lack of fusion are typical causes of leaks detectable by this method. A bubble-forming solution is applied to the surface to be tested by flowing, spraying, or brushing the solution over the examination area. Household soap or detergents designed specifically for cleaning are not permitted as substitutes for bubble-forming solutions. A commercial leak detection solution is used that is compatible with the temperature conditions during the test. As a standard technique, the temperature of the surface of the part...



Applied Technical Services, LLC uses a wide variety of mechanical and metallurgical testing techniques and standards to answer our clients’ weld testing needs. Our team of weld experts includes: Certified Welders Certified Weld Inspectors Professional Engineers API Inspectors, Chemists ASNT-TC-1A Certified NDT Technicians Reasons to Request Weld Testing Many companies require their welders to be qualified — a process that involves an application of their welding knowledge and assessment of their work. ATS is able to test all aspects of weld procedure and performance qualifications by conducting destructive and nondestructive tests to ensure conformance to the requirements of applicable codes and standards. We offer a wide scope of weld testing services. Whether clients need us to help develop welding procedure specifications or conduct welding procedure and performance qualifications, our technical staff can ensure that completed welds perform as intended. We specialize in testing to ASME, AWS, API, NAVSEA, MIL-STD, and PED/EN standards. Our Weld Assessment Methods Tensile Testing Load Testing Bend Testing Macro and Micro Examination Nick Breaks Weld Failure Analysis PMI Chemical Analysis Impact Testing Charpy Drop Weight Ferrite Testing Hardness Testing Corrosion Testing ASTM A262 ASTM A923 ASTM G48 Leave your weld testing needs to us – Applied Technical Services has been offering superior testing and inspection services for over 50 years. We are known for our weld testing work in the manufacturing, power generation, nuclear, automotive, aerospace, steel, commercial infrastructure, and petrochemical industries. Contact Us If you are searching for an experienced weld testing service provider, contact...



Vacuum leak testing is required to accurately determine whether sealed vessels have leakage from external sources into their housing. Quantifying a detected leak allows for monitoring so that any degradation can be anticipated with the appropriate corrective action. This testing helps companies save costs associated with lost time and production incurred from repairing leaks after startup. What do We Test? We offer vacuum leak testing on any device or component that can be evacuated and where helium may be applied to the opposite side of the pressure boundary or across which a pressure differential of helium may be created where the opposite side of the pressure boundary is accessible for probing. Applied Technical Services is an industry leader in vacuum leak testing services. Our qualified technicians utilize innovative technology in our ISO 9001:2015 registered laboratories to provide reliable solutions for your leak testing needs. Using the vacuum box method, we are capable of locating leaks as well as quantifying the rate of leakage in pressure vessels. Technologically Advanced Equipment Our technicians utilize the industry’s most technologically advanced equipment to accurately examine leaks in pressure vessels. This equipment includes: Veeco MS40 Helium Mass Spectrometer Leak Detector capable of detecting from 10 atm cc/sec to 4 x 10–11 atm cc/sec. Oerlikon Leybold PhoeniXL 300 Helium Mass Spectometer Leak Detector capable of detecting from 1 atm cc/sec to 1 x 10–11 atm cc/sec. Oerlikon Leybold PhoeniXLi 300 Helium Mass Spectometer Leak Detector capable of detecting from 1 atm cc/sec to 1 x 10–11...



Applied Technical Services possesses a broad range of mechanical testing capabilities, one of which is called torque testing. Occasionally referred to as torsion testing, torque testing is used to determine performance characteristics of a sample component for either material qualification or failure analysis purposes. Torque and Tension The association between tension and torque should be considered carefully, since it is quite hard to specify the variation of conditions of a fastener. The amount of the twisting force necessary to rotate the nut along the bolt threads is known as torque, however tension is the elongation or elasticity of a fastener that provides the holding force of a joint. Fasteners are intended to stretch or give slightly, and the clamping load that develops during this elastic elongation is what makes the joints lock together. Torque is an incidental indication of tension, as many factors can disturb this association, such as texture of the mating surfaces, oils, rubbish, thread series, rust and material type, for instance. Almost all tables about the torque/tension relationship that have been established, including ours, are based on the following formula: T = (K D P)/12 The proper torque value to use in a particular application is best achieved by utilizing a torque wrench previously calibrated and a load indicating Skidmore-Wilhelm device to associate the verified torque to the ideal tension. Proof Load, Ultimate Strength, and Yield Strength All of the following terms refer to the mechanical properties that aid to define the anticipated tensile strength performance of...



The Tensile Testing Lab at Applied Technical Services offers a wide range of tensile analysis capabilities for our clients. Our technicians employ methods that can determine samples' mechanical performance characteristics, giving clients a better understanding of their materials' quality and strength. Technically advanced machines are utilized to accurately measure force, elongation and reduction of area. The ATS Tensile Testing Lab is Committed to Quality Our laboratories are accredited to ISO/IEC 17025:2017 by the American Association of Laboratory Accreditation (A2LA) in multiple disciplines including mechanical testing, chemical analysis, equipment calibration, and nondestructive testing. It is the policy of ATS to provide clients with the highest quality of services by delivering clear and accurate test results in accordance with applicable standards and specifications. Our engaged employees are customer-friendly and qualified allowing them to deliver services in a timely manner. Advanced Equipment Mechanical Testing Lab — Maximum force capacity is 400,000 lbs and offers testing including at elevated temperatures up to 1800°F Polymers Testing Lab — Maximum force capacity is 10,000 lbs and offers testing including reduced and elevated temperatures ranging from -70 °C to 250°C (-19°F to 482°F). Uniaxial Machines Our tensile testing lab regularly performs this mechanical method on clients' sample materials. We most often receive testing specimens of the following material and product types: Metals Plastics Rubbers Composites Fasteners Metal Wires Piping Welds Popular Tensile Testing Standards ATS' mechanical testing division performs this method in accordance with the following standards. Our lab is ISO/IEC 17025:2017 (A2LA) accredited to perform tensile...



Applied Technical Services offers a broad range of tensile testing capabilities. Our mechanical testing division employs various methods and equipment to determine the tensile properties of product design materials as required in their product specifications. Our Tensile Testing Capabilities The ATS Tensile Testing Lab performs methods to their relevant standards — measuring the test material's various tensile properties and determining whether these performance traits are appropriate for the product's intended use by consulting its design specifications. Depending on the client's needs, our tensile testing process may report measurements for any or all of the following: Tensile strength Yield strength Percent elongation Reduction of area Equipment Specifications Mechanical Testing Lab — Maximum force capacity is 400,000 lbs. Maximum elevated temperature up to 1,800°F Polymers Testing Lab — Maximum force capacity is 10,000 lbs. Reduced and elevated temperatures ranging from -70 °C to 250°C (-19°F to 482°F). The Tensile Testing Lab — Uniaxial Machines Materials Tested Our technicians regularly perform tensile testing for our clients. The test materials that they most often receive for analysis include: Metals Fasteners Rebar Metal Wire Pipes Plastics Rubber Composites Tubes Welds Popular Test Standards ATS conducts tensile testing in accordance with the following list of standards. We are ISO/IEC 17025:2017-accredited to perform this method according to specific standards as noted below: ASTM A370 — Standard Test Methods and Definitions for Mechanical Testing of Steel Products A2LA Accredited ASTM B557 — Standard Test Methods for Tension Testing Wrought and Cast Aluminum- and Magnesium-Alloy Products A2LA Accredited ASTM...



ATS’ Mechanical Testing labs offer a variety of services including strain gauge testing. Many industries value the information captured by strain gauging when their components are exposed to consistent loads, pressure, thermal variances, vibrations and/or sudden impacts. Data obtained with this methodology may provide information revealing product reliability and design adequacy. Generally for investigative purposes, ATS will be called upon to perform failure analysis on products and components to determine if they were defective. Strain gauge testing is a common application that our experts use in determining root causes of failures. Whether you’re a proactive company looking for better engineering designs or involved in litigation, we provide accurate data analysis and results in a timely manner. In addition to our lab analysis, our qualified experts will travel nationally and internationally to provide strain gauge services. Commonly Analyzed Components / Products Structural Members Aircrafts or Aircraft Parts and Components Equipment, Machines, and Engines Piping and Tubing Automotive Parts and Components Fasteners Regularly Served Industries Aerospace Automotive Chemical Commercial Properties Construction Consumer Products Insurance/Legal Manufacturing Military Nuclear Oil / Gas Power Generation Pulp and Paper Telecommunications Renewable Energy



ATS offers a wide range of special testing services that combine the capabilities and expertise of several departments. Experts from our ISO/IEC 17025:2017 accredited mechanical, electrical, chemical, and nondestructive testing labs can perform a standard and custom-designed analysis that meets your needs. Our Special Testing Services Include Load Testing Applied Technical Services has performed numerous load tests on a variety of items ranging from space shuttle parts to hand railings. We have cyclically loaded small component parts with a just a few grams and have loaded large lifting fixtures in excess of 500,000 lbs. We can perform load testing on your parts in-house or on-site using either customer supplied fixtures or fixtures designed by ATS specifically for your needs. Our engineers work closely with our clients to simulate actual loading requirements to achieve the most accurate test scenarios to simulate service conditions. Helium Leak Testing Applied Technical Services is equipped with the precise equipment necessary for performing helium leak testing. Our qualified and ASNT-certified personnel are capable of performing leak tests on your critical application components. Consumer Product Testing Applied Technical Services has the resources and knowledge to perform your consumer product evaluations. We have conducted various performance tests on a wide range of consumer products; be it comparing vendors for certain quality features, materials of construction, or code compliance and safety evaluations. Accelerated Life Cycle and Wear Fatigue Testing Applied Technical Services has the resources to simulate real-world wear and tear testing. Our engineers have performed many Accelerated Life...



Imperfections such as cracks, holes, or bad seals can cause gas or liquid to escape through the wall of a vessel. A difference in pressure generates a flow through the leak, from higher to lower densities. These leaks can result in costly downtime and lost production. At Applied Technical Services, we meet your pressure leak testing needs by utilizing industry leading methods for detecting, locating and quantifying leaks with enhanced accuracy. Over the years, ATS has established a reputation as an authority in the leak testing industry, dedicated to providing you with service of the highest quality standards. Our pressure leak team has received certification over multiple leak testing methods by the American Society of Non-Destructive Testing (ASNT). Commonly Offered Leak Testing Services Pressure Decay Leak Testing Vacuum Leak Testing Bubble Leak Testing Helium Mass Spectrometer Leak Detection Helium Detector Probing Duct Leakage Inspection Our Commitment to Quality At Applied Technical Services, we can detect even the smallest leakage rates (under 1 cubic centimeter per 300 years) for almost any vessel where a differential pressure can be generated. This testing is inert and does not react with components under examination. In evaluating the quantitative leak rate of components, our professionals use leak standards traceable to the National Institute of Standards and Technology (NIST) to calibrate and verify equipment and test systems. ATS' Leak Testing Capabilities We are capable of performing pressure leak testing in our ISO 9001:2015 registered laboratories as well as on-site at your facility. We strive to accommodate...



Applied Technical Services offers pressure decay leak testing to detect and quantify leaks in components with relatively small volumes. ATS’ methods are quick and highly effective. Our technicians have helped numerous companies over the years in the medical device, automotive, consumer goods, foundries, and other industries with solutions to meet their specific leak testing needs. Pressure Decay Leak Testing and How It Works Our technicians follow meticulously documented procedures with the utmost attention to detail. In pressure decay leak testing, the part that is being tested is pressurized with air until it reaches a set pressure. The vessel is then isolated from the supply pressure and left for the conditions to stabilize. After stabilization, time, test pressure, temperature, and barometric pressure are recorded. Pressure and temperature readings are then monitored for a prescribed time or until a certain loss of pressure is measured. From this data, the leak rate can be calculated based on the change in pressure over a certain period of time. Pressure Decay Leak Testing Advantages The advantage of the pressure decay method is that it is sensitive to small leaks and is also one of the simplest of the leak test methodologies. Our mechanical testing professionals are industry experts, utilizing innovative technology to deliver clear data by monitoring the pressure decay in vessels with superior accuracy. All measurements are obtained using calibrated equipment that is traceable to the National Institute of Standards and Technology (NIST). ATS' Commitment to Quality ATS technicians will work with you to...



At Applied Technical Services we take steps to guarantee the quality of our work. In order to assure customers of the efficacy of their services, our materials testing division maintains several mechanical testing certifications relevant to the methods that they perform most often. We hold ISO/IEC 17025:2017 (A2LA) accreditations on a variety of tests performed to their internationally recognized standards, including the following: Our Mechanical Testing Certifications: MethodStandardTensile Testing (Room and Elevated Temperature)ASTM E8, A370, B557; EN 895; EN ISO 4136; ISO 6892Brinell HardnessASTM E10, A370; ISO 6506–1Rockwell Hardness (15N, 30N, 45N, 15T, 30T, 45T, A, B, C)ASTM E18, A370Microhardness (Knoop, Vickers)ASTM E384, E92; EN 1043–2; ISO 6507–2; EN ISO 9015–2Leeb HardnessASTM A956Notched Bar (Charpy) ImpactASTM E23, A370; EN 10045–1; ISO 148–1; EN ISO 9016Bend TestingASTM E290, A370; EN 910; EN ISO 5173Grain SizeASTM E112Coating WeightASTM A90, B137Fastener TestingASTM F606/F606M; SAE J429Small Parts Testing (Toys, Pacifiers, Rattles)ASTM F963; 16 CFR 1500, 1501, 1510, 1511



The goal of mechanical testing is to evaluate the properties of materials as they are subjected to physical stresses and pressures. Through this process, we can pinpoint the location and source of weak points which develop plastic deformation, fractures, and cracks that can lead to structural failure. Our Mechanical Testing Services ATS offers an extensive range of mechanical tests – including some of the most frequently requested test types listed below: Fatigue Testing Fatigue testing evaluates a material's resistance to cyclic loading under various frequencies, loads, and environmental conditions. Fatigue tests are usually conducted to determine the number of cycles to failure. Hardness Testing Hardness Testing determines a material’s resistance to indentation. Hardness testing measures the indentation’s permanent depth while using a predetermined force and indenter. A variety of scales, each representing a specific indenter type and load combination, are used. Tensile Testing Tensile Testing measures tensile strength by applying load in opposite directions at certain amounts. This test is usually performed to failure, depending on the standard. Other properties measurable by tensile testing include yield strength, percent elongation, and reduction of area. Impact Testing The two main types of impact tests are Charpy and Izod; where Charpy mainly evaluates metallic materials and Izod primarily tests plastics. These methods assess impact properties such as toughness, ductility, and brittleness by using a pendulum type striker to swing and strike the material. The energy absorbed by the samples are measured to evaluate material toughness. Tests can also be conducted at various temperatures...



Applied Technical Services has a well-equipped machine shop in-house for specimen preparation and fixture fabrication. We maintain the following equipment to perform machining services for our clients upon request. Machining Services / Capabilities Wire EDM Waterjet Services CNC Milling Mastercam CNC Turning Solid Works Wire EDM EquipmentSpecsMakino Wire EDMMax Load — 3,300 lbsCutting Height — 15"Cutting Length — 39" x 31" Waterjet EquipmentSpecsMaxiemCutting Travel — 5 ft x 5 ft Maximum Thickness — 6 inchesMax Load Support — 250 lbs/ft2 Milling EquipmentSpecs(2) Okuma CNC Mill41" x 22" x 18" Max table load — 1900lbs(2) Bridgeport Manual42" x 9"(2) Haas (CNC Mill)16" x 30" x 16" Turning EquipmentSpecs(2) Mazak Quick TurnChuck Size — 8" & 10"Maximum Machining Diameter — 14"Cutting Length — 20"(2) Haas Tool Room Lathe40" TaperMaximum Machining Diameter — 16" & 20"Cutting Length — 30" Cutting EquipmentSpecsBekamak BMSY 810CMax Load — 2,500lbs+45° Cutting 18"Cutting Height — 23"Cutting — 33" x 31"Dake/Johnson Vertical Saw23. 5" x 12. 5(3) Marvel Vertical Saws18" x 22"18" diameter Surface Grinding EquipmentSpecsOkamotoChuck Size — 16" x 32"Table Capacity — 1,540 lbs Lifting EquipmentSpecsDEMAG3 Ton Overhead Crane As well as various handheld and portable tools for field work. MasterCam®: Mastercam® for SolidWorks®, combines the world’s leading modeling software with the world’s most widely-used CAM software. Parts can be programmed directly in SolidWorks to provide 2D and 3D High Speed machining for complex parts. Solidworks®: Complete 3D software tool that lets us create, simulate, publish, and manage our data. Allows us to design products better, faster, and...



Applied Technical Services (ATS) offers Hydrogen Embrittlement Testing along with a wide variety of other mechanical testing services. Our technicians use this method to aid in detecting possible hydrogen exposure of parts during the manufacturing process. Hydrogen embrittlement (HE) is a permanent loss of ductility in a metal or alloy that can lead to premature failures caused by the absorption of hydrogen in combination with stress, either externally applied or internal residual stress. Parts that undergo surface preparation, pretreatments and plating/coating processes involving acidic environments containing hydrogen have a higher risk of becoming brittle if not properly manufactured. Compromised parts become even more susceptible to failures when exposed to in service environmental hazards like fluids, cleaning treatments, and maintenance chemicals. ATS' Hydrogen Embrittlement Testing Capabilities Our extensive Hydrogen Embrittlement testing services here at Applied Technical Services has a wide variety of capabilities. We have many hydrogen embrittlement machines running on a daily basis. Our familiarity with numerous test methods, and material properties help define acceptance criteria for coating and plating processes that can cause hydrogen embrittlement in steels. Constant exposure to chemicals encountered in the environments, like cleaning treatments or maintenance chemicals that come in contact with the metal, can also be evaluated for hydrogen embrittlement. ATS is capable of conducting Hydrogen Embrittlement testing per standard methods that are used by many in the aerospace, automotive and construction industries. Common HE Testing Standards: ASTM F519 — Standard Test Method for Mechanical Hydrogen Embrittlement Evaluation ASTM F606 — Standard Test Methods...



At Applied Technical Services (ATS) our experts provide helium leak detection services for companies in various industries. Testing of critical components before being put into service gives the confidence to our clients in avoiding unscheduled downtime, minimizing safety and environmental risks while also maximizing the benefits of their inspection budget. Our engineers and test technicians, with hands-on field and laboratory experience, implement comprehensive testing and inspections in an efficient and cost-effective manner positioning us above our competition. How the Method Works Helium Leak Testing is used for the detection of very small leaks in any component where a differential pressure can be generated. The Helium Leak rate can be reported as a quantitative (amount of leak rate) measurement. Helium leak testing can also be used to identify the location of very small leaks. Helium Leak testing may be used by customers to assess the performance of a component or a system, or to analyze or evaluate product longevity. Helium gas is primarily used as a leak testing medium because it is capable of being detected and quantified at very small leak rates (less than 1 cubic centimeter/300 years) and is inert and will not react with most components being tested. Over 20 Years of Experience ATS has over 20 years of experience detecting some of the most difficult to locate leaks. Applied Technical Services is equipped with the precise instrumentation necessary for performing and detecting even the smallest leaks on your critical components. ATS also has the capabilities to perform...



The experts at Applied Technical Services are some of the best when it comes to Helium Leak Testing. They use this method to detect very small leaks in all sorts of components where a differential pressure can be generated. Our technicians then report the helium leak as a quantitative measurement, giving clients a sense of how significant the leak is. Helium leak testing can also be used to identify the location of very small leaks. Clients may request helium leak testing to assess the performance of a material or to analyze or evaluate component longevity. Helium is the preferred leak testing medium because technicians can detect and measure it at minute leak rates (less than 1 cubic centimeter/300 years) and because the gas is inert, meaning it will not react with most components being tested. ATS' Leak Testing Capabilities ATS can perform leak testing either in our fully accredited laboratories or at our client’s facilities. Our Helium Leak team is certified by the American Society of Non-Destructive Testing (ASNT) in multiple leak rate methods. It is our guiding principle to deliver the highest quality of services to our clients, including clear and accurate assessment results in accordance with our client's and the applicable standard specifications. Our engineers and technicians are well trained, experienced, qualified, driven for excellence, and are service time attentive. Although ATS' mechanical testing group performs services for clients of many other industries, it is companies from these sectors that tend to request our helium leak detection services...



ATS gladly meets our clients' hardness testing needs. What is Hardness Testing? Hardness testing determines a material's resistance to surface deformation when struck by a sharp object. The relationship between a material's hardness and its suitability for its intended applications makes this mechanical test a critical step in a product's development and design. With our well-equipped mechanical testing lab, our technicians can determine a material's hardness on many different scales, including Brinell, Rockwell, Superficial Rockwell, Leeb, Webster, and Barcol hardness. ATS can also perform microhardness testing using Knoop and Vickers scales. Some of the items we test range from ballistic shield panels to small springs. Our Quality Standards ATS employees keep up with the latest Quality Standards ensuring that clients receive the most accurate results. Furthermore, our labs maintain a list of competency certifications for a variety of mechanical testing methods. Common Hardness Testing Standards We are ISO/IEC 17025:2017 (A2LA) accredited to perform hardness testing methods in accordance with the standards below: ASTM E10 ASTM E18 ASTM A370 ASTM E384 ASTM E92 ASTM A956 EN 1043–1 EN 1043–2 ISO 6506–1 ISO 6507–2 About Us The ATS Family of Companies (FoC) is a network of expert testing, inspection, and certification firms operating nationwide. We offer on-site and laboratory services from expert metallurgists, engineers, chemists, and technicians. Our wide range of capabilities enables us to exceed client expectations and provide the valuable insight they need to make informed business decisions. Call +1 (888) 287-5227 or complete this webform to schedule hardness testing...



For over 55 years, Applied Technical Services has been a leading environmental simulation testing company with comprehensive vibration testing capabilities for a collection of industries and components, using a variety of industry requirements. Our vibration qualification is used as a requirement for military, aerospace, automotive, electrical/electronic, and nuclear industries for failure prevention and continued operation. Our Vibration Testing Services ATS' vibration services are administered to meet vibration qualification and safety compliance requirements. Our vibration capabilities test for structural integrity, resonance search and dwell, shock, drop and tumble, and seismic testing. We provide vibration qualification testing services to perform sine, random, sine on random, classic shock, and SRS in accordance with aerospace, military, automotive, and IEC specifications. Each electrodynamic shaker (from 6,000 to 12,000 lbf) is fitted with an AGREE chamber for combined environment testing. Custom fixtures may be designed and fabricated in-house to accommodate unique sample geometry. Common Tests Sine on Random Classic Shock SRS Field Data Acquisition Combined Temp / Vibe Exposure Transportation Vibration Engine-Mounted Vibration Passenger Compartment Vibration Resonance Search and Dwell Rough Handling Shock, Drop, and Tumble Nuclear Seismic Testing Seismic Testing Earthquake Simulation Typical Specifications MIL-STD-810 RTCA/DO-160 IEC 60068-2-27 IEC 60068-2-6 IEC 60068-2-64 IEEE 344 Popular Components Tested Satellites Electronics PCB - Printed Circuit Board ATS: Client Focused Solutions Applied Technical Services has provided both commercial and industrial clients with testing, inspection, and consulting engineering services for over 50 years. We prioritize our clients, delivering precise, accurate data as quickly as possible. Contact Us If you...



While Applied Technical Services' mechanical testing division is known to produce clear and accurate reporting within quick turnaround windows in the lab, some client matters can only be addressed onsite. To ensure that we can answer all of our clients' mechanical testing needs, our technicians can perform field testing services at job sites as necessary. ATS' Mechanical Field Testing Capabilities Our on-site capabilities include Pressure Testing, Helium Leak Testing, Load Testing, Anchor Pull Testing, Hardness Testing, Metallography, and Certified Weld Inspections. Pressure and Leak Testing ATS has the capabilities to perform Pressure Testing in the field, ranging from vacuum to 40,000 psig. With these capabilities, we are able to perform Hydrostatic Burst and Proof Testing on various items such as Hydraulic Systems or Headers. ATS also has the capabilities to perform helium mass spectrometer leak detection (HMSLD) testing in the field. Load Testing ATS also performs Load Testing in the field; some of our capabilities include dead weight testing, floor testing, and handrail testing: Dead Weight Testing is not limited to, but includes testing items such as overhead cranes and all types of building floors. Handrail Testing includes testing stairwell handrails as well as balcony rails for integrity. Anchor Bolt Testing / Rebar Testing Anchor bolts are extensively used on all types of projects, from standard buildings to dams and nuclear power plants. ATS has performed numerous Anchor Pulls, including balcony railing anchor bolts, column anchors in large buildings, and embedded rebars. Hardness Testing Hardness Testing can be used in...



Fatigue testing consists of applying a cyclic load to a test specimen to determine performance data during situations similar to real world working conditions. ATS's experienced engineers can help design test programs and fabricate the required fixturing for all types of fatigue testing, from standard ASTM methods to fully custom cyclic tests. ATS also performs life cycle testing for numerous industries ranging from medical to consumer products. Give us a call for your most challenging projects and our highly skilled engineers will develop a custom solution for your needs. ATS has expanded its testing capabilities to include fatigue, fracture toughness, CTOD, and high-temperature tensile testing with several MTS Fatigue Testers. The versatile servo-hydraulic systems will allow us to perform numerous types of fatigue tests on many different sample sizes and orientations. Some of our wide range of testing parameters are listed below. Machine Capabilities: Temperature Range: Ambient to 1000°C Load Capacity: 2 lbs to 55 Kip Fracture Toughness Fracture Toughness testing determines the amount of stress required to propagate an existing flaw or defect in specific materials. Since traditional methods of destructive testing cannot always predict how a material will behave with a defect, fracture toughness is very important in the design stage. Crack-Tip Opening Displacement (CTOD) is used as a type of fracture toughness testing to determine if a material is appropriate for strenuous working conditions. CTOD testing is the measure of plastic deformation at the crack tip during stable tearing or at a significant event such as a...



For over 50 years, ATS has been providing many industries with testing and inspection services including charpy impact testing. What is a V-Notch Test? Charpy Impact Testing, also known as the Charpy V-notch testing, helps determine a material’s toughness. Our experts perform this test in our comprehensive materials testing labs in accordance with multiple standards from ASTM, ISO, and EN. Following the applicable standard to spec will determine your metal’s ductility or brittleness, which is an indicator of how much energy your specimen will absorb during fracture. Measuring the energy or observing the surface of the fracture will reveal your material's brittleness or ductility. What Does the Fracture Surface Reveal? Brittleness Bright and Crystalline Surface; Absorbs Less Energy Ductility Dull and Fibrous; Absorbs More Energy Popular Industry Standards ASTM E23 ASTM A370 ISO 148-1 EN 10045-1 Labs and Certification ATS’ ISO/IEC 17025 accredited labs are industry leaders in performing a wide variety of services. Our engineers and lab specialists provide our customers with the highest quality of service. Each employee is aware, committed to, and actively involved in our quality improvement processes. We focus on accurate testing, detailed reporting, and timely turnarounds. We are familiar with the most popular and also less common standards and specifications. Many of our engineers are committee members who provide input when regulations and standards are updated or newly developed. We pride ourselves on being industry contributors and trailblazers through our knowledge, continual learning, improved technology, and superior services. Lab Accreditations Hardness Fatigue Tensile Fastener...



Bend testing is an easy qualitative test mostly and mainly used for the evaluation of both the material soundness and ductility. At Applied Technical Services, we frequently assess the quality of butt-welded joints using this method. What is a Bend Test? During a bend test, we bend a sample coupon into a three-point or four-point bend at a specified angle. Failure of a sample coupon is revealed on the exterior part of the bend when it is plastically deformed, exposing weld defects or embrittlement of the material. A bend test is performed by wrapping a coupon around a mandrel of a specified diameter through a specified angle, and is the kind of test typically identified in a welding qualification specification and/or welder procedure. The bend angle may be from 90° to 180° depending on the requirements specified. The diameter of the mandrel that the test specimen is bent over is identified in the test specification or standard and it differs with the material's ductility and strength. Bend Testing and Weld Qualification When testing for welder qualification or for butt/groove welding procedure, the sample may be oriented parallel or transverse to the welding direction. The transverse face bend specimen will disclose any defects on the face, such as lack of sidewall fusion or excessive undercut close to the cap, opposite to the root bend in which it identifies lack of penetration or root fusion. There is also a side bend test, typically conducted on thicker materials. Common Reasons to Request This...



At Applied Technical Services, we frequently perform anchor pull tests to be used as a quality control measure. When evaluating an anchoring system, the rock bolt should be mounted in the same manner and method, and in the same material it is envisioned or projected to be used in a construction. To test the anchors or to perform an anchor pull test, the bolt is pulled with a hydraulic manifold and the displacement of the head of the bolt is measured concurrently. Tensile load is applied to the bolt via a hydraulic lift up to the specified design load to verify that neither the joint, the substrate material nor the anchor bolt fails. What is Anchor Pull Testing? Our experts at ATS are the best when it comes to Anchor Pull Testing. The main purpose or objective for the use of this test is to measure the performance of the anchor installation, and verify that it will resist the pull out forces. Several parameters such as the capacity of the loading apparatus, the loading rate, the bearing ring size, and anchor embedment depth should be taken into account when setting up the test. Ideally, unless the purpose of the test is determining the maximum pull out force, the anchor bolt should not fail or show any movement at the specified load. Our team can travel to many remote sites that most others can’t, which is simply an indication of Applied Technical Services' commitment to provide the best service to our...



Our Dynamics Lab has the capabilities for structural integrity, resonance search and dwell, shock, drop and tumble, and seismic testing. Applied Technical Services has a wide range of testing and inspection capabilities in the vibration testing arena. Our technicians are thoroughly qualified and experienced in quality programs and industry-specific certification standards to meet the high demands of our clients. We provide services to numerous industries, including but not limited to automotive, aerospace, construction, consumer products, military, manufacturing, nuclear, medical equipment, telecommunications, and polymer and plastics. At ATS our goal is to deliver accurate and timely vibration testing in compliance with applicable industry standards utilizing advanced technology at a competitive price. Service Details Popular Specifications MIL-STD-810 RTCA/DO-160 IEC 60068-2-27 IEEE 344 Locations Lab Services On-site Services Types of Vibration Testing Classic Shock Combined Temp / Vibe Exposure Engine-Mounted Vibration Earthquake Simulation Field Data Acquisition Nuclear Seismic Testing Passenger Compartment Vibration Resonance Search and Dwell Rough Handling Seismic Testing Shock, Drop, and Tumble Sine on Random SRS Transportation Vibration



Chemical Resistance Testing is utilized for evaluating the resistance of coatings or plastics to various test fluids. ATS’ automotive testing lab has extensive experience with chemical resistance testing. One of the most important evaluation methods for coatings and plastics is simply determining if they will be able to withstand the environment they may encounter during service. Chemical resistance testing is a convenient and efficient way of assessing the ability of a protective coating to resist degradation by chemicals before they are placed in service. What are the Benefits of Chemical Resistance Testing? Chemical resistance testing is carried out by immersing samples in various test fluids. The type of chemical reagents to be used are specified in applicable standards to reflect the intended service conditions. Plastics and organic coatings are susceptible to crazing or cracking following exposure to certain reagents. It is therefore very important to assess their behavior so that the proper polymer or coating type can be selected to avoid failures in service. Typical reagents include: lubricants, transmission oil, brake fluid, engine coolant, battery acid, diesel fuel, beverages containing sugar and caffeine, window cleaners, sunscreens, and household cleaners. Chemical Testing Methods Common test methods used are ASTM D543, ASTM D1308, Ford MA-0015, Volvo STD 1026. 8177, Toyota PPS 1002, and BMW GS 95003-5, although other customized tests can also be conducted based on intended or possible service conditions. The type of reagents, liquid concentrations, immersion duration, test temperature, and properties of the product evaluated after the exposure should be...



A product or piece of equipment may be subject to extreme weather conditions during its life cycle. Thermal shock testing is performed to help determine the ability of electronic components to withstand rapid changes in temperature. Due to the extremely high rate of change of temperature, it is considered to be a severe test. Therefore, exposure to this type temperature variations over a short period of time will expose the product’s susceptibility to failure. To find out the limits of extreme conditions their products can withstand, manufacturers send samples to testing companies like Applied Technical Services, where they undergo Thermal Shock Testing. Scanning for Resistance Analysis of Thermal Shock resistance happens in the lab much the same way that it happens in a live-use scenario; the test material is exposed to rapidly changing temperatures. ATS’ technicians will subject the test material to a number of pre-determined temperature cycles, depending on their application and then analyze whether any failure occurred in the external structure or an internal component. This can be accomplished by visual examinations. Electrical testing may also have to be performed to detect any failures due to cracking of the circuit board packaging or separation of soldered joints. Depending on the results, clients may choose to substitute some of the product’s materials or make design changes to increase their level of thermal shock resistance. Our Equipment The dual-chambered thermal shock unit features a moving basket that carries the sample from the hot chamber to the cold chamber, allowing for...



ATS' environmental simulation lab offers Ingress Protection Testing services. Ingress protection testing assesses the degree to which products/enclosures protect the inner working parts against water, dust, and solids. IP testing is critical for a wide range of applications from cell phone cases and aerospace electronics to high-voltage transformers. The IP ratings, which are outlined by the international ingress protection testing standard IEC 60529, depend of the target use and are identified as 'IP XY' where the first digit ('X', from 1-6) indicates the level of protection against Solids and Dust while the second digit ('Y', from 1-8) indicates the level of protection against Water. ATS now has the capability to test all possible combinations (water drip, spray, jet, dust, solid probes), including the most severe IP68 (dust tight and protected against high water pressure, steam and water immersion).



There is a world of safety standards to which manufacturers must adhere to. Many of those standards deal specifically with flammability, or the potential an object has to ignite or burn. To comply with safety standards, manufacturers must submit their products for flammability testing. These examiners, usually certified flammability testing labs, will determine whether the products meet criteria set forth by standards. Flammability can be quantified through various types of testing; different tests can establish different qualities of the test materials such as the temperature at which it catches on fire and how long it burns. Test materials are assigned ratings based on these qualities, and may be approved for use or rejected as unsafe according to relevant standards. Standards and Regulations ATS performs the following test methods to the relevant standards: Automotive Flammability of Interior Materials Specifies requirements for flame resistance in car interior materials Federal Motor Vehicle Safety Standards – FMVSS 302* US Federal Regulations – 49 CFR 571. 302 ASTM D5132 SAE J369 ISO 3795 DIN EN ISO 75200* GB8410 – Chinese Standard TL1010 – Volkswagen Standard DBL 5307 – Mercedes Standard GS 97038 – BMW Standard HES D6003 – Honda Standard GMW 3232 – General Motors Standard Consumer Products Flammability of Clothing Textiles* Assigns classes of flammability to clothing CFR 1610 Flammability for Soft Toys* Quantifies flammability of soft children’s toys ASTM F963–A5 Flammability for Fabrics Quantifies flammability of fabrics ASTM F963–A6 Plastics Flammability of Plastic Materials Determines burning qualities of plastics UL94* ASTM D4804 –...



These corrosion test chambers generate controlled conditions that are found to be a more realistic way to perform salt spray tests than traditional exposures. Accelerated tests include controlled parameters such as temperature and moisture levels.   Research has shown that cyclic corrosion testing produces a better correlation to conditions that occur in nature. Many of our current customers produce parts and equipment for automotive, aerospace, infrastructure, and marine applications. Clients in these industries trust ATS' corrosion testing lab to characterize the performance of their materials using such methods. ATS is ISO/IEC 17025:2017 (A2LA) accredited to perform the cyclic corrosion testing to ASTM Standard G85. ATS' cyclic corrosion chambers are fully automated and equipped with the latest technology.



Applied Technical Services provides a variety of accelerated aging testing methods, all performed to their industry-recognized standards. Manufacturers need to know the lifespan of their products for any variety of reasons, including industry regulations and quality control. The way they estimate this is by sending a sample to a testing company, like Applied Technical Services, for accelerated aging testing. ATS provides an array of related tests to best meet the needs of our clients. Accelerated aging is a category of materials testing, not one specific method. What follows is a list of accelerated aging methods that ATS performs to their internationally-recognized standards: Methods and Standards Xenon Testing Used to simulate damage from one aspect of sunlight radiation over time ASTM G155, ASTM D2565, ASTM D4459, ASTM D6695, ISO 4892-2, SAE J2527, SAE J1885, SAE J2412 ISO/IEC 17025:2017 (A2LA) Accredited MIL-STD-810 Temperature/Humidity Cycling and Heat Aging Used to simulate climates of varying temperatures and humidities to determine damage over time Uses heat to rapidly age a sample material and see how long it holds up GM 9505P, IEC 68-2-30, BMW TS 308, PrV303 ISO/IEC 17025:2017 (A2LA) Accredited Also performed to related client and industry standards UV Weathering Used to simulate damage from the short wavelength portion of sunlight ASTM G154, ASTM D4329, ASTM D4587, ASTM D5894, ISO 4892-3, ISO 11507, SAE J2020 ISO/IEC 17025:2017 (A2LA) Accredited Salt Spray Testing Used to study corrosion/blistering in materials and surface coatings when exposed to high salinity over time ASTM B117, FLTM BI 103, GM...



Companies interested in assessing the quality of their product need to conduct life cycle testing. As its name suggests, life cycle testing is designed to help companies understand, quantify, and communicate the impact that environmental factors have on their products during their entire lifespan. In addition to the environment's impact on a product, life cycle testing also takes into account the sustainability and actual environmental impact (as seen through green initiatives) that the product will have in real world scenarios. What are the Benefits? It is no secret that many people make buying decisions based on a product's environmental impact. As such, life cycle testing is designed to help provide quantitative data that will help companies make environmentally sound product decisions. ATS is proud to offer rigorous life cycle testing that is reliable, timely, and customizable. Through life cycle testing, companies can understand how the environment will impact their product. Trust in ATS Life Cycle Testing Since 1967, ATS has proudly offered a wide array of materials testing. These tests are completed by a team of highly skilled engineers and professionals who are dedicated to exceeding customer expectations across the following industries: nuclear, construction, automotive, steel, power generation, insurance, construction, medical equipment, aerospace and many others. As part of their materials testing services, ATS provides accelerated environmental testing to help companies understand the lifespan of their products. Through a customized approach to accelerated aging, UV, and weathering, ATS is able to provide companies with accurate results that show if a...



Altitude Testing with ATS Applied Technical Services' environmental testing lab offers altitude testing. Because products can be negatively impacted by high pressure and vacuum conditions, we can test your product and packaging determining the atmospheric pressure threshold. Our technically advanced chamber simulates temperatures ranging from -65°C to 150°C and altitudes from -200 ft to 100,000 ft. Products Commonly Tested Manufactured Products Any Products Shipped by Air Aviation Parts Electronic Parts Computer Parts Automotive Parts Applicable Standards Mil-Std 202G (conditions 105C, A/B/C/F) Mil-Std 810G (conditions 500. 5) RTCA/DO-160G Simulation Capabilities Temperature range from -65°C to 150°C Altitude range from -200 ft to 100,000 ft




## Engineering


The Applied Technical Services Family of Companies (ATS FoC) provides expert lightning protection system repairs backed by our comprehensive inspection, testing, and recertification services. Our process helps keep your facility's lightning protection systems code-compliant, fully functional, and capable of protecting personnel and critical assets. What Happens During a Lightning Protection System Repair? At ATS, the goal of our lightning protection system repair process is to restore the system's ability to safely intercept and conduct lightning energy to ground while maintaining regulatory compliance with NFPA 780 and UL 96A standards. Our lightning protection repair process typically includes: Inspection Deficiency Identification Repair Plan Development Component Repair or Replacement System Testing Verify Repairs and System Performance Compliance Review Recertification and Reporting/Documentation We also offer ongoing maintenance for lightning protection systems. What Repairs Can be Made to a Damaged Lightning Protection System? Our team handles repairs from small components to complete lightning protection systems. Common repair services include, but are not limited to: Replacing damaged, bent, or missing lightning rods and air terminals Repairing or replacing down conductors Repairing lightning protection grounding systems Repairing bonding connections between structural components Correcting code deficiencies or issues identified during inspection Repairing Roofs Post-Lightning Strike or After Construction Damage Assessing System and Component Damage Moisture and environmental exposure can corrode lightning protection components, increase resistance, and cause conductors, connectors, or ground electrodes to fail during a direct lightning strike. Lightning protection systems are also frequently damaged by: Corrosion, Deterioration, Weathering Roof Replacements HVAC Installations Construction Activities Wind and...



Applied Technical Services inspects lightning protection systems to assess their condition and determine if they need repair or replacement. Although many think lightning strikes are rare, tall, isolated buildings in certain areas face higher risks. Our inspectors evaluate, install, and repair lightning protection systems to keep buildings protected. What is a Lightning Protection System? A lightning protection system (LPS) uses components to intercept lightning strikes and safely conduct the electrical energy to ground. The LPS creates a low-resistance path, reducing the risk of structural damage, electrical surges, and fires. An LPS typically includes: Strike termination (lightning rods) Conductors Specialized bonding connectors Grounding systems Surge protectors LPSs are commonly installed on industrial and commercial buildings, communication towers, and other critical infrastructure to protect buildings, occupants, and electronics. About Our Lightning Protection Services We provide comprehensive lightning protection services tailored to the specific needs of businesses and institutions. Our inspectors conduct detailed inspections to identify vulnerabilities and assess the condition and code compliance of existing systems, determining whether each requires repair. We can perform minor repairs on the day of inspection and perform larger repairs during a follow-up appointment. Our team also offers installation services for property owners interested in replacing an outdated system or installing their very first system. Our staff hold relevant certifications and undergo ongoing training to remain current with evolving standards and best practices. We comply with NFPA 780 and UL 96A, making us a credentialed one-stop shop for the following: LPS inspection LPS repair LPS installation Why...



Applied Technical Services Family of Companies (ATS FoC) conducts comprehensive building envelope evaluations for commercial properties. Our specialists assess exterior building elements to ensure effectiveness and energy efficiency. What is a Building Envelope? A building envelope is the barrier between a building's interior and exterior. It protects occupants and interior surfaces from environmental factors such as precipitation, wind, and sunlight. Typical components include: • Foundation • Roofing • Exterior walls • Windows • Doors Building Envelope Inspections A building envelope inspection is a thorough, structured review of a building’s exterior to assess its condition and performance. The process typically includes the following methods: Visual Inspection Inspectors examine cladding, flashings, sealants, windows, doors, and related areas for visible damage, deterioration, or improper installation. Roof Inspection Licensed roof inspectors assess the roof for damage, wear, improper drainage, and other factors that may affect performance or energy efficiency. Infrared Thermography Inspection Thermal imaging detects temperature variations in the building envelope that may indicate poor insulation, air gaps, or moisture. Conductance Testing Heat flow measurements assess insulation effectiveness. Dielectric Testing Dielectric tests quickly assess a material’s insulating properties to detect degradation or compromised components. About Our Building Envelope Evaluation Services Our team evaluates a range of cladding and envelope systems, including masonry, concrete, metal panels, and curtain wall glazing. Our inspection includes: • Visual inspection • Roof inspection • Infrared thermography • Conductance testing • Dielectric testing These techniques allow us to identify issues such as: • Air leakage • Water intrusion • Moisture...



The Applied Technical Services Family of Companies (FoC) specializes in building façade inspections. Facades serve both practical and aesthetic functions, and our specialists evaluate their condition, advising property owners on the actions needed to repair or preserve their performance and appearance. What is a Building Façade? A façade is the exterior face of a building, often including elements such as windows, doors, and cladding comprised of various materials, including: Metal Glass Concrete Brick Facades serve as protective barriers, shielding building interiors and occupants from environmental elements such as rain, wind, sunlight, and extreme temperatures. About Our Facade Inspections Our façade evaluation professionals combine their formal education, field experience, and training to conduct thorough façade inspections. Our façade inspections often include the following services: Visual surveys Infrared thermography Dielectric testing Conductivity testing When combined, these inspection methods allow inspectors to determine a building facade’s ability to do the following: Provide insulation Withstand water intrusion and moisture buildup Maintain energy efficiency and durability How Often Building Facade Inspections Occur? Routine facade inspections preserve the safety, longevity, and aesthetic appeal of buildings. The information and data gathered during inspections help property owners and maintenance professionals develop proactive maintenance plans that minimize the likelihood of abrupt failures and costly emergency work. Many US cities require routine facade inspections for buildings over a certain height to ensure their long-term durability and safety. Failure to conduct routine façade inspections can allow minor issues to escalate into serious safety and liability hazards. Cracks, loose cladding, ineffective sealants,...



The Applied Technical Services Family of Companies (FoC) provides leading infrared building envelope inspection services. A building envelope comprises a structure’s exterior elements, such as the foundation, roof, floors, walls, doors, and windows, which protect the interior and occupants from environmental factors. Our inspections assess insulation performance and detect issues such as air infiltration and condensation. What is an Infrared Building Envelope Inspection? An infrared building envelope inspection uses thermal imaging cameras to detect heat. These cameras capture surface-temperature patterns that reveal hidden defects in structures like walls, roofs, windows, doors, and other envelope components. Technicians interpret these heat signatures (visual temperature differences) to identify issues, including: Poor energy efficiency caused by damaged or ineffective insulation Excessive moisture caused by condensation and leaks Roofing damage caused by ice and snow HVAC performance issues Structural performance concerns Mold and mildew build up About Our Infrared Building Envelope Inspection Our certified inspectors quickly identify heat loss, moisture intrusion, air leaks, and insulation voids in building exteriors. This noninvasive process enables property owners, contractors, and architects to address thermal irregularities before they become costly issues. Our experts are extensively trained in construction methods and materials, collaborating with clients and contractors to develop inspection strategies meeting each building’s requirements. Inspections align with these standards: ASTM C 1060 (Thermographic Inspection of Insulation Installations in Building Envelope Cavities ) ASTM E 1186 ( Air Leakage Site Detection in Building Envelopes) ISO 6781 Thermal Insulation (Qualitative Detection of Thermal Irregularities) Canadian National Master Construction Standard NMS Section...



The Applied Technical Services Family of Companies (ATS FoC) performs thorough building envelope inspections on a range of structures. What is a Building Envelope? A building envelope is the set of exterior components that divide a building’s interior from its surroundings. Key elements include: Foundation Roofing Exterior walls Window Doors Building envelopes shield a structure’s interior from environmental threats, such as UV radiation, rain, moisture, and wind. What is a Building Envelope Inspection? A building envelope inspection is the systematic evaluation of a structure’s exterior to assess its condition and performance. The process is multifaceted, employing the following inspections and tests: Visual Inspection Visual inspectors examine walls, windows, doors, and other components, identifying signs of physical damage. Roof Inspection Certified inspectors evaluate a roof’s condition to determine its integrity and resistance to weather and energy loss. Infrared Thermography Inspection Infrared thermography inspections use thermal imaging to detect temperature anomalies that indicate major issues, such as air leakage, insufficient insulation, and moisture intrusion. Conductance Testing Conductance tests enable our experts to determine how heat migrates through a building’s exterior, confirming the presence of sufficient thermal insulation. Dielectric Testing Dielectric testing quickly assesses a material’s insulation strength. About Our Building Envelope Inspections Our building inspection services encompass both routine evaluations and targeted analyses of a structure’s exterior. We inspect diverse cladding systems—brick, concrete, metal, and glass. Our comprehensive toolkit features these evaluation methods: Visual inspection Roof inspection Infrared thermography Conductance testing Dielectric testing Together, our inspection methods excel at detecting the following...



Applied Technical Services offers rope access level 2 training for technicians seeking SPRAT accreditation or reaccreditation. A level 2 certification qualifies technicians to assume more tasks and greater responsibilities than level 1 personnel, establishing a higher level of expertise in the rope access industry. SPRAT-certified level 2 personnel can be designated as rope access lead technicians by a level 3 supervisor, allowing them to perform safety evaluations and take charge of equipment maintenance. These lead technicians may either supervise or work with level 1 rope access personnel while working under the direction of a Level 3 supervisor. To qualify for level 2 SPRAT certification, technicians must have performed 500 hours of documented rope access work while having held a level 1 certification for at least six months. Certification With ATS ATS’ rope access certification course involves four days of hands-on training and a final evaluation held on the fifth day. Our classes are administered by training coordinator Brandon Powers, who maintains Level 3 certification with SPRAT. For the first four days, students will practice rope access techniques in our safe indoor training facility, developing familiarity with the recognized industry regulations. Candidates for level 2 certification will prepare to become lead technicians by training to perform basic rescue procedures, oversee level 1 personnel, and take corrective measures to eliminate worksite hazards. Upon completing the final certification session, all passing students will achieve SPRAT certification to the level for which they trained. ATS Professional Experts For over 50 years, ATS has been...



Applied Technical Services offers rope access level 3 training for technicians seeking SPRAT accreditation or reaccreditation. A level 3 certification is the highest of the three levels recognized by SPRAT, serving as a qualification for technicians to become rope access supervisors. Level 3 personnel assume responsibilities such as the overseeing of rope access work sites, the designing rope access systems, and can provide advanced rescue aid. As experienced professionals, supervisors can also perform all duties assigned to lower level technicians. To qualify for level 3 SPRAT certification, technicians must hold a level 2 certification for at least six months and perform 500 hours of documented level 2 rope access work. Certification With ATS Our course consists of a four-day hands-on training period and a final certification session held on the fifth day. Students will learn safe rope access techniques in the controlled environment of our indoor training facility, allowing them to apply their knowledge to practice. Candidates for level 3 certification will prepare to become rope access supervisors by training to manage a team of technicians and perform advanced rescue procedures. The final evaluation is held on the final day and passing students will achieve SPRAT certification. ATS Professional Experts For over 50 years, ATS has maintained its stellar reputation as a high-quality testing, inspection, and consulting engineering service provider. Our certified experts work in accordance with the relevant standards of their respective industries, using innovative tools and equipment to attain precise results. We serve clients in national and global...



Applied Technical Services offers a comprehensive rope access training course for prospective technicians seeking level 1 SPRAT accreditation. What is Rope Access? Sometimes confused with related work-at-heights practices such as suspended access or fall arrest, rope access is distinguishable as both a safe and cost-effective means of accessing high, tight or unfinished work areas. With the proper training, technicians can utilize rope access techniques to perform construction, inspection, and maintenance work on buildings, tall structures, and construction sites. Rope access involves the use of a main line and a safety line securely attached to a fall arrest system, enabling workers to efficiently move up, down, laterally, diagonally, or onto another line. By allowing technicians the ability to scale, descend, or move laterally with a system of ropes, the need for construction of scaffolding and other specialized equipment can be reduced or eliminated. Another reason why rope access is a sought-after professional discipline is due to its variety of uses. In-demand applications include: Façade Inspections Installing Instruments Installing Movie/Theatre Sets Painting Performing Geological Surveys Pressure Washing/Sandblasting Preparing Surface and Installing Sealant Repairing Concrete Scaling and Anchoring Rocks Shooting Photos/Videos SPRAT Levels Students who earn certification through the ATS rope access training program will be trained to perform SPRAT-compliant methods and techniques. SPRAT stands for the Society of Professional Rope Access Technicians, an administrative body that is primarily composed of prominent companies and technicians from within the industry. Because the organization establishes stringent industry-recognized rope access standards in North America, most employers...



Applied Technical Services provides rope access certification training for technicians seeking SPRAT accreditation or reaccreditation. SPRAT stands for the Society of Professional Rope Access Technicians, an administrative body that establishes industry-recognized rope access standards in North America. Most employers hiring rope access technicians will look for workers certified by either SPRAT, or the European counterpart IRATA. Rope access is an in-demand work-at-heights skill, which enables personnel to navigate a system of ropes to scale, descend, or move laterally across buildings, construction sites, and tall structures. Because rope access allows technicians to reach high, tight, or unstable work areas, it is an efficient and safe alternative to scaffolding installation. As a professional discipline, rope access is often utilized in facade inspections, pressure washing, painting, and building installations, among other uses. Certification With ATS ATS’ rope access certification training provides students with the necessary hands-on preparation to become familiar with SPRAT regulations and procedures. For the first four days of our 5-day course, students will be taught about the various aspects of the rope access technique, before applying what they learn into practice at our onsite training area. These classes are taught by our Level III SPRAT-certified training coordinator, who helps students learn necessary skills like maintaining equipment, tying knots, and following rescue protocol. A certification session is held on the fifth day and consists of multiple exam sections administered by an independent evaluator. SPRAT recognizes three levels of rope access certification: Level I: Qualifies entry-level technicians to perform basic rope access...



Applied Technical Services offers a comprehensive rope access course for both experienced and first-time technicians seeking accreditation or reaccreditation. Rope access is a discipline that allows work-at-heights personnel to reach high, tight, or unstable locations on buildings, tall structures, and construction sites. There are both safety and cost-efficiency reasons for why rope access is heavily relied upon for construction, inspection, and maintenance purposes. For example, rope access involves the use of a main line and safety line to efficiently scale, descend, or move laterally with the system of ropes, reducing or eliminating the need for construction of scaffolding and other specialized equipment. Another advantage of rope access is that this professional discipline boasts a wide range of uses, including: Façade Inspections Installing Instruments Installing Movie/Theatre Sets Painting Performing Geological Surveys Pressure Washing/Sandblasting Preparing Surface and Installing Sealant Repairing Concrete Scaling and Anchoring Rocks Shooting Photos/Videos Certification With ATS By earning certification through our rope access program, students will be trained to work in compliance with the rigorous national standard of the Society of Professional Rope Access Technicians (SPRAT). Most employers only consider rope access technicians that are certified with either SPRAT or its European counterpart, the International Rope Access Trade Association (IRATA). ATS structures this 5-day course to offer an intensive, hands-on training experience that enables each student to develop the necessary knowledge of rope access techniques. In the first four days of the course, all trainees will take part in learning how to maintain equipment, tie knots, combine anchorages,...



Applied Technical Services offers SPRAT certification courses to candidates seeking to begin or continue their career in rope access. Rope access is a specialized work-at-heights skill that allows personnel to maneuver in any direction using a system of ropes. Employers turn to rope access as their method of choice for working at heights because it offers various benefits over other techniques; it is faster, safer, and therefore often cheaper than renting specialized equipment like an aerial work platform or erecting scaffolding. Because of the potential danger of falling from heights, however, rope access is to only be performed by individuals who have proven themselves competent in safely and efficiently performing the techniques and mastering the skillset relevant to each level of achievement. Comply with Rope Access Regulations The Society of Professional Rope Access Technicians (SPRAT) is an administrative body through which the North American rope access industry self-regulates. This group, made of both individual technicians and rope access companies, creates a system of standards by voting among themselves on best practices, safety conditions, and operating procedures. SPRAT’s cumulative expertise has created a general trust for their judgment and deference from other industries in matters relating to rope access. Abiding by their industry-consensus standards has essentially become a requisite for performing rope access work in North America; most employers will choose not to hire rope access workers that have not been acknowledged by either this group or its European counterpart, the International Rope Access Trade Association (IRATA). SPRAT also approves candidates...



Applied Technical Services provides a training and certification course for candidates seeking recognition as a SPRAT level 1 rope access technician. Rope access is an in-demand work-at-heights skill that allows workers freedom of movement and safe access to elevated work areas. However, because of the risks inherent to being high in the air, most potential employers will decline to work with a worker who does not possess certification legitimizing their rope access skills and knowledge of best practices. Many would-be rope access workers specifically seek out a SPRAT certification, as their approval is the most respected in North America. The Society of Professional Rope Access Technicians SPRAT, also referred to as the Society of Professional Rope Access Technicians, is the administrative body that generates industry-consensus standards defining the safety procedures and best practices for the rope access trade. This group, made up of prominent companies and technicians from within the industry, also certifies candidates as rope access technicians to guarantee they have met certain levels of proficiency and achievement in their field. ATS offers SPRAT-compliant training courses to both newcomers who want to attain initial certification at the beginning of their rope access careers, as well as industry veterans seeking recertification to continue their work. Those that pass our course will gain SPRAT certification, acknowledging them as qualified rope access technician. SPRAT Level 1 SPRAT recognizes multiple stages of competence and achievement in their certification program, the first of which is the Level 1 technician. Workers who have achieved this...



Applied Technical Services offers SPRAT rope access certification courses for both first-time students and experts looking for recertification. Our SPRAT-Approved Program Our training program is approved by the Society of Professional Rope Access Technicians (SPRAT) to instruct these courses, administer testing, and determine candidates’ suitability for certification. SPRAT is the North American standardizing body for this industry, setting best practices and safety procedures based on the experience of their voting board of accomplished rope access companies and technicians. As such, their recognition carries weight with companies looking to hire a rope access technician to safely and efficiently perform work-at-heights. Many potential clients will not work with technicians who have not been certified through SPRAT due to the rigor of their operating standards and certification criteria. Applications of Rope Access Services While clients primarily pursue ATS’ rope access services for inspection and nondestructive evaluation (NDE) of large assets ranging from storage tanks to pedestrian bridges, this method of working at heights can be applied in a variety of other ways. Candidates who pass one of our courses and attain certification may see work as a rope access technician in any of the following capacities: Maintenance and Operations Structural, Civil, or Geo-Technical Engineering High-Rise Window Cleaning Construction, Fabrication, and Painting Tower and Antennae Installation Theater and Film Set Construction Course Structure Our 5-day classes are part instruction and part examination. In the first four sessions, our training coordinator teaches all the criteria relevant to the level of training students have enrolled in....



Applied Technical Services has expanded the scope of our personnel training capabilities to include a comprehensive rope access certification program. These capabilities allow us to offer classes, assessment, and ultimately certification to candidates who want to learn and apply rope access techniques professionally. Our training and certification courses are appropriate to first-time candidates as well as industry veterans seeking reaccreditation and advanced technical courses. Often confused with related branches of work-at-heights such as fall arrest, suspended access, controlled descent, and rope descent systems (RDS), rope access is a discipline that allows technicians to quickly and safely move up, down, laterally, diagonally or onto another line. Rope access is safer than conventional methods of working at heights, as all standard procedures require the use of both a main line and a safety line attached to a fall arrest system. Furthermore, it is quicker and more efficient than renting specialized equipment or constructing scaffolding, which saves clients on service costs in the end. While our own inspection department applies rope access techniques for the nondestructive examination (NDE) of clients’ structures, machinery, and other large assets, there is a wide range of other uses for this skillset, such as: Façade Inspections Installing Instruments Painting Scaling and Anchoring Rocks Pressure Washing/Sandblasting Repairing Concrete Preparing Surfaces and Installing Sealant Shooting Photos/Videos Installing Movie/Theater Sets Performing Geological Surveys Our Rope Access Training Courses Brandon Powers, ATS’ rope access training coordinator, teaches all of the classes we offer and administers the certification testing to approve candidates. He...



Guaranteeing not only the safety but also the general operation of your wind farm is one of the keys to your success. You know this, and the trained and passionate professionals at Applied Technical Services (ATS) know this. This is just one of the many reasons why we offer a full line of rope access wind turbine inspections and related services — to help give you the peace of mind that only comes with knowing that your mission-critical operations are functioning to the full extent of their ability at all times. Inspections for Safety and Reliability A turbine’s safe and reliable operation depends on how well the components endure severe environments and strict performance demands. Wind turbines often consist of massive components vulnerable to damage during manufacturing and operation. Potentially hazardous conditions and damage include: Cracking, splitting, strain Storm damage, lightning, wind, temperature Corrosion, dross Rope Access for a Closer Look With many wind turbines approaching 300 feet in height, early signs of wear and tear may not be obvious from the ground. The ATS rope access team can overcome access challenges using a variety of safe and established methods. Our experts can inspect heavy-duty equipment for flaws and damage below the surface level before catastrophic failure or outages occur. Nondestructive Inspections Our noninvasive and nondestructive inspection techniques include: Visual (VT) Phased Array Ultrasonic Testing (PAUT) Ultrasonic Testing (UT) Magnetic Particle Testing (PT) Qualifications and Certifications At ATS, we are proud to say that the vast majority of our inspectors...



The Rope Access Team Applied Technical Services' rope access technicians and engineers perform a variety of inspection and nondestructive testing methods while suspended from hundreds of feet in the air. This team's speed, versatility, and safe operating procedures benefit customers in a variety of ways; they thoroughly inspect hard-to-reach areas of tall structures and equipment without the need of scaffolding or cranes, thus saving clients significant amounts of time and cost during the inspection process. Inspections aren't just necessary to help large structures and other mission-critical pieces of equipment to continue to operate - they also play an important role in creating a safe working environment for all involved. Rope access allows trained and certified technicians to examine hard to reach structures that normally would not be accessible. Using advanced NDT techniques gives our inspectors valuable insight into the types of repairs or other maintenance steps that need to be taken moving forward. If you need NDT services for vessels, tanks, bridges, commercial buildings, ships or other large industrial structures, Rope Access Technicians are the superior solution that will help guarantee that you have the most accurate and complete information. Rope Access NDT Capabilities ATS Technicians are trained in a wide range of testing methods, often using one or more of the following to provide businesses with the most accurate information they need to make informed decisions: Ultrasonic Testing Ultrasonic Thickness Testing Visual Inspections Eddy Current Testing Liquid Penetrant Testing Industrial Radiography Computed Radiography All of our technicians pride themselves...



Rope access inspection services bring a host of benefits that can't be ignored. For starters, it is incredibly cost-effective thanks to the fact that fewer people are required to complete each task, resulting in minimal (or entirely non-existent) downtimes for your operations, which efficiently lowers costs at the same time. Rope access inspections are also inherently versatile and can be used in a wide range of environments that other techniques would not be suited for, from areas with confined spaces to far-reaching tower structures to complicated installations on your job site and beyond. It is easy to see why rope access inspections are such a perfect match for organizations just like yours. Types of Rope Access Services Alternative Energy Blade Inspections Certified NDT Inspectors Certified Rope Access Inspectors SPRAT Level 3 Supervision Tower Inspections Amusement Park Failure Analysis Fasteners and Connectors Inspections Structural Steel and Bolt Inspections Track Inspections Wire Rope Inspections Commercial Properties Facade Inspections Fall Protection Systems Roof Anchor Inspections Roof Davit Arms Inspections Dam Inspections Inspections of Penstocks Inspections of Turbine Housing Structural Inspections of Dam Structural Inspections of Gates Industrial & Factory Boiler Inspections Coating & Painting Inspections Structural Steel Inspections Tank Inspections Rollercoaster NDT Eddy Current Testing Liquid Penetrant Magnetic Particle Testing Ultrasonic Testing Visual Inspections Rope Access Inspections Amusement Ride Inspections Bridge Inspections Commercial Building Inspections Dam Inspections Structural Steel Inspections



ATS' Rope access NDT Services allows our highly trained and certified technicians to gain access to even the most difficult areas, performing careful examination inspections of a variety of structures. This allows our inspectors to provide your organization with the most accurate, actionable information possible, allowing you to perform any necessary repairs or maintenance to maximize performance and increase safety above all else. Our Services Our services are designed to be used in a wide range of environments, including the following: Large Industrial Structures Vessels Tanks Dams Bridges Wind Towers Commercial Buildings Ships Amusement Park Rides Available NDT Methods Applied Technical Services is well-versed in a wide range of NDT testing methods, including but not limited to the following that our trained and certified personnel perform from suspended access: Visual Inspections Magnetic Particle Testing Radiography Eddy Current Liquid Penetrant Ultrasonic Testing Ultrasonic Thickness Testing ATS has been proudly providing nondestructive testing services for over 50 years. Our entire array of Rope Access Services are designed and implemented with all current safety certifications and standards in mind, including SPRAT (Safe Practices for Rope Access Work), OSHA and ANSI standards. Our Inspectors and Technicians At Applied Technical Services, we pride ourselves on only hiring the most qualified inspectors and technicians to help fulfill all of your rope access NDT needs. Many of your employees hold multiple accreditations and certifications, including those as esteemed as: CWI Inspectors Advanced NDT Certifications API Inspectors Professional Engineer (P. E. ) Based on the above reasons alone, it...



Applied Technical Services performs rope access inspections on buildings, structures, and equipment with high or difficult-to-access areas. Our suspended access division prioritizes safety on the job-site and returns accurate data without the need for scaffolding or cranes — thus saving clients significant inspection costs. How We Prioritize Safety ATS makes safety a priority by having all of our technicians receive advanced training and "work at heights" certifications. Our QA program continually monitors our rope access equipment and observes our technician’s safety practices on an ongoing basis. We adhere to the ASTM E2505 standard which is the Industrial Rope Access Standard. Our Technicians and Inspectors Not only do our technicians maintain high standards but hold other licenses, certifications and credentials which include professional engineering and advanced NDT certifications. Equipment Commonly Inspected via Rope Access Amusement Park Rides and Rollercoasters Commercial Building Facade Offshore Rigging Bridges Tanks, Boilers, and Other Industrial Structures Large Steel Infrastructures Wind Turbines Dams Frequently Requested Examination Methods Visual Inspections Ultrasonic Thickness Testing Ultrasonic Testing Remote Camera Inspections Magnetic Particle Testing Liquid Penetrant Testing Industrial Radiography Eddy Current Testing Computed Radiography Borescope Inspections



We serve a broad range of industries including construction, commercial building, power generation, wind energy, chemical, petrochemical, and pulp and paper. Some of our most popular rope access services provided include inspections of bridges, boilers, tanks, wind towers, blade inspections, and amusement park rides. Our Rope Access Capabilities Amusement Ride Inspections Track & Rail Inspections Fastener Failure Analysis Connectors Inspections Weld Failure Analysis Wire Rope Failure Analysis Commercial Buildings & Facade Surveying Attached Structures, Decks, Balconies, Stairs Concrete Inspection Testing Confined Spaces & Limited Access Davit Arm & Rigging Inspections Facade Surveying Structural Steel and Bolt Inspections Industrial Rope Access Boiler Inspections Tank Inspections Towers & Pylons Visual Inspections Weld Inspections Rollercoaster NDT Inspections Eddy Current Testing Liquid Penetrant Magnetic Particle Ultrasonic Testing Visual Inspections Wind Turbines Blade Inspections Certified NDT Inspectors Certified Rope Access Inspectors Safety Certs & QA Programs Sprat Level 3 Supervision Tower Inspections



Applied Technical Services' industrial rope access division serves a variety of industries including: Commercial Real Estate Construction Power Generation Wind Energy Chemical Petrochemical Pulp and Paper Some of our most popular suspended evaluation services provided inspections of amusement park rides, rollercoasters, bridges, boilers, tanks, blade inspections, and wind towers. Our Commitment to Our Clients At ATS, we understand that your plants often require regular shut-downs for the performance of scheduled maintenance. As industry leaders in industrial rope access, our primary goal is assist these shut-downs in the most organic and straightforward way possible. Our focus is and will always be not only minimizing the total amount of down time that you will experience, but also safely and efficiently completing any and all maintenance and inspection services that you require. Our job is to provide you with the peace of mind that only comes with knowing that all of your industrial rope access inspection services are being performed by highly trained and qualified professionals who truly care about your success every bit as much as you do. Tanks, Pipes, and Pressure Vessels On a daily or weekly basis, ATS is performing various types of tank or vessel inspections in multiple locations throughout the United States or abroad. We specialize in helping you get the most from your investment through our high quality testing and inspection services. Additionally, the industrial rope access services that we provide are currently used across a wide range of industries, including: Power Generation Pulp and Paper Chemical...



At Applied Technical Services, we proudly serve a wide range of industries, including but not limited to commercial building, infrastructure, construction, power, wind energy, chemical, petrochemical and pulp and paper. Our professional and passionate staff members at ATS provide the types of suspended visual testing and evaluations of dams, penstocks and other water diverting structures that you can depend on. Rope Access Dam Inspections We deeply understand just how important safety is to your day-to-day operations, which is why we only employ highly trained and qualified technicians in all of our rope access dam inspections and similar services. We Go Above and Beyond Below are a few of the ways that we go above and beyond to instill confidence in all of our clients: All of our technicians receive advanced training, no exceptions All of our lead technicians receive "Work at Heights" certifications QA programs are designed to continually monitor both equipment and safety practices Our technicians are established members of SPRAT in good standing Additionally, our ATS technicians hold a wide variety of licenses, certifications, and accreditations, including: Certified Welding Inspectors API Inspectors Professional Engineers (P. E. ) Advanced NDT Certifications NDT and Inspection Methods Our rope access dam inspections are designed to be as thorough as possible, allowing you to maintain both compliance and the safest possible environment for your operations at all times. These services include: Visual Inspections Magnetic Particle Testing Liquid Penetrant Testing Eddy Current Testing Ultrasonic Testing Ultrasonic Thickness Testing Industrial Radiography Computed Digital Radiography...



Access Solutions for Commercial Properties Applied Technical Services' Rope Access Division serves a wide variety of industries, including commercial buildings and structures. The testing and inspection services that we offer are second to none, and are valuable to all types of commercial real estate including structures like skyscrapers, hospitals, hotels, arenas, stadiums, parking decks and beyond. Because rope access division performs commercial building services, our inspection experts can help ensure that clients' assets remain safe and in good condition from top to bottom. Popular Commercial Building Inspection Services Attached Structures Decks Patios Balconies Stairs Exterior Cladding Doors Windows Signage Fall Protection Systems Roof Davit Arms Roof Anchors Facades Pedestrian Bridges Installation, Inspection, Testing and Certification At ATS, your success is our highest priority. This is a large part of the reason why we maintain the installation, inspection, testing and even the certification of all anchor bolts that are used with rope access or fall arrest systems in accordance to all of the applicable standards of the industry today. Many of ATS’ Rope Access Experts hold multiple accreditations and certifications, including ones like: Professional Engineer (P. E. ) Advanced NDT Certifications ANSI 359 Competent Person SPRAT Level III API Inspectors CWI Inspectors Our highly trained technicians can survey the conditions and various structural elements of the building in question and are able to gain direct access even to the most difficult of environments. Steel-frame structures are studied using visual inspections or other NDT methods which allow us to draw detailed conclusions...



ATS offers specialty rope access bridge inspections for initial, routine and damage assessments. We survey public and private wooden, steel, and concrete bridges. Due to awkward access and confined spaces, suspended access evaluations are the safest, most accurate and cost effective way to perform bridge inspections. Department Codes and Standards Code of Federal Regulations Part 650, Sections 650. 301 through 650. 317 AWS D1. 5 Bridge Welding Code ASTM E1444 / E1472 Safety Measures Technicians Receive Advanced Safety Training Technicians Receive "Work At Heights" Certifications QA Programs Continually Monitor Rope Access Equipment QA Programs Continually Observe Technician's Safety Practices ATS Adheres to ASTM E2505 Standard Our Team of Inspectors Hold the Following Qualifications: Advanced NDT Certifications Professional Engineering (P. E. ) Certified Weld Inspectors (CWI) Regularly Requested NDT Methods: Visual Inspections Magnetic Particle Testing Liquid Penetrant Testing Ultrasonic Testing Ultrasonic Thickness Testing Eddy Current Testing Phased Array Industrial Radiography Remote Camera Inspections



As an amusement park operator, you no doubt understand that one of the core factors that keeps your loyal customer base coming back for more is trust. Your reputation is built upon the fact that people know beyond the shadow of a doubt that they can have as much fun as they want to in as safe and as secure of an environment as possible. Amusement ride inspections play a large role in both developing and maintaining this reputation, both in that they are required and regulated and in terms of the good-will that they help generate on behalf of your target audience. ATS' Inspection Services At Applied Technical Services, many of our inspectors and technicians hold multiple licenses, certifications, and other important credentials that help give you the peace of mind that only comes with knowing that your amusement ride inspections are being handled by professionals that you can trust above all else. A few of the credentials maintained by our passionate and responsible staff members include but are not limited to: API Inspectors CWI Inspectors Advanced NDT Certifications Professional Engineers (P. E. ) The Rope Access Division and Safety Considerations At Applied Technical Services, we always pledge to make safety our number one priority. This is a large part of the reason why all of our technicians receive advanced training and "work at heights" certifications — it helps guarantee that they're capable of meeting the demands of not only your park, but of your customers. Our quality assurance...



Fall Protection Anchors Tieback anchors are by far not only one of the most cost effective solutions for all of your fall protection needs, but also one of the most dependable. Not only are they permanent and safe, but they're also versatile and inherently practical for window washing, facade maintenance, building maintenance and everything in between. Applications Tieback anchors are commonly used in a wide range of different scenarios, including those like: To be used as a rope descent system anchor to help provide a deeper level of protection where use and height restrictions may be applicable To add increased safety for temporary rigging equipment To help protect employees against environments where leading edge hazards exist As independent fall protection anchors for use with davit systems As lifeline anchorage for workers who may be operating on platforms, stages and other environments at great heights Anchor Design Types There are also a wide range of different anchor designs that you may choose depending on your own individual needs. These include ones like: Welded roof anchors, which are commonly welded directly to structural steel elements Bolt around beam roof anchors, which are designed to be secured to a structure's support beams Through-bolt roof anchors, which use an advanced plate and bolt system Chemical adhesive roof anchors, which reinforce drilled bolts through a use of a state-of-the-art chemical seal Experts In Roof Tie Off Systems With decades of experience in the industry, the licensed Professional Engineers (P. E. ) at ATS are proud...



The Benefits of Roof Davit Systems ATS has earned an excellent reputation for being a leading consulting engineering firm since 1967. Our licensed Professional Engineers (P. E. ) have decades of combined experience in all things related to commercial real estate, offering the highest level of testing, inspection and design services to our clients. Our roof davit systems and associated services are designed to help organizations offer safe and efficient fall protection to their work at heights employees and contractors. Roof davit systems bring with them a wide range of benefits that can't be ignored. For starters, they provide fixed, permanent access to a unique environment - there is no need to store equipment in a separate location or spending extra time setting up and rigging it, which cuts into work productivity. Roof davit systems are also incredibly cost-effective and can expedite particular services when needing to quickly navigate to a new work position or location, ultimately driving down cost for activities like window washing and facade maintenance. What Are Roof Davit Systems? In an industry where safety is of the utmost importance, roof davit systems are designed to guarantee exactly that: the best possible working environment at all times. They're a cost-effective, reliable method to provide permanent access to exterior building facades and other naturally dangerous environments. The typical roof davit system is usually comprised of the following core components: Horizontal Life--Lines Fixed Davit Bases Dual-Line Suspension Systems Mast Assemblies Boom Assemblies Powered Work Platforms Other Common Roof Davit...



ATS offers building envelope consulting and estimating services that help clients maintain their structures from the roof to the foundation. Our professional engineers (P. E. s) methodically inspect and report on safety hazards and damages to building façades, fall protection systems, and lightning protection systems (LPS). We perform all building envelope consulting services onsite, carefully inspecting critical safety and access equipment to deliver a thorough and reliable report on our observations and recommendations. ATS provides consulting and design support for a variety of facilities, including: Commercial Industrial Healthcare Education & university campuses Lodging High-rise residential Façade Services While façade damage is often easy to miss, it can have catastrophic implications for building safety. A periodic façade inspection from a professional helps clients identify and resolve issues before they worsen. Our certified professional engineers can compare the building’s original construction drawings with the results of our visual inspections. We can supplement ground-level examinations with rope access services from SPRAT-certified rope access technicians. Upon request, an FAA-certified drone pilot can operate an unmanned aerial vehicle (UAV) to capture concealed or hard-to-access damage from a safe distance. Our façade inspections may include various onsite tests, such as infrared thermography or moisture intrusion testing, as relevant. No matter the method of access, our experts thoroughly investigate for signs of distress, defects, and water infiltration. If we detect a water leak, we may recommend a limited interior survey to determine the extent of the damage. Our inspections cover the following building areas: Façade components: foundations,...



Applied Technical Services provides industrial rope access training for candidates of all experience and skill levels. Rope access systems are an inexpensive, versatile alternative to costly structures such as scaffolding, allowing access to difficult-to-reach locations by trained rope access technicians. The implementation of rope access systems has saved companies hundreds of thousands of dollars on individual projects, causing a rapid demand increase for certified rope access technicians. Industrial rope access training teaches individuals how to navigate rope access systems safely and effectively at great heights to perform operations including but not limited to: Building, Bridge, and Dam Inspections Fire Rescue Turbine Maintenance and Repair Industrial Chimney and Stacks Maintenance Surface Preparation and Sealant Installation Painting, Sandblasting, and Pressure Washing Welding Instrument Installation Getting Certified with Applied Technical Services Candidates seeking industrial rope access training through Applied Technical Services will undergo education and instruction to work under the standards set by SPRAT, the Society of Professional Rope Access Technicians. ATS’ rope access classes are held over five sessions, providing hands-on instruction that allows each trainee to develop the necessary skills and knowledge for a career in rope access. There are three levels of rope access certification: Level I: Qualifies workers to conduct basic rope access functions under the supervision of Rope Access Lead Technicians (Level II) and Rope Access Supervisors (Level III). Level II: Qualifies technicians to conduct rope access functions and safety assessments of rope access operations under the supervision of a Rope Access Supervisor (Level III). Level III: Qualifies...



The ATS Family of Companies performs facade inspection services to help clients verify the safety, compliance, and integrity of their structures. Types of Facade Inspections Our inspection experts regularly conduct several different types of façade inspections. Our most commonly requested façade inspection services include: Visual Inspections Physical Inspections Nondestructive Testing/Inspections Visual Inspections Visual facade inspection services consist of a thorough assessment of a building’s exterior. Depending on accessibility, visual inspections can include drones, specific types of imaging devices, and other equipment. Physical Inspections Physical inspections require direct access to the building’s façade, typically through the use of rope access systems, lifts, or scaffolding. ATS’ rope access experts frequently perform physical inspections on skyscrapers, rollercoasters, high-rises, tank vessels, and a variety of other structures. Nondestructive Inspections Nondestructive façade inspections implement the use of radar, ultrasonic testing, and infrared thermography to gather information that cannot be achieved through standard visual or physical inspections. Documented Inspections As is the case with all inspection services provided by Applied Technical Services, our facade inspectors provide clients with thorough documentation following the inspection that covers current condition, issues discovered, repair recommendations, and any potential discrepancies with regulatory standards. Our inspectors can help explain the complexities of structural issues and provide clients with the information necessary to make informed decisions to address any problems. The Need for Inspections Façade inspection services can minimize the possibility of accidents caused by falling debris or structural failures and extend the lifespan of the building through early issue detection. As staying...



The nondestructive testing and inspection experts from the Applied Technical Services Family of Companies (FoC) offer infrared roof leak inspection services to help clients pinpoint the location of roof leaks and the associated damages. Infrared Thermography Infrared thermography, also known as IR thermography, utilizes specialized equipment and devices to identify thermal inconsistencies in a roof’s surface. IR cameras can detect the specific location of leaks, moisture ingress, and other structural defects through precise temperature scanning, as areas that have been exposed to moisture retain heat longer than dry areas. The Benefits of IR Thermography Infrared roof leak inspections are nondestructive and noninvasive, eliminating the risk of causing additional damage during the inspection. IR thermography is highly accurate, allowing technicians to identify leaks before they cause significant and even potentially catastrophic damage. This accuracy also makes infrared inspections cost-effective, minimizing expenses by detecting the exact location of leaks. Regularly scheduled infrared roof inspections can be incredibly beneficial, prolonging the lifespan of the roof while promoting safety. When to Request Leak Detection Services Infrared leak detection services are commonly utilized by organizations and businesses operating in the commercial real estate, manufacturing, retail, insurance and legal, building and construction, and residential real estate industries. The ATS FoC's infrared inspection experts are compliant with all relevant quality and safety standards and apply decades of experience to each inspection. As is the case with all nondestructive testing and inspection services performed by ATS, we provide clients with thorough, highly accurate reporting. This documentation covers the...



With over 55 years of business experience and clients working across a wide range of industries, the ATS Family of Companies is the premier façade inspection services provide in the San Francisco Bay Area. Applied Technical Services' Facade Inspection Service Offerings Our façade inspection services help clients in San Francisco maintain compliance with regulatory standards, promote safety, and extend the lifespan of their structures. Façade inspections typically fall into one of three categories. Visual Inspections: the most general and common type of façade inspections, visual inspections include thorough visual assessments, relying on imaging equipment, drones, and other devices in situations with limited accessibility. Physical Inspections: this type of inspection requires direct, physical access to the building or structure’s façade, relying on rope access systems, scaffolding, or lifts. ATS’ team of certified rope access technicians conducts façade inspections on structures ranging from high-rises and skyscrapers to tank vessels and rollercoasters. Nondestructive Inspections: some inspections require specialized technologies to inspect hazardous or inaccessible areas. Our nondestructive inspection experts utilize methods such as infrared thermography and ultrasonic testing when physical and visual inspections are not viable options. For more information on ATS’ façade inspections and other inspection services available to clients in San Francisco and other parts of California, please click here. The Applied Technical Services Family of Companies Between our state-of-the-art equipment and machinery, highly advanced testing laboratories, frequently expanding service network, and industry-leading engineers, technicians, chemists, and testing experts, Applied Technical Services has the experience, skills, and resources to help your business...



The Applied Technical Services Family of Companies is proud to offer comprehensive façade inspection services in the greater Milwaukee area. What is a Façade Inspection? ATS conducts facade inspection services to help clients in Milwaukee maintain compliance with safety standards and regulatory requirements, as well as to prolong the lifespan of their buildings and structures. Applied Technical Services offers the following façade inspection services in Milwaukee: Visual Inspections: these inspections include comprehensive visual assessments and rely on drones, specialized equipment, and imaging devices. Physical Inspections: this type of inspection requires direct access to a structure, relying on lifts, scaffolding, or rope access systems. ATS’ certified rope access supervisors and technicians perform inspections on high-rises, bridges, tank vessels, rollercoasters, wind towers, and other large structures. Nondestructive Inspections: some inspections require specialized technologies to inspect hazardous areas or those with limited inaccessibility. Our nondestructive testing and inspection experts utilize ultrasonic testing, radar, and infrared thermography to perform thorough inspections and provide clients with accurate reporting and extensive documentation. For more information on our facade inspections and other inspection services available to clients in Milwaukee, Chicago, Minneapolis, Indianapolis, Cleveland, Des Moines, and other areas in the midwestern United States, please click here. The Façade Inspection Experts at Applied Technical Services A leader of industrial testing, inspections, and analysis, the Applied Technical Services Family of Companies features cutting-edge technologies, highly advanced machinery and equipment, and certified and accredited testing laboratories staffed by our industry-leading testing experts, chemists, technicians, and engineers. With nearly six decades of...



The Applied Technical Services Family of Companies offers a range of drone inspection services, including drone facade inspection services, to provide high-resolution imaging and video of otherwise inaccessible areas and structures. Drone Inspections Drone inspections are cost-effective and safe options for a variety of services spanning countless industries. Our special access experts use state-of-the-art drone technology to gain access to areas that are otherwise dangerous, inconvenient, or impossible to access. Drone façade inspection services can reduce or eliminate the need for scaffolding, rope systems, and lifts, reducing costs and increasing safety for personnel. Using drones to perform façade inspections helps identify corrosion, leaks, cracks, and other types of deterioration and is a commonly utilized practice for those working in the energy, utility, insurance, construction, real estate, and property management fields, as well as several other industries. ATS’ drone inspection services yield thorough documentation, including images, videos, 3D modeling, thermal imaging, and reporting that provides an in-depth analysis and explanation of all data discovered during the inspection. Special Access Services at ATS In addition to our drone facade inspection services, Applied Technical Services offers an expansive list of special access and training services. Between our highly experienced drone operators to our cutting-edge rope access training course and facility, ATS is proud to be the preferred special access services provider of some of the most prestigious businesses in the United States. Some of our most popular services include: SPRAT Level 1 Training SPRAT Level 2 Training SPRAT Level 3 Training Fall Protection Training Drone...



The Applied Technical Services Family of Companies (FoC) offers Philadelphia façade inspection services. Large cities, such as Philadelphia, feature an abundance of large buildings and skyscrapers with facades that can pose risks to the public if left unkept. Our façade inspections help to safeguard urban landscapes, ensuring that facades are functional and free of hazards. What is a Facade Inspection? A façade inspection is the process of meticulously evaluating the condition of various components of a building’s exterior, including: Doors Seals Windows Building materials The objective of the inspection is to identify areas of concern so businesses can implement maintenance strategies that resolve issues and reduce the likelihood of them occurring in the future. Regular façade inspections allow businesses to take a proactive approach to their building’s needs, helping to prevent dangerous building damage and deterioration. Philadelphia’s Façade Inspection Laws Philadelphia requires that buildings more than six stories tall or with an appurtenance higher than 60 feet undergo façade inspections within 10 years of their construction and every 5 years following that. The ordinance classifies inspected buildings as safe, safe with a repair and maintenance program (SWARMP), and unsafe. Buildings given the SWARMP label must undergo repairs before the next inspection cycle, otherwise they’ll be deemed unsafe. Our Façade Inspection Services Our façade inspection specialists have the credentials, expertise, and resources needed to carry out thorough façade evaluations. We recognize how important façades are to a building’s aesthetic and pedestrian safety, so we offer a multitude of inspection services that...



The Applied Technical Services Family of Companies (FoC) offers NYC façade inspection services ensuring that New York City buildings comply with city codes and regulations. NYC is densely populated with buildings of various sizes and ages. These buildings must undergo routine inspections to avoid penalties. Our engineers carry out façade inspections that assist building owners in maintaining the functionality and appearance of their facades. What is a Facade? A façade is the exterior or face of a building. Facades are often the public’s initial impression of an establishment, and they can be comprised of a wide range of materials including brick, concrete, glass, and metal. Beyond their aesthetic, facades are important because they shield the building’s interior from harsh elements such as heat, water, and wind. About NYC Facade Requirements New York City has implemented the Façade Safety and Inspection Program (FISP), mandating that property owners of buildings taller than six stories submit a technical façade report every five years. The NYC government requires that property owners repair any unsafe issues with their facades within 90 days of technical report submission. Technical reports specify facades and their various elements as one of the following, safe, safe with repair and maintenance program (SWRAMP), or unsafe. A safe façade is functional and free of any issues or areas of concern. A SWRAMP façade is on the verge of being deemed unsafe if repairs aren’t made before the next evaluation cycle. Why is It Important to Comply with Façade Inspection Laws? NYC’s façade...



The Applied Technical Services Family of Companies (FoC) employs façade evaluation specialists who inspect facades for concerning signs. Facades are an important component of buildings, both functionally and aesthetically. Our experts evaluate the conditions of facades, advising our clients on how to address deterioration and issues that may compromise the functionality of the façade. What are Facades and What Do They Do? A façade is a building’s exterior wall or face. A façade may have various components, such as doors and windows, and it may be comprised of a variety of materials, including: Brick Concrete Glass Metal Facades are especially important because they serve as a buffer between a building’s interior and harsh elements, such as rain, aggressive winds, and extreme heat. Outside of their functionality, facades often serve as the public’s first impression of an establishment, so it’s beneficial for businesses to maintain well-kept facades. Our Facade Evaluation Services Our façade inspection experts are well-educated, experienced, and highly trained in engineering practices and principles. They’re well equipped to analyze building structures and appearances, enabling them to thoroughly evaluate facades using various inspection methods, including, but not limited to: Visual inspection Infrared imaging Dielectric Our façade inspections and evaluations address signs of deterioration caused by the following: Water damage, including mold and stains Structural issues, such as wood rot, foundational issues, and unevenness Physical damage, including corrosion and cracking Why are Facade Evaluations Important? Façade evaluations are critical when maintaining the appearance, functionality, and safety of a building’s exterior. The...



The Applied Technical Family of Companies (FoC) conducts façade inspections to ensure that a building’s walls and exterior components are free of any concerning signs of damage or deterioration. A building’s façade is a carefully crafted and constructed system designed to protect the building from harsh elements such as extreme temperatures, wind, and rain while doubling as a building’s face that’s often the public’s first impression of the facility. What is a Facade Inspection? A façade inspection is a detailed visual inspection of a building’s exterior. The process identifies hazards and issues that may be signs of more concerning issues that progress into worrisome or even dangerous situations. During the inspection process, experts analyze various potential areas of concern, such as building materials, windows, and doors. The process presents engineers building operators, and owners an opportunity to address problems before they worsen and threaten the building’s ability to comply with codes and requirements. Our Facade Inspections Our engineers use their expertise in civic, structural, and mechanical engineering to conduct comprehensive inspections of building facades and envelopes. We recognize the cosmetic and practical importance of facades, and we work diligently to ensure that our services help our clients adhere to mandatory standards while also satisfying their project-specific specifications. Our inspections consist of the following: Conductivity testing Dielectric strength testing Thermal imaging Visual inspections Why are Façade Inspections Important? Regularly scheduled façade inspections are an effective way for building owners and operators to ensure their buildings are up to code, safe, and...



The Applied Technical Services Family of Companies performs rollercoaster NDI services by verifying the condition of components to ensure uninterrupted service during standard operation. Rollercoaster NDI Rollercoasters and other amusement park rides face exposure to the same cyclical loading as bridges and cranes. Without regular maintenance, the constant unloading and loading of weight on the ride cause cracks in the structure. Inspectors use nondestructive inspection (NDI) methods to determine the status of various ride components without compromising the overall integrity of a structure. The Importance of Rollercoaster NDI Services Amusement parks require routine inspections of rides to ensure public safety. Rollercoaster NDI inspectors play a significant role in developing and maintaining safe and secure environments for guests. ATS' Rollercoaster NDI Services Our certified team of NDI technicians conducts routine inspections of rollercoasters by using the latest equipment and technology to ensure that equipment is in peak operating condition. During rollercoaster NDI services, our NDI technicians check the ride for defects or irregularities that may cause equipment failure. Our NDI technicians use various nondestructive testing methods to determine whether flaws or discontinuities are present in the welds that hold rollercoasters together. Our offerings are cost-effective, providing a proactive approach to safety. These measures include: Axles Bogies Bolts Pivots Wire Ropes Lap Bar Parts Fasteners and Connectors Failure Analysis Structural Steel Inspections Track and Rail Inspections Common NDI Methods Liquid Penetrant Testing Magnetic Particle Testing Eddy Current Testing Visual Inspections Computed Radiography Industrial Radiography Ultrasonic Testing Ultrasonic Thickness Testing Rope Access Division...



The Applied Technical Services Family of Companies provides rope access NDI services to assist in the prioritization of safety on the job site. Rope Access Rope access is a specialized discipline that allows the evaluation of structures and equipment at significant heights. This method utilizes practical rope work to allow technicians to access hard-to-reach locations without cranes, scaffolding, or other costly temporary structures. Rope access technicians regularly use several different types of redundancies to ensure safety in case of equipment failure, including: A backup fall arrest system that uses two ropes—a working rope and a safety rope Additional anchor points—a primary anchor point and two backup anchor points Rope Access NDI Industrial structures and machined parts are complex systems that experience extreme fatigue and loads during their lifetime. Nondestructive inspection (NDI) is a valuable technique that detects irregularities, identifies failed components, discovers performance issues, highlights inadequate control systems, and validates the integrity of materials. Rope Access NDI at ATS The ATS Family of Companies provides rope access NDI services by thoroughly inspecting tall structures and equipment while suspended hundreds of feet in the air. We offer rope access NDI services on bridges, commercial buildings, ships, tanks, vessels, and other large industrial structures. The ATS Family of Companies utilizes a broad range of NDI testing methods with the help of rope access services, including: Ultrasonic Testing Ultrasonic Thickness Testing Visual Inspections Eddy Current Testing Liquid Penetrant Testing Industrial Radiography Computed Radiography NDI Lab Services First Article Inspections Nadcap NDT Accreditation Initial...



The Applied Technical Services Family of Companies’ asbestos testing lab analyzes asbestos-related materials. Asbestos Asbestos is a group of minerals containing long, separable fibers. Asbestos fibers are heat resistant and strong enough to be spun and woven, making them valuable to various industries. These fibers are in over 3,000 products, including brake pads, cement pipes, and roofing materials. Health Effects The International Agency for Research on Cancer (IARC), the U. S. Department of Health and Human Services (HHS), and the U. S. Environmental Protection Agency (EPA) classify asbestos as a carcinogen, or a substance that causes cancer. There is significant evidence that asbestos can cause mesothelioma (a relatively rare type of cancer) and cancer of the ovaries, larynx, and lungs. Inhaling asbestos fibers for prolonged periods causes other adverse health effects, such as: Pleuritis Pleural Plaques COPD Asbestosis Pleural Effusions Diffuse Pleural Thickening The Importance of Asbestos Testing Asbestos is in materials of older buildings, such as asbestos shingles, floor tiles, furnace and pipe insulation, millboards, textured paints, and other coating materials. Disturbing asbestos materials through deconstruction or reconstruction can produce elevated levels of airborne asbestos. The improper removal of these materials releases asbestos fibers into buildings, which increases asbestos concentrations and endangers occupants. ATS' Asbestos Testing Services ATS inspectors examine the area containing asbestos to conduct a visual test. We perform bulk sample testing by removing small pieces of material and returning them to our lab for further testing and analysis. ATS’ Asbestos Testing Lab ATS' asbestos testing lab...



Engineering Services Mechanical Engineering: ATS engineers provide complete engineering support in all areas of general engineering from complex problem solving, product/process improvement, design evaluation, machine/system analysis, custom machinery design and project management. Our engineers are experienced, hands-on field professionals that you can count on. When it comes to design and implementation for small operators or mill-wide mechanical integrity programs, ATS is second to none. We begin by determining your specific needs, and then customize your plan to fulfill all your requirements. ATS uses both commercially available (Nastran, Autodesk Simulation Mechanical and CFD, LS-Dyna, Solidworks Simulation, COMPRESS) and in-house custom developed software to assist in evaluating vessels, piping and storage tanks. Our calculations are not generic or wholesale but instead are specific to every code and standard nuance whether API, STI, ASME, NBIC or even industry published guidelines such as TAPPI and NACE. Related Links: API Inspections | Mechanical Integrity | First Article | FEA Materials Engineering: Our in-depth expertise with corrosion and materials engineering coupled with our extensive industry background allows us to develop process specific inspection plans so that the right inspection is performed from the start. We have the capability to perform cradle-to-grave engineering designs as well as innovative Fitness-For-Service techniques using the recommended practices from API RP 579. The role of the corrosion/materials engineers is crucial since they are typically part of a multi-disciplinary team being responsible for identifying the cause of damage. They also select the material properties used in the assessment, determine remaining life (including...



Falls cause the bulk of workplace injuries and fatalities. Regulatory bodies that administrate workers' safety rules — notably, OSHA — require that property owners implement fall protection measures appropriate to their structures' design and elevation. Non-compliance can mean hefty fines, of course, but not following OSHA's fall protection best practices can endanger workers and expose property owners to liability in case of injury or death. Applied Technical Services' Engineering division performs fall protection consulting to keep workers safe when accessing elevated work areas, and property owners compliant with relevant safety standards. The fall protection consulting capabilities ATS offers include, but are not limited to, the following: Fall Protection Capabilities Services 3rd Party Quality Control Compliance Certification Conceptual System Design Create Plans of Service Design Consulting Detailed System Design Drafting Work Plans Project Commissioning / Oversight System Inspection System Installation System Load Testing Turn-Key Design/Build Projects Standards ASME A120. 1 ASME B30. 11 ASSE Z359. 1 ASTM E2505 IWCA I-14. 1 MH 27. 1 MH 27. 2 OSHA 1910. 27 OSHA 1910. 66 OSHA 1910. 179 OSHA 1926 Subpart M OSHA 1966 Appendix C Structures Commercial Buildings Industrial Structures / Equipment Mixed-Use Buildings Residential Buildings Systems Davit Systems Guard Rail Systems Monorail / Track / Trolley Systems Platforms Roof Anchor Systems Roof Cars Roof Tie Off / Tie Back Anchor Systems



ATS conducts fall protection equipment inspections according to various standard fall protection inspection requirements. Employee safety is important in every workplace, but elevated work sites add a heightened sense of urgency to the matter. OSHA, the Occupational Safety and Health Administration, requires fall protection systems for working environments higher than four feet above the ground. Fall protection systems must be properly maintained to provide a sufficient level of safety continually and reliably. Our Inspection Capabilities Applied Technical Services can provide inspections and certifications for many types of fall protection systems and components, such as: Roof anchors (welded, through-bolt, bolt-around, adhesive, and cast-in-place) Personal fall arrest systems Horizontal lifelines Vertical lifelines Ladders Most equipment must undergo inspections at least once a year, depending on the applicable standard or code. Our professional engineers inspect equipment according to numerous standards, including OSHA, , ANSI, IWCA, ASME, Cal/OSHA (for the state of California) and NYSDOL (for the state of New York). Different standards have varied but equally strict guidelines for maintaining fall protection equipment. We also offer other types of fall protection equipment services , such as: Visual Inspections Personal Fall Arrest Equipment Inspections NDT (Nondestructive Testing) Inspections Structural Inspections Operational Inspections Mechanical Inspections Load Testing & Certification We check each system and component thoroughly for defects such as cracking, corrosion, mechanical damage, and other potential flaws that could cause a safety risk. Our experts recommend appropriate repair and maintenance actions based on their inspection findings. ATS can also establish a regular inspection schedule,...



With over fifty years of real-world expertise and technical knowledge, Applied Technical Services is the premier provider of all OSHA and ANSI-mandated fall protection recertification services. Our team of licensed Professional Engineers has the skills and resources to ensure that your fall protection systems provide the highest level of safety to your work-at-height personnel. ATS engineers hold multiple certifications and accreditations and are more than capable of handling all fall protection recertification needs in compliance with the following standards: OSHA 1910. 66 IWCA I-14. 1 MSME A120. 1 ANSI/ASSP Z359 Our Services The numerous standards governing fall protection certification are complex and vary across the different regulatory committees. ANSI requires all suspended maintenance fall protection systems to be recertified after any renovation operation occurs. Active fall protection systems must undergo recertification every five years per ANSI. ATS provides clients with documentation affirming that their fall protection systems uphold the highest level of personnel protection and notes compliance with all standards and regulations. The Applied Technical Services team of Professional Engineers offers a comprehensive list of fall protection recertification services to ensure the safety of our clients’ personnel and investments, including but not limited to: Load Testing Nondestructive Testing Inspections Visual Inspections Structural Inspections Operational Inspections Mechanical Inspections These testing and inspection services are tailored to your specific needs, allowing ATS to address the unique challenges your building or structure is facing to ensure your compliance with industry standards and regulations. With our comprehensive experience as a frontrunner in fall protection...



At Applied Technical Services, our licensed Professional Engineers are thoroughly experienced in davit systems recertification. ATS services the davit systems for a great many commercial real estate properties throughout the country. ATS experts are comprehensively versed in ASME, ANSI, IWCA, and OSHA standards and provide our clients with reliable inspection, design, engineering, and testing services. ATS’ ability to inspect, test, and install davits in a cost-effective manner is one of the many qualities that make our company a frontrunner in the industry. A davit is a structural fixture that serves as a primary anchor support for platforms suspended on buildings’ and industrial structures’ exterior. OSHA Section 1910. 66 requires that managers and owners of buildings, both new and existing, must receive OSHA certification after installing a davit system and must undergo davit systems recertification at a minimum of every ten years per ASME and IWCA. ATS utilizes advanced engineering and innovative technology to ensure compliance with industry standards, causing minimal disruption and downtime for our clients. Applied Technical Services’ expertise also extends to buildings and structures with unique or complicated characteristics. Our Professional Engineers utilize their comprehensive knowledge when designing or administering a plan for client fall arrest systems. These experts meet the davit systems recertification needs of our clients effectively and efficiently, without losing focus on safety or quality, while also keeping costs as low as possible. Industry Compliance We provide engineering services to ensure that our clients remain compliant with industry standards such as: OSHA 1910. 66 ASME...



Applied Technical Services provides roof anchor recertification and initial certification via roof anchor inspection and load testing by our team of licensed Professional Engineers and engineering consultants. Standard Compliance ATS engineers hold multiple certifications and accreditations and are more than capable of handling all roof anchor recertification and initial certification needs in compliance with the following standards: ANSI: American National Standards Institute ASME: American Society of Mechanical Engineers IWCA: International Window Cleaning Association OSHA: Occupational Safety and Health Administration IWCA I-14. 1-2001 and OSHA 1910. 27 Window Washing Standard requires roof anchor recertification once every 10 years and initial certification prior to use for buildings to stay up to code. Our Services ATS offers roof anchor recertification services to ensure equipment compliance and safety for equipment users. Our roof anchor services include but are not limited to: Roof Anchor System Design Roof Anchor Testing and Inspection Roof Anchor Annual Inspections Roof Anchor Installation Our knowledgeable staff at Applied Technical Services will help building owners understand industry regulations and standards for compliance of roof anchor systems. Inspections and Testing Applied Technical Services inspects the following roof anchor system types: Bolt-Around-Beam Roof Anchors Adhesive Roof Anchors Cast-in-place Roof Anchors Through-Bolt Roof Anchors Welded Roof Anchors Our highly trained roof anchor system experts provide inspections and testing to ensure industry standard compliance and safety by: Reviewing roof anchor system layout Inspecting for physical damage such as burrs, cracks, and deformation Examining potentially dangerous corrosion Checking fasteners for corrosion, damage, and tightness Checking welds...



OSHA Standards for Roof Anchors Applied Technical Services offers roof anchor inspections to help facility managers and building proprietors comply with safety regulations. The Occupational Safety and Health Administration (OSHA) sets requirements for roof anchor inspection intervals to prevent accidents and ensure personnel safety. OSHA roof anchor requirements mandate that a qualified person carry out annual inspections to verify that continued wear on the anchors does not compromise their safe operation. Adhesive and expansion anchors also require load testing every five years per ASME A120. 1. ATS Roof Anchor Inspections ATS employs a team of licensed professional engineers, many having multiple certifications and accreditations, to perform roof anchor inspections. Our experts have substantial experience testing embedded roof anchors, through-bolt roof anchors, bolt-around-beam roof anchors, chemical adhesive roof anchors, and welded roof anchors. We aim to provide superior testing and inspection services and help building owners understand and meet compliance requirements. Our team works quickly and efficiently to verify equipment compliance. When conducting roof anchor inspections, ATS can provide: Review of roof anchor system layouts for compliance Check for physical damage like deformation, cracks, and burrs Examine excessive corrosion that could affect operation or strength Inspect fasteners for damage, tightness, and corrosion Examine any welds for issues such as cracks, corrosion, or other damage Load testing to required specifications Provide a rescue plan compliance overview We provide our inspection services to comply with OSHA standards, as well as IWCA, ASME, and ANSI standards. Our experts can make recommendations on necessary maintenance...



Fall Protection Systems and Inspection Requirements Applied Technical Services offers fall protection inspections, helping building owners and facility managers comply with safety regulations. While keeping employees safe is important in any workplace, elevated work sites bring a different level of urgency to this concern. The Occupational Safety and Health Administration (OSHA) requires that employers maintain a fall protection system in working environments of higher elevation greater than 4 feet from the ground. Roof tops, loading docks, facility bay areas, etc. fall under these requirements and are thus required to feature elements including personal fall arrest systems, roof anchors, horizontal lifelines, guard rails, or other active or passive fall protection systems, as deemed appropriate to their design by a Professional Engineer. Maintaining these elements takes regular inspection efforts to verify their condition and continued safety. ATS’ Professional Engineers perform annual visual inspections of fall protection systems and equipment to help clients achieve and maintain OSHA compliance. How We Help Clients Maintain OSHA Compliance OSHA certifications and inspections — OSHA requires initial inspections and certifications upon installation of a new system and then the equipment must be visually inspected once every subsequent year. ANSI/ASSE – Fall Protection Code also requires re-certification once every five years. Our team of knowledgeable Professional Engineers and field personnel regularly performs OSHA inspections on client fall protection systems, bringing cumulative decades of relevant experience to verify compliance quickly and efficiently. These experts go over the entirety of the client’s system and assess them for any corrosion, damage...



Accident Prevention Through Inspection ATS offers 10-year fall protection inspection services to keep client equipment safety-compliant. Exterior commercial building inspections necessitate elevated work. OSHA safety regulations require that this type of work-at-heights utilizes a fall protection system. A fall protection plan should address a variety of elements, from ledge railings to roof anchors, assessing each for different factors that might incite a workplace fall. These elements must undergo periodic evaluation to ensure that corrosion or wear from service did not cause damage that would hamper their ability to prevent accidents or injuries. To keep their fall protection systems in compliance with government requirements, clients depend on consulting engineering providers like ATS to conduct 10-year fall protection inspections. We inspect several kinds of fall protection systems, including: Monorail-based systems Horizontal lifelines Davit systems Active fall protection systems Anchor points Guardrail systems Experts in Fall Protection Inspection OSHA standards specify proper inspection intervals and methods to ensure operator safety. OSHA dictates that a qualified person must inspect anchors for rope descent systems at least every ten years. Our licensed ATS Professional Engineers oversee inspection efforts, load testing the anchors to determine whether they can support 5,000 pounds as required of them. Our engineers will inspect for any potential issues that need attention. They report any necessary repair or maintenance actions to comply with relevant standards, including OSHA, ANSI, ASME, IWCA, and NYSDOL. We offer several types of fall protection equipment inspections and other services, including: System Certifications NDT Inspections Project oversight Manual...



Regular Inspections Prevent Accidents Applied Technical Services performs 5-year fall protection certifications to ensure client equipment remains effective and safety-compliant. Exterior commercial building maintenance and inspection require façade access, which constitutes elevated work area that requires a fall protection system to comply with the Occupational Safety and Health Association’s (OSHA’s) safety regulations. A comprehensive fall protection plan often involves a variety of elements ranging from roof anchors to ledge railings, each working to address different factors that could contribute to a workplace fall. Like any other safety measure, these elements require periodic assessment to ensure they have not sustained damage from corrosion or service-related wear that would hinder them from preventing an accident or injury. To ensure their fall protection system meets government requirements, clients turn to consulting engineering services like ATS to perform their 5-year fall protection inspections. Our Fall Protection Certification Expertise OSHA and ANSI standards outline the correct inspection intervals and procedures to ensure the safety of employees and operators. Many manufacturers of elements such as anchor points or BMU track systems outline inspection requirements at five-year intervals to assess potential issues. Our team of licensed Professional Engineers oversees the inspection efforts, keeping an eye out for any indications that require attention. Their reports outline any repair or maintenance actions required to achieve compliance with relevant OSHA and ANSI standards. We offer a variety of other fall protection-related services, including: Turnkey, detailed, or conceptual system designs Safety procedure plans Project oversight and commissioning Fall protection system installation...



Fall Protection Systems and Inspection Requirements Applied Technical Services offers fall protection inspections to OSHA standards, helping building owners and managers comply with safety regulations. While keeping employees safe is important in any workplace, elevated work sites bring a different level of urgency to this concern. The Occupational Safety and Health Administration (OSHA) requires that employers maintain a fall protection system in working environments of higher elevation than 4 feet from the ground. Buildings fall under these requirements and are thus required to feature elements including personal fall arrest systems, roof anchors, horizontal lifelines, guard rails, davit systems, self-powered platforms, BMUs, monorails, and trolleys, as deemed appropriate to their design by a Professional Engineer. Maintaining these elements takes regular inspection efforts to verify their condition and continued safety. ATS’ Professional Engineers perform these types of fall protection inspections to help clients achieve and maintain OSHA compliance. How We Help Clients Maintain OSHA Compliance OSHA inspections — required upon installation and then once every subsequent year or once every subsequent ten years, depending on the elements used in the system — keep fall protection systems safe for operation. Our team of Professional Engineers regularly performs OSHA-compliant inspections on client fall protection systems, bringing cumulative decades of relevant experience to verify compliance quickly and efficiently. These experts go over the entirety of the client’s systems and assess them for any corrosion or damage present. They outline any necessary maintenance or repair actions in their report upon completion. The ATS commercial services division...



The Importance of an Effective Fall Protection Program Applied Technical Services helps clients design, implement, and maintain a comprehensive fall protection program. Installed on buildings to make working at heights safe, fall protection systems prevent workplace injuries and fatalities caused by falling from elevated work environments. Workers are attached to a series of anchor points and cables via a lanyard and harness. The configuration of these systems often incorporates aspects of two different categories of fall protection: Fall Restraint: minimizing or eliminating the possibility of a fall before it can happen, often achieved through either an exterior parapet wall along rooftops or restricting the worker’s movement towards the edge through a fall restraint system (e. g. , horizontal lifelines or guardrail) Fall Arrest: catching the worker after a fall has occurred to prevent injury A fall protection system may be installed in a variety of locations beyond commercial buildings, such as bridges, railyards, container ports, industrial plants, and other elevated work environments that may require a fall protection program to protect workers from danger, as specified by OSHA and ANSI/ASSE. ATS provides a range of services to help clients comply with these safety regulations. Our Services and How They Can Help Our commercial services division assists clients through every stage of implementing and maintaining an effective fall protection program. Our group of licensed Professional Engineers (PEs) designs fall protection systems for new constructions and can retrofit fall protection systems for structures without them. They carefully consider the workspace's needs and...



Importance of Fall Protection Measures Applied Technical Services helps owners and managers of commercial real estate buildings and industrial facilities by employing horizontal lifeline fall protection systems to ensure the safety of elevated access workers. Workers performing repair and maintenance duties in fall risk areas account for the majority of workplace fall injuries and deaths in the United States. Because of the danger involved, intense regulations and industry standards set requirements for fall protection systems to prevent these accidents from happening. Facility owners and managers reach out to experienced consulting engineering providers like ATS to help them ensure their fall protection system’s safety and regulatory compliance. Types of Horizontal Lifeline Fall Protection Systems Horizontal lifelines, a component of a larger fall protection system, keep elevated access workers safe by tethering them to a cable line secured to a stable structure using anchor points. These anchors are permanent installations and can be configured in a variety of ways based on the surface they allow workers to access. The following represent the most common: Roof Lifelines Anchors mounted to the roof of a facility with low or no parapet walls Used to ensure safety when inspecting or performing maintenance actions on the roof near unprotected edges of a commercial or industrial property Can be designed as fall restraint (prevents falls from happening) or fall arrest (provides safety to personnel if a fall takes place) L- and T-Style Columns Anchors mounted from overhangs on rows of free-standing columns (thus its nickname, gallows-style columns)...



Applied Technical Services performs inspections on client BMU systems to ensure they continue to operate safely and in compliance with applicable regulations. The higher the working environment, the more crucial it is that effective measures protect the workers scaling façades to clean windows, perform repairs, and complete other facets of a facility’s exterior maintenance requirements. Our commercial services division provides their cumulative decades of consulting engineering expertise to help clients remain compliant with worker safety regulations. As one of the most advanced types of façade access systems, Building Maintenance Units (BMUs) are required by the ASME 120. 1-2021 industry standard on buildings taller than 490. People may also refer to a BMU as a Roof Rig, Window Washing Rig, Roof Car, or Roof Carriage, but they all refer to the same category of façade access system. These systems commonly consist of a few major components, including a suspended scaffold which carries the at-heights worker and controls their elevation by raising and lowering them; a remote-controlled carriage that moves the suspended scaffold along the surface of the building façade; and a roof-mounted track system along which the carriage travels. This complex system of machinery enables workers to access the entirety of a building’s façade but requires maintenance and regular inspection to ensure its continued safe use. ATS’ commercial services division helps clients verify the condition of their equipment and identify any necessary steps to keep it running smoothly. How ATS Commercial Services Can Help ATS’ commercial services group performs a variety...



Applied Technical Services offers the expertise of our consulting engineering team to ensure the safety and compliance of client window washing systems. These structures can vary from the complex, in the case of BMUs, or relatively simple, in the case of roof anchors; one thing they have in common is the overwhelming need for the systems to allow users to safely navigate the façade of a building while suspended many stories above the ground. Ensuring the safety and effectiveness of a window washing system requires a thorough inspection and certification process performed by a licensed Professional Engineer with experience in window washing systems. ATS offers a comprehensive array of services relevant to ensuring the continued safe operation of a client’s window washing system. Types of Window Washing Systems Commercial buildings will have different window washing system requirements based on their size, shape, and height. Depending on the façade access needs, the system(s) will have different regulatory requirements that determine their design and upkeep. To ensure the safety of the equipment’s users and the regulatory compliance of their buildings, ATS performs a range of services relevant to the type of window washing systems listed below: Roof Anchorage Systems Components include anchors for rope descent systems, tie-downs for outriggers, and lifelines for davit systems Structural components can be utilized as roof anchorage points if tested and certified by a registered professional engineer Examples include Steel Beams, Screen Wall Columns, and Concrete Columns ATS can design and install these systems for buildings that...



Applied Technical Services is a leading resource for businesses that need fall protection consultants. Commercial and industrial developers of mid- to high-rise structures often partner with our fall protection consultants to design and implement safe and efficient suspended access systems. Our licensed Professional Engineers (P. E. ) can help you follow the most up-to-date industry standards, including OSHA, ANSI, ASME, IWCA, CAL OSHA, and NYSDOL. Façade Access Systems Roof Anchors Davits Monorails Platforms Roof Cars With decades in the industry, we have established an excellent reputation with building owners, developers, property managers, architects, general contractors, and manufacturing plant operators. Our services include design, development, safety analysis, installations, retrofits, and inspections for new and existing properties. Our experts offer technical insights on a wide variety of systems that best fit your needs and objectives. Site Surveys and Safety Analysis When it comes to employee safety, being proactive is the right strategy for companies that want to protect their personnel, avoid costly accidents, and mitigate liabilities. Our site surveys identify high-risk areas that could potentially put your employees’ health in jeopardy. Common findings may include trip hazards, slick surfaces, unprotected skylights, leading edges, floor openings, lighting issues, inadequate personal protective equipment (PPE), and potential falling objects. Our surveys and analysis often offer recommended safety solutions and action plans. A Complete Safety Analysis and Survey Work Area Evaluations — Roof Area, Rafters, Ladders, Scaffolds, etc. Identification of Fall, Trip, and Safety Hazards In-Service Equipment Evaluations Proper Use of PPE Review Current Safety Plan...



ATS Engineering Serves Property Owners by Ensuring That Their Fall Protection Systems are Compliant At Applied Technical Services, our Fall Protection Services Division is second to none and has proudly risen to the position of being one of the most recognized and trusted names in commercial real estate over the last several decades. Our licensed and accredited Professional Engineers (P. E. ), many of whom hold multiple certifications, are more than capable of certifying the compliance of your equipment to guarantee you're creating the safest possible working environment for your work-at-heights employees and contractors. ATS is proud to be at the forefront creating a situation where your business can reduce risk and costs at the same time. Our technicians are highly experienced in terms of the following standards: OSHA ASME ANSI IWCA In addition, our technicians' expertise include other types of industry and regulatory requirements, allowing us to bring you safety, compliance and peace of mind. ATS Engineering's Fall Protection Services Commonly Requested Services 3rd Party Quality Control Compliance Certification Conceptual System Design Create Plans of Service Design Consulting Detailed System Design Drafting Work Plans Project Commissioning / Oversight System Inspection System Installation System Load Testing Turn-Key Design/Build Projects Inspection Standards ASME A120. 1 ASME B30. 11 ASSE Z359. 1 ASTM E2505 IWCA I-14. 1 MH 27. 1 MH 27. 2 OSHA 1910. 27 OSHA 1910. 66 OSHA 1910. 179 OSHA 1926 Subpart M OSHA 1966 Appendix C Structures Serviced Commercial Buildings Industrial Structures / Equipment Mixed-Use Buildings Residential Buildings...



ATS is an industry leader among fall protection companies. At Applied Technical Services, we understand just how important safety is to not only you and your business, but to your work-at-heights employees and contractors. This is why we've dutifully positioned ourselves as leaders in fall protection, offering both the technical knowledge and the first-hand experience required to perform all OSHA and ANSI-mandated inspections. Our goal is to guarantee peak performance and maximum safety from your fall protection systems at all times. Our ATS representatives, many of whom hold multiple certifications including Licensed Professional Engineers, are capable of performing and documenting all inspections to help guarantee that all appropriate safety standards have been tested and accounted for. Our Fall Protection Consulting and Engineering Capabilities Buildings Serviced Commercial Buildings Industrial Structures / Equipment Mixed-Use Buildings Residential Buildings Fall Protection Systems Serviced Davit Systems Guard Rail Systems Monorail / Track / Trolley Systems Platforms Roof Anchor Systems Roof Cars Roof Tie Off / Tie Back Anchor Systems Regularly Requested Services 3rd Party Quality Control Compliance Certification Conceptual System Design Create Plans of Service Design Consulting Detailed System Design Drafting Work Plans Project Commissioning / Oversight System Inspection System Installation System Load Testing Turn-Key Design/Build Projects Relevant Standards ASME A120. 1 ASME B30. 11 ASSE Z359. 1 ASTM E2505 IWCA I-14. 1 MH 27. 1 MH 27. 2 OSHA 1910. 27 OSHA 1910. 66 OSHA 1910. 179 OSHA 1926 Subpart M OSHA 1966 Appendix C



Applied Technical Services, established in 1967 is a leading consulting engineering company with comprehensive testing, inspection and design capabilities serving the most recognizable names in commercial real estate. Our licensed Professional Engineers (P. E. ) are thoroughly qualified in roof anchor systems and experienced in OSHA, ANSI, ASME and IWCA compliance issues. This enables our clients to focus on other critical operational issues. Our ability to design, inspect, install and test roof anchors with an efficient and cost-effective approach positions ATS above our competition. Roof and Tie Back Anchors Roof anchors are primarily used for window washing platforms, suspended scaffolding, and fall protection equipment. Roof anchor systems can endure operational loads with rope descent systems in use greater than 1,000 lbs. and potential loads exceeding 1,000 lbs. by way of a fall arrest incident. ATS has an excellent safety record and a strict quality assurance program which translates into a quality product delivered to the client. ATS applies the latest technology and engineering methods as well as focusing on the use of roof anchors which provides our clients with practical solutions. Since every commercial building is different, ATS applies several factors in designing roof anchor systems for either new or existing structures. Our roof anchor installations begin with thorough building investigation and layout for proper placement meeting and/or exceeding applicable codes and standards. ATS’ preparation ensures maximizing the most practical plan of action resulting in roof anchors conveniently located for building maintenance crews to perform their high-risk duties in a...



The fall protection division at ATS serves the most recognizable names in commercial real estate. How ATS Helps At Applied Technical Services, LLC, we understand that no two commercial buildings are created equally. Unique environments represent unique challenges, which is why we apply several different factors when it comes to designing tie back anchor systems for both new and existing structures. Our roof anchor installation process begins with an incredibly thorough investigation of your building where we consider factors like layout for proper placement meeting, exceeding applicable codes and standards. This deeper level of preparation allows us to not only maximize the most practical tie back anchors design for your roof fall protection system, but also enables us to let your building maintenance crews perform their high-risk duties in the safest possible situation at all times. ATS offers a number of different design options and plans for you to choose from that allow us to better address the unique objectives of your business: Turnkey Systems and Installations Turnkey Design and Installation allows us to provide you a comprehensive, end-to-end solution where we handle everything including consultation, engineering, design, and installation for your systems Engineering and Architectural Services Engineering and Architectural Services allow us to handle all aspects of the design process, giving us a chance to provide you with all of the drawings, documentation and technical considerations you need to either refurbish your existing systems or build a brand new one. Exceeding Fall Protection Needs The fall protection services offered...



At Applied Technical Services, all roof anchor inspections are reviewed by Licensed Professional Engineers, many of whom hold multiple accreditations and certifications. We're more than capable of handling any and all needs you may have, particularly those mandated by standards like OSHA and ANSI. OSHA 1910. 27 and IWCA 1-14. 1-2001 Window Washing Standard require that a building owner have roof anchor inspections and certifications performed on an annual basis. At ATS, all of our roof anchor inspection services are designed with compliance in mind for the following standards: IWCA OSHA ASME ANSI Service Details At Applied Technical Services, our comprehensive list of roof anchor services include design, inspection, installation, and testing of roof anchors to help you create the safest possible working environment at all times. Just a few of our roof anchor inspection services, for example, include but are not limited to the following: To help prevent accidents To protect personnel To protect the investment In addition, knowledgeable ATS personnel can help building owners understand compliance requirements. Roof Anchor Installations Expertise: We'll review the current layout of your roof anchor systems for compliance We'll provide an overview of rescue plan compliance We'll look for physical damage like cracks, burrs, and deformation We'll examine excessive corrosion that would affect strength or operation We'll examine fasteners for tightness, corrosion, and damage We'll examine welds to check for issues like corrosion, cracks, or other damage We'll perform load testing to required specifications The ATS team is capable of inspecting the following...



Permanent Roof Anchor Installation, Planning, Designing and Testing Applied Technical Services develops roof anchor designs and performs high quality installations to clients in a wide range of industries all over the world. Our staff of passionate and dedicated Professional Engineers (P. E. ) develop roof anchor designs that meet a large number of conformance standards including: OSHA NYSDOL ANSI CAL OSHA IWCA ASME Above all else, we continually strive to deliver superior quality, state-of-the-art roof anchor systems to all of our clients at the highest possible value, giving them the benefit of having a practical solution they know they can trust. Designing Plans At ATS, our design and planning process for permanent roof anchor installation is incredibly thorough, allowing us to design a custom solution to meet the unique challenges that your business faces. All of our products are manufactured in the United States to the highest quality standards, and we offer inspections, testing and certifications of all new and existing systems. ATS Expert Services We provide engineering services for compliance so that you can be confident that you minimize risk. Our engineers are experienced, hands-on field professionals who you can count on. Just a few of the steps that we'll take to help guarantee a satisfactory outcome for our clients include: A Comprehensive Site Inspeciton A Detailed Structural Review Roof Safety Analysis Safety System Conception Layout Engineered Design Proposal ATS Quality The high quality permanent roof anchor installation services provided by ATS enable the suspension of all platforms and...



Applied Technical Services is incredibly proud to be an industry leader in all OSHA tie off inspections and related services. As with most governing bodies, OSHA has some very specific requirements regarding how, where, and when tie off systems and other safety measures must be used to help create a safe working environment for work at heights employees and contractors at all times. Workers must also be trained in the selection and use of tie off systems and these measures must be documented to help your organization maintain compliance moving forward. Regular Inspections Regulatory authorities also require that anchors be inspected annually, by not only a qualified person but with the inspection date, the inspector's name, his or her signature and any other relevant comments be recorded in the building facade maintenance equipment log book. Recertification OSHA also requires that any re-certification services to be performed under the direct supervision of a registered professional engineer. Our Services At Applied Technical Services, we offer a wide range of inspection services to help all of your building maintenance systems and facade access systems while staying compliant with OSHA and all other applicable standards. These include but are not limited to: Startup or Commissioning Inspections of self-powered platforms and BMUs 30-day Inspections of self-powered platforms, BMUS, and similar systems Annual Inspections of mission-critical pieces of equipment like tieback anchors, BMUs, monorail systems, self-powered platforms, trolleys, and davit systems Contact Us If your business is looking for more information about OSHA tie off requirements,...



At Applied Technical Services, our team of highly trained engineers and technicians (many of whom hold multiple certifications) are committed to providing the highest quality OSHA fall protection certification services to our customers. We take workplace safety incredibly seriously, which is why we offer both certification services designed to help you maintain OSHA compliance, as well as educational services to help keep you up-to-date on all current safety regulations and standards regarding fall protection. OSHA and Fall Protection The Occupational Safety & Health Administration (OSHA) takes workplace safety very seriously – particularly in naturally dangerous environments like the commercial real estate industry and façade access. OSHA understands that falls are rarely the result of something as simple as “user error” - they are often unfortunate but deeply complicated events that involve factors both in your control and beyond it. OSHA doesn't just require that fall protection systems be in place for given situations – there are also specific rules governing how those systems must be used. For example, workers must always be trained on the selection, use and maintenance of these systems. Likewise, they must be supervised while the systems are in use, and safe work procedures must be employed at all times. Fall Protection Certification Services ATS’ fall protection services are designed to address many of the most commonly referenced OSHA safety standard requirements for working environments just like yours. These include: A protection of floor openings, which is a standard that requires all openings in a floor to...



Before a commercial building owner can put their rope descent system into service, OSHA 1910. 27 certification states the responsible party must have their roof anchors tested and properly certified. Over the last 50 years ATS has earned an excellent reputation amongst property owners for their Fall Protection Services. Our experienced Licensed Professional Engineers design, test, certify and inspect systems that meet OSHA, ANSI, ASME, IWCA, CAL OSHA and NYSDOL Standards. Our goal is to help your organization prevent accidents and to protect personnel. OSHA 1910. 27 Certification Process Anchors must be load tested and certified that they can support 5,000lbs A Licensed Professional Engineer must complete the certification process Initial commissioning needs to take place with recertification every 10 years The inspection and compliance requirements must be documented by Nov 20, 2017 ATS expertise can help you protect your investment by providing the following services: Inspection & Load Testing Compliance Certification Roof Anchor Installations Conceptual Design Detailed Design Turnkey Design Project Oversight and Commissioning Work Plans



As a leading engineering firm, ATS has earned an excellent reputation while serving clients nationally and internationally in commercial real estate and industrial industries. Our fall protection and suspended access expertise includes monorail, track, and trolley compliance services. Our Services ATS offers monorail system designs, installations, testing, inspections and certifications. ATS is superior at these services utilizing our in-house SPRAT (Society of Professional Rope Access Technicians) Level III certified rope access specialists and technicians, who provide an unparalleled level of service and safety. Rope access is an established at-height method of access that is extremely safe, and allows for time and cost-efficient solutions where other options may be more costly and cause facility or building interruptions. Monorail systems may be a practical solution for building structures that have one or more of the following: Recessed Façade Overhanging Façade Sloped Roofs Interior and Exterior Atriums Industrial Plants Industrial Warehouses Industrial Factories Difficult Access Monorail, Track, and Trolley Certifications and Inspections Compliance Certification Inspection and Load Testing Project Management and Commissioning Plans of Service Turnkey Design / Build Projects Design Consulting & 3rd Party Quality Control Custom Solutions to Unique Work-at-Heights Challenges Knowledge and Expertise on Recessed Façades With our staff of experienced licensed Professional Engineers (P. E. ), we design and inspect personnel travel and equipment travel monorail systems that meet OSHA, ANSI, ASME, IWCA, CAL OSHA and NYSDOL codes and standards. ATS also provides detailed inspection and certification reports. Personnel Travel Standards and Regulations OSHA 1910. 26 Subpart M OSHA...



Applied Technical Services has both the technical knowledge and real-world expertise required to perform all ANSI and OSHA-mandated inspections, guaranteeing that your fall protection systems offer maximum safety to your work at heights users and maintain compliance at all times. ATS representatives, many of whom have multiple certifications, perform and thoroughly document all inspections to help verify that all applicable safety standards have been accounted for. Fall Protection Common Applications Qualified ATS representatives perform a variety of different applications on your fall protection equipment during inspections, including but not limited to: NDT (Nondestructive Testing) Inspections Structural Inspections Load Testing Visual Inspections Manual Inspections Mechanical Inspections Operational Inspections These inspection solutions are designed to help address the unique safety challenges that your organization faces, all the while allowing you to remain compliant with standards and regulations at the same time. Inspection Standards Different standards all have strict but varying requirements when it comes to how fall protection inspections are ideally conducted. ANSI standards, for example, require that all suspended maintenance fall protection systems used in applications like window washing must be re-certified by registered professional engineer either before renovation or re-roofing, or at least every 10 years. For active fall protection systems (like those with rooftop anchor points), re-certification must be completed at least every five years. The inspection and re-certification services offered by Applied Technical Services provide you documented assurance by a highly trained, qualified engineer that your fall protection system not only provides the highest level of protection for...



Applied Technical Services, LLC, established in 1967 is a leading consulting engineering firm with a wide range of testing, inspection and design capabilities serving the most recognizable names in the commercial real estate industry. In addition to providing friendly service, ATS is committed to safety and quality assurance by holding multiple accreditations and certifications. ATS proudly acts as a trusted provider of inspection and certification services for fall protection systems used in commercial real estate and industrial structures. Commercial Real Estate and Façade access can be a naturally dangerous place to work, and falls are the leading cause of both death and injury in such environments in the United States. Fall protection certification helps you both maintain compliance with all applicable safety standards and create the safest possible working conditions for your employees. Consulting Engineering Department At ATS, our Consulting Engineering Department is staffed by highly qualified inspectors who hold Professional Engineering certifications. Additionally, many of them hold additional qualifications including: Mechanical Engineering Degrees Chemical Engineering Degrees Civil Engineering Degrees Materials Engineering Degrees ASNT-Certified NDT (Nondestructive Testing) Inspectors in Multiple Methods AWS Certified Welding Inspectors Our highly trained team of engineers and technicians are well aware of all guidelines, procedures and documentation required for certification and are prepared to help you guarantee that your fall protection equipment is compliant with all applicable safety standards. Under ANSI standards, for example, suspended maintenance fall protection systems must be re-certified at least once every 10 years, or before re-roofing or renovation takes place....



Mid to high-rise developers often partner with ATS’ Facade Access Consultants to ensure that suspended access and fall protection systems will be strategically placed and compliant with OSHA regulations and industry standards. With 30 years of experience in the industry, we have become experts in design, development, installations, retrofits and inspections for new and existing properties. Complete List of Services Compliance Certification Inspection & Load Testing Fall Protection Systems Installation Project Oversight and Commissioning Work Plans Turnkey Design / Build Projects Conceptual Design Detailed Design Design and Drawings Our licensed Professional Engineers (P. E. ) design systems that allow building maintenance projects to be performed safely and efficiently. Our consulting efforts with our clientele include architectural and structural drawing reviews, technical insights to consider when building a new property or retrofitting an old system, as well as stamped documentation of equipment design and assembly of bid packages. As specialists in suspended access and fall protection, we offer a wide range of solutions, including turn-key systems and customized designs for unique architecture. Our experts remain knowledgeable with the most up-to-date industry standards, among them OSHA, ANSI, ASME, IWCA, CAL OSHA and NYSDOL. Who We Help Our services support a variety of industries. ATS's clientele includes the following: Building Owners Developers Property Managers Architects General Contractors Facility Managers Manufacturing Plants Projects Include All Types of Structures Commercial Industrial Mixed-Use Multiple Family Installations, Certifications, and Required Inspections When you choose ATS to assist with the consulting and design of suspended access and fall...



Since our company’s founding over 50 years ago, Applied Technical Services has been a leader in the consulting engineering and testing fields delivering a blend of professional credentials, skills and exceptional customer service for our clients. Davit Systems Inspections Expertise: Project Oversight and Commissioning Compliance Certification Davit Systems Installation Inspection & Load Testing Turnkey Design / Build Projects Detailed Design Conceptual Design Work Plans About Our Services At ATS, we specialize in davit systems for numerous commercial building real estate properties throughout the United States, providing extensive testing, inspection, engineering and design capabilities for our clients. Our licensed Professional Engineers (P. E. ) are comprehensively experienced in davit systems and thoroughly knowledgeable with OSHA, ANSI, ASME and IWCA standards offering our clients turn-key design and build project expertise. ATS’ ability to inspect, install or test davits in a cost effective and productive manner places our company as a forerunner in the industry. Davits are primarily used with platforms for exterior façade maintenance as a rigging system for suspended scaffolding such as window washing, waterproofing, and metal finishing. ATS implements advanced engineering and technology to achieve compliant designs and installations with minimal tenant disruption. Our capabilities include proficiency in new or existing construction or structures with the advantage of extensive experience, an excellent track record and knowledgeable experts. Code Compliance and Safety Standards As with any engineering project, ATS conforms to meeting and/or exceeding applicable codes and regulations. Our preparation takes into account that every building project possesses unique challenges. Experience...



Applied Technical Services, established in 1967 is a leading consulting engineering company with comprehensive testing, inspection and design capabilities serving the most recognizable names in commercial real estate. Our licensed Professional Engineers (P. E. ) are thoroughly qualified in roof anchor systems and experienced in compliance issues such as: OSHA ANSI ASME IWCA This enables our clients to focus on other critical operational issues. Our ability to design, inspect, install and test roof anchors with an efficient and cost-effective approach positions ATS above our competition. About Roof Anchor Systems Roof anchors are primarily used for window washing platforms, suspended scaffolding and fall protection equipment. Roof anchor systems can endure operational loads with rope descent systems in use greater than 1,000 lbs. and potential loads exceeding 1000 lbs. by way of a fall arrest incident. Our Services ATS has an excellent safety record and a strict quality program which translates into a quality product delivered to the client. ATS applies the latest technology and engineering methods as well as focusing on the use of roof anchors which provides our clients with practical solutions. Custom Solutions Since every commercial building is different, ATS applies several factors in designing roof anchor systems for either new or existing structures. Our roof anchor installations begin with thorough building investigation and layout for proper placement meeting and/or exceeding applicable codes and standards. ATS’ preparation ensures maximizing the most practical plan of action resulting in roof anchors conveniently located for building maintenance crews to perform their high-risk...



For decades, Applied Technical Services has established itself as the authority in consulting engineering and testing services. Our fall protection division provides a vast array of engineering, inspection, and maintenance services for the commercial real estate and industrial structure industries. With our staff of experienced licensed Professional Engineers (P. E. ), we develop fall protection systems that meet OSHA, ANSI, ASME, IWCA, CAL OSHA, and NYSDOL conformance. At ATS, we strive to benefit our clients by delivering practical solutions with state-of-the-art fall protection systems. Roof Anchors Roof anchors enable the suspension of platforms and fall protection anchorages from the sides of buildings or structures. At ATS, we have the capability to work on any type of commercial building or industrial structure, from design to installation to the certification of roof anchor systems. We approach every project diligently, examining the best course of action to achieve practical solutions while meeting applicable standards and regulations. Our roof anchors are installed to achieve safety while maintaining the building design or industrial structure. Davits Davits are a rigging system that utilizes arms to suspend platforms and fall protection systems over the side of buildings or industrial structures. ATS follows the latest engineering and design techniques to develop installation processes central to davit use and building architecture. Our experts ensure all davit system installations are compliant with standards and codes, enabling assurance that every project is performed at the highest level of safety, quality, cost-effectiveness, and efficiency. Our preparation and qualifications in commercial property management...



ATS offers various methods of roofing fall protection. Roofing conditions present various dangers that increase the chances of a deadly slip, trip, or fall at a worksite. Common fall hazards on a roof include: Edges Holes Ledges Skylights Damaged roofing material Ineffective fall protection systems Sloping and slippery surfaces High winds, precipitation, and other weather conditions can exacerbate the dangers. ATS mitigates these fall hazards through employee training, site improvement, and the design and installation of fall protection systems. ATS has years of experience navigating regulations for construction and worker safety from organizations such as: OSHA IWCA IBC ANSI Fall Prevention Services A fall prevention system blocks access to a hazardous location. We can install a system of guardrails around the perimeter to physically stop people from falling over the edge. Falls do not just endanger the falling person; they also threaten people below with falling debris and equipment. Toe boards at the bottom of a guardrail can provide additional fall prevention for small objects. Fall Protection Systems ATS also designs and fabricates fall protection systems, which restrain workers from falling over an unprotected ledge. Unlike fall prevention systems, they do not stop a worker from accessing the hazardous area, only plunging to the next surface. Two major examples of fall protection systems are anchors and horizontal lifelines. We can help create a personal fall arrest system (PFAS), a type of fall protection system that provides the last chance to catch a falling person. In this system, a worker wears...



ATS works with clients to design and build reliable roof fall prevention systems for commercial buildings and industrial facilities. Fall prevention systems limit opportunities for falls, injuries, and liability costs. Some of the most common fall prevention measures include: Guardrail systems and toe boards Hole covers Personal Fall Arrest Systems (PFAS) Warning lines or marking systems Administrative controls Our Services Fall Hazard Evaluation Inadequate roof fall prevention systems dramatically increase the risk of injury and death. ATS understands the importance of roof safety and protection, which is why we offer dedicated services for mitigating roof hazards. ATS can inspect your site for fall hazards, such as unguarded ledges, skylights, and roof hatches. Construction equipment can also pose a trip and fall hazard if placed in frequented locations. We can help curb factors that contribute to workplace dangers and falls, such as: Lack of safety training and culture Improperly installed personal protective equipment Defective or deficient personal protective equipment Slippery surfaces Heavy slopes ATS also offers safety training so workers can evaluate the condition of safety equipment and identify fall hazards during future work. Fall Prevention A fall prevention system minimizes the risk of falls by blocking access to fall hazards. Our clients commonly request guardrail systems and warning lines. We can design, fabricate, and install a temporary or permanent guardrail system to suit the client’s needs and safety requirements. We can also install warning lines to alert personnel of nearby hazards. Proprietors in need of a fall prevention system may...



The Applied Technical Services Family of Companies (ATS FoC) provides lead paint surveys, certified consulting, and compliance services for organizations managing older buildings, especially during renovation, repair, or demolition projects where lead-containing materials may be present. Our lead-paint surveying processes help protect workers, occupants, and building owners from potential hazards associated with lead exposure. While lead-based paint is generally safe if undisturbed, renovation and repair work can release hazardous materials. Comprehensive lead paint assessments and regulatory guidance can help reduce exposure risks, prevent project delays, and maintain regulatory compliance. Lead Paint Consulting Backed by Technical Expertise Our consultants identify lead-containing materials, assess potential hazards, and develop management strategies aligned with individual project objectives and applicable regulations. During renovation and demolition activities, an ATS Resident Project Representative (RPR) can perform on-site observations, support documentation efforts, and help stakeholders maintain compliance. Our lead paint assessment services include, but are not limited to: Lead paint surveys and lead inspections Sampling, analytical support, and wipe sampling Air monitoring OSHA and EPA compliance guidance Renovation and demolition planning support Project oversight and documentation Contractor coordination assistance Employee training support ATS also assists clients in characterizing lead-containing waste and understanding disposal requirements through TCLP testing and analytical review. What is Included in a Lead Paint Survey? ATS lead paint surveys involve thorough inspection of all surfaces affected by renovation or demolition. Once lead paint is detected, our risk assessors determine its type, location, and severity. Building owners can then remove lead-based materials or implement maintenance plans...



ATS’ property condition assessment consultants can review a client’s property for damages, code compliance, and maintenance needs, then recommend repairs that fit the client’s budget. We offer full-service assessments, unit walks, and customized scope of service for multi-family residences, offices, retail buildings, warehouses, and industrial and institutional facilities. When to Get a Property Condition Assessment Property condition assessments help clients make smart financial decisions regarding property maintenance and repairs. For instance, real estate clients usually request a property condition assessment before purchasing or selling a property as part of due diligence. Some of the other times a client may want a property condition assessment include: Before demolition Before developing a renovation plan Before annual capital planning ATS’ Property Condition Assessment Services ATS’ property condition assessment consultants are civil, structural, and mechanical engineers with years of experience surveying thousands of square feet of properties. Our engineers use their multi-disciplinary expertise to diagnose problems and foresee potential issues with a structure and its surroundings. ATS consultants can provide a close inspection of outdoor and architectural features, such as: Interior and exterior finishes Drainage Foundations Indoor Air Quality Pavements Roofs Our consultants also assess the condition and efficacy of the following systems: Electrical Fire protection and life safety systems Plumbing HVAC Mechanical conveyances Structural We may take samples of building materials for closer inspection or testing in one of our ISO/IEC 17025:2017-accredited labs. For instance, during an indoor air quality assessment, a contractor may take bulk samples to determine the presence of mold...



ATS provides lifesaving fall hazard training so workers can identify potential dangers and maintain fall protection and arrest systems. Fall hazards contribute to many preventable workplace deaths and injuries. Avoid tragedy and liability with a comprehensive training program so workers understand how to recognize and solve hazards on the worksite. Fall Hazard Training Workshops ATS’ competent personnel offer training workshops that cover fall hazard identification. Falls may occur from an unkept worksite, improper protection equipment, and the work environment itself. ATS teaches workers how to recognize the fall hazards prevalent in their worksites, such as: Roofs Scaffolds Skylights Wall openings Portable ladders and stairways Ramps, runways, and walkways Unprotected sides and edges We explain common types of fall protection systems, including passive fall arrest systems and personal fall arrest systems. We also instruct workers on how to use these fall protection systems. This includes how to correctly don protective equipment, such as a harness in a lifeline system. We train workers to examine their personal equipment for life-endangering frays, cuts, and deformities. Both employers and workers must follow a written procedure for discarding deficient and damaged equipment. Deficient anchorage equipment and attachment joints are incredibly dangerous. Critical injuries and death can result from attachment joint failure or the use of anchorage equipment that cannot handle the required loads. Learning to recognize hazards such as these is critical to maintaining a safe work environment. Fall Hazard Systems In addition to training, ATS offers fall hazard assessments from our experienced professionals. Our...



If you suspect damage to your building, a commercial structural engineer inspection can help identify the source and scope of the issue and instruct your next steps. A structural engineer inspects specific areas of the building to assess its structural soundness. Clients may hire a structural engineer for a commercial inspection in the following circumstances: Before or after selling the building Major storm damage or water infiltration Before renovations and additions Foundation or structural movement After the inspection, clients may use the engineer’s discoveries to make repair plans. A structural inspection may also expedite building refinancing or purchase. The Scope of the Inspection A structural engineer will usually limit their visual inspection to the roof or foundation unless the client requests a full structural investigation. The client may also point out other areas of concern for the structural engineer to incorporate into their investigation. Upon request, an ATS engineer can expand their study of the building to include internal and external walls, load-bearing beams, and architectural finishes. Settlement Inspection The engineer will look for signs of foundation settling and shifting. While buildings naturally settle with age, significant changes to the floors, walls, and roof can indicate structural defects or foundation issues. The foundation may shift when its materials, such as a concrete slab or bricks, shrink and expand in response to aging, changes in temperature, and exposure to moisture. Common signs of foundation shifting include: Spongy, warped, cracked, or sloping floors Cracks in the walls and over doorways Cracked or...



Applied Technical Services can design, install, and evaluate a lightning protection system for a building with a professional touch. Lightning can cause injuries through direct strikes, side flashes, ground currents, streamers, or conducting through nearby objects. When lightning strikes a building, it may start a fire that endangers the building’s occupants and materials. Lightning can also disrupt data system availability, electricity, and appliance performance. Meanwhile, a lightning protection system intercepts the powerful electric current from a lightning bolt and directs it to a terminal in the ground. The system consists of intricately connected parts that operate in unison. These parts include: Air terminals Conductors Grounding electrodes Cables Fasteners and clamps Strike termination devices ATS can design and install a new lightning protection system, then perform regular inspections to maintain the safety of your commercial or residential property. Lightning Protection System Design & Installation An effective lightning protection system can mean the difference between life and death. However, these complex systems require professional design and installation. When designed concurrently with the building, a lightning protection system can flow with the overall aesthetic. Architects and structural engineers will plan around the conductive electrical and plumbing systems for added protection. We can also design a lightning protection system for an existing building. Our designs and installations will address the most vulnerable locations on the building. Lightning tends to strike objects higher than their surroundings, such as the tip of a skyscraper or a shaft house over a mine. Air terminals, such as a...



ATS provides lightning protection for building design and maintenance. The U. S. sees millions of lightning strikes each year, especially in the Southeast and mountainous regions. While the sight of lightning and the rumble of thunder sends people rushing for shelter, buildings and tall structures are more susceptible to lightning strikes. A lightning protection system can prevent



ATS delivers consulting structural engineering services to building owners, tenants, and developers for design-build projects. Efficient design-build projects decrease the length and cost of construction, simplify communication with the client, and streamline administrative services with a single contract. Facility Consulting Services Our consultants have experience with structural, civic, and mechanical engineering of commercial properties, such as industrial and retail facilities. ATS’ professional structural engineers will advise architects, technicians, and contractors on cost-effective solutions and design choices that meet current building codes and exceed customer expectations. Likewise, our consulting structural engineers work with general contractors to resolve costly design-build problems. For instance, our consultants know the durability and strength of materials needed to support the calculated stress loads and pressures on the structure. To test the properties of construction materials, consultants may use our ISO/IEC 17025:2017-accredited labs before deciding on materials. ATS engineers provide structural consulting services for tenant improvements and turnkey repairs to commercial properties. Additionally, our experts can consult with industrial facility and warehouse owners on floor slabs and exterior wall designs and materials. We can also inspect scaffolding and shoring during construction to ensure that contractors and builders follow safety regulations. Our engineers can design building expansions and supplemental foundations for commercial properties. For damaged buildings, ATS experts inspect a structure to determine the cause of structural failures, such as floor and roof overloading. Finally, our consultants will aid in repair design. About the ATS Family Founded in 1967, ATS provides consulting engineering, calibrations, testing, and inspection services...



Building envelope consultants from ATS can evaluate your commercial property for signs of damage, design your renovation procedures, and develop a maintenance plan to extend the life of your building. From the roof to the foundation, a strong building envelope protects your building from the weather, noise, and pollution. Over time, the building envelope becomes vulnerable to intrusions. For example, heavy rainfall can infiltrate your building envelope and cause thousands of dollars in damages. Hire an ATS consultant to identify problems before the damage becomes extensive and expensive. Building Envelope Inspection Methods When ATS provides a building envelope inspection, we send trained and experienced professionals for a multidisciplinary approach. During a building envelope consultation, our experts use numerous specialized tools to detect moisture and heat loss. Our main evaluation methods include: Visual inspection Infrared testing Conductance meter Dielectric meter What a Building Envelope Inspection Covers The Façade The building façade is the first thing customers notice when they visit your property. Direct sunlight, pollution, and rain can beat against the exterior walls of your building to discolor and distort the cladding. Not only is this unattractive to your potential clients and workers, but it can also signify deeper problems. Our building envelope consultants will evaluate the façade of your building for signs of damage or weakness, such as cracks, discoloration, and warping. We work with many types of cladding, including: Metal Glass Curtain wall Granite Pre-cast concrete panels The Roof Water is one of the greatest threats to a building’s...



If you need a building inspection company for a property assessment of your commercial building, look no further than ATS. During most building inspections, the building inspector assesses the property’s interior and exterior for damage and potential issues. This search includes building components, including walls and the foundation, along with the HVAC system, plumbing, and electrical systems. ATS takes a closer look. Our in-depth and nondestructive inspections can locate moisture, structural damage, and safety hazards. Along with the typical inspection process, we can also determine if your building is up to code and following zoning laws. Building Inspections with ATS When we receive an inspection request, we can send a response team consisting of licensed engineers with mechanical, structural, and civil engineering degrees. Our professional engineers are familiar with commercial properties such as: Offices Retail buildings Industrial sites Warehouses Institutional facilities Multi-family housing We also offer unit walk-throughs for smaller sites. Our Building Inspection Services Our inspectors typically provide a full-service property assessment of your location. At your request, we can customize our services to the following: Mechanical, electrical, plumbing, and HVAC systems Architectural finishes, foundations, and roofs Mechanical conveyances and structural systems Fire protection and life safety systems Indoor air quality ATS building inspectors understand that when it comes to safety, nothing is too small a risk. Even something as simple as poor indoor air quality can lead to occupant sickness and wood rot when undetected and untreated. We also consider your building from legal and regulatory standpoints. Our...



ATS offers structural engineering services provided by professional structural engineers. Structural engineering concentrates on the characteristics of building materials under pressure so engineers can design secure structures. Our qualified experts hold engineering degrees and have experience with buildings, bridges, and other structures. ATS’ full-service multidisciplinary approach to structural engineering allows us to exceed our clients’ expectations without compromising their budget or safety. Design and Construction Services We handle design-build projects for a cost-effective and streamlined construction process. Before construction begins, our engineers collaborate with architects to plan and design a sound structure that reflects all stakeholders’ needs. As more parties join the project, our engineers can mediate concerns between subcontractors and provide practical solutions. ATS’s engineers can create a structural engineering design for different types of projects, such as: Building expansions Supplemental foundations Soil and fluid-containing structures Renovations and repair Additionally, our experts can provide administrative services before and during construction. During the design phase, we also offer peer review. Consultation Services ATS’ structural engineering services extend beyond the initial design and construction phases. Our engineers can consult on projects with existing structures, too. ATS can send a structural engineer to analyze any damage to your facility and suggest a repair plan. There are services you may request to prevent disaster or failure. For instance, floor and roof load evaluations allow engineers to calculate the load your floor and roof can support without failure. During construction, our engineers can consult on scaffolding and shoring evaluations according to OSHA safety standards....



ATS offers a variety of services performed by our indoor air quality (IAQ) experts. We employ industry professionals, licensed engineers, and skilled technicians who can inspect commercial and industrial properties for common sources of indoor air quality complaints. Our experts have the training and technology to recognize indoor hazards, such as mold, lead, and asbestos. If requested, we can work with a contractor to remove the air quality hazard according to EPA and OSHA standards. Indoor Air Quality Assessment An indoor air quality assessment delivers a broad approach to identifying sources of indoor air irritations. During an indoor air quality assessment, our IAQ experts perform a baseline survey of your site, in which we make observations, take IAQ measurements, and review the HVAC system. Next, we extend our inspection to the building occupants’ common air quality complaints. When needed, we can take air and bulk samples to our ISO/IEC 17025:2017-accredited labs for testing. Then, we can work with you to design a response and select a dependable contractor. We can even help you develop an IAQ policy and procedure if you require air quality services in the future. Asbestos Services Buildings constructed in the 20th century may contain asbestos, a highly regulated and harmful mineral fiber. Long-term exposure to asbestos raises your risk of developing mesothelioma and certain cancers. Get an ATS representative to test your site for asbestos-containing materials. If you plan on renovating or demolishing your building, we can design a safe and effective procedure for asbestos abatement before...



Building envelope engineering concerns the design, construction, and maintenance of a building’s facade, roof, windows, and foundation. An effective building envelope (also called a building enclosure) seals your building against the elements, improving energy efficiency and comfort. If you need to design a new structure or renovate an existing building, call ATS for a qualified structural engineer to meet your building envelope needs. ATS engineers have experience with these building types: Industrial Office Retail Multi-family Warehouse Building Envelope Design Building envelope engineering begins with the design of a structure. ATS and our family of companies value a team approach to structural design, construction, and maintenance. Our expert engineers will collaborate with architects and general contractors to satisfy material, monetary, and aesthetic requirements. Our engineers can use their education and experience to anticipate common weathering concerns to building envelopes, such as rainwater and UV exposure. ATS also offers the following services before and during construction: Pre-construction and construction administration Design/build construction services Peer review Building Envelope Evaluations ATS recommends periodic evaluations of your building envelope, especially if you suspect damage to your roof, foundation, or façade. Our professional engineers can assess the state of your building enclosure with the following methods: Visual inspection Infrared imaging Water infiltration tests Rope access Staging Conductance and dielectric evaluations For more information about our building envelope consulting services, click here. Building Envelope Repair Consultations Our engineers also inspect existing buildings that need repairs. If your building envelope has recently suffered damage, a professional engineer can...



Professional mold testing takes a closer look at mold in your building. Mold grows in poorly ventilated, moist areas, such as plumbing systems, leaky roofs, and drywall. Left untreated, mold can lead to structural damage, poor indoor air quality, and health concerns. When inhaled or ingested, mold spores irritate the eyes, nose, and throat. People with mold sensitivities may experience increased asthma and allergic reaction symptoms, including: Coughing Dry, itchy skin Red, itchy eyes Sneezing Runny nose Wheezing Professional Mold Tests If your building has a significant mold problem, a qualified inspector from ATS can evaluate your location, perform professional mold tests, and document the extent of mold growth. Our experts use special equipment to detect mold and moisture in your building, especially in hard-to-reach places. Infrared imaging and moisture meters identify hidden leaks and potential mold growth. Water tests, such as a site drainage evaluation, allow us to observe how water flows through your building’s piping. We may also perform a water spray test on the outside of your building if we believe there is a leak in your building envelope. If the leak is deep within the walls of your building, we can pinpoint the location of the leak and drill through subsurface walls or foundations to fix it. Mold Remediation Contractors To ensure your satisfaction, our engineers continue to work with you after the mold inspection and testing. We will design a mold remediation protocol and help you select a contractor to remove the mold or contaminated...



If your marine facility or vessel was recently damaged, hire a marine structural engineer to inspect the damage and determine the next steps. Marine structural engineering relates to the design, construction, maintenance, and repair of marine structures and vessels. A marine structural engineer advises architects, clients, and general contractors about marine structures, such as: Bulkheads Bridges Docks Mooring Wharves Our Damage Evaluations After damage has occurred, a marine structural engineer can help inspect your site or vessel. A damage evaluation tells the engineer the location, type, and scope of the damage, along with whether the damage resulted from a long-term or short-term issue. If the inspected area was previously damaged, the engineer can give a pre-existing damage evaluation. The engineer will also review evidence from dive inspections, aerial photographs, maintenance records, and relevant documentation for further information about the site and its history. If needed, ATS provides lab testing to uncover signs of stress and deterioration in structural materials, such as corroded mooring bollards or deflected bulkheads. Finally, the engineer can conclude if the damage originated from the design or construction of the structure, environmental conditions, poor maintenance, or an accident. Our Repair Services After the evaluation, the engineer can recommend repairs and help create a repair plan that covers: Feasibility of repairs Scope of repair work Cost of repairs Additionally, the engineer will consider depreciation, the decrease in a material’s effectiveness against pressure and stress over time. Finally, our engineers can oversee repairs to your marine facility or vessel....



Whether you are about to begin construction or need to renovate an existing building or structure, ATS offers a variety of structural design services to meet your design and construction needs. Traditional Design Services A structural engineer can coordinate your team of architects and general contractors during the design and construction phases to design a structurally-sound building that balances the aesthetics desired by the client and the material and structural concerns of the contractors. Additionally, the engineer can predict issues and provide solutions regarding the costs of construction and the characteristics of the intended site. In addition to buildings and facilities, our engineers can design bridges, dams, and other soil and fluid-containing structures. Finally, ATS provides full-service support for design and construction, which is why our engineers perform administrative services and peer review throughout the project. Repair Design and Consulting Services ATS’s structural engineers can also provide structural consulting services for facilities. If hired to design repairs or renovations to a completed building, our structural engineers can perform a building condition assessment. The engineer then estimates the cost of repair or renovation based on the client’s requirements. If your building needs repair after severe damage or failure, the structural engineer can identify whether the damage is due to a design flaw, construction failure, or another source. The post-disaster failure analysis forms the basis for the repair design. The engineer will also look for problems with settlement. Changes in the foundation may occur because of a flaw in the design or...



Building envelope testing looks for deterioration and leaks in a building enclosure. The building envelope (or building enclosure) refers to the parts of a building exposed to the elements, such as the outer walls, windows, doors, and roof. From severe storms to UV rays, the building envelope takes the brunt of weathering. Damage to the outside of your building is not only an aesthetic concern. If a building is not sealed tightly, a moisture leak can develop into a mold and rot problem that undermines the structural integrity of the building. Air leaks can lead to employee discomfort and a decrease in energy efficiency when warm or cool air escapes the building. If you suspect your commercial building has a leak, hire a professional inspector to perform building envelope testing. Our Facade and Roof Testing Services Building envelope testing allows an ATS engineer to pinpoint the exact location of an air or water leak and develop a plan for regular maintenance and repair. To detect vulnerabilities in the building enclosure, ATS performs three types of building envelope tests: façade, roof, and water. Façade Testing evaluates the external walls, windows, and cladding for damage, such as: Cracks Leaks Rot Storm Damage We evaluate the following types of cladding: Granite Glass Curtain Wall Metal Pre-Cast Concrete Panels Our Methods To perform a façade evaluation, our engineers observe the building’s exterior and interior for noticeable vulnerabilities. A non-obvious source of air or water leakage may require a closer look. Using our safety rope...



ATS offers a variety of asbestos detection and consulting services. Asbestos refers to six heat-resistant mineral fibers found in rock and soil. Previously a staple of the shipbuilding and construction industries, asbestos is now heavily regulated but not banned at the federal level. If your commercial property is undergoing renovation or demolition, you may encounter asbestos. Why Asbestos is Dangerous When disturbed, asbestos can become airborne. Because asbestos is invisible to the naked eye, tasteless, and odorless, people who are not wearing personal protective equipment (PPE) can inhale or ingest the fibers. Even worse, asbestos has a long latency period between intake and the first symptom, making it critical to detect asbestos as soon as possible. Decades of research have linked short and long-term asbestos exposure to various conditions, including: COPD Pleuritis Pleural Effusions Pleural Plaques Diffuse Pleural Thickening Laryngeal Cancer Ovarian Cancer Lung cancer Mesothelioma Asbestosis If you believe your building contains asbestos, do not endanger the health of your employees or risk litigation. Get an asbestos inspection now. Asbestos Abatement Asbestos abatement is the process of asbestos detection and repair or removal. You may choose asbestos removal when preparing to demolish or renovate a building or if the hazardous material is too damaged to repair. Due to the elevated risk involved in this complicated procedure, asbestos removal is more expensive than asbestos repair. Do not try to dispose of asbestos on your own. Improper handling and disposal can spread asbestos throughout the building and harm your employees. Our...



Mold testing companies assess indoor environments for mold presence, concentration, and type. ATS employs highly qualified and educated indoor environmental professionals (IEPs) with experience in indoor air quality solutions for commercial and industrial buildings. You may want to hire an inspector if: You have received smell complaints There is recent water damage or a leak You find mold Mold spreads beyond a 10-foot square area You or your employees experience adverse health effects related to mold You recently purchased or rented the building Mold can develop anywhere, especially in places of low ventilation and high humidity. Here are some common places for mold to grow: Moist areas, such as bathrooms Plumbing and piping Air ducts and HVAC systems Wood surfaces Carpet and wallpaper Upholstery and foam If left uncleaned, the mold can spread and damage your building with wood rot, discoloration, and unpleasant odors. Mold can also make people sick; common symptoms of mold illness include headache, fever, and symptoms that resemble asthma or allergies. Long-term mold exposure can lead to extreme fatigue, trouble breathing, lung infections, and internal bleeding. When Should You Take Samples? Mold testing allows you to compare the level and concentration of mold indoors with that of mold outdoors by taking samples for laboratory assessment. While the EPA says that testing visible mold is typically unnecessary, the agency recommends that people take samples in three scenarios: Building occupants report health concerns During litigation The source of mold is not obvious Our Sampling & Testing Capabilities Mold...



ATS provides building envelope consulting services to building owners and managers concerned about water infiltration of a building’s exterior. The building envelope protects the building occupants from the elements, especially moisture. When water broaches a building’s envelope or building enclosure, it can spread to load-bearing beams and walls. Water damage can cost millions in repairs, slow production, and even lead to respiratory problems in your employees if mold develops. ATS Services ATS building envelope consultants work with you to inspect your building and determine the next steps. Our professional engineers will evaluate your site for three major vulnerabilities to the building’s exterior: façade damage, roof damage, and water infiltration. Façade Damage Roof Damage Water Infiltration Our experts perform ground and interior observations of your building, then get a closer look at the damage through rappelling or staging the side of the building. Inspectors detect leaks and damage to a variety of cladding materials, including glass, metal, granite, curtain wall, and precast concrete panels. We offer further inspection of the roof and other difficult-to-reach areas. Our engineers evaluate the building envelope for water infiltration with multiple tests and measurements. After detecting the source of vulnerabilities to your building envelope, our engineers can help you design a plan for repairs and replacements to seal your building against the elements for years. About ATS ATS is an engineering consulting company dedicated to providing our customers with detailed reports on inspections and laboratory testing. We value strong customer service with a quick turnaround time...



An indoor air quality (IAQ) Measurement is taken during an IAQ assessment to isolate the source of health irritations or risks within a commercial building. Poor indoor air quality can result from indoor and outdoor irritants. For instance, outdoor vehicle exhaust or construction materials are frequently cited as the source of IAQ complaints. Inside your building, wood or coal-burning stoves, biological agents including viruses and aerosols, and carpeting or furniture containing volatile organic compounds (VOCs) can be irritating or cause long-term health problems. Indoor air pollutants can be natural, like mold or CO2, or part of the building materials, such as asbestos or varnishes. While some of these issues may go away after cleaning, others can linger and worsen due to poor ventilation, high temperature, and high relative humidity (RH), and require professional treatment. Reactions to air quality pollutants can range from mild to severe, depending on the irritant and its intensity. Typically, poor indoor air quality can cause headaches and fatigue, irritation in the eyes, nose, and throat, and impair cognitive functioning in high concentrations. If you suspect that your building is making your employees sick, get a professional inspection by a licensed and degreed ATS engineer. Baseline & Complaint Surveys We begin with a baseline survey to detect potential sources of indoor air quality complaints. Our engineers will perform a visual inspection of your site to check for obvious signs of pollutants, mold, etc. The HVAC system is a common culprit for indoor air quality complaints. If left...



Qualified contractors from ATS can help create an asbestos abatement plan design for tackling hazardous materials. We can assess your commercial building for the presence of asbestos-containing materials (ACM) and work with you to determine the next steps. About Asbestos Asbestos refers to six types of mineral fibers found in nature. Historically, asbestos’s resistance to heat, electricity, and corrosion made it desirable in the shipbuilding, mining, and construction industries. Today, it is commonly encountered in the automotive repair, building renovation, and demolition industries. However, asbestos contains carcinogens toxic to humans when inhaled or ingested. Any object with asbestos is called an asbestos-containing material (ACM). Asbestos exposure can lead to mesothelioma, asbestosis, and other cancers of the ovaries and larynx, and has also been linked to pleuritis and COPD. Any exposure to asbestos is dangerous, but the effects may not be immediate. Asbestos has a long latency period after intake, so symptoms may appear decades after exposure. How do you know you have encountered asbestos? You don’t, at least not without laboratory testing. The microscopic fibers are too small to be seen by the naked eye. Additionally, they are odorless and tasteless. Do not try to identify or eliminate asbestos on your own—call an accredited asbestos inspector to determine the presence of asbestos in your environment. Asbestos Abatement Asbestos abatement is the process of identifying and managing asbestos. It requires two sets of professionals: inspectors and contractors. ATS can send a certified inspector to your location to perform a visual examination...



Mold inspection and testing uncover the source and extent of mold spread in commercial buildings that cannot be easily reached or cleaned. Generally, mold grows where moist, humid air hits cold surfaces with high relative humidity (RH) compared to their surroundings. Areas of poor circulation, low insulation, and condensation are especially at risk for mold problems. Mold produces mold spores that are responsible for the spread of mold on porous surfaces and in the air. When mold spores are inhaled, people can develop a range of adverse symptoms that mimic asthma or an allergic reaction: Itchy eyes and throat Coughing Headache Fever Skin rash Long-term or high-intensity exposure to mold has dire effects: Fatigue Respiratory problems Lung infection Internal bleeding Mold can grow on building materials like wood, tile, and drywall surfaces or in air ducts and vents. The greatest mold growth occurs in moist and undisturbed locations, particularly around plumbing. Rot and mold can wreak havoc on the integrity of your building, causing a leaky roof, a collapsed beam, or worse. ATS Inspections and Testing We recommend you get a mold inspection: When moving to a new building, especially if it has been unoccupied or derelict When renovating or restoring an older building After water damage When mold spreads beyond a 10 ft² area Our service covers the discovery, treatment, and monitoring of mold remediation in an end-to-end single contract for your convenience and peace of mind. Our Indoor Environmental Professionals (IEPs) assess your site for the presence and...



If you believe indoor and outdoor conditions have endangered your employees, seek professional help with an indoor air quality (IAQ) assessment. Poor indoor air quality can damage the health of your workers and cost millions in repairs, draining valuable resources from your business. Multiple studies have shown a correlation between a low filtration rate and decreased employee alertness and performance. Short-term and long-term health effects range from headaches and allergies to increased risk and intensity of lung cancer. Other complications from exposure to indoor pollution can involve: Eye, nose, and throat irritation Respiratory distress Fatigue and lethargy Left unchecked, natural causes of indoor air quality problems can spread and cause property damage. When people can trace their symptoms to a specific location, they have building-related illnesses and may have grounds for legal action. A decrease in indoor air quality can be due to outdoor environmental factors, such as nearby construction, heavy traffic, or local fires. The outdoor air can enter the building through open doors and windows, cracks in the building envelope, and an ill-fitting or improperly maintained heating, ventilation, and air-conditioning (HVAC) system. Problems with the HVAC system inhibit the filtration of mold, dust, asbestos, and harmful bacteria inside the building. Indoor air quality assessments determine the presence of harmful contamination and irritants in the workplace. An IAQ assessment consists of a baseline survey of building occupants and an evaluation of common complaints. Testing Capability Applied Technical Services provides IAQs by professionals who specialize in air quality testing and...



Applied Technical Services offers risk based inspections (RBI) to help clients understand the integrity of their aging equipment. Our inspections comply with several applicable standards, including: API 580: Risk based inspection API 581: Risk based inspection methodology ASME PCC-3: Planning inspections using risk based methods Our Experts At ATS, we understand that our clients need to make inspection decisions founded on reliable information and expertise. Our certified personnel include licensed professional engineers, STI inspectors, and API inspectors who report consistent, repeatable data. These experts use the RBI methodology and process to develop an inspection plan, identifying types of damage, where these defects occur, the rate of deterioration, and where failure would be hazardous. We offer more than a simple inspection; we perform true condition assessments that allow clients to plan for the future. Routine Equipment Inspections Maintaining routine risk based inspections can improve equipment reliability and safety while reducing unplanned downtime and repair costs. We establish an asset’s risk level by examining the probability of failure from damage, flaws, corrosion, and deterioration, as well as the consequences of failure. Predicting failure before it occurs and assessing machine health helps operators understand whether they are running equipment properly. Our experts use RBI to recommend options such as repair or replacement, detailing necessary actions before any contractor begins work. Maintaining RBI Programs ATS can develop, implement, and maintain effective RBI programs that accurately evaluate fixed asset conditions. Our engineers can assess existing risk-based programs or establish new ones specific to each client’s...



Applied Technical Services performs bridge structural steel and weld inspections to help clients ensure their infrastructure continues to stand strong. The stresses that a bridge endures every time someone crosses add up over time. Applying repeated loads over long periods can undermine the structural integrity of a component in a process called material fatigue. This phenomenon can result in stress fractures, which will spread if allowed to propagate, and ultimately cause bridge failure. To prevent such a catastrophe, owners uphold a regular bridge inspection schedule to catch any indications of defect earlier rather than later. Inspection services like ATS pay special attention to the structural steel elements and welded joints, as these two components often see the most damage. Our NDT Bridge Inspection Capabilities ATS uses a variety of NDT methods to verify the condition of a bridge’s structural steel and welded elements, such as: Visual Assessment (VT) Preliminary method Performed by either direct or indirect means Penetrant Testing (PT) Visually highlights surface flaws Dye seeps into cracks Developer turns it bright pink Magnetic Particle Testing (MT) Magnetized particles move to indicate areas of flux leakage Only works with ferromagnetic materials Eddy Current Testing (ET) Works on any metal Yields readings on size of any surface flaw Measure coating thickness Important for preventing corrosion Ultrasonic Testing (UT) Works by sending ultrasonic frequencies through material Can locate subsurface flaws UT Thickness (UTT) Configuration allows technicians to take thickness measurements Phased Array UT (PAUT) Returns more information faster by allowing technicians to...



Applied Technical Services (ATS) is a consulting engineering company that performs safety harness inspections that are used with personal fall protection equipment. Our Services Our team of competent and qualified fall protection personnel inspect safety mechanisms to ensure they meet several critical compliance standards, including OSHA and ANSI. In addition to the required safety requirements, ATS can provide management and oversight for clients’ inspection schedules to ensure their systems remain current and compliant. We aim to deliver premium safety harness inspections to our clients in a cost-effective and timely manner, allowing for practical solutions they can depend on and trust. Active Fall Protection Systems Roof Anchors and Tie-Off Points Guardrail Systems Horizontal Lifelines Our engineering services prioritize the safety of the users and mitigation of risk to the owner of the equipment. Specific Industry Standard References ANSI/ASSE Z359 – Fall Protection Code OSHA 1910. 140 – Personal Fall Protection Sytstems ANSI/ASSE Z359 – Fall Protection Code OSHA 191 OSHA 1910. 28 – Duty to have Fall Protection and Falling Object Protection Common Fall Protection Applications We perform a variety of different assessments of our clients’ fall protection systems, including but not limited to NDT (Nondestructive Testing) inspections, structural inspections, load testing, visual inspections, manual inspections, mechanical inspections, and operational inspections. We help clients satisfy the pertinent regulatory measures for safety harnesses and other elements of their fall protection systems by implementing a rigorous inspection schedule and certification process. These measures provide safe working conditions for customer employees and contractors working...



Applied Technical Services (ATS) is an established consulting engineering company providing fall protection equipment inspection, evaluation, and certification services used in commercial real estate and/or industrial facility structures. ATS performs fall protection equipment inspection services that meet OSHA regulations- and ANSI-standard guidelines for compliant fall protection systems. Our licensed Professional Engineers (P. E. ) are thoroughly qualified to oversee and provide a stamp of approval for fall protection system projects. Accessing commercial buildings and industrial facilities to perform maintenance and repairs represents the leading cause of workplace fall injuries and deaths in the United States. Our fall protection system inspection services help clients both maintain compliance with applicable safety regulations and standards and to establish the safest possible working conditions for their employees or contractors. Inspection Standards ATS provides inspection and certification for a wide range of fall protection systems, such as active fall protection systems, roof anchors and anchor points, guardrail systems, and horizontal lifelines. A variety of safety standards and regulations apply to the inspection and maintenance of fall protection equipment. For instance, ANSI standards require that re-certification be completed at least every five years for active fall protection systems such as rooftop anchor points. Additionally, ATS can inspect all fall protection systems in accordance with numerous industry standards, including: OSHA ANSI CAL OSHA (for California clients) NYSDOL (for New York clients) Specific Industry Standard References ANSI/ASSE Z359 – Fall Protection Code OSHA 1910. 140 – Personal Fall Arrest Systems OSHA 1910. 28 – Duty to Have Fall...



Please enable JavaScript in your browser to complete this form. Name *FirstLastEmail *Company NameBusiness Phone NumberCellphone NumberWork Phone NumberMobile Phone NumberType of Building *Commercial OfficeInstitutionalIndustrialOtherPlease specify type of building*Please note that PENTA Engineering does not offer work on single-family residential buildings such as houses, condominiums, and the like. Site AddressStreet AddressCity *State / Province / Region *Zip CodeCountry *How large is the building? Is this request on behalf of a resident or the building owner/manager? *ResidentBuilding Owner/ManagerName of building owner/manager *FirstLastHow large is the area of concern? How many surfaces would you like us to sample? Are you a new or existing client? *NewExistingHow did you hear about us? *Google/Internet SearchReferralOtherWhat keyword/phrase did you search? Who referred you? What "other" ways did you hear of us? Briefly describe the work being requestedWhen would you like us to perform this testing? Ex: March 23rd, two weeks from now, ASAP, etc. MessageSubmit



The Applied Technical Services (ATS) Family of Companies (FoC) provides SARS-CoV-2 surface sampling services to help clients protect their customers and employees from the spread of coronavirus. As businesses in the United States begin to reopen their doors, their client bases grapple with lingering concerns over whether these public places are safe from the virus. There were no commercially available verification methods until recently, only specialized cleaning guidelines and best practices without any way to check that these efforts were proving successful. While available methods of cleanliness verification could determine whether bacteria and mold remained on surfaces following cleaning efforts — and conventional wisdom might dictate that the absence of bacteria or mold indicates the absence of viruses as well — many consumers do not consider this inference sufficient regarding the coronavirus pandemic. For that reason, ATS is pleased to announce that we now offer surface sample testing specific to detecting SARS-CoV-2 (otherwise referred to as COVID-19 or the novel coronavirus). How RT-PCR Helps Fight the Spread of SARS-CoV-2 Commercial property owners and managers need to let customers know that their location has been thoroughly cleaned and is free from COVID-19 contamination on high-touch surfaces. Our surface sampling capabilities allow us to verify the absence of the virus and thus validate the effectiveness of EPA- and CDC-recommended cleaning procedures. Using this method, businesses can open and invite customers inside with the additional confidence that their cleaning efforts have been effective. Reverse Transcription Polymerase Chain Reaction (understandably abbreviated to RT-PCR) identifies...



The Applied Technical Services (ATS) Family of Companies (FoC) performs mold assessment and remediation management services for clients dealing with mold problems in their commercial or institutional buildings, industrial facilities, and multi-family or bank-owned residential properties. Handling mold can take time, effort, and a great many steps, but ATS assists during every phase of a client’s mold removal project. A pervasive fungus that thrives in wet conditions, mold exists in some volume everywhere — both indoors and out. It creates spores that can produce irritations such as clogged sinuses, strenuous breathing, and raw throat when inhaled. Long-term exposure or exposure to large amounts of mold can cause more serious, chronic conditions. Companies failing to provide clean, breathable air in their facilities create unsafe conditions; this makes employees, customers, and industry oversight bodies unhappy. ATS helps our clients fight these growths where they appear by offering our expertise in mold assessment and remediation. Preliminary Determination and Assessment Our experienced indoor environmental professionals (IEPs) investigate client sites for any trace of mold. When a client complains of a potential mold growth, they respond quickly to learn what section of the facility is affected and surmise the problem’s origin. Their assessment thoroughly examines the area in question to detect any indication of mold. Once they have done so, these specialists will glean the extent of the growth and any discernible cause for its presence. They document their findings with photographic evidence. ATS' inspection team then uses their reporting to plan their next steps...



The Applied Technical Services (ATS) Family of Companies performs asbestos consulting services in commercial, institutional, and industrial buildings. This naturally occurring fibrous mineral displays several qualities that are useful to the construction industry. For this reason, asbestos was widely used in the United States through the late 1900s for hundreds of construction products. Medical science and common knowledge now recognize that exposure to asbestos fibers is dangerous, and thus many uses of asbestos have been banned. While all asbestos-containing products are not banned in the United States, it is less prevalent in buildings constructed after the mid-1980s. Current regulations require building owners and employers to know if asbestos is present in construction materials before starting renovations or demolition, which requires an accredited asbestos inspector to perform a thorough survey of the impacted areas of a building. Furthermore, significant health impacts and regulatory penalties may result when building owners and employers do not address asbestos concerns in accordance with regulatory guidance. As such, companies turn to experienced asbestos consultants such as ATS to assist them in regulatory and health concerns. Abatement Consulting Capabilities We offer a variety of services that assist our clients through every aspect of addressing asbestos concerns. Our Family of Companies employs accredited asbestos inspectors, asbestos project designers, and abatement project monitors. We are ideally suited to assemble the necessary teams to find out if asbestos is present in a facility and develop the best management practices to either remove or maintain asbestos-containing materials (ACMs) in good condition...



Now serving the Nation's Capital, ATS offers Washington, D. C. lightning protection services such as inspection, installation, and repair.   Defense Against the Elements Lightning causes an average of $108 million in damages to businesses in the United States every year. Damage from lightning can often be averted by a compliant lightning protection system. A combination of air terminals (also known as lightning rods), conductor cable, and ground rods direct the lightning into the ground along a highly conductive path of least resistance, where it harmlessly dissipates; this process minimizes primary structural and electrical damage from the force of the strike. Surge protectors, meanwhile, help protect equipment inside the property from taking secondary electrical damage from the extreme charge lightning brings. Many companies implement a lightning protection system to minimize the costly damage caused by nature’s most common deadly weather event. Applied Technical Services supports clients in the Washington, D. C. area through our lightning protection services: we offer observations of the currently installed system to document compliance with the National Fire Protection Association (NFPA) and Underwriters Laboratories (UL), identification and repair of damaged components, installation of components on newly installed rooftop equipment, and/or design and installation of new systems. Inspection By performing annual visual inspections on clients’ lightning protection systems, ATS can identify damaged or missing components and ensure that the system remains functional as originally designed. Depending on the condition of certain components or the overall system, our engineering consultants may recommend a more frequent inspection schedule —...



ATS provides a variety of lightning protection services such as the installation, inspection, and repair of client lightning protection systems.   Defense Against the Elements Lightning is an incredibly powerful natural phenomenon that happens with shocking regularity — roughly 100 times per second, every day around the world. According to insurance statistics, it causes an average $108 million per year in damage to non-residential properties like offices and manufacturing centers in the United States alone. This figure includes both the structural damage caused by the direct lightning strike and the indirect electrical damage suffered by under-protected equipment. Because financial losses like these can cripple a business, most will install some type of lightning protection system to minimize or completely avoid lightning damage to their properties and their electrical and mechanical equipment. To support those clients who need to protect their assets from lightning damage, ATS provides a variety of lightning protection system services. ATS Lightning Protection Services Inspection ATS’ consulting engineers perform visual inspections to help clients determine if the lightning protection systems were properly designed and installed, and to document the current condition of the systems so that they continue to function as designed. We establish yearly inspection schedules according to industry standards like NFPA 780, or we may recommend more frequent observations depending on the condition of the system. With routine observations, ATS can identify problems earlier and take preventative maintenance actions to help minimize the chance of damage from a lightning strike event. Repair After years of...



ATS stands at the forefront of companies offering Atlanta lightning protection services because we provide system inspections and repairs of superior quality.   Lightning in Atlanta Lightning strikes cause businesses in the United States an average of $108 million per year in property damage, according to the Insurance Information Institute. Implementing an effective lightning protection system can mitigate or completely prevent structural damage to their property and electrical damage to their equipment in the event of an intense storm. Although many businesses across the country implement lightning protection systems, it is a greater concern for Georgia businesses than those in most other states. The state of Georgia experiences the 8th most lightning strikes per square mile every year. Likely due to a combination of characteristics influenced by its location — such as high temperatures and humidity — and its population density in metro areas like Atlanta, Georgia also routinely ranks as one of the top three states for insurance settlements resulting from lightning damage every year. Applied Technical Services answers local businesses looking for severe weather support with a variety of Atlanta lightning protection services. Inspection The National Fire Protection Association (NFPA) recommends under its standard concerning lightning protection systems (NFPA 780) that owners have it inspected once a year. By performing annual inspections on our clients’ lightning protection systems, ATS not only helps ensure they remain compliant with this nationally recognized safety standard but also fully functional for the foreseeable future. Our consulting engineers can spot issues early in...



Bridge Inspections Applied Technical Services, who has been providing services for over 50 years, is a world-class technologically advanced consulting engineering firm with extensive testing and inspection capabilities. We distinguish ourselves from other bridge inspection companies by providing unsurpassed service with highly detailed inspections. Our tests are performed in accordance with the most stringent U. S. , international and/or client specific standards. Our Bridge Inspectors Our registered professional engineers and certified inspectors are experienced, hands-on field and office professionals that you can count on. Here at ATS, our quality assurance program ensures all employees are continually trained and certified to the most recent safety standards. When providing any service, we are constantly evaluating safety and environmental risks. Why ATS is a Leader Among Bridge Inspection Companies There are over 550,000 highway bridges in the U. S. and many are vulnerable due to age, making them a liability. In addition to age, many of these same bridges have been exposed to major environmental impacts. It is common to find bridges that have corrosion, cracking and other damage that increases the load carrying capacity risks. Regular and Thorough Inspections We recommend regular inspections that will identify irregularities and vulnerabilities that will assist you in making repair decisions that will ensure public safety. ATS’ bridge inspection services can assist you by testing all major components of the bridge which include foundation, substructure, deck and superstructure. Noninvasive and Nondestructive Methods ATS uses many different NDT testing methods to perform a thorough and complete bridge...



Nondestructive Roof Moisture Survey and Building Envelope Scans Dedicated Roof and Hydro-Solutions, LLC (DRH), a member of the ATS Family of Companies (FoC), employs certified infrared thermographers and utilizes other roof moisture and thermal leak detection means to identify problem areas for our clients and projects. Infrared scanning in accordance with the following ASTM standards: ASTM C1153 — Wet Roof Insulation ASTM C1060 — Insulation Voids in Wall Cavity Insulation ASTM E1186 — Air Leakage ASTM E2813 — Building Enclosure Investigation Electrical capacitance/impedance Nuclear-based roof testing per ANSI/SPRI/RCI NT-1 We also provide consulting services to assist with the understanding of any Electric Vector Field mapping tests performed by others What Data Do We Collect During a Moisture Survey? Two components are important to these technologies. The first is data collection using trained personnel and the proper equipment. The second is the analysis of the field data obtained. If either is improperly done, the use of the data is likely to provide less-than-desirable results. Properly obtained and analyzed data and information gathered from these testing methods can assist with determining the quality of workmanship for newly placed construction, any compromise to performance or life span for existing buildings, potential problems, compromising leaks, and energy savings. Survey Methods Infrared and nuclear roof testing are established methods with a consensus-based standard for identifying captured moisture in flat roofs and breaches in the building envelope and thermal barriers. Capacitance/Impedance testing and electric vector field mapping are also established methods to determine problem areas. Consensus-based...



The ATS Family of Companies (FoC) is a leading expert in building envelope consulting services. Our clients own a vast array of structures, which include: Building Envelope Services Retail Industrial and Commercial Manufacturing, Chemical, and Utility Plants Local, State, and Federal Buildings University, Educational, Research, and Healthcare Facilities Correctional Institutions Museums and Historical Buildings / Facilities Airports and Transportation Facilities Multifamily and Mixed-Use Developments US-Owned Foreign Buildings Building Envelope Consulting Services Evaluations Water entry and component/system failure investigation Budget and planning studies Testing Sealant and coating adhesion tests Water take-up and controlled source water testing Mock-ups Wall opening studies for flashing and barrier conditions For the above, our approach is to do the least harm to the building in order to obtain the required information to understand and allow for sound recommendations, provide solutions and approaches to remediate the problems present. Solutions Presentation of options with budgets and expected performance Remediation Scope of work development for solutions identified Contractor identification and qualification Bidding and contracting assistance For the above, our approach is to obtain the best value possible by defining the work required and obtaining competitive bids from qualified contractors experienced with the specific necessary work. For new construction projects and or projects that have already been planned, we offer the following services: Commissioning Consultant review of design Consultant oversight during construction Consultant oversight at project close-out testing and documentation Construction Oversight Consultant site visits for quality assurance Consultant response to RFIs and change order requests Confirmation of testing and...



Dedicated Roof and Hydro-Solutions is a reputable registered roof consultant (RRC) firm. A member of the ATS Family of Companies (FoC), DRH advises and directs clients concerning water entry and roof failure analysis, roof life performance and management planning, preventable hazards, reduced operating costs, and energy savings. Our detailed planning includes conventional roof inspections, preventative maintenance procedures, protocol development, and overall management plans. Additionally, we provide written scopes of work to resolve the root cause of problems discovered and offer both material and contractor options for bidding to obtain the best possible value and quality-oriented contractors, which will deliver solutions that perform as expected. We take a unique approach to each project, tailoring the means, methods, and tests based on client specifications for the following parts of a building envelope: Roofs Exterior Walls Weather and Air Barriers Decks Subgrade Waterproofing Why Are Roof Condition Assessments Important? It is important to determine the condition of all roofs on a regular basis to avoid leaks and failures and to increase their longevity. This results in cost savings and increased occupant comfort. Periodic review of sealant, mortar, and fenestration conditions is of equal value. Other important issues include operating production and/or safety requirements as an overall thorough plan for building exteriors and roofs. Most importantly, when a problem occurs, it is important to determine the root cause of the problem and not simply replace a product or patch an opening. As an example, removing latent moisture from a roof leak will avoid additional...



Dedicated Roof and Hydro-Solutions, LLC (DRH) is an entrusted roof and building envelope consulting service company that advises clients in optimal roof life, preventable disasters, reduction in operating expenses, and energy savings. Our Roof Survey and Consulting Services Our thorough course of action combines routine roof inspections, preventative maintenance, and roof management plans, protocol development and detailed written scopes of work to allow for competitive bidding or replacement, recovery, and/or repair and maintenance needs. In addition, we provide contractor selection and bidding assistance in qualifying the best contractors for the work required at a competitive cost for all well-defined projects. Assessing the condition to prevent failure and to extend the effectiveness of an in-service and aging roof system is crucial for planning expenditures, avoiding disruptions to productivity within the structure, and/or making safety enhancements to employ an overall comprehensive strategy. It is imperative in new construction that competent design, superior materials and adequate installation are used to avoid unforeseen expenses, rising operating costs, and/or construction problems. It is vital during a new construction project, from the start through completion, that our client’s interests are served by proper design, development, and management with an emphasis on quality assurance on all roofing consulting assignments. Roof and Building Exterior Water Entry and Failure Analysis Investigative cause of roof and water entry problems for a precise and accurate resolution Roof Condition Analysis and Repair or Replacement Scope Development Knowledge of roofing options Options to find the best solution at a competitive price Clear solution...



Our structural engineering group consists of experienced, hands-on field and office professionals with capabilities in damage assessment, evaluations, inspections and repair designs for structural and concrete, structural steel, structural masonry, pre-tensioned and post-tensioned concrete. We have utilized our problem solving investigations and repair designs for evaluation of vehicular impact, high-wind/storm damage, corrosion, cracking and deterioration of structural materials, construction errors, and distressed properties. We serve a broad range of industries including commercial building, construction, power, wind energy, chemical, petrochemical, and pulp and paper. Common requests and services include inspections of infrastructure like bridges, boilers, tanks, wind towers including blades, and off-shore platforms. Structural Assessments Onsite Load Testing Materials Testing and Weld Testing Special Inspections per the International Building Code Seismic Testing Lab (AC 156, IEEE 344) Vibration Analysis Design, Certification, & Inspection of Fall Protection Systems Design, Certification, & Inspection of Suspended Access Systems Building Facade Inspections Tower Analysis Finite Element Analysis Structural Forensic Analysis Property Loss Studies Construction Errors Inspection of Corrosion, Cracking, etc. of Structural Materials Structural Retrofit Modifications to Gravity & Lateral Framing System Reinforcement for New Machinery Reinforcement for New Fall Protection System



ATS: A Leader Amongst Structural Engineering Firms Applied Technical Services is a leader among structural engineering companies and firms. Our engineers specialize in structural assessments, structural forensic analysis, and structural retrofits. Our laboratories have the capabilities to perform chemical and mechanical tests on structural materials to verify conformance to specifications. Our triaxial seismic shaker is instrumental in evaluating earthquake resistance performance of various products. Types of Structural Engineering Services Bridge Inspections Damage Inspections Initial Inspections Professional Engineers Routine Inspections Special Inspections Exposed Structures Fire Escapes Ladders Signs Towers Tracks Lightning Protection Services Inspection Installation NFPA 780 Repair UL 96A Materials/Mechanical Testing Bend Testing Hardness Testing Impact Testing Tensile & Compression Weld Testing Safety Engineering Building Facade Inspections Certifications Fall Protection Systems Industrial Rope Access Suspended Access Systems Scaffold Inspections Anchorage Systems Building Maintenance Units (BMU) Corrosion & Fatigue Davit Bases & Arms Powered Platforms Scaffold Inspection & Testing (SIT) Seismic Shaker 12 Inches Peak Displacement Chatter Monitoring (64 Channels) High Speed Daq System IEEE 344, GR-63-Core, AC-156 Compliant Trial Axial Motion (X,Y,Z Translation) Storm Structural Damage Property Damage Assessments Roof Damage Determinations Scope of Damage Determinations Snow, Wind and Hail Damage Structural Integrity Analysis Structural Engineering Floor Loading Evaluations Inspection Failures (Masonry Cracks) Pre-Purchase Inspections and Surveys Rigging Designs and Evaluations Structural Foundation



Structural Engineering & Structural Integrity Analysis Every year, heavy storms severely impact the U. S. Storms can result in downed trees and power lines, leaving hundreds of thousands of people and business' without power as emergency crews work diligently to restore service. In the winter, ice and snow, along with wind and freezing temperatures damage bridges, water supply lines, electrical grids, telecommunications, residential and commercial building structures, such as roofs, decks and foundations. Storm structural evaluations engineering assesses damage caused by inclement weather. Applied Technical Services is ready to assist in evaluating property damage throughout the affected areas. Please call 1-800-888-5227 to request structural engineering services. Storm Damage Structural Evaluations Property Damage Assessments Roof Damage Determinations Snow, Wind and Hail Damage Assessments Structural Integrity Analysis Scope of Damage Determinations Common Inspections and Repairs Damage Assessment for Insurance Negotiations Roof Failures Structural Wall Failures (Steel, Masonry, Brick Cracking) Retaining Wall Failures Partial Collapse Evaluations Foundation Failures Parking Deck Failures Floor Loading Evaluations Bracing Relocation and Modifications Rigging Designs and Evaluations Excessive Floor Vibrations Pre-Purchase Inspections and Surveys Framing, Connections, and Support Design for New Machinery and HVAC Equipment



Applied Technical Services is authorized by the State of California, Department of Industrial Relations Division of Occupational Safety and Health, Research and Standards Unit for Scaffold Inspection and Testing (SIT). ATS meets the criteria and credentials to perform Title 8 California Code of Regulation, accordance with the requirements of General Industry Safety Orders, Sections 3282(p)(1)(B) and 3296(b)(I) surveyor holding SIT License #43. Our scaffold inspections, which include anchorage, support, access, fall protection, and platform stability, are performed by our highly trained and licensed Professional Engineers (P. E. ). We comply with OSHA and ASME standards meeting industry regulation, which allows our customers to focus on other building management issues. As a leader in the SIT industry, our comprehensive approach consists of implementing safety, operational testing, equipment verification and performance, design and retrofits, and nondestructive testing. Exterior building maintenance inspections include structurally secure anchors, tiebacks, direct connects and counterweights. We test for support load bearing capability to include capacity, hoists, components, outrigger beams, and suspension ropes. Our fall protection evaluations test for fall arrest systems, guardrail, dismantlers and erectors. ATS examines and verifies structural integrity, wear and defects of platforms, decking, overlap, brackets, and spatial working distances. Structural stability is examined in cases that include, but not limited to excessive loads, component damage, and/or natural disasters such as extreme weather and earthquakes. ATS applies the latest technology and engineering methods where single-level, single-point adjustable, multi-level, multi-point adjustable, catenary, interior hung, needle beam, and float scaffolds are applicable. At ATS, our goal...



Safety Engineering and Industrial Services Since 1967 Mechanical, Structural, Industrial, and Material Engineers provide a wide range of services to all industries. Through good engineering practice and hands-on practical problems solving, we help clients reduce risk and cut cost. We accomplish this by assessing the condition of existing equipment and designing repairs and retrofits while focusing on safety and economics.   Types of Safety Engineering Services Amusement Park Inspections Condition of Critical Components Corrosion, Over-stress & Fatigue Inspection Expert Consultation O. C. G. A. Section 25-15-85 Safety Mechanism Functionality ASTM F24 Inspections ASTM F24 Compliant ASTM E2505-07 Hydraulic Inspections Electrical Inspections Pneumatic Inspections Bridge Inspections Damage Inspections Initial Inspections PE and NDT Inspections Routine Inspections Special Inspections Davit Inspections Compliance Certification Davit Systems Installation Detailed Designs Inspection & Load Testing Project Oversight and Commisioning Fall Protection Building Access Equipment Facade Access Inspections Fall Protection IWCA I-14. 1 & ASME A120. 1 Compliance OSHA 1910. 66 Compliance Mechanical Integrity API, STI, ASME, NBIC Standards ASNT Certified NDE Inspectors Engineers, API Inspectors, and CWI Protect Environment Protect Personnel & Prevent Disasters TAPPI and NACE Guidelines Reliability Engineering Failure Analysis Class Outline Failure Analysis Training Failure Elimination Predictive Maintenance Preventative Maintenance Training Class Structure Rollercoaster NDT Inspections Axles Licensed Mechanical Engineering Pivots Structural Steel Inspections Track and Rail Inspections Roof Anchors Compliance Certification Conceptual Design Inspection & Load Testing Roof Anchor Installations Turn Key Design/Build Projects Rope Access ASTM E2505-07 Standard Bridges, Boilers & Tanks Cost Effective Testing/Inspection Safety Compliance Sprat Level 3...



A leader among engineering companies, Applied Technical Services (ATS) offers services from numerous disciplines, including mechanical, civil, chemical, industrial, and materials, to support complex problem solving, product/process improvement, design evaluation, machine/system analysis, custom machinery design, and project management applications. Our licensed Professional Engineers are experienced, hands-on field professionals supported by that you can count on. ATS Stands Out Among Engineering Companies Our capabilities include the following: Finite Element Analysis (Nastran, Autodesk Simulation Mechanical and CFD, LS-Dyna, SolidWorks Simulation, COMPRESS) Machine Design Failure Analysis Forensic Analysis Solids Modeling (SollidWorks) Process Improvement Reverse Engineering Insurance Subrogation Expert Witness Services Structural Engineering Mechanical Engineering Registered Professional Engineers (P. E. s) Do you have a complex engineering problem to solve? Do you need a machine or product design evaluation? Do you need a product, or process machine designed? Do you need engineering calculations / finite element analysis? Do you need reverse engineering services? Do you need to eliminate / minimize field failures? Do you need 3D CAD modeling? Do you need to improve product / process reliability? Do you need a structural engineering analysis? Finite Element Analysis (FEA) ATS provides complex finite element analysis for all types of mechanical and structural components and systems. Custom Designs and Evaluations ATS offers engineered custom designs of products, processes, structural retrofits & reinforcements and machinery. We can take your present design to the next level or take your requirements and provide a custom solution from the earliest concept to full implementation. About Applied Technical Services ATS works...



Leading Resource for Engineering Consulting Services Mechanical, Structural, Chemical, Industrial, and Materials Engineers provide a wide range of services to all industries. Through good engineering practice and hands-on practical problem solving, we help clients reduce risk and cut cost. We accomplish this by assessing existing equipment and designing repairs and retrofits while focusing on safety and economics. Types of Engineering Consulting Services Fall Protection & Suspended Access Certification Design, Furnish & Installation Inspections Load Testing Finite Element Analysis Crack Propagation Fatigue & Buckling Modeling & Simulation Reverse Engineering Industrial Rope Access Advanced Training Inspection & Testing Safety Compliance Sprat Level 3 Supervision Reliability Engineering Failure Elimination Predictive Maintenance Preventative Maintenance Reliability Training Courses Structural Engineering Design Post Damage Assessment Renovation Vibration Inspections Tank & Piping Inspections API 653/510/570 Mechanical Integrity NACE Coating Inspections Thickness Testing



Applied Technical Services (ATS) is an engineering, testing and inspection firm providing structural engineering evaluation services to satisfy Municipal Code of Chicago requirements. Chicago Code requires periodic inspections of exposed metal and wood structures to ensure safeguards for the general public. Inspections are carried out by a licensed Structural Engineer (S. E. ) meeting Code requirements and accepted engineering practice. These required inspections of exposed metal and wood structures include; tanks, signs, antennae, canopies, marquees, fire escapes, flagpoles, metal cornices, smoke stacks, permanently installed scaffolding, and other structures and equipment permanently mounted or installed on the exterior of a building. This includes supports such as; anchors, guides, tracks, mounting brackets and other mounting hardware. Our Engineers are experienced, hands-on professionals with capabilities in damage assessment evaluation, and when compromised structures are identified, we will design cost effective repairs. At ATS our goal is to apply efficient and practical approaches to inspecting and testing the exposed metal structures so the public is safe and Code requirements are satisfied. We deliver the highest level of safety, quality and customer service, ensuring every structural evaluation project results in a practical solution for our clients. Municipal Code of Chicago Article XVIII Exposed Metal Structures 13-86-821 General Requirements 13-86-830 Maintenance 13-86-840 Inspection 13-86-850 Compliance 13-86-860 Unsafe structures 13-86-870 Rust Protection Common Structural Evaluations Tanks Signs Roof Cars Davit Carriages Fire Escapes Structural Steel Tracks Ladders



Building Maintenance Access Equipment, Fall Protection & Façade Access The Commercial Services Division of ATS has been serving the most recognizable names in real estate since 1967. Professionals throughout the country trust us - you can too. We have licensed Professional Engineers (P. E. 's) on-staff to certify the compliance of your equipment which provides you with unmatched peace of mind. ATS stays at the forefront of building maintenance technology, which benefits our landlord and property management clients by reducing risks and costs. Our engineers are thoroughly educated in OSHA, ANSI, ASME and IWCA compliance issues so you do not have to be, freeing your time for other critical operational issues. ATS provides safety, compliance and peace of mind to building owners and managers. IWCA I-14. 1, ASME A120. 1 & OSHA 1910. 66 Compliance We provide engineering services for compliance so that you can be confident about minimizing risk. Our engineers are experienced, hands-on field professionals who you can count on. Three Reasons why every owner should have compliant equipment: To protect personnel To help prevent accidents To protect the investment In addition, knowledgeable ATS personnel can help building owners understand compliance requirements. Commercial Engineering Services Expertise Compliance Certification Inspection & Load Testing Anchorage System Installation Turnkey Design / Build Projects Conceptual Design Detailed Design Project Oversight and Commissioning Work Plans Why Choose ATS We do what's best for the client Safety is our #1 priority We offer custom solutions to meet the challenges of the most complex building...



Applied Technical Services offers fall protection competent person training aligning with OSHA’s competent person designation for candidates looking to elevate their career with improved credentials. ATS is one of the nation’s most experienced OSHA fall protection certification providers. OSHA Competent Person The Occupational Safety and Health Administration’s definition of a competent person consists of someone capable of identifying and resolving predictable hazards and dangerous conditions in the workplace. Competent person certification is required for certain job titles and responsibilities. Fall Protection Training and Certification ATS’ certified fall protection instructors train course participants in various OSHA and ANSI safety standards, protocols, and regulations to ensure compliance with the guidelines set by these organizations. Our fall protection training programs equip trainees with the information and abilities necessary to effectively identify, analyze, and resolve worksite hazards. These programs cover several different aspects of safety, from equipment and system selection and maintenance to identifying and implement the most effective practices that will be used on the job. Candidates will learn about equipment inspections, fall protection principles and guidelines, and emergency response protocols. Fall Protection Systems Our fall protection programs cover a variety of equipment and systems, including but not limited to: Guardrail Systems Monorail-based Systems Active Fall Protection Systems Anchor Points Horizontal Lifelines Davit Systems The ATS Rope Access and Fall Protection Training Facility Applied Technical Services features a highly advanced rope access and fall protection training course in our Marietta, GA facility. All training courses are led by our certified instructors, each of...



The Applied Technical Services Family of Companies provides fall protection training for individuals of all skill and experience levels. Fall Protection Training and Certification Fall protection training is a critical component of workplace safety for construction workers, roofers, inspectors, window washers, and any other professionals working at height. Fall protection training instructs trainees on equipment use and maintenance, safety standards and protocols, and hazard identification. Fall protection certification training ensures that workers have the necessary experience, knowledge, and tools to successfully complete tasks and helps limit employer liability in the event of an accident. Fall Protection Systems ATS provides certification training pertaining to fall protection systems such as: Anchor Points Monorail-based Systems Davit Systems Guardrail Systems Active Fall Protection Systems Horizontal Lifelines Certification Training at Applied Technical Services ATS’ fall protection instructors provide trainees with the information and skills necessary to work at height under the standards set by the American National Standards Institute (ANSI) and the Occupational Safety and Health Administration (OSHA). Our instructors provide accessible classroom learning as well as real-world training in our custom rope access facility. This course gives trainees an optimal area to gain useful experience while applying the skills necessary to perform tasks safely. Additional Training Services Applied Technical Services is one of the nation’s leading certification training providers. In addition to fall protection training and certification, we offer a wide range of nondestructive testing and inspection courses and rope access training. Our certified instructors take pride in equipping trainees with everything they need...



The Applied Technical Services (ATS) Family of Companies’ thermal imaging services allow our personnel to provide quick and thorough scans for structural deficiencies. This analysis method allows our experts to identify problems that the naked eye may not see nondestructively. We utilize this tool to supplement traditional forensic evaluations and assist in accurately indicating damage sources. Infrared Thermography Infrared thermography utilizes heat imaging to locate invisible infrared electromagnetic waves, detect surface temperatures, and generate thermal patterns in visual images. With IR thermography, inspectors can pinpoint distinctive thermal patterns and decipher their potential meanings— ranging from water or air leakage to insulation irregularities to excessively hot electrical connections. The Importance of Thermal Imaging Thermal imaging can help detect structural damages caused by moisture intrusion, electrical hot spots, and even wood-damaging organisms. Regularly performing this critical maintenance practice keeps owners and managers aware of conditions throughout their building or structure. When done correctly, thermal imaging can protect equipment and ensure it is always running at safe and efficient levels. Overall, it is a cost-saving, non-intrusive examination that reduces workplace hazards. Property and Facility Management Thermal imaging is an efficient way to detect problems with electrical, mechanical, and structural systems, such as: Detecting and preventing decay and mold Detecting the formation of condensation Distant heating system inspection Drying efficiency of ceilings, floors, and walls Home electrical inspection HVAC system performance and repair Indoor environment inspection Long-time construction damages Water, Leak, Condensation, And Humidity Detection Services Inspecting door seals Inspecting for moisture intrusion Inspecting...



Applied Technical Services offers comprehensive SPRAT rope access training classes for every level of certification. Our classes provide instruction on working at various elevations using all standard rope access equipment. The implementation of rope access systems on a work site allows trained personnel to perform operations in otherwise inaccessible locations, reducing company costs by eliminating the need for the building of access structures. ATS offers a rope access technician course for each of the following levels of certification determined by the Society of Professional Rope Access Technicians (SPRAT): Level I: Rope Access Worker Level II: Rope Access Lead Technician Level III: Rope Access Supervisor Rope Access Applications Rope access has several different industrial applications, including but not limited to: Surface Preparation Sealant Installation Pressure Washing Sandblasting Instrument Installation Performing Geological Surveys Shooting Photo/Video Repairing Concrete Inspecting Façade Scaling and Anchoring Rocks Installing Movie/Theater Sets Painting Quality Standards and Certifications ATS SPRAT rope access training courses satisfy the following quality standards: ASME NQA-1 10CFR Part 21 10CFR Part 50 Appendix B ATS Certifications, Accreditations, and Registrations ISO 9001:2015 Registered Quality Management System European Aviation Safety Agency (EASA) Certification Nadcap Accredited (NDT and Materials Testing) Federal Aviation Administration Repair Station Applied Technical Services Founded in 1967, Applied Technical Services is the nation’s leading SPRAT rope access training provider. Our experienced staff works diligently to ensure that every trainee enrolled in our rope access program gets the most out of their time in both the classroom and our rope access training facility. Whether...



Applied Technical services offers SPRAT rope access training for all three levels of SPRAT certification. Rope access classes instruct candidates on how to safely work at various elevations using ropes access systems and associated equipment. Trainees attaining rope access certification through Applied Technical Services will be trained to work in compliance with the standards set by SPRAT, the Society of Professional Rope Access Technicians. Rope access reduces company costs by reducing or eliminating the need for building costly structures such as scaffolding. Rope access can be used for several different professional purposes, including but not limited to: Concrete Repair Geological Surveying Photography/Videography Painting Preparing Surfaces Instrument Installation Sealant Installation Pressure Washing Sandblasting Movie/Theater Set Installation Façade Inspection Scaling/Anchoring Rocks Getting Certified with ATS Applied Technical Services offers intensive five-day rope access classes that provide candidates with hands-on training, providing each student with the training and education to develop the necessary rope access knowledge and skills. Our classes consist of four days of instruction on topics such as knot tying, anchorage combination, equipment maintenance, and rescue protocol. Students will complete their independently proctored certification exam on the final day of class. ATS certification offerings: SPRAT Level I: Rope Access Worker: Qualifies a worker to execute basic rope access operations under the supervision of a lead technician or supervisor. SPRAT Level II: Rope Access Lead Technician: Qualifies technicians to perform rope access operations, rescue operations, and safety assessments under a supervisor. SPRAT Level III: Rope Access Supervisor: Qualifies supervisor to oversee rope...



Applied Technical Services (ATS) offers fall arrest system inspection services for commercial real estate and industrial facility sites. We conduct inspections according to OSHA regulations and ANSI standards, depending on our clients’ needs. Our Professional Engineers are licensed and qualified to oversee fall arrest system projects. We aim to create the safest possible working environment for our clients while helping them maintain federal regulation and industry standard compliance. Conducting Equipment Inspections ATS offers inspections for a wide range of fall arrest equipment, including horizontal lifelines, vertical lifelines, anchorages and tie-backs, and personal protection equipment (PPE) such as harnesses and lanyards. We conduct our services according to federal regulations and industry standards, including OSHA 1910. 140, OSHA 1910. 28 and ANSI Z359. We can also perform inspections according to Cal OSHA and NYSDOL standards for our clients in California and New York, respectively. We use several inspection methods to verify equipment, including: Nondestructive Inspections Structural Inspections Visual Inspections Operational Inspections Our Fall Protection Capabilities Our experienced personnel can provide more than fall arrest system inspections; we assist clients with fall protection and suspended access system design, installation, testing and certification, maintenance, and system upgrades for a wide variety of equipment. In addition to fall protection equipment, we provide these services for roof anchors and davit systems to assist clients with all their fall protection needs. Our experts can make recommendations for repairs and other action items based on their findings. ATS: A High-Quality Service Provider Applied Technical Services is a multidisciplinary...



Applied Technical Services inspects fall protection equipment according to Cal OSHA fall protection requirements. Employee safety is a priority, especially while working at heights. Cal OSHA requirements, which apply to the state of California, differ from the federal standards but are equally strict regarding safety. ATS can assist clients and ensure that their fall protection equipment can reliably meet Cal OSHA standards. Fall Protection Inspections ATS provides testing and inspections for a wide variety of fall protection equipment, including: Roof anchors Personal fall arrest systems Vertical and horizontal lifelines Guard rails Ladders Most active fall protection equipment requires an inspection at least once a year, depending on applicable codes and standards. The professional engineers at ATS have experience inspecting equipment according to Cal OSHA and numerous other standards, such as ANSI, OSHA, ACME, IWCA, and NYSDOL. We offer several types of inspections to satisfy all our clients’ needs, which may include: Visual Inspections NDT Inspections Operational Inspections Structural Inspections Mechanical Inspections Load Testing and Certification Our experts search for mechanical damage, corrosion, cracking, and other defects that may affect safety in a fall protection system. These experts make recommendations for maintenance and repair actions based on the results of their inspections. We can also establish a routine inspection schedule to maintain standard compliance and equipment reliability. Quality Service with ATS Applied Technical Services provides inspections, testing, and consulting engineering services to clients around the globe. Our variety of specialists prioritize customer and user safety while providing high-quality customer service. With...



ATS conducts parking deck evaluations to ensure that our clients’ structures are safe and remain in good condition. Maintaining safety in parking structures requires quick responses to emergency damage, alongside comprehensive predictive maintenance practices. We help protect our clients’ tenants by performing everything from simple visual inspections to complex forensic investigations. ATS engineers can provide conceptual repair plans, capital reserve analyses, and prioritized lists of repairs, depending on the client’s particular needs. Our service can help protect and sustain the aesthetics and structural integrity of our customers’ parking structures. Repair Design Services We work with clients to determine a scope of work that fulfills the unique needs of their parking structures. Our structural engineers have the level of expertise required to handle the design of complex repairs, including foundation distress, damaged structural members, or component fatigue. We can tailor project specifications and repair plans to individual structures to maximize efficiency and effectiveness for every project. Waterproofing Specifications ATS assists clients with protecting their parking structures from destructive forces, including water damage. Our experts evaluate the parking structure and establish a scope of work for developing a water-resistant envelope that preserves vulnerable structural components. We assess expansion joints, joint repairs, and concrete sealer, providing specifications to address the needs of each. Protecting the parking deck from water intrusion extends the structure’s service life and offers a safe, comfortable space for the occupants. Construction Services Our parking deck services extend far beyond repair documents. We can provide construction administration services, assisting clients...



Roof anchors must endure operational loads for fall protection equipment, window washing platforms, rope descent systems, and suspended staging. Applied Technical Services conducts anchor point certification operations to ensure safety and standard compliance for our clients’ roof anchor systems. We can evaluate and certify anchor points according to OSHA, ANSI, IWCA, and ASME standards. Roof Anchor Safety ATS prioritizes safety through our strict quality assurance program and excellent safety record. We apply the latest engineering methods and technologies to our anchor point certifications, with a focus on the anchor points’ function. We can inspect, test, and certify several types of anchor points, such as: Welded Roof Anchors Through-Bolt Roof Anchors Cast-in-place Roof Anchors Bolt-Around-Beam Roof Anchors Adhesive Roof Anchors And Others Whether you need initial anchor point certification for a newly installed system or recertification of existing roof anchors, our licensed Professional Engineers can determine whether your system meets applicable regulations and standards. Our Roof Anchor Services ATS’s anchor point expertise extends beyond certification. We offer a comprehensive suite of roof anchor services, including: Turnkey Design / Installation Projects Design and Design Consulting Annual Inspections Plans of Service Upgrades and Repairs Construction Administration and Project Oversight We aim to always create the safest working environment possible for our clients, protecting personnel and preventing accidents. We ensure that the anchor points we design, install, inspect, and certify have optimal structural integrity. Our experts check anchors, fasteners, and exposed welds for damage or corrosion that may affect functionality. We also conduct thorough...



Applied Technical Services offers comprehensive level 1 rope access courses for individuals seeking Level 1 SPRAT certification. Rope access systems provide trained technicians with a versatile, inexpensive means of access to difficult-to-reach locations that would otherwise require building costly temporary structures like scaffolding. The use of rope access systems has saved companies hundreds of thousands of dollars on single projects, creating a strong demand for certified rope access technicians of all levels. Level 1 rope access courses instruct new and returning technicians how to navigate rope access systems safely and effectively at great heights to perform operations in several different industrial applications, including: Telecommunications Chemical Renewable Energy Commercial Properties Offshore Oil and Gas Shipyards Construction Pulp and Paper Geological Surveying Nuclear Power Generation Infrastructure Petrochemical Manufacturing SPRAT Level 1 Rope Access Course Training Students that complete certification through the Applied Technical Services level 1 rope access course program are certified to perform practices and techniques compliant with the standards set by the Society of Professional Rope Access Technicians (SPRAT). SPRAT is an administrative organization for rope access industry standards in North America that outlines safe practices and certification requirements for rope access technicians. No prior experience in rope access is necessary for individuals to gain SPRAT Level 1 certification. ATS offers all three levels of SPRAT certification classes: Level 1: Rope Access Worker: Qualification for entry-level technicians to conduct basic rope access operations under Level II or Level III supervision. Level 2: Rope Access Lead Technician: Qualification to perform rope...



Applied Technical Services offers industrial rope access courses for candidates of all experience levels. Rope access systems provide versatile, inexpensive accessibility to difficult-to-reach locations that would otherwise require costly measures such as erecting scaffolding. Implementing rope access systems has saved companies hundreds of thousands of dollars on individual projects, causing a rapid demand increase for certified rope access technicians. The training gained from an industrial rope access course prepares technicians to navigate rope access systems safely and effectively at great heights to perform various industrial operations, including but not limited to: Painting, Sandblasting, and Pressure Washing Building, Bridge, and Dam Inspections Turbine Maintenance and Repair Fire Rescue Surface Preparation and Sealant Installation Industrial Chimney and Stacks Maintenance Instrument Installation Welding Getting Certified with Applied Technical Services Candidates seeking rope access certification through ATS will undergo education and training to work under the standards set by the Society of Professional Rope Access Technicians (SPRAT). ATS industrial rope access courses are held over five sessions, providing trainees with hands-on instruction that allows each student to develop the necessary knowledge and skills for a career in rope access. The first four days of the course include classroom and hands-on obstacle course training. On the fifth day, students will complete their certification exams. Industrial rope access course training at Applied Technical Services grants candidates the following levels of SPRAT certification: Level I: Rope Access Worker: Qualification for entry-level technicians to conduct basic rope access operations under the supervision of Rope Access Lead Technicians and...



Façade Access Certifications ATS conducts 10-year certifications for façade access systems and components. Façade access certification ensures compliance with applicable safety regulations and standards, creating the safest conditions possible for system users. We use a wide range of inspection, testing, and design skills to serve big names in commercial real estate. As a leading consulting engineering firm, we hold multiple accreditations and have experienced professional engineers and consultants on staff. 10 Year Certification Requirements According to 29 CFR OSHA 1910. 27, roof anchors and façade access systems utilized as a rope descent system (RDS) need initial certification and testing prior to use and recertification once every 10 years. ANSI standards also mandate that suspended maintenance systems and anchors must undergo recertification every 10 years at a minimum. Applied Technical Services employs licensed professional engineers to oversee initial certifications and 10-year recertifications. Our qualified personnel have extensive experience testing and inspecting façade access systems and components. We can assess several types of roof anchors, including their structural attachment type, such as welded, adhesive, through-bolt, cast-in-place, and bolt-around methods. We also inspect, test, and certify davit systems and other façade access equipment. Our engineers can design, test, inspect, and certify these systems according to clients’ needs. Our Inspection and Certification Services ATS conducts inspections that are OSHA, ANSI, CAL/OSHA, ASME, IWCA, and NYSDOL compliant, where applicable. When conducting recertifications, ATS can: Check for cracks, burrs, deformation, and other forms of physical damage Examine corrosion that may affect system strength or operations Load...



Applied Technical Services offers extensive rope access classes for technicians of all experience levels seeking accreditation or reaccreditation. Rope access classes teach technicians how to safely work at great heights using rope systems and associated equipment. Rope access allows trained personnel to perform operations safely and efficiently in difficult-to-reach locations. At ATS, our rope access classes teach technicians how to utilize a main line and safety line to effectively scale, descend, and move laterally on a rope access system. Rope access safely reduces company costs by reducing or eliminating the need for building structures such as scaffolding. Manifold applications benefit from professionals with rope access expertise, including: Instrument Installation Geological Surveying Concrete Repair Photography/Videography Preparing Surfaces Sealant Installation Painting Scaling/Anchoring Rocks Sandblasting Pressure Washing Movie/Theater Set Installation Façade Inspection Getting Certified with Applied Technical Services Students seeking rope access certification through Applied Technical Services will undergo training to work in compliance with the standards set by the Society of Professional Rope Access Technicians (SPRAT). ATS offers five-day rope access classes, providing trainees with hands-on instruction that allows each student to develop the necessary rope access knowledge and skills. The first four days of rope access classes include instruction on equipment maintenance, knot tying, anchorage combination, and rescue protocol. On the final day, students will complete certification exams conducted by an independent proctor. ATS rope access classes offer the following levels of SPRAT certification: Level I: Rope Access Worker: Qualification for entry-level technicians to conduct basic rope access operations under Level...



Rigid Rail Safety Rigid rail systems are innovative fall protection systems with virtually endless possibilities for configuration, length, span, and coverage areas for indoor and outdoor work at heights. Rigid rails are durable and low maintenance, but the components in these systems can wear down over time. Problems such as rusted or loose bolted connections and faulty welds can compromise the rigid rail system’s safety. Unauthorized modifications can also jeopardize employee safety. Regular rigid rail inspections keep suspended access and fall protection systems OSHA and ANSI compliant to ensure the safety of workers at height. Rigid Rail Inspection Requirements Rigid rails must undergo inspections annually and immediately after a fall takes place. Applied Technical Services performs suspended access and fall protection inspections for several types of equipment, including rigid rails and monorails, among others. Our professional engineers are highly qualified and experienced and can verify whether clients’ fall protection systems meet safety standards. Suspended Access Inspections Our experts examine rigid rail systems and components for damage, wear, and nonconformance to system specifications. We visually inspect trolleys and welds and look for any signs of impact or deformation on the system. We can also perform torque testing on bolted connections. The inspector also checks for potential damage from unreported falls that would need repair before recertification and continued use. Document Review In addition, ATS professionals review engineering documentation for important information. We examine drawings and calculations and check equipment load ratings, the maximum number of users, fall clearances, and lanyard requirements....



OSHA Regulations for Davit Systems Davit systems support platforms over the edge of building façades so workers can safely perform essential maintenance, repair, and cleaning operations. Safety is a top priority when working at heights, which is why Occupational Safety and Health Administration (OSHA) upholds several regulations for davit system design, construction, maintenance, and use. OSHA davit system requirements include certification, testing, and inspection intervals. Davit systems need certification before use, as well as recertification every ten years. Davit systems with chemically bonded, adhesive, or epoxy anchorages require recertification every five years. All davit systems must undergo annual visual inspections. Applied Technical Services performs inspections to help clients meet regulated standards. Compliance with these OSHA standards prevents accidents, protects investments in equipment, and keeps personnel safe. Davit System Experts Applied Technical Services specializes in davit systems, providing inspection, testing, engineering, and design services for clients throughout the US. Our licensed professional engineers have extensive knowledge and experience with inspection, installation, and nondestructive davit testing. We can inspect core system components, such as the following: Fixes Davit Bases Davit Arm Assemblies Boom Assemblies Dual-line Suspension Systems Powered Work Platforms We offer engineering services and turnkey designs that comply with OSHA, ASME, IWCA, and ANSI standards. We can verify whether client equipment complies with applicable standards and deliver a report containing any testing data. Our expertise allows us to work cost-effectively while prioritizing quality and safety. Count on ATS for Fall Protection ATS is a forerunner in testing, inspection, and consulting engineering...



The ATS Special Access Services department includes an advanced rope access team that is uniquely qualified to solve the most unique access issues safe and efficiently: OSHA/ANSI Compliant Access Consulting for Cost Efficient Access Methods 3rd Party Verification of RDS (Rope Descent Systems) Plan of Service Facade Inspections Wind Turbines Bridges Building Facades Theme Parks Port Cranes Dams Standby Rescue Services and Rescue Team Training SPRAT Certification Courses Custom Fall Protection Courses Rope Access Team: Consulting Level Capabilities With the explosion of rope access companies and divisions, it is important to identify what sets ATS Special Access Services apart from the competition. Our rope access team started within our Consulting Engineering Fall Protection Division. With a deep and historical foundation in fall protection code, applications, and consulting, we provide solutions that exceed the applicable regulations. There is no guessing that an ATS rope access solution is safe due to engineering verification, making ATS a highly-qualified provider of rope access services. ATS offers reliable inspections from SPRAT-certified experts. Whereas new firms that receive SPRAT or IRATA certifications may be unaware of trusted techniques and code integration, ATS has decades of best practices to draw from. Optimal Designs and Service With highly trained and qualified personnel who continually receive education and training to ensure the latest techniques and equipment is being utilized, ATS clients can be confident they are receiving the highest level of service available. We enjoy nothing more than bringing creative solutions that not only save time and money, but also...



ATS Rope Access Course Offerings and Pricing Applied Technical Services offers a wide variety of rope access and rope rescue training courses. You can find an exhaustive list of our offerings, as well as the price of each class, below. Courses are held regularly throughout the year unless otherwise indicated. Students can schedule one of our by-request training courses or request onsite training in their own facility by reaching out to us at our main line, +1 (888) 287-5227 and asking for Rope Access Training. SPRAT Level I: $1450 SPRAT Level II: $1750 SPRAT Level III: $1750 SPRAT Refresh: TBA Technical Rope Rescue: TBA Tower Rescue: TBA Wind Turbine Rescue: TBA High-Rise Rescue: TBA



Applied Technical Services provides an all-inclusive rope access level 1 training program for individual professionals exploring SPRAT level 1 accreditation. Rope access differentiates itself as both a safe and cost-effective solution for accessing work at challenging heights or difficult to reach locations. After completion of the rope access level 1 training, technicians will be capable of performing a scope of inspection, repair, maintenance and access work. Rope access allows technicians the ability to scale, descend, or move laterally with a network of ropes which eliminates the use of scaffolding or other functional access equipment. Rope access has numerous industrial applications that may include but not limited to: Chemical Commercial Properties Construction Geological Surveys Infrastructure Manufacturing Nuclear Offshore Oil & Gas Petrochemical Power Generation Pulp and Paper Renewable Energy Shipyards Telecommunications Certification With ATS All ATS rope access training classes are taught by SPRAT and/or IRATA Level III certification instructors. The course’s introduction and basic curriculum begins with students learning about the proper use of rope access equipment and conforming standards and regulations. Our hands-on training exercises instructs students on tying knots, combining anchorages, and following rescue protocol in a safe and monitored environment. On completion of the final certification session, all passing students will attain SPRAT Level 1 certification. SPRAT Level 1 Students that complete certification through the ATS rope access level 1 program are validated to perform SPRAT-compliant practices and techniques. The Society of Professional Rope Access Technicians or SPRAT is an administrative body for industry standards in North...



Applied Technical Services provides SPRAT training to candidates who want to pursue a career as a rope access technician. SPRAT is a body consisting of rope access companies and government agencies that sets quality and safety standards for their members, help inform government regulations on the industry, and administer the program to certify the competency of individual practitioners. Also known as the Society of Professional Rope Access Technicians, SPRAT holds authority in the industry partly because of its role in legitimizing the practice as a safe and effective method of working at heights. As such, having both training that complies with SPRAT standards and certification that bears their approval is highly valued by potential employers in the United States — so much so that many will not hire a technician without these credentials. ATS offers SPRAT-compliant training and certification courses to help candidates achieve their qualifications and further a career in rope access work. ATS' SPRAT Training Courses We structure our rope access training courses in five sessions, four for instruction and one for examination. ATS’ class structure further breaks down into lecture-style lessons and hands-on applications. Although the former of the two has great importance to this career track, covering the use and maintenance of equipment as well as standards and regulations pertaining to rope access work, our instructor emphasizes the latter. By doing so, he ensures candidates leave sessions with practical experience implementing the procedures they learn in the classroom. Assessment comprises the final session. A SPRAT-approved evaluator...



Applied Technical Services offers a comprehensive SPRAT Level 1 training course for prospective rope access technicians seeking accreditation. Rope access is an in-demand work discipline that enables technicians to scale, descend, or move laterally across buildings, construction sites, and tall structures. Rope access simply requires the use of a main line and a safety line securely attached to a fall arrest system, providing employers with a safe alternative to expensive scaffolding and other specialized equipment. With the proper training, technicians can perform construction, inspections, and maintenance on high, tight or unfinished work areas. Technicians certified with either SPRAT or its European counterpart, IRATA, can apply their skills in a variety of jobs, including: Façade Inspections Installing Instruments Installing Movie / Theater Sets Painting Performing Geological Surveys Pressure Washing/Sandblasting Preparing Surface and Installing Sealant Repairing Concrete Scaling and Anchoring Rocks Shooting Photos/Videos SPRAT Levels By earning certification through the ATS rope access program, candidates will be trained to work in accordance with the standards and techniques of SPRAT, the Society of Professional Rope Access Technicians. SPRAT is an organization that establishes industry-recognized rope access standards in North America and is mainly composed of prominent companies as well as experienced technicians who operate in this field. Most rope access technician employers only consider personnel that hold a certification with either SPRAT or its European counterpart IRATA. SPRAT recognizes three defined levels of rope access competence and achievement, each holding increased training and experience requirements for qualification. SPRAT Level 1 is the first...




## Standards


The Applied Technical Services Family of Companies (ATS FoC) conducts polymer viscosity testing in accordance with ASTM D4603 to support quality control and inform material selection.   What Does ASTM D4603 Measure? ASTM D4603 is a standard for measuring the inherent viscosity of polyethylene terephthalate (PET) using a glass capillary viscometer.   This standard measures polymer viscosity to provide insight into material quality and chemical chain length. Unlike similar standards, ASTM D4603 specifies solvents specifically for PET polymers.   Why is Viscosity Critical to PET Quality Control? Viscosity is essential for determining a polymer’s molecular weight and processability. Because PET is often used in applications requiring strength and thermal stability, monitoring inherent viscosity is important to overall material quality. Measuring PET viscosity helps to:  Monitor Batch Quality Inform Material Selection Improve End-Product Quality Examine Molecular Weight and Chain Length Meet Industry Standards Which Industries Commonly Request ASTM D4603 Testing? Industries that require high-performance PET materials frequently request ASTM D4603 testing, including:  Polymer and Plastic Manufacturers Packaging Industries Textile Manufacturers PET Recycling Facilities Polymer testing to applicable standards supports material quality and performance. Partnering with a reputable laboratory ensures reliable and accurate results.   Trusted Polymer Testing Backed by ATS Expertise The ATS FoC is committed to creating a safe and reliable world. Since partnering with SGS in 2026, we have expanded our testing, inspection, calibration, and consulting (TICC) services to support clients worldwide.   In addition to ASTM D4603 testing, our polymer laboratories offer a range of environmental, mechanical, and chemical analyses. Our polymer testing services include:  Accelerated Weathering Material Identification Failure...



The Applied Technical Services Family of Companies (ATS FoC) measures polymer viscosity according to ISO 1628-1, helping companies maintain compliance and monitor batch quality.   How Does ISO 1628-1 Help Determine Polymer Molecular Properties? ISO 1628-1 establishes the standard for determining polymer viscosity using capillary viscometers.   When no specific standard exists, ISO 1628-1 provides a general method to measure an organic polymer’s intrinsic viscosity, reduced viscosity, and K-value. These measurements offer insight into the polymer’s molecular properties.   Why is Assessing Polymer Viscosity Important?   A material’s molecular weight significantly impacts its viscosity. Larger, heavier molecules tend to increase solution viscosity, which we can measure to determine their general molecular weight. This information is valuable for several applications, including:  Detecting Batch Variation  Determining Molecular Weight Changes  Distinguishing Polymer Alterations  Optimizing Manufacturing Processes  Research and Development  Quantification of Molecular Weight Degredation Which Industries Rely on ISO 1628-1?   ISO 1628 applies to many industries that rely on polymer viscosity for quality control and product development, including:  Plastic & Polymer Manufacturing  Automotive Industries  Packaging Manufacturing  Aerospace Industries  Testing polymer products to applicable standards supports product conformance. Working with qualified testing labs ensures accurate and reliable results.   Your Trusted Source for Polymer Testing  The ATS FoC is a leader in testing, inspection, calibration, and consulting (TICC) services. Our partnership with SGS, a global TICC leader, has expanded our capabilities to serve clients worldwide.   Our polymer laboratories offer a range of mechanical, thermal, environmental, and chemical analyses to determine sample properties, including but not limited to:  Failure Analysis  Accelerated Weathering  Flexural Strength Testing  Melt Flow Index Testing  FTIR Analysis  Flammability  As proof of our testing...



The Applied Technical Services Family of Companies (ATS FoC) applies the ASTM D2857 standard to measure dilute solution viscosity (DSV) in polymers, offering valuable insight into their molecular structure.   What is ASTM D2857 Used For?   ASTM D2857 establishes a standard method for determining a polymer’s dilute solution viscosity, which informs the polymer’s molecular weight. The method can be used to:  Detect Batch Variation  Explore Degradation Patterns  Explore Aging and Sterilization Differences  Determine Molecular Weight Changes  Distinguish Polymer Alterations  How Does ASTM D2857 Help Determine Polymer Molecular Characteristics?   When dissolved in a solvent, polymers increase the sample’s viscosity. Larger, heavier molecules cause greater increases, determining the polymer’s relative molecular weight.   This method is often used to compare samples of the same polymer with different performance characteristics. It is commonly applied in materials testing and in manufacturing for batch testing. Which Laboratories Offer ASTM D2857 Testing Services?   Companies rely on the polymer testing labs at the ATS Family of Companies (FoC) for comprehensive ASTM D2857 testing. Our accredited laboratories deliver reliable results to verify your polymer’s conformance and properties.   If you’re looking for DSV polymer testing, our experienced team consistently delivers high-quality results, actionable data, and the insights needed to move forward with confidence.   The ATS FoC: Bringing Clarity to Materials Testing  Since 1967, ATS has expanded into a family of companies dedicated to safety and reliability. As a leader in testing, inspection, calibration, and consulting (TICC) services, we are committed to delivering quality solutions that help you minimize costs and reduce waste.   In addition to DSV testing, our...



The Applied Technical Services Family of Companies (ATS FoC) conducts testing in accordance with ASTM D1976 to identify metals and other elements present in water samples using Inductively Coupled Plasma Atomic Emission Spectroscopy (ICP-AES).   Water treatment plants, manufacturing facilities, and environmental laboratories use ASTM D1976 to assess and monitor water quality.  Bottling plants, for example, use this standard to ensure contaminant-free water, a necessity for product safety. Oil and gas operations, on the other hand, use the standard to monitor wastewater discharge, therefore maintaining regulatory compliance with environmental standards.   Testing water and wastewater supports regulatory compliance, protects biological safety, and informs treatment process improvements.   What is ASTM D1976? ASTM D1976 is a standard test method for determining elemental concentrations in water andwastewater.   This method uses Inductively Coupled Plasma Atomic Emission Spectroscopy (ICP-AES),which excites atoms or ions with plasma, causing them to emit electromagnetic radiation. This radiation identifies elements and their concentrations.   ASTM D1976 can simultaneously identify up to twenty-nine elements and offers greater sensitivity than some other techniques.   What Elements Can ASTM D1976 Detect? A base analysis can detect lead, arsenic, barium, magnesium, sodium, and iron. Site-specific testing can include boron, chromium, potassium, selenium, strontium, or cadmium.   Some industries may require analysis of additional elements. Oil and gas wastewater may contain potassium, lithium, silica, sulfur, and phosphorus. Mining and metallurgical operations use ASTM D1976 to detect leachates and effluents in wastewater. Our Chemistry Labs Are Where Bright Minds Meet Best Practices  Since 1967, ATS has grown into a Family of Companies (FoC), leveraging decades of experience to deliver accurate, high-quality results. Our chemistry labs hold multiple ISO/IEC 17025:2017 accreditations and perform a range of testing methods, including but not limited to:  Spark...



The Applied Technical Services Family of Companies (ATS FoC) conducts ASTM G48 testing to evaluate the pitting and crevice corrosion resistance of stainless steels and alloys. This test method uses ferric chloride solutions to reveal how materials respond to aggressive environments. This standard offers a consistent way to compare alloy performance and verify material suitability for demanding applications. How Does ASTM G48 Testing Improve Material Reliability and Safety? ASTM G48 testing helps our clients confirm their materials' ability to withstand corrosive conditions. The test supports safer operations, longer equipment life, and fewer unexpected failures. It also helps teams validate supplier claims and maintain compliance with internal and external quality requirements. By partnering with ATS and SGS, our clients receive: Reliable material qualification, supporting informed selection of alloys Risk reduction, limiting downtime from corrosion‑related maintenance and failure Quality assurance, verifying that materials meet project specifications As a trusted name in the aerospace, automotive, oil and gas, power generation, energy storage, defense, construction, chemical, and manufacturing industries, ATS and SGS have clients operating in countless industries around the world. Many sectors depend on corrosion‑resistant materials, with ASTM G48 testing most commonly requested by: Chemical processing plants Oil and gas operators Power generation facilities Marine and offshore companies Fabricators and metal suppliers What Makes ATS a Trusted Provider of ASTM G48 Testing? The corrosion resistance testing experts at ATS and SGS provide ASTM G48 testing with a focus on accuracy, consistency, and clear reporting. Our ISO 17025:2017-accredited, ISO 9001:2015-registered testing laboratories, highly experienced...



The Applied Technical Services Family of Companies (ATS FoC) performs ASTM G28 testing to detect intergranular corrosion in stainless steels and related alloys. This testing method helps our clients confirm that materials can withstand corrosive environments without unexpected degradation. Which Materials Require ASTM G28 Testing Before Service? Materials that face exposure to corrosive environments often require ASTM G28 testing before service. Stainless steels and nickel‑based alloys used in chemical processing, power generation, oil and gas, and other demanding applications benefit most from this evaluation. These materials can develop intergranular corrosion when exposed to heat or harsh operating conditions, making early detection essential. ASTM G28 testing with ATS and SGS helps confirm that alloys meet performance expectations, supporting safer operation and more reliable long‑term service. We provide clear, accurate results, helping clients qualify materials with confidence. Why ASTM G28 Matters ASTM G28 testing helps verify that alloys meet required corrosion‑resistance thresholds. This protects critical equipment from premature failure. It also supports compliance with industry specifications and customer requirements. Many sectors rely on this testing to maintain operational integrity. ASTM G28 testing provides: Early detection of intergranular attack Improved material selection and qualification Reduced risk of costly downtime Support for regulatory and contract compliance Organizations that use stainless steels in demanding environments often require ASTM G28 testing services, depending on accurate corrosion data to make informed decisions and validate materials before fabrication or installation. Our clients include but are not limited to: Chemical processing facilities Oil and gas operators Power generation plants...



The Applied Technical Services Family of Companies (ATS FoC) provides comprehensive testing aligned with ISO 3651‑2, helping clients verify material performance and compliance with global quality requirements. ISO 3651‑2 defines international standards for determining the resistance of metallic materials to intergranular corrosion. This specification ensures that stainless steels and related alloys maintain structural integrity under demanding conditions. How Does ISO 3651-2 Support Material Reliability? ATS delivers ISO 3651‑2 testing with precision and consistency. Our metallurgical laboratories operate under strict quality management systems, ensuring every test meets international standards. ATS and SGS employ experienced technicians and engineers, applying advanced equipment to evaluate corrosion resistance accurately. Our professional approach includes: ISO 17025:2017-accredited, ISO 9001:2015-registered testing laboratories Detailed reporting with clear data interpretation and compliance documentation Efficient turnaround times Technical consultation to help clients understand results and corrective actions Our team’s expertise ensures that clients receive reliable, actionable insights rather than raw data alone. This helps clients by identifying any possible issues with material reliability early on. Who Requires ISO 3651‑2 Testing? This service is essential for industries where corrosion resistance directly affects safety, durability, and regulatory compliance. Our clients include: Stainless steel component manufacturers operating in the automotive, aerospace, and energy sectors Fabricators and welders producing pressure vessels, pipelines, and structural assemblies Quality assurance departments verifying material certifications before production Engineering firms designing systems exposed to corrosive environments By confirming that materials meet ISO 3651‑2 criteria, our clients reduce risk and maintain product reliability. The Importance of ISO 3651‑2 Compliance Intergranular corrosion...



The Applied Technical Services Family of Companies (ATS FoC) offers IEC 62619 testing services for industrial lithium batteries. Our laboratory evaluates lithium cells and battery systems to ensure they meet recognized safety standards. We deliver accurate, repeatable results that support product qualification, regulatory compliance, and customer confidence, enabling efficient commercialization using advanced equipment and expertise. What Type of Equipment Requires IEC 62619 Testing? IEC 62619 specifies safety requirements and test methods for secondary lithium cells and batteries used in industrial applications. It applies to products used in a wide range of equipment, including: Stationary energy storage systems Uninterruptible power supplies (UPS) Telecommunications infrastructure Industrial vehicles Robotics Medical equipment The standard ensures that cells and battery assemblies can safely withstand electrical, mechanical, thermal, and environmental stresses during normal use or foreseeable misuse. Testing may include vibration resistance, external short-circuit testing, thermal abuse, overcharging, impact resistance, and drop resistance, depending on the battery configuration. Manufacturers pursue compliance to meet customer specifications, support international distribution, and demonstrate adherence to recognized safety standards. Our IEC 62619 Testing Services Our laboratory delivers comprehensive IEC 62619 testing, supported by experienced engineers, advanced instrumentation, and strict quality procedures. We customize testing programs to each client’s battery design and application while maintaining consistent, reliable, and traceable results through our accredited quality management system. Our services include: Prototype cell testing Production battery pack testing Design verification Documentation review Detailed compliance reports Our specialists provide responsive technical guidance throughout every stage of the project, from initial planning through final documentation,...



How Does ASTM C88 Testing Assist with Material Selection?   The Applied Technical Services Family of Companies (ATS FoC) performs ASTM C88 testing to assess the soundness of construction aggregates.   ASTM C88 testing evaluates aggregate performance under weathering in concrete, asphalt, and similar applications. The process simulates water expansion during freezing and measures changes in the aggregate soundness. The aggregate is immersed in a sodium sulfate or magnesium sulfate solution, oven-dried to dry permeated salt, then rehydrated. The cycle is repeated to simulate real-world weathering conditions. How Do Professional Aggregate Testing Labs Support Construction Longevity?   Aggregates play a critical role in construction durability.  Understanding their physical and chemical properties is essential for material selection, mix design, and quality control. Professional aggregate testing labs help ensure materials withstand long-term environmental and mechanical stresses.   Professional testing labs such as ATS and SGS can help reduce uncertainty in material selection.  In addition to ASTM C88 soundness testing, ATS FoC can assess other aggregate characteristics, including but not limited to:  Material Suitability and Conformity  Particle Size Distribution Density and Porosity Aggregate Shape Characteristics Mix Design and Compaction Structure, Properties, and Composition Aggregate Performance Under Specific Conditions Wear Resistance and Degradation  The ATS FoC can manage high-volume aggregate testing requirements using our expertise and advanced technological capabilities.   Construction Testing That Takes You One Step Closer to Certainty  With over fifty years of experience, ATS FoC is a leader in testing, inspection, calibration, and consulting (TICC) services. Since joining SGS in 2026, we have expanded our capabilities to serve clients worldwide.   We are committed to operational excellence and adhere to strict quality standards to ensure accurate testing. Our facilities operate under an ISO 9001:2015-registered quality management system, and we hold multiple ISO/IEC 17025:2017 accreditations across...



Why is ASTM C128 Testing Required for Concrete Mix Design? The Applied Technical Services Family of Companies (ATS FoC) provides ASTM C128 testing to determine the relative density, absorption, and absolute volume of fine aggregates, helping guide mixture proportions and moisture adjustments. Measuring an aggregate’s relative density is essential for accurate mix design, material selection, and construction quality. ASTM C128 focuses on fine aggregates, such as small stone particles or sand, and evaluates their water absorption.   How Does Fine Aggregate Testing Facilitate Construction Reliability?   Aggregates influence the physical properties of construction projects, including buildings, critical infrastructure, and roadways. Understanding aggregate properties helps engineers predict how materials will behave in specific applications and make informed mix design decisions. Absorption data indicates how much water the aggregate will absorb, enabling producers to adjust water additions and maintain the intended water-cement ratio. This process supports precise concrete mix proportions and consistent batch quality. Proper aggregate characterization contributes to durable concrete strength and reduces potential defects, rework, and long-term performance issues, supporting reliable construction outcomes. Our Full Range of Aggregate Testing Services In addition to ASTM C128 testing, the ATS FoC can also assess other aggregate characteristics, including but not limited to: Gradation Reports/Sieve Analysis: particle size distribution Clay Lumps and Friable Particles: material suitability and conformity Specific Gravity and Absorption: density and porosity Material Characterization: structure, properties, and composition  Soundness Testing: durability under weathering Flat and Elongated Particles: aggregate shape characteristics Moisture Content Analysis: mix design and compaction Performance Analysis: aggregate behavior under specific conditions  LA Abrasion:...



Why is ASTM C127 Important to Material Selection and Construction?   The Applied Technical Services Family of Companies (ATS FoC) conducts ASTM C127 testing to determine the specific gravity and absorption of aggregate materials, providing essential data for material selection and quality control. ASTM C127 measures the ratio of aggregate mass to an equal volume of water. This specific gravity value indicates the aggregate’s absorption characteristics, which impact mix design and durability. Whether the aggregate is intended for roadways, buildings, or infrastructure, ASTM C127 testing provides valuable insights into its absorptive properties and suitability for use.   Which Aggregate Testing Services Support Project Integrity?   Quality building materials are essential for the structural durability of construction projects. Our network of facilities uses its expertise and technological capabilities to manage high-volume testing needs.   In addition to ASTM C127 testing, ATS FoC offers a range of aggregate testing services, including:  Clay Lumps and Friable Particles: identifying weak or undesirable materials  Gradation Reports/Sieve Analysis: determining particle size distribution  Soundness Testing: evaluating durability under weathering  Specific Gravity and Absorption: measuring density and porosity  Moisture Content Analysis: ensuring proper mix design and compaction  Material Characterization: analyzing structure, properties, and composition  LA Abrasion: assessing wear resistance and degradation  Flat and Elongated Particles: assessing aggregate shape characteristics  Performance Analysis: evaluating aggregate behavior under specific conditions  Our testing facilities support quality assurance and control programs to help ensure the performance of your construction projects.   About ATS: We Take You from Confidence to Certainty  As a leader in testing, inspection, calibration, and consulting (TICC), the ATS FoC is committed to delivering quality services that support...



The Applied Technical Services Family of Companies (ATS FoC) offers ASTM C173 air-content testing. Concrete is a fundamental construction material, forming the basis of infrastructure such as highways, bridges, commercial buildings, and residential developments. Its strength, versatility, and cost-effectiveness are critical to modern construction. Accurate testing of fresh concrete properties, including air content, is necessary to verify compliance, reduce risk, and ensure long-term durability. When is ASTM C173 Required by Project Specifications? ASTM C173, the Standard Test Method for Air Content of Freshly Mixed Concrete by the Volumetric Method, is the recognized procedure for determining total air content in fresh concrete. This method is particularly effective for concrete with lightweight aggregates, porous materials, or specialty mixes that are not suitable for pressure-based tests. ASTM C173 is typically required when project specifications call for air content testing of concrete made with lightweight, porous, or highly absorptive aggregates, which can produce inaccurate results with the pressure method in ASTM C231. Engineers and owners also specify ASTM C173 for projects where precise air content measurements are essential to verify compliance with quality, durability, and performance requirements before concrete placement. About Our ASTM C173 Testing Services Partnering with our laboratory gives you access to highly trained concrete testing professionals committed to delivering accurate, reliable, and timely results. Our team includes certified technicians and experienced quality assurance specialists with in-depth knowledge of ASTM standards and construction materials. Our AASHTO R18 and ISO/IEC 17025-accredited laboratory follows strict quality management procedures and is dedicated to technical excellence,...



The Applied Technical Services Family of Companies (ATS FoC) performs ASTM C33 testing to assess the quality of fine and coarse aggregates in concrete. ASTM C33 specifies requirements for gradation, durability, and other key characteristics that affect long-term performance. Since aggregates make up the majority of concrete mixes, their quality directly impacts strength, workability, and durability. Testing to ASTM C33 verifies that materials meet the specifications for reliable construction. What Testing Methods Ensure Your Aggregates Meet Industry Standards? Testing to ASTM C33 promotes consistent material performance across various applications and helps identify issues before aggregates are used in production or delivered to the jobsite. ASTM C33 is a valuable tool for organizations seeking reliable, data-driven material verification. The ATS FoC regularly tests aggregates and other building materials to a wide variety of standards, ranging from shrinkage and temperature testing to splitting tensile testing and rebound hammer testing. Some of our most commonly requested ASTM aggregate testing methods include: ASTM C1260 ASTM C1567 ASTM C496 ASTM C157 ASTM C805 ASTM C1064 ASTM C117 ASTM C136 ASTM C1202 Why ASTM C33 Testing Is Important ASTM C33 testing establishes clear criteria for evaluating aggregate suitability. Concrete must endure environmental exposure, mechanical loads, and long-term wear. Aggregates that fail to meet standards increase the risk of cracking, reduced strength, or premature deterioration. Benefits of ATS' ASTM aggregate testing services include: Improved confidence in long‑term structural behavior Aggregate-compliance verification Early detection of material quality concerns Reduced chance of expensive repairs Consistent concrete mixture performance support...



The Applied Technical Services Family of Companies (ATS FoC) provides ASTM C78 flexural strength testing. Concrete’s durability and versatility make it a preferred choice for critical infrastructure in commercial and residential projects. Our ASTM C78 flexural strength testing services help clients verify concrete performance, demonstrate compliance with project specifications, and make informed decisions about quality control and construction readiness. How Can ASTM C78 Testing Help Verify Concrete Quality? ASTM C78 flexural strength testing is essential for developing and qualifying concrete materials. This test measures the flexural strength (modulus of rupture) of concrete under third-point loading and provides data for engineers to assess performance under bending stresses. ASTM C78 is used to evaluate concrete for the following applications: Airport runways Bridge decks Commercial flooring Pavement for highways and roads Slabs ASTM C78 results allow comparison of mix designs, identification of improvements, and confirmation of compliance. Design teams use this data to assess durability, load-bearing capacity, and structural performance. Accurate results support informed material selection, reduce risk, and improve construction safety. About Our Flexural Strength Testing Services Our ISO/IEC 17025 and AAP-accredited laboratory provides technical expertise and quality assurance as a trusted testing partner. Experienced technicians perform ASTM C78 flexural strength testing using calibrated equipment and standard-compliant procedures. Our quality management system ensures consistent, repeatable results. We offer comprehensive concrete characterization, mechanical property evaluation, durability testing, and material analysis. Our cross-sector experience helps us address complex testing needs and support clients in meeting deadlines. More About Construction Testing Services Our advanced facility...



Evaluating Large-Sized Aggregates The Applied Technical Services Family of Companies (ATS FoC) conducts ASTM C535 testing to evaluate the durability of aggregates larger than 19 mm. This test measures resistance to abrasion and impact, helping clients select construction materials such as crushed stone, gravel, concrete that meet project specifications and regulatory standards. How does ASTM C535 Determine Abrasion Loss in Aggregates? ASTM C535, or the Los Angeles abrasion test, measures the durability of large, coarse aggregates under extreme mechanical stress with the Los Angeles Machine. Our trained technicians load aggregates and hardened steel spheres into the rotating drum of the Los Angeles abrasion machine. The spheres deliver impact and crushing forces for effective abrasion. After rotation, a 1. 70-mm sieve and precision scale are used to measure material loss and assess aggregate breakdown. We calculate Los Angeles Abrasion Loss (%) by dividing the weight of material lost by the original sample weight and multiplying by 100. Lower percentage loss, typically under 30–40%, indicates higher aggregate durability. Higher percentage loss signals reduced aggregate durability. Aggregates with high abrasion loss are less suitable for heavy-duty applications. Similarly, ASTM C131 applies the L. A. method to smaller aggregates under 37. 5 mm. ATS Serves Industry Clients Who Rely on ASTM C535 Testing Since joining SGS in 2026, ATS has broadened its client base within the global TICC industry. Project and material engineers rely on our ASTM C535 testing to verify the durability and performance of critical infrastructure, including: Road construction: asphalt pavement aggregates...



The Applied Technical Services Family of Companies (ATS FoC) performs comprehensive ASTM C1567 testing, offering a practical, accelerated approach to evaluate the alkali–silica reactivity (ASR) potential of concrete aggregates. Who Provides Accelerated ASR Mitigation Testing? Alkali-silica reaction testing companies such as ATS and SGS conduct accelerated ASR mitigation testing to ASTM C1567. The test measures length changes in mortar bars containing both the aggregate and supplementary cementitious materials (SCM). Since ASR can cause cracking, expansion, and durability issues, this method helps determine if a material combination will mitigate or contribute to reactivity. What is the Typical Turnaround Time for ASTM C1567 Results? ASTM C1567 testing, also known as the accelerated mortar-bar method, takes approximately 16-30 days. ATS maintains clear and consistent communication throughout the process. This testing method is most effective for short-term aggregate evaluation. Other ASR testing methods can take between 12 and 24 months. Why ASTM C1567 Testing Is Important ASTM C1567 testing is important because it provides early insight into aggregate and SCM interactions. The controlled, repeatable test assesses expansion potential, helping reduce the risk of ASR-related issues that may develop years after construction. This method supports informed mixture design decisions and helps project teams verify that SCM such as fly ash, slag cement, or silica fume effectively reduce expansion. ASTM C1567 provides organizations with reliable data before construction starts. Accelerated ASR testing helps our clients through: Early identification of reactive aggregate–cement combinations Support for durable design Reduced risk of cracking, expansion, and long‑term maintenance costs Compliance...



Evaluating Small-Sized Aggregates The Applied Technical Services Family of Companies (ATS FoC) conducts ASTM C131 testing to evaluate the quality of aggregates smaller than 37. 5 mm used in infrastructure construction and determine their resistance to degradation from abrasion, impact, and grinding. What Equipment is Used in LA Abrasion Testing? ASTM C131 is commonly referred to as the Los Angeles (L. A. ) abrasion test and measures the durability of small, coarse aggregate under abrasion and impact using the Los Angeles Machine. This testing method allows us to classify aggregate samples both before testing and to quantify material loss after testing. Our trained technicians place aggregates and hardened steel spheres into the Los Angeles abrasion machine’s rotating steel drum. The steel spheres generate impact and crushing forces inside the drum, producing the abrasive charge needed for accurate testing. After testing, we use a 1. 70-mm sieve and a precision scale to measure material loss and determine aggregate breakdown. What is ASTM C131 Testing Commonly Used For? State Departments of Transportation (DOTs) commonly reference ASTM C131 (or AASHTO T 96) in aggregate specifications and set maximum allowable abrasion limits, typically between 35 and 45 percent. Contractors must meet the requirements of ASTM C131 before aggregates are approved for use on DOT infrastructure projects. ASTM C131 testing is commonly used to evaluate aggregates where material durability and wear resistance are critical, such as: Asphalt pavements, roads, and highways Concrete production Base and subbase layers Railroad ball fast Load-bearing construction applications ATS: A...



The Applied Technical Services Family of Companies (FoC) performs ASTM C1260 testing for aggregates used in concrete to analyze and address the risk of damaging expansion through alkali–silica reaction (ASR) testing. How Do You Detect Alkali-Silica Reactivity in Aggregates? The ASTM C1260 testing procedure measures length changes in mortar bars exposed to an aggressive alkaline environment. These measurements help determine whether an aggregate may contribute to damaging expansion in real-world conditions. Because ASR can lead to cracking, loss of strength, and long‑term durability issues, many organizations rely on this test to make informed material decisions. What is the Expansion Threshold for ASR Failures? When testing to ASTM C1260: Standard Test Method for Potential Alkali Reactivity of Aggregates, mortar bars are soaked in a solution for 14 days and measured at specified intervals. For this standard, expansion of less than 0. 10% at the conclusion of the testing period indicates the aggregate is generally considered safe from deleterious ASR. Expansion greater than or equal to 0. 10% shows potential for alkali-silica reactivity. Why ASTM C1260 Testing Matters ATS performs alkali-silica reaction testing to ASTM C1260 as this method of testing offers several advantages for clients who need timely and dependable data. The method produces results in a relatively short time, supporting efficient project planning. It also provides a clear indication of aggregate reactivity, helping stakeholders reduce the risk of premature deterioration of concrete. When used early in the design or material‑selection process, the test helps prevent costly repairs and structural concerns....



The Applied Technical Services Family of Companies (ATS FoC) provides ASTM C136 testing services. ASTM C136 is a widely recognized method to determine the particle size distribution, or gradation, of fine and coarse aggregates. Accurate aggregate gradation is essential for producing durable, high-performing concrete, asphalt, and other construction materials. ATS FoC helps contractors, producers, engineers, and project owners verify aggregate quality, meet project specifications, and maintain compliance with industry standards. Can ASTM C136 Identify Problems with Aggregate Gradation? ASTM C136 is the standard method for sieve analysis of fine and coarse aggregates. It measures particle-size distribution using a series of sieves. The test reports the percentage of material retained on each sieve and, combined with ASTM C117 wash analysis, shows the percentage passing the No. 200 sieve. ASTM C136 identifies gradation issues by highlighting distribution gaps, excessive fines, or surplus coarse particles, which may impact the following: Compaction Concrete strength Workability Our ASTM C136 Testing Services Our ASTM C136 aggregate testing services provide accurate and reliable sieve analysis to determine the particle size distribution of fine and coarse aggregates used in construction. Experienced technicians use advanced laboratory equipment and standardized procedures to evaluate aggregate gradation. This ensures compliance with project specifications, industry standards, and quality control requirements. The test measures the percentage of material retained on a series of sieves, providing detailed gradation data to support the following: Aggregate source evaluation Asphalt production Concrete mix design Road construction Our ISO 17025-accreditted laboratory handles a wide range of aggregate types and...



The Applied Technical Services Family of Companies (ATS FoC) offers ASTM C117 testing in our aggregate laboratory. How do You Measure Fines Content in Aggregates? ASTM C117 is the standard method for determining the percentage of material finer than a 75‑µm (No. 200) sieve in mineral aggregates by washing. This process removes silt, clay, and other fine particles from coarser grains through a controlled wash. The results, reported as the percentage passing the No. 200 sieve, help do the following: Assess aggregate cleanliness Predict concrete strength and workability Ensure compliance with specifications Our ASTM C117 Testing Services Our ISO/IEC 17025 laboratory provides ASTM C117-compliant testing with a focus on accuracy, traceability, and client service. We follow established procedures, use calibrated equipment, and document each step of the testing process in accordance with industry standards. Our experienced staff supports diverse projects and aggregate types. We offer flexible testing options, including Procedures A and B: Procedure A (Water Wash): Technicians wash a representative aggregate sample with water over a 75 μm (No. 200) sieve to remove fine particles. The remaining aggregate is then dried and weighed, and the mass difference is used to calculate the percentage of fines. Procedure B (Water Wash with Wetting Agent): Technicians wash the aggregate with water containing a wetting agent over a 75 μm (No. 200) sieve to dislodge fine particles from the aggregate surfaces. The retained material is then dried and weighed, and the change in mass is used to determine the percentage of material finer...



Reliable Concrete Testing Starts with ASTM C172 The Applied Technical Services Family of Companies (ATS FoC) performs ASTM C172 testing to confirm that freshly mixed concrete samples are collected correctly before further testing. Adhering to this standard helps ensure samples accurately represent the concrete being placed and supports quality control and construction compliance. ASTM C172 Concrete Sampling Procedures in Practice ASTM C172 concrete sampling requires collecting fresh concrete directly from mixers during discharge to ensure the sample represents the entire batch. Our trained technicians take several portions from the middle of the load and combine them into a single composite sample. Sampling must be completed within 15 minutes to prevent changes in concrete properties. The composite sample is mixed, protected from contamination, and large aggregates are removed. The concrete sample can then be used for further testing. What Tests Can be Performed from a Concrete Sample? A single concrete sample allows technicians to perform a range of tests used to evaluate strength, durability, consistency, and long-term performance. Slump - ASTM C143 Air Content - ASTM C231/C173 Temperature - ASTM C1064 Compressive Strength - ASTM C31 These tests and others confirm whether the concrete meets project specifications and can withstand real-world conditions, such as heavy loads and extreme environments. Where Data Meets Precision Since 1967, clients across a variety of industries have partnered with the ATS FoC for our technical expertise, detailed data reports, reliable support. Our laboratories are ISO 9001:2015-registered and ISO/IEC 17025:2017-accredited, ensuring consistent quality and professionalism throughout each...



The Applied Technical Services Family of Companies (ATS FoC) conducts ASTM C31 concrete testing to verify the quality of concrete cured at job sites. ASTM C31 is the industry standard for preparing and curing concrete test specimens. Adhering to the ASTM C31 process helps contractors and engineers to achieve accurate, repeatable, and reliable concrete test results, supporting quality control and regulatory compliance on construction projects. What Factors Affect the Results of Cured Concrete? The accuracy of concrete strength and durability depends on how test specimens are handled during curing, molding, consolidation, and transport. Several factors can influence the quality of cured concrete and the validity of test results, such as: Temperature variations Moisture retention Moisture loss Handling, shock, vibration Timing and transportation Even small deviations from ASTM C31 standards can reduce compressive strength, potentially leading to concrete failure. How ASTM C31 is Applied in Concrete Testing From sampling to final testing, ASTM C31 concrete testing process follows key steps: Sampling: Fresh concrete is collected during placement to ensure a representative sample. Specimen Preparation: Cylinders are molded, consolidated, and finished in accordance with ASTM C31. Initial Curing: Specimens are stored on-site for 24–48 hours under controlled conditions. Laboratory Curing: Cylinders are transported to a lab and cured under controlled temperature and moisture conditions. Concrete Strength Testing (ASTM C39): Cylinders are tested at 7 and 28 days to verify compressive strength. Confidence in Every Step Since 1967, clients across industries have partnered with ATS FoC for our technical expertise and dependable support....



The Applied Technical Services Family of Companies (ATS FoC) performs concrete core testing in accordance with ASTM C42 to determine the compressive strength of hardened concrete. ASTM C42/C42M is the recognized standard for obtaining and testing drilled cores and sawed beams. How is ASTM C42 Applied in Concrete Testing? ASTM C42 is used to extract and test concrete cores to assess durability and condition. Core samples are drilled from structures such as slabs, columns, or beams, prepared to standard dimensions, and tested in compression. This method provides a more accurate estimate of in-place concrete strength than relying on lab-cast cylinders alone. ASTM C42 can be used in concrete testing to determine: Compressive Strength Splitting Tensile Strength Flexural Strength Toughness What Factors Affect the Core Strength of Concrete? Core strength can be affected by a number of properties, such as: Location within the structure (bottom concrete vs. top concrete) Core orientation (size and geometry) Moisture conditions Drilling damage Concrete age Environmental exposure If older concrete structures show signs of distress or low strength is suspected during construction, our engineers can apply ASTM C42 core testing to assess the concrete's quality. The data recorded can help clients assess material performance, make informed construction decisions, and plan repairs when needed. Confidence Built on Quality Testing At ATS, our team understands the importance of structural integrity supported by accurate data reports. Since 1967, clients across industries have chosen ATS for our technical expertise and dependable support. Our laboratories are ISO 9001:2015-registered and ISO/IEC 17025:2017-accredited,...



The Applied Technical Services Family of Companies (ATS FoC) offers ASTM C666 freeze-thaw testing. Concrete, a key construction material, must meet rigorous performance standards. Our ASTM C666 tests confirm that concrete mixes resist rapid freeze-thaw cycles, ensuring they are suitable for harsh winter conditions. Understanding ASTM C666 ASTM C666 is a standardized method for assessing concrete’s resistance to repeated freezing and thawing. It provides construction teams with consistent metrics, such as durability factor and mass loss, to evaluate susceptibility to damage. Since freeze-thaw deterioration often leads to early surface scaling and cracking, C666 results help set acceptance criteria and guide mix adjustments, including air entrainment and aggregate selection. It includes two test procedures that simulate field conditions and assess durability using metrics such as relative dynamic modulus of elasticity, mass loss, and visible deterioration. Procedure A (Rapid Freezing and Thawing in Water) Procedure A subjects concrete specimens to repeated freeze-thaw cycles while fully immersed in water, maintaining near full saturation throughout testing. Procedure B (Rapid Freezing in Air and Thawing in Water) Procedure B freezes specimens in air, then immerses them in water during thawing, creating alternating dry and wet conditions that closely reflect real-world exposure. About Our ASTM C666 Testing Services Our laboratory is accredited by ISO 17025, AASHTO R18, and the Army Corps of Engineers. We perform ASTM C666 testing in full compliance with the standard, with an emphasis on reproducible and traceable results. Our technicians use advanced freeze-thaw cabinets and follow established guidelines to ensure accurate, reliable...



The Applied Technical Services Family of Companies (ATS FoC) provides ASTM C1202 testing to evaluate concrete’s resistance to chloride ion penetration. Why is ASTM C1202 Important to Construction ? ASTM C1202, or the Rapid Chloride Permeability Test (RCPT), measures the ease with which chloride ions pass through concrete. A saturated disk specimen, typically 100 mm in diameter and 50 mm thick, is sealed at the edge to direct current through its faces. The specimen is placed between two reservoirs, one containing a chloride solution and the other an alkaline solution, and a constant DC voltage is applied. Current is recorded over six hours to calculate the total charge passed in coulombs. ASTM C1202 results help construction teams and contractors: Evaluate concrete mix designs Characterize concrete durability Determine corrosion risk in concrete Make informed decisions for structures exposed to marine environments or deicing salts Our ASTM C1202 Testing Capabilities Our ISO/IEC 17025 and AASHTO-accredited laboratory conducts ASTM C1202 testing to quantify electrical conductance and estimate chloride-ion penetrability for durability assessment and quality control. We manage specimen preparation and conditioning, perform the six-hour 60 V DC test, record current, and calculate total charge passed in coulombs. Results are interpreted using standard permeability classifications to identify potential durability risks, such as chloride ingress and corrosion susceptibility. Each report includes raw data, calculated values, interpretive commentary, recommended next steps, and options for expedited turnaround or customized sampling plans to meet project schedules. What are the Benefits of ASTM C1202 Testing? ASTM C1202 testing offers...



The Applied Technical Services Family of Companies’ (ATS FoC’s) MIL‑STD‑810 Method 504 testing services help manufacturers ensure their equipment can withstand exposure to operational fluids encountered in real‑world applications. What is MIL‑STD‑810 Method 504? MIL‑STD‑810 Method 504 is the U. S. Department of Defense’s standardized procedure for assessing how materials, components, and equipment respond to contamination by fluids commonly used in military and aerospace applications. These fluids include lubricants, cleaning agents, hydraulic oils, coolants, and de‑icing compounds. In the event of prolonged exposure or contamination, these fluids can cause the following; Coating degradation Adhesion failure Corrosion Electrical issues Method 504 determines whether equipment maintains its integrity and functionality after direct or indirect contact with these substances. The method helps identify various vulnerabilities present in a product. The standard includes the following procedures designed to replicate realistic exposure scenarios: Occasional Exposure Testing experts expose an item to chemicals for 5 to 10 minutes before bringing it to ambient temperature. Intermittent Exposure Testing experts expose an item to chemicals for 8 continuous hours, then allow it to air-dry under standard ambient conditions for 16 hours. Extended Contamination Testing experts expose an item to chemicals for 24 hours, uninterrupted, unless otherwise specified. About Our MIL‑STD‑810 Method 504 Testing Services Our laboratory utilizes advanced environmental chambers and controlled‑exposure systems to deliver comprehensive Method 504 testing. We perform evaluations in accordance with the standard’s defined procedures, ensuring accurate and repeatable results. Our capabilities include: Accidental fluid contamination testing Maintenance‑related fluid exposure Long‑duration immersion studies Post‑exposure...



Applied Technical Services conducts alternate immersion testing on metals in accordance with the ASTM G44 testing standard. What is ASTM G44? The American Society for Testing and Materials (ASTM) established ASTM G44 as the standard practice for evaluating the corrosion and stress-corrosion susceptibility (SSC) of metals and alloys exposed to alternate immersion in a neutral 3. 5% sodium chloride solution. The standard’s technical objective is to evaluate a metal’s resistance to corrosion when exposed to chloride ions in saline aqueous environments. During the testing procedure, technicians immerse the metal specimen in a solution for 10 minutes, then remove it and allow it to air dry for 50 minutes. The drying period accelerates the corrosion process and enables technicians to simulate how a material may respond to prolonged exposure in real-world conditions. ASTM G44 is commonly used to test materials used in the following industries: Aerospace Construction Marine Oil and Gas About Our ASTM G44 Testing Services Our immersion corrosion testing lab evaluates material performance in corrosive, aqueous environments. We conduct immersion corrosion tests in accordance with ASTM G44 and similar standards and procedures to determine how materials respond to partial or complete exposure to corrosive aqueous environments. Our team is well-versed in ASTM standards and conducts thorough assessments of metal coupons to ensure our clients have the information needed to make informed decisions about their material selection and quality control strategies. What are the Benefits of ASTM G44 Testing? Corrosion testing is essential for assessing the durability and long-term reliability...



Applied Technical Services evaluates the performance of shipping containers and systems in accordance with ASTM D4169. Shipping containers and units undergo extensive testing to ensure they can withstand the wide array of hazards they may encounter during transport. Our environmental testing lab has the experts, credentials, and equipment needed to ensure your shipping systems meet the requirements of ASTM D4169 and similar standards. What is ASTM D4169? The American Society for Testing and Materials (ASTM) developed ASTM D4169 as a standard for determining the performance testing of shipping systems and containers. The standard includes the following test methods: Compression tests Drop tests Exposure tests Shock tests Stability tests Temperature/humidity tests Vacuum tests Vibration tests Each of the standard's tests simulate the anticipated hazards of sea, air, and freight transportation. About Our ASTM D4169 Testing Services Our environmental testing laboratory conducts comprehensive tests of shipping containers and packaging systems in compliance with ASTM D4169. We conduct tests under controlled environmental conditions that simulate real-world hazards to determine if our clients’ containers and shipping systems can effectively protect their contents. Our technical expertise and the procedures outlined in ASTM D4169 enable us to help our clients ensure the integrity and compliance of packaging systems and shipping containers. We help clients determine which of the standard's distribution cycles, test schedules, and assurance levels best reflect the conditions the package will experience during transportation. Our state-of-the-art testing equipment enables us to simulate how packaging performs in the following situations influenced by various environmental factors,...



Applied Technical Services offers ASTM packaging testing services that help clients ensure the quality and compliance of their packaging systems. Product packaging is critical to protecting products from environmental factors and hazards throughout the distribution cycle. Whether a product is being shipped by land, sea, or air, its packaging system must be an effective shield against damage. Our environmental testing lab conducts ASTM packaging testing to simulate real-world distribution conditions and verify that your packaging can protect its contents during transport and storage. What is Package Testing? Packaging testing evaluates how well containers withstand the hazards of storage and transportation. This process includes many tests designed to find weaknesses in package design. Ineffective packages will not reliably protect their contents from contamination, debris, and other substances. Package testing lets distributors adjust designs to improve effectiveness. The American Society for Testing and Materials (ASTM) sets standards that define procedures and conditions for testing packaging effectiveness. Our ASTM-compliant packaging testing services Our advanced environmental testing lab performs a wide array of tests that adhere to critical ASTM packaging standards such as: ASTM D3078 (Bubble emission leak testing) ASTM D4332 (Field condition simulations) ASTM D4169 (Performance testing) ASTM D6653 (High altitude testing) Our services evaluate packaging quality and performance by simulating real-world environmental factors. We also simulate the shipping and handling conditions packages face in the distribution cycle. We help clients verify packaging designs by testing durability, finding weaknesses, and ensuring regulatory compliance. Our controlled procedures and calibrated equipment provide consistent, repeatable results....



The Applied Technical Services Family of Companies (ATS FoC) conducts MIL‑STD‑810 Method 502 testing to verify equipment safety and reliability in cold environments. What is MIL‑STD‑810 Method 502? The U. S. Department of Defense developed MIL‑STD‑810 Method 502 as a standardized procedure for evaluating how equipment responds to low temperatures during storage, operation, and deployment. As part of the MIL‑STD‑810 environmental testing series, this method helps determine whether materials, components, and systems withstand cold without cracking, malfunctioning, or enduring damage. It includes three procedures, each reflecting a distinct cold-weather scenario in military, aerospace, and industrial settings. Low‑Temperature Storage (Procedure I) Procedure I determines whether stored equipment can endure prolonged exposure to low ambient temperatures while idle. It simulates conditions in unheated storage, high-latitude environments, and cold-weather transport. This procedure reveals several issues, such as material embrittlement, seal failure, cracking, and changes in physical properties during extended cold storage. Low‑Temperature Operation (Procedure II) Procedure II tests equipment performance in cold environments. The Department of Defense uses it for operations in cold climates, at high altitudes, or in other areas with prolonged subfreezing temperatures. This procedure examines electrical stability, mechanical responsiveness, and overall reliability under sustained cold stress. Manipulation (Procedure III) Procedure III checks whether personnel can operate and use equipment while wearing cold-weather attire, such as gloves or mittens. Personnel should be able to easily assemble, disassemble, and operate equipment without removing their cold-weather clothing. This procedure helps verify the practicality of a product’s design. Our MIL‑STD‑810 Method 502 Testing Services...



The Applied Technical Services Family of Companies (FoC) provides MIL‑STD‑810 Method 503 testing services to help manufacturers in military, aerospace, and industrial sectors verify that their equipment can withstand the harsh thermal shock conditions typical of these demanding environments. What is MIL‑STD‑810 Method 503? MIL‑STD‑810 Method 503 is the U. S. Department of Defense’s standardized procedure for evaluating how equipment responds to sudden and extreme temperature transitions. Many systems experience rapid temperature shifts in their intended applications. These abrupt changes can lead to the following issues: Material deformation Cracking and fracturing Compromised sealing and insulation Reduced reliability Method 503 assesses whether a product maintains structural integrity and operational reliability under rapid temperature variations. The method includes several procedures designed to replicate realistic thermal shock scenarios: Procedure IA During procedure 1-A, technicians subject materials to a one-way shock from a constant extreme temperature. This procedure is for equipment that will rarely be subjected to one-directional thermal shock. Procedure IB Procedure IB subjects items to a single-cycle shock at a constant extreme temperature. This is for materials likely to be exposed to a one-directional thermal shock cycle. Procedure IC During this procedure, technicians subject materials to multiple cycles of thermal shock at a constant extreme temperature. This procedure determines how rapid temperature changes impact a material's performance and characteristics. Procedure ID Procedure ID subjects materials to shocks to or from controlled ambient temperature, evaluating how well equipment transitions from a controlled climate environment to an extreme one. Our MIL‑STD‑810 Method 503 Testing...



The Applied Technical Services Family of Companies (ATS FoC) provides MIL‑STD‑810 Method 501 testing services with established expertise. What is MIL‑STD‑810 Method 501? MIL-STD 810 Method 501 is the U. S. Department of Defense’s (DoD’s) protocol for assessing equipment resilience to high-temperature conditions during operation, storage, and transit. As part of the broader MIL‑STD‑810 environmental testing framework, Method 501 evaluates whether materials, components, and equipment withstand elevated temperatures without degradation, malfunction, or permanent damage. The method comprises three primary procedures, each simulating a distinct thermal scenario encountered in military and aerospace applications. Storage at High Temperature (Procedure I) Procedure I assesses whether stored equipment can withstand prolonged exposure to high ambient temperatures. This procedure simulates conditions typical of enclosed vehicles, unventilated facilities, or desert environments where equipment may be stored for extended durations. It evaluates material distortion, seal degradation, softening, and changes in physical properties. Operation at High Temperature (Procedure II) Procedure II evaluates whether the equipment maintains functionality under elevated temperatures. This procedure is essential for equipment intended to operate in hot climates or confined spaces with limited ventilation. Testing assesses electrical stability, mechanical performance, and overall operational reliability under sustained thermal stress. Tactical‑Standby to Operational Transition (Procedure III) Procedure III evaluates the equipment, ensuring it can rapidly transition from a high-temperature standby condition to active use. This scenario is common for mission-critical systems stored in hot environments and deployed without time for thermal stabilization. The procedure identifies risks, including delayed startup, component stress, and performance issues. MIL‑STD‑810 Method...



The Applied Technical Services Family of Companies (FoC) is an accredited provider of MIL-STD-810 Method 500 testing services. What is MIL-STD 810 Method 500? MIL‑STD‑810 Method 500 is the U. S. Department of Defense’s (DOD’s) standardized laboratory procedure for evaluating equipment performance under low‑pressure, high‑altitude conditions. As part of the larger MIL‑STD‑810 environmental testing standard, Method 500 replicates the reduced atmospheric pressure experienced during high-altitude operations, storage, and transportation. MIL-STD-810 method 500 determines whether a product or material can maintain functionality in low-pressure environments or withstand sudden pressure changes. The test method consists of the following four procedures: Storage at Altitude (Procedure I) Procedure I determines if stored equipment can endure prolonged exposure to low atmospheric pressure. It simulates conditions seen in unpressurized cargo bays and high-elevation depots. Its primary purpose is to observe various signs of equipment failure, such as leakage, seal failure, and deformation. Operation at Altitude (Procedure II) Procedure II determines if equipment can operate properly at high altitudes. It evaluates equipment for signs of electrical instability, performance issues, electric instability, and mechanical problems. Rapid Decompression (Procedure III) Procedure III simulates depressurization events and analyzes how equipment responds to a sudden loss of cabin pressure. The procedure determines if rapid decompression causes equipment to malfunction, leak, or rupture. Explosive Decompression (Procedure IV) Procedure IV determines whether equipment can withstand explosive decompression without creating hazardous conditions for personnel or the aircraft. About Our MIL-STD 810 Method 500 Testing Services Our laboratory uses advanced environmental chambers to provide comprehensive...



The Applied Technical Services Family of Companies (FoC) evaluates plastic materials’ resistance to chemical reagents in accordance with the ASTM D543 standard. What is ASTM D543? The American Society for Testing and Materials developed ASTM D543 as the standard test for experts assessing the chemical resistance of plastics. The standard evaluates a plastic’s susceptibility to chemical interaction by determining how chemical reagents impact a plastic’s appearance and mechanical and physical properties. During the test procedure, technicians expose plastic specimens to various types of test chemicals, including cleaning agents, solvents, acids, and bases. The plastic specimens endure exposure to these chemicals in controlled conditions for predetermined durations. The test procedure allows technicians to measure the various changes the specimen may have experienced, including changes in the following characteristics: Dimensions Weight Tensile strength Visual appearance The ASTM D543 standard is effective at testing a wide range of general plastics, including cold-molded, hot-molded, sheet materials, and laminated resinous products. About Our ASTM D543 Testing Services Our environmental testing lab performs ASTM D543-compliant tests. Our services simulate the real-world conditions products may experience in environments where prolonged exposure to chemicals is likely to occur. ASTM D543 is commonly used to test materials used for the following applications: Automotive and aerospace (Including plastic components that encounter fluids, fuels, and lubricants) Medical devices (Equipment exposed to cleaning agents and disinfectants) Chemical storage (Plastic components used in containers, pipes, and tanks) Construction (Plastic seals, coatings, and structural components) Consumer product packaging (Plastic packaging that may be exposed...



The Applied Technical Services Family of Companies (FoC) determines the effective elastic parameter for residual and applied stress XRD measurements in compliance with the ASTM E1426 standard. What is ASTM E1426? The American Society for Testing and Materials developed ASTM E1426 as a resource for determining a crystalline material’s X-ray elastic constants (XEC). The standard helps to ensure the repeatability and accuracy of applied and residual stress tests. During the testing procedure, technicians install the calibrated specimen into the loading fixture and place the fixture into the XRD machine. Technicians then subject the specimen to increasing stress levels. The XRD machine measures the specimen’s change in interplanar distances at each stress level. Next, technicians apply stresses in decreasing order, allowing them to confirm that there aren’t any deviations in accuracy. The information gathered from the test procedure can be used to help provide the information needed to obtain accurate residual stress measurements. About Our ASTM-Compliant Testing Capabilities The ATS FoC’s ASTM-compliant testing lab conducts ASTM E1426-compliant tests with accuracy and precision. Our staff comprises highly trained technicians who utilize their years of collective experience and our cutting-edge testing technologies to deliver professional and prompt services to our customers. Our A2LA-accredited lab is properly maintained, ensuring that our equipment is calibrated and yielding reliable and repeatable results. In addition to our ASTM E1426 tests, we also offer testing compliant with the ASTM E915 standard, which also measures residual stress for XRD applications. Why Are ASTM Tests Important? ASTM standards help ensure...



The Applied Technical Services Family of Companies (FoC) verifies the alignment of X-ray diffraction (XRD) instruments in accordance with the ASTM E915 standard. What is ASTM E915? The American Society for Testing and Materials developed the ASTM E915 standard as a resource for those verifying the alignment of XRD instruments that measure residual stress. The standard’s primary objective is to ensure that the instrument’s three rotation axes ( θ, 2θ, and ψ) coincide correctly, enabling experts to quantify and reduce systemic experimental error in XRD residual stress measurement. The ASTM E915 Test Procedure To conduct the ASTM E915 test procedure properly, the XRD instruments must be aligned according to the manufacturer's specifications. Regardless of if they are fixed or variable, the ψ, θ, and 2θ axes should coincide. Technicians should center the X-ray beam on the 2θ and axes with a focus range that ensures the desired precision and error tolerances. Technicians should confirm that the ψ and 2θ axes, the slit positioned at 2θ equals zero degrees, and the x-ray tube focal spot should be placed on a line in the plane of diffraction. The X-ray’s peak should have the highest diffraction angle, which is also consistent with peak intensity. Iron powder that has a particle size above 1 µm is the ideal stress-free iron specimen, but powders via plastically deformed filings can also be effective. More About Our ASTM-compliant Testing Lab Our A2LA-accredited lab supports companies in need of ASTM-compliant testing services. ASTM compliance is widely regarded and...



The Applied Technical Services Family of Companies (FoC) evaluates military ground vehicle equipment in compliance with the MIL-STD-1275 testing standard. Military operations require extreme precision and planning, and these operations are heavily supported by advanced equipment and electronics. These instruments and electronics, including their power supplies, must undergo rigorous testing to verify their functionality and reliability in different situations and environments. The ATS FoC is a trusted provider of MIL-STD testing services, ensuring that your equipment can endure the stresses it may experience in real-world situations. What is MIL-STD-1275? MIL-STD 1275 ensures that the electronic instruments connected to the 28 VDC electrical power system in ground military vehicles can withstand specific electromagnetic environmental conditions. Developed by the US Department of Defense (DOD), the MIL-STD-1275 standard outlines a series of test conditions that can be applied to a 28V electrical system to determine its ability to withstand the stresses it may experience during use in military situations. The test conditions include voltage dips, surges, spikes, voltage ripple, and reverse polarity events. The MIL-STD-1275 testing standard consists of the following testing requirements: Steady-State Operation Equipment must function as expected with input voltages as high as 33VDC, including ripple. Starting Operation Equipment must function properly during engine start-up disturbances. Transient Disturbances Equipment maintains normal functionality during voltage spikes (250V), surges(~100V), and reverse polarity (33V in reverse). About Our MIL-STD Compliant Testing Services The ATS FoC is a trusted provider of MIL STD compliant testing services. Our accredited labs have the state-of-the-art technologies and...



The Applied Technical Services Family of Companies (FoC) conducts tension tests on medical materials in compliance with the ASTM E8 standard. What is ASTM E8? The American Society for Testing and Materials developed the ASTM E8 standard as a resource for experts evaluating the durability and strength of metallic materials. The standard debuted in 1924 and has undergone numerous revisions over its century of use. Today, the standard is widely used and revered for its effectiveness at determining the mechanical properties of metals under uniaxial stress. During the testing procedure, technicians mount the test specimen on the testing machine’s grips before applying a uniaxial tensile load to the specimen. Technicians gradually increase the load at a controlled rate until the test specimen fails. After failure occurs, technicians gather data that provides more information about the material’s mechanical properties, including the following: Tensile strength Yield strength Elongation at break The data collected from ASTM E8 provides important insight into a material’s reliability and quality, which can aid in quality control and material selection applications. About Our ASTM E8 Tension Testing Services Our mechanical testing laboratory is staffed with experienced professionals who utilize their collective decades of experience across multiple disciplines to deliver competitively priced solutions to clients in numerous industries. We use state-of-the-art equipment that is well maintained and calibrated in compliance with ASTM standards to conduct our ASTM E8 tests. We have labs located in various locations throughout the continental US capable of conducting this test and similar tests. Why...



The Applied Technical Services Family of Companies (FoC) determines the safety of portable lithium-ion powered products in compliance with IEC/EN/UL/CSA 62133-2. Lithium-ion batteries are among the most efficient rechargeable batteries on the market, and they’re the preferred technology amongst manufacturers seeking a power source for mobile technologies. Much like all battery technologies, lithium-ion batteries are subject to regulations that determine their ability to function safely under specific conditions. Our battery testing lab carries out a range of testing services, helping clients adhere to the guidelines of various standards, including IEC/EN/UL/CSA 62133-2. What is IEC/EN/UL/CSA 62133-2? IEC/EN/UL/CSA 62133-2 is a series of standards for the safety of rechargeable lithium-ion batteries. The internationally adopted standard consists of numerous guidelines that specify the tests and requirements needed to ensure the safety of lithium-ion batteries used in various types of electronic devices, including: Cell phones Laptops Tablets Pacemakers The standard is widely regarded as a benchmark for safety for manufacturers and regulators concerned with the chemical, electrical, and mechanical safety of lithium-ion batteries. The standard addresses several potential issues with lithium-ion batteries, including: Short-circuiting Overcharging Over-discharging Thermal runaway About Our Regulation-compliant Battery Testing Services The ATS FoC owns and operates a reputable battery testing lab capable of conducting detailed evaluations of a variety of battery systems. Our highly trained technicians recognize the importance of battery quality and safety and work diligently to ensure that our clients’ batteries undergo the testing required to earn certification. In addition to our IEC/EN/UL/CSA 62133-2 compliant tests, we offer...



The Applied Technical Services Family of Companies (FoC) tests the safety of electronics in accordance with the IEC/EN/UL/CSA 62368 standard. What is IEC/EN/UL/CSA 62368? The IEC/EN/UL/CSA 62368 safety standard establishes numerous guidelines for the manufacturing and distribution of audio, video, communication, and information technology equipment. The standard is internationally recognized and has effectively replaced two previously established standards, IEC 60065 and IEC 60950. The standard includes several key elements that address the following: Hazard Analysis and Risk Assessment Safety is the primary objective of the IEC/EN/UL/CSA 62368 standard, and safety is achieved via a proactive approach that identifies risks and hazards associated with a product. Constructional Requirements The standard establishes strict requirements for the construction of ICT, audio, and video equipment, including guidelines regarding the product’s ventilation, insulation, mechanical strength, and protection against electrical shock. Electric Shock and Fire Hazards The standard details safety measures that can be taken to reduce the likelihood of electric shock and fire. Its guidelines specify safety measures that uphold safety if electric circuits, power supplies, and energy sources. Energy Efficiency The standard takes the necessary measures to encourage the development of energy-efficient and sustainable products. About Our IEC-compliant Testing Services The ATS FoC battery testing lab is ISO/IEC accredited and adept at conducting comprehensive tests that evaluate the durability, performance, safety, and compliance of batteries. Our state-of-the-art lab features well-maintained and properly calibrated equipment needed to ensure the accuracy and reliability of data. Our services are beneficial for businesses seeking to sell their batteries...



The Applied Technical Services Family of Companies (ATS FoC) conducts vibration tests in accordance with MIL-STD-810 vibration testing procedures. Manufacturers and contractors providing products and services for the United States Department of Defense and its military operations must comply with rigorous military standards. These testing standards subject products and materials to harsh conditions, confirming their suitability for use in specific environments and high-stakes situations. Our environmental testing lab is well-equipped to conduct a wide range of tests in accordance with the procedures outlined in MIL-STD-810. What is MIL STD 810? MIL STD 810 is a prominent and widely used MIL-SPEC standard that evaluates the performance, durability, and reliability of military equipment, specifically equipment used in ground and aerospace military operations. The MIL STD 810 standard is comprehensive, featuring guidelines and procedures for over two dozen types of tests, including: Method 500. 5 – Altitude or Low pressure Method 505. 5 – Solar Radiation Method 507. 5 – Humidity Method 509. 5 – Salt Spray Method 514. 6 – Vibration More About MIL STD 810 Vibration Testing MIL-STD-810 establishes the requirements for multiple types of vibration tests, ensuring that products can withstand the vibrations they may experience throughout their service life. The standard includes multiple vibration tests, each with its focus on specific vibration conditions. Procedure One: General Vibration Confirms a sample’s ability to withstand the vibrations experienced as secured cargo or while deployed in a moving vehicle Procedure Two: Loose Cargo Transportation Evaluates how loose cargo responds to the vibrations...



The medical testing experts of the Applied Technical Services (ATS) Family of Companies regularly perform fatigue testing on acrylic bone cement materials to the ASTM F2118 testing standard. We use this test method to characterize the mechanical stability and fatigue life of the sample material. ASTM F2118 Testing Method Acrylic bone cement is a medical-grade polymer material used to anchor implants to bone in orthopedic procedures such as joint replacements. It stabilizes the implant in the bone and helps distribute the body's load evenly. ASTM F2118 testing is critical for validating the structural integrity of acrylic bone cement used in implants. This method simulates repetitive loading over time, replicating the mechanical stresses that occur in the human body during everyday movements, such as walking or climbing stairs. The Importance of ASTM F2118 Medical manufacturers rely on the insights yielded by our accredited ASTM F2118 testing services. These results can help clients prevent failures such as cracking, debonding, or premature implant loosening by understanding how bone cement responds to cyclic loading. Our testing offers a consistent, repeatable methodology that empowers medical device manufacturers to achieve FDA approval more efficiently and protect patients more effectively. Our Medical Device Testing Lab The ATS Family of Companies (FoC) conducts fatigue and mechanical testing in accordance with internationally recognized standards, such as those outlined by ASTM and ISO. We also offer non-standard and customized testing solutions to meet specific client requirements. Examples of these tests include: Compression Life Cycle Wear Shear Torsion Tensile About The...



The ATS Family of Companies (FoC) performs ISO 7206-4 testing on femoral components to ensure the safety of partial and total hip prostheses for human use. Hip Endoprosthesis The hip joint is a ball-and-socket joint between the acetabulum and the femur. A layer of cartilage and synovial membrane cushions the bones and minimizes friction to facilitate painless movement. Arthritis, disease, or injury can cause pain and mobility issues, however, that require surgical replacement for all or part of the joint with a prosthetic. Hip prostheses typically include the following components: Metal stems Metal or ceramic balls Metal sockets Plastic, metal, or ceramic liners ISO 7206-4 Fatigue Testing The ATS FoC is ISO/IEC 17025:2017 accredited to perform the fatigue testing specified in ISO 7206-4. During this testing, our specialists subject the device to a variety of cyclical loads, including compression, tensile, and bending stresses, to simulate real-life forces. Our experts continue to apply these forces until the device fails or survives a predetermined number of cycles. The ISO 7206-4 standard requires that products complete at least 5 million cycles of axial loads applied between 300 N and 2,300 N. If the product fails, our experts record the implant’s endurance properties: Endurance Limit – the maximum force the device withstands without damage or breaking Endurance Cycles – the corresponding number of axial loading cycles Fatigue testing per ISO 7206-4 simulates proximal loosening, in which the implant begins to separate from the bone due to infection, wear debris, or impact damage, such as...



The Applied Technical Services (ATS) Family of Companies performs ASTM F2345 testing to validate the performance of a client’s ceramic modular femoral head sample. On any given day, the hip experiences a great number of significant forces while supporting normal movement, meaning conditions that cause discomfort in this joint, such as arthritis, can severely impact quality of life. Hip replacement surgery, also referred to as total hip arthroplasty (THA), is a standard procedure designed to alleviate joint pain and stiffness while improving mobility and range of motion. Although rare, premature material fatigue created by the everyday forces exerted on a hip implant can cause the femoral head of the implant to fracture. This event poses a significant risk to the patient and typically requires emergency revision surgery. Medical device manufacturers pursue ASTM F2345 testing to mitigate this risk by assessing the effects of design dimensions, manufacturing processes, and material selection on the cyclic load-carrying potential of these components. Our ASTM F2345 Testing Services ASTM F2345 testing involves applying repeated loads to a hip implant device to simulate the wear accrued through normal activities over a long service life. This standard pertains to testing the fatigue strength of hip implants featuring a ceramic modular femoral head mounted to a metal cone to ensure it resists cracking under anticipated usage. Our medical device testing specialists submerge the assembly in a physiological solution and apply 10 million cycles of compressive load at varying levels of force like those the sample would experience over...



The Applied Technical Services (ATS) Family of Companies provides the ASTM F1147 Standard Test Method for Tension Testing of Calcium Phosphate and Metallic Coatings on medical devices and implants. Our qualified experts follow the procedures laid out in ASTM F1147 to test the tensile adhesion strength of these coatings for consistency and reliability, verifying their mechanical integrity under stressful conditions and validating their performance for patient use. What is ASTM F1147? The test method outlined in ASTM F1147 measures the force necessary to detach a coating from its metal substrate. This data is crucial for manufacturers and regulators because poor adhesion can cause implant coatings to peel, potentially causing the following health risks for patients: Bacterial infection Inflammation or other immune system responses Leaching of coating materials into the body Implant failure Our medical testing specialists follow the procedures for preparing test samples, applying tensile forces, and reporting detailed results. Testing to ASTM F1147 enables manufacturers to validate product quality, meet requirements set by the FDA and international medical device regulatory bodies, and demonstrate the safety and reliability of their products to healthcare providers. Pursuing this testing contributes to patient safety and supports the development of more effective medical devices. In a field where failure is not an option, the ASTM F1147 standard helps ensure implant coatings can withstand real-world stress and perform as intended throughout the device's life. Our Commitment to Quality The ATS Family of Companies (FoC) is a trusted and established provider of consulting engineering, inspection, and...



The Applied Technical Services Family of Companies (FoC) evaluates ultra-high molecular weight polyethylene in compliance with the ASTM F2183 standard. Ultra-high Molecular Weight Polyethylene (UHMWPE) is a popular material for medical device manufacturing because of its versatility, durability, and high biocompatibility. UHMWPE requires extensive testing to ensure its suitability for specific applications, and our state-of-the-art medical device testing lab helps guarantee that our clients have the information needed to make informed decisions about how their UHMWPE material performs under specific conditions. What is ASTM F2183? The American Society for Testing and Materials developed ASTM F2183 for experts using small punch testing to evaluate the mechanical behavior of UHMWPE used in surgical implants. The test method provides important insight into a miniature disk specimen’s toughness, ductility, yield strength, and ultimate strength. This information allows researchers to compare how different UHMWPE materials perform under controlled conditions, allowing experts to conclude how the material's wear performance impacts its mechanical behavior. The testing standard is also used to characterize UHMWPE materials following compression molding or ram extrusion or following the material’s removal from a patient’s body. The ASTM F2183 standard is important to ensure that UHMWP materials remain safe and functional while in use. Our ASTM-compliant Medical Device Testing Services Our state-of-the-art medical device testing lab manufacturers evaluate the performance, safety, and longevity of their product designs. Medical devices improve the lives of millions of people worldwide, and we take immense pride in our ability to help our clients improve their products. In addition...



The Applied Technical Family of Companies (FoC) evaluates the mechanical endurance of tibial trays designed for total knee-joint prostheses in compliance with ISO 14879-1. Total knee-joint prosthesis, also known as total knee replacement, is a complex and increasingly common medical procedure that repairs damaged knees. Patients considering total knee replacements are seeking to relieve their knee pain while retaining, if not improving their knee’s mobility. Like any medical implant, a total knee replacement’s path to a patient is filled with numerous tests, designs, regulations, and evaluations. Fortunately, our medical testing team is dedicated to delivering solutions to our clients that help them ensure that their devices earn access to numerous markets. What is ISO 14879-1? The International Organization for Standardization published the ISO 14879-1 standard as a guideline and resource for experts conducting mechanical endurance tests on tibial trays. The standard applies to tibial trays covering both the lateral and medial plateau of the tibia. The standards is an important resource for manufacturers seeking to compare the fatigue properties of various tibial tray designs. About Our Medical Device Testing Lab Our ISO/IEC 17025 accredited lab performs a wide range of tests on medical devices. We offer tests by many ISO and ASTM testing standards, supporting our clients as they prepare their products for FDA approval. We keep an open line of communication throughout our service process, helping us ensure that we’re meeting the specific requirements and demands of our customers’ projects. Upon completion of our services, our clients will have...



The Applied Technical Services Family of Companies (FoC) uses the ASTM F2723 standard to evaluate how mobile bearing knee tibial baseplates respond to bending force conditions. Knee replacements are complex procedures, but over 700,000 patients opt for knee replacement surgery each year. A medical device’s path to the operating table is often a long and complicated one. Fortunately, our highly capable medical device testing supports clients as they prepare their medical devices, materials, and instruments for FDA approval. What is ASTM F2723? The American Society for Testing and Materials developed ASTM F2723 as an established test method for experts evaluating the potential for mobile bearing knee tibial baseplates to be disassociated when subjected to repeated forces. The test is effective at evaluating all bicompartmental mobile bearing knees with bearing retention mechanisms. During the testing procedure, technicians apply repetitive loads that mirror the stress the product will endure after years of use. The test is a great way for manufacturers to ensure that their designs are durable and safe for use amongst patients. More About Our Medical Device Testing Services The Applied Technical Services FoC operates multiple medical device testing labs capable of conducting a wide range of complex mechanical tests on a variety of medical devices, instruments, and materials. Our highly trained, educated, and experienced engineers, testing experts, lab techs, project managers, and consultants band together to deliver prompt and professionals solutions to our clients. In addition to our ASTM F2723, we offer multiple other knee replacement testing services, including...



The Applied Technical Services Family of Companies (FoC) tests the mechanical properties of polyurethane foam according to ASTM F1839 in our polymer testing lab. Solid polyurethane foam makes a testing block for medical screws, as the density of the foam block may resemble the density of spongy and porous cancellous bone. The ASTM F1839 standard describes mechanical test methods to assess if a sample has the appropriate composition and properties for medical testing. Benefits of ASTM F1839 Testing The mechanical tests in ASTM F1839 help manufacturers make informed decisions about their foam products. Our clients request foam testing for quality control, research and development, and reliable analysis. ASTM F1839 uncovers the properties and behaviors of the polymeric foam, such as composition, density, dimensional stability, compressive strength, compressive modulus, shear strength, shear modulus, and pullout load. Medical Device Testing and ASTM F1839 ASTM F1839 is an FDA Recognized Consensus Standard for orthopedic testing of Class 2 devices. Before testing the performance of a metallic medical screw or implant, biomechanical engineers may use ASTM F1839 to evaluate the grade and characteristics of the proposed polyurethane foam testing medium. Insufficient foam density or rigidity may impact the values derived in related testing standards, such as: ASTM F543 – Test Methods for Metallic Medical Bone Screws ASTM F2502 – Test Methods for Absorbable Screws and Plates for Internal Fixation Implants State-of-the-Art ATS Testing Labs ATS FoC polymer labs provide material and mechanical testing services for optimized polymer analysis. Our testing equipment can deliver: Compressive forces from 0. 22 lbf to 10,000...



Applied Technical Services Family of Companies (FoC) performs polymer tests according to the ASTM D3574 standard, which describes several test methods for flexible urethane foams composed of molecular units with urethane links. While urethane foams can take many forms, ASTM D3574 focuses on slab, bonded, and molded urethane products. Urethane (polyurethane) foams are a diverse class of polymers with various structures and characteristics. A polymer’s rigidity, flexibility, and density influence its application, such as: Memory foam mattresses Ergonomic furniture Automobile seating Footwear Carpet underlay Packaging Insulation Our Polymer Testing Lab Clients can ship a sample of their polymer-based products to the ATS polymer lab for testing, where we maintain ISO/IEC 17025:2017 accreditations in mechanical testing and a catalogue of material testing procedures. Our polymer experts have decades of combined experience with polymer structures and are well-versed in the tests clients may require. ASTM D3574 Conditioning ASTM D3574 requires foam samples to undergo conditioning in an environmentally controlled chamber. Per ASTM D3574, the environmental lab can condition polymer samples at select humidities and temperatures for at least 12 hours before testing. We can also adjust conditions as needed during a test. ASTM D3574 Testing Conditions Our equipment can replicate the intended environment conditions in our polymer testing lab to help manufacturers evaluate product performance. Our state-of-the-art equipment produces the fatigue, compression, and tensile stresses expected during operation. For tests that require strict control, ATS experts can perform the test in environmental chambers or with equipment capable of the following: Test Temperatures:...



The Applied Technical Services Family of Companies (FoC) conducts mobile bearing dislocation tests on mobile bearing knee designs in compliance with the ASTM F2724 testing standard. What is ASTM F2724? The American Society for Testing and Materials established ASTM F2724 as a standard test method for experts determining a mobile bearing knee design’s dislocation resistance. The standard’s objective is to assess a mobile bearing insert’s ability to avoid spit-out or spin-put caused by disassociation. During the testing process, technicians perform tests at four different flexion angles and determine whether each angle experienced spin-out or spit-out failure. This standard is an important resource for manufacturers seeking to compare the performance outcomes of various designs, enabling them to optimize their mobile bearing knee designs. More About Our Medical Device Testing Services Our A2LA-accredited medical device testing lab provides professional and precise medical device tests for numerous types of medical devices. Our mechanical testing specialists, engineers, project managers, and consultants work diligently to evaluate the performances of our clients’ projects, ensuring their safety and effectiveness in preclinical settings. We have an established relationship with the FDA, so our staff stays up to date with evolving industry standards and trends, enabling us to help our clients’ products gain access to markets. In addition to our ASTM F2724-compliant services, we also conduct tests for the following knee replacement-related standards: ASTM F1800 ASTM F2722 ASTM F2723 ASTM F3210 We also offer ISO and ASTM-compliant tests for several other types of medical devices, including the following: Bone...



The Applied Technical Services Family of Companies (FoC) conducts tests for flexible cellular materials in compliance with ASTM D3575 testing standards. What is ASTM D3575? The American Society for Testing and Materials developed ASTM D3575 as the standard test method for those evaluating flexible cellular materials made of olefin polymers. ASTM D3575 consists of various test methods that evaluate the following: Buoyancy Compression deflection Compression set under constant deflection Density Dynamic cushioning Ease of ignition Elongation and tensile strength Energy absorption Tear resistance Thermal conductivity Thermal stability Water absorption More About Our ASTM D3575 Services Our highly trained employees use our state-of-the-art facilities to conduct test and procedures that provide in-depth evaluations of products. Our ASTM D3575 procedures provide insight into a product or material’s ability to perform specific tasks required for a wide range of applications. Upon completion of our ASTM D3575 services, our clients will have an improved understanding of their product’s strengths and weaknesses, allowing them to make informed decisions regarding its ability to perform as expected for specific applications. The Benefits of ASTM D3575 Compliance ASTM standards are widely adopted and offer unique benefits to manufacturers who ensure that their products are ASTM-compliant. Compliance with ASTM standards allows manufacturers to display their commitment to improving product quality and reliability for the benefit of consumers. Compliance with ASTM D3575 can help manufacturers with the following: Maintain adequate levels of quality control Research and development processes Improve material selection and design Adhere to regulatory requirements and industry standards...



The Applied Technical Services Family of Companies (ATS FoC) evaluates mobile bearing knee designs in compliance with the ASTM F2722 testing standard. Knee replacement surgeries are common procedures that have helped millions of people address their knee pain. Independent labs, like Applied Technical Services, work alongside knee replacement manufacturers, ensuring their safety and performance are compliant with industry standards. What is ASTM F2722? The American Society for Testing and Materials develop ASTM F2722 as a resource for experts evaluating a knee replacement’s tibio-femoral joint’s mechanical performance. The standard’s objective is to effectively assess the in-vitro performance of materials being considered for use in knee joint replacement prostheses. The standard is only intended to evaluate mobile knee tibial designs with a rotational stop, and it is adept at comparing performances between different mobile bearing knee designs. About Our Medical Device Tests The ATS FoC’s state-of-the-art medical device testing facilities feature the instruments, testing machines, and technology needed to conduct comprehensive tests on a variety of medical devices. Whether we’re assessing a hip replacement, surgical instruments, or knee replacements, our staff works diligently to discover important details about a product’s design and performance. As an A2LA-accredited lab, we adhere to international standards of quality, ensuring that our processes and procedures lead to precise results and professional service. We offer numerous ASTM and ISO-compliant services tailored to help medical device manufacturers keep pace and comply with the industry’s evolving standards. We have a working relationship with FDA personnel, so we’re always up to...



The Applied Technical Services Family of Companies (FoC) evaluates the impact resistance of ceramic femoral heads used in hip joint prostheses in compliance with ISO 11491. Total hip replacement, also referred to as hip joint prosthesis, is a popular procedure that helps hundreds of thousands of Americans address their hip pain caused by injury and disease annually. Our medical device testing experts help manufacturers evaluate their hip joint prosthesis designs, verifying that they comply with internationally recognized regulations. What is ISO 11491? The International Organization for Standardization developed the ISO 11491 standard as a resource for experts determining the impact resistance of ceramic femoral heads designed for hip joint prostheses. The standard details methodologies that effectively evaluate a ceramic femoral head’s ability to withstand impacts. The standard is critical to manufacturers seeking to determine how their product designs respond to real-world scenarios. About Our Medical Device Testing Lab Our medical device testing experts use their decades of collective experience to conduct comprehensive testing that determines the strengths and weaknesses of medical devices and their components. We offer services that meet the unique needs of our clients while also providing many services that comply with notable ISO and ASTM standards, such as: ISO 11491 ISO 7206-4 ISO 7206-6 ISO 7206-8 ISO 7206-10 ISO 7206-12 ASTM F1820 Our medical device testing lab’s staff consists of educated and experienced mechanical testing experts, engineers, lab technicians, regulatory consultants, and project managers. Our entire staff recognizes the importance of customer service, so we work alongside...



The Applied Technical Services Family of Companies (FoC) evaluates the mechanical properties of metallic bone screws in accordance with the ISO 6475 standard. Metallic bone screws hold fractured bones in the correct alignment needed to ensure that bones heal properly. Our state-of-the-art medical device testing lab evaluates the performance and mechanical properties of metallic bone screws, ensuring the screws perform as expected for specific applications. What is ISO 6475? The International Organization for Standardization established ISO 6475 as a resource for experts evaluating metal bone screws used in surgical operations. The standard’s primary objective is to confirm the reliability and quality of screws by determining several of the screw’s mechanical properties, including breaking torque and angle of rotation at failure. The standard offers an effective way for manufacturers to optimize their medical device’s design, improving the experience of both medical professionals and patients alike. More About Our Medical Device Testing Lab Our medical device testing experts evaluate medical devices in accordance with our clients’ unique needs and in compliance with established testing standards, such as ISO 6475. Our specialists have decades of collective experience and extensive training making them adept at using multiple methodologies to examine the behavior of surgical instruments, medical devices, and medical device components.  In addition to our ISO 6475 services, we offer other bone screw tests, such as: ISO 18130 Dental Implant Screws ASTM F543 Metallic Medical Bone Screw Testing ASTM F2502 Absorbable Plate and Screw Testing The Importance of ISO Compliance While ISO compliance may...



The ATS Family of Companies (FoC) performs ASTM F2054 testing to measure minimum burst strength and identify weak seals in medical device packaging samples. Flexible medical packaging must endure pressure differentials during sterilization and transportation processes, whether by air or land. Extreme pressure differentials can cause an inadequate seal to fail (i. e. , rupture or burst). If a seal opens prematurely, the package contents may spill or spoil, resulting in cleaning, repair, and/or replacement costs. Manufacturers test their flexible medical device packaging to reduce operational costs and time to FDA approval, maximize efficiency and profit, and ensure their product reaches the patients who need it in the best possible condition. The ASTM F2054 Standard In ASTM F2054, the tester gradually pressurizes a flexible package until it ruptures in one or more places. ASTM F2054 provides a reliable measure of burst strength and seal weaknesses by restraining the specimen between two plates and spreading the internal air pressure more evenly throughout the package. The ATS FoC is qualified to test products according to ASTM 2054 and other burst testing standards, such as ASTM F1140. Burst Testing Procedures The ASTM F2054 standard outlines two testing procedures, each requiring a different test apparatus configuration. Our technicians can perform whichever configuration best serves the client’s needs. Open Package Configuration Manufacturers frequently request the open package configuration to evaluate a package after production. This procedure seals three of the package’s four sides and inserts an inflation nozzle outfitted with a pressure sensor into the...



The Applied Technical Services (ATS) Family of Companies performs ASTM F3039 testing because we understand that patient safety depends on the sterility of medical devices — and that sterility relies on a product’s packaging remaining uncompromised through shipping and storage. Our decades of experience supporting the medical industry underpin our proficiency with this method, helping clients ensure compliance with this FDA-recognized consensus standard. ASTM F3039 pertains to validating packaging seal integrity so that manufacturers can distribute reliable products without risk of spillage, contamination, and waste. The standard applies to medical package seals with flexible barriers or nonporous materials such as foils and polymers. Medical Device Packaging Leak Testing Lab Leak testing is one of many mechanical tests that a package design must pass before reaching the market. We perform both Method A, used to detect leaks or channels in the sample packaging’s seal, and Method B, used to detect leaks or holes in a flat section of packaging material, as described in ASTM F3039. ASTM F3039 Testing Expert Analysis ASTM F3039 is a destructive, pass/fail test for packaging seal and material integrity. Our specialists can help clients understand the test results to know whether a design is ready for FDA submission or requires further testing. This testing standard is limited to detecting holes, channels, or perforations in sample packaging seals or constituent material. Clients should pursue additional testing to build a comprehensive assessment of their packaging’s performance. Our experts can perform supplementary testing to determine other performance data for their...



Clients trust the ATS Family of Companies (FoC) to perform packaging seal assessments per the ASTM F1886 testing standard. ASTM F1886 details pass/fail methods for determining the integrity of a package seal — its ability to withstand the environment and mechanical forces without leaking — by evaluating its completeness and uniformity. Seal integrity is critical for industries subject to stringent cleanliness standards, such as the pharmaceutical and medical device sectors. Sufficient testing helps protect the package’s contents from contaminants like external microorganisms, gases, and liquids. Package and Seal Testing Our mechanical testing lab holds ISO/IEC 17025:2017 accreditation in many package and seal testing methods. Our qualified personnel have the training and experience to detect seal flaws and produce comprehensive reports on their findings. ASTM F1886 Testing Procedures Our experts start by visually inspecting the package seal for integrity. Because this primary stage entails a nondestructive inspection (NDI), they scrutinize the package seal without opening it to identify any existing problems, as doing so would break the seal and introduce flaws. While prominent defects may be apparent without visual aid, other problems require a closer look. If the package seal appears uncompromised to the naked eye, our experts will use magnification tools and UV light to search for microscopic failures. They readily recognize signs of concern, such as spotty or mottled seals. By following ASTM F1886, our experts can detect channel widths as thin as 75 micrometers (µm). We inspect packages with at least one transparent side for an unobstructed view...



The Applied Technical Services Family of Companies (FoC) conducts cyclic fatigue tests on metallic stemmed hip arthroplasty femoral components in compliance with the ASTM F1612. What is ASTM F1612? The American Society for Testing and Materials established ASTM F1612 as a resource for experts determining the fatigue resistance of metallic stemmed femoral components used in hip arthroplasty. The standard is an effective way to compare how different manufacturing processes, materials, and designs impact an implant’s femoral components. During the testing process, technicians subject specimens to many cyclic loading cycles which simulate the stresses the implant would endure as the patient engages in regular activity such as walking. About Our Medical Device Testing Laboratory Our medical device testing experts use their decades of experience and our state-of-the-art facilities to support medical device manufacturers seeking to develop, evaluate, and improve their medical devices. Our testing services are designed to help address the challenges manufacturers face as they select materials, confirm designs, determine biocompatibility for various types of medical devices and surgical instruments by ensuring compliance. Our analytical methodologies help ensure that our clients’ products are compliant with regulatory requirements and safe and well-suited for their intended applications. Our medical device tests consist of customizable testing options designed to meet the unique needs of our clients. We help ensure that products have the functionality and durability needed to operate safely and effectively while improving the quality of life for the patients they’re intended to serve. We provide testing for numerous types of prosthetics,...



The Applied Technical Services Family of Companies (FoC) determines the compressive properties of porous metals in compliance with the ISO 13314 testing standard. Manufacturers revere porous metals for their high permeability, high surface area, high strength, and customizability. Our mechanical testing lab conducts tests on metals to determine their properties and suitability for use in various types of products, including medical devices. What is ISO 13314? The International Organization for Standardization developed ISO 13314 as a resource for experts evaluating the compressive properties of cellular and porous metals. The standard measures multiple compressive properties including compressive stress and compressive strain. The standard is specifically designed to evaluate metals with porosities of 50% or greater. During the testing process, technicians’ subject samples to compressive loads at a predetermined rate and observe and measure the deformation. The information gathered from the test is needed to determine if a material’s response to compressive loads is adequate for its intended application. About Our Medical Device Testing Lab Our medical device testing laboratory provides mechanical testing services that comply with ISO 13314 and similar standards. While compliance with these standards may not be mandatory, they do help validate a product’s design and safety, making it easier to gain access to markets in different countries. Our lab’s services support clients on their mission to make the safest and most effective medical devices possible. Our ability to conduct ISO 13314-compliant tests is a major benefit to our medical device manufacturer clients. Many medical devices, including fixation devices...



The Applied Technical Services Family of Companies (FoC) conducts torsion tests on endosseous dental implant systems in accordance with ISO 13498. What is ISO 13498? The International Organization for Standardization created ISO 13498 as a resource for experts determining the maximum torque and torsional yield strength of dental implants and their connecting joints. The standard is effective at evaluating new types of joints, connecting parts, and materials used for endosseous dental systems. The objective of the standard is to offer a comparative evaluation for manufacturers seeking to determine how different implant bodies and components respond to the torsional loads experienced by dental implants once they’re inserted into a patient's jawbone. The standard is not an indicator of in vivo performance, but it is an excellent resource for research and development and material selection processes. About Our ISO-Compliant Medical Device Testing Services Our medical device testing experts support medical device manufacturers seeking to comply with regulations and evaluate and improve their product’s potential. Our team of highly skilled specialists has decades of collective experience carrying out various types of medical device testing, including, but not limited to: Fatigue tests Shear tests Simulation tests Tensile tests Torsion tests We offer customizable tests and tests that comply with medical device-related ISO standards, such as: ISO 7206-4 ISO 7206-6 ISO 7206-8 ISO 7206-10 ISO 7206-12 ISO 7206-13 ISO 13314 Why are Torsion Tests Important for Dental Implants? Manufacturers use the information gathered from torsion tests to determine the durability and reliability of dental implants....



The Applied Technical Services Family of Companies (FoC) determines the corrosion susceptibility of small implant devices in compliance with the ASTM F2129 standard. What is ASTM F2129? The American Society for Testing and Materials developed ASTM F2129 as a standardized test method designed to evaluate a small metallic medical implant’s susceptibility to corrosion. During the testing process, technicians use a process called potentiodynamic polarization to observe a sample’s corrosion behavior. The procedure involves a technician applying varying amounts of voltage to a sample which produces a polarization curve that highlights the material’s susceptibility to corrosion. The FDA accepts the standard as an effective method of assessing a small medical device’s final form and finish.   More About Our Medical Device Testing Capabilities Our medical device testing laboratory evaluates a wide array of medical devices in compliance with ISO and ASTM standards. Our staff uses their decades of collective experience and our cutting-edge equipment to conduct comprehensive tests that aid in our clients’ ability to develop and deliver safe and reliable solutions to patients and medical providers worldwide. As an A2LA-accredited lab, our facilities and equipment are maintained in compliance with international quality standards designed to ensure accuracy and reliability across our services. Our ASTM F2129 services assess a number of small medical devices, such as: Aneurysm or ligation clips  Cardiac occluders Endovascular graft support segments  Filters  Staples Ureteral stents  Vascular stents  Our additional medical device tests evaluate larger devices and implants, including:  Cranial, dental, and maxillofacial implants Knee & hip...



The Applied Technical Services Family of Companies (FoC) determines the fatigue performance of dental implants per the methodology outlined in the ISO 14801 testing standard. What is ISO 14801? ISO, or the International Organization for Standardization, established ISO 14801 as a resource for experts evaluating how endeosseous dental implants perform under dynamic loads. The standard simulates the mechanical stresses endured by dental implants, offering critical insight into the implant’s fatigue performance. However, it is not a reliable predictor of in-vivo performance, and it doesn’t apply to implants with endosseous lengths shorter than 8mm nor does it apply to magnetic attachments. The standard is most effective for comparing the performance of transmucosal dental implants of different shapes, sizes, and designs. About Our Medical Device Testing Lab Our medical testing laboratory offers a range of tests that assess the behaviors, strengths, and limitations of various medical devices, instruments, and materials. Our specialists work diligently to deliver solutions to clients who are seeking to comply with regulations and clients who have custom testing needs. Our A2LA-accredited facilities feature properly maintained equipment that yields accurate and reliable results, ensuring our clients come away with the data needed to meet their project’s demands. We understand the urgent need to keep medical devices safe and compliant, so we always stay up to date on the latest guidelines, expectations, and industry news to ensure that our services offer long-term solutions. All of our standard-specific tests comply with the preparation and procedural requirements outlined in the standard and...



The Applied Technical Services Family of Companies (FoC) conducts compression tests on metallic materials in accordance with the procedures outlined in the ASTM E9 testing standard. What is ASTM E9? The American Society for Testing and Materials established ASTM E9 as a standardized test method for experts evaluating a metallic material’s compressive properties at room temperature. The standard offers important insight into a material’s mechanical properties, including the following: Compression strength Yield strength Yield point Young’s Modulus During the testing process, experts apply compressive force on the sample’s axial load and observe how the material reacts to compression forces. The information collected during the testing and observation process can be helpful when assessing how materials will respond to metalworking, bending loads, and fabrication processes. About Our Mechanical Testing Laboratory Our state-of-the-art mechanical testing lab is fully equipped and capable of conducting tests that help our clients evaluate their products and materials in compliance with common industry standards, such as ASTM E9. Our ISO/IEC 17025 accreditation highlights our commitment to ensuring our labs provide professional and reliable results that benefit clients in numerous industries. Our ASTM E9-compliant testing services support applications in the aerospace, automotive, and construction industries seeking to evaluate the behavior of aluminum, steel, and other alloys. Our tests enable our clients to confirm that their materials meet the standards and qualifications needed to remain durable while performing specific tasks under specific conditions. In addition to our ASTM E9 testing, we offer other ASTM-compliant mechanical tests, including: ASTM E8...



The Applied Technical Services Family of Companies (FoC) evaluates the tightness of dental implant screws in compliance with ISO 18130. What is ISO 18130? The International Organization for Standardization established the ISO 18130 testing standard as a guide for experts evaluating how cyclic loading conditions loosen an implant body and abutment’s connection in endosseous. The standard is used for implant abutments, bodies, joints, and metallic components used in implants. The test method’s objective is to determine how much a screw loosens when it’s exposed to certain conditions. The information collected during the testing process gives manufacturers important insight into their implant’s durability, but it doesn’t directly assess how an implant will perform in vivo. More About Our Medical Device Testing Laboratory Our medical device testing lab features the staff and technology needed to conduct tests on a wide array of medical devices, materials, and equipment. We offer tests for a variety of devices and implants including: Dental implants Metallic bone staples, plates, and screws Hip joint prosthesis Knee Joint replacements Finger joint implants Wrist implants Spinal implants Shoulder prosthesis Surgical instruments Our services support our clients by providing comprehensive testing services that enable them to make improvements to their products that will improve their safety, functionality, and chances to succeed in the market. Our experts serve as guides to help our clients check all the boxes, they’ll need to confirm their products’ viability and ensure their compliance with testing standards and regulations published by organizations like ISO and ASTM. In...



The Applied Technical Services Family of Companies (FoC) conducts fatigue tests on knee femoral components in compliance with the ASTM F3210 standard. Knee replacements are a viable option for patients seeking to address their chronic knee pain that may be stemming from various conditions such as osteoarthritis, arthritis, and knee injuries. Independent medical device testing labs such as ATS, support manufacturers as they develop knee replacements and components by ensuring they’re compliant with regulations. What is ASTM F3210? The American Society for Testing and Materials established the ASTM F3210 standard as a resource for experts determining the fatigue behavior of knee femoral components used in total knee arthroplasty (TKA). The standard evaluates the components’ fatigue behavior under “closing-style conditions,” which refers to acting forces that reduce femoral intercondylar depth leading to tensile stress on the femoral condyle’s articular surface. More About Our Medical Device Testing Services Our medical device testing lab offers a multitude of highly specialized services that help manufacturers meet the requirements outlined in ASTM standards. In addition to our ASTM F3210 testing services, we offer tests for the following TKA-related standards: ASTM F1223 ASTM F1800 Our testing services help our clients deepen their understanding of their products, allowing them to gain critical insight that can be used to ensure that implants improve the quality of life for their end users. We offer tests for various types of medical devices and implants, including: Bone plates, screws, and staples Hip prosthesis Joint replacements Knee joint replacements Shoulder prosthesis Wrist...



The Applied Technical Services Family of Companies conducts cyclic fatigue tests on metallic stemmed hip arthroplasty femoral components in compliance with the ASTM F1440 standard. What is ASTM F1440? The American Society for Testing and Materials developed ASTM F1440 as a standardized method for experts determining the fatigue resistance of metallic stemmed femoral components used in hip replacements. The standard subjects test specimens to repeated cyclic loading cycles that simulate the conditions the femoral components will endure in the human body. The standard helps manufacturers evaluate the durability of metallic femoral stems, allowing them to determine the risk of implant failure. The information gathered from the test method is critical to optimizing the design and improving the longevity of hip replacement implants. More About Our Accredited Medical Device Testing Laboratory The ATS Family of Companies owns and operates medical device testing labs with the advanced technology and knowledgeable staff needed to ensure that our client’s products and materials comply with industry standards. Our lab is properly maintained to ensure our controlled environment provides a stable environment to conduct reliable tests that produce accurate results and comply with conditions outlined in ASTM and ISO-issued standards. In addition to our ASTM F1440, we offer services that comply with other hip replacement-related standards, including: ASTM F1820 ISO 7206-4 ISO 7206-6 ISO 7206-10 ISO 7206-12 ISO 7206-13 Why is the ASTM F1440 Standard Important? The ASTM F14440 is important for manufacturers because its procedures uncover important data that can help manufacturers optimize their product...



The Applied Technical Services Family of Companies (FoC) evaluates the mechanical performance of metallic bone plates in compliance with the ASTM F3437 standard. Orthopedic surgeons use metallic bone plates to stabilize and align bone fractures, helping to ensure that the fracture has the structural support needed to heal properly. Our medical device testing laboratory helps manufacturers develop and improve their products as they prepare them for the market. What is ASTM F3437? The American Society of Testing and Materials developed the ASTM F3437 standard to guide technicians conducting static tests on small bone metallic plates designed for fracture fixation. The objective of the standard is to compare the mechanical performance of various small plates in vitro. The small plates referenced in the standard are for small bone systems, which consist of the following areas: Fingers Toes Upper face Cranium The information gathered during the process provides critical insight into the metallic plate’s durability, reliability, and strength. The standard effectively determines whether a plate is suited for its intended anatomical application. More About Our Medical Device Tests The ATS FoC operates multiple A2LA-accredited medical device testing labs with the state-of-the-art equipment and technology needed to conduct various types of tests, including: Axial compression tests Fatigue tests Life cycle tests Shear tests Tensile tests Torsion tests Each of these services reveals important information about a product or material’s performance characteristics, which can be invaluable to manufacturers seeking to optimize their product’s performance, longevity, and reliability. We have an ongoing relationship with the...



The Applied Technical Services Family of Companies (FoC) conducts torsion tests on the femoral heads of artificial hip joints in compliance with the procedures outlined in ISO 7206-13. Hip implants have improved the quality of life for millions of people worldwide, and independent labs such as ATS help medical implant manufacturers ensure that their product designs perform as expected for end users. What is ISO 7206-13? The International Standard for Organization developed the ISO 7206-13 as a resource for experts determining the torque resistance between the femoral head, neck, and stem of hip implants. The standard’s objective is to observe the amount of torque needed to loosen the hip joint prosthesis’ head under controlled laboratory conditions. Upon completion of the testing procedure, experts can evaluate the mechanical integrity of the implant and decide what steps can be taken to strengthen the femoral head’s connection to the stem or neck. More About Our Hip Implant Testing Services Our medical device testing experts provide professional hip implant testing services that deliver proven results for manufacturers seeking to improve their products. We offer customizable testing solutions and services that comply with common industry standards, such as: ISO 7206-4 ISO 7206-6 ISO 7206-8 ISO 7206-10 ISO 7206-12 ASTM F1820 The Importance of Hip Implant Tests Preclinical hip implant tests help manufacturers learn more about their product’s design, strengths, shortcomings, and potential longevity. Extensive tests are needed to ensure that patients and medical professionals can have confidence in the safety and ability of implants. Failure...



The Applied Technical Services Family of Companies (FoC) offers deformation tests for acetabular shells in compliance with the ISO 7206-12 testing standard. An acetabular shell, also known as an acetabular cup, is a medical implant designed to replace a diseased or damaged acetabulum. Our medical device tests help manufacturers gain more insight into their implants’ behavior under specific conditions, improving their ability to optimize the implants’ design. What is ISO 7206-12? The International Standard for Organization established ISO 7206-12 as a standardized deformation test method for acetabular shells. The standard’s objective is to evaluate the deformation characteristics and durability of acetabular shells used in hip joint prosthesis. During the testing process, technicians subjected a test specimen to opposed two-point loading, which determines the specimen’s short-term deformation. This allows manufacturers to compare the different materials and designs, enabling them to select the best-performing option. More About Our ISO Compliant Medical Device Testing Lab Our independent medical device testing laboratory conducts a range of ISO compliant tests to assist manufacturers in developing devices and implants to help millions of people worldwide. Our medical device testing experts use their decades of collective experience to conduct comprehensive tests that accurately simulate the conditions and stress devices must endure to benefit their end users. We offer various types of tests that help our clients evaluate the characteristics and properties of their products, including: Axial compression testing Fatigue testing Lot verification testing Shear testing Simulation and wear testing Tensile testing In addition to our ISO 7206-12...



The Applied Technical Services Family of Companies (FoC) evaluates knee joint replacements in compliance with the ASTM F3140. Knee joint replacements are common surgical procedures designed to improve the lives of patients by improving their mobility and reducing knee-related pain. Knee joint replacements are highly regulated, and our medical device testing lab helps manufacturers ensure their prosthesis designs are safe, effective, and compliant with necessary standards. What is ASTM F3140? The American Society for Testing and Materials developed the ASTM F3140 testing standard as a standardized test method for experts evaluating how a metal tibial tray’s components respond to cyclic forces. The standard’s objective is to determine the test specimen’s cyclic fatigue performance, and it accomplishes this by subjecting the specimen to conditions that mimic the repetitive loading conditions of natural knee joints.  The data obtained during the testing procedures reveals information about the prosthesis’s fatigue performance, enabling manufacturers to assess the long-term durability of their product. About Our ASTM-compliant Medical Device Testing Services Our medical device testing laboratory assists manufacturers in navigating the complex world of medical device compliance and testing. We recognize that millions of people depend on medical devices to sustain their quality of life, so our specialists work diligently to ensure that our clients’ products offer the functionality, durability, and safety needed to have a lasting positive impact on end users. In addition to our ASTM F3140-compliant cyclic testing services, we offer services that help clients comply with other knee replacement-related standards, such as: ASTM F1223...



The Applied Technical Services Family of Companies (FoC) evaluates the femoral components of hip joint replacements in accordance with the ISO 7206-8 standard. What is ISO 7206-8? The International Organization for Standardization developed the ISO 7206-8 standard as a series of test methods capable of effectively evaluating the endurance performance of stemmed femoral components designed for total and partial hip joint prosthesis. The standard allows experts to subject test specimens to loading conditions that mirror those seen in real conditions when patients use their hip joint prosthesis. The standard’s objective is to determine if hip implants perform as expected, ensuring their functionality and safety will be reliable for the patients who depend on them. About Our Medical Device Testing Lab Our independent and accredited medical testing laboratory specializes in a wide range of medical device testing services that help our clients evaluate various types of medical devices, including: Hip prosthesis Shoulder prosthesis Spinal implants and devices Cranial and dental implants Surgical instruments Medical packaging materials Our medical device testing experts prioritize professionalism and precision, ensuring that all our services are thorough and beneficial to our clients and the customers they serve. Upon completion of our medical device tests, our clients can expect to have a better understanding of their product’s strengths and weaknesses, mechanical properties, biocompatibility, and overall ability to effectively serve patients. Understanding the Importance of Endurance Performance Manufacturers must evaluate the endurance performance of stemmed femoral components to determine their suitability for long-term use. Hip joint prostheses must...



The Applied Technical Services Family of Companies (FoC) determines the abrasion resistance of thermal spray coatings in compliance with the procedures outlined in the ASTM F1978 standard. Metallic spray coatings are a popular choice for coatings amongst manufacturers seeking a cost-effective coating that can protect products and materials from corrosive elements and premature wear and tear. These coatings are commonly used by medical device manufacturers, and our medical device testing lab offers services that help ensure that our clients’ coatings comply with ASTM F1978 and similar standards. What is ASTM F1978? The American Society for Testing and Materials created the ASTM F1978 as a resource for technicians using Taber abrasion to examine the durability of metallic thermal spray coatings under specific conditions. The standard’s objective is to highlight a coating’s ability or inability to endure the abrasive conditions expected for its intended application. During the testing process, technicians place a coated specimen onto a Taber abrasion platform before applying an abrasive wheel under a predetermined load. Once the loading process is complete, technicians calculate wear by measuring the cumulative mass during the procedure. The results help manufacturers ensure that their coatings comply with industry standards and meet the performance standards needed to adequately protect surfaces from abrasive conditions. More About Our ASTM Compliant Medical Services Our laboratories feature the state-of-the-art testing equipment and experienced staff required to carry out comprehensive medical device testing services that empower manufacturers to improve their product designs. We take immense pride in our ability to...



The Applied Technical Services Family of Companies (FoC) helps companies ensure that their vessels have health and safety programs that align with the recommendations outlined in the ASTM F2039 standard. What is ASTM F2039? The American Society for Testing and Materials published the ASTM F2039 standard as a series of recommendations for companies seeking to develop and establish procedures for a health and safety program that addresses the specific needs of their operation. The standard encourages its adopters to consider the unique culture and hazards of their operation, enabling them to construct an effective Shipboard Occupational Health and Safety Program (SOHSP) for their vessels. The guidance offered in the standard helps businesses ensure the safety and security of personnel and cargo during the distribution process. Our ASTM F2039-compliant Services Our A2LA-accredited labs help our clients bolster their operations, improve or inspect product quality, and comply with regulations and ASTM standards. Our highly trained and educated experts spearhead our services, providing impartial insight designed to support our clients as they make informed decisions about their business’ needs. The Importance of Compliance with ASTM Standards ASTM is an internationally recognized and respected organization tasked with developing standardized rules and guidelines designed to help manufacturers meet a uniform standard of quality. ASTM compliance highlights a manufacturer’s commitment to maintaining safe and effective products and operations that comply with internationally recognized standards shared across various industries. About the ATS FoC The ATS FoC is an expansive network of businesses with a shared commitment to...



The Applied Technical Services Family of Companies (FoC) evaluates modular femoral heads in accordance with the ISO 7206-10 testing standard. What is ISO 7206-10? The International Organization for Standardization developed the ISO 7206-10 standard as an outline for experts determining a modular femoral head’s resistance to static loads. The standard’s objective is to uncover and quantify the static loads needed to cause the failure of a modular head system. The standard determines the specimen’s disassembly and fracture load. The testing processes simulate real-world conditions, giving manufacturers an accurate depiction of how their products will perform when used regularly by patients. Compliance with the standard highlights a manufacturer’s commitment to developing compliant, safe, and effective products that have a proven track record of performing to internationally adopted standards. More About Our Medical Device Testing Services Our lab offers much-needed support to manufacturers seeking to evaluate their products while ensuring their compliance with relevant regulatory requirements. Our A2LA accreditation showcases our commitment to maintaining quality and transparency and the experience of our leaders and experts ensures that our processes are thorough and detailed. We recognize the immense impact that medical devices have on millions of people worldwide, so we have invested in state-of-the-art equipment that is adept at simulating real-world conditions that medical device end users face. This enables us to support the design and development of many types of medical devices, including: Hip implants Dental implants Knee implants Joint replacement Cranial implants The Importance of Compliance with ISO Standards ISO standards...



The Applied Technical Services Family of Companies (FoC) evaluates the total and partial hip joint prostheses in compliance with the test methods outlined in the ISO 7206-6 standard. Our medical device testing lab ensures that our clients comply with relevant testing standards issued by and enforced by the ISO, ASTM, and the FDA. What is ISO 7206-6? The International Organization for Standardization (ISO) developed ISO 7206-6 as a series of test methods designed to evaluate the fatigue performance of partial and total hip joint prostheses. The standard’s objective is to subject test specimens to repeated loading conditions that mirror the stress implants endure during use by patients. The testing standard is an effective way for manufacturers to test their product’s durability, determining its finite fatigue life. More About Our ISO-compliant Medical Device Testing Services Our A2LA-accredited medical device testing labs are state-of-the-art facilities with the advanced equipment and capable staff needed to conduct comprehensive tests on a wide range of medical devices and materials, including: Hip replacements Dental implants TMJ joint replacements Knee replacement components Bone plates and screws for hands, ankles, and feet Spinal implants Our services help manufacturers uncover the strengths and weaknesses of their product designs, granting them opportunities to optimize their material selection and research and development processes. We take immense pride in our partnerships with medical device manufacturers, as our services help our clients create safer and more effective products that improve the lives of people around the world. In addition to our ISO 7206-6...



The Applied Technical Services Family of Companies (FoC) evaluates the deformation and endurance properties of tibial inserts in compliance with the ASTM F2777 testing standard. What is ASTM F2777? The American Society for Testing and Materials developed the ASTM F2777 standard as an outline for experts evaluating the endurance and deformation properties of the ultra-high molecular weight polyethylene (UHMWPE) tibial bearing components commonly used in knee replacements. This standard’s objective is to successfully simulate high-flexion motions, such as kneeling, providing insight into how the inserts will perform in real-world situations. During the procedure, technicians measure the component’s resistance to fatigue and deformation by subjecting it to repeated cyclic loads. The information gathered during the testing standard assists manufacturers as they compare how different component designs fare when examined under similar conditions. More About Our ASTM-Compliant Medical Device Testing Services Our ISO 17025:2017 accredited medical device testing lab provides professional mechanical testing services that help manufacturers comply with the ever-evolving testing standards issued by regulatory bodies such as ASTM and ISO. Our experts have decades of collective experience testing medical devices, so our staff’s education and expertise ensure that our services are comprehensive. Our services are accompanied by detailed reports that help our clients bolster their research and development strategies and product designs. In addition to our ASTM F2777 testing services, we offer services that comply with various other ASTM standards, including the following: ASTM F1223 ASTM F1672 ASTM F1820 ASTM F2028 Why is It Important that Medical Devices Undergo Fatigue...



The Applied Technical Services Family of Companies (FoC) evaluates bone implants in compliance with ISO 9585 standards. Medical devices improve the lives of millions of people worldwide, and their safety and effectiveness are essential to maintaining the quality of life for these people. Our medical devices testing lab offers comprehensive testing services that ensure our clients’ compliance with laws, standards, and regulations. What is ISO 9585? The International Organization for Standardization (ISO) created the ISO 9585 standard as a series of guidelines for experts evaluating the stiffness and strength of bone plates. The standard’s objective is to evaluate the reliability, safety, and functionality of bone plates to ensure the device is effective for the end user. Our ISO 9585 Testing Services Our state-of-the-art medical device testing lab proudly offers ISO 9585-compliant services that support manufacturers, healthcare providers, and patients. Our dedicated team specializes in comprehensive tests to confirm a device’s ability to perform as expected while ensuring its compliance with relevant regulations. In addition to our ISO 9585-compliant tests, we offer a wide range of medical device tests, such as: Fatigue tests Life cycle tests Lot verification tests Shear tests Simulation tests Torsion tests Tensile tests We recognize the importance of quality and safety in the healthcare industry, so our A2LA-accredited lab remains committed to helping adhere to regulations. The Importance of ISO 9585-Compliance ISO 9585 compliance is mandatory for manufacturers seeking to have their bone plates eligible for use in medical procedures. Adherence to the standard also boosts consumer...



The Applied Technical Services Family of Companies (FoC) evaluates the performance, reliability, and safety of fuze components and weapon system fuzes in compliance with the MIL-STD-331 testing standard. What is MIL STD 331? The Department of Defense (DoD) developed the MIL STD 331 testing standard as a series of test methods designed to evaluate weapon system fuzes, ignition safety devices, and related components. The standard consists of various test methods that address the mechanical and environmental characteristics and impact needed to ensure components and equipment function as intended in various scenarios that accurately simulate operational conditions. The standard establishes equipment’s ability to meet the rigorous demands of military operations, and it's commonly used in the aerospace and defense industries where the performance of weapon systems is paramount. More About Our Military Testing Services The ATS FoC offers comprehensive military testing services that help ensure the quality and reliability of equipment used by the DoD. Our capabilities span various types of testing, including performance, mechanical, and safety tests that effectively evaluate a material’s operational readiness, areas of excellence, deficiencies, and compliance with industry standards. In addition to our MIL STD 331-compliant services, we offer military testing services that comply with the following regulations: MIL STD 202G MIL STD 461 MIL STD 704 MIL STD 810 The Importance of MIL STD 331-Compliance Compliance with the MIL-STD-331 standard is for manufacturers seeking to manufacture and sell munitions and related energetic materials for military use. Compliance with the standard highlights a product’s ability to...



The Applied Technical Services Family of Companies (FoC) conducts cyclic fatigue tests for total knee joint replacements in accordance with the ASTM F1800 standard. What is ASTM F1800? The American Society for Testing and Materials developed ASTM F1800 as an outline for experts evaluating the fatigue performance of the metal tibial tray components used in total knee joint replacements. The standard details the practices and procedures needed to properly simulate the loading conditions experienced by tibial trays that cover the lateral plateaus and medial of the tibia. The ASTM F1800 standard is effective at evaluating the fatigue performance of tibial trays. It is instrumental in developing new designs that improve the performance of critical components of total knee joint replacements. More About Our ASTM-Compliant Medical Device Testing Services Our A2LA-accredited medical device testing laboratory helps manufacturers comply with an extensive list of regulations, including ASTM F1800. Our state-of-the-art facilities and comprehensive evaluations enable our clients to thoroughly assess their product’s quality to ensure that the design and performance are optimized to promote the well-being of the end user. Upon completion of our services, our clients can rest assured knowing their products were properly tested and evaluated by highly trained and educated experts. We also offer many other ASTM-compliant medical device and package testing services, including, but not limited to the following: ASTM D3078 ASTM D6653 ASTM F384 ASTM F543 ASTM F1717 Why is It Important to Conduct Fatigue Tests on Medical Devices? Medical device manufacturers rely on fatigue tests to...



Request ASTM D6653 Testing from the Applied Technical Services Family of Companies (ATS FoC) to uncover how your packaging reacts to high altitudes in the safety of an accredited lab. ASTM D6653 simulates the altitudinal changes experienced during air or ground transport. How Does Altitude Influence Package Integrity? Changes in altitude correspond with changes in temperature and atmospheric pressure. As the pressure differential between the inside and outside of a package grows, the inside experiences tremendous expansion pressure until it ruptures. Package bursts and leaks pose direct threats to sensitive products. For example, if a sealed food package ruptures, air enters the package, and the food begins to spoil. In addition to food packaging, the ATS FoC also tests packaging for items such as: Automotive parts Textiles Medical devices Consumer products About the ASTM D6653 Standard Ensuring their packaging meets industry quality and safety requirements before distribution helps manufacturers avoid recalls and preserve their brand reputation. Third-party testing from a qualified lab verifies that manufacturers’ designs maintain integrity when transported over varying altitudes. Our mechanical testing lab is ISO/IEC 17025:2017 accredited to perform high altitude testing and several other package testing methods. ASTM D6653 testing produces a qualitative assessment of your product’s packaging integrity after exposure to simulated altitude conditions and pressure differentials. High Altitude Testing Procedure ASTM D6653 is one of many versatile standards we perform to help clients evaluate whether a packaging system continues to protect its contents when subjected to the fluctuating temperatures and pressures that can...



Ensure medical packaging integrity with ASTM D3078 testing from the Applied Technical Services Family of Companies (ATS FoC). The medical industry requires that hermetically sealed packaging, which includes pouches, sachets, and containers, protect sensitive products, such as instruments, implants, and drugs. We offer ASTM D3078 testing to ensure client packaging keeps encased products sterile, protected, and preserved. ASTM D3078 is a pass/fail test for detecting gross leaks in flexible medical packaging. The bubble emission test procedure supports the qualitative analysis of the product’s design. Manufacturers may use the results to evaluate the design’s materials, headspace gas, and appropriateness for the intended contents. The Importance of Packaging Integrity The journey from manufacturer to user entails risks to package integrity and sterility. Rough handling, shipping, and storage can compromise package integrity when you need it the most. Three common causes of package leaks include material weakness, external forces, or punctures originating from the package contents themselves. If medical packaging does not meet standards, external gases, liquids, and microbes may infiltrate the package seal, contaminating the contents. A surgeon unknowingly using a contaminated instrument risks introducing harmful microbes to a patient. Additionally, the package’s contents may spill out, contaminating their surroundings and potentially damaging an entire container of devices. Leaks in medical packaging can have a far-reaching impact on manufacturers, healthcare providers, and end-users: Wasted resources for the manufacturer and clients Delayed medical procedures and subsequent loss of income Safety hazard to patients and end-users Lost reputation and quality Legal and regulatory consequences...



The Applied Technical Services Family of Companies (FoC) conducts drop-weight tests in accordance with the ASTM E208 testing standard. What is ASTM E208? The American Society for Testing and Material developed the ASTM E208 testing standard as an outline for determining the nil-ductility transition temperature of ferritic steels. The standard’s objective is to evaluate ferritic steels to determine their nil-ductility transition temperature, which signifies the temperature at which the material transitions from ductile to brittle. During the testing process, technicians apply a controlled impact to a test specimen using a drop-weight apparatus. The standard is especially effective for the following industries where fracture toughness is important, such as: Aerospace Automotive Manufacturing Renewable energy Our laboratory is fully equipped and accredited to perform ASTM E208 testing. Our state-of-the-art drop-weight testing equipment enables us to comply with the procedural guidelines outlined in the standard. Our team of experienced technicians ensures accurate preparation and testing of specimens. Upon completion of our services, we provide comprehensive reports containing detailed analysis of the NDT temperature and its implications for material performance. Our clients can rest assured that their materials are evaluated in compliance with rigorous standards, providing critical insights into their product’s ability to excel in certain conditions and environments. Why is ASTM E208-Compliance Important? Compliance with ASTM E208 ensures that materials meet the stringent safety and performance criteria required to maintain quality control and reduce the risk of catastrophic failures in critical applications. Adherence to regulatory requirements not only opens manufacturers up to new...



The Applied Technical Services Family of Companies (FoC) performs Vickers hardness and Knoop hardness testing in accordance with ASTM E92 testing standards. Hardness tests reveal pertinent information about a material’s ability to withstand permanent deformation when exposed to specific conditions. Our ASTM-complaint mechanical testing lab supports our clients as they confirm their product’s suitability for specific tasks and conditions. Understanding ASTM E92 Testing and Its Importance The American Society for Testing and Materials developed the ASTM E92 as an outline for those using the Vickers and Knoop hardness tests to assess a material’s hardness. During the procedure, technicians subject a metallic sample to a specified load before measuring the size of the indention or deformation created by the indenter. The standard’s objective is to ensure that a metal’s hardness is consistently reliable. This testing standard is especially effective when testing products used in the aerospace, automotive, and manufacturing industries. Our ASTM E92 Our metallurgy analysis lab offers ASTM-compliant hardness testing services that assess the physical properties of metal samples Our team of highly skilled and educated specialists use our state-of-the-art lab to subject materials to rigorous standards that confirm their suitability for specific applications. In addition to our ASTM E92-compliant testing, we offer Brinell, Knoop, Rockwell, and Vickers hardness tests compliant with various standards, such as: ASTM A370 ASTM A956 ASTM E10 ASTM E18 ASTM E92 ASTM E384 Our lab’s services support quality control, failure analysis, and material development strategies. Why is Complying with ASTM E92 Important? Compliance with the...



The Applied Technical Services Family of Companies (FoC) determines the average grain size of metals in accordance with the procedures outlined in the ASTM E112 standard. Grain size has an immense impact on a material’s performance, so manufacturers analyze the microstructure of materials to ensure that their material selection processes are effective. Our engineers determine the microstructures of materials so that our clients can evaluate the quality of materials and make informed decisions about their materials’ end-use. What is ASTM E112? The American Society for Testing and Materials developed ASTM E112 as a series of standards that accurately determine the average size of the grains within a material. A material’s grain size is an important factor to consider because it impacts the ductility, fatigue resistance, and strength of materials. The ASTM E112 standard consists of the following test methods: The Comparison Method During this method, technicians analyze a material’s microstructure and compare it with images in preexisting comparison charts. Planimetric (Jefferies) Method This Jefferies method involves technicians measuring the individual grains within a micrograph which allows them to calculate the average grain size. The Intercept Method During this method, experts superimpose lines on a micrograph and count the number of times the lines intersect with grain boundaries. Experts determine the number of intercepts and the total length of the lines to calculate the average grain size. More About Our Grain Size Testing Services Our A2LA-accredited metallurgy laboratory provides comprehensive grain size analysis services for a multitude of metals. We offer...



The Applied Technical Services Family of Companies (FoC) evaluates the anti-corrosive properties of heat-treatable aluminum alloys in accordance with the ASTM G110. Heat-treatable aluminum alloys are popular in the construction, automotive, and aerospace industries because of their strength-to-weight ratio and resistance to corrosion. What is ASTM G110? The American Society for Testing and Materials developed ASTM G110 as the standardized method for experts evaluating a heat-treatable alloy’s resistance to intergranular corrosion. During the testing process, technicians submerse samples in hydrogen peroxide and sodium chloride solution for six or more hours. After removing the sample from the solution, experts analyze the material to determine the degree to which it experienced intergranular corrosion. Understanding Intergranular Corrosion Intergranular corrosion is a localized corrosion process that disastrously affects a material’s integrity. It negatively impacts a material’s individual grains, weakening its mechanical properties and making it more susceptible to premature failure. Intergranular corrosion is very important to test for because its presence is often very subtle, but it can have costly and even deadly consequences when left unaddressed. More About Our Corrosion Testing Services Our state-of-the-art corrosion testing laboratory offers comprehensive and competitively priced services that benefit a wide range of industries. Our engineers and experts use our A2LA-accredited labs and cutting-edge equipment to inspect and test various types of materials. We offer custom testing services that address the unique needs of our clients while also offering an expansive list of services in accordance with ASTM and ISO standards. In addition to our intergranular corrosion,...



The Applied Technical Services Family of Companies (FoC) measures intergranular attacks on metals used in aircraft production and maintenance in conjunction with the procedures and conditions outlined in the ASTM F2111 testing standard. What is ASTM F2111? The American Society for Testing and Materials developed the ASTM F2111 standard as an outline and resource for experts measuring the end grain pitting and intergranular attack (IGA) that occurs within aircraft alloys and metals exposed to production and maintenance chemicals. The standard’s purpose is to ensure that chemical processes don’t bring on any unforeseen corrosion that could compromise a component or structure. Our Corrosion Testing Services Our accredited corrosion testing laboratory provides a comprehensive evaluation of materials whose applications or end-uses will expose them to corrosive environments. We offer services that cater to our client’s unique specifications while also ensuring that we have a wide range of services that meet the criteria of standards such as ASTM F2111. Our services help businesses improve their material selection processes, optimize manufacturing strategies, and ensure that materials are properly evaluated for specific conditions. Why Do Intergranular Attacks and End Grain Pitting Effect Aircraft Materials? Chemical processes can have disastrous effects on a material’s grain, compromising its mechanical properties which can lead to a loss of strength and an increased susceptibility to corrosion. IGAs occur when a metal’s grain boundaries are attacked and weakened, increasing the likelihood of cracks forming within the material. End grain pitting is a corrosive process within exposed end grains, and it...



The Applied Technical Services Family of Companies (FoC) evaluates an iron casting’s graphite microstructure in accordance with procedures outlined in the ASTM A247 standard. What is ASTM A247? The American Society for Testing and Material established ASTM A247 as the standard test method for experts examining the microstructure of graphite iron castings. The standard enables technicians to identify graphite’s particle size, distribution, and type which provides insight into a metal’s ductility, strength, machinability, and overall level of quality. During the procedure, a technician removes a graphite sample from a casting and observes it under a microscope to assess its microstructure. After evaluating the sample, the technician compares the reference charts in the ASTM A247 before classifying the sample by its distribution pattern, shape, and size. More About Our Metallurgy Lab Our accredited metallurgy lab offers numerous testing and analysis services that provide insight into the characteristics and potential of various types of metal materials. Our team of experts consists of metallurgists, engineers, and chemists who have decades of collective experience carrying out metallurgy analysis. Our services enable our clients to make informed decisions about their products’ potential applications and we acquire, collect, and present clear and concise information that assists our clients as they ensure their product’s durability, safety, and quality. We offer an expansive list of metallurgical services, including: Failure analysis services for bearings, bolts, chains, pipes, screws, and more Material identification services, such as alloy identification and contaminant identification Grain size measurements and microstructural analysis Brinell, Knoop, and...



The Applied Technical Services Family of Companies (FoC) uses the ASTM A262 testing standard to determine the likelihood of intergranular attacks in austenitic stainless steel materials. Austenitic stainless steel is the largest and most diverse group of stainless steels, revered for its corrosion resistance, durability, and strength. They’re popular in the automotive, construction, aerospace, and power generation industries. Our A2LA-accredited lab evaluates these materials, ensuring they perform as expected and don’t prove to be overly prone to corrosion. What is ASTM A262? The American Society for Testing and Materials developed ASTM A262 as an outline for experts measuring a stainless steel material’s susceptibility to intergranular attack. Intergranular attacks are highly corrosive and weaken grain boundaries, compromising the material's physical and mechanical properties. The standard features the following five intergranular corrosion tests: The Oxalic Acid Test (Practice A) The Streicher Test (Practice B) The Huey Test (Practice C) The Streicher Test (Practice D) The Strauss (Practice E) The Copper Sulfate Test (Practice F) Each of the aforementioned tests has unique elements and simulates specific corrosive conditions and environments. Our ASTM-Compliant Corrosion Testing Services Our metallurgy lab offers a wide range of important corrosion testing services that help ensure that our clients’ products and materials have the integrity needed to excel at specific tasks or in specific environments. We offer intergranular corrosion tests that comply with numerous ASTM standards, including, but not limited to the following: ASTM A262 ASTM G110 ASTM F2111 Our corrosion testing expertise also extends to the following types...



The Applied Technical Services Family of Companies (FoC) evaluates the performance and safety of qualities of orotracheal and nasotracheal connectors and tubes. Medical devices are an essential part of modern society, and they’re required to undergo extensive testing because the poor performance or failure of a medical device could lead to disastrous circumstances. What is ISO 5361? The International Organization for Standardization published ISO 5361 to establish safety requirements for tracheal tubes and connectors. The standard prioritizes the safety of end users and specifically addresses key points of concern, such as: Airway obstruction The presence of leaks Biocompatibility The standard includes bend and burst tests that properly assess the tube or connectors' susceptibility to kinking, bursting, and other hazardous conditions. Why is It Important to Test Orotracheal and Nasotracheal Tubes? Orotracheal and nasotracheal are very important medical devices needed to help patients breathe when they’re unable to breathe on their own. These medical devices are instrumental in saving lives so their importance cannot be understated. Third-party testing labs such as ATS, offer specialized services that allow manufacturers to rest assured knowing their products will perform as expected in real-world applications. Failure to conduct proper testing on medical devices can result in patient injury or death which leads to irreparable damage to a manufacturer or medical facility. More About Our Medical Device Testing Services Our medical device testing lab conducts comprehensive tests on a wide array of medical devices, including biocompatibility, mechanical, and physical testing services. We recognize the importance of...



The Applied Technical Services Family of Companies (FoC) measures the tear resistance of thin sheeting and plastic film. Plastics and other types of thin sheeting are popular materials across various industries, and they’re revered for their durability, flexibility, and cost-effectiveness. Our experts use our cutting-edge equipment and A2LA facilities to investigate materials so that our clients can have a better understanding of their product’s potential. What is ASTM D1922? The American Society for Testing and Materials’s ASTM D1922 testing standard outlines procedures to help experts rank and compare the tearing resistance of multiple types of plastic films and thin sheeting. During the procedure, technicians use an Elmendorf-type tearing tester when measuring the amount of energy that’s absorbed during tear propagation. The standard is commonly applied to packaging applications because it effectively simulates the straining rates seen in real-world conditions. Our ASTM D1922 Testing Services Our mechanical testing experts use the ASTM D1922 standard to help our clients comply with standards and ensure the safety and durability of products. The data we gather from our testing can be highly beneficial to those seeking to improve the tear resistance of their plastics and sheeting. Our services are especially important for manufacturers operating in the packaging, manufacturing, and construction industries. Why is It Important to Determine Tear Resistance? Tear resistance is an important mechanical property when determining whether a material is suitable for certain applications. Tear resistance testing helps manufacturers maintain their quality control, ensuring that their product design offers the long-term reliability...



The Applied Technical Services Family of Companies (FoC) evaluates the tearing strength of fabrics in accordance with the ASTM D1424. Fabrics are a key component of industrial processes and products, and their performance and resilience are vital to the success and longevity of many industries. Here at the ATS FoC, we work closely with our clients to ensure that their textile fabrics not only perform to industry standards and expectations but also their company’s unique specifications. What is ASTM D1424? The American Society for Testing and Materials developed ASTM D1424 to create uniformity amongst experts using a falling pendulum-type apparatus to determine the tearing strength of commercial fabrics. The testing standard applies to various types of fabrics, including the following: Air bag fabrics Blankets Layered fabrics Nap Woven fabrics The fabrics suitable for the test method may be coated, heavily sized, resin-treated, or untreated. Our Fabric Testing Services Our highly educated mechanical testing experts lead our fabric testing services, ensuring that our clients' textile fabrics match the functionality needed to comply with common industry standards, such as those published by ASTM. In addition to our ASTM D1424 testing services, we perform other fabric-related and ASTM-compliant tests, such as ASTM D3884. Why is It Important to Test the Tear Strength of Fabrics? Manufacturers must consider a textile fabric’s tear strength when they’re seeking to determine the material’s durability, safety, and general ability to excel in specific situations and for its intended application. The information collected during textile fabric tear tests can...



The Applied Technical Services Family of Companies (FoC) performs the Brinell hardness test on materials in conjunction with the ISO 6506 testing standard. The result of a Brinell hardness has a direct correlation to a material’s resistance durability and the test is a popular choice when experts need to evaluate materials with large grain structures, such as aluminum, cast iron, and steel. Our metallurgy analysis experts conduct comprehensive tests to ensure the quality, durability, and compliance of metals and alloys. What is ISO 6506? During the ISO 6506 procedure, technicians use a machine to press hard metal spherical indenter into the sample. The applied test load is between 1 kgf and 3000 kgf and following the indenter’s impact with the specimen, technicians measure indentation’s diameter. To complete the procedure experts calculate the material’s hardness using the diameter of the steel ball, indentation, and the applied load. Our Hardness Testing Services We offer numerous types of hardness testing services, including, but not limited to the following: Nondestructive Hardness Testing Leeb hardness testing Ultrasonic hardness testing Destructive Hardness Testing Rockwell hardness testing Knoop hardness testing Vickers hardness testing The Benefits of the Brinell Hardness Testing The Brinell hardness test is an effective test method for experts determining the hardness of metal materials, but it’s also effective for some nonmetallic materials. Unlike some alternative hardness testing methods, the Brinell hardness test uses a larger indenter capable of adequately assessing the hardness of thicker samples. The large indenter also averages out most of the...



The Applied Technical Services Family of Companies (FoC) performs micro etching on alloys and metals in accordance with the ASTM E407 standard. Micro etching is important because it allows experts to develop a microscopic profile of a metal, which offers insight into the hidden characteristics and components of metals that are not visible when examined at a surface level. Our metallurgy analysis experts use their education and experience in conjunction with our lab and resources to ensure that our clients’ products and materials meet industry expectations and their internal expectations. What is the ASTM E407 Testing Standard? The American Society for Testing and Materials established ASTM E407 as a series of tests that serve as outlines for experts using etching methods to explore the solutions, methodologies, and safety needed to conduct microscopic inspection of metals and alloys adequately. The standard is especially relevant to the responsibilities of engineers, quality control experts, and metallurgical researchers because it informs them of effective ways to assess the microstructural features of metal materials. Our ASTM-Compliant Services The ATS FoC offers an expansive list of ASTM-compliant services that evaluate the quality, safety, and durability of a wide range of materials including metals. In addition to our ASTM E407 testing, we offer services for other metal-based ASTM services, such as: ASTM E3 ASTM E45 ASTM E112 ASTM E1245 Our highly trained experts and specialists conduct our testing services in compliance with the steps and procedures outlined in each standard. We can also perform tests that address...



The Applied Technical Services Family of Companies (FoC) evaluates paints and varnishes in accordance with the ISO 7253 testing standard. An effective coating system will not only improve a product’s appearance, but also its durability and longevity. The insulation provided by a coating is immensely important to products and components, but various factors, such as weather and salt exposure, can damage a coating and limit its effectiveness. We offer services that help manufacturers evaluate their coating systems so that they can make the changes necessary to improve them. What is ISO 7253? The International Organization for Standardization (ISO) established ISO 7253 as a standardized test method for experts determining how coating systems respond to neutral salt spray. During the testing process, experts place samples into an enclosed chamber before being subjected to spray from a saltwater solution with a PH between 6. 5 and 7. 2. The chamber maintains a consistent temperature throughout the testing process to ensure reliable and repeatable results. In addition to our ISO 7253 testing services, we offer testing for a number of popular coating standards, including: DIN EN ISO 4628 ASTM D610 ASTM D714 ASTM D1654 Why is Neutral Salt Spray Corrosion Testing Important? The neutral spray commonly used in salt spray tests is incredibly effective because it allows manufacturers to subject their painted and coated products to situations that simulate those seen in saltwater environments. Salt spray tests reveal weak points in a coating’s design which allows manufacturers to make the necessary adjustments before...



The Applied Technical Services Family of Companies evaluates the degradation of coating systems using the DIN EN ISO 4628 standard. Beyond their aesthetic appeal, coating systems are functionally important because they protect the materials they cover. Their protective qualities help materials withstand harsh conditions, which improves their durability and suitability for specific climates and environments. What is DIN EN ISO 4628? DIN EN ISO 4628 consists of numerous internationally accepted standards that assist those evaluating the wear and tear experienced by coatings. The test methods outlined in the standard have been widely adopted because they’re adept at assessing the effects that accelerated aging can have on a coating’s appearance and performance. The DIN EN ISO 4628 standard includes the following parts: Part One: General introduction and designation system Part Two: Assessing blistering Part Three: Assessing rusting Part Four: Assessing cracking Part Five: Assessing flaking Part 6: Assessing chalking via tape method Part 7: Assessing chalking via velvet method Part 8: Assessing corrosion and delamination near artificial defects and scribes Part 10: Assessing filiform corrosion Our Coating Testing Lab Our coating testing lab provides professional and comprehensive coating testing services that develop a detailed profile of a coating’s quality and overall performance. Our highly trained experts can carry out a wide range of coating tests, including, but not limited to: Abrasion tests Adhesion tests Impact tests Salt fog tests Scratch-resistance tests Thermal cycling tests Weathering tests Our A2LA-accredited labs are equipped with the advanced technology needed to simulate real-world conditions with...



The Applied Technical Services Family of Companies (FoC) uses the ASTM D1654 testing standard to evaluate the corrosion resistance of metal pretreatments and coatings. Coatings are immensely important to the well-being and long-term viability of a product. The ATS FoC’s coating test labs conduct the services needed to ensure that coatings are resistant to various types of conditions they will likely see during their end use. What is ASTM D1654? The American Society for Testing and Materials created the ASTM D1654 standard for those analyzing and comparing how substrates and coating systems respond to prolonged exposure to corrosive elements. During the testing process, technicians subject samples to corrosive conditions such as chemical immersion and salt spray to simulate the conditions seen in real-world applications. After the samples undergo adequate exposure to the corrosive environments, experts determine the sample's performance by observing signs of coating failure, such as: Blistering Cracking Localized corrosion Peeling Our ASTM-Compliant Coating Services The ATS Family of Companies provides coating tests for a wide range of products and materials that span a variety of industries. We can manufacturers confirm the quality of their coating services so they can rest assured knowing their products will meet the demands of their customers. In addition to ASTM D1654, we comply with various other ASTM standards that evaluate how coating systems combat corrosion, including: ASTM D4587 ASTM D610 ASTM D714 ASTM D7869 How Do Third Partying Coating Testing Labs Help Businesses? Independent testing labs such as ATS, help clients develop an...



The ATS Family of Companies (FoC) evaluates the fracture toughness of materials in compliance with ASTM E1820 testing standards. Manufacturers must consider the material’s resistance to catastrophic failure and crack propagation design metal-based materials. Our ASM E1820-compliant services are an effective way for our clients to learn more about their metallic product’s fracture toughness. What is ASTM E1820? ASTM International developed ASTM E1820 as an effective way to measure fracture toughness. The information gathered from ASTM E1820 helps to analyze a material’s structural flaw tolerance, which is important for material selection. About Our ASTM E1820 Testing Services During the testing procedure, our experts slowly apply a load to a cracked specimen while monitoring the presence of the crack and the distance it has extended. Once we complete the mechanical test, we break apart the specimen to measure the exact length and shape of the crack. Upon the completion of the ASTM E1820, we provide crucial information regarding the following: Stress Intensity Factor (K) - K represents the stress intensity near a crack’s tip, and it’s caused by residual stresses. J (J-integral) - J-integral calculates the amount of stress energy required for a crack to grow. CTOD (Crack Tip Opening Displacement) - Crack-tip opening displacement determines a material’s resistance to ductile fracture. Why is Fracture Toughness Testing Important? Crack propagation and fractures can be incredibly dangerous, compromising the effectiveness and safety of materials. Fracture toughness tests allow manufacturers to examine the behavior of their materials, helping them determine important information that...



The Applied Technical Services Family of Companies uses the ASTM D714 standard to evaluate the degree of paint blisters. Paint bubbling or blisters occur when the presence of moisture or air causes paint to lift, resulting in weakened adhesion that leads to damaged and broken paint. Our ASTM-compliant testing services examine blistering paints and help clients make informed decisions about their coatings. What is ASTM D714? The American Society for Testing and Materials developed the ASTM D714 standard for determining the degree of blistering in paint systems. The standard’s objective is to use photographic references to gauge the severity of paints’ blistering. During the assessment process, professionals analyze blistering, making note of its density and size before assigning the sample a numerical ranking. The ranking examines various materials’ ability to resist blistering, primarily including nonporous surfaces such as metals, but also porous materials like wood. Our Coating Testing Services Our coating testing experts carry out an extensive list of coating-related services that develop an in-depth profile of a coating’s strengths and weaknesses. Our state-of-the-art labs have the advanced testing and inspection equipment needed to comply with common coating-focused standards, including, but not limited to the following: ASTM B137 ASTM D610 ASTM D7091 ASTM D1654 DIN EN ISO 4628 ISO 7253 The data we collect from our services is very beneficial to clients seeking to strengthen their product’s reputation and reliability while ensuring their compliance with industry standards. Why is Important to Test the Durability of Coatings? Coating durability is an...



Exposure Testing for Paints and Varnishes ISO 16474-1, the International Standardization Organization's testing standard that supersedes 11507, provides general guidance for exposing paints, varnishes, and other related coatings to laboratory light sources to simulate the effects of sunlight and artificial light. This testing is used to evaluate the stability and durability of coatings under conditions that replicate UV radiation exposure, temperature fluctuations, visible light, and moisture. By mimicking these environmental factors in ATS' controlled environmental testing laboratory, ATS' experts help clients predict the long-term performance of coatings, identify potential weaknesses, and ensure that their products meet quality and safety standards. ISO 16474-1 Testing at Applied Technical Services Our environmental testing experts apply decades of experience, unparalleled industry expertise, and thorough knowledge of testing standards to provide clients with complete exposure and accelerated aging testing for paints, varnishes, and other coatings. ISO 16474-1 is the first of its series of standards, which provide detailed guidelines for using fluorescent UV lamps, xenon arc lamps, and other specialized equipment to test the integrity and resilience of coatings. These laboratory light sources are designed to accelerate the aging process, allowing for quicker evaluation of a coating’s resistance to fading, discoloration, cracking, and other forms of failure caused by prolonged exposure to light and weathering. Our coating testing technicians follow the extensive principles, test conditions, and evaluation criteria established by this testing standard to produce reliable, repeatable results that our clients can count on. The ISO 16474-1 Testing Process This testing method begins with the...



ISO 3668: Visual Comparison of the Color of Paints Established by the International Organization for Standardization in 2017, ISO 3668 outlines the procedures and conditions for the visual colorfastness comparison of paints, varnishes, and similar coatings. From consumer product manufacturing to aerospace, accurate color matching and consistency are essential to visual appeal, aesthetic quality, customer satisfaction, and brand identity. This testing method provides a systematic approach with detailed guidelines to ensure that colors are evaluated consistently and accurately, reducing discrepancies between batches and ensuring that products meet both manufacturer specifications and customer expectations. ATS' colorfastness testing experts follow the precise conditional requirements under which color comparison should take place, including environmental factors such as lighting, background, and observer perception, all of which can significantly affect how color is perceived. ISO 3668 requires that visual color comparisons be conducted under controlled lighting conditions using daylight simulators with correlated color temperatures that depend on the application, as these standardized light sources mimic natural daylight to provide a consistent and neutral illumination that minimizes the impact of color shifts. Our colorfastness testing laboratory features advanced lighting technologies to ensure uniform lighting conditions, eliminating the risk of metamerism. In addition to lighting, this standard specifies the importance of using standardized backgrounds when comparing colors – typically matte white or grey surfaces that will not influence the perception of the color being evaluated. The samples being compared are placed adjacent to each other in front of the background, allowing for a direct and accurate visual...



Accelerated Aging Testing Flexible and Rigid Cellular Polymers Applied Technical Services' material testing experts conduct accelerated aging testing on polymeric materials in adherence with ISO 2440 testing standards. Established by the International Organization for Standardization, this testing standard specifies the methods for conducting accelerated aging testing on flexible and rigid cellular polymers. These polymeric materials are commonly used in the manufacturing of insulation foam, cushioning, packaging, automotive components, and construction materials, and are used in a wide variety of industries and disciplines. ISO 2440 testing evaluates the long-term durability and performance of these materials when exposed to simulated environmental conditions over a shorter period. Thermal Aging Procedure This testing method focuses on the simulation of thermal aging to evaluate how a material responds to prolonged exposure to elevated temperatures. Polymers, especially those used in insulation and automotive interiors, often operate in environments where they are subjected to high temperatures for long periods of time, such as in an asphalt parking lot under direct sunlight. Our thermal age testing experts place samples in a controlled environmental chamber at a specified temperature for a set duration, evaluating the material for changes in density, tensile and compressive strength, and structural stability. Any significant changes indicate potential degradation, the extent of which may show a material's unsuitability for its intended application. Thermal Testing Reveals Material Qualities ISO 2440 testing provides valuable information for manufacturers by assessing the following material qualities: Heat Resistance UV Light and Radiation Resistance Humidity Resistance Chemical Resistance Environmental Resistance Corrosion...



ASTM E1640 Glass Transition Temperature Testing This ASTM standard establishes the criteria for determining the glass transition temperature, or Tg, of materials using dynamic mechanical analysis. Tg indicates when a material transitions from a brittle state to a more ductile state as temperature increases, affecting flexibility, durability, strength, and a material’s ability to maintain structural integrity. ASTM E1640 glass transition temperature testing is frequently requested by clients operating in the automotive, aerospace, consumer electronic manufacturing, medical device manufacturing, and packaging industries. Transition Temperature Testing Tg is a highly important thermal property for materials as it marks the point at which a polymer or other material loses its rigidity and becomes flexible. Knowing exactly when and under what conditions this transition will occur is essential for applications where materials need to maintain stability in high-temperature environments. ATS’ temperature testing experts perform transition temperature testing to ASTM E1640 to help clients verify their material’s ability to perform under various conditions and make decisions about material selection and product design. Materials with a well-defined Tg provide predictable performance, ensuring that products meet quality and safety standards. ASTM E1640 Temperature Testing at ATS ATS’ temperature testing services offer insight that guides clients through the material selection and development processes. By determining the Tg of various materials, manufacturers gain the information necessary to select the best materials with specific thermal and mechanical requirements for their intended application to ensure reliable performance. This helps with quality control, consistency, product longevity and reliability, and safety. Key Features...



ASTM E1331: Surface and Interfacial Tension Testing for Paints and Solvents ASTM E1331 coating testing pertains to the visual characteristics of paints, solvents, and other topical solutions, utilizing spectrophotometry techniques to assess how light interacts with a material’s surface. This colorfastness testing method allows for precise color measurement and quality control across industries such as automotive, aerospace, and consumer good manufacturing to ensure that products maintain consistent color and appearance. The primary goal of ATS' ASTM E1331 testing services is to measure the spectral reflectance of a paint or coating sample across the visible spectrum. Spectral reflectance quantifies how much light is reflected by a material at each wavelength, enabling precise determination of its color and appearance under different lighting conditions. This data is then used to achieve color consistency, also referred to as colorfastness, in applications where visual conformity is essential, such as automotive finishes and architectural coatings. Our technicians use spectrophotometers to provide precise, highly accurate measurements of color coordinates for comparison with reference standards and customer specifications, verifying that each batch of material meets the required color tolerance. This colorfastness testing is commonly used for the following purposes: New Product Design Existing Product Optimization Color Matching for Variable Lighting Conditions Pigment Formulation Augmentation Coating Gloss and Texture Analysis Quality Control In manufacturing and marketing, precise and consistent colors can play a large role in brand recognition and even customer satisfaction. Minor deviations in color can lead to product rejections, returns, and customer complaints, resulting in financial losses...



The Applied Technical Services Family of Companies (FoC) uses the ASTM D610 standard to evaluate the presence of rust on painted services. Manufacturers use coating systems to protect products and materials from rust and other corrosive processes. Over time, a coating will fail and need repair or replacement. Our environmental testing lab determines the status of coatings so that our clients can make informed decisions about their products. What is ASTM D610? The American Society for Testing and Materials established the ASTM D610 as the standardized method for professionals inspecting rust on painted steel surfaces. The standard uses a numerical scale ranging from 0 to 10 to quantify the degree of rust present on a sample. The scale’s ranking system works inversely, so the lower the number, the higher the amount of rust. For example, if a sample receives a score of 0, its degree of rusting exceeds 50 percent, whereas a sample given a score of 10 has a degree of rusting less than or equal to 0. 01 percent. The scoring system creates uniformity amongst coating tests, making it easier for manufacturers to quickly compare a coating’s performance to another coating. Our Coating Testing Lab Our coating testing lab is run by highly trained and professional experts who prioritize the experience of our clients by providing swift and comprehensive services for competitive prices. We recognize the importance of high-quality coatings, so we offer an extensive list of coating testing services that ensure that our clients’ unique specifications are...



ASTM F2789 – Mechanical and Functional Characterization of Nucleus Devices The ATS Family of Companies (FoC) provides a range of mechanical and functional tests for characterizing nucleus devices. A nucleus device can replace or augment the nucleus pulposus in an intervertebral disc without replacing the entire disc. This procedure aims to restore movement and loads to a diseased spinal level without using vertebral fusion devices. A relatively new solution to degenerative disc disease, nucleus devices require careful and thorough testing. The ASTM standard helps implant manufacturers: Compare devices with different designs and materials Quantify static and dynamic properties of nucleus devices Quantify the performance of nucleus devices Static and Dynamic Testing As a third-party provider of medical device testing, the ATS FoC lends its credible reputation to manufacturers ready for in vitro testing. Our medical device testing lab houses powerful equipment for a variety of mechanical tests. We can perform the static and dynamic tests called for by ASTM F2789: Axial Compression Test Axial Torsion Test Shear Test Flexion/Extension Test Lateral Bending Test Clients can select the tests relevant to their devices and request additional controls. For example, we offer testing in force/moment control or displacement/angle control until functional failure or run out. Our dynamic tests can combine flexion/extension, axial rotation, axial loading, and lateral bending motions. Additionally, we can carry out dynamic tests in ambient, dry conditions or in a saline bath held at 37˚C. For more information on our static and dynamic tests, see ASTM F2346, ASTM F2423, and ISO 18192-1. Function Tests ATS FoC can also...



ASTM F564 Metallic Bone Staple Testing The Applied Technical Services Family of Companies (FoC) measures the fatigue resistance of bone staples in compliance with ASTM F564 metallic bone staple testing standards. What is ASTM F564? The American Society for Testing and Materials developed ASTM F564 as a guideline for those evaluating the mechanical properties of metallic bone staples. The ASTM F564 procedure is divided into four annexes that provide information of the following: Bending Fatigue Elastic Static Bending Pull-Out Fixation Soft Tissue Fixation ASTM F564 Metallic Bone Staple Testing Procedures Annex 1: Bending Fatigue Testing Annex 1 outlines the test method used to measure the constant amplitude of metallic bone screws during bending fatigue tests. During the procedure, technicians apply cyclic loads to the specimen to create a non-permanent bend in the sample. Once the sample experiences failure, technicians document the cycles required to induce failure. Annex 2: Pull-Out Fixation Strength Testing Annex 2 determines the pull-out fixation strength of metallic bone staples. During the procedure, technicians place a fabric or thin metal strap over a bone or bone-like material before attaching the staples to the fabric or metal. Technicians then connect the staples to machine grips and subject the staples to a constant rate of loads. Technicians continue the test until the staple loosens, the strap ruptures, or the fabric rips Annex 3: Soft Tissue Fixation Strength Testing Annex 3 measures the force required to remove a bone screw from its application. Annex 3 measures the load at staple...



ASTM F543 Metallic Medical Bone Screw Testing The Applied Technical Services Family of Companies (FoC) evaluates bone screws in accordance with ASTM F543 metallic medical bone screw testing standards. Metallic bone screws are internal fixation devices that secure medical devices such as implants and plates to the skeletal system. Bone screws require significant testing and evaluation before clinical use. Our medical device testing lab has the resources to assist clients as they qualify their products for the marketplace. ASTM F543 Metallic Medical Bone Screw Testing The American Society for Testing and Materials established ASTM F543 as the definitive standard for metallic medical bone screw testing. ASTM F543 is organized into the following four sections. Annex 1 Annex 1 evaluates the uniformity of bone screws, allowing technicians to compare various bone screws to different yet similar products. Annex 1 measures the breaking angle, maximum torque, and torsional yield strength of bone screws. Annex 2 Annex 2 measures the torque needed to drive a bone screw in a bone-like material, ensuring that screws are easily insertable during orthopedic surgery. Annex 3 Annex 3 measures the force required to remove a bone screw from its application. Annex 4 Annex 4 measures the axial compression force needed for the self-tapping feature in some bone screws. Our Commitment to Quality The Applied Technical Services Family of Companies (FoC) is an esteemed and well-established enterprise specializing in calibration, inspection, and testing services. Since our founding in 1967, we’ve maintained a customer service-centered culture where we provide...



The Applied Technical Services Family of Companies (FoC) assesses modular tapers in accordance with ASTM F2009 modular prosthesis taper connection testing. Implants such as shoulder and hip replacements often require tapers to secure various components to the prosthesis. Our medical device testing lab conducts ASTM F2009 testing for manufacturers nationwide. ASTM F2009 Modular Prostheses Taper Connection Testing The American Society for Testing and Materials developed ASTM F2009 as the standard test method for evaluating the axial locking force of modular tapers, specifically modular hip, and shoulder prostheses. The test method outlines the standard methodology for determining the force required to disassemble an implant’s tapers. During the procedure, technicians apply axial tensile force to tapers and record the force needed to disengage the taper. The Benefits of Our Medical Device Testing Lab The ATS FoC houses several ISO/IEC 17025 accredited medical testing facilities where our experienced employees work closely with clients to develop solution-oriented testing strategies and procedures. Our medical device testing experts perform various services that help clients determine their product's compliance with applicable standards. We offer numerous tests to ensure these life-saving devices are ASTM and FDA-compliant, including: Axial Compression Testing Customized Testing Fatigue Testing Life Cycle Testing Lot Verification Testing Simulation Testing Tensile Testing Torsion Testing Our Commitment to Quality The ATS FoC is at the forefront of innovation and quality in the testing, inspection, and certification (TIC) sector. We offer world-class testing and inspection services for commercial and industrial businesses nationwide. To ensure the satisfaction of our...



ASTM F384 Angled Orthopedic Device Fixation Testing The Applied Technical Services Family of Companies (FoC) conducts angled device testing in compliance with the ASTM F384 angled orthopedic device fixation testing standard. Medical professionals use angled fixation devices to treat long bone fractures, and these devices must comply with numerous standards before they reach the marketplace. Our medical device testing lab helps ensure our client’s devices are ASTM-compliant. ASTM F384 Testing The American Society for Testing and Materials developed ASTM F384 to outline a uniform bending fatigue test method capable of characterizing and comparing the fatigue performance of various angled devices. The ASTM F384 standard outlines testing procedures for both static and dynamic bend testing. Static Bend Testing During the static bend testing procedure, technicians position the angle plate over the side plate with the angled portion of the implant free. Technicians then apply force to the specimen until it deforms or reaches a predetermined level of deflection. Dynamic Bend Testing Technicians subject the angle plate to a defined number of cycles to calculate the fatigue strength. The information gathered from the ASTM F384 testing procedure helps manufacturers ensure their products’ performance, quality, and reliability. Our Medical Device Testing Services Medical devices have become increasingly complex as modern medicine continues to improve the lives of millions worldwide. Advancements in medical device technology have increased the need for medical device testing services that help qualify products for clinical use. Our experienced engineers understand that these devices must undergo extensive testing before reaching the...



ASTM F2790 Static and Dynamic Testing of Total Facet Prostheses The ATS Family of Companies (FoC) provides medical device testing according to ASTM F2790 for artificial facet joints. Total facet prostheses (FP) address the sources of back pain by replacing a diseased or deficient facet joint with an implant that supports the surrounding vertebrae, decompresses nerves, and maintains a wide range of movement in the user. Total Facet Replacement Testing ATS FoC is a qualified medical device lab that can help clients compare product designs according to the testing methods outlined in ASTM F2790. The ASTM F2790 standard helps implant manufacturers compare products’ reactions to static and dynamic loads and applications.  Our reliable tests and thorough analyses support clients as they make critical business decisions to meet the stringent requirements for FDA approval. We test various total facet prosthetic configurations: Ball-and-socket joints Free-floating joints Semi-constrained third-body joints Metallic load-bearing surfaces Spring and dampening mechanisms Laboratory Testing The ATS FoC performs static and dynamic testing to measure displacement and stiffness in vitro.  ASTM F2790 recommends translational and rotational tests to represent the loads and movements required of artificial facet joints. Utilizing a testing apparatus capable of applying multidirectional loads, our technicians can embed the medical device in two UHMWPE blocks to simulate two adjacent vertebrae. During static testing, our equipment can reach the following displacement rates: Translational tests: Up to 25 mm/min Rotational tests: Up to 60 degrees/min We perform dynamic testing in a saline, temperature-controlled environment until device failure or the...



Fretting Corrosion Testing of Hip Implant Interfaces The ATS Family of Companies (FoC) provides medical device testing for hip replacement devices according to industry standards, such as ASTM F1875. An FDA-recognized consensus standard, ASTM F1875 enables comparison of prosthetic designs and reveals long-term fretting and fatigue due to cyclic loading associated with everyday movement. Hip Replacement Devices Total hip replacement (THR) or arthroplasty can alleviate pain and restore motion in patients with arthritis or hip injury. Hip replacement surgery substitutes the bone and cartilage in a hip joint with a prosthetic femur and acetabulum. Most hip replacement devices consist of a combination of metal, plastic, and ceramic. Over time, the motions of the prosthetics introduce wear at the interface between components. Depending on the prostheses’ materials, the device may loosen due to wear, corrosion, and fretting, making the device less effective and painful to the users. The ATS FoC provides manufacturers with a reliable study of product performance in controlled conditions to help prepare for in vivo testing. Testing Procedures ATS FoC experts can follow ASTM F1875 testing methods: Method I is a quantitative analysis of fatigue that tests the product or coupon in either a saline or proteinaceous solution. Our experts can subject the device or coupon to a range of static and cyclic loads according to the standard and then measure the corrosion products, debris particulates, and surface damage. Clients are responsible for analyzing the surface alloys outlined in ASTM F1875 9. 1. 8. Method II, Procedure A,...



ASTM F2554 CAS System Precision Testing The ATS Family of Companies (FoC) delivers ASTM F2554 testing to determine the precision and accuracy of computer-assisted surgery (CAS) systems before they enter the operating room. We fill a rising need for system verification as computer-assisted and robot-assisted surgeries become more common. Manufacturers must ensure the appropriateness of their technology for surgical use. Healthcare providers count on a CAS system’s accuracy and suitability for critical surgeries. CAS systems enable surgeons to access delicate and hard-to-reach anatomical areas with minimally invasive incisions and reduced risk of patient injury. The other benefits of CAS systems include: A better view of the surgical area Ergonomic Increased accuracy during diagnosis, surgery preparation, and surgical procedures More efficient operations and shorter post-op treatment ASTM F2554 Testing To verify the accuracy and precision of a CAS system according to ASTM F2554, the ATS FoC uses a phantom designed to resemble the surgical site on a human body. Phantoms have numerous divots and geometric targets that can be measured and scanned during precision testing. Our experts can use a Coordinate Measurement Machine (CMM) or similar equipment to map the divots and their distances across the phantom. We calibrate our CMMs to deliver precise measurements, as the measure of the CAS’s accuracy depends on the CMM coordinates. ASTM F2554 describes six tests at multiple locations that incorporate rotations and movements between points on the phantom. We follow these procedures to test navigational system and robot capabilities, such as: Single-point accuracy Tracking accuracy after pointer rotation Point-to-point accuracy...



The Applied Technical Services Family of Companies (FoC) evaluates total shoulder replacement (TSR) glenoid locking mechanisms in compliance with the ASTM F1829 glenoid locking mechanism shear testing standard. Total replacement surgery is a common procedure used to treat excessive soft tissue damage, bone fractures, and arthritis. Our medical device testing lab assists clients with our testing services as they design, develop, and qualify their glenoid components for the marketplace. The ASTM F1829 Glenoid Locking Mechanism Shear Testing Standard The American Society for Testing and Materials developed ASTM F1829 as an outline for engineers evaluating a shoulder prostheses’ metal-backed glenoid prostheses mechanism. The standard addresses the process needed to measure the mechanism’s resistance to static shear loading. During the procedure, technicians apply a vertical load to the specimen and document the rate of loosening. Why is Glenoid Locking Mechanism Testing Important? Glenoid locking mechanisms are essential in shoulder joint replacements. They provide stability and prevent the glenoid component from dislodging or loosening over time. Testing the glenoid locking mechanism is crucial to ensure its proper function and longevity and avoid complications from its failure. About Our Medical Device Testing Lab Medical device testing labs ensure the safety and efficacy of medical devices. Our medical device testing lab features specialized equipment that our skilled professionals use to perform ASTM and ISO-compliant tests on medical devices, including: Dental Joint Replacement Spine Extremities Our lab’s testing services help determine whether a medical device is safe and effective for patient use. Testing labs also play...



ASTM F2423 Wear and Fatigue Testing of Total Disc Prostheses ASTM F2423 is a guide for wear and fatigue testing of artificial intervertebral discs under kinematic and functional cyclic loading or motion. Manufacturers use the tests recommended by ASTM F2423 to compare the wear and fatigue characteristics of various intervertebral disc (IVD) designs. IVD refers to total disc prostheses designed to support loads and transmit spinal motion between articulating joints or compliant materials. ASTM F2423 applies to lumbar and cervical prostheses. These devices can consist of a variety of materials, including metals, ceramics, polymers, and combinations of the three. Two popular designs that ASTM F2423 covers are: Ball-and-socket articulating joints Biconcave joints with free-floating third body Biconcave joints with semi-constrained third body Metallic endplates that bond with elastomer cores Single-axis hinge joints ASTM F2423 Testing The ATS FoC performs standards-based wear and fatigue testing in our A2LA-certified medical device testing labs. ASTM F2423 outlines tests for cervical and lumbar devices based on their intended insertion location. First, we insert the device into an environmentally controlled fatigue testing apparatus capable of reaching 55 Kip. Then, we introduce the testing medium, a bovine serum maintained around 37˚ C throughout the test. We can adjust the temperature upon client specification. Next, we subject the device to the different loads and motions expected of daily life when in vivo: Flexion and extension Rotation Lateral bend Every 1,000,000th cycle, we pause the test to inspect the prosthesis using visual testing, microscopy, and other methods for close examination. We also take geometric measurements of surfaces to...



ASTM F2346 Standard and Dynamic Testing of Artificial Intervertebral Discs The ATS Family of Companies (FoC) provides medical device testing for artificial intervertebral discs according to the ASTM F2346 standard. Artificial intervertebral discs are orthopedic implants that replace weak or narrowed discs in a patient’s spine. Typically, the orthopedic implant is inserted between two vertebrae in the cervical or lumbar regions. Artificial discs can absorb the stresses on the vertebrae, reducing back pain and preserving spinal motion in patients with back pain or degenerative disc disease. To ensure the implants retain mechanical integrity in their intended environments, ASTM designed the F2346 standard for in vitro testing. ASTM F2346: Artificial Intervertebral Disc Testing The ASTM F2346 standard specifies methods and materials to compare how various artificial intervertebral discs react to static and dynamic loads. These tests subject the orthopedic implants to various conditions that simulate the shock and stress demanded by regular motion. Artificial intervertebral discs typically consist of two keel or spike endplates and a core. Most FDA-approved orthopedic discs are made from a combination of plastic, metals, and coatings, such as: Cobalt chromium alloy Molybdenum Hydroxyapatite Titanium alloy Polyethylene Types of Tests Per ASTM requirements, the ATS FoC can conduct the test in a 0. 9% saline bath at 37°C to simulate the temperature and moisture of the vertebral cavity. We can use the same equipment throughout the procedure, making minor adjustments depending on the test: Axial compression Compression shear Torsion testing Static Tests First, we determine the maximum load the...



ASTM F1044 Shear Testing of CaP and Metallic Coatings The ASTM F1044 standard recommends test methods to determine the shear strength of calcium phosphate (CaP) or metallic coatings on dense metal implant surfaces. To gain FDA approval, manufacturers must prove a medical device can perform safely and reliably when under the conditions in the human body, such as shear loading. The Need for Shear Testing To anticipate how the device handles in vivo shear loads, ASTM created standard F1044 for testing the shear strength of Calcium Phosphate and metallic coatings. Manufacturers turn to third parties such as the ATS FoC for quality testing from accredited facilities. We operate multiple A2LA-accredited medical device testing labs. Our experts can help manufacturers test product compliance with industry standards and FDA regulations, such as ASTM F1044. ASTM F1044 Testing Methods ASTM F1044 outlines two methods for testing coatings: aligned interface testing for metallic and calcium phosphate coatings and lap shear testing for metallic coatings. In both methods, lab technicians apply a constant shear load until the coating separates completely from the substrate surface. We can calculate shear strength based off the mechanical properties in a coating material and the adhesive that binds the coating to the substrate surface. Manufacturers may apply adhesives as a thin film or cement or forego the use of adhesives by binding the two materials with thermomechanical means. Our clients can use the rigorous testing results to decide the next steps for their product. Manufacturers may redesign the product with a new...



ASTM F2267 Measuring Subsidence of Intervertebral Fusion Devices ATS can help medical device manufacturers submit reliable and ASTM F2267-compliant spinal implants for FDA approval. Intervertebral body fusion devices promote arthrodesis between two adjacent vertebrae, intervertebral disks, and facet joints. A successful implant eliminates pain upon vertebral movement by fusing two vertebrae into a single bone. However, implant failure may occur due to deficient design. As a result, the American Society for Testing and Materials (ASTM) released standard F2267, which recommends static axial compression tests in vitro to isolate a device’s subsidence characteristics. Subsidence refers to a product’s tendency to slope into surrounding vertebral bodies under static loads. An implant with high subsidence can deform and sink over time, increasing pressure and causing inflammation in the inferior vertebrae and joints. Medical Device Testing with the ATS FoC Before presenting an intervertebral body fusion device to the FDA for in vivo testing, manufacturers turn to third-party labs to qualify the product. Operating multiple ISO/IEC 17025-accredited labs, the ATS FoC is a proven asset to medical device testing. We facilitate informed decision-making through our testing services so clients may choose to make design changes to an intervertebral device before submitting the product for FDA clearance based on the test results. Our experts work with a variety of porous or hollow spinal implants: Shapes Materials Intended locations Methods of application ASTM F2267 Procedure To perform ASTM F2267, we fit an axial compression machine with rigid metal or polyurethane foam blocks designed to complement the medical device. The difference in block materials helps our experts identify...



The Applied Technical Services Family of Companies (FoC) evaluates spinal implant constructs in compliance with the ASTM F1717 spinal implant testing standard. Spinal implants help stabilize spines that have suffered damage from injuries, chronic illnesses, and spinal disorders. Our medical device testing lab helps our clients ensure the quality of their spinal implants. What is ASTM F1717? ASTM F1717 outlines the materials and methods necessary to conduct fatigue and static tests in spinal implant assemblies in a vertebrectomy model. The procedure allows technicians to compare the mechanical characteristics of past, present, and future spinal implants. This testing applies to a range of spinal devices, including cervical and lumbar plating systems. Before the procedure, technicians load the plates or pedicle screw systems onto a pair of test blocks comprised of ultra-high molecular weight polyethylene (UHMWPE). Next, the technicians subject the sample to dynamic and static loads. ASTM F1717 outlines the following three static tests to quantify sample performance: Compression Bending Tension Bending Torsion Testing Our Medical Device Testing Lab Medical devices are essential to the efficiency and effectiveness of modern healthcare, and our medical device testing lab ensures that these perform as expected and adhere to FDA and ASTM regulations and standards. We offer an extensive list of ASTM-compliant implant testing services, including spine, dental, joint, and extremity testing. About the ATS FoC The ATS FoC provides high-quality inspection, testing, and calibration services to industrial and commercial clients in various industries. Our numerous ISO/IEC 17025: 2017 (A2LA) accredited facilities assist clients...



ASTM F2193 Spinal Fixation Components The ATS Family of Companies (FoC) provides ASTM F2193 testing for spinal fixation devices, such as spinal screws, rods, and plates. ASTM F2193 sets consistent terminology, specifications, and testing methods for spinal components across the medical device manufacturing industry. What is ASTM F2193? ASTM F2193 provides a standard language for defining a device’s geometry, dimensions, classification, material specifications, and performance. The standard’s consistent labeling and testing methods help surgeons make informed decisions when selecting spinal implant components. ASTM F2193 describes proper handling and packaging of the spinal components. This standard also requires labels for all components to include the following: Mechanical behavior Material properties Terminology Dimensions Size Instrumentation Finally, ASTM F2193 describes the testing methods to determine static and dynamic characteristics of a spinal component to anticipate the device’s short-term stability until complete arthrodesis. ASTM F2193 includes four annexes that explain the motivation and procedures for 4-point bend tests and static and fatigue strength measurements. The first annex describes performance tests for determining driving torque and axial pull-out load. Meanwhile, the other three annexes detail specifications for a 4-point bend test based on the component. Bend Testing with ATS FoC Our medical device testing lab houses state-of-the-art machines for rigorous testing conditions and precise measurements. When evaluating spinal components, we perform static testing by applying a load at a constant rate until failure. Meanwhile, our fatigue tests involve sinusoidal cyclic loads applied at a constant frequency until failure or reaching the runout limit. We can...



ASTM F2077 Intervertebral Body Fusion Device Testing The ATS Family of Companies (FoC) is the ideal choice for manufacturers in need of ASTM F2077-compliant intervertebral body fusion device testing. An intervertebral body fusion device is an implant designed to fuse with the surrounding vertebrae over a year, allowing the adjacent vertebrae and device to operate as a single unit. The device aims to reduce pain upon moving due to injury or degenerative disc disease. People who may benefit from implants live with conditions such as scoliosis, spinal stenosis, spondylolisthesis, and osteoarthritis. What is ASTM F2077? Before the FDA approves a product for in vivo testing, the manufacturer must demonstrate the product can hold up to the forces and loads required for daily spinal activity. One method of proving a product’s performance is documented compliance with the FDA-recognized standard ASTM F2077. Our clients may request ASTM F2077 testing for multiple reasons, such as: Confirming proper function Testing if the product can withstand the required forces Evaluating compliance with FDA criteria Comparing different product designs Intervertebral Body Fusion Device Testing Procedures Following ASTM F2077 guidance, we perform repeatable static and dynamic tests to determine the causes of deformation and failure. Static tests measure performance under compressive, shear, and torque forces emulating the forces and movements in daily spinal activity. We record displacement, yield, force or moment, and stiffness for each tested subject. During fatigue tests, the product undergoes varying loads until a functional failure occurs or the product endures 5,000,000 cycles without failing. Our experts...



ASTM F146: Physical Impact of Liquid Submersion on Gasketing Materials ASTM F146 (ASTM F146-12 2019 E1) is a standard set by ASTM International, or the American Society for Testing and Materials, that covers proper procedure for testing methods used to determine the physical impact that fluid immersion has on nonmetallic gasketing materials. This standard does not apply to vulcanized rubber testing and, though it does not apply to gaskets made of metallic materials, it can be used as a guide for the adhesion testing of multi-layer steel or Metal Layer Gasket materials. ATS performs ASTM F146 testing in our advanced materials testing laboratories. Plastic, Polymer, and Rubber Testing ATS performs a wide range of plastic, polymer, and rubber testing services performed to many popular industrial testing standards. Some of our most commonly requested plastic, polymer, and rubber testing services include: Plastic and Polymer Heat Aging Plastic Density Testing Charpy Impact Testing VOC Testing Melt Flow Rate Testing Polymer Failure Analysis Polymer Characterization Polymer Strength Testing Polymer Structure Analysis Polymer Fracture Analysis Polymer Identification Polymer Fatigue Testing Rubber Tensile Testing Rubber FTIR Identification Rubber Compression Set Testing Rubber Hardness Testing Rubber Strength Testing Rubber Temperature Testing Materials Testing at ATS Applied Technical Services offers a variety of material testing services across a broad range of disciplines, including environmental testing, chemical analysis, and mechanical testing. These laboratories feature highly advanced testing equipment and cutting-edge technology, allowing us to conduct material testing in accordance with both custom client-determined testing parameters and popular industry...



IMFDs or intramedullary fixation devices are nails, rods, and similar materials used to fixate various bone fractures. Our medical device testing lab ensures that IMFDs comply with ASTM F1264 testing standards. What is ASTM F1264? The American Society for Testing and Materials established ASTM F1264 as a resource for those designing and evaluating the mechanical properties of IMFDs. The standard defines the performance criteria for IMFDs and specifies material and labeling requirements. ASTM F1264 is organized in the following three annexes: Annex 1: Static Four-Point Bend Testing Annex 2: Static Torsion Testing  Annex 3: Bending Fatigue Testing Annex 4: Bending Fatigue of IMFD Screws The ATS FoC houses several mechanical force testing systems configured to ASTM F1264 testing standards. Our Medical Device Testing Services Our ISO/IEC 17025-accredited medical device testing labs provide prompt and professional medical device testing services at a competitive price. We conduct ASTM and FDA-compliant testing while offering highly customizable testing services that evaluate client specifications. We provide various types of medical device testing, including the following: Axial Compression Testing Fatigue Testing Lot Verification Testing Screw Testing Simulation Testing Torsion Testing Our Commitment to Quality The Applied Technical Services Family of Companies conducts chemical, electrical, mechanical, and nondestructive testing for industrial and commercial businesses. We specialize in calibration, inspection, and testing services. Since our founding in 1967, we’ve maintained a customer service-centric business model where our employees possess the professionalism and politeness needed to address the unique needs of each of our clients. Contact Us Please submit...



ASTM F1160 Shear and Bending Fatigue of Coatings The ASTM F1160 standard recommends tests that determine failure modes and limits of coatings, their adhesive bonding agents, and metallic substrates. The standard covers shear and bend fatigue tests on coatings made from the following materials: Calcium Phosphate (CaP) Porous and nonporous metals CaP/metallic composite The coating on a medical device provides added protection and other beneficial properties to an implant’s surface.  In vivo, the coating must adhere to the metallic substrate surface and withstand shear, bending, and loading forces without failure. Rigorous Medical Device Testing The ATS FoC offers precise testing in a controlled environment. Our ISO/IEC 17025-certified labs house sophisticated and powerful equipment for standards-based and customized testing: Fatigue testing - up to 55 Kip (55,000 psi), temperatures from ambient to 1000˚ C (1832˚ F) Tensile testing - up to 400,000 pounds, temperatures up to 1800˚ F (982˚ C) Bend testing - up to 90 to 180˚ bend We test until failure or 10,000,000 cycles, anticipating a lifetime of use. Shear and Bend Test Outcomes Shear and bend fatigue testing determines the coating’s adhesive or cohesive properties. Bend fatigue testing also provides information on the effects of the coating on the metallic substrate. Clients can use ASTM F1160 testing to inform their next steps, such as product redesign or submitting the product to the FDA for in vivo testing approval. Shear and bend fatigue tests help clients evaluate how different materials, shapes, stresses, and surface conditions impact the efficacy of the coating. Medical Device Testing with the...



The Applied Technical Services Family of Companies (FoC) evaluates external fixation devices to ensure their compliance with ASTM F1541 ESFD testing standards. External skeletal fixation devices, or ESFDs, stabilize fractured bones, aiding treatment and healing. Our medical device testing lab assesses the safety and effectiveness of ESFDs per ASTM F1541 to ensure our client’s products are FDA-compliant and eligible for clinical use. What is ASTM F1541? The American Society for Testing and Materials developed ASTM F1541 as an outline for those characterizing skeletal medical devices and their various mechanical properties and design elements. The F1541 specification is divided into the following four annexes: Annex 1: External Fixators During Annex 1, technicians use torsional or axial load applications to test the device’s external fixator connections. Annex 2: External Skeletal Fixator Connectors Annex 2 measures external skeletal fixator joints’ durability, stiffness, and part dynamics. Annex 3: Compressive Properties During Annex 3, technicians evaluate the assembly’s yield strength, ultimate strength, and chord stiffness. Annex 4: External Skeletal Fixator Joints Annex 4 applies linear and angular load conditions and static tests to devices to determine the device’s stiffness and strength. Our Medical Device Testing Labs Medical devices are instruments, machines, and implants that aid in the diagnosis, treatment, and prevention of injuries and illnesses. These devices are an essential element of healthcare, and our medical device testing labs help ensure that our client’s medical devices comply with ASTM and FDA guidelines. Our experienced engineers and technicians work closely with clients to develop strategies that...



The Applied Technical Services Family of Companies performs xenon arc light and water exposure testing for automotive coatings in compliance with the ASTM D7869 testing standard. Subtropical Climate Exposure Testing ASTM D7869 establishes the criteria for performing testing on automotive paints and coatings to ensure their resilience in subtropical climates, also referred to as Florida Exposure Testing. ATS performs several additional types of environmental testing services that fall under subtropical exposure testing as well, including but not limited to: Under Glass Testing: elemental exposure testing for interior trim and fabric-based materials. Salt Spray Testing: a popular testing method to verify a component’s resistance to corrosion. Humidity Testing: electrical system and component testing to assess functionality under humid conditions. Rainfall Testing: water ingress and automotive seal testing. UV Radiation Testing: this method tests paint, coating, plastic, and other materials’ ability to withstand prolonged exposure to the sun. Direct Exposure Testing: testing a vehicular component’s resilience during direct exposure to various elements. ASTM D7869 This standard set by the American Society for Testing and Materials covers the testing procedures used to simulate the effects of environmental and physical factors on coatings used in the transportation industry. Our experts perform ASTM D7869 testing in our highly advanced environmental testing facility that features a range of advanced environmental testing chambers with impressive capabilities. Some of our most commonly requested environmental testing services include: Automotive Chemical Resistance Testing Flammability Testing Vibration Testing Thermal Shock Testing Temperature Cycling Testing Adhesion Testing Coating Testing Accelerated Weathering Testing...



The Applied Technical Family of Companies (FoC) evaluates spinal implants in accordance with ASTM F2706 spinal implant fatigue implant testing. Our medical device testing lab helps ensure that our clients’ spinal implants perform as expected and qualify for clinical use. What is ASTM F2706 Spinal Implant Fatigue Testing? The American Society for Testing and Materials established ASTM F2706 as a guideline for the testing methods used to quantify the dynamic and mechanical characteristics of occipital-cervical-thoracic and occipital-cervical spinal implant assemblies. Occipital-cervical-thoracic and occipital-cervical spinal implant assemblies provide stability to the spine during arthrodesis, where two or more joints are fused to eliminate arthritis-related pain. During the procedure, lab technicians subject the sample to several static and fatigue loads, including the following: Static Testing Compression Bending Tensile Bending Torsion Testing Fatigue Testing Compressional Bending Fatigue Testing Torsional Fatigue Testing The Importance of Medical Device Testing Medical devices have improved the safety, efficiency, and reliability of modern healthcare practices. These devices must undergo extensive evaluations that allow manufacturers to develop and further enhance the functionality of their products. Failure to properly evaluate and test medical devices could compromise patients’ health and disqualify products from the marketplace. About Our Medical Device Testing Lab Our medical device testing lab assists clients by providing testing to applicable standards as they develop and improve their spinal, dental, joint, and extremity medical devices and implants. Our experienced technicians work closely with clients to create solutions that address their unique testing needs while adhering to regulatory standards and...



The Applied Technical Services Family of Companies (FoC) tests extra-discal motion-preserving implants in compliance with the ASTM F2624 spinal implant dynamic testing standard. Medical professionals use spinal implants to treat various back pains and deformities, including those caused by degenerative disc disease, fractures, and scoliosis. Our medical device testing facilities assist clients as they qualify their products for the marketplace. What is ASTM F2624? The American Society for Testing and Materials established ASTM F2624 as a guideline for technicians conducting dynamic, static, and wear tests on extra-discal motion-preserving implants. The ASTM F2624 standard includes several testing procedures that evaluate the mechanical characteristics of spinal constructs, including the following: Fatigue Test Static Extension Test Static Flexion Test Static Lateral Bending Test Static Torsion Test The procedures detailed in ASTM F2624 assist manufacturers in evaluating their designs, ensuring their devices can endure the loading conditions associated with the human spine. About Our Medical Device Testing Lab Medical device testing labs offer essential services that ensure the effectiveness, quality, and safety of medical devices that aid healthcare practices worldwide. Our rigorous testing procedures ensure that our clients’ medical devices perform as expected and abide by the standards established by the medical industry’s regulatory bodies. Our medical device testing lab ensures our clients’ satisfaction by providing the following: High Quality & Precise Data Collection Prompt Services Competitive Prices ASTM, ISO, & FDA Compliance Our Commitment to Quality The Applied Technical Family of Companies (FoC) provides high-quality consulting engineering, inspection, and testing services. Our A2LA...



The Applied Technical Services Family of Companies (FoC) evaluates bioabsorbable plates and screws for internal fixation implants in accordance with the ASTM F2502 absorbable plate and screw testing standard. Bioabsorbable plates and screws stabilize damaged tissue and bone, and unlike their metallic counterparts, these polymeric implants don’t require removal from the human body. Our medical device testing lab ensures our clients’ absorbable plates and screws are safe, effective, and ASTM F2502 compliant. What is ASTM F2502? The ASTM F2502 standard outlines the mechanical characterization of screws and plates for orthopedic internal fixation. The standard covers devices made from resin composites, absorbable resins, or hydrolytically degradable polymers. ASTM F2502 determines the fixation strength and stiffness of polymers, ensuring that absorbable plates and screws perform adequately. About Our Medical Device Testing Services Advancements in medical device technology have increased the demand for safe, reliable, and effective medical devices that improve the lives of patients and healthcare professionals worldwide. Our medical device testing lab helps manufacturers qualify their products for the marketplace. We offer a wide range of medical device testing services, including: Dedicated Screw Testing Non-Standard Testing Instrument and Life Cycle Testing Shear Testing Simulation Testing Our Commitment to Quality The Applied Technical Services Family of Companies offers high-quality inspection, testing, and calibration services at a competitive price. We house multiple A2LA-accredited labs that conduct tests in compliance with our clients’ specifications while also adhering to industry standards and regulations. To ensure that our clients receive the best service possible, we provide...



The Applied Technical Services Family of Companies (FoC) conducts dynamic evaluations of glenoid disassociation in compliance with the ASTM F2028 glenoid loosening testing standard. Glenoid loosening is a common issue following total shoulder replacement surgery, so manufacturers must account for glenoid-related complications. Fortunately, our medical device testing facilities feature state-of-the-art technology to ensure our clients’ products are ASTM F2028 compliant and ready for the marketplace. ASTM F2028 Glenoid Loosening Testing The American Society for Testing and Materials developed ASTM F2028 as an outline for measuring how much a prosthetic anatomic glenoid component shifts or pivots before and after cyclic loading. The standard also evaluates the locking mechanisms of humeral components and applies to reverse and standard shoulder implants. During the procedure, technicians load the specimen into a fatigue test machine and apply dynamic rocking forces to the sample. The Importance of Glenoid Loosening Testing Glenoid component loosening is a major concern for surgeons performing total shoulder arthroplasty, so these devices must undergo extensive evaluations and tests to ensure their quality. Our ASTM F2028 testing services help our clients evaluate and improve the quality of their glenoid implants. Failure to prevent glenoid loosening could result in the following: Mandatory Revision Sugery Discomfort for Patients Loss of Function Our Medical Device Testing Labs Our medical device testing lab assists clients by helping them ensure their products comply with relevant standards. We understand that medical devices have an immense impact on the quality of life for medical professionals and patients, so we help...



The Applied Technical Services Family of Companies (FoC) evaluates human joint prosthesis in accordance with the ASTM F2025 wear assessment of polymeric components testing standard. What is ASTM F2025? ASTM F2025 explains how to use a weight-loss method to evaluate the wear experienced by the polymeric components used in a human joint prosthesis. During the procedure, technicians apply serum or a similar lubricating liquid to the joint prosthesis before subjecting it to a predetermined load profile. The procedure simulates the tribological conditions of the human joint by creating conditions that mimic the wear mechanisms of the human hip. The progressive wear induced by the ASTM F2025 procedure removes polymeric debris from the device, resulting in weight loss of the specimen. The Importance of Medical Device Testing Medical devices are instruments, appliances, and implants used to prevent, diagnose, and treat chronic conditions, ailments, and injuries. These devices improve the quality of life for medical professionals and patients worldwide and are essential to modern healthcare. Medical devices undergo mandatory tests and evaluations to ensure their effectiveness and compliance with relevant regulations and standards. Failure to properly test a medical device will result in the device being ineligible for clinical use and a poorly designed device could put patients at risk. More About Our Medical Device Testing Laboratories Our medical device testing lab assists clients by ensuring their products comply with relevant standards. Our experienced material testing professionals evaluate the safety and functionality of numerous medical devices, including spinal, dental, and joint implants....



The ATS Family of Companies (FoC) assesses the attachment strength of metallic hip prosthesis in compliance with ASTM F1820 modular acetabular device testing standards. The acetabular socket connects the human hip joint to the femoral head and femur, but chronic conditions and injuries can damage the acetabular and cause discomfort and pain. Fortunately, our medical device testing lab assists manufacturers as they design and develop ASTM F180-compliant products that improve the quality of life for patients with hip replacements. What is ASTM F1820? The American Society for Testing and Materials developed ASTM F1820 as the standard test method for assessing the attachment strength between the modular acetabular liner and shell. During the procedure, technicians apply force to the acetabular liner to disconnect the liner from the acetabular shell. The procedure’s results reveal the modular acetabular device’s reaction to different loads and highlight the maximum force needed to induce failure in the locking mechanism. There are multiple ways to test an implant’s compliance with ASTM F1820, including axial and lever-out disassembly. Axial Disassembly Technicians apply a displacement to an insert along the polar axis to determine the axial locking strength. Lever Out Disassembly  Technicians apply an axial displacement parallel to the polar axis to determine the liner’s resistance to impingement. Our Medical Device Testing Lab Our A2LA-accredited medical device testing facilities feature the state-of-the-art equipment needed to conduct a wide array of tests and evaluations on various materials. We offer ASTM and ISO-compliant testing services for dental, extremity, joint, and spine...



ASTM F1798 Spinal Implant Subassembly Testing The Applied Technical Services Family of Companies (FoC) evaluates the subassemblies and interconnection mechanisms of spinal implants in accordance with the ASTM F1798 spinal implant subassembly testing standard. Spinal implants consist of multiple components that connect to form the entire spinal implant. Spinal implant subassembly testing is an essential step in the manufacturing process of spinal implants. The testing helps ensure that the spinal implant subassemblies perform as expected and qualify for the marketplace. Our medical device testing lab ensures that different spinal implant designs provide the support needed to be ASTM compliant.   ASTM F1798 Spinal Implant Static and Fatigue Testing ASTM F1798 outlines several test methods that evaluate fatigue strength, uniaxial static strength, and resistance to spinal implant subassembly loosening. During the procedure, technicians place bands, hooks, and screws in a saline fluid in vitro, allowing them to observe how each part behaves and performs in living organisms. The ASTM F1798 procedure helps to characterize the properties of different interconnection designs and mechanisms. We offer dynamic testing and the following ASTM F1798-compliant static testing methods: Anterior-Posterior and Lateral Loading Axial Torsion Connection Stability Flexion Extension and Transversal Movement The Importance of Spinal Implant Testing Spinal implant subassembly testing assesses the safety and efficacy of spinal implants. Failure to properly test spinal implants may increase the risk that the implant will fail or pose risks to the patient. Proper testing helps identify any design or manufacturing defects early on, which helps to improve...



ASTM F1672 Patellar Prostheses Testing The Applied Technical Services Family of Companies (FoC) evaluates the interlocking strength of prosthetic knee mechanisms in compliance with the ASTM F1672 patellar prostheses testing standard. Our medical device testing facilities help clients prepare products for FDA approval and clinical use. ASTM F1672 Patellar Prosthesis Testing The American Society for Testing and Materials developed ASTM F1672 as an outline for technicians and engineers assessing the attributes of patellar prostheses used in knee replacements. The internationally recognized standard offers details on the following: Design Performance Characteristics Material Selection Manufacturing Processes The ASTM F1672 standard is regularly updated to incorporate the latest scientific research and technological advancements, ensuring that patellar prostheses continually meet the highest safety and performance benchmarks. The Importance of Patellar Prosthesis Testing Patellar prosthesis testing is vital to ensuring the quality, durability, and functionality of knee replacements. The patella, or kneecap, is a critical component of our mobility, and a defective prosthetic could significantly impair the user’s mobility and quality of life. Patellar prosthesis testing helps manufacturers assess the various aspects of their prosthesis designs, including: Axial Compression Testing Dedicated Screw Testing Fatigue Testing Life Cycle Testing Non-Standard Testing Tensile Testing Shear Testing Wear Testing About the ATS Family of Companies The Applied Technical Services Family of Companies is an esteemed enterprise with clients in various industrial and commercial industries. We specialize in calibration, inspection, and testing services. Our A2LA accredited provide the following: Calibration Chemical Testing Electrical Testing Mechanical Testing Nondestructive Testing Contact...



The Applied Technical Services Family of Companies (FoC) determines the mass and volumetric flow rates in ducts in accordance with ASTM E2029 testing standards. In certain cases, it can be too impractical or difficult to measure the velocity of ducts, pipes, and tunnels using conventional measurement methods, but the technique outlined in ASTM E2029 is an advantageous alternative. What is ASTM E2029? The American Society for Testing and Materials (ASTM) established ASTM E2029 as a standardized test method for using a tracer gas dilution to measure an air system’s volumetric and mass flow rates. During the testing process, a technician introduces a specific amount of a trace gas into the gas stream before measuring the concentration of the tracer gas at a later point in the gas’s flow stream. Experts use their knowledge of gas behavior and principles of mass conservation to calcite mass and volumetric flow rate via the tracer gas dilution rate. Our ASTM E2029 Testing Services Our state-of-the-art lab offers ASTM E2029-compliant testing services that help clients make informed decisions regarding their operation and efficiency. We provide on-site testing services where our experts collect and analyze data before offering our clients a detailed report of our findings. Upon completion of our testing, our clients will have an improved understanding of their air system’s mass flow rate and volumetric flow rate, which can be essential when doing the following: Optimizing the energy consumption of HVAC units used in industrial processes and settings Evaluating a system’s emissions Ensuring that...



The Applied Technical Services Family of Companies (FoC) measures the conductivity of water in compliance with ASTM D1125. Water is an invaluable resource that industrial businesses must treat and inspect to ensure that its purity and contents align with the requirements of its intended use. Our chemistry experts work diligently to examine water samples to determine if they’re in accordance with our clients' needs and industry standards. What is ASTM D1125? ASTM D1125 outlines the standard procedure for measuring water’s electrical resistivity and conductivity. During the procedure, technicians allow an electrical current to pass through a water sample, allowing them to observe the sample’s resistance to the current. The information gathered from the test method is instrumental in the processes needed to inspect the quality of drinking water and water used in water treatment systems. More About Our ASTM D1125 Testing Services Our highly trained employees use our state-of-the-art labs to carry out comprehensive and competitively priced services. Our well-maintained equipment yields reliable results as we help clients evaluate the conductivity and resistivity of their water samples. To ensure transparency, our experts keep an open line of communication with clients so that we guarantee that specific needs are addressed during our examination and analysis process. The information obtained during our ASTM D1125 can help clients make informed decisions regarding their water samples and water processing strategies. Why is It Important to Test the Electric Conductivity of Water? Water conductivity is directly related to salt and minerals in the water. By...



The Applied Technical Services Family of Companies (FoC) performs Gardner impact testing in compliance with ASTM D5420 testing standards. What is Gardner Impact Testing and ATSM D5420? Gardner impact testing, also known as falling dart impact is a testing procedure that determines the toughness and impact strength of plastic materials. The test has been widely used across industries because of its effectiveness in predicting the functionality and suitability of materials needed for impact-related tasks and environments. The American Society for Testing and Materials developed ASTM D5420 as an outline for those evaluating the impact resistance of flat and rigid plastic samples. During the test, technicians drop weight from predetermined heights onto a striker sitting atop the specimen. Technicians record the drop weight and height and issue the specimen a pass or fail rating. The test is commonly completed using the “Bruceton Staircase” method which uses multiple samples until failure occurs before decreasing the drop height and weight until all samples are used. Our ASTM D5420 Testing Services Our knowledgeable and experienced experts offer ASTM D5420-compliant services that provide insight into the strengths and limitations of polymer materials. The data generated by our services helps clients make informed decisions regarding their material selection and quality control processes and strategies. Why is it Important to Conduct Impact Tests on Polymers? Polymers are highly versatile materials, but it is still important that manufacturers evaluate them thoroughly to develop a more accurate profile of their capabilities and behaviors under specific conditions. Gardner impact tests...



The Applied Technical Services Family of Companies (FoC) uses the ASTM D3884 testing procedure to determine the abrasion resistance of textile fabrics. Consumers and manufacturers expect quality fabrics to be able to endure the wear and tear associated with their intended environment and applications. Our abrasion tests help ensure the durability of fabrics by assessing their mechanical properties. What is ASTM D3884? The American Society for Testing and Materials developed ASTM D3884 as a standardized test method for those evaluating a textile fabric’s resistance to abrasion. The standard applies to test using Taber abraser, a double header tester attached to a rotary platform. During the testing procedure, technicians place the sample on a rotating platform containing two wheels. One wheel rubs the sample inwardly and the other rubs it outwardly. The friction causes abrasion marks that technicians label according to their severity, ranging from no visible damage to almost complete damage. Our Abrasion Testing Services In addition to our ASTM D3884-compliant tests, we offer abrasion tests that measure the following: Residual Breaking Force Residual breaking force measures the strength required to break a fabric and offers insight into a material’s average breaking strength. Cycles to a Specific Point A sample’s cycles to a specific point refer to the number of cycles needed for the material to reach a predetermined amount of damage. Depth of Wear Depth of wear measures the depth of the groves caused by abrasion wheels following a predetermined number of cycles. Mass Loss Our experts measure the...



The Applied Technical Services Family of Companies (FoC) uses the ASTM D5984 standard to evaluate how environmental conditions affect painted metals. Paint coatings are not only important to the visual aesthetics of metals, but also their durability. Coatings serve as a protective layer for metals, guarding them from moisture and corrosive elements. Our coating testing experts conduct comprehensive tests ensuring that our clients' paint coatings are effective in various conditions. What is ASTM D5894? The American Society for Testing and Materials created the ASTM D5894 standard for those simulating how outdoor elements impact a painted metal sample. During the test process, technicians subject samples to cycles of environmental conditions and events such as rain, salt water, UV light, and temperature fluctuations, all of which can contribute to a material’s corrosion during real-world use. Our Coating Testing Capabilities Our state-of-the-art labs facilitate ASTM-compliant services that help businesses evaluate the durability of their products and materials. We recognize how important coatings can be so we work diligently to conduct in-depth evaluations that ensure that coatings provide the protections needed in specific conditions. We offer a wide range of coating-related environmental tests, including: Abrasion Adhesion Characterization Resistance to environmental conditions Why is it Important to Test Coatings? Technology has evolved to a point where businesses can now use controlled lab experiments to see how their products may handle harsh elements during their service. These sorts of tests are important for all types of materials, but they’re especially important for coatings because a material’s...



The Applied Technical Services Family of Companies (FoC) offers ASTM D4329-compliant services determining a plastic’s ability to withstand exposure to natural elements. Plastics are a popular choice for manufacturers because they’re very versatile and relatively affordable for the benefits they provide. When selecting plastic materials for a specific condition, manufacturers must consider the material’s strengths and weaknesses to ensure that it can perform adequately in its intended application. Our environmental testing labs offer important insight into materials and products so that manufacturers can ensure their material selection and quality control strategies are effective. What is ASTM D4329? The American Society for Testing for Materials (ASTM) established ASTM D4329 as the standardized method for evaluating how plastics resist deterioration caused by sunlight, water, and heat. The standard allows manufacturers to assess a material’s potential to function properly in its end-use conditions and provides important information about how exposure to different elements can change a material’s properties and functionality. Why are ASTM Standards Important? ASTM publishes internationally adopted standards that establish consistency across different facilities and labs. The common framework provided by the standards is important because it helps ensure that testing results are reliable and that products are of acceptable quality. ASTM standards benefit manufacturers because they help them achieve regulatory compliance which is essential to maintaining access to markets both nationally and internationally. Our ASTM Standard Testing Services The ATS Family of Companies owns and operates several state-of-the-art labs that test products in accordance with ASTM standards. Our facilities, from...



The Applied Technical Services Family of Companies (FoC) evaluates the impact resistance of paint and dry film in accordance with the ISO 6272 testing standard. Aside from their cosmetic benefits, paints effectively protect surfaces from various types of damage, including damage caused by impact. Our coating testing experts conduct detailed and comprehensive tests that help our clients optimize their products' design and effectiveness. What is ISO 6272? The International Organization for Standardization developed the ISO 6272 testing standard as a resource for those determining the impact resistance of coatings. During the procedure, an expert drops a weighted indenter with a specific mass onto a sample. Following the weight’s impact with the sample, technicians carefully examine it to evaluate the degree of damage it endured. Our Coating Testing Services Our coating testing lab provides valuable services as a third-party resource specializing in numerous types of destructive and nondestructive testing procedures. We conduct tests per our clients’ unique specifications while also offering tests that comply with common industry standards, such as: ISO 6272 ASTM B244 ASTM B137 ASTM D2794  Why is It Important to Test the Impact Resistance of Paints and Dry Films? Impact resistance is a significant factor when selecting a coating for a product or material. Environmental factors and everyday wear and tear can immensely affect a coating’s ability to provide adequate protection. Therefore, companies must invest time and money into impact tests to ensure their coating selection process is thorough. Failure to invest the proper time and resources into...



Lumbar Total Facet Prosthesis Testing The ATS Family of Companies (FoC) provides spine implant medical device testing according to the ASTM F2694 standard. A total facet prosthesis replaces a deficient facet in the lumbar spine, alleviating pain and supporting spinal health and motion. Prosthetic facets have multiple design options, such as ball-and-socket articulating joints and metallic load-bearing surfaces. The wide range of metals, polymers, and ceramics used to create prostheses requires complex testing. To ensure a prothesis’s long-term function, the ATS FoC follows the recommendations of ASTM standard F2694 for cyclic loading procedures to study the wear, function, and kinematic behavior of prostheses. ASTM F2694 Procedure ATS FoC experts can perform the test in temperature-controlled, sterilized chambers, using a mounting component, like a clamp or fixture, to secure the prosthesis. First, we flood the testing chamber with a solution maintained at 37°C. Next, we subject the prosthesis to various worst-case scenarios that anticipate harsh in vivo conditions, including a compressive force that simulates the shear load in a spine at a frequency ≤2 Hz. We can maintain a magnitude of force (±5%) in the desired range of motion for the facet. During the test, we can subject the facet to specified motions and loads: Flexion Loading/Extension Loading Lateral Bend Loading Axial Rotation Loading Total Facet Prosthesis Analysis Throughout the procedure, we take geometric measurements of all relevant functional surfaces of the test specimens to record how the product changes with wear. Our analysis includes additional factors, such as: Range of Motion (ROM) Load...



The Applied Technical Services Family of Companies (FoC) uses the ISO 4892-3 standard to simulate how weather can affect materials. Natural elements such as sunlight, rain, heat, and cold can have a significant on a materials appearance and performance. Our UV testing experts subject samples to elements in controlled environments to evaluate how they react. What is ISO 4892-3? The International Organization for Standardization (ISO) is an internationally recognized organization that develops and publishes technical standards that help establish uniformity in industrial and commercial testing practices. The ISO 4892-3 standard outlines testing methods that can be used by those exploring how materials respond to various levels of exposure to fluorescent UV radiation, water, and heat. The standard enables accelerated aging, which offers valuable insight into how a material may hold up once exposed to specific conditions for long periods of time. Our UV Weather Testing Services Our highly trained testing and analysis experts use our state-of-the-art weathering lab to evaluate how weather conditions can impact materials. We use a wide range of tests to see how our clients’ samples respond to various types of environmental stressors, such as: Extreme temperatures Humidity UV radiation We offer tests that comply with common industry standards, including, but not limited to the following: ASTM D4329 ASTM D4587 ASTM D4674 ASTM D5894 How Does Weathering Testing Benefit Manufacturers? Manufacturers greatly benefit from third-party weathering testing services like those offered by the ATS FoC. The accelerated aging services and in-depth analysis we offer can reveal crucial...



The Applied Technical Services Family of Companies (FoC) evaluates how light and moisture exposure effects paint and coatings in compliance with the ASTM D4587 standard. UV light and moisture are natural elements that products must contend with if they are going to be a viable solution for consumers and businesses long term. Our environmental testing helps manufacturers determine the durability of their exterior coatings. What is ASTM D4587? The American Society for Testing and Materials developed ASTM D4587 as a standard practice for examining how exposure to fluorescent UV-condensation impacts coatings and paints. During the testing procedure, technicians use fluorescent UV lamps that simulate the natural conditions of heat, sunlight, and moisture. The controlled conditions offered by the UV lamp and environmental testing lab allow experts to observe the long-term effects of natural elements in a fraction of the time it would take them to occur naturally. The results gathered following ASTM D4587 testing will provide important insight into a material’s resistance to discoloration, fading, cracking, and chalking. Our Coating Testing Lab Our coating and paint testing experts offer numerous types of tests to evaluate coatings' and paints' performance. From adhesion tests to film thickness tests and corrosion tests, we have a long list of services that provide an in-depth analysis of a coating’s strengths and weaknesses. Our services are helpful to various industries, including construction, manufacturing, automotive, and aerospace. Why is Environmental Testing for Coatings Important? The long-term viability of a product is extremely important to consumers who are...



The Applied Technical Services Family of Companies (FoC) evaluates plastics in accordance with the ASTM D4674 testing standard. Plastics are a popular choice amongst manufacturers so they’re commonplace in all industries, but manufacturers must assess plastics to ensure that they’re safe and effective for their intended applications and environments. Our polymer testing experts conduct comprehensive testing to develop an independent and unbiased perspective on a plastic’s performance when exposed to specific conditions. What is ASTM D4674? The American Society for Testing and Materials developed ASTM D4674 as a standardized test method for testing plastics exposed to window-filtered sunlight and indoor fluorescent lighting. Sunlight and artificial lights alter a plastic’s color over time, and this standard helps predict the rate and degree of discoloration in office settings. During the testing process, technicians subject plastic samples to various types of fluorescent light, including UV light and cool white light. More About Our UV Light Testing Services Our A2LA-accredited UV light testing lab has highly advanced UV chambers that accurately simulate sunlight and its effects. Upon completing our services, our clients will have a data-driven understanding of their products’ performance and access to our staff who can further explain our findings. Our light testing services are especially beneficial to the following industries: Aerospace Automotive Construction Consumer products Medical devices Why Is Accelerated Light Testing Important? Accelerated light testing is a great way to determine the long-term durability of different materials, including plastics. Light slowly causes discoloration, but accelerated tests enable manufacturers to see...



ASTM E2092 Testing The Applied Technical Services Family of Companies performs ASTM E2092 temperature testing using thermomechanical analysis to help clients evaluate materials. This method effectively determines heat resistance and structural integrity of plastics, polymers, and composite materials when exposed to specific loads and is commonly requested by our clients operating in the automotive, aerospace, and electronic part manufacturing industries. The ASTM E2092 Distortion Temperature Testing Method Our temperature testing experts conduct E2092 testing through thermomechanical analysis, a technique that monitors material wear and deformation as temperature increases. In this test, our technicians place the test subject on two supports while a load is applied, creating a three-point bend. The sample is gradually heated while the temperature at which it begins to deform, referred to as the distortion temperature, is recorded. Every step of this process and all data yielded from the test is then compiled into a thoroughly documented report, helping manufacturers understand the thermal limits of their materials to ensure they are appropriate for their intended purpose and meet required safety and performance standards. For parts and components that will need to maintain form and integrity under load in environments with high temperatures, this testing method is highly important. ASTM E2092 Testing Benefits When clients submit a test sample, ATS’ testing experts work diligently to ensure the highest levels of accuracy and repeatability. ATS’ E2092 testing provides valuable information for selecting materials that can withstand high-temperature environments by identifying their distortion temperature. By understanding how materials behave under...



ASTM D1218 Testing Applied Technical Services and our Family of Companies conduct ASTM D1218 testing for clients operating in the petrochemical, pharmaceutical, and food and beverage industries, as well as several others. This is a standardized test method used to measure the refractive index of transparent and light-colored liquids, granting valuable insight for product development and improvement, compliance with regulatory standards, quality control, and safety. The Importance of ASTM D1218 The refractive index measures how light bends as it passes through a material. When light enters a substance at an angle, it changes direction depending on the material’s refractive index. ASTM D1218 testing is a precise, reliable, cost-effective way to measure the refractive index of a liquid, passing light through the sample and observing the refraction angle to provide a numerical value that helps determine a material’s purity and concentration. Benefits of ASTM D1218 Refractive Index Testing at ATS With nearly six decades of business experience, the testing and analysis experts at Applied Technical Services work diligently to provide exceptional service quality, short turnaround times, and unparalleled customer service. Some of the benefits of ASTM D1218 testing at ATS include: Enhanced Quality Control Purity and Concentration Verification Cost-Efficient Testing Compliance with Regulatory Standards This testing method has applications in a variety of industries, fields, and disciplines. In the chemical industry, ASTM D1218 is essential for verifying the purity of solvents, acids, and other chemicals used in production processes. In petrochemical and oil and gas, refractive index testing helps analyze the...



The Applied Technical Services Family of Companies (FoC) determines the melt flow rate of polymers in accordance with the procedures outlined in ASTM D1238. Polymers and plastics are popular materials manufacturers because of their low production costs and versatility. Manufacturers must consider a polymer’s melt flow rate when selecting a material for specific tasks and conditions. Our ASTM-compliant lab is adept at testing sample materials per the techniques outlined in ASTM standards, such as ASTM D1238. What is ASTM D1238? The American Society for Testing and Materials (ASTM) created ASTM D1238 as a standardized test method for those using an extrusion plastometer to determine a polymer’s melt flow rate. During the procedure, technicians load a sample into the heated barrel of a melt flow apparatus before placing a weight on the plunger. The plunger applies pressure to the molten polymer, forcing it through a capillary die. To conclude the test, technicians measure the number of grams of the polymer that extrudes through the capillary die in 10 minutes. Our ASTM D1238 Testing Services Our chemical testing lab offers numerous ASTM-compliant services, including ASTM D1238 melt flow rate testing. The standard offers important information on a material’s behavior, weight distribution, and qualifications for specific tasks and conditions. The data collected can be used to maintain quality control and improve manufacturing and product development strategies. About the ATS FoC The Applied Technical Services Family of Companies (FoC) is a reputable and revered network of businesses specializing in consulting, inspection, calibration, and testing....



ISO 18192-1 Wear Testing for Intervertebral Disc Prostheses The ATS FoC operates a proven medical device testing lab to ensure manufacturer compliance with international standard ISO 18192-1 for artificial intervertebral discs. Total intervertebral discs are motion-preserving implants designed to stabilize the spinal column, relieve excess pressure on the surrounding vertebrae, and permit the user to continue daily activities. ISO 18192-1 Requirements Before approving a product for clinical trials, the FDA requires manufacturers to prove a product can provide the support needed while withstanding the environmental loads and conditions of the spinal cavity. The ATS FoC offers strict medical device testing that follows industry-recommended best practices and international testing procedures. ISO 18192-1 is an FDA-recognized standard for comparing the performance of cervical and lumbar spinal implants. Wear Test Procedure To simulate an intervertebral disc’s daily movements, our experts place the product in a testing apparatus designed to recreate spinal flexion/extension, lateral bending, and axial rotation motions. Throughout the test, the product undergoes axial compression at a 1 Hz frequency while soaked in a calf serum diluted with de-ionized water. The test continues until the product reaches the 10 million cycle limit or fails. Our experts use gravimetric analysis to measure an implant’s weight and height loss due to wear. If needed, ATS can support our analysis with Scanning Electron Microscopy (SEM) and particle analysis. About ATS FoC The ATS Family of Companies provides medical device testing from multiple ISO/IEC 17025:2017 accredited labs. To help clients reach the market faster, our qualified...



ISO 12189 Fatigue Testing of Flexible Spinal Implants The ATS Family of Companies (FoC) runs qualified medical device testing labs capable of evaluating spinal implant compliance with industry standard ISO 12189. The International Organization for Standardization (ISO) created standard 12189 for fatigue and biomechanical fatigue testing on flexible spinal implants. Unlike similar standards, the ISO standard considers the influence of anterior support on motion-preserving or vertebral fusion devices. Why Choose ATS? ATS FoC testing can enable clients to make superior products.  Fatigue testing helps determine the strength of the spinal implant, so manufacturers can decide whether to alter the design or submit the product for FDA approval. Before permitting in vivo testing, the FDA may require proof from a qualified lab that the device handles in vitro conditions. Poor implant design can cause pain and impact neurological function in the user. As an ISO/IEC 17025:2017-accredited provider of medical device testing, the ATS FoC can deliver an unbiased and reliable assessment of the implant’s performance under cyclic loading. Fatigue Testing A fatigue test simulates the cyclic loads a product will encounter in the spine. To represent vertebrae and intervertebral discs in the intended spinal location, we use UHMWPE testing blocks and springs for test repeatability. Our fatigue testing equipment can deliver loading and unloading forces at a set frequency until the machine completes 5 million cycles or fatigue failure occurs. Fatigue failure arises when a load initiates a crack in the device that propagates until the assembly fractures. Our powerful equipment can deliver loads that simulate worst-case scenarios...



ISO-10328 Structural Testing of Lower Limb Prosthetics The ISO-10328 standard outlines structural testing procedures to estimate in vitro behavior of a lower limb prosthetic intended to replace a natural body part’s physical and cosmetic function. ISO-10328 uncovers material defects, mechanical issues, and design deficiencies that could make a product unsafe for temporary or long-term use and lead to further injury and pain to the user. In order to receive FDA approval to commence clinical trials, manufacturers must prove their products meet federal requirements and standards. Factors The ATS FoC can assess prosthetics for the lower limbs to determine their reliability as mobility aids and limb replacements. Our ISO/IEC 17025:2017-accredited materials and mechanical testing labs frequently review the impact of design and material properties on critical devices. We can test entire prosthetic structures and individual components, such as sockets, connectors, liners, and the main prosthetic. Limb prosthetics typically include a combination of plastics, lightweight metals, and composites, including: Aluminum Carbon fiber-reinforced polymers Polyethylene Polypropylene Polyurethane Titanium These materials influence the prosthetic’s resistance to wear and tear or more dramatic degradation over time. Lower-Limb Prosthetic Cyclic Testing ATS FoC experts perform cyclic testing on the prosthetic structure and individual components to simulate the loading and unloading forces experienced during walking, sitting, and other daily activities. During a static test, we subject the prosthetic to the harshest loads to assess the ultimate strength. Next, we perform cyclic testing to examine performance under dynamic loads, such as during walking. We can also perform static tests in...



RTCA DO 311 Performance Testing for Rechargeable Lithium Batteries The ATS Family of Companies (FoC) promotes safe aviation through RTCA/DO-311 performance testing for rechargeable lithium batteries.  Lithium-ion (Li-ion) batteries are rechargeable secondary batteries which consist of a graphite anode and a cathode capable of quickly and repeatedly releasing lithium ions. Most modern aircraft use some form of battery power to operate equipment, such as: Auxiliary power unit (APU) Emergency lighting Emergency locator transmitter (ELT) Aerospace manufacturers must balance battery power and reliability with a safe design. Rechargeable secondary batteries may leak, short-circuit, and experience overcharging or overdischarging, which can degrade the battery’s quality. The different failure modes and chemical reactions also put the entire aircraft in danger of a Class D fire, explosion, and exposure to hazardous fumes and corrosive chemicals. What Is RTCA/DO-311? RTCA document 311 is a Minimal Operation Performance Standard (MOPS) that guides effective design, testing, and analysis of batteries permanently installed on an aircraft. RTCA DO-311 standardizes the performance testing methods for battery verification and characterization, allowing manufacturers to ensure their product fulfills regulatory and safety requirements. Following industry standards such as RTCA/DO-311, our experts can perform mechanical and electrical tests on battery prototypes to uncover potential safety hazards before the product reaches the market. We offer mechanical testing according to DO-311 to simulate real-world forces and conditions that may jeopardize battery function and safety, such as: Drop Impact Explosion Containment Handle Strength Electrical Abuse Testing Electrical abuse tests can help ensure the safe function of the battery and battery...



The Applied Technical Services Family of Companies (FoC) determines the seal strength of flexible barrier materials in accordance with ASTM F88 testing standards. What is ASTM F88? The American Society for Testing and Materials developed F88 as a standard test method for assessing the seal strength of flexible barrier materials often used in medical packaging. ASTM F88 determines how adept a package seal is at resisting separation. The standard is popular amongst medical packaging manufacturers because it’s highly effective at ensuring that a package’s seal can maintain the sterility of the package’s contents. About Our ASTM F88 Testing Services Our package testing experts carefully conduct tests in compliance with common ASTM standards, such as ASTM F88. Our ASTM F88 tests reveal important information regarding the product’s average seal strength and maximum seal strength. Why is ASTM F88 Package Testing Important? Seal strength is an important factor to consider when evaluating a package’s suitability for a specific application. The ASTM F88 is an effective way for package manufacturers to test the durability and integrity of their product’s design. Our ASTM F88-complaint services help our clients do the following: Ensure that packages can maintain sterility Identify issues with a package’s sealing process About Our Package Testing Services In addition to our ASTM F88-compliant services, we also conduct ASTM D642, ASTM D4332, and ISO 11607 tests to ensure that our clients’ packaging systems are effective in different conditions and environments. We offer an extensive list of package testing services, including: Altitude, humidity, and...



The Applied Technical Services Family of Companies performs ASTM F2824 testing to assist clients in the verification of mechanical seal strength compliance with industry standards. ASTM F2824 Testing Standard ASTM F2824 is a standardized test method for mechanical seal strength testing containers with flexible, peelable lids established by ASTM International. This test method evaluates the seal strength of peelable lids on round packaging and containers to ensure the lid maintains both its seal and structural integrity when force is applied, safeguarding the container’s contents from contamination and promoting product safety. The process detailed in the ASTM F2824 testing standard begins with the preparation of sample containers, at which point the containers are filled with the product they will contain or a comparable substitute. The sample container is then sealed. ATS’ testing experts condition the samples to simulate the conditions and scenarios the product will face over the course of its normal lifespan to ensure that the test results are representative of actual use conditions. The sample is then put into a tensile testing machine designed to apply a controlled force to the edge of the peelable lid in a pulling motion. This process simulates the peeling action, or steady-state peel force, a consumer would use to open the package. Our technicians document the force required to initiate the peel, or peak peel force, as well as the force needed to continue peeling the lid from the container. These measurements show the exact amount of force required to properly operate the...



The Applied Technical Services Family of Companies (FoC) evaluates the integrity of packages and containers in compliance with ASTM F2096 testing standards. Manufacturers rely on package testing labs such as ours to ensure that their products are properly protected from the elements they’ll encounter during transport and storage. What is ASTM F2096? The American Society for Testing and Materials established ASTM F2096 as the standard test method to identify leaks in sealed packages using internalized pressurization. Commonly referred to as the bubble test, ASTM F2096 helps manufacturers evaluate the sterility of their packages. Our ASTM F2096 Testing Services Our state-of-the-art environment testing labs offer numerous package testing services that help manufacturers test their products in compliance with popular standards, such as ASTM F2096. Our ASTM F2096-compliant services provide important information on the following: Burst pressure Leak rate Package integrity Seal strength The Importance of ASTM F2096 The ASTM F2096 standard is important as it confirms the integrity of package systems specifically designed for sterile or perishable products. ASTM F2096 is an effective way to do the following: Maintain quality control throughout the packaging process Safeguard from product contamination Ensure that consumers receive safe and effective products More About Our Additional Package Testing Services We understand how important packaging is to preserve the appearance, quality, and safety of products, so our highly trained experts conduct package tests with precision and care. We work diligently to deliver accurate and prompt services that assist our clients as they evaluate the quality of their...



The Applied Technical Services Family of Companies performs ASTM F1980 Testing to assist clients in the verification of medical device packaging compliance with industry standards. ASTM F1980 Testing Standard ASTM F1980 is a testing standard developed by the American Society for Testing and Materials for conducting accelerated aging tests on sterile barrier systems for medical devices. This standard is one of the most effective methods for predicting the shelf life of medical device packaging, simulating long-term storage conditions in a shorter time frame through accelerated age testing. ATS’ packaging testing experts test to ASTM F1980 to accurately estimate the effects of aging on sterile barrier systems, ensuring that packaging maintains its integrity, sterility, and protective properties over time. Elevated Temperatures and Humidity ASTM F1980 accelerated aging testing exposes medical device packaging to elevated temperature and humidity conditions to simulate the effects of real-time aging. The main principle behind this test method is based on the Arrhenius equation, which relates the rate of chemical reactions to temperature to monitor material degradation. Increasing temperatures accelerate the aging process to allow our testing experts to predict the long-term performance of the packaging over a comparatively short period of time. Accelerated Aging Procedure ASTM F1980 testing begins with technicians defining aging conditions such as temperature and relative humidity levels. Temperatures between 50°C and 60°C and relative humidity levels between 50% and 75% are typically selected for this test to accurately simulate storage conditions. The test duration is determined by using the Arrhenius equation to...



The Applied Technical Services Family of Companies (FoC) evaluates the effectiveness of medical packaging seals in compliance with ASTM F1929 testing services. What is ASTM F1929? The American Society for Testing and Materials established ASTM F1929 as the standard test method for using dye penetration to detect seal leaks in porous medical packaging. The standard is effective at identifying the presence of leaks within package’s seal. ASTM F1929 consists of three procedures, each with its unique benefits. Procedure A: Injection Method Procedure A is the injection method, and it requires that technicians inject the dye penetrant solution into the package before examining the package and its seal for any signs of leakage. Procedure B: Edge Drip Method During procedure B, technicians pour a dye solution into a container, covering the container’s bottom surface. Next, the technicians dip the package seal’s outer edge into the dye until the entire length of the seal contacts the dye. Finally, technicians carefully evaluate the product in search of any signs of dye penetration. Procedure C: Eyedropper Method During procedure C, technicians use an eyedropper to apply a dye solution to a package’s seal. After applying the dye, technicians carefully examine the seal for any signs of a leak. Our ASTM F1929 Testing Services Our package testing experts have quite a bit of relevant experience providing ASTM-compliant services, such as ASTM F1929. We carefully conduct tests to ensure that our clients develop product packages that keep products safe from contaminants that may compromise a product’s...



The Applied Technical Services Family of Companies provides ASTM F1140 Testing to verify compliance with package pressurization standards and identify potential structural integrity flaws. ASTM F1140 Testing Standard ASTM F1140 is a standardized testing method established by the American Society for Testing and Materials for evaluating the internal pressurization failure resistance of packaging, particularly flexible packages. This test is essential for determining how well a package can maintain its integrity and protect its contents under pressure conditions that simulate real-world scenarios, including altitude changes, handling, and storage. The primary objective of this test is to assess a package’s ability to withstand internal pressure without bursting, leaking, or compromising the packaging’s protective barrier. This testing method is particularly important for medical devices, pharmaceuticals, and consumer goods. Package Pressurization Test Procedures ASTM F1140 testing subjects the sample package to controlled internal pressure until either the packaging reaches a point of failure, or a specific pressure is maintained for a predetermined duration. The test can be performed using different methods, including burst testing and creep testing. The burst test increases internal pressure until the package fails to provide a measure of the packaging’s maximum strength. The creep test maintains a constant pressure for a specified amount of time to determine if the package can sustain pressure without damage or failure. This testing standard specifies detailed procedures for preparing and conducting ASTM F1140 testing, including guidelines on selecting test equipment, preparing the test subject, and documenting test results. This standard emphasizes consistency and accuracy...



The Applied Technical Services Family of Companies provides ASTM D999 Testing to help clients verify compliance with shipping container vibration tolerance. ASTM D999 Testing Standard ASTM D999 is a standardized testing method established by the American Society for Testing and Material for vibration testing shipping containers. Shipping containers are subjected to various forces that can lead to packaging failure and product damage while in transit. ASTM D999 testing exposes packaging containers to different types of vibrations to simulate transportation environments, allowing our vibration testing experts to assess packaging resilience and determine its ability to withstand forces of varying severity. This test method subjects the packaging to controlled vibrations using vibration tables in our state-of-the-art shock and vibration laboratory. Vibration tables are designed to replicate the types of vibrations a test sample will experience during its standard operating environment. For shipping container testing, this includes different modes of transport, including trucks, trains, ships, and airplanes. The ASTM D999 standard specifies different procedures based on the nature and direction of the vibrations, including vertical linear motion and rotary motion. These procedures ensure a comprehensive assessment of the packaging’s durability under realistic transportation conditions. Vibration Testing at ATS The vibration testing experts at Applied Technical Services apply decades of combined experience to ensure high-quality testing and accurate, reliable reporting. From determining the resilience of nautical equipment to verifying regulatory compliance for on-board avionics equipment, ATS performs vibration testing to countless standards for clients working in a variety of fields and disciplines. In addition...



The Applied Technical Services Family of Companies (FoC) evaluates the compressive resistance of packaging containers and their components in compliance with ASTM D642 testing standards. Packaging containers must endure compressive forces during storage and distribution, and our services help ensure that the containers have the compressive resistance needed to protect the container’s contents. What is ASTM D642? The ASTM D642 standard establishes a standardized method for evaluating the compressive strength of shipping containers, such as drums, boxes, and their components. The test measures a container’s ability to withstand external crushing forces. The ASTM D642 testing procedure is effective for containers with or without goods inside. During the test, technicians apply a compressive load at a constant rate to the container until the predetermined load is reached or the product fails. The data gathered from ASTM D642 helps manufacturers compare how different container designs and materials perform under different conditions. Our ASTM D642 Testing Services During the testing procedure, our technicians center the specimen on the compression test machine before the machine’s two plates press against the sample. The technicians apply compressive loads at a pre-established interval until the product fails or the specified load is met. Following the conclusion of the testing process, our clients make informed decisions on the following: Material selection Package development and design Quality control processes Why is It Important to Evaluate the Compressive Strength of Packaging Materials? The evaluation of a material’s compressive strength is essential when ensuring the compressive strength of packaging materials. Compressive...



The Applied Technical Services Family of Companies conducts ASTM D5276 Testing to evaluate shipping container drop performance and ensure regulatory compliance. ASTM D5276 Testing Standards ASTM D5276 details the criteria for conducting drop testing on packages and shipping containers. Established by the American Society for Testing and Materials, this testing method’s primary objective is to evaluate a package’s ability to protect its contents when subjected to the impacts and similar forces that typically occur during handling and transportation. This testing procedure is designed to simulate package mishandling to ensure packaging is resilient enough to maintain structural integrity and prevent damage to the products inside. Drop Testing ASTM D5276 testing consists of dropping a test subject from a specified height onto a hard surface, repeated several times with various package orientations to ensure a comprehensive assessment of its durability. This ASTM standard specifies the height from which the package is to be dropped based on the weight and size of the package. The test subject package is dropped onto a flat surface that mimics the concrete or metal floors commonly found in warehouses and distribution centers. The package is oriented in different ways for each drop, including flat on its base, on its edges, and on its corners. This multi-angle approach ensures that the test evaluates the package’s ability to withstand impacts from all possible directions and orientations to simulate conditions of a package’s standard environment. The package and its contents are inspected after each drop, and experts thoroughly document any...



The Applied Technical Services Family of Companies offers comprehensive thermal testing services conducted to a wide range of standards, such as ASTM D3418. ASTM D3418 Testing ASTM D3418 is a testing standard used to determine the transition and crystallization temperatures of polymers through Differential Scanning Calorimetry. The test is widely used in polymer science and materials engineering for characterizing thermal properties of polymers, such as melting temperature, glass transition temperature, and crystallization temperature. Understanding these properties is crucial in assessing the performance, stability, and application suitability of various polymers. Thermal Properties ATS' environmental testing experts use Differential Scanning Calorimetry to measures how heat flow changes as a material is heated or cooled. This method involves heating a small sample of the polymer and comparing its heat flow with that of a reference material. The difference in heat flow is monitored to detect thermal transitions in the polymer. Glass transition temperature is the temperature at which a polymer goes from a hard state to a soft state. This is a significant molecular rearrangement that impacts the mechanical properties of the polymer and is vital for polymers used in structural applications, where a shift in mechanical properties due to temperature changes could impact performance. Melting temperature is another essential parameter determined by ASTM D3418, indicating the point at which semi-crystalline polymers melt into a liquid. A polymer's crystallization temperature is when a polymer undergoes crystallization upon cooling from a molten state. This property is important in applications where controlled crystallization can affect...



ASTM D5026 Polymer Tension Testing The ASTM D5026 testing standard establishes the criteria for conducting tension testing on reinforced and unreinforced plastics and polymers. This mechanical testing method yields data pertaining to the following qualities and characteristics of a material: Modulus – Temperature and Frequency Effects of Processing Treatment Aspect Ration Effects on Modulus of Fiber Reinforcements Behavioral Properties of Resin Formulation Additive Effects on Performance and Processability Filler and Additive Effects on Modulus and Glass Transition Temperature Annealing Effects on Modulus and Glass Transition Temperature Substrate Types and Orientation Effects on Modulus This specialized plastic and polymer tension testing standard is most commonly used to verify a material’s ability to maintain its strength, ductility, and elasticity in cold conditions and is a valuable, cost-effective methodology for a wide variety of industries and disciplines. Tension Testing at ATS Our highly trained, certified tensile testing experts utilize cutting-edge technologies and advanced equipment and machinery to apply force to a material until it deforms or breaks, closely monitoring every change the sample experiences. Unlike flexure or compression testing, tension testing reveals how a material responds when pulled in a single direction, with the D5026 standard providing precise guidelines for testing at temperatures below room temperature. Our experts analyze the data yielded by this test to help clients make informed decisions about material selection, product design, and manufacturing processes. Some of the key data points resulting from this test method include: Tensile Strength Elongation at Break Modulus of Elasticity The Cold-Condition Tension Testing...



ASTM D5023 Flexure Testing ATS’ mechanical testing experts conduct flexural testing to the ASTM D5023 standard to determine the flexural properties of reinforced and unreinforced plastics and electrical insulating materials at different temperatures. Flexure testing grants insight into a material’s thermomechanical behavior under different loads for research, development, safety, quality control, and regulatory standard compliance. This test is critical in evaluating a material’s strength, stiffness, and resistance to bending and is regularly performed for our clients in the automotive, construction, aerospace, and electronics manufacturing industries, as well as several others. The Importance of Flexure Testing Flexural testing provides detailed information about a material's behavior under bending forces, which is important for applications where structural integrity and performance under load determine a product’s performance and safety. Unlike tensile testing, which measures strength in straight pull scenarios, flexural testing simulates real-world conditions where materials are subjected to bending. This provides valuable information about the sample material’s resilience, durability, and maximum load-bearing capacity before deformation and/or failure. ASTM D5023 specifically addresses flexural testing for materials at temperatures below room temperature to assess materials intended for cold environments, outdoor applications, refrigerated enclosures, and transportation in harsh climates. The primary benefits of this testing method include: Cost-Effectiveness Improved Quality Control Optimal Material Selection Safety and Reliability Applications ASTM D5023 is commonly used for industries where materials must perform under bending stresses. In the automotive industry, flexure testing can be used to validate the suitability of materials for dashboards, interior panels, and exterior trims. For applications...



ASTM D4065 Testing This Standard Practice for Plastics: Dynamic Mechanical Properties Determination and Reporting standard set by ASTM International is a testing protocol used to evaluate a material’s dynamic mechanical properties under various conditions, including dynamic temperatures, frequencies, and stresses, helping manufacturers and quality control teams better understand how materials respond to changing conditions. Applied Technical Services’ mechanical and environmental testing experts regularly test to ASTM D4065 for clients operating in the automotive, aerospace, electronics, construction, and manufacturing industries, where products and components need to perform reliably in diverse environments. Dynamic Mechanical Analysis Dynamic Mechanical Analysis, commonly referred to as DMA, is a sophisticated testing method for measuring a material's mechanical resilience and properties to provide insight into how a material stores and dissipates energy under stress. DMA is highly valuable for assessing a material’s elasticity, resilience, and overall durability. ASTM D4065 sets the criteria for conducting mechanical testing on polymers to assess physical behavior and reaction to thermal transitions. Benefits of ASTM D4065 Testing This testing method is frequently needed by businesses and organizations working in a wide range of industries due to its cost-effectiveness, reliability, and accuracy. Benefits of comprehensive mechanical analysis include: Accurate Prediction of Real-World Performance Material Optimization and Selection Quality Control and Regulatory Compliance Material Comparative Analysis Applications This testing method is widely used for assessing polymer-based materials, including thermoplastics, elastomers, and composites. Common applications include medical device testing, automotive engine and component testing, aerospace component testing, and packaging testing. ATS utilizes this testing method...



ASTM E1479 Testing Developed by ASTM International, ASTM E1479 is the Standard Practice for Describing and Specifying Inductively Coupled Plasma Atomic Emission Spectrometers. This standard outlines the requirements and specifications for Inductively Coupled Plasma Atomic Emission Spectrometers, also referred to as ICP-AES or ICP-OES. ICP-AES is used to detect and measure various elements within a sample, with ASTM E1479 establishing a consistent foundation for describing, calibrating, and operating ICP-AES equipment for applications such as metallurgy, environmental testing, and chemical analysis. ATS’ experts reference ASTM E1479 to provide a structured approach for specifying the components, operational intricacies, and calibration protocols of ICP-AES systems and components. This includes details on describing equipment configurations, operational ranges, resolution requirements, and performance characteristics. This ASTM standard ensures that ICP-AES systems are appropriately characterized and meet quality and accuracy standards relevant to their intended applications. Inductively Coupled Plasma Atomic Emission Spectroscopy relies on plasma to excite atoms and ions in a sample. The emitted light is analyzed to determine the concentrations of specific elements. In summary, ICP-AES consists of sample preparation, sample introduction to the plasma, excitation, emission detection, and data analysis. This standard outlines the specifications needed for each of these stages to ensure reliable, accurate results. ASTM E1479 also specifies the optical configuration of ICP-AES systems by detailing how spectral interference is managed, specifying requirements for wavelength accuracy and reproducibility, and addressing the importance of maintaining a high-resolution capability to ensure clear, accurate readings. ASTM E1479 primarily focuses on the following criteria of ICP-AES...



ASTM D1177: Engine Coolant Testing ASTM D1177 is the Standard Test Method for Freezing Point of Aqueous Engine Coolants, establishing a detailed, reliable procedure for determining the freezing point of aqueous-based engine coolants. This testing method serves as quality control by ensuring engine coolants maintain optimal performance in low and freezing temperatures. This ASTM standard is widely used across the automotive, aviation, and aerospace industries, where engine coolants are responsible for managing temperatures and preventing freezing. Engine coolants that freezes can lead to blockages and malfunction, ultimately causing engine overheating, damage, or complete system failure. ASTM D1177 provides a specific approach to determining this freezing point of coolants through a laboratory freezing test. This test can measure the cooling performance of the coolant in a controlled environment to ensure it meets specifications before being used in the field. ASTM D1177 at Applied Technical Services Our temperature testing experts begin coolant testing by gradually lowering the temperature of a coolant sample in a test chamber, where it begins to solidify. Temperature-testing equipment is used to observe the sample’s temperature as it drops, with the temperature at which crystals first appear noted as the initial freezing point. The ASTM D1177 method emphasizes precise measurements and accurate control of temperature to ensure repeatability and allow test results to be compared across different laboratories. This testing standard requires that the coolant mixture be accurately prepared according to its intended application. The test specifies the sample must be an aqueous solution, typically containing common antifreeze...



The Applied Technical Services Family of Companies (FoC) determines the thermal expansion of materials in accordance with ASTM E831. Thermal expansion is an important behavior for manufacturers to examine as it can be used to determine if a material is fit for specific applications or conditions. What is Thermal Expansion? Thermal expansion refers to a material’s tendency to increase in area, length, or volume as temperature increases. As a material warms, its particles vibrate at higher speeds due to the increase in kinetic energy, leading to an increase distance between molecules which increases the material’s size. What Is ASTM E831? The American Society for Testing and Materials developed ASTM E831 as the standard test method for using a thermomechanical analyzer (TMA) to evaluate the thermal expansion of solid materials. During the test method, technicians initiate a material’s thermal expansion and electronically record the change in length as a function of temperature. The ASTM E831 test method is effective at simulating how materials may respond to the temperature fluctuations seen in the environment of their intended application. More About Our ASTM E831 Testing Services Manufacturers across various industries must monitor the thermal expansion of their materials because unforeseen thermal expansion can have comprising effects on a product or material’s functionality and safety. Fortunately, our environmental testing experts use our state-of-the-art environmental testing lab to evaluate our clients’ samples. The information gathered during our ASTM E831 tests is beneficial to clients in numerous industries as it gives them a deeper understanding of...



The Applied Technical Services Family of Companies (FoC) uses the ASTM E1545 testing standard to evaluate the glass transition temperature of materials. What is a Material’s Glass Transition Temperature? A material’s glass transition temperature (Tg) is the temperature at which the material changes from a glassy and hard state to a leathery and soft state. Tg provides important insight into a material’s strength and overall ability to function as intended when exposed to temperatures and environments. In addition to strength, glass transitions reveal information about various other mechanical properties, including: Impact resistance Modulus of elasticity Operational temperature What is ASTM E1545? The American Society for Testing and Materials (ASTM) developed ASTM E1545 as the standardized testing procedure for technicians using thermomechanical analysis (TMA) to determine a material’s glass transition temperature. During the test method, experts subject a sample to controlled heat as they measure the sample’s dimensional changes as it warms. Following the dimensional changes, experts analyze the change in the sample’s thermal expansion coefficient which enables them to identify its Tg. Our ASTM E1545 Testing Services Our laboratory provides glass transition temperature testing services that follow processes outlined in ASTM E1545. Upon completion of our testing, our clients have a more informed understanding of their sample’s performance and behavior under specific conditions. Our services are especially beneficial to businesses that rely heavily on the performance of polymers and plastics. Why is It Important to Test Glass Transition Temperature? The glass transition temperature is an important property in polymer materials....



The testing experts at the Applied Technical Services Family of Companies conduct a wide range of chromatography services in accordance with standards such as ASTM D5296. ASTM D5296 Testing ASTM D5296 is a testing standard that establishes the criteria for measuring the molecular weight averages and distribution of polystyrene using Size Exclusion Chromatography, also known as Gel Permeation Chromatography. This test is a cost-effective method for assessing the molecular characteristics of polystyrene, a polymer material with several applications in different industries. Molecular Weight Molecular weight plays a significant role in determining the mechanical properties, strength, and processing behavior of polymer materials, and polystyrene consists of polymer chains of different lengths, resulting in a range of molecular weights that affect the material’s overall performance. The ASTM D5296 test method measures key molecular weight averages, including the number average molecular weight, weight average molecular weight, and z-average molecular weight, determining equal weight to each molecule, greater weight to larger molecules, and the highest value among the averages. Polydispersity Index This test also calculates the polydispersity index, indicating the breadth of the molecular weight distribution. A high polydispersity index suggests a wide range of molecular weights in a polystyrene sample, while a low index indicates a more uniform molecular weight distribution. Testing Procedure and Applications Our molecular weight testing experts begin ASTM D5296 testing by dissolving the polystyrene sample in a solvent, such as tetrahydrofuran. The solution is then injected into the chromatography system, which includes a column packed with porous material. As...



The Applied Technical Services Family of Companies uses spark atomic emission spectrometry (AES) to analyze aluminum and aluminum alloys in accordance with ASTM E1251. What is ASTM E1251? The American Society for Testing and Materials (ASTM) established ASTM E1251 as a standardized method for those who use AES to evaluate the chemical composition of aluminum and aluminum alloy samples. The test method involves a technician creating a high-energy spark between a counter electrode and sample, allowing them to observe the light emitted by excited atoms. Upon analyzing the wavelengths of the emitted light, experts can not only the presence of certain elements, but they can also discern the concentration of a wide range of elements, including: Magnesium Nickel Lithium Zinc Copper Lead Iron Our ASTM E1251 Testing Services Our chemical testing experts perform ASTM E1251 testing services that aid our clients in their material selection and quality control efforts. We recognize how important high-performance aluminum can be to an application and product’s success, so we work diligently to deliver high services at competitive prices. Our state-of-art and properly maintained equipment ensures that our tests yield reliable and accurate results capable of ensuring compliance with common ASTM standards, such as ASTM E1251 and the following: ASTM E415 ASTM E1086 Why is It Important to Assess the Properties of Aluminum and Aluminum Alloys? By assessing the properties of a material, manufacturers can make an informed decision about the materials’ suitability for specific conditions and applications. Aluminum is revered for its corrosion resistance,...



The Applied Technical Services Family of Companies (FoC) determines the chemical composition of steel in compliance with ASTM E1086 testing standards. Steel is a common building material revered for its high-yield strength, durability, and versatility. However, there are different types of steel, and their uses are heavily dependent on their composition, so manufacturers will often ask third-party labs such as ATS to evaluate the elements within a steel sample to better understand its potential. What is ASTM E1086? The American Society for Testing and Materials established ASTM E1086 as a testing method for those using spark atomic emission spectrometry (AES) to evaluate the chemical composition of steel. During the testing procedure, technicians generate a high-voltage spark between a counter electrode and a steel sample. The spark excites the atoms which causes them to emit light wavelengths unique to the specific elements they represent. Experts can use AES to accurately measure the concentration of numerous types of elements, including the following: Aluminum Carbon Copper Nickel Phosphorus Our ASTM E1086 Testing Services Our highly trained and experienced experts use our ISO/IEC 17025:2017-accredited lab to conduct ASTM E1086-compliant services. We work diligently to deliver prompt, precise, and reliable services that meet our clients’ unique needs and deadlines. Our services help manufacturers verify the composition of the materials used in the manufacturing process. At the same time, it also ensures that the quality and integrity of the materials are sufficient for their intended use. Why is the ASTM E1086 Testing Standard Important? A wide...



The Applied Technical Services Family of Companies (FoC) evaluates the composition of low alloy steel and carbon in accordance with ASTM E415 testing standards. What is ASTM E415? The American Society for Testing and Materials (ASTM) developed ASTM E415 as the standard procedure for determining the chemical composition of alloys and metals. During the procedure, technicians evaluate how a sample’s atoms react to a spark by observing how the atoms emit light at different wavelengths. The technicians use spark atomic emission spectrometry (AES) to separate light by specific wavelengths so that it can be analyzed. Upon completing the analysis, experts will have the information needed to determine the concentration of specific elements present within the sample. Our ASTM E415 Testing Services Our state-of-the-art chemical testing lab offers invaluable services that help clients evaluate their products in accordance with common standards such as ASTM E415. Our experts’ ability to assess the composition of various metals is useful to a wide range of industries, including aerospace, construction, and manufacturing. Our ASTM E415 testing services also offer a highly effective way to reduce the risk of premature product failure and ineffective manufacturing processes and strategies. Why is It Important to Test the Chemical Composition of Metals? Depending on their intended use, manufacturers may expect their metal products and components to be able to do certain things or perform under certain conditions. By testing the chemical composition of metals, experts can gather enough information to evaluate a metal’s suitability for specific situations and applications....



The Applied Technical Services Family of Companies (FoC) conducts ASTM D6869 tests that determine the amount of moisture present in plastics. Plastics are incredibly useful, and our society is increasingly dependent on them, so manufacturers must take measures to ensure that their plastic products and manufacturing processes are of adequate quality and efficiency. What is ASTM D6869? The American Society for Testing and Materials (ASTM) introduced ASTM D6869 as an effective test method that can measure the amount of moisture present in plastic materials. The standard is very popular amongst plastic manufacturers because its adept at highlighting moisture content that may interfere with how a plastic looks and performs. During the ASTM D6869 testing process, technicians place a sample into a dry and sealed container before exposing the sample to heat to analyze how the water present reacts with iodine. The results yielded during the process are expressed by the percentage of water present in relation to the sample’s mass. About Our ASTM D6869 Testing Services Our state-of-the-art chemical testing lab offers professional services that help manufacturers test their products and materials in compliance with common standards, such as ASTM D6869. Our highly trained experts recognize the importance of the services we offer, so our clients requests and demands are handled with care and precision, ensuring that our results are accurate and delivered with their deadlines. Why is It Important to Measure the Amount of Moisture in Plastics? A plastic’s moisture content can be a major concern for manufacturers because...



The Applied Technical Services Family of Companies (FoC) offers ASTM F1223 testing services for manufacturers evaluating total knee replacement medical devices. Knee replacements have improved the lives of millions of people worldwide, and manufacturers are constantly testing their prosthetics to enhance the product’s performance and design. Our ASTM F1223-compliant services help manufacturers ensure their prosthetics address the specific needs of patients by testing the degree of constraint a patient’s knee replacement may need. What is ASTM F1223 Testing? The American Society for Testing and Materials developed ASTM F1223 to thoroughly evaluate the constraint and motion characteristics of total knee replacements (TKRs). During the testing process, technicians subject TKRs to specific loads in vitro conditions and observe the replacement’s reaction so physicians can make informed decisions on whom they recommend the product to. About Our ASTM F1223 Testing Services Our ASTM F1223-compliant testing services consist of the following types of tests: Anteroposterior draw test Distraction testing Mediolateral shear test Rotary laxity test Valgrus-varus testing Why is It Important to Evaluate the Constraint of TKRs? A total knee replacement’s constraint, or ability to limit unwanted motion, is an essential factor in the prosthetic’s ability to perform as expected for extended periods. A TKR with an excessive amount of constraint will lead to discomfort for the patient and reduce the longevity of the components used in the implant. About the ATS Family of Companies Founded in 1967, Applied Technical Services began as a local engineering firm and steadily expanded into the nationwide network...



The Applied Technical Services Family of Companies conducts ASTM D5297 testing to determine rubber chemical accelerator purity through High Performance Liquid Chromatography. Rubber Chemical Accelerator Purity Testing ASTM D5297 is a testing standard established by the American Society for Testing and Materials that is used to determine the purity of rubber chemical accelerators using High Performance Liquid Chromatography, or HPLC. Rubber accelerators are chemicals used in the vulcanization process to speed up the curing of rubber, and their purity can determine performance and quality in the final rubber products. ATS performs rubber chemical accelerator purity testing to help clients assess the purity of these accelerators, ensuring they meet the necessary specifications for their intended use. The vulcanization process is a chemical reaction that improves the mechanical properties of rubber, making it stronger, more elastic, and more durable. Impurities in these accelerators can adversely affect the vulcanization process, leading to defective or underperforming rubber products that could ultimately lead to failure. ATS’ ASTM D5297 testing services provide a reliable method to verify that accelerators are free of impurities that could compromise product quality. Testing Procedure Rubber accelerators are used to speed up the cross-linking process between sulfur and rubber molecules. Common accelerators include thiurams, dithiocarbamates, and sulfenamides. Each type of rubber accelerator has specific performance characteristics, and its purity affects the rate of vulcanization, as well as the physical properties of the final rubber product. Our highly experienced chemists perform High Performance Liquid Chromatography to separate, identify, and quantify individual components...



The ATS Family of Companies’ ASTM UV exposure test capabilities serve clients from our ISO 17025:2017 accredited environmental labs. We perform this test under standard ASTM G154, which measures accelerated weathering. Our labs are accredited by the A2LA to perform UV testing per this standard to simulate sun exposure under UV light. Simulating Sun Exposure When materials are directly hit by sunlight, they will degrade with time and can become damaged. Interior/exterior products such as exterior décor, fabrics, or car interiors are especially vulnerable to this. Other outcomes of UV exposure include: Peeling Cracking Oxidation De-Gloss Deterioration of materials such as glass Our environmental labs allow us to adjust our fluorescent UV weathering chambers to the parameters set by ASTM UV exposure test standard G154. These parameters address the following: The fluorescent lamp The lamp’s irradiance level Type of moisture exposure Timing of the light and moisture exposure The temperature of the moisture exposure Timing of light/dark cycles We will provide our clients with accurate reports to show a material’s durability under direct sunlight, using ultraviolet exposure to advance any effects more rapidly, allowing us to see months/years of damage in a short time. This helps manufacturers design products with more resistance to direct sunlight exposure. These tests cannot, however, perfectly replicate real-world weather conditions and are not directly comparable to actual weather patterns. Industries Served Aerospace/Aviation Automotive Chemical Commercial Properties Construction Consumer Products Energy Insurance/Legal Industrial Manufacturing Military Nuclear Oil/Gas Pharmaceutical Power Generation Pulp and Paper Steel Telecommunication About the...



Applied Technical Services has several ISO/IEC 17025:2017-accredited labs that provide testing and analysis services for our various departments. ISO 17025 is the internationally recognized standard of practice for testing and calibration laboratories. The standard represents a lab’s ability to conduct accurate tests and calibrations, including competent staff, data quality assurance, and adequately maintained test equipment. You can review our broad array of ISO/IEC 17025:2017 accreditations here. Calibration Services Our ISO/IEC 17025:2017 accreditation permits us to perform various calibrations and dimensional inspections. Angle Standards Calipers Coating Thickness Foils Gage Blocks Geometry Measurements pH Measuring Equipment Micrometer Standards Sound Measuring and Sound Calibration Equipment Thread Wires and Plugs Chemical Testing Our ISO/IEC 17025:2017 accreditation permits us to conduct chemical testing on children’s products, furniture, liquids, metals, non-metals, polymers, and toys. BPA Testing Combustion Analysis Lead Testing ICP Non-metallic Material Testing Surface Coating Analysis Electrical Testing Our ISO/IEC 17025:2017 accreditation permits us to perform various electrical tests, including: Contact Resistance Conducted Emission Conducted Susceptibility Dielectric Strength (ASTM D149) Insulation Resistance Radiated Emission Radiated Susceptibility Power Variation Mechanical Testing Our ISO/IEC 17025:2017 accreditation permits us to perform environmental simulation, mechanical, and metallurgical tests on metallic and polymeric materials. Corrosion Testing Cass Testing Cyclic Corrosion Testing Fluid Resistance IGA Susceptibility Pitting Crevice Corrosion Resistance CPSC Testing Elastics Folding Mechanisms and Hinges Pacifiers Small Parts Toys Tires and Wheels Environmental Testing Coating and Paint Testing Corrosion Testing Color Testing Environmental Exposure Ingress Protection Salt Spray and Salt Fog Testing Seismic Testing Solar Testing Shock and Vibration...



Applied Technical Services’ Prop 65 testing lab provides services for businesses seeking to comply with the California law. What is Proposition 65? Proposition 65, or the Safe Water and Toxic Enforcement Act of 1986 is California law designed to increase transparency between California companies and residents. The law protects California water sources from contaminants that cause reproductive harm, birth defects, and cancer and requires businesses to inform the public of the presence and potential risks of such chemicals. Prop 65 Chemicals Over 900 chemicals are listed by Proposition 65, including naturally occurring and synthetic materials used in food, drugs, household products, and pesticides. The list is legally required to be updated annually to include new chemicals. Chemicals are added to the Prop 65 list for the following reasons. Labor Code The World Health Organization’s International Agency for Research on Cancer (IARC) adds cancer-causing chemicals to the list. State's Qualified Experts The Carcinogen Identification Committee (CIC) or Developmental and Reproductive Toxic Identification Committee (DARTIC) add chemicals to Prop 65 after confirming that the chemical causes reproductive harm, birth defects, and cancer. Authoritative Bodies The following organizations are recognized as “authoritative bodies” by the CIC and DARTIC. US Environmental Protection Agency US Food and Drug Administration National Institute for Occupational Safety and Health National Toxicology Program of US Department of Health and Human Services World Health Organization’s International Agency for Research on Cancer (IARC) These organizations are qualified to make additions to list of dangerous chemicals under Prop 65. Federal Requirements Federal...



Applied Technical Services provides our testing expertise to help clients achieve and maintain Prop 65 compliance. CPSC and Prop 65 Testing ATS is a leading accredited Consumer Product Safety Commissioned lab offering California Prop 65 Testing and Analysis Services. Many manufacturers, retailers, and individuals count on our labs and experienced certified personnel to test for toxic levels of harmful cancer-producing chemicals, such as those found in household products, manufactured components, dyes, and solvents. These unsafe chemicals are set forth by CA Prop 65. Frequently Performed Tests Lead Cadmium Other Heavy Metals Phthalates Bisphenol-A (BPA) Furfuryl Alcohol Acrylamide Formaldehyde PFOS / PFOA Tris Flame Retardants Popular Articles Tested Plastics (including polycarbonate materials) Foam Furniture Toys Clothing Jewelry Paint Textile Electrical Devices Glass Products Ceramic Products General Consumer Goods Prop 65 Compliance in Detail What is the California Proposition 65? California Proposition 65, which is also known as the “Safe Drinking Water and Toxic Enforcement Act”, is a California state right-to-know law designed to inform customers about the products they purchase. The state enacted this law in 1986, and it has undergone a number of changes and amendments since that time—further refining what is included in the law. Prop 65 affects all consumer products that are distributed or sold anywhere in the state. There are approximately 900 chemicals on the list that are known to the state to cause cancers, birth defects, or other reproductive toxicities. Proposition 65 requires that manufacturers list when certain (potentially hazardous) chemicals are present in either a product...



ATS takes pride in its commitment to military testing which has become a viable segment within our scope of capabilities. We offer a wide range of testing within one facility and strive to maintain our “one-stop-shop” reputation. Whether it is electrical testing of flight instrumentation or weathering of advanced combat helmets, ATS has the ability to manage your entire test program. Typical Specifications Include: MIL-STD-810 MIL-STD-461 MIL-STD-202 MIL-STD 202G MIL-STD 810G MIL-PRF-85285D MIL-A-8625 RTCA/DO-160G Common Military Testing Methods Include: Temperature Shock Temperature and Humidity Cycling Solar Radiation (Xenon) Ultraviolet Weathering EMI Testing Salt Spray Chemical Resistance and Immersion Altitude Testing Vibration



Applied Technical Services features a state-of-the-art EMI and EMC radiated emission testing lab - DO160 S21 - offering several different types of electromagnetic compatibility and interference testing services. RTCA DO-160 Section 21: Radiated Emission Testing RTCA DO-160 Section 21 testing consists of analyzing the radio frequency emissions of aircraft equipment to verify that RF noise levels fall within the standard’s specified parameters. RTCA DO-160 Section 21 compliance is mandatory for all sizes and classifications of aircraft to ensure that these emissions do not cause interference with other aircraft equipment systems. RTCA DO-160 ATS conducts a variety of RTCA DO-160 electromagnetic compatibility and interference testing in our advanced EMC and EMI testing laboratory. This laboratory is staffed by electrical testing experts who apply years of experience to every project, working hard to provide our clientele with the detailed, precise reporting their businesses rely on. In addition to RTCA DO-160 S21 radiated and conducted testing, some of our most popular RTCA DO-160 EMC and EMI testing services include: RTCA DO-160 Sec 25 RTCA DO-160 Sec 22 (to Level 3) RTCA DO-160 Sec 20 (Conducted and Radiated) RTCA DO-160 Sec 19 RTCA DO-160 Sec 18 RTCA DO-160 Sec 17 RTCA DO-160 Sec 16 (28 VDC and 115 VAC 400Hz) RTCA DO-160 Sec 15 Electrical Testing at ATS Our cutting-edge electrical testing lab is capable of performing a wide range of services, with the most commonly requested services including: Voltage Drop Testing Resistivity Testing (ASTM) Conductivity Testing (ASTM) Dielectric Strength Testing (ASTM) Electronic Product...



ICC Special Inspections and Inspectors Experienced Inspectors Experts Inspect To Applicable Industry Standards ICC Certified Inspectors ICC Spray Applied Fireproofing Inspections and Inspectors Confirm Manufacturer's Application Instructions Followed Verify Recommended Application Process Verify Materials Proper Thickness and Coverage Evaluate Bond Strength ICC Structural Steel and Bolting Inspections and Inspectors Inspect Bolting Materials — Bolts, Nuts, Washers, Direct Tension Indicators, Fastener Coatings, etc. Inspect Proper Storage and Lubrication Review Bolted Joints Torque-Tension Evaluation ICC Special Welding Inspections and Inspectors Matching Filler Metals Confirmed Monitor Environmental Conditions Review of Fabrication Review Welding Codes Review Joint Fit-up Review Weld Processes Welding Procedure Review Evaluate Repairs



The Applied Technical Services Family of Companies (FoC) offers ASTM E8 metal tensile testing services that evaluate how metals respond to stress. Metal manufacturers rely on tensile testing labs to provide a third-party and unbiased assessment of their product or material’s quality and overall ability to succeed in specific conditions. Our tensile testing experts use ISO/IEC 17025:2017-accredited labs to thoroughly evaluate metals, providing our clients with the information they need to make an informed decision about a material. What is ASTM E8? The American Society for Testing and Materials developed ASTM E8 as a test method for determining the tensile properties of metallic materials. The immensely popular is commonly used across industries, including aerospace, automotive, construction, and manufacturing. ASTM E8 is an invaluable asset for manufacturers seeking to improve their material selection process. Our ASTM E8 Metal Tensile Testing Our ASTM E8 testing services provide information on the following mechanical properties: Elongation Yield strength Ultimate tensile strength The information gathered from our tests is beneficial to research and development, quality control, and product design strategies and processes. Why is Metal Tensile Testing Important? Metal tensile testing is an effective way to confirm that metal materials possess the ductility and strength needed for their intended applications. In addition to gauging a product’s general effectiveness, tensile testing can help companies ensure that their products comply with regulatory requirements and standards. Failure to properly conduct tensile tests on products could cause serious issues, such as: Product failures, resulting in personal injury and property...



The Applied Technical Services Family of Companies (FoC) conducts the ASTM E23 Charpy impact test to determine the toughness and brittleness of materials. What is ASTM E23? ASTM International developed ASTM E23 as an outline for those conducting impact tests using the Izod and Charpy methods. In addition to measuring a material's brittleness, ASTM E23 can also examine how lower temperatures can increase a material's fragility. The information gathered from the test method is important when deciding whether a material can handle the environment and stresses associated with its intended application. About Our ASTM E23 Charpy Impact Testing Services Our highly trained mechanical testing experts conduct tests that evaluate the strength and weakness of materials while ensuring their compliance with standards and regulations. During the ASTM E23 Charpy impact testing procedure, our technicians strike a bar-shaped specimen with a hammer attached to a pendulum. Technicians measure the force needed to break the specimen which provides important insight into the impact strength of metallic materials. Why is Charpy Impact Testing Important? Charpy impact tests are an effective way to observe how materials respond to various levels of impact at different temperatures. Manufacturers across numerous industries rely on Charpy impact tests to determine if their products meet quality and safety standards. Charpy tests offer numerous benefits, including: Simple procedure Measurements Reliable results Cost-effective About ATS Applied Technical Services is a reputable and trusted provider of consulting engineering, calibration, consulting engineering, inspection, and testing services. Our ISO/IEC 17025:2017-accredited labs provide world-class services that...



The Applied Technical Services Family of Companies performs hardness testing for rubber, thermoplastics, and other elastic materials in adherence with ASTM D785 testing standards. ASTM D785 Hardness Testing ATS’ mechanical testing experts apply decades of experience to ensure exceptional service quality on all hardness testing services. Hardness testing thermoplastics and rubber consists of preparing the test sample, subjecting the sample to controlled, predetermined levels of force with a hardness tester or durometer, measuring the depth of the indentation, calculating the hardness with scales, and providing clients with an in-depth report detailing every step of the process. ASTM D785 ensures reliable, consistent, repeatable results that precisely identify material hardness to assess the subject’s viability for its intended use. Mechanical Testing at ATS The Applied Technical Services mechanical testing laboratory houses highly advanced equipment and technologies that are operated by industry-leading experts. With an excellent reputation as one of the country’s leading testing, inspection, certification, and compliance providers for several decades, ATS is known for taking a closer look. Our dedicated hardness testing specialists stay current on all relevant standards and specifications to ensure our clients receive the expedient, high-quality service they expect from us. ATS is ISO/IEC 17025:2017 accredited in mechanical testing by the A2LA and adheres to ISO 9001:2015 registered quality management system standards. Beyond our hardness testing capabilities, ATS’ mechanical testing department offers an expansive list of services that includes: Impact Testing Fatigue Testing Machining Services Special Testing Strain Gage Testing Weld Testing Tensile Testing Mechanical Testing ASTM Testing...



The Applied Technical Services Family of Companies provides elastomer hardness testing in accordance with ASTM D2240 testing standards. ASTM D2240 Hardness Testing ATS’ industry-leading mechanical testing experts perform ASTM D2240 penetrative elastomer hardness testing through the use of a durometer. This process consists of preparing the elastomer test subject, applying a specific force with a spherical or pointed tip, measuring the indentation’s depth, calculating the hardness, and providing comprehensive reporting to the client. We perform ASTM D2240 hardness testing with scales that include: Shore A 0 - 100 (Soft Elastomers) Shore D 0 - 100 (Hard Elastomers) Shore OO 0 - 100 (Very Soft Elastomers) Mechanical Testing at Applied Technical Services ATS’ mechanical testing laboratory employs industry-leading experts who operate state-of-the-art equipment and machinery. Founded in 1967, Applied Technical Services has cultivated an exceptional reputation as one of the nation’s most well-established testing, certification, inspection, and compliance providers. Our clients value the fact that we take a closer look, applying our decades of expertise to ensure that all reporting is dependable, precise, and repeatable. Our mechanical testing experts stay current on all applicable testing standards and specifications to ensure our clients receive the expedient, high-quality service they have come to rely on. ATS maintains ISO 9001:2015 registration for our quality management system certified and ISO/IEC 17025:2017 accreditation in several disciplines, including mechanical testing. In addition to our comprehensive hardness testing capabilities, ATS performs mechanical testing services that include: Weld Testing Strain Gage Testing Mechanical Testing Certification Tensile Testing Fatigue Testing...



The Applied Technical Services Family of Companies performs copper coating testing in accordance with the ASTM B368 testing standard. Electrodeposited Copper Coating Testing Electrodeposited copper coatings are commonly used in the manufacturing, electronics, aerospace, and automotive industries to ensure precise and consistent copper coating thickness. Electroplated parts and components are prone to corrosion and require comprehensive testing to verify environmental resistance. ASTM B368 testing details the necessary conditions for both copper-accelerated acetic acid-salt spray (CASS) testing and the corrosive performance of decorative chromium, nickel, and copper or chromium and nickel coatings on plastics, aluminum alloys, anodized aluminum, zinc alloys, and steel. ASTM B368 Testing Methods There are several steps to the ASTM B368 testing process, all of which require a comprehensive knowledge of ASTM International testing standards. Applied Technical Services’ expert chemists and coating testing technicians perform meticulous analysis on electroplated subjects and electrodeposited copper coatings to ensure safety, resilience, proper functionality, and regulatory compliance. The process starts with sample preparation. Our testing experts thoroughly clean and prepare a test subject to eliminate any residues or contaminants that could impact test accuracy. The subject is then electroplated with copper through electrolyte solution substrate immersion. Once the sample is electroplated, it is then cut to the size specified by ASTM B368. Cross-sections are prepared and measurements are taken using scanning electron microscopy, optical microscopy, and additional measurement methods. The data yielded by these processes is compiled and analyzed by our experts before a thorough report is created and provided to our...



The Applied Technical Services Family of Companies (FoC) evaluates the characteristics of metallic bone plates in compliance with ASTM F383 metallic bone plate testing standards. Metallic bone plates are used during orthopedic reconstructive surgery and offer structural support to patients recovering from bone fractures. Orthopedic plates must undergo extensive evaluations examining their effectiveness and safety before their approval for clinical use. Our medical device testing lab offers ASTM-compliant testing that qualifies our client’s products and designs for FDA approval. What is ASTM F382? The American Society for Testing and Materials established ASTM F382 as the industry standard for determining the maximum force metallic bone plates can withstand. ASTM F382 outlines the steps to define metallic bone plate performance and geometric characteristics using fatigue and static test methods. Bending Fatigue Properties Of Metallic Bone Plates During this test, technicians load the specimen into a testing device before applying a predetermined number of bend cycles. The test continues until the sample endures the maximum number of cycles or breaks from the applied load. The procedure’s results offer insight into the material’s maximum moment, failure location, and failure mode. Single Cycle Bend Testing of Metallic Bone  During this test, technicians load a metallic bone plate into a texting fixture and continue applying increasing levels of force until the plates deform and bend. The procedure helps technicians collect data on the sample’s bending strength, stiffness, and structural stiffness. The Importance of Medical Device Testing A medical device is an instrument, apparatus, or implant used...



The Applied Technical Services Family of Companies (FoC) performs ISO 6892 tensile testing when evaluating the strength and weaknesses of metal materials. Our services are beneficial to companies looking to make more informed decisions regarding their product’s design and ability to excel in specific applications and situations. What is ISO 6892? The International Organization for Standardization developed ISO 6892 as a collection of standards outlining the process of conducting tensile tests on metal materials. The ISO 6892 standard measures the following tensile properties: Tensile strength Yield point elongation Yield strength The ISO 6892 standard consists of four parts, each detailing the conditions in which the test takes place. ISO 6892 – 1: Room temperature testing ISO 6892 – 2: Elevated temperature testing ISO 6892 – 3: Low temperature testing ISO 6892 – 4: Liquid helium testing Our ISO 6892 Tensile Testing Services Our tensile testing experts work diligently to deliver accurate and prompt results to our clients. We recognize that tensile tests are incredibly important to manufacturers evaluating their materials and products, so our labs comply with our ISO/IEC 17025:2017 accreditations, ensuring that we commit to providing world-class service. Upon completion of our ISO 6892 testing services, our clients can expect to have a more thorough understanding of their product's potential. Why is Tensile Testing Important? Tensile testing serves as an important component of material selection, product development, and quality control. This data gathered from tensile testing is instrumental in determining a material's suitability for a specific application. For example,...



The Applied Technical Services Family of Companies performs Hipot testing in compliance with IEC 60950 testing standards established by the International Electrotechnical Commission. IEC 60950 Hipot Testing Hipot testing induces voltage to test the insulation integrity of electrical equipment, including DC cables, motors and motor systems, and several other devices. IEC 60950 testing consists of Hipot testing performed to specific testing parameters such as test voltages based on the type and class of equipment and environmental conditions, testing duration, the ramp-up rate, and acceptable leakage currents. These specifications help to promote consistent, repeatable results. High Potential Testing High Potential testing, commonly referred to as Hipot testing, is conducted to analyze and verify the integrity of insulation in devices and equipment. There are a series of factors that can contribute to insulation deterioration, including: Moisture and Humidity Manufacturing Defects Severe Temperatures Chemical Exposure Mechanical Damage Overheating and Overloading Vibration and Mechanical Stress Improper Maintenance and Handling While Hipot testing is important to ensure the safety and reliability of most types of electrical equipment, it is essential to maintaining ITE, or information technology equipment. As ITE is responsible for the storage and transmission of critical data, poorly insulated devices and equipment can result in catastrophic losses. Manufacturers of ITE products should have their products tested to IEC 60950 testing standards to ensure industry compliance, optimal functionality, dependability, and safety. Applied Technical Services: The Electrical Testing Experts The Applied Technical Services Family of Companies features electrical testing laboratories and testing facilities located throughout...



The Applied Technical Services Family of Companies conducts High Potential testing in accordance with IEC 60950 Hipot test standards. IEC 60950 Hipot Test Process Hipot Testing refers to Dielectric Withstand Testing, a test method that induces voltage to devices, equipment, and machinery to verify insulation integrity. Hipot testing to the IEC 60950 Hipot test standard helps to prevent various hazards that can result in significant damage to assets and serious harm to personnel and consumers. The IEC 60950 Hipot testing procedure consists of the following steps: Preparation: The test subject is disconnected from peripherals and accessories and a solid ground is verified. All specialized tools and testing devices are prepared and testing parameters are set to align with IEC 60950 specifications, equipment requirements, safety regulations, and/or client-specified parameters. Testing: Voltage is applied to the test subject’s insulation system for a specified duration while any potential voltage leaks are identified. Data Analysis: Our electrical testing experts thoroughly analyze all data collected during the test to determine insulation effectiveness and condition. Reporting: All ATS testing procedures include thorough documentation that covers test preparation, testing, test results, and any recommended action. High Potential Testing at ATS High Potential testing, also known as Hipot testing, is a cost-effective electrical testing method used to ensure insulation integrity in electrical equipment and devices. Verifying the integrity of insulation is critical to maintaining optimal efficiency, reliability, and safety, as the following factors can break down insulation over time: Overheating and Overloading Mechanical Damage Improper Maintenance and Handling...



Critical Insulation Testing The Applied Technical Services Family of Companies (FoC) conducts the IEC 60502-2 hipot test to evaluate the insulation properties of electronics. Electronics can be extremely dangerous if not properly tested, but our electrical testing services help our clients assess their products to strengthen their performance while confirming their safety. What is the IEC 60502-2 Hipot Test? The IEC 60502-2 hipot test is a specialized hipot test that evaluates an electrical cable’s insulation properties, ensuring that it’s capable of operating a specific voltage. The International Electrotechnical Commission, or IEC, developed IEC 60502-2 to help manufacturers ensure that their medium voltage cables are safe and compliant with performance standards. Our IEC 60502-2 Hipot Testing Services Our electrical testing experts conduct comprehensive hipot tests in accordance with our clients’ specific needs while also complying with relevant standards, such as IEC 60502-2. Our services ensure that our clients’ power cables comply with the details outlined in the IEC 60502-2 standard. The Importance of Hipot Testing Hipot testing is an effective and critical way of ensuring that an electronic device is reliable and safe. The testing process is nondestructive and preventative, making it a valuable resource for manufacturers concerned with product reputation and regulatory compliance. Hipot testing offers important insight into the following: Damage and defects that could cause a current to leak Spacing between conductors The presence of contaminants such as moisture and debris Errors in the manufacturing process Failure to conduct hipot tests could result in complications and safety hazards...



The ATS Family of Companies (FoC) provides numerous consultation and inspection services to help clients comply with OSHA regulations. The Occupational Safety and Health Administration (OSHA) enforces health and safety protections under the 1970 OSH Act. Our certified experts have decades of experience inspecting and designing fall protection systems, training employees, and certification programs. Our capabilities include Fall Protection Services Fall Protection Certification Fall Protection Equipment Inspection Fall Protection Inspection to OSHA Standard System Components Davit Systems Rigid Rail Inspections Roof Anchor Installation Roof Anchor Inspection Safety Harness Inspections Tie-Off Requirements Training and Consultation Fall Protection Competent Person Training Fall Protection Program Other Facade Access Consultants Litigation Support Rope Access Team Walking-Working Surfaces Window Washing Systems Inspections Standards OSHA 1910. 27 Certification OSHA 1910. 66 OSHA 1910. 179 OSHA 1926 Subpart M OSHA 1966 Appendix C State Regulations California



What is MIL STD 202G? The Applied Technical Services Family of Companies (FoC) evaluates electrical components and electronics in compliance with the MIL STD 202G standard. The MIL STD 202G standard determines an electronic device’s ability to withstand high voltage outside of its normal operating range. The Department of Defense (DoD) uses MIL STD 202G to determine the durability and reliability of electronics. The standard provides important insight into equipment’s ability to withstand the unforgiving conditions associated with military applications. Our MIL STD 202G-Compliant Services Our electrical testing experts understand the importance of MIL STD 202G-compliance as a failure to properly assess the capabilities of electrical equipment can cause serious damage to electrical equipment, potentially putting humans in harm’s way. Fortunately, we have the expertise and equipment needed to conduct comprehensive tests on military-grade electronics, ensuring their viability in otherwise comprising conditions. Upon completion of our services, our clients have a more in-depth understanding of their product’s dielectric strength and potential weaknesses that may need to be addressed. Why is MIL STD 202G Testing Important? Certain military conditions and applications may require that electronic equipment operate at extremely high voltages that may otherwise compromise the performance of equipment. The MIL STD 202G is important because it allows manufacturers to verify that their equipment can continue functioning in high-voltage situations. Upon completion of our testing procedures, we carefully examine the electronics to determine if the equipment withstood the applied voltage without showing signs of damage or insufficient insulation strength. Applied Technical...



The Applied Technical Services Family of Companies (FoC) conducts evaluations of electronics in accordance with MIL STD 202G method 301. What is MIL STD 202G Method 301? MIL STD 202G is the Department of Defense’s testing standard designed to properly evaluate the ability of electronics and electronic components to withstand the operational and environmental stresses of military applications. MIL STD 202G method 301 specifically focuses on the dielectric strength of components which is an important factor to consider when evaluating the reliability of electronics. Our MIL STD 202G Method 301 Testing Services We offer MIL STD 202G-compliant services that provide an in-depth look at the capabilities of our clients’ electrical equipment. During the testing process, we apply a direct current to the component for a predetermined amount of time and gradually increase the voltage as time passes. The component passes the test if it avoids failure and or damage from the test. If the equipment fails the test, we offer guidance that can help our clients make improvements to their equipment, resolving the underlying issues that led to the equipment’s failure. Why is Dielectric Strength Testing Important? Military applications can expose equipment to harsh conditions that may comprise the functionality and reliability of everyday electronics. Fortunately, military standard testing is an effective way to ensure that products are suitable for certain applications and environments. Our dielectric strength testing in compliance with MIL STD 202G provides important information on the component’s ability to do the following: Withstand surges and electrical breakdown...



The Office of Environmental Health Hazard Assessment (OEHHA) has proposed an amendment to warning label requirements that would impact the current short form use. The purpose is to prevent indiscriminate use of short-form warning labels. Currently the short-form warning does not include chemical identification which has resulted in widespread use. As a result, on October 27, 2023, OEHHA issued a proposed rulemaking notification to provide modification to the mandatory warning to specifically list the chemical hazard. This will ensure consumers are properly warned of exposure to Prop 65 chemical hazards. See: Notice of Proposed Rulemaking and Announcement of Public Hearing: Amendments to Article 6, Clear and Reasonable Warnings Safe Harbor Methods and Content (ca. gov)



The Applied Technical Services Family of Companies (FoC) conducts fatigue testing of finger joint implants in accordance with the ASTM F1781 elastomeric flexible hinge finger total joint implants testing standard. During finger joint replacement surgery, medical professionals replace a damaged joint with an artificial, metal, or plastic joint. Finger joint implants undergo extensive evaluations before clinical use to ensure their effectiveness. Our medical device testing labs help ensure that our client’s finger joint implants adhere to regulatory requirements and perform as expected. What is ASTM F1781 The American Society for Testing and Materials established ASTM F1781 as the international standard for determining the flexibility of finger total joint implants. ASTM F1781 covers the reconstruction of the proximal interphalangeal (PIP) and metacarpophalangeal (MCP) joints, including those with and without metal. Technicians evaluate the implant’s maximum extension and flexion to determine the device’s mobility and overall ability to mimic the natural motions of the PIP and MCP joints. The standard provides guidelines for the following: Biocompatibility Durometer Fatigue Testing Range of Motion Surface Finishes In Vitro Lab Testing More About Our Medical Device Testing Lab Medical devices are materials, instruments, and implants used to prevent, treat, and rehabilitate injuries and illnesses. Manufacturers must adhere to ASTM and FDA regulations and standards, such as ASTM F1781, before their products become eligible for clinical use. Our ISO/IEC 17025:2017-accredited medical device testing facilities help clients comply with mandatory product quality and performance guidelines. We also offer customized testing services where our experts work closely with...



The Applied Technical Services Family of Companies (FoC) evaluates prosthetic hip designs to ensure compliance with ASTM F1714. Hip replacement surgery is a common procedure where medical professionals replace damaged and worn parts of a patient’s hip with new, artificial components. The ATS FoC evaluates the functionality and efficacy of prosthetic hip designs to ensure the product complies with standards and regulations. The American Society for Testing and Materials established ASTM F1714 as a guideline for technicians using a weight-loss method to evaluate the wear properties of hip-joint replacement prostheses. During the procedure, technicians use a machine to simulate the conditions and movements associated with the human hip joints. Technicians introduce fluids such as pseudo synovial fluid or bovine serum to the hip prosthesis to mimic the natural movement and wear within the hip. The procedure’s results provide insight into which combinations of implant materials and designs perform best under specific conditions. The Benefits of Our Medical Device Testing Lab Millions of Americans have undergone orthopedic surgery to increase mobility and improve their quality of life. These procedures offer numerous benefits, but there are also assumed risks, so regulatory agencies must heavily vet hip replacement technology to ensure its safety and effectiveness. Our medical device testing lab offers testing per custom testing parameters and ASTM and FDA standards such as ASTM F1714. Our experienced employees use our state-of-the-art equipment to provide an extensive list of services, including the following: Dedicated Screw Testing Fatigue Testing Lot Verification Testing Life Cycle Testing...



The Applied Technical Services Family of Companies (FoC) conducts mechanical tests of shoulder prostheses in compliance with ASTM F1378 shoulder prostheses testing standards. Shoulder replacement surgery is a highly effective procedure where healthcare professionals replace damaged parts of the shoulder with shoulder prosthesis. The ATS FoC helps our clients achieve FDA approval for their shoulder replacement components, devices, and designs by ensuring their compliance with ASTM F1378. What is ASTM F1378? The American Society for Testing and Materials developed ASTM F1378 as a guideline for the design and functionality of modular shoulder prostheses. ASTM F1378 establishes specifications for total shoulder replacements (TSRs) to ensure the replacement provides sufficient support for the patient. TSRs must mimic the motions and functions of humeral and glenoid components while providing the coordination and mobility needed to improve the patient’s quality of life. The ASTM F1378 shoulder prostheses testing standards outlines multiple requirements for shoulder prostheses, including: Biocompatibility Corrosion Evaluation Glenoid Evaluations Mechanical Strength Range of Motion Shoulder Constraints Surface Finish More About Our Medical Device Testing Lab Medical devices are often complex instruments, machines, and implants that must undergo extensive testing prior to clinical use. Our state-of-the-art medical device testing facilities help our clients adhere to industry-wide requirements such as ASTM F1378 shoulder prostheses testing. Our experienced employees work closely with clients to develop safe and reliable medical devices that promote the health of patients. We offer various medical device testing services, including: Axial Compression Testing Dedicated Screw Testing Fatigue Testing Life Cycle Testing...



The Applied Technical Services Family of Companies (FoC) evaluates the functionality of total wrist implants in accordance with the ASTM F1357 articulating total wrist implant testing standard. Total wrist implants offer much-needed solutions to patients who experience chronic wrist pain from injuries, infections, or chronic conditions. Total wrist implant prototypes undergo extensive evaluations to ensure their ability to mimic the complex motions within the wrist joints. Our medical device testing facilities conduct ASTM F1357-compliant services that aid the development of wrist implants. What is ASTM F1357? The American Society for Testing and Materials developed ASTM F1357 as a guideline for manufacturers seeking to approve their total wrist implant prototypes for clinical use. The standard addresses the carpal and radial components required for functioning articulation. The functioning articulation of a total wrist implant refers to the implant's ability to grant the user adequate motor skills and coordination. The ASTM F1357 articulating total wrist implant testing standard specifies the inclusion of several materials in the manufacturing process of total wrist implants, including: Cobalt-28chromium-6molybdenum alloy Unalloyed titanium Wrought cobalt-20chromium-15tungsten-10nickel alloy Wrought cobalt-20nickel-20chromium-3. 5molybdenum-3. 5tungsten-5iron Wrought 35cobalt-35nickel-20chromiu-10molybdenum alloy Wrought titanium-6aluminum-4vanadium extra low interstitial alloy About Our Medical Device Testing Capabilities The ATS FoC has the expertise and equipment to conduct comprehensive medical device testing. Our medical device testing services help clients adhere to industry-wide regulatory requirements and international quality standards such as ASTM F1357. We offer numerous medical device tests, including: Abrasion Testing Axial Compression Testing Fatigue Testing Life Cycle Testing Tensile Testing Torque...



The Applied Technical Services Family of Companies (FoC) provides package testing for sterilized medical devices in compliance with ISO 11607: Sterile Barrier. Medical device packaging must adhere to relevant standards and regulations, and ATS’ package testing lab offers the resources needed to ensure the sterility, quality and durability of medical device packaging systems. The Importance of Medical Device Sterilization The term “medical device” refers to a wide range of medical instruments, tools, and equipment used to diagnose, treat, and prevent illness and disease. Medical devices encounter various environments and conditions throughout the supply chain process, and its essential that these devices remain sterilized until the moment patients and medical professionals use them. Failure to properly sterilize medical devices and their packaging could result in compromised equipment that can spread harmful germs and diseases. What is ISO 11607? The International Organization for Standardization (ISO) developed ISO 11607 as a guideline for what qualifies a medical device as “terminally sterilized. ” Terminal sterilization is the sterilization of a product in its final packaging or container. Packaging engineers implement a sterile barrier system or the minimum layer of protection necessary to ensure the contents of the package remain sterile until they reach the end user. ISO 110607 has two parts, ISO 11607-1 and 11607-2. ISO 11067-1 The standard’s first half addresses the requirements and approved methods used to test the sterile barriers and packing systems needed to sustain the terminal sterilization of products before use. ISO 11067-2 The second half of the standard...



The Applied Technical Services Family of Companies sterilizes healthcare products in compliance with the ISO 11137: Radio Sterilization Standard. What is ISO 11137? The International Organization for Standardization (ISO) established ISO 11137 as the standard procedure for sterilizing healthcare products using radiation, specifically gamma radiation. ISO 11137 has three parts: ISO 11137-1, -2, and -3. ISO 11137-1 ISO 1137-1 specifies the requirements for controlling, validating, and developing the radiation process. ISO 11137-2 ISO 11137-2 addresses the methods manufacturers use to verify the minimum dose needed to sterilize a medical device. ISO 11137-3 ISO 11137-3 provides manufacturers with guidelines on how to comply with ISO 11137-1 and correctly measure gamma ray dosage. Applied Technical Services can help our clients do the following: Conduct Sterility Testing Ensure Compliance with Relevant Standards Validate the Sterilization of Medical Devices The Importance of Medical Device Sterilization Medical devices are machines, appliances, and instruments used to diagnose, treat, or prevent disease or illness. These devices often encounter sensitive body tissues and fluids, so they must undergo a precise sterilization process. Failure to do so may result in the spread of dangerous bacteria that can compromise the equipment's safety and the patient's health. The Benefits of Radiation Sterilization Radiation sterilization offers several advantages over alternative sterilization methods, including the following: Cost-Effective Simple to Use Higher Level of Sterilization Assurance Safer Application Practical Regardless of Pressure Conditions and Temperature Environmentally Safe Several other industries use gamma radiation for sterilization, including: Agriculture Cosmetics Pharmaceutical Packaged Foods Our Commitment to...



The Applied Technical Services Family of Companies (FoC) offers product packaging testing in accordance with ASTM D4332: Environmental Conditioning standards. Packages often endure rough conditions before arriving to the end user, so the package design must possess the quality and durability needed to protect the product it contains. Fortunately, our package testing lab offers an extensive list of services that subject packages to rigorous testing to ensure their performance meets the expectations of manufacturers and consumers. What is ASTM D4332? The American Society for Testing and Materials developed ASTM D4332 as the international standard for testing transport products, containers, and packages. The standard provides instructions and guidelines on how to test packages in conditions that simulate the field conditions for that product. The process offers essential insight into the ideal form of packaging for specific conditions, tasks, and functions. ASTM D4332 Environmental Conditioning Our ASTM D4332 procedures introduce packaging systems to environmental conditions consistent with the requirements the product will endure during transit and storage. We offer numerous testing services for packages, including the following: Atmospheric Testing (Altitude, Humidity, Temperature) Bridge Impact Testing Concentrated Edge Impact Testing Drop Onto Hazard Testing Free-Fall Drop Testing Full Rotational Flat Drop Testing Impact Drop Testing Rotational Flat Drop Testing Shock Testing Thermal Testing Tip-Over Testing More About Our Package Testing Lab Product packaging serves two primary purposes: to improve the convenience of product transport and to protect the contents of the package from harm. While the average consumer may consider the quality of...



Applied Technical Services’ electromagnetic compatibility and interference radiated susceptibility testing lab - DO160 S20 - is capable of performing a variety of EMI and EMC testing services. RTCA DO-160 Section 20: Radiated Frequency Susceptibility Testing RTCA DO-160 Section 20 verifies a subject’s ability to function properly when its wiring is exposed to radio frequency modulated power levels by means of injection probe induction or radiated RF fields. DO-160 Section 20 consists of two different test procedures determined by the equipment’s output frequency. Radiated susceptibility tests may also be performed utilizing materials and methods from the Anechoic Chamber Method (S 20. 5) or the Reverberation Chamber Method (S 20. 6). DO-160 Section 20 test results can allow the categorization of equipment based on its radio frequency test levels and determine equipment response to various radio frequency threats. RTCA DO-160 Applied Technical Services tests to several different RTCA DO-160 sections in our cutting-edge EMC and EMI testing laboratory. Our certified testing experts strive to maximize the value of our electromagnetic interference and compatibility testing services, implementing the use of innovative technology to increase efficiency and reduce costs. In addition to DO-160 Section 20 conducted and radiated susceptibility testing, some of our commonly requested DO-160 EMI and EMC testing services include: RTCA DO-160 Section 15 RTCA DO-160 Section 16 (28 VDC and 115 VAC 400Hz) RTCA DO-160 Section 17 RTCA DO-160 Section 18 RTCA DO-160 Section 19 RTCA DO-160 Section 21 (Radiated and Conducted) RTCA DO-160 Section 22 (Levels 1-3) RTCA DO-160 Section...



Applied Technical Services features an advanced electromagnetic interference and compatibility conducted emission testing lab - DO160 S21 - capable of performing a variety of EMI and EMC testing services. RTCA DO-160 Section 21: Conducted Emission Testing RTCA DO-160 Section 21 testing is performed to verify that aircraft equipment does not emit excessive radio frequency noise that could potentially interfere with other equipment or machinery. RTCA DO-160 Section 21 testing does not include signals emitting from antenna terminals or transmitters. Compliance with this standard is required for all types and sizes of aircraft. RTCA DO-160 Applied Technical Services offers several different types of RTCA DO-160 EMI and EMC testing in our electromagnetic interference and compatibility testing lab. Our electrical testing experts apply their impressive expertise to every task and work diligently to provide clients with the accurate, detailed reporting they need. In addition to DO160 S21 conducted and radiated testing, some of our most commonly requested DO160 EMI and EMC testing services include: RTCA DO-160 Sec 15 RTCA DO-160 Sec 16 (28 VDC and 115 VAC 400Hz) RTCA DO-160 Sec 17 RTCA DO-160 Sec 18 RTCA DO-160 Sec 19 RTCA DO-160 Sec 20 (Conducted and Radiated) RTCA DO-160 Sec 22 (to Level 3) RTCA DO-160 Sec 25 Additional Electrical Testing Services Our state-of-the-art electrical testing laboratory capabilities include several different types of services, with the most commonly requested including: Voltage Drop Testing Resistivity Testing (ASTM) Conductivity Testing (ASTM) Dielectric Strength Testing (ASTM) Electronic Product Testing Toy Battery Testing (ASTM) Dielectric Constant...



Applied Technical Services conducts welding, fusing, and brazing qualification testing in accordance with the 2021 ASME Boiler and Pressure Vessel Code Sect IX testing requirements. ASME BPVC Sect IX ASME Boiler and Pressure Vessel Code Section IX establishes requirements for the qualification of welders, welding, brazers, fusing and brazing machine operators, and plastic fusing. This includes essential and nonessential information and variables directly related to the type of joining process used in different scenarios. ASME Sect IX testing is required for certain industry standard compliance protocols and helps to achieve optimal operation efficiency, effectiveness, and safety. ASME Section IX applies to constructors, designers, manufacturers, and additional personnel involved in the assembly, examination, fabrication, design, inspection, and testing of boilers and pressure vessels. Weld Testing Services In addition to ASME Sect IX testing, ATS provides various weld testing services, including but not limited to: Weld Inspections Weld Failure Analysis AWS D1. 1 Testing AWS D1. 2 Testing AWS D17. 1 Testing Pipeline Weld Inspections Weld Coupon Testing ASTM A370 ASTM E23 ASTM E208 Welding Certification Welding Engineering ASTM E190 ISO 9606 ISO 15614 Part 1 ATS Welding Certification Courses Applied Technical Services is one of the region’s most well-established welding instruction and certification providers. We test all types of weld procedures and performance qualifications through destructive and nondestructive testing and utilize API, AMS, PED/EN, AWS, and ASME standards. Some of the certifications and qualifications we offer include: Structural Welder Qualification Test for Shipyards Welder Qualification Test for Aircraft Components Pipe Welder...



Applied Technical Services performs aerospace fusion weld testing in adherence with the AWS D1. 17 testing standard. AWS D17. 1: Aerospace Fusion Welding AWS D17. 1 is the code for aerospace fusion welding set by the American Welding Society that provides the general welding requirements for welding aerospace and aviation hardware. This code is commonly used in both the United States and the rest of the world. AWS D17. 1 applies to welding titanium-based, magnesium-based, cobalt-based, iron-based, and nickel-based alloys utilizing high energy beam and electric arc processes and covers inspection, personnel qualification, procedure qualification, welding design, and acceptance criteria for aerospace fusion welding. This standard also establishes requirements for the cover repair welding of existing hardware. AWS D17. 1 divides metals and alloys into the following sections: Section 1A: Carbon and Alloy Steels Section: 1B: Heat Treatable Alloy Steels Section 2A: Stainless Steel Section 2B: Precipitation Hardenable Stainless Steel Section 3A: Nickel and Nickel Base Alloys Section 3B: Precipitation Hardening Nickel and Nickel Base Alloys Section 4: Non Heat Treatable Aluminum Alloys Section 5: Magnesium Alloys Section 6: Titanium Alloys Section 7: Cobalt Base Alloys Section 8: Alloys that do not conform to other groups Welding Services at ATS Applied Technical Services’ team of certified weld inspectors (CWIs) perform a variety of weld testing services both in the field and in our state-of-the-art laboratories. These services include but are not limited to: Weld Failure Analysis Weld Inspections Pipeline Weld Inspections Welding Certification Weld Coupon Testing Welding Engineering ASTM and...



Applied Technical Services performs structural weld testing for aluminum and aluminum-based materials adhering to the AWS D1. 2 testing standard. AWS D1. 2: Aluminum Structural Welding AWS D1. 2, the code for aluminum structural weld testing established by the American Welding Society, is a commonly used welding code both in the US and around the world. This aluminum welding code consists of nine different sections, with the first five sections covering general structural welding requirements and the remaining four applying to specific welding conditions and situations. These include nontubular dynamically loaded structures, tubular structures, and nontubular statically loaded structures. AWS D1. 2 covers the welding requirements for all aluminum structural alloy-based structures, with the exception of fluid-carrying pipeline systems and aluminum pressure vessels. Welding Services at ATS ATS’ CWIs (certified weld inspectors) perform several different types of weld testing services both in our state-of-the-art laboratories and in the field. Some of these services include: Weld Inspections Weld Failure Analysis Pipeline Weld Inspections Weld Coupon Testing Welding Certification Welding Engineering ASTM and AWS Testing Standards ATS performs mechanical testing, chemical analysis, environmental testing, and materials testing according to standards set by the American Society of Testing and Materials and the American Welding Society. Some of these standards include: AWS D1. 1: Structural Welding - Steel AWS D17. 1: Aerospace Fusion Welding ASTM D732: Shear Strength Testing for Plastics ASTM D618: Preliminary Conditioning for Plastic Materials ASTM D5868: FRP Strength Testing ASTM D3654: Tape Adhesion Testing ASTM E132: Poisson’s Ratio Testing ASTM...



Applied Technical Services’ engineers measure the tensile strength of steel products in compliance with ASTM A370 testing standards. ASTM A370 Testing Explained The ASTM A370 testing standard outlines the procedure needed to evaluate the ductility and strength of steel materials. To begin the process, technicians measure the sample’s dimensions and note the material’s smallest cross-sectional area before placing gage marks throughout the material at a predetermined gage length. This information will later provide information on the material’s percent elongation at the point of failure. ASTM A370 provides measurements for: Ductility Modulus of Elasticity Tensile Strength Total Elongation Yield Strength The testing procedure also outlines test methods for the following: Brinell Hardness Testing Charpy Impact Testing Tension Testing Rockwell Hardness Testing The ASTM A370 testing standard is helpful in several applications, including automotive manufacturing, construction, and other industries where a material’s tensile strength is paramount to its safety and success. More About Our ASTM Testing Capabilities In addition to ASTM A370 testing, we offer dozens of other ASTM-compliant testing services for the convenience of our clients. We specialize in chemical analysis and metallurgical, mechanical, and environmental testing, and we offer the following services: Metallurgical Testing Microstructure Analysis Metallic Coating Thickness Measurements Grain Size Determination Knoop and Vickers Hardness Testing Mechanical Testing Failure Analysis Fatigue Testing Tensile Testing Weld Testing Environmental Testing Aging Testing Corrosion Testing Flammability Testing Thermal Testing Waterproof Testing Weathering Testing Our Commitment to Quality Applied Technical Services is an ISO-certified quality management system that specializes in consulting engineering,...



Applied Technical Services features an advanced ASTM E132 Testing Lab, capable of performing room temperature Poisson’s Ratio testing in accordance with the standard set by the American Society for Testing and Materials. ASTM E132: Testing Poisson’s Ratio at Room Temperature ASTM E132 (ASTM E132-17) demonstrates the testing method used to analyze structural elasticity at room temperature, involving both compressive and tensile forces. Poisson’s Ratio is used in structure design when different types of dimensional changes will have a potential impact. This testing method determines Poisson’s Ratio’s value from uniaxial stress strains from various types of force and requires the highest level of precision. For more information on Poisson’s Ratio testing at room temperature, click here. ASTM and AWS Testing Standards ATS offers a frequently expanding list of chemical analysis, environmental testing, mechanical testing, and materials testing services performed in adherence with the standards set by the American Society of Testing and Materials International and the American Welding Society. Some of these services include: AWS D1. 1: Structural Welding - Steel AWS D1. 2: Structural Welding - Aluminum AWS D17. 1: Aerospace Fusion Welding ASTM E132: Poisson’s Ratio Testing ASTM D5229: Polymer Absorption Testing ASTM D4332: Package and Container Testing ASTM D618: Preliminary Conditioning for Plastic Materials ASTM D3163: Plastic Joint Strength Testing ASTM D1349: Rubber Temperature Testing ASTM D4541: Coating Strength Testing ASTM D3654: Tape Adhesion Testing ASTM D5868: FRP Strength Testing ASTM F146: Gasketing Liquid Submersion Testing ASTM D732: Shear Strength Testing for Plastics Mechanical Testing at ATS The...



Applied Technical Services offers ASTM E190 testing services that evaluate the ductility of welds.   What is Bend Testing, and Why is It Important? Bend testing is a destructive testing process used to evaluate the soundness and flexibility of a material. Bend tests offer insight into a material’s mechanical properties and have several advantages, including: Simple Procedure Inexpensive Qualitative Results Often used for butt-welded joints, bend tests are also helpful in determining the ductility of composites, plastics, metals, and wood. Bend tests subject samples to simple beam loads, allowing engineers to observe how the material endures the compression, shear, and tension associated with the applied force. The observed data helps manufacturers in their material selection and quality control processes. ASTM E190 Testing Explained The American Society for Testing and Materials developed the ASTM E190 testing procedure as an outline for guided bend testing. The method assesses the quality of welds, allowing engineers to evaluate the samples for any discontinuities, such as cracks and other inconsistencies, that hinder the weld’s quality. The standard is especially useful in detecting surface flaws unseen by X-ray analysis More About Our ASTM Testing Facilities In addition to bend testing, our ASTM-compliant testing facilities offer various other mechanical, environmental, and metallurgical testing services that benefit clients in numerous industrial sectors. Our lab professionals use their decades of collective experience across multiple disciplines to deliver well-rounded services and solutions for our client’s requests. About Applied Technical Services Applied Technical Services offers high-quality inspection, testing, and consulting engineering...



Applied Technical Services conducts ASTM E111 testing services to determine the chord modulus, tangent modulus, and Young's Modulus of structural materials. Modulus of Elasticity Explained Modulus of elasticity, or modulus, refers to a material's elasticity or resistance to non-permanent deformation. While experiencing stress, materials will display elastic properties that allow them to regain their original form following the removal of the stress. However, once a material surpasses its yield point, it will succumb to the force and exhibit permanent deformation. Chord Modulus Chord modulus refers to a material's elastic limit or the maximum amount of stress it can endure without permanent strain. Tangent Modulus Tangent modulus refers to the slope of the stress-strain curve at a specified stress or strain. Young's Modulus Young's Modulus uses the ratio of tensile stress to tensile strain to evaluate how easily a material can stretch. ASTM E111 Explained The ASTM E111 testing standard allows manufacturers to evaluate a material's suitability for a specific application. During the procedure, technicians apply force to the specimen using a universal testing machine at predetermined temperatures and speeds. The results of the procedure provide information on the following: Chord Modulus Tangent Modulus Young's Modulus The information gathered throughout this procedure offers essential insight into a material's quality and overall ability to perform specific tasks under specific conditions. About ATS and Our Commitment to Quality Applied Technical Services offers high-quality consulting engineering, testing, and inspection services to businesses worldwide. Once a local operation in our founder's basement, we have continued...



Applied Technical Services performs structural weld testing in accordance with the AWS D1. 1 testing code/standard. AWS D1. 1: Structural Welding Code for Steel Established by the American Welding Society, AWS D1. 1 is the most commonly utilized structural welding code in the United States and throughout most of the world. This steel welding standard consists of nine different clauses that cover general code requirements, weld connection design, welding procedure specification (WPS) prequalification, qualification, fabrication, inspection, stud welding, strengthening and repairing existing structures, and tubular structures. The final clause contains six subsections that align with the rest of AWS D1. 1 but are specific to tubular structures. ATS’ certified weld inspection experts (CWIs) perform a variety of weld testing services, including but not limited to: Welding Certification Weld Coupon Testing Welding Engineering Weld Failure Analysis Weld Inspections Pipeline Weld Inspections ASTM and AWS Testing Standards Applied Technical Services offers several different types of mechanical testing, materials testing, chemical analysis, and environmental testing performed in adherence with ASTM and AWS standards. Some of these services include: AWS D1. 2: Structural Welding - Aluminum AWS D17. 1: Aerospace Fusion Welding ASTM D3654: Tape Adhesion Testing ASTM D4332: Package and Container Testing ASTM D3163: Plastic Joint Strength Testing ASTM E132: Poisson’s Ratio Testing ASTM F146: Gasketing Liquid Submersion Testing ASTM D732: Shear Strength Testing for Plastics ASTM D5868: FRP Strength Testing ASTM D618: Preliminary Conditioning for Plastic Materials ASTM D5229: Polymer Absorption Testing ASTM D1349: Rubber Temperature Testing ASTM D4541: Coating Strength Testing...



Applied Technical Services determines the tensile strength of nonmetallic gasket materials in compliance with ASTM F152 testing standards. What are Nonmetallic Gaskets? As their name suggests, nonmetallic or soft gaskets are gasket materials made from materials other than metal. These materials consist of common composite sheet materials such as PTFE, ceramic fiber, glass fiber, and aramid fiber. Nonmetallic gaskets are ideal for applications with low pressures where corrosion resistance is needed. ASTM F152 Testing Explained The ASTM F152 testing standard outlines the procedures needed to determine the tensile strength of nonmetallic gaskets. The procedure occurs at room temperature and caters specifically to materials made of organic and inorganic fibers. The process evaluates tensile strength through a classification system that gives manufacturers a general understanding of the material’s quality and allows consumers to verify that a gasket meets the requirements for specific applications. About The American Society for Testing and Materials The American Society for Testing and Materials, or ASTM, develops internationally recognized testing standards to improve materials, products, and services. The organization’s digital library consists of over 10,000 standards that outline testing procedures for numerous industries and materials, including: Aerospace Automotive Consumer Products Construction Electronics Manufacturing Metals Oil and Gas More About Our ASTM Testing Capabilities Our state-of-the-art labs offer numerous services in compliance with ASTM testing standards and practices. Our ISO/IEC 17025:2017-accredited facilities specialize in chemical analysis and metallurgical, mechanical, and environmental testing services. We offer dozens of services, including: Accelerated Weathering Charpy Impact Testing Corrosion Testing Failure Analysis...



Applied Technical Services performs Poisson’s Ratio Testing at Room Temperature in accordance with the ASTM E132 testing standard. ASTM E132: Poisson’s Ratio Testing at Room Temperature The ASTM E132 (ASTM E132-17) testing standard establishes methods for structural elasticity testing involving tensile and compressive forces. Poisson’s Ratio is used when designing structures that are susceptible to different types of dimensional changes due to various applications of force, and ASTM E132 testing obtains the value of Poisson’s Ratio from uniaxial stress strains. As this testing method is extremely precise, it requires highly experienced mechanical testing experts to ensure the necessary level of accuracy. ASTM Testing Standards ATS offers a frequently expanding list of environmental testing, materials testing, chemical analysis, and mechanical testing services performed according to the standards set by the American Society of Testing and Materials International. Some of these services include: ASTM D3163: Adhesively Bonded Plastic Joint Strength Testing ASTM D732: Plastic Shear Strength Testing ASTM D3654: Adhesion Testing for Pressure-sensitive Tapes ASTM D5229: Polymer Absorption Property Testing ASTM D1349: Rubber Temperature Testing ASTM D5868: Adhesively Bonded FRP Strength Testing ASTM D4332: Environmental Package Testing ASTM F146: Liquid Submersion Testing on Gasketing Materials ASTM D4541: Pull-off Strength Testing for Coatings ASTM D618: Plastic Material Preliminary Conditioning Mechanical Testing at ATS Applied Technical Services performs a wide array of mechanical testing services in our state-of-the-art mechanical testing laboratory as well as in the field. We conduct these services in accordance with several different standards, including ASTM E132 testing and ASTM D3163...



Applied Technical Services conducts ASTM D412 testing services to determine the tensile properties of thermoplastic elastomers and vulcanized rubber. These highly specialized materials must endure the harsh environmental conditions often associated with their applications. What are Thermoplastic Elastomers, and Why is Thermoplastic Elastomer Testing Important? Elastomers are polymers whose chemical compositions give them highly elastic and viscous properties. Manufacturers use these materials in the production processes of airbag covers, tires, grips, handles, seals, and other rubber-like materials. Their uses vary across industries and applications, but manufacturers revere thermoplastics for their versatility and functionality. Thermoplastic elastomers offer several other advantages, including: Chemical Resistant Properties Cost-Effective Consistency in Production Processes Eco-Friendly Thermoplastic elastomer testing provides essential insight into a material’s properties, aiding in research and development, quality control, and material selection processes. ASTM D412 Explained The American Society for Testing and Materials developed ASTM D412, which details the steps needed to measure a material’s elasticity while the material experiences stretching and while it is relaxed. Before conducting the test, technicians make two marks on each end of the sample to gauge the sample’s length. During the procedure, technicians carefully load two specimens into the test fixture in a predetermined position and alignment. The fixture stretches the specimen at a specified elongation and holds the position for 10 minutes. Technicians then remove the samples, allowing them to relax before the technicians measure the distance between the marks. The ASTM D412 testing procedure provides information on the following: Tensile Strength Tensile Stress at Specific...



Applied Technical Services' highly trained technicians conduct services in compliance with ASTM D638 testing standards to determine the tensile properties of non-reinforced and reinforced plastics. Plastics have become a favorite amongst manufacturers, and their demand is at an all-time high, so it's essential to test plastic materials to determine their strengths and potential uses. What is Tensile Testing, and Why is it Important? Tensile testing is a destructive test method used to measure a material's strength and ability to stretch without breaking. Tensile testing services aid in multiple processes, including: Research and Development Minimum Strength Requirements Elongation Requirements Quality Control ASTM D638 Testing Explained To prepare for the procedure, technicians measure the sample's thickness to ensure that the specimen's thickness is between 1 mm and 14 mm, qualifying the material for the ASTM D638 testing standard. Technicians then place the sample in a universal testing machine's grip at a specified grip separation. Once tightened, the grips pull apart the specimen at various speeds until failure, allowing technicians to observe the material's tensile strength. ASTM D638 provides information on the following: Elongation Poisson's Ratio Ultimate Tensile Strength Yield Strength About The American Society for Testing and Materials The American Society for Testing and Materials, or ASTM develops internationally recognized standards and practices that help improve the quality and safety and products and services. Users, producers, and consumers trust ASTM standards because of their reliable reputation and standardization across various industrial sectors worldwide. Multiple industries recognize ASTM standards, including: Aerospace Construction Consumer...



Applied Technical Services is one of the nation’s leading electromagnetic compatibility and interference testing providers, featuring an advanced Conducted Susceptibility Testing Lab - DO160 S20 being just one of the many services we offer. RTCA DO-160 Section 20: Conducted Radio Frequency Susceptibility Testing RTCA DO-160 Section 20 testing evaluates a piece of equipment’s ability to function properly when exposed to radio frequency (RF) modulated power. This RF power can come from radiated RF fields or injection probes coming into contact with wiring and power lines. There are two main Conducted Susceptibility Testing Lab - DO160 S20 testing procedures: 10 kHz to 400 MHz: RF signals coupled via injection probes into cable bundles 100 MHz to Upper Frequency Limit: Radiated RF field exposure for EUTs RTCA DO-160 Section 20. 5 Anechoic Chamber Method and Section 20. 6 Reverberation Chamber Method cover radiated susceptibility testing from 100 MHz to 18 GHz, and equipment with unique frequency, bandpass, modulation, or signal characteristics may require other test variations. RTCA DO-160 Section 20 Radio Frequency Susceptibility Testing can be utilized to determine equipment response to T-PEDs, HIRF, and installed system emissions. RTCA DO-160 As an RTCA DO-160 testing provider, Applied Technical Services conducts several different types of testing in compliance with the standards set by the Radio Technical Commission for Aeronautics, or RTCA. This standard applies to aircraft of all sizes and includes supersonic transport aircraft, commercial airliners, helicopters, and general aviation aircraft. RTCA safety and reliability standard compliance is required by all aircraft and...



Applied Technical Services performs coating adhesion strength analysis on various types of coatings in accordance with the ASTM D4541 testing standard. ASTM D4541: Pull-Off Strength Testing for Coatings ASTM D4541 (ASTM D4541-22) is a testing standard that details the test methods used to perform pull-off strength testing on coatings through use of portable adhesion testers. This standard establishes preparation, testing, evaluation, and reporting procedures for coating pull-off testing and covers aspects such as pull rate, coating scoring, load fixture size, glue and adhesive details, substrate coating cure time, and environmental conditions. ASTM D4541 testing is intended to be performed coatings adhered to metal substrates, though it can also apply to wood and plastic-based materials. ASTM D7234 must be utilized for concrete. ASTM Testing Standards ATS offers a broad range of materials testing, environmental testing, chemical analysis, and mechanical testing services performed in adherence with standards set by the American Society of Testing and Materials. Some of these testing and analysis services include: ASTM D4332: Environmental Package Testing ASTM D732: Plastic Shear Strength Testing ASTM D5868: Adhesively Bonded FRP Strength Testing ASTM D3654: Adhesion Testing for Pressure-sensitive Tapes ASTM D3163: Adhesively Bonded Plastic Joint Strength Testing ASTM F146: Liquid Submersion Testing on Gasketing Materials ASTM D1349: Rubber Temperature Testing ASTM D618: Plastic Material Preliminary Conditioning ASTM D5229: Polymer Absorption Property Testing Coating and Adhesion Testing at ATS Applied Technical Services conducts several different types of coating and adhesion testing in our environmental testing laboratory as well as in the field. We...



Applied Technical Services conducts ASTM D522 testing to evaluate a coating's resistance to cracking or elongation. Coatings become elongated when substrates experience harsh conditions during their manufacturing or service life. The American Society for Testing and Materials developed ASTM D522 to provide details on test methods involving the flexibility of coatings and substrates. The ASTM D522 Testing Procedure To begin the procedure, technicians apply the coating to rubber-like materials, sheet metal, or steel strip materials at a consistent thickness. Once dried or cured, technicians bend the panels over a mandrel to evaluate the coating's resistance to cracking. There are two methods of procedure for this standard, during Method A, technicians bend the panels over a conical mandrel, and for Method B, technicians bend the panels over cylindrical mandrels. After completing the procedure, technicians carefully examine the coating and note any damage noticeable to the naked eye. The Importance of Coating Testing Manufacturers rely on coating testing and analysis services to evaluate coatings' quality, longevity, and functionality. Our technicians conduct coating testing services in compliance with common ASTM standards to ensure our services are thorough and accurate. We also personalize our services to meet the personalized needs of our clients and subject coatings to conditions that simulate the conditions associated with the sample's intended application. Our Commitment to Quality Applied Technical Services' mission is to deliver our clients professional consulting engineering, testing, and inspection services. Our highly trained professionals use their decades of collective experience to provide specialized services at competitive...



Applied Technical Services conducts ASTM D7617 testing services to determine the shear strength of reinforced polymer matrix composite rods and bars. What is Shear Strength, and Why is Shear Strength Testing Important? Shear stress occurs when a material undergoes stress from an external force, leading to deformation. Shear strength refers to a material’s ability to resist forces that cause structural failure within the material. Manufacturers rely on shear strength testing to determine if a product or material can function under stress associated with its application. If the acting horizontal or vertical force acting on an object is greater than the object’s shear strength, the object may experience shear failure. Shear strength assists in material selection, research and development, and quality control. ASTM D7617 Explained The ASTM D7617 procedure applies to bars and rods with large diameters and helps manufacturers specify a material’s application. When conducting the test, technicians measure the fiber-reinforced polymer rod before placing it on a double-shear fixture. Technicians then put the specimen on a universal testing machine and apply force, causing failure. The results provide information on the failure force and the material’s stiffness. ASTM D7617 Explained ASTM, or The American Society for Testing and Materials, is a volunteer-based nonprofit organization seeking to improve product quality, standardization, and safety to benefit consumers, users, and producers. With over 30,000 members across 125 countries, ASTM develops widely adopted standards and procedures synonymous with quality. ASTM standards help to improve the following: Product Quality Safety and Health Standards Standardization across...



Applied Technical Services performs shear adhesion testing for pressure-sensitive tapes in accordance with the ASTM D3654 testing standard. ASTM D3654: Adhesion Testing of Pressure-sensitive Tapes ASTM D3654 (ASTM D3654M 06 2019) is a testing standard that establishes the methods for testing the ability of pressure-sensitive tape materials to adhere to surfaces such as steel panels, fiberboard packaging, corrugated boards, fiberboard, liner board, and additional types of surfaces while under pressure. This testing method may also be used to evaluate filament reinforced tape’s adhesive strength when under stress. ASTM D3654 also includes sections that pertain to methods of environmental testing, such as elevated temperature testing. This testing method is commonly used when testing adhesives utilized for packaging and shipping containers. ASTM Testing Standards Applied Technical Services performs several different types of environmental testing, mechanical testing, and materials testing in accordance with ASTM standards. Some of our offerings include: ASTM D1349: Rubber Temperature Testing ASTM D3163: Adhesively Bonded Plastic Joint Strength Testing ASTM D4332: Environmental Package Testing ASTM D4541: Coapting Pull-Off Strength Testing ASTM D5229: Polymer Absorption Property Testing ASTM D5868: Adhesively Bonded FRP Strength Testing ASTM D618: Plastic Material Preliminary Conditioning ASTM D732: Plastic Shear Strength Testing ASTM F146: Liquid Submersion Testing on Gasketing Materials Materials Testing at ATS ATS performs a wide range of material testing services in our chemical analysis, mechanical testing, and environmental testing laboratories. These laboratories house highly advanced material testing equipment and cutting-edge technology. Our certified testing experts prioritize quality, timeliness, precision, and customer service above...



Applied Technical Services provides ASTM C273 testing services that determine the shear properties of construction materials with sandwich cores. What are Sandwich Cores, and Why are They Important? A sandwich core is a composite building material consisting of an inner insulation core sandwiched between two outer layers. The outer layers, often referred to as skin materials, can be a variety of materials, but polymers, metals, ceramics, and wood are among the most common. Core materials exist in many configurations, including polymers, metals, wood, and honeycomb structures. Together, the skin and core materials form lightweight composites with high strength-to-weight ratios, making them a popular choice for several industries, including the following: Aerospace Automotive Construction Manufacturing Marine Renewable Energy Manufacturers consider several material properties when selecting the ideal core material, including the following attributes: Compressive Strength Flexural Modulus Flexural Strength Peel Strength Shear Modulus Shear Strength About the ASTM C273 Test Procedure During the procedure, technicians place the sample on a Universal Test Machine before pushing or pulling the bonded loading plates in compression or tension for 3 to 6 minutes. The applied load causes the specimen to experience shear, allowing technicians to collect data on the material’s ultimate core shear strength, core shear modulus, shear strain, and failure type. The test procedure assists in multiple processes, including the following: Material Specifications Quality Insurance Research and Development Sandwich Panel Design ASTM Explained The American Society for Testing and Materials, or ASTM, is an internationally recognized agency with over 30,000 volunteers in over...



Applied Technical Services conducts ASTM D2344 testing services to determine the interlaminar shear strength of high-modulus fiber-reinforced composites and plastics. What is Shear Strength? Shear strength refers to a material’s ability to resist the deformation associated with internal shifts within a material. Shear failure occurs when forces cause the materials to shift in a direction parallel to the acting force. Shear strength testing provides essential insight into a material’s ability to endure conditions associated with specific tasks. About the ASTM D2344 Test Procedure To prepare for the procedure, technicians measure the width and thickness of the test method before the conditioning process begins. Technicians then position the specimen onto a horizontal shear testing fixture, so the fibers are parallel to the loading nose with a diameter of 6. 35 mm. The loading nose applies force to the sample, flexing the specimen at a speed of . 05 inches per minute. The results of the ASTM D2344 test procedure help with the following: Comparative Testing Process Specification Quality Control Research and Development More About Our ASTM-Compliant Services Our ISO/IEC 17025:2017-accredited testing laboratories offer numerous ASTM-compliant services, including: Chemical Analysis Inductively Coupled Plasma (ICP) Optical Emissions Spectroscopy (OES) SEM EDS X-ray diffraction (XRD) Environmental Testing Corrosion Testing Cyclic Salt Fog Testing Gravelometer Testing Humidity Testing UV Fluorescent Exposure Testing Xenon Arc Weathering Materials Testing Alloys Ceramics Coatings Composites Glass Paint Polymers and Plastics Wood Mechanical Testing Fastener Testing Fracture Toughness Testing Hardness Testing Tensile Testing Metallurgical Testing Coating Weight Measurements Conductivity Measurements...



Applied Technical Services conducts ASTM C393 testing to determine the core shear properties of sandwich panels. What are Sandwich Panels? Sandwich panels consist of two thin, sturdy, and stiff composites face sheets bonded to a lightweight and thick core. The panels serve as curtain materials and gain thermal insulation properties from the core materials that separate the composite face sheets. Sandwich panels offer several benefits, including: Aesthetically Pleasing Cost Efficient Fire Resistance Improved Strength-to-Weight Ratio Reduces Construction Time Thermal Insulation Properties ASTM C393 Testing Explained During the procedure, technicians install the conditioned samples into the testing machine's three-point or four-point loading fixture. Technicians then initiate a specified grip separation to produce a failure within a window of 3 - 6 minutes. The procedure aids in material selection, quality control, product specifications, and research and development applications. The ASTM C393 testing procedure provides information on the following: Core Shear Strength Facing Stress Failure Type Flexural Stiffness Shear Modulus Tensile Strength The Importance of ASTM Testing Services The American Society for Testing and Materials, or ASTM, contributes to the certification and development of products and services for various industrial sectors worldwide. ASTM standards help improve the following: Product Liability Health Standards and Worker Safety Sustainability of Developed Materials Standardization Across Markets Our Commitment to Quality Applied Technical Services provides professional inspection, testing, and consulting engineering services to clients worldwide. In our 55 years of business, we have grown from a local business to an international operation with clients in various industrial sectors,...



Applied Technical Services performs shear strength testing for plastic materials in accordance with the ASTM D732 testing standard. ASTM D732: Plastic Shear Strength Testing ASTM D732-17 is a testing standard set by ASTM International that establishes the testing methods for puncture/punch tool testing for plastic materials. ASTM D732 testing is used to determine the shear strength of sheet and molded disk plastic subjects ranging from approximately 0. 05 inches to 0. 5 inches in thickness. Subject materials should be 2 inches in length by 2 inches in width for ASTM D732 testing. The equipment used for this type of testing applies dynamic pressure to the subject at speeds ranging from 1 to 500 millimeters per minute, with the force of this testing method established in ASTM E4 or ISO 7500-1. This testing method provides insight on a plastic material’s ability to endure stress without cracking or becoming distorted in order to prevent potential material failure. Mechanical Testing The ATS mechanical testing laboratory houses advanced machinery and state-of-the-art technology that is operated by our certified mechanical testing experts. These experts perform various types of mechanical testing in accordance with standards set by organizations such as ASTM International, as well as testing to custom client-specified parameters. Our industrial testing capabilities allow us to create unique testing apparatuses to meet the specific needs of our clients and their products. Some of our more popular mechanical testing services include: In-house Machining Services Tensile Testing Anchor Pull Testing Hydrogen Embrittlement Testing Hardness Testing Helium Leak...



Applied Technical Services performs adhesive shear strength analysis on adhesively bonded plastics through tension loading in accordance with the ASTM D5868 testing standard. ASTM D5868: Lap Shear Strength Testing of Adhesively Bonded Fiber Reinforced Plastics ASTM D5868 (ASTM D5868-01 2014) is a standard set by ASTM International, or the American Society for Testing and Materials, that establishes the testing methods for lap shear strength testing adhesive bonds. ASTM D5868 specifically pertains to adhesively bonded fiber reinforced plastics, also known as FRP, against itself or metal materials. Testing in accordance with ASTM D5868 requires an experienced testing expert capable of performing with the highest level of precision. This testing method yields several types of data, including average, minimum, and maximum failure load values, failing stress in pounds of force per square inch (megapascals), and the type of failure. ASTM D5868 is similar to ASTM D3163, ISO 4587, and EN 1465, with ASTM D5868 specifically applying to fiber reinforced plastic materials. Mechanical Testing Applied Technical Services’ state-of-the-art mechanical testing laboratories house advanced testing equipment and are staffed by some of the nation’s leading mechanical testing experts. These experts test to industry standards set by organizations such as ASTM International, as well as performing mechanical testing to custom client-determined parameters. Our industrial testing and analysis resources allow us to create unique testing solutions to fit the specific needs of our clients and their products. Some of our commonly requested mechanical testing services include: Tensile Testing Hardness Testing Anchor Pull Testing Hydrogen Embrittlement Testing...



Applied Technical Services’ ASTM D790 testing procedures determine the flexural properties of unreinforced and reinforced plastics, electrical insulation materials, and high-modulus composites. What is Flexural Strength, and Why is it Important? Flexural strength, or bending strength, refers to the maximum bending stress a material can endure before it yields. Manufacturers rely on flexural strength testing to evaluate how products and materials resist deformation under stressful loads. Flexural strength tests aid manufacturers in various processes, including the following: Material Selection Product Design Quality Control Service Life Projection ASTM D790 Testing Explained The ASTM D790 testing standard consists of two test procedures. Each method correlates to material's specific strain limit. Procedure A, the preferred method, employs a strain rate of 0. 10 mm/mm/min and is ideal for materials that break at small deflections. Procedure B works for materials that don’t yield or rupture within the 5% strain limit when following the protocol of Procedure A.   Technicians prepare for the procedure by configuring the testing equipment to the client’s specifications. To begin the process, technicians lay a rectangular specimen across two supports before applying a load to the material. Technicians apply the load until the sample deforms or reaches a maximum strain of 5%. The ASTM D790 testing procedure provides information on the following: Chord Modulus Flexural Strength Flexural Stress at Break Secant Modulus Tangent Modulus More About Our ASTM Testing Capabilities We offer an extensive list of ASTM-compliant services that benefit clients nationwide. Our ISO/IEC 17025:2017-accredited testing labs and facilities provide...



Applied Technical Services conducts ASTM C633 testing to determine the bond strength between thermal spray coatings and substrates. What are Thermal Spray Coatings, and Why Are They Important? Thermal spraying is a coating process that improves a material’s resistance to abrasion, corrosion, erosion, and heat-induced damage. Thermal spray materials include metals and ceramics such as carbides or metal oxides. There are multiple benefits to thermal spray coatings, including: Easy to Use Inexpensive Operation Applicable to Various Coatings Increases Melting Points Extends the Lifetime of Materials Variety of Uses Several industrial sectors rely on thermal spray coatings, including: Automotive Aerospace Construction Manufacturing Medical Oil and Gas Pulp and Papers Renewable Energy ASTM C633 Testing Explained ASTM C633 Testing Explained During the procedure, technicians coat one side of a substrate fixture, bonding the coating to the fixture before applying a tensile force to the plane of the coating layer. Technicians then determine the coating’s tensile strength by dividing the load applied at failure by the cross-sectional area. Failure occurs within the substrate interface, epoxy adhesive, or coating system. The procedure specifically applies to coatings applied via thermal spray, which includes the following methods: Combustion Flame High-Velocity Oxygen Fuel Two-Wire Arc Plasma The result of the procedure offers insight into the bonding strength of thermal coatings, allowing manufacturers to follow ASTM C633 testing standards helps with the following: Acceptance Testing Adhesion Comparison between Coated Materials Development of Thermal Spray Coatings Quality Control Our Commitment to Quality Our ISO/IEC 17025:2017-accredited chemical, mechanical, and nondestructive...



Applied Technical Services performs joint strength analysis on adhesively bonded rigid plastic materials through tension loading in accordance with the ASTM D3163 testing standard. ASTM D3163: Determining the Strength of Adhesively Bonded Plastic Joints ASTM D3163 (ASTM D3163-01 2014) is a standard set by the American Society for Testing and Materials, or ASTM International, that establishes the testing methods and procedures for plastic lap-shear joint strength determination through tension loading. This standard test method specifically applies to materials below the softening point of the subject material and cannot be used on materials such as reinforced plastic laminates. This testing method requires the highest levels of precision and accuracy and has specific criteria for various types of plastic materials and joints. ASTM D3163 is comparable to EN 1465 and ISO 4587, with ASTM D3163 strictly applying to rigid plastics bonded by adhesives. Mechanical Testing ATS features a highly advanced mechanical testing laboratory capable of performing several different mechanical testing procedures to a wide range of popular testing standards. Our proficient mechanical testing experts apply decades of experience to perform mechanical testing to custom client-specified parameters as well, with the ability to help create unique testing programs tailored to your product. Some of our most popular mechanical testing services include: Strain Gauging Helium Leak Testing Fatigue Testing Torque and Tension Testing Fastener Testing Hardness Testing Anchor Pull Testing Tensile Testing Hydrogen Embrittlement Testing In-house Machining Services Materials Testing at ATS Our material testing laboratories perform a wide array of testing services, spanning...



Applied Technical Services provides ASTM B137 testing services that measure the coating mass per unit area on anodically coated aluminum. The procedure offers essential insight into a coating’s thickness and density which helps manufacturers improve quality control and research and development practices. ASTM B137 Testing Explained ASTM B137 is a destructive test method used to determine the mass per unit area of coating on anodically coated aluminum and alloys. Before the procedure, technicians remove any oil, grease, or lacquer to prepare the specimen testing. Technicians then measure the coating area and test the specimen before and after stripping the coating. The test specimen is then repeatedly immersed in a phosphoric-chromic acid solution at a temperature of 100°C until the coating layer is completely removed. What is ASTM, and Why is ASTM Testing Important? The American Society for Testing and Materials, or ASTM, develops voluntary consensus standards to improve the quality, safety, and standardization of products and practices across various industries and markets. ASTM consists of 30,000 volunteers in more than 140 countries who use their expertise to develop ASTM standards. Government agencies, private companies, and industries worldwide adopt ASTM standards because of their reputation and reliability. More About Our ASTM Testing Capabilities Our state-of-the-art testing facilities offer numerous ASTM-complaint testing and analysis services, including: Chemical Analysis Inductively Coupled Plasma (ICP) Optical Emissions Spectroscopy (OES) SEM / EDS X-Ray Diffraction Mechanical Testing  Fastener Testing Fracture Toughness Testing Hardness Testing Weld Testing Metallurgical Testing  Anodizing Coating Weight Coating Thickness Measurements Grain Size...



Applied Technical Services performs fluid resistance testing services on gasket materials in accordance with the ASTM F146 testing standard. ASTM F146: Physical Impact of Liquid Submersion on Gasketing Materials ASTM F146 (ASTM F146-12 2019 E1) is a standard set by ASTM International, or the American Society for Testing and Materials, that covers proper procedure for testing methods used to determine the physical impact that fluid immersion has on nonmetallic gasketing materials. This standard does not apply to vulcanized rubber testing and, though it does not apply to gaskets made of metallic materials, it can be used as a guide for the adhesion testing of multi-layer steel or Metal Layer Gasket materials. ATS performs ASTM F146 testing in our advanced materials testing laboratories. Plastic, Polymer, and Rubber Testing ATS performs a wide range of plastic, polymer, and rubber testing services performed to many popular industrial testing standards. Some of our most commonly requested plastic, polymer, and rubber testing services include: Plastic and Polymer Heat Aging Plastic Density Testing Charpy Impact Testing VOC Testing Melt Flow Rate Testing Polymer Failure Analysis Polymer Characterization Polymer Strength Testing Polymer Structure Analysis Polymer Fracture Analysis Polymer Identification Polymer Fatigue Testing Rubber Tensile Testing Rubber FTIR Identification Rubber Compression Set Testing Rubber Hardness Testing Rubber Strength Testing Rubber Temperature Testing Materials Testing at ATS Applied Technical Services offers a variety of material testing services across a broad range of disciplines, including environmental testing, chemical analysis, and mechanical testing. These laboratories feature highly advanced testing equipment and...



Applied Technical Services measures the impact resistance of organic coatings in compliance with ASTM D2794 testing and standards. We offer accelerated impact testing services that predict the performance of organic coatings in specific conditions. What is Impact Resistance, and Why is Impact Resistance Testing Important? Impact resistance refers to a material’s ability to withstand mechanical impact without undergoing physical changes or damage. Impact resistance testing helps to ensure that coatings possess the mechanical properties needed to protect substrates in various applications and environments. Failure to conduct impact resistance tests may result in premature coating failure, costly repairs, and poor product quality. ASTM D2794 Testing Explained During the procedure, technicians apply organic coatings to a thin metal panel before placing the panel in the impact testing device. Next, technicians drop a standard weight from a specified height, causing an indention on the material’s surface. Technicians repeat the process until failure occurs, allowing experts to analyze any cracking, scratching, or indentations experienced during the procedure. Several factors contribute to the procedure’s results, including: Coating Thickness Substrate Thickness Sample Preparation Standard Weight Indenter Diameter Environmental Conditions The objective of ASTM D2794 is to observe coating failures in materials, allowing manufacturers to improve their quality, service life, and research and development processes. The visual examination that follows the procedure provides insight into the coating’s level of impact resistance. This test method should be conducted in one laboratory to avoid inconsistencies or issues with reproducibility throughout the testing process. Our Commitment to Quality Applied Technical...



Applied Technical Services performs absorption conditioning of polymer-based materials in accordance with the ASTM D5229 testing standard. We perform this testing in our advanced materials testing laboratories. ASTM D5229: Polymer Absorption Properties and Equilibrium Conditioning ASTM D5229 (ASTM D5229M-20) is a standard set by ASTM International, or the American Society for Testing and Materials, that refers to the method used to analyze absorption and desorption conditions for a polymer-based material. ASTM D5229 testing covers several different procedures, including moisture diffusion material properties, moisture equilibrium content, moisture diffusivity constant, general moisture conditioning prior to material testing, humidity level conditioning prior to material testing, and moisture desorption conditions prior to material testing. This standard also accounts for additional environmental conditions prior to various types of testing, including mechanical testing. Plastic and Polymer Testing ATS performs a wide variety of plastic and polymer testing services performed to many popular standards. Some of our most commonly requested plastic and polymer testing services include: Polymer Structure Analysis Polymer Fatigue Testing Polymer Identification Polymer Strength Testing Polymer Characterization Polymer Fracture Analysis Polymer Failure Analysis Plastic Density Testing Plastic and Polymer Heat Aging Charpy Impact Testing Melt Flow Rate Testing VOC Testing Materials Testing at ATS Applied Technical Services performs material testing across several different departments, including mechanical testing, chemical analysis, and environmental testing. These laboratories feature state-of-the-art material testing technology and house cutting-edge testing machinery and equipment, allowing us to perform material testing in accordance with both industry standards and custom testing parameters specified by our...



Applied Technical Services’ technicians use a gravelometer in compliance with ASTM D1370 testing standards to evaluate the chip resistance of various coatings.   What is a Gravelometer, and Why is Gravelometer Testing Important? A gravelometer is an instrument that measures a surface’s resistance to damage caused by flying dirt, debris, and gravel. Gravelometers produce a controlled amount of impact, simulating the conditions of damaging debris seen on roadways and similar conditions. Manufacturers use gravelometer testing to ensure that their automotive components perform as expected and meet the necessary regulations, standards, and specifications. ASTM D3170 Testing Explained During the procedure, technicians mount the sample in the back of the gravelometer, where air pressure propels approximately one pint or 300 pieces of gravel at the sample. Technicians then remove the specimen before cleaning it to prepare it for analysis. Next, technicians apply tape to the entire test area to remove any loose coating fragments before comparing the coating’s appearance to the corresponding chipping ratings. The chipping ratings consist of number-letter combinations that communicate different chip sizes and specify the number of chips. Letters represent the chip sizes, and numbers represent the number of chips for each size. A scale of 0 to 10 illustrates the various quantities of chipping ratings, and a scale of A to D represents the different size categories for chipping ratings. About Applied Technical Services ATS provides professional inspection, testing, and consulting engineering services in accordance with internationally recognized quality system standards. We maintain an ISO 9001:2015-registered quality...



Applied Technical Services performs container and packaging testing in accordance with the American Society for Testing and Materials’ ASTM D4332 standard. ASTM D4332 testing is conducted in our state-of-the-art package testing laboratory. ASTM D4332-22: Environmental Package and Container Testing ASTM D4332-22 is a standard used to simulate the conditions a package in transit may experience and sets the environmental and atmospheric testing parameters for conditioning packaging components and shipping containers. Package transit testing allows the analysis of a package as it travels through various different climates, ranging from tropical to extreme cold. This can help identify potential flaws in different aspects of a package’s structure and ultimately prevent failure. Package Testing Methods In addition to ASTM D4332 testing, ATS performs several different types of package and container testing services. Some of our most popular package testing services include: Concentrated Edge Impact Testing Rotational Flat Drop Testing Full Rotational Flat Drop Testing Bridge Impact Testing Free-Fall Drop Testing Drop Onto Hazard Testing Tip-Over Testing Vibration Testing Shock Impact Testing Environmental Testing at ATS Applied Technical Services’ environmental testing laboratories feature highly advanced technologies and are staffed by some of the industry’s most proficient environmental testing experts. We offer a wide range of environmental testing services, ranging from corrosion testing to electromagnetic interference and compatibility testing. Some of our most popular environmental testing services include: Aging Testing Altitude Testing Automotive Testing Corrosion Testing Flammability Testing Waterproofing/Ingress Protection Testing Package Testing Painting and Coating Testing Product Analysis Services Salt Spray Testing Temperature/Thermal Testing...



Applied Technical Services performs thermal cycling and temperature testing on rubber-based materials in accordance with the standard ASTM D1349, set by the American Society for Testing and Materials, in our rubber testing laboratory. ASTM D1349-14: Rubber Temperature Testing ASTM D1349-14 (2019) is a standard that establishes various criteria for subjecting rubber-based materials to temperature and humidity testing. This allows for reliable comparisons to be made between different types of rubber compounds tested at different labs. ASTM D1349 covers standard temperatures, humidity conditions, definitions of terms, and material testing conditioning. The temperature and humidity values established in this ASTM standard can be used as a guide for preparation, processing, mixing, and vulcanizing rubber, though they only require strict compliance for testing the material. Rubber Testing ATS offers several methods of rubber testing services performed to a wide range of industrial testing standards. Some of our most commonly requested rubber testing services and their corresponding testing standards include: Tensile Testing: ASTM D638, ASTM D412, DIN 53504, ISO 527-1 Durometer Hardness Testing: DIN 53505, ASTM D2240 Compression Set Testing: ASTM D395 Polymer FTIR Identification Analysis: ASTM E1252 Materials Testing at ATS Our material testing laboratories are staffed by some of the industry’s leading ASTM D1349 testing experts and feature state-of-the-art technology. ATS performs material testing in accordance with both common industry standards and custom, client-specified testing parameters in order to meet the needs of our clients working across several different fields and industries. Our material testing services span several disciplines, including but not...



Applied Technical Services conducts dry film thickness measurements of nonmagnetic coatings in compliance with ASTM D7091 testing standards. The Importance of Dry Film Thickness Measurement Dry film thickness or DFT refers to a coating's thickness as measured above the substrate. DFT applies to cured coatings and may consist of single-layer and multi-layer coatings. Coatings protect substrates from corrosive elements, and their thickness may vary across different materials and applications. Dry film thickness measurements are necessary to ensure compliance with ASTM and ISO standards and specifications. A coating's performance quality is also a function of its thickness, so its important to measure film thickness throughout each stage of the coating process to ensure the protective layer is functional and adequate for the intended application. Dry film thickness measurements are also helpful in improving product quality and longevity, reducing costs, and controlling the production process of products and materials. ASTM D7091 Testing Explained ASTM D7091 uses a dry film thickness gauge or eddy current gauge to measure a nonconductive coating's thickness on nonmagnetic substrates. During the procedure, technicians use the strength of eddy currents to evaluate the thickness of a protective layer. However, the coating thickness varies throughout the coating system, so the measurement frequency correlates to the coated area's size. Users should review the standard's governing specification to determine if the coating thickness is sufficient. There are several advantages to eddy current testing, including: Ideal for Coatings Thicker than 5mm Minimal Preparation Required Nondestructive Testing Sensitive to Surface Defects More About...



Applied Technical Services performs materials testing in accordance with standards set by the American Society for Testing and Materials, such as ASTM D618. This ASTM D618 testing is conducted in our state-of-the-art materials testing laboratories. ASTM D618: Conditioning Plastics for Testing ASTM D618-21 is a standard that refers to the method used to condition plastic-based materials for testing. This conditioning is used to achieve several different effects, such as thermal cycling, humidity testing, and establishing a conditional baseline of temperature and humidity to ensure test results can be reproduced. ASTM D618-21 and ISO 291 are comparable standards, though ASTM D618 is more adaptable and precise. Plastic and Polymer Testing ATS offers a wide range of plastic and polymer testing services performed to several different common industrial testing standards. Some of our most commonly requested plastic and polymer testing services include: Polymer Identification Polymer Characterization Polymer Strength Testing Polymer Structure Analysis Polymer Fatigue Testing Polymer Fracture Analysis Charpy Impact Testing Plastic Density Testing Melt Flow Rate Testing VOC Testing Polymer Failure Analysis Plastic and Polymer Heat Aging Materials Testing at ATS Applied Technical Services’ material testing laboratories feature advanced technology and cutting-edge testing equipment, allowing us to perform material testing in accordance with both industry standards and custom client-determined testing parameters. Our material testing experts apply decades of experience to ensure the highest level of accuracy, giving our customers test reporting they can depend on. We offer several different types of material testing in the following fields: Environmental Testing Mechanical Testing...



Applied Technical Services conducts ASTM D3359 testing to measure the adhesion of film coatings on metallic substrates. Adhesion tests intentionally produce coating failures that allow experts to evaluate the strength of the adhesive bond between a coating and a substrate. These tests help determine a material’s suitability for specific tasks in specific environments and provide information relevant to research, development, and quality control. What is ASTM D3359? ASTM D3359 is a visual adhesion test used to evaluate the adhesion strength between a coating and substrate. The standard consists of two test methods, the x-cut test and the crosscut or cross-hatch test. X-Cut Test Primarily used for coating systems thicker than five mils, the X-cut test is a field test that evaluates the adequacy of a coating’s adhesion. During the procedure, technicians use a sharp cutting tool to make an “X” shaped cut in the film. The two cuts are about 1. 5 inches long and intersect near the middle of the ‘X’ shape at an angle between 30 and 45 degrees. Technicians repeat the process until the incision penetrates the coating and reaches the substrate. Next, technicians apply a three-inch piece of tape to the intersection of the X for 30 to 90 seconds before removing the tape. Technicians rate the adhesion on a scale of 0 to 5, with zero being the weakest and five being the strongest. For example, a new coating should have little to no peeling, earning the coating a rating of 4 or 5, whereas...



Applied Technical Services conducts ASTM D4060 testing to determine the abrasion resistance of organic coatings. What is Abrasion Resistance, and Why is it Important? Abrasion resistance refers to a material’s ability to withstand the wear and tear associated with friction, rubbing, and scraping. While some materials are naturally abrasion-resistant, others require coatings and lubricants to increase their resistance. Abrasion-resistant properties help preserve materials that endure mechanical erosion throughout their service life. ASTM D4060 Testing Explained ASTM D4060 is a taber abrasion test that evaluates a plastic’s resistance to abrasion. During the procedure, experts place the test specimen on an abrasion tester before placing a 250, 500, or 1000-gram load on the abrader wheel. Experts then spin the wheel for a specified number of revolutions until the taber wheel wears through the material’s substrate. Once complete, technicians determine the material's abrasion resistance by comparing the material's original mass to its mass following the procedure.   What are ASTM Standards, and Why are They Important? The American Society for Testing and Materials is a global organization that develops and publishes internationally recognized testing standards and practices. ASTM standards improve the following: Product Quality Health & Safety Standards Sustainability Standardization Across Trades & Markets ASTM-compliant materials and services undergo rigorous testing to ensure their reliability, so consumers and manufacturers have high standards for ASTM-labeled products and services. Government agencies often adopt ASTM standards when developing codes, laws, and regulations because of ASTM’s superior reputation of reliability. About Our ASTM Testing Lab Applied Technical...



Applied Technical Services' ASTM D523 testing services measure the specular gloss of nonmetallic specimens. Specular gloss is an optical property that refers to a surface's ability to reflect light. Consumers often heavily consider a product's visual appearance before making purchases, so manufacturers use gloss measurements to evaluate the optical quality of their products. What Is ASTM D523? ASTM D523 is a standard test method for determining a sample's specular gloss. During the procedure, experts apply a calibrated gloss meter to a material at a specified angle of reflection to measure the surface's ability to reflect light. Experts often take measurements on large, homogenous, flat, and clean surfaces with multiple data points to produce consistent results, but using a small surface is also acceptable. Why are ASTM Testing Standards Important? The American Society for Testing and Materials, or ASTM, develops internationally recognized voluntary consensus standards that improve the quality, safety, and standardization of products and product development. Professionals in various industries rely on ASTM standards to ensure that their practices adhere to the uniform standard of ASTM protocols. Government agencies often cite ASTM standards in codes, laws, and regulations because ASTM safety standards ensure the use of high-quality materials and professional practices. About Our ASTM Testing Capabilities Applied Technical Services houses multiple ISO/IEC 17025:2017-accredited labs capable of conducting ASTM-compliant testing and analysis services. Our experienced professionals use our state-of-the-art facilities to provide the following: Chemical Analysis Environmental Testing Mechanical Testing Metallurgical Testing Our ASTM services benefit numerous industries, including the following:...



Applied Technical Services conducts ASTM E45 testing to determine the inclusion content of steel alloys. Inclusion can have an immense effect on mechanical properties, so it's essential to identify the composition, distribution, size, and number of inclusions present in steel materials. What is Inclusion Content? Inclusion content refers to compound materials embedded within steel materials during manufacturing. Experts generally associate lower inclusion content with higher quality steel; however, many inclusions provide mechanical properties to steel that may be beneficial for specific tasks. Examples include: Corrosion Existence Formability Machinability Toughness What is ASTM E45 Testing? ASTM E45 is an internationally recognized standard test method for measuring the inclusion content in steel. During the procedure, technicians compare a live microscopic image to a micrograph chart to evaluate inclusion type and severity. Following their evaluation, experts categorize inclusions as one of the following: Oxides Nitrides Phosphides Silicates Sulfides Why Is Inclusion Content Testing Important? As previously mentioned, experts often correlate inclusion content with the quality of steel materials, but why? Well, a material's microstructure is very revealing and often influences steel alloys' mechanical and structural properties. Manufacturers consider a material's inclusion content when determining its purpose and application. Inclusion content testing also helps manufacturers maintain quality control in their production of steel materials.   More About Our ASTM Testing Capabilities ASTM, or the American Society for Testing and Materials, develops and publishes internationally accepted standards to improve product testing quality, safety, and standardization. Our accredited facilities offer an extensive list of ASTM testing...



Applied Technical Services' ASTM D2247 testing procedures evaluate the water resistance of coated or painted materials in 100 percent relative humidity. Why are Water Resistant Coatings Important? Water-resistant coatings shield materials from direct or excessive contact with water, preserving the material's appearance and physical properties. Corrosive elements thrive in environments with high heat and humidity, which can cause accelerated deterioration in materials and structures. Fortunately, water-resistant coatings are very effective in limiting the harmful effects of water damage and moisture seepage. Waterproof paints and coatings are advantageous for several reasons, including: Protects Substrates Improves a Material's Service Life Prevents Water Damage Specimen Supports Failure to protect materials from water-induced corrosion can lead to the following issues: Costly Repairs Visual Changes in a Material's Appearance Premature Failure Safety Hazards ASTM D2247 Testing During the procedure, experts place coated samples into an enclosed chamber containing a heated and saturated air and water vapor blend. The chamber's temperature remains at 100 degrees Fahrenheit and 100 percent humidity as the sample endures the corrosive elements for a predetermined time. The coating's quality and condition will determine how quickly water affects the coating's color, adhesion, and performance. Coating failure during the ASTM D2247 procedure results from coating deficiencies, substrate contamination, and inadequate surface preparation. The outcome of the test provides insight into the sample's reaction to atmospheres with high humidity, which helps determine the material's service life and performance under specific conditions. More About Our ASTM Testing Capabilities The American Society for Testing and Materials...



Applied Technical Services offers ASTM B117 testing services that determine the corrosion resistance qualities of metals and coated metals. Our accredited salt spray testing lab conducts accelerated corrosion testing that simulates real-world weather events and environmental conditions. We help manufacturers improve their quality control, material selection, and research and development processes. Why is Salt Spray Testing, and Why is it Important? Salt spray tests subject samples to corrosive conditions and environments, allowing experts to evaluate how various materials perform in specific conditions over specific periods of time. In general, salt spray tests consist of the following: Fog Chamber Sodium Chloride Solution Condition & Compressed Air Atomizing Nozzles Specimen Supports Heating Chamber Provisions While the corrosion of metals may seem inevitable, high-saline environments accelerate the process and should be of particular concern for manufacturers. Fortunately, salt spray testing is a valuable tool for evaluating the anticorrosive properties of a material. Failure to conduct corrosion testing may result in visual changes, costly repairs, deformation, safety hazards, and premature failure. ASTM B117 Testing The American Society for Testing and Materials developed the ASTM B117 standard as a general outline for recommended practices concerning salt spray testing. The document establishes the parameters needed to sustain a salt spray test environment that yields accurate results. More About Our Salt Spray Testing Capabilities Our experienced professionals carefully consider the needs of our clients when selecting the appropriate salt spray test method. We evaluate several factors, including the sample’s composition, intended application, and coating type, to ensure...



Applied Technical Services conducts ASTM D732 testing to determine the shear strength of common composite materials such as sheets, molded shapes, and plates. Why is Shear Strength Important? The term shear strength refers to a material’s resistance to forces that cause the material’s interior structure to shift, often resulting in failure. Shear strength data offers essential insight into a material’s ability to perform to the desired standard under specific conditions. Shear strength is significant for materials subjected to crushing loads in their intended applications. About the ASTM D732 Testing Procedure During the procedure, technicians attach the sample to a punch between two metal fixtures. Next, a testing machine causes the punch to puncture the specimen, leading to shear along the hole’s edge. Technicians then determine the shear strength of a sample by dividing the max shearing load by the sheared edge’s total area. ASTM D732 has several advantages, including: Comparative Results Minimal Specimen Preparation Simple Testing Procedure More About Our ASTM Testing Capabilities The American Society for Testing and Materials, or ASTM, develops standards of product testing and development designed to improve product safety, quality, and sustainability. Our accredited chemical, environmental, mechanical, and metallurgical labs offer numerous ASTM testing services, including: Coating Testing Corrosion Testing Fatigue Testing Hardness Testing Tensile Testing Weld Testing Our employees work closely with clients to develop testing procedures that adequately address their needs. We recognize that our clients are the reason for our success, so we prioritize the prompt delivery of competitively priced and professional...



Applied Technical Services conducts ASTM D618 Testing to standardize the temperature and humidity of an environment before and during procedures. The primary objective of ASTM D618 is to standardize the environmental conditions for tests involving plastic samples. Our technicians utilize state-of-the-art technology to properly acclimate plastic materials to conditions ideal for comparing test results across different facilities. Why is Plastic Conditioning Important? Conditioning is an essential step in the preparation and testing process of plastic materials. Unlike metals, temperature and humidity greatly influence the properties of plastics, so conditioning is necessary to regulate the testing environment to produce consistent results. Conditioning helps with the following: Bringing Materials to Average Room Conditions or Equilibrium Creating Reproducible Results Subjecting Materials to Abnormal Conditions to Evaluate The Importance of ASTM Testing The American Society for Testing and Materials, or ASTM, develops international testing standards that improve the safety, quality, and standardization of products and their production process. Our ISO/IEC 17025:2017-accredited testing and analysis facilities provide dozens of services in compliance with ASTM to ensure our services adhere to international standards. About Applied Technical Services and Our Commitment to Quality Applied Technical Services conducts inspection and testing services for businesses in various industries. Once a local business, our operation has expanded to international markets thanks to our commitment to fostering positive experiences for our clients. As an ISO 9001:2015-registered entity, we prioritize the improvement and expansion of our services for the benefit of our clients. Our lab professionals conduct services according to the personal...



Applied Technical Services conducts ASTM D244 testing to evaluate the differences in color between color coordinates. Our color analysis specialists carefully examine samples to ensure that the color values are consistent with our client’s expectations. We evaluate differences in color in samples made of multiple materials and samples with shifts in color caused by outdoor elements and conditions. ASTM D2244 Testing Explained The ASTM D2244 test method is the standard practice of determining color tolerances and differences within a sample. During the procedure, experts use a colorimetric spectrometer to evaluate the difference in color between the sample and a reference. The spectrometer expresses the color value on the L, a, b, x, y, and z scales. Each letter represents a different scale and provides a precise evaluation of the sample’s color. This application is applicable to various materials including painted panels, plastics, and textiles and is often conducted in conjunction with accelerated aging tests involving cyclic, UV, xenon, and cyclic corrosion exposure. What are ASTM Standards, and Why are They Important? The American Society for Testing and Materials develops internationally recognized testing standards to improve the safety, quality, and standardization of products and product development. ASTM standards are a common choice amongst manufacturers, companies, and individuals in various industries due to their widespread acceptance and uniformity. Regulatory agencies often cite ASTM standards in their codes, laws, and regulations because of their global recognition and relevancy across various industries, including: Aerospace Automotive Chemical Construction Consumer Products Healthcare Manufacturing Oil and Gas...



Applied Technical Services offers ASTM D471 testing that evaluates how vulcanized rubber products respond to liquid exposure. Rubbers are a popular choice amongst manufacturers, so vulcanized rubber materials must withstand contact with aggressive liquids. Understanding ASTM D471 During the ASTM D471 test procedure, technicians record the weight of the samples before submerging them in liquid. Technicians then place the samples into ovens for a specified length at a predetermined temperature. Next, technicians remove the samples from the oven, allowing them to reach room temperature. Once acclimated, technicians weigh the dry samples to evaluate any weight changes. ASTM D471 Applications ASTM D471 allows experts to examine and evaluate liquid-induced deterioration in rubbers which is helpful in the research and development, quality control, and compliance testing of rubbers. Materials such as gaskets, seals, and hoses encounter various liquids, oils, and fuels that may affect the rubber’s performance, resulting in partial failure. The procedure simulates service conditions to help manufacturers evaluate the material’s suitability for specific applications or environments. More About Our ASTM Services Applied Technical Services houses ISO/IEC 17025:2017-accredited calibration, mechanical, chemical, and nondestructive testing labs that offer numerous ASTM testing services. Our lab professionals conduct services in compliance with ASTM standards to ensure that our procedures are thorough and on par with internationally recognized standards developed by the American Society for Testing Materials. Our services benefit multiple industries, including: Aerospace Automotive Chemical Communications Commercial Properties Construction Consumer Products Defense Healthcare Insurance & Legal Manufacturing Nuclear Oil and Gas Power Generation Pulp...



Applied Technical Services conducts ASTM D1002 testing to determine the shear strength of bonded metal specimens. Metal adhesives bond components and materials, so it's essential to test the adhesive's quality, ensuring that the bond is adequate for the intended application.   What is ASTM D1002? ASTM D1002 is a testing standard for bonded metals tested on a single lap joint specimen developed by the American Society for Testing and Materials. During the test, technicians' bond two metal plates together using adhesives and cut the plates to the specifications of the procedure. Next, the technicians apply force to each end of the specimen, causing the bond to fail. The results of the test procedure provide information on the following: Failure Load Maximum Force Maximum Shear Stress Type of Failure (Adhesion, Cohesion, or Adhesion & Cohesion) ASTM D1002 measures the adhesive bond on common metal substrates, including: Aluminum Brass Copper Corrosion Resisting Steel Titanium Applied Technical Services’ Mechanical Testing Services Our mechanical testing lab provides material qualification and failure analysis services promptly and at a competitive price. Our highly trained staff has access to advanced technology capable of fulfilling the specific needs of our clients. We offer an extensive list of mechanical testing services, including:  Charpy Impact Testing Elevated Temperature Testing Hardness Testing Lap Shear Testing Tensile Testing Weld Testing More About Applied Technical Services Applied Technical Services provides professional inspection, testing, and consulting engineering services to clients in various industries. Throughout our 55-year history, we have maintained our core principles of:...



Applied Technical Services features a state-of-the-art RTCA DO-160 11. 0 Fluids Susceptibility Testing Lab, capable of performing water ingress testing, waterproofness testing, fluids susceptibility testing, humidity testing, and additional types of environmental testing services. Fluids Susceptibility Testing Fluid susceptibility testing determines the amount and extent of damage caused to a subject when it is exposed to liquids. This method of testing can also be used to influence product design changes and improvements to prevent malfunction and failure caused by fluid exposure. ATS conducts fluids susceptibility testing in accordance with RTCA DO-160 Fluids Susceptibility Testing standards in our advanced environmental testing facilities, offering several different types of testing for industries including automotive, aerospace, aviation, consumer electronics, manufacturing, building, and construction. RTCA DO-160 Testing With decades of experience serving as an aircraft testing and inspection provider, ATS features an expansive list of environmental testing service offerings that are conducted in accordance with the Radio Technical Commission for Aeronautics’ DO-160 standard. This standard applies to all sizes of aircraft and must be complied with by all aircraft manufacturers in the US. ATS performs testing in adherence with the following sections of RTCA DO-160: EMI and EMC Testing Sec 15 Magnetic Effect Testing Sec 16 Power Input Testing Sec 17 Voltage Spike Testing Sec 18 Audio Frequency Conducted Susceptibility Testing Sec 19 Induced Signal Susceptibility Testing Sec 20 Radio Frequency Susceptibility Testing – Radiated and Conducted Sec 21 Emission of Radio Frequency Energy Testing – Radiated and Conducted Sec 22 Lightning Induced Trans. Susceptibility...



Applied Technical Services features a state-of-the-art RTCA DO-160 10. 0 Waterproofness Testing Lab, capable of performing waterproofness testing, water ingress testing, humidity testing, fluids susceptibility testing, and additional types of environmental testing services in accordance with popular testing standards. Waterproofness Testing Waterproofness testing is an environmental test procedure that is meant to verify a product or component’s ability to withstand exposure to conditions such as submersion, rain, humidity, and condensation. ATS performs waterproofness testing in accordance with ISO 20653, IEC 60529, and RTCA DO-160 10. 0 Waterproofness Testing standards in our environmental testing laboratories. Waterproofness testing is performed on a wide variety of products and is commonly required for industry compliance in industries such as aerospace, aviation, automotive, consumer electronics, building, construction, manufacturing, and textiles. RTCA DO-160 Testing ATS offers several different types of environmental, dynamics, temperature, and electromagnetic interference and compatibility testing performed in adherence with RTCA DO-160, a standard set by the Radio Technical Commission for Aeronautics. RTCA DO-160 applies to aircraft of all sizes. All aviation manufacturers in the United States must comply with this standard. Applied Technical Services performs testing and analysis services in accordance with the following RTCA DO-160 sections: EMI and EMC Testing Sec 15 Magnetic Effect Testing Sec 16 Power Input Testing Sec 17 Voltage Spike Testing Sec 18 Audio Frequency Conducted Susceptibility Testing Sec 19 Induced Signal Susceptibility Testing Sec 20 Radio Frequency Susceptibility (Conducted + Radiated) Testing Sec 21 Emission of Radio Frequency Energy (Conducted + Radiated) Testing Sec 22 Lightning...



Explosive Atmosphere Testing Applied Technical Services performs explosive atmosphere testing in our RTCA DO-160 9. 0 Explosive Atmosphere Testing Lab, conducting environmental testing in accordance with standards set by the Radio Technical Commission for Aeronautics (RTCA) as well as other organizations. Explosive atmosphere testing verifies equipment’s resistance to volatile environments. It is performed on several different types of equipment and components, including electronics, lighting systems, pump systems, motors, various aircraft and aerospace components, and other types of systems. ATS conducts environmental testing for industries such as aviation, aerospace, military and defense, automotive, manufacturing, and consumer product testing. RTCA DO-160 Testing ATS performs environmental testing, electromagnetic interference and compatibility testing, temperature testing, vibration and dynamics testing, and waterproofness testing in compliance with the environmental conditions for airborne equipment standards set by the RTCA. This standard applies to all sizes of aircraft. ATS performs testing and analysis services in accordance with the following RTCA DO-160 sections: Environmental Testing Sec 6 Humidity Testing Sec 9 Explosive Atmosphere Testing Sec 10 Waterproofness Testing Sec 11 Fluids Susceptibility Testing Sec 12 Sand and Dust Resistance Testing Sec 13 Fungus Resistance Testing Sec 14 Salt Fog Testing Temperature Testing Sec 4 Temperature and Altitude Testing Sec 5 Temperature Variation Testing Dynamics Testing Sec 7 Operation Shocks Testing Sec 8 Vibration Testing EMI and EMC Testing Sec 15 Magnetic Effect Testing Sec 16 Power Input Testing Sec 17 Voltage Spike Testing Sec 18 Audio Frequency Conducted Susceptibility Testing Sec 19 Induced Signal Susceptibility Testing Sec 20 Radio...



Applied Technical Services measures various materials' fatigue crack growth rates using ASTM E647. Understanding Fatigue Crack Growth and Fatigue Crack Growth Rate Fatigue crack growth tests subject materials with pre-existing cracks to cyclic loading to evaluate the material's reliability under stress, whereas crack growth rate tests assess the rate at which pre-existing cracks grow over time. Several factors cause crack propagation, including:  Corrosion Fatigue Insufficient Maintenance Manufacturing Inconsistencies Repetitive Expansion / Shrinkage Cycles Temperature Changes Crack growth can lead to further complications that compromise a material's ability to function effectively and safely, so manufacturers rely on fatigue tests to evaluate a material's resistance to crack growth. Failure to evaluate crack growth may lead to expensive repairs, safety violations, and abrupt fatigue failure. ASTM E647 The objective of ASTM E647 is to determine how fatigue crack propagation impacts the life of material subjected to cyclic loads. During the test, technicians expose pre-cracked specimens to cyclic loading that results in crack growth. The crack growth length is measured as a function of elapsed fatigue cycles to evaluate the crack growth rate. Technician express results as the crack-tip-stress-intensity factor range (DK), which is established by linear elasticity theory. The results offer insight into the mechanical limits of materials, allowing manufacturers to determine the ideal application for material and maintain quality control. Applied Technical Services' Fatigue Testing Services Applied Technical Services conducts fatigue testing on various ceramics, polymers, and metals. Our ISO/IEC 17025:2017-accredited mechanical testing lab conducts fatigue testing and analysis services in compliance...



Applied Technical Services’ ASTM E1820 testing determines the fracture toughness of metallic materials. Why are Fracture Toughness Tests Important? Fracture toughness tests quantify a material’s resistance to crack propagation under applied stress. The results of fracture toughness tests help manufacturers evaluate a material’s safety and reliability when performing specific tasks. Failure to conduct fracture toughness tests may result in abrupt failure, expensive repairs, and unsafe conditions. ASTM E1820 ASTM E1820 is the standard test method for measuring fracture toughness in metallic materials. The standard determines toughness using the parameters of K, J, and CTOD, and the results are represented in the R-curve format or as point values. During ASTM E1820, technicians apply a load to a pre-cracked specimen to induce unstable and stable crack extensions. Technicians then use a fatigue test machine to split the sample to examine the crack growth and length. The results provide insight into the material’s yield strength which is helpful in material selection and quality control. Applied Technical Services’ Mechanical Testing Lab In addition to fracture toughness testing, our ISO/IEC 17025:2017-accredited mechanical testing lab performs an extensive list of services that evaluate the mechanical properties of ceramics, plastics, and metals. Our mechanical testing lab evaluates how materials perform in stressful situations and locates areas of weakness that may concern our clients. We perform tests in accordance with common standards such as ASTM, ISO, and SAE and conduct various types of tests, including: Coating Impact Testing Consumer Product Testing Fracture Toughness Testing Hardness Testing Macrohardness Testing...



Applied Technical Services’ VDA 19. 1 cleanliness testing services help manufacturers achieve technical cleanliness in the assembly groups and components of motor vehicles. The standard helps to protect and prolong the life of several automotive fluid systems such as brakes, pumps, nozzles, and hoses. What is VDA 19. 1 Cleanliness Testing? The primary objective of VDA 19. 1 is to achieve a uniform standard of technical cleanliness amongst the automotive industry and its suppliers. VDA 19. 1 cleanliness testing consists of several steps, including:  Initial Inspection and Evaluation Inspection of Oncoming and Outgoing Components Quality Control of the Production Process Monitor the Surface Treatment and Assembly Processes Cleanliness testing determines the source of contaminants and can evaluate the damage caused by the contaminants. Following the guidelines suggested in VDA 19. 1 can help manufacturers reduce failure rates and warranty costs.   ATS’ VDA 19. 1 Cleanliness Testing Lab Extraction Methods Our experts extract the residual dirt from components using the following methods.   Interior Rinsing Shaking Spray Cleaning Ultrasonic Cleaning with Suggested Cleaning Agents Particle Analysis  Following extraction, we analyze the contaminants found on the components to prevent further damage to filters, nozzles, or valves. Our analysis methods include the following.   Energy Dispersive X-ray Spectroscopy Particle Mass Determination via Gravimetric Analysis Particle Nature Determination via Microscopic Analysis Particle Sizing and Counting via Automatic Light Extinction Particle Counter Scanning Electron Microscopy Applied Technical Services’ Chemical Analysis Our state-of-the-art chemical analysis lab can conduct complex testing and analysis services for various...



Applied Technical Services' ISO 16232 cleanliness testing allows manufacturers to ensure their automotive fluids are safe for motor vehicles. Our cleanliness testing services benefit manufacturers and consumers by preserving the performance and reliability of motor vehicles through preventative measures and thorough inspections. What is ISO 16232 Cleanliness Testing? ISO 16232 establishes a uniform standard of cleanliness for automotive components, which applies to different manufacturers and locations within the industry. The objective of the standard is to achieve technical cleanliness, which consists of the following steps: Initial Inspection and Evaluation Inspection of Components, Both Incoming and Outgoing Monitor and Enforce Cleanliness Standards Throughout the Manufacturing Process Failure to properly maintain cleanliness can lead to the build-up of residual dirt contaminating automotive fluid systems, damaging the mechanical components exposed to the fluid.   Our ISO 16232 Cleanliness Testing Our experts perform the following extraction methods to effectively remove particles from components, cleansing them of residual dirt. The extraction methods allow us to collect debris on a filter for further analysis: Agitation Solvent Rinse Ultrasonic Techniques We use the following methods to analyze the cleanliness of automotive fluids: Particle Mass Determination via Gravimetric Analysis Particle Sizing and Counting via Microscopic Analysis Particle Nature Determination via Microscopic Analysis Particle Sizing and Counting via Automatic Light Extinction Particle Counter About Applied Technical Services Applied Technical Services houses several state-of-the-art labs capable of conducting complex tests. Our employees are engaged and experienced in various disciplines, including engineering, chemical analysis, and mechanical testing. To maximize our client's...



Applied Technical Services offers a broad range of temperature variation testing and analysis services in our RTCA DO-160 5. 0 Temperature Variation Testing Lab. Temperature Variation Testing RTCA DO-160 Section 5. 0 testing verifies the performance characteristics of equipment when exposed to the extreme temperature variations that occur in its standard operating environment. This applies to an aircraft’s internal and external equipment located in temperature-controlled and uncontrolled environments, pressurized and unpressurized environments, and locations with partial levels of temperature control and pressurization. Temperature variation testing includes temperature change rates of 2 degrees Celsius per minute, 5 degrees Celsius per minute, 10 degrees Celsius per minute, and greater than 10 degrees Celsius per minute. RTCA DO-160 Section 5. 0 is not meant to monitor the behavior of aircraft equipment in wet or icing conditions and temperature testing chambers used during these testing procedures may minimize or eliminate humidity conditions accordingly. RTCA DO-160 As an RTCA DO-160 5. 0 Temperature Variation Testing Lab, ATS performs testing in compliance with the RTCA’s aircraft equipment standards. These standards must be adhered to by all aircraft manufacturers to maintain industry compliance. Additional RTCA DO-160 Testing and Analysis Services ATS offers several testing services in compliance with RTCA DO-160 standards, including but not limited to: Section 4: Temperature and Altitude Testing Section 6: Humidity Testing Section 7: Operational Shocks Testing Section 8: Vibration Testing Section 9: Explosive Atmosphere Testing Section 10: Waterproofness Testing Section 11: Fluids Susceptibility Testing Sections 15-19 Section 20 Radiated/Conducted Section 21 Radiated/Conducted...



Applied Technical Services is one of the nation’s leading temperature and altitude testing providers, performing several types of thermal testing and analysis services in our RTCA DO-160 4. 0 Temperature and Altitude Testing Lab. Temperature and Altitude Testing RTCA DO-160 Section 4. 0 testing is performed to ensure the proper functionality of equipment at the different temperatures and altitudes this equipment will be exposed to in standard operating environments. This applies to aircraft equipment in controlled temperature and pressurization environments, partially controlled temperature and pressurization environments, non-pressurized but controlled temperature environments, pressurized but uncontrolled temperature environments, and uncontrolled temperature and pressurization environments. Temperature testing includes ground survival low-temperature testing, short-time operating low and high-temperature testing, in-flight loss of cooling testing, decompression testing, overpressure testing, as well as additional testing procedures. RTCA DO-160 As an RTCA DO-160 4. 0 Temperature and Altitude Testing Lab, ATS conducts testing in compliance with RTCA standards for aircraft equipment. RTCA standards apply to a wide range of aircraft types and sizes and must be complied with by all aircraft manufacturers. Additional RTCA DO-160 Testing and Analysis Services ATS specializes in RTCA DO-160 testing and analysis services, offering testing in accordance with the following standards: Section 5: Temperature Variation Testing Section 6: Humidity Testing Section 7: Operational Shocks Testing Section 8: Vibration Testing Section 9: Explosive Atmosphere Testing Section 10: Waterproofness Testing Section 11: Fluids Susceptibility Testing Sections 15-19 Section 20 Radiated/Conducted Section 21 Radiated/Conducted Section 22 (Levels 1-3) Section 25 Industry Standards at ATS ATS...



Applied Technical Services offers ASTM E606 fatigue testing for clients needing fatigue testing at low and high cycles. What is Fatigue Testing? Fatigue testing is a specialized form of mechanical testing that determines a material's ability to endure cyclic fatigue loading conditions. The method helps experts predict the material's lifespan in specific conditions and evaluate the material's crack resistance and fatigue strength. Common applications include: Aircraft Structural Testing Ceramic Matrix Composite Testing Dental Implant Fatigue Testing Metals Fatigue Testing Rubber and Elastomer Fatigue Testing Water Pressurization Fatigue Testing Understanding ASTM E606 Fatigue Testing ASTM E606 is a strain-controlled fatigue test that determines the fatigue properties of nominally homogenous materials. The standard serves as a guide for fatigue testing performed at high and low cycles and supports various applications, including: Failure Analysis Mechanical Design Process Control Product Performance Quality Control Our fatigue testing services benefit numerous industries, including: Aerospace Automotive Apparel Construction Medical Our Fatigue Testing Testing Services The progressive effects of fatigue can prove problematic to the performance, quality, and safety of products and materials. ATS’ fatigue testing services are important tools for investigating, analyzing, and preventing material fatigue. We provide high cycle and low cycle testing for composites, metals, and polymers and conduct tests in accordance with the following ASTM standards. ASTM E399 – Linear – Elastic Plane-Strain Fracture Toughness of Metals ASTM E466 – Fatigue Testing of Metals ASTM E606 – Strain-Controlled Fatigue Testing ASTM E1290 – Crack-Tip Opening Displacement Fracture Toughness Measurement ASTM E1820 – Fracture Toughness...



Applied Technical Services conducts humidity and moisture analysis testing, as well as several other testing and analysis services, in our advanced RTCA DO-160 6. 0 Humidity Testing Lab. Humidity Testing Humidity testing per RTCA DO-160 Section 6. 0 verifies the ability of aircraft equipment and components to withstand humid atmospheres. This type of humidity testing focuses on an aircraft’s ability to resist corrosion and component damage or failure as a result of humid conditions. These components typically include electrical parts and devices, mechanical components, chemical elements, and thermal insulators. Equipment categories include standard humidity environments, severe humidity environments, and external humidity environments. Standard Humidity Environments This category applies to equipment located in interior aircraft compartments where humidity is controlled. Severe Humidity Environments Severe humidity environments include areas where environmental conditions are not usually controlled and where equipment may be exposed to high levels of atmospheric humidity for extended durations. External Humidity Environments This category applies to equipment that is exposed to and comes into direct contact with outside air for extended durations. RTCA DO-160 ATS performs Section 6. 0 Humidity testing according to the conditions for aircraft equipment and machinery standard set by the Radio Technical Commission for Aeronautics. This testing standard pertains to aircraft, including commercial airliners, general aviation aircraft, helicopters, and several other types of aircraft. The environmental standards set by the RTCA must be followed by all aircraft and aircraft component manufacturers. Our EMI/EMC Testing Lab ATS’ advanced electromagnetic interference and compatibility testing lab features state-of-the-art equipment...



Operational Shocks Testing Applied Technical Services is a dynamics and vibration testing provider, performing several types of shock testing services in our RTCA DO-160 7. 0 Operational Shocks Testing Lab. RTCA DO-160 Section 7. 0 testing is meant to verify that equipment will continue to operate properly in adherence to performance standards after being exposed to shocks and vibrations during standard operating conditions. This includes shocks experienced while taking off, landing, taxiing, and during flight. RTCA-DO 7. 0 Operational Shocks Testing applies to all equipment on helicopters and fixed-wing aircraft. This standard also verifies the security of equipment in areas that could potentially pose a threat to occupants of the aircraft and vital aircraft components, ensuring that this equipment will not detach from its fastened location during an emergency landing or crash. While RTCA DO-160 Section 7. 0 testing is required to satisfy industry standard requirements, it does not satisfy Federal Aviation Regulations for all aircraft equipment, such as seating and seatbelts. RTCA DO-160 ATS conducts testing in compliance with the airborne equipment standards set by the Radio Technical Commission for Aeronautics, or RTCA. This standard applies to aircraft of all sizes and includes supersonic transport aircraft, commercial airliners, helicopters, and general aviation aircraft. Safety and reliability standards set by the RTCA must be adhered to by all aircraft manufacturers. ATS’ EMI and EMC Testing Lab Our electromagnetic interference and compatibility testing lab includes highly advanced, state-of-the-art equipment and technology, ensuring the highest level of accuracy as well as expedient...



Applied Technical Services performs ISO 2409 testing to evaluate paints and varnishes for adhesive qualities. Coatings serve as a layer of protection for products and materials. If a coating does not adhere well to a material’s surface, it cannot sufficiently protect the material. ISO 2409 provides a method for assessing a coating’s resistance to separation from an underlying material, including preceding coating layers. Cross-Cut Testing ISO 2409 is a cross-cut test for coatings with layer thicknesses up to 250 μm. This test can either be pass/fail or score the results by classification. During the cross-cut test, inspectors mark the sample with six parallel cuts without damaging the surface beneath the coating. Six more cuts mark the coating at right angles, forming a rectangular lattice pattern. ISO 2409 is a tape test, meaning inspectors apply tape over the cuts and then remove the tape to assess the coating’s separation resistance. The ISO 2409 standard can evaluate single- or multi-coat systems and can measure the separation resistance of each individual layer in a multi-coat system. ISO 2409 and Salt Spray Testing Applied Technical Services performs cross-cut testing in conjunction with other material tests, such as salt spray testing. ATS is A2LA (ISO 17025) accredited for DIN EN ISO 2409, allowing us to combine salt spray and cross-cut testing. Salt spray testing, also known as salt fog testing, is an environmental testing method that exposes samples to accelerated weathering conditions. Salt spray tests examine the effects of corrosion on functionality and appearance by...



Applied Technical Services is a shock and vibration testing and analysis provider, conducting several different types of dynamics testing in our RTCA DO-160 8. 0 Vibration Testing Lab. Vibration Testing RTCA DO-160 Section 8. 0 vibration testing consists of exposing a test subject, typically an electronic device, to a series of vibrations through the use of vibration testing and monitoring equipment. The different types and intensities of vibrations are determined by the test subject’s intended function and consist of either a specific set of vibrational patterns or a simulation of vibrations that the subject could experience in its operating environment or during transit and installation. Our lab capabilities include a standard vibration test, a short duration vibration test, and a robust vibration test. Our additional vibration testing capabilities include: High Force Capabilities (6,000lbf – 12,000lbf) High Frequency Testing (5Hz – 2000Hz) Electrodynamic Shakers with Temperature and Humidity Control Shock Response Spectrum (SRS) Resonance Search and Dwell Classic Shock, Sine, Random, and Sine on Random RTCA and EMI/EMC Lab ATS maintains a highly advanced EMI and EMC testing lab, equipped with state-of-the-art technology and cutting-edge machinery to ensure the highest level of accuracy and precision. Our compatibility testing experts apply their unparalleled expertise to each test and have experience performing a broad range of electrical testing in accordance with many prominent testing standards. Our EMI and EMC testing experts also perform testing to client-specified parameters to meet our customers' needs. Applied Technical Services performs Section 8. 0 Vibration testing in compliance...



Applied Technical Services performs several different types of electromagnetic interference and compatibility testing, including MIL-STD 704 Testing, in our highly advanced EMI and EMC electrical testing laboratory. MIL-STD EMI Testing To ensure that electronic devices and equipment are operating within the required parameters, MIL-STD electromagnetic interference testing closely monitors the electromagnetic emissions of different electronic components, typically housed inside aircraft. Electromagnetic signals are produced by all electronics, but the emitted interference must not go beyond the bounds established by industry standards to remain compliant. For MIL-STD standards, these emission thresholds are determined by the United States Department of Defense. The prominence of electromagnetic interference grows as the number of electronic components and devices continues to increase exponentially across all industries and disciplines. The MIL-STD 704 testing standard specifically establishes the characteristics and requirements of electric power on aircraft. Industrial Applications As a leader in industrial testing and analysis, ATS performs electrical testing for companies located in the United States and abroad in several different industries, including but not limited to: Manufacturing Automotive Aviation Power Generation Solar Aerospace Lighting Railroad The ATS EMI and EMC Electrical Testing Lab ATS features a state-of-the-art EMI and EMC testing lab, equipped with cutting-edge technology and advanced machinery to provide our clients with highly accurate, precise reporting. This equipment is operated by ATS’ electromagnetic interference and compatibility testing experts, applying years of experience performing a wide range of electrical testing in accordance with several different popular testing standards. ATS also provides EMI and EMC testing...



Applied Technical Services provides ASTM salt fog testing for various products and industries. Salt corrosion acts quickly and can lead to costly repairs, so it’s important to perform salt fog tests to evaluate a material’s integrity. What is Salt Fog Testing, and Why is it Important? Salt spray testing, also known as salt fog testing, simulates high-saline environments to evaluate the corrosion-resistant properties of coated and noncoated metals. Our lab conducts tests at an accelerated rate to assess the coated sample’s performance in its expected lifetime and environment. Experts conduct testing using a salt spray cabinet, and testing times vary depending on the coating’s anti-corrosive protections. The salt fog test provides information on the following: Evaluates the corrosion resistance of metals and finishes (ASTM D1654) Measures coating adhesion (ASTM D3359) Measures blistering (ASTM D714) Evaluates rusting (ASTM D610) ATS’ Salt Spray Testing Lab Our salt spray testing lab conducts the following corrosion tests on small and large samples: Acidified synthetic seawater fog Condensing humidity cyclic corrosion Continuous salt fog Copper accelerated acetic acid salt spray ATS’ Environmental Testing Our environmental testing facilities provide dozens of tests that evaluate the performance properties of various materials to ensure that they perform as expected. Our lab tests for several common environmental agents, including: Cold Corrosion Fire Heat Humidity Pressure Salt Shocks / Vibration Solar Radiation About Applied Technical Services Founded in 1967, ATS has established a reputation as a premier quality inspection, testing, and consulting engineering service provider. Our polite and passionate professionals...



At Applied Technical Services, we perform ASTM Brinell hardness testing in the mechanical testing lab following the ASTM E10 Standard. This testing method is usually used for materials with a rough surface. What is Brinell Testing? Brinell hardness testing aims to determine whether the sample's surface is resilient or malleable. When the spherical indenter drops, if there is a large indent left behind, then the texture is soft. If the spherical ball leaves a slight dent, it indicates the surface is a harder material. After the spheric indenter drops, we measure the diameter of the indentation. The processing and treatment of material all affect its hardness and potential applications. Common Test Forces The most common force used for ASTM Brinell hardness testing ranges from 500 kgf to 3,000 kgf. Non-ferrous materials use a power of 500 kgf, and materials made of steel and cast iron usually use 3,000 kgf. Forces ranging from 1 kgf to 1 mm are also used, but they are infrequently applied. Materials Frequently Tested Cast Irons  Aluminum Cooper Alloys Steels Advantages of Brinell Hardness Testing Quick Applicable to light/heavy metals Easy to measure results Useful for irregular surfaces Requirements for Testing The surface where the test sample is placed must be cleaned beforehand. Select the proper indenter level Set the test table to the correct elevated position Keep the load on the specimen for the time specified and then release Remove the specimen and measure the indentation made Hardness Testing Standards Our experts can test to...



Applied Technical Services is a fully certified and accredited consumer product testing provider with a CPSIA testing lab, performing a variety of product and toy testing services in compliance with the Consumer Product Safety Improvement Act. Consumer Product Safety Improvement Act The CPSIA, or Consumer Product Safety Improvement Act, establishes guidelines for consumer product safety standards and regulations. The CPSIA set rules for several different aspects of consumer products, including lead content, phthalate content, third-party product testing, toy safety, imports, and motorized all-terrain vehicles (ATVs). Consumer product testing must be completed by an accredited third-party laboratory. For more information, see the Consumer Product Safety Commission’s Rules Requiring Third-Party Testing. Phthalates Phthalates are plasticizers produced with oil that are used to give products a softer texture. There are many phthalate compounds that are banned from child care articles and children’s toys and cannot be present in a concentration higher than 0. 1%. These compounds include DBP, BBP, DEHP, DINP, DIBP, DHEXP, DPENP, and DCHP. Phthalates can commonly be found in several different types of products, such as: Personal Care Products Vinyl Flooring Garden Hoses Medical Tubing Lubricating Oils Plastic Packaging Lead Due to its toxic nature, lead content is heavily regulated for consumer products. There are some products that are exempt from lead level compliance testing, including but not limited to: Yarn Wood Natural Materials Chemistry Sets Children’s Books Printed After 1985 Certain Educational Materials Consumer Product Safety Commission Laboratory Requirements State Requirements State of Connecticut – Public Act 10-113 State...



Applied Technical Services offers API 581, risk-based inspections utilizing applicable codes and standards. API 581 is a recommended practice published and developed by the American Petroleum Institute (API). API 581 outlines the methodology and procedures of RBI, a technique that utilizes risk as a basis for evaluating the probability and consequences of equipment failure. The ATS Team We at ATS understand our client’s needs to make decisions based on reliable expertise and information. Our team of certified technicians and licensed professional engineers provide clear and accurate reporting. Certified inspectors and qualified engineers utilize RBI methodology to create a detailed inspection plan, identify damage, the location of the damage, the rate of deterioration, and where these failures could prove dangerous. ATS offers more than just a simple inspection; we provide true condition assessments that give our clients the necessary information to plan for the future. Routine Inspections Upkeeping regular risk-based inspections can vastly improve equipment safety and reliability while reducing repair costs and unplanned downtime. RBI methodology allows our team to assess the probability of failure due to damage, corrosion, deterioration, and flaws. Predicting failure before it happens is paramount to ensuring machine health and helping operators understand optimal service procedure. Our RBI Programs Our team of experts can develop, integrate, and maintain effective RBI programs that precisely evaluate asset conditions. We can gauge pre-existing risk-based programs or create new ones catered to client specification. Some benefits of our risk-based inspections can include: Schedule work that addresses failure risks Categorize equipment...



Applied Technical Services offers ISO 4624 adhesion testing to clients evaluating their protective coatings. The ISO 4624 standard for adhesion testing was developed by the International Organization for Standardization. ISO 4624 Adhesion Testing Explained ISO 4624 adhesion testing is a specific pull-off procedure that evaluates the durability of protective coatings. The test is conducted by gluing a dolly to a metal surface with a protective coating and applying an external force to the dolly. Remove the coating by pulling the dolly at a perpendicular angle and assess the results.   ATS experts evaluate the amount of force required to remove the coating and apply the acquired data to industry standards and client specifications. Adhesion testing is effective on single or multi-coat systems and is conducted in a laboratory or on-site.   The Importance of Protective Coatings and Adhesion Testing Protective coatings help to prevent materials from corrosion and damage. They promote safety, save money, and preserve surfaces by protecting them from water, rust, UV damage, and everyday wear and tear. Adhesion tests evaluate the adhesive value of protective coatings. Our experts test protective coatings to determine their shortcomings and ideal uses in various environments. Improper coating leads to premature corrosion and expensive repairs, so it is essential to evaluate a coating’s durability via adhesion testing. ATS offers several other types of coating analysis services, including:  Adhesion Testing Pull-off Testing Peel Testing Knife Testing Scrape Testing Tape Testing Characterization Coating Thickness Coating Weight Color Testing Flexibility Testing Gloss Testing Hardness Testing...



Applied Technical Services provides our clients with an extensive list of testing and analysis services that adhere to ASTM standards and specifications. These testing services span several industries and disciplines and are conducted across ATS’ various labs and testing facilities. Chemical Analysis ATS’ chemistry experts provide clients with comprehensive testing services for metals, polymers, plastics, and alloys. Our labs have a wide range of analysis capabilities, such as identifying unknown materials and quantifying the components in an alloy or composite sample, helping clients meet safety regulations and quality requirements. Chromatography Lab Metals Lab Polymer Lab VOC Lab Wet Lab Environmental Testing Our environmental testing labs offer several types of services, ranging from dynamics testing to chemical resistance testing. Some of the areas of environmental testing we specialize in include: Salt Spray Testing Vibration Testing Thermal and Temperature Testing Weathering Testing Aging Testing Automotive Testing Altitude Testing Flammability Testing Package Testing Corrosion Testing UV, Xenon, and Solar Testing Ingress Protection and Waterproof Testing Mechanical Testing ATS’ mechanical testing laboratories provide clients with comprehensive testing services, many of which can be performed both in our labs and in the field. We serve various industries, including but not limited to aerospace, automotive, manufacturing, construction, steel, nuclear, and power generation. Some of the areas of testing offered by our mechanical testing department include: Hardness Testing Failure Analysis Fatigue Testing Charpy Impact Testing Field Testing Special Testing Tensile Testing Machining Services Weld Testing Strain Gage Testing Metallurgical Testing The metallurgy lab at ATS offers a...



Applied Technical Services is the premier provider of ASTM tensile testing, serving clients both nationally and internationally across several industries. We test according to ASTM, ISO, and other applicable testing standards. ATS also performs testing to additional specifications requested by clients. ATS’ Tensile Testing Lab We offer a comprehensive list of tensile testing services. Our mechanical testing facility features advanced equipment and machinery and is staffed by certified experts who apply industry-leading knowledge and expertise on every task. ATS performs ASTM tensile testing, or tensile testing per the standards and specifications set by the American Society for Testing and Materials, on a wide range of subjects. These materials commonly include: Additive and 3D Printing Materials (Metals and Polymers) Composites Metals Pipes Tubes Rebar Fasteners Rubber Welds Metal Wire Polymers and Plastics ASTM Tensile Testing Standards ATS is ISO/IEC 17025:2017 accredited by the A2LA and conducts tensile testing to the following list of ASTM standards and specifications: ASTM F606/F606M – Externally and Internally Threaded Fasteners, Washers, Direct Tension Indicators, and Rivets (Accredited by A2LA) ASTM E8/E8M – Tension of Metallic Materials (Accredited by A2LA) ASTM D638 – Tensile Properties of Plastics (Accredited by A2LA) ASTM D412 – Vulcanized Rubber and Thermoplastic Elastomers-Tension (Accredited by A2LA) ASTM B557 – Wrought and Cast Aluminum and Magnesium Alloy Products (Accredited by A2LA) ASTM A370 – Testing of Steel Products (Accredited by A2LA) ASTM F1147 – Calcium Phosphate and Metallic Coating ASTM E345 – Testing of Metallic Foil ASTM E21 –Testing of Metallic Materials ASTM...



Applied Technical Services conducts several different types of industrial testing services in accordance with ASTM specifications and standards. Our ASTM testing labs perform testing and analysis services spanning a wide range of industries and disciplines, including but not limited to: Environmental Testing Metallurgical Testing Mechanical Testing Chemical Analysis Environmental Testing ATS features an extensive list of environmental testing capabilities, including aging, altitude testing, automotive testing, corrosion testing, flammability testing, ingress protection testing, package testing, painting and coating testing, product analysis, salt spray testing, thermal and temperature testing, solar testing, dynamics and vibration testing, and accelerated weathering testing. For a full list of our environmental testing services, click here. Metallurgy ATS provides metallurgical testing services in our metallurgy lab, staffed by highly trained experts capable of performing a wide range of ASTM-approved testing procedures, including but not limited to: Hardness Testing Microhardness Testing Superficial Hardness Testing Plating Thickness and Hardness Testing Corrosion Testing Tear Testing Microstructural Assessment Inclusion Rating SEM/EDS Analysis Mechanical Testing ATS’ mechanical testing division leads the industry in experience and customer satisfaction. We provide mechanical testing services such as impact testing, fatigue testing, tensile testing, field testing, hardness testing, hydrogen embrittlement testing, special testing, weld testing, strain gage testing, failure analysis, and machining services. For a full list of our mechanical testing services, click here. Chemical Analysis The ATS chemical analysis lab services clients across all industries. ATS performs chemical analysis services such as: Benzene Analysis Decomposition Analysis Phthalate Testing Polymer Identification and Testing VOC Testing Combustion Analysis...



Applied Technical Services performs a wide range of testing and analysis services in adherence with ASTM standards and specifications. Our ASTM testing services span several different disciplines, including but not limited to: Mechanical Testing Notched Bar Impact – ASTM, EN, ISO Tensile – ASTM, EN, ISO Fastener Testing – ASTM, SAE Fracture Toughness – ASTM Brinell Hardness of Metallic Materials – ASTM, ISO Rockwell Hardness of Metallic Materials – ASTM Microhardness of Materials – ASTM, EN, ISO Vickers Macrohardness – ASTM, EN, ISO Leeb Hardness – ASTM Metallurgical Testing Inclusion Evaluation – ASTM Microstructure and Graphite Type in Iron – ASTM Gain Size – ASTM IGA Susceptibility – ASTM Metal and Oxide Coating Thickness – ASTM Coating Weight – ASTM Anodizing Coating Weight – ASTM Decarb Depth – ASTM SEM/EDS – ASTM Image Analysis – ASTM Coating Thickness – ASTM Acid Dissolution Testing of Anodic Coatings – ASTM Conductivity Measurement – ASTM Chemical Analysis Optical Emissions Spectroscopy (OES) – ASTM X-Ray Fluorescence (XRF) – ASTM XRF (Wavelength Dispersive) – ASTM Combustion (S, C, N, O, H)- ASTM SEM/EDS – ASTM X-Ray Diffraction (XRD) – ASTM Inductively Coupled Plasma (ICP) – ASTM Lead by Inductively Coupled Plasma (ICP) – ASTM Determining Lead Content in Substrates or Children’s Toys – ASTM Surface Coating Materials – Soluble Test for Metals – ASTM Toy Substrate Materials – ASTM Wet Chemistry – ASTM DSC – ASTM DMA – ASTM TGA – ASTM TMA – ASTM FTIR – ASTM Ion Chromatography (IC) – ASTM Specific Gravity...



Applied Technical Services provides MIL-STD-810 Dust Testing utilizing our cutting-edge environmental testing laboratory. What is MIL-STD-810 Method 510? The MIL-STD-810 Method 510 is a military standard that tests the long-term survivability of devices in sandy and dusty environments such as deserts. The test evaluates potential mechanical issues that may arise due to sand and dust penetrating cracks and crevices, obstructing openings, and disrupting bearings and joints. This method tests two types of materials: sand and dust. The military standard defines a dust particle as less than 150 micrometers in diameter and sand particles as 150-850 micrometers in diameter. How does Method 510 work? MIL-STD-810 Sand Testing breaks down into two procedures: Procedure 1 – Six-hour test of blowing dust between 1. 5 to 10 meters per second velocity Procedure 2 – 90-minute test of blowing sand at about 18 meters per second velocity A final 10-minute operation test to ensure proper functionality of the device Once both procedures are complete, ATS technicians examine and evaluate the device for any potential issues such as electrical and thermal performance, visual damage such as abrasions and paint chipping, as well as overall device performance to respective standards. ATS Environmental Testing Lab Applied Technical Services’ Environmental Testing Lab is a state-of-the-art facility that utilizes the latest technology to provide dependable results with quick turnaround times. ATS experts perform environmental testing daily and meticulously adhere to industry standards. Quality Assurance For more than 50 years, Applied Technical Services has been committed to providing our clients...



ATS offers MIL-STD-810 Centrifuge Testing to evaluate the structural integrity of devices and materials in the face of intense gravitational forces. What is MIL-STD-810 Method 513? MIL-STD-810 Centrifuge Testing is a military standard that tests the structural and mechanical integrity of materials undergoing high-g loads. Manufacturers request this test for materials and subassemblies intended for installation in aircraft, helicopters, aerospace vehicles, and ground/sea launched missiles. Method 513 can encompass a variety of materials for testing. Testing conditions will vary according to their respective materiel, allowing technicians to simulate the most applicable environment. How does Method 513 work? Method 513 is a flexible test capable of evaluating a wide variety of materials and their respective environments. As such, the testing conditions will vary, but the three main procedures remain unchanged. Section 2 of MIL-STD-810 outlines various formulas and tables for recommended g-loads for helicopters, aerospace vehicles, aircraft, and ground/sea launched missiles. The procedures are as follows: Procedure 1: Structural Test – Subjecting the device or materiel to a specified g-level while not in operation Procedure 2: Operational Test – Subjecting the device or materiel to a specified g-level while in operation Procedure 3: Crash Hazard Acceleration Test – Subjecting the device or materiel to very high non-operational g-loads to ensure they do not become a hazard in the event of a crash ATS Environmental Testing Lab The ATS environmental testing lab contains the latest cutting-edge technology to perform accurate and reliable testing. ATS technicians routinely perform environmental testing methods to relevant...



Applied Technical Services provides Acceleration Testing to help clients verify that their device or materiel can withstand steady-state inertia loads. What is MIL-STD-810 Method 513? MIL-STD-810 Acceleration Testing is a procedure that evaluates the structural integrity and viability of devices and materials during and after high g-loads. Manufacturers may request this test for materials installed in helicopters, aircraft, aerospace vehicles, and ground/sea launched missiles. Method 513 encompasses a wide variety of materials in its tests. The testing conditions vary depending on the materiel under test to more closely replicate their intended service environment. The standard requires technicians to tailor the test to each specific materiel being tested. How does MIL-STD-810 Acceleration Testing Work? While the test varies depending on the materiel under test, the procedures remain largely the same. Section 2 of the Military Standard 810 provides formulas for determining g-loads for fighter aircraft due to the high roll and pitch rates as well as tables of recommended g-loads for helicopters, aerospace vehicles, and ground/sea launched missiles. The procedures of the test are as follows: Procedure 1 – Structural Test – The device or materiel is subjected to a specified g-level while not in operation Procedure 2 – Operational Test – The device or materiel is subjected to a specified g-level while in operation Procedure 3 – Crash Hazard Acceleration Test – The device or materiel is subjected to very high non-operational g-loads to ensure they do not become a hazard in the event of a crash Once testing is...



Applied Technical Services offers MIL-STD-810 Sand Testing in our state-of-the-art environmental testing laboratory.   What is MIL-STD-810 Method 510? MIL-STD-810 is a Military Standard that devices must comply with to ensure their survivability in the field. MIL-STD-810 Method 510 is a sand and dust test used to evaluate a device’s resistance to sand and dust particles. Method 510 tests two types of material: sand and dust. The military standard defines sand particles as 150-850 micrometers in diameter and dust particles as less than 150 micrometers in diameter. This test evaluates the device to ensure that sand particles do not penetrate cracks and crevices, obstruct openings, or disrupt bearings and joints. This test aims to identify mechanical problems such as sand particle collection on heatsinks that could impact thermal performance. How does Method 510 work? MIL-STD-810 Sand Testing breaks down into two procedures: Procedure 1 – Six-hour test of blowing dust between 1. 5 to 10 meters per second velocity Procedure 2 – 90-minute test of blowing sand at about 18 meters per second velocity A final 10-minute operation test to ensure proper functionality of the device Once testing is complete, ATS experts will evaluate the device to assess several properties such as visual damage, electrical and heating performance, and overall device performance to standards. ATS Environmental Testing Lab The Environmental Testing Lab at Applied Technical Services contains the latest cutting-edge technology to perform accurate and reliable testing. ATS technicians routinely perform environmental testing methods to relevant standards. Our experts have...



Applied Technical Services performs ASTM D3039 testing: the standard method for testing the tensile properties of polymer matrix composite materials. Numerous industries, including aerospace and automotive, are beginning to favor composite materials over alternative materials, including metal. Whether clients need to determine or confirm their composite’s material properties, our plastic and polymer testing lab can find their sample’s tensile properties. The D3039 Method ASTM D3039 determines a fiber-reinforced polymer matrix composite’s tensile properties. This method finds the material’s ultimate tensile strength and strain, transition strain, and modulus of elasticity. This test also provides a stress-strain curve and a failure mode analysis that records the type and location of failure. ASTM D3039 tensile testing data assists clients in numerous applications, such as research and development, material specifications, structural design and analysis, and quality control. Our Polymer Testing Capabilities ATS operates a dedicated plastic and polymer testing lab. Our engineers, chemists, and technicians bring knowledge and experience to each of our services, setting us apart as an exemplary polymer testing company. We perform testing on synthetic fibers, adhesives, thermosets and thermoplastics, natural polymers, rubbers, and high-modulus composites according to numerous standards, including: ISO 527 ISO 178 ISO 37 ASTM D412 ASTM D5766 ASTM D3039/D3039M ASTM D6742/D6742M ASTM D638 ASTM D882 ATS can determine the mechanical, thermal, or chemical attributes of polymer and plastic samples. We are ISO/IEC 17025:2017 (A2LA) accredited to perform over twenty polymer-related test methods according to industry standards. Our experts’ familiarity with various forms of polymer testing allows us...



Applied Technical Services performs ASTM D882 testing: the standard testing method for evaluating thin plastic sheeting’s tensile properties. Thin plastic sheeting and films have many common uses, including consumer goods and food packaging. Plastic manufacturers and packaging companies ensure that the sheeting and film meet necessary expectations by attaining accurate mechanical profiles of the materials. The ASTM D882 tensile testing standard helps clients determine some of a sample’s mechanical properties. The D882 Standard ASTM D882 covers tensile testing for plastics in a thin film or sheet form. Testing involves pulling samples to failure while recording material data. This test measures several tensile properties, such as: Breaking Factor Tensile Strength (Nominal) Tensile Strength at Break Percent Elongation at Yield Percent Elongation at Break Elastic Modulus Secant Modulus Tensile Energy to Break This testing data provides valuable material characterization information for clients with quality control, material specification, and engineering design purposes. Our Testing Lab ATS maintains a dedicated plastic and polymer testing lab. We employ experienced chemists, technicians, and engineers that bring extensive knowledge to each of our plastic and polymer testing services. We test numerous materials, including thermoplastics and thermosets, synthetic fibers, rubbers, high-modulus composites, adhesives, and natural polymers to a variety of standards, such as: ISO 178 ISO 527 ISO 37 ASTM D6742/D6742M ASTM D3039/D3039M ASTM D5766 ASTM D638 ASTM D412 ASTM D882 ATS can test plastics and polymers for their thermal, chemical, or mechanical attributes. We can perform more than 20 polymer-related tests with ISO/IEC 17025:2017 (A2LA) accreditation. Our...



Applied Technical Services performs ASTM D638 testing services to determine the tensile properties of reinforced and non-reinforced plastics. ASTM D638 is among the most common plastic tensile testing standards. With plastic production and use becoming increasingly prevalent, manufacturers must be able to gauge their materials’ mechanical strength accurately and precisely. ATS helps clients get the data they need by providing mechanical testing for plastics. The ASTM D638 Method The ASTM D638 standard measures the tensile properties of rigid plastic samples. Tensile testing involves pulling the sample to failure at a specified rate while measuring the sample’s mechanical properties, such as tensile strength, elongation, and Young’s modulus. Samples may be flat, tube, or rod-shaped. ATS is A2LA accredited to perform D638 testing. This test helps clients predict how their materials will perform under high-stress conditions. This standard can also assist clients with quality control, product development, or even proof of concept. Additionally, clients may use D638 to investigate a material’s projected lifespan by comparing tests between newly manufactured and weathered samples. Our Polymer Lab ATS tests a wide variety of materials in our plastic and polymer testing lab, such as natural polymers, thermoplastics and thermosets, high-modulus composites, rubbers, adhesives, and synthetic fibers. We employ experienced technicians, engineers, and chemists who can test the various mechanical, thermal, and chemical attributes of clients’ samples. Some applicable standards we test to include: ASTM D6742/D6742M ASTM D882 ASTM D5766 ASTM D3039/D3039M ASTM D412 ASTM D638 ISO 37 ISO 527 ISO 178 Our experts have experience...



Applied Technical Services’ ASTM F519 embrittlement testing capabilities help clients verify the structural integrity of their product's constituent materials. What is Hydrogen Embrittlement? Metal alloys sometimes fall victim to a phenomenon named hydrogen embrittlement. This degenerative process can undermine their structural integrity by causing increased brittleness, lost ductility, and even subsurface cracks. Hydrogen embrittlement occurs when metals undergo exposure to diffusible hydrogen atoms. This exposure may happen either during the manufacturing process (called internal embrittlement) or during their service life (called external embrittlement). The mechanisms that contribute most often to hydrogen embrittlement include, but are not limited to: Electroplating Surface Cleaning Hot Roll Forming Pickling Carbonizing Welding Phosphating Casting Electrochemical Machining Heat Treatments Wet Corrosion Manufacturers trust ATS as an accredited third-party testing lab to validate production practices by assessing whether their materials suffer from hydrogen embrittlement. While our mechanical testing division performs hydrogen embrittlement testing to many standards, the ASTM F519 specification is the most common. About ASTM F519 The effects of hydrogen embrittlement most often present themselves when materials undergo a uniaxial static load for extended periods. For this reason, testing typically entails applying constant force to a sample for a specific duration. ASTM F519 outlines one method of doing so. Another option covered by the standard involves incremental step loading, a technique that allows our technicians to yield more data and accurate results faster. Our mechanical testing personnel bring cumulative decades of experience performing both methods to determine the presence and effect of any hydrogen embrittlement incurred...



Applied Technical Services offers MIL-STD EMI testing to ensure compliance with the United States military standards for electromagnetic interference emissions set by the US Department of Defense. Electromagnetic Interference and Compatibility Testing MIL-STD electromagnetic interference testing analyzes the electromagnetic emissions of an electronic device or equipment, typically housed in aircraft, to verify that it is operating within the specified parameters. All electronics, including vehicles with electronic components, emit electromagnetic signals. This interference must not exceed the limits determined by industry standards to achieve compliance. As the number of electronic devices and components increases, so does the risk of electromagnetic interference. MIL-STD-461 EMI Testing Procedures ATS conducts electromagnetic interference testing in accordance with the following MIL-STD-461 standards: CS 101 CS 114 CS 115 CS 116 CS 117 CS 118 CE 101 CE 102 RE 101 RE 102 (up to 18 GHz) RS 101 RS103 (up to 18GHz and 200V/m) Applied Technical Services Founded in 1967, Applied Technical Services is a leader in industrial testing services, employing some of the nation’s best MIL-STD EMI testing experts who apply their comprehensive experience and knowledge on every task. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA, with a state-of-the-art electromagnetic interference and compatibility lab and a rapidly expanding list of testing capabilities. Contact Us Go with one of the most trusted, experienced electrical testing and analysis companies in the country and contact the certified professionals at ATS today to schedule your next MIL-STD EMI testing. Call +1 (888) 287-5227 to...



Applied Technical Services performs RTCA-DO-160 EMI testing in compliance with the Environmental Conditions and Test Procedures for Airborne Equipment standard set by the Radio Technical Commission for Aeronautics (RTCA). RTCA-DO-160 This environmental testing standard applies to all sizes of aircraft in several fields, including but not limited to commercial airliners, general aviation aircraft, supersonic transport aircraft, and helicopters. All major aircraft manufacturers adhere to RTCA-DO-160 to ensure the reliability and safety of electronic components and systems in aircraft. ATS conducts RTCA-DO-160 EMI testing in accordance with the following sections: Magnetic Effect (S 15) Power Input (S 16 – 28 VDC and 115 VAC 400Hz) Voltage Spike (S 17) Audio Frequency Conducted Susceptibility (S 18) Induced Signal Susceptibility (S 19) Radio Frequency Susceptibility Conducted (S 20) Radio Frequency Susceptibility Radiated (S 20) Emission of Radio Frequency Energy Conducted (S 21) Emission of Radio Frequency Energy Radiated (S 21) Lightning Induced Transient Susceptibility (S 22 – Up to Level 3) Electrostatic Discharge (S 25) About Applied Technical Services Five decades of experience have given ATS the expertise and resources necessary to consistently deliver the highest level of service quality to our clients. ATS strives to minimize client costs while maximizing the value of our electromagnetic interference and compatibility testing services. Contact Us Contact our certified experts today to schedule RTCA-DO-160 EMI testing. Call +1 (888) 287-5227 or submit an inquiry online.



EMI Testing Applied Technical Services performs MIL-STD-461 testing in our state-of-the-art, ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited EMI/EMC testing facility. Electromagnetic interference (EMI) testing is used to analyze the interference emitted by a subject to determine industry compliance. While all electronic equipment emanates electromagnetic signals, the interference caused must fall within specific parameters to safely operate in their intended service environment and achieve compliance. MIL-STD-461 MIL-STD-461 testing procedures set the standards for military aircraft subsystems and equipment. These specifications, regulated by the US Department of Defense, pertain to the specific electromagnetic interference emissions and vulnerability characteristics specific to electromechanical machinery, equipment, and vehicles. MIL-STD-461 Testing Standards Applied Technical Services conducts EMI testing procedures that adhere to the following standards: CS101 CS114 CS115 CS116 CS117 CS118 CE101 CE102 RE101 RE102 (up to 18 GHz) RS101 RS103 (up to 18GHz and 200V/m) Applied Technical Services The certified experts at Applied Technical Services are highly trained professionals committed to achieving customer satisfaction of the highest level on every project. ATS strives to maximize the value of our MIL-STD-461 testing by utilizing innovative technologies to provide reliable data while reducing client costs. Founded in 1967, ATS has the experience and resources to ensure world-class service across many industries and disciplines. Applied Technical Services also conducts RTCA DO-160 EMI testing for commercial and recreational aircraft (Sections 15, 16, 17, 18, 19, 20 Conducted, 21 Conducted, 21 Radiated, 22 (levels 1-3), and 25. Our frequently expanding list of EMI testing capabilities will include both MIL-STD-461...



Applied Technical Services offers MIL-STD-461 EMI testing to ensure compliance with verification and interface requirements for vulnerability characteristics and electromagnetic interference emissions set by the US Department of Defense (DOD). EMI Testing Electromagnetic interference (EMI) testing analyzes the electromagnetic emissions of a vehicle, device, or machinery to verify that it is operating within the required parameters of compliance. All electronic equipment, such as aerospace and military vehicles, medical devices, and consumer electronics, emits electromagnetic signals. These signals must fall within specified parameters to comply with industry standards. As the concentration of electronic devices in all fields increases, so does the risk of electromagnetic interference. MIL-STD-461 EMI Testing Procedures ATS conducts EMI testing according to the following MIL-STD-461 standards for military equipment and subsystems: CE101 CE102 CS101 CS114 CS115 CS116 CS117 CS118 RE101 RE102 (up to 18GHz) RS101 RS103 (up to 18GHz and 200V/m) Applied Technical Services With over five decades of experience, Applied Technical Services has the expertise and resources to guarantee the highest level of client satisfaction. Our certified MIL-STD-461 EMI testing specialists utilize innovative technologies to provide reliable data and unparalleled customer service on every project. ATS is ISO/IEC 17025:2017 accredited by the A2LA and ISO 9001:2015 registered with a state-of-the-art EMI/EMC lab and a rapidly expanding register of testing capabilities. ATS is the preferred industrial testing and analysis service provider for some of the nation’s most reputable companies and organizations, serving industries including military and defense, automotive, renewable energy, power generation, oil and gas, nuclear, aviation, lighting...



CT Testing Applied Technical Services performs computed tomography (CT) testing to ISO 15708. CT scanning is one of the most versatile nondestructive testing (NDT) methods commercially available. Under the steady hand of our technicians, this method can produce high-resolution 3D models composed of several thousand radiographic images showing cross-sections of the subject from every conceivable angle, elevation, and orientation. ATS’ advanced equipment allows us to capture detail at the microscopic level, allowing our technicians to detect flaws in their earliest stages. The 3D aspect of the model — when combined with the precision and fidelity of scans produced by our sensitive instruments — brings a new dimension to our nondestructive capabilities, as it allows our technicians to measure defects volumetrically. Furthermore, the X-ray component of a CT scan displays any internal flaws with the same level of detail as surface discontinuities. Finally, rendering internal features with such precision enables technicians to measure material thickness to microscopic precision. Our computed tomography labs can achieve this list of nondestructive applications by completing a single scan, making CT the most comprehensive NDT method for components that clients can ship and can fit inside our chamber. State-of-the-Art Equipment We maintain the following two CT chambers — one in Greenville, SC, and one in our Marietta headquarters: Northstar Imaging X5000 Minifocus 450kV X-ray emitter 0. 016” Focal spot at 3mA Dual-energy capability with 225kV Microfocus emitter (focal size as small as 0. 0002” based on voltage) Multi-Axis manipulator arm (z, x, rotation, tilt), supports 250...



Salt fog testing is a popular form of corrosion testing that helps determine corrosion’s effects on functionality and appearance. ISO 9227 testing simulates weathering and corrosion in artificial atmospheres. ISO 9227 specifies three distinct forms of salt fog testing: neutral salt spray, acetic acid salt spray, and copper accelerated salt spray. This type of testing can: Evaluate and compare metallic materials’ level of corrosion resistance with or without corrosion protection Detect pores, discontinuities, and damages in organic and inorganic coatings Project protective coatings’ lifespan Assess protective coatings’ effectiveness Salt Fog Testing Neutral Salt Fog The most fundamental method encompassed by ISO 9227 testing is the neutral salt spray (NSS). The neutral salt fog applies a standard 5% NaCl salt solution to test material resistance to moisture and salt corrosion. The NSS tests metals and their alloys, metallic materials with organic coatings, conversion coatings, cathodic and anodic metallic coatings, and anodic oxide coatings. Acetic Acid Salt Fog The acetic acid salt spray test (AASS) adds glacial acetic acid to the 5% salt solution to reach the test’s acceptable pH range. The AASS method has a much lower pH than the NSS, making it a more aggressive corrosion test. This ISO 9227 variation tests decorative chromium, nickel, and copper coatings. Copper Accelerated Acetic Acid Salt Fog (CASS) The CASS is an accelerated corrosion testing method that determines nickel-, copper-, and chrome-plated parts’ corrosion resistance. The CASS salt solution contains additives of copper chloride and glacial acetic acid. Exposure duration varies based on...



Salt Fog Testing A wide variety of industries—from automotive to infrastructure—must address how weathering affects their products. Corrosion is one of the most common problems arising from exposure to weathering conditions. ATS helps our clients assess the quality and integrity of their products’ corrosive resistance by providing accelerated corrosion testing. Salt fog testing is a form of corrosion testing that evaluates how weathering conditions such as moisture and salinity affect a product’s durability, structural integrity, color, and surface condition, among other qualities. We perform salt fog tests for metals, coatings, and finishes, utilizing a range of standards, including ASTM G85 testing. The ASTM G85 Standard ASTM G85 is a set of modifications to the ASTM B117 salt spray test. The annexes in this standard offer more aggressive conditions than the ASTM B117 standard. ASTM G85 applies to both ferrous and nonferrous metals, as well as organic and inorganic coatings. Our salt spray testing lab is ISO/IEC 17025:2017 accredited to perform several annexes within ASTM G85 testing. A1: Acetic Acid Salt Fog Annex A1 measures the relative corrosion resistance of chromium plating on die-cast zinc and steel. This test uses a continuous spray of acidified 5% salt solution. The test chamber maintains an elevated temperature, normally between 144 and 240 hours. A2: Cyclic Acidified Salt Fog Annex A2 measures the relative corrosion resistance of aluminum alloys. This test uses a more acidic saltwater solution than annex A1, with a lower pH. The test chamber alternates between spray, dry, and humid cycles...



Crane Hooks and Why They Need Inspections Applied Technical Services’ Nondestructive Testing (NDT) group performs ASME B30. 10 crane hook inspections to ensure that client equipment maintains safe operating conditions. Crane hooks sustain an uncountable number of significant stresses throughout their service life. These stresses are the result of the loads they move around — freight, construction materials, and assembled components get heavy, after all. This loading and unloading can create material fatigue over time, a strain that undermines the integrity of the crane’s hook as it can cause cracks to form and propagate. A compromised hook can fail at any time, which at best can set back work at best and endanger everyone on the job site at worst. While crane operators can perform regular equipment inspections to check whether the hook is exhibiting visual indications of wear, some threats lie beneath the surface. Engineering codes like ASME B30. 10 outline the recommended frequency and specifications of more in-depth analyses. Qualified inspectors, like ATS’ squad of Professionals, can help determine the health and remaining life expectancy of clients’ crane hooks. ASME B30. 10 and ATS' Crane Hook Inspection Capabilities ASME B30. 10 requires that crane hooks used in frequent or pulsating load cycles undergo this more rigorous periodic inspection at least once a year, or more frequently as determined by a Qualified Person such as one of our consulting engineers. To complete this assessment, our inspection team accesses the internal components of the hook (such as the hook shank,...



Applied Technical Services performs MIL-DTL 81706 testing for our military clients to verify that the anti-corrosion coatings they use on aluminum substrates perform to specifications. Aircraft and other advanced equipment require every component to work together flawlessly to ensure the safety of their operators and the security of the mission. Chemical conversion coatings see widespread use on military aircraft and other equipment. ATS recognizes this and offers a wide variety of military standard testing services to ensure the success of these defense materials for all sorts of contractors, from parts suppliers to manufacturers. Chemical Conversion Coatings Our technicians use their experience performing MIL-DTL 81706 to assess chemical conversion coatings — employed in a variety of materiel applications because they improve abrasion and corrosion resistance, help paints mechanically bond to their substrate, and stabilize material conductivity — and check that their properties meet the requirements of the final product’s intended service conditions. Because of their range of applications, many components use chemical conversion coatings and thus require MIL-DTL 81706 testing. Some of the most commonly used on aircraft include: Plates Hulls Rudder Systems Landing Gears Torsion Struts Side Struts Shock Absorbers MIL-DTL 81706 and Our Other Military Standard Testing Capabilities Our expertise in performing MIL-DTL 81706-compliant testing allows us to better serve parts suppliers to the defense industry, giving them a trusted resource to validate their materials and processes. We perform a variety of test methods consistent with the MIL-DTL 81706 standard, such as: Salt Spray Corrosion Resistance Paint Adhesion Analysis...



Applied Technical Services performs dielectric constant ASTM D150 testing to help ensure that their capacitors store energy as efficiently as possible. Dielectrics are a class of electrical insulators that, instead of impeding current, maintain a charge after being exposed to a current. Electronics manufacturers value dielectric materials for their ability to store large electrical charges as compared to their size — this characteristic makes them perfect production materials for the insulator inside capacitors. Relative permittivity, also referred to as dielectric constant, indicates how easily a material polarizes, which indicates its capacitance. Quantifying this value allows manufacturers to determine whether their sample material is appropriate for its intended use, as insufficiently permittive materials can cause product failure or even user injury. Manufacturers lean on electrical testing labs like ATS to perform test methods like ASTM D150 to measure their sample’s dielectric constant. ASTM D150 and Other Electrical Testing Capabilities Our technicians perform this method by first measuring the sample insulator’s permittivity. They accomplish this by exposing it to a current running through two metal plates sandwiching it in place and measuring the resulting charge using a multimeter. The ratio of this measure against the permittivity of a vacuum gives the material’s dielectric constant. Of course we regularly perform this method to ASTM D150, but we have experience with the IEC 60250 standard as well. Beyond dielectric constant, we can also find the following electrical characteristics of client samples, including: Dielectric Strength Conductivity Surface Resistivity Volume Resistivity Contact Resistance Insulation Resistance Voltage...



Applied Technical Services performs ISO 12219-4 testing to serve our clients in the automotive manufacturing industry. Many common products and materials emit volatile organic compounds (VOCs), including vehicle interior components. VOCs negatively impact air quality, with the potential to irritate the eyes, nose, and throat. People spend a lot of time in cars, so manufacturers must ensure that VOC content does not exceed regulated limits for any interior material. ISO 12219 outlines several methods for testing automotive VOCs, including static chamber, micro-scale chamber, small chamber, and bag testing. Each test targets different types of compounds or materials. ATS performs several of these standards, including ISO 12219-4 testing. The ISO 12219-4 Testing Standard ISO 12219-4 is both a quantitative and qualitative method for analyzing emissions from car trim materials. This method uses small test chambers to simulate real service conditions. ISO 12219-4 tests for vapor-phase organic compounds (VOCs and SVOCs) in a volatility range of n-hexane to n-hexadecane. The standard also covers volatile carbonyl compounds, including formaldehyde. ISO 12219-4 provides an approach for: Evaluating “low-emission” prototypes during development Evaluating VOC emissions under real-use conditions Comparing specific VOC emissions between assemblies Using specific VOC data to evaluate and sort assemblies Using specific VOC data to verify any correlation between material and vehicle level methods VOC Testing at ATS Our chemists regularly test materials according to automotive industry standards. We provide a comprehensive range of testing for pre-production certification and product performance. Our labs use several methods of VOC testing, including: Bag testing...



Most metals have electrical resistance, which is affected by their purity. If electrical resistance is higher or lower than expected, it can cause equipment damage, poor product performance, or hazardous conditions that result in injury. Measuring electrical resistivity or conductivity with a handheld multimeter seems straightforward, but this method proves less accurate when the values are very high or low. While a handheld multimeter is useful for testing circuit continuity, other techniques are more accurate and more reliable for reading conductivity. ASTM B193 Testing The ASTM B193 standard tests metallic electrical conductor materials for conductivity and resistivity. The test is recommended on samples with a resistance of 0. 00001 ohms (or 10 microohms) and above. Temperature affects a metal’s electrical resistance, a consideration for which ASTM B193 accounts. Inaccuracies in the conductor’s assumed density may affect the accuracy of weight resistivity values, however. ATS’ Electrical Testing Lab We equip our ISO 9001:2015 registered labs with advanced technology, allowing us to take accurate readings. Our electrical testing experts are familiar with current test methods and compliance regulations. We adhere to several testing standards, including ANSI, IEC, ASTM, MIL-STD, and IEEE. Testing applications include: Dielectric Constant Insulation Resistance Surface and Volume Resistivity Contact Resistance Dielectric Strength Voltage Drop Testing Conductivity Certified Quality Assurance Founded in 1967, Applies Technical Services is a leader in consulting engineering, with extensive inspection and testing capabilities. We serve many industries: Aviation Consumer Products Manufacturing Nuclear Plastics and Polymers Automotive Chemical Power Generation Power Transmission Railroad Military Energy...



Insulators must be able to withstand the voltage levels they would experience during service to prevent material damage and human injury. Dielectric strength testing measures the durability of insulation materials for electronic devices. What Influences Dielectric Strength? A product must undergo dielectric testing to meet electrical safety testing standards. This kind of testing measures the point of failure in a material: when dielectric breakdown or electric discharge occurs through the material. Dielectric strength is measured in voltage per unit thickness, as the thickness of the material greatly impacts its strength. Temperature impacts dielectric strength. Higher temperatures generally weaken an insulator’s resistance to dielectric breakdown. Additionally, mechanical stresses can lower dielectric strength; mechanically loading insulation materials may reveal internal flaws that function as leakage paths for electric discharge. Finally, fabrication details, such as weld lines in injection molding, flow lines in compression molding, or almost imperceptible flaws in plastic, serve as paths of least resistance for discharge to leak through. With so many variables affecting dielectric strength, testing the insulator material’s strength is essential. Industry Applications Dielectric testing benefits the following industries: Aviation Metal fabrication Railroad Automotive Power generation Polymer/Plastics Lighting Power transmission Solar ASTM D149 Standard Testing The ASTM D149 standard involves the dielectric testing of solid electrical insulating materials at commercial power frequencies. ASTM D149 tests dielectric strength between 25 and 800 Hz, typically at 60 Hz if not otherwise specified. This test determines the breakdown voltage through the thickness of the test material. At ATS, our electrical testing...



Sunlight and Material Damage The sun is a powerful destructive force. It provides visible light and heat but also emits invisible rays on an electromagnetic spectrum. Ultraviolet (UV) rays affect materials over time. Whether they are directly or indirectly exposed, things like patio furniture or car interiors may show signs of UV radiation damage. The effects range from color fading to cracking to strength loss. Solar testing allows us to determine what damage may occur to a product without waiting for nature to take its course. At Applied Technical Services, we employ several methods of solar testing. Our technicians can evaluate the effects of UV radiation alongside other weathering processes, such as heat or moisture exposure. Our labs are ISO/IEC 17025:2017 (A2LA) accredited to test to the ASTM G154 standard, among others, such as ASTM D4587, ASTM D4329, and ASTM D5894. These tests show us what months or years of damage might look like while only taking days or weeks to complete. The ASTM G154 Standard ASTM G154 is the standard practice for exposing nonmetallic materials to fluorescent UV light. Testing to this standard involves cyclic exposure to UV light and may include exposure to moisture to evaluate the product’s overall resistance to weathering. This standard helps our technicians evaluate the effects of UV on materials like adhesives, sealants, plastics, printing inks, and coatings. This standard also applies to outdoor household products and roofing materials. After the sample has gone through exposure, technicians test qualities such as tensile strength, color,...



Why Request UV Weathering Testing? Applied Technical Services (ATS) offers our ISO/IEC 17025:2017 accredited ASTM UV testing capabilities to clients who need to determine the long-term effects of sunlight exposure on their products. The sun’s radiation can change an array of characteristics (both aesthetic and mechanical) in exposed materials over time. Certain types of polymers, for instance, may grow unstable and sustain cracks if exposed for significant, uninterrupted periods. The sun emits visible light and heat, but these stimuli do not primarily contribute to chipping paints, fading fabrics, and cracking leathers. Ultraviolet (UV) rays, the higher frequency of electromagnetic radiation found in sunlight, cause these phenomena. Manufacturers and parts suppliers need to assess their products' resistance to various weathering factors, including the sun’s rays. ATS’ accelerated weathering services help clients determine their design materials’ resistance to UV degradation. Our ASTM UV Testing Capabilities Our Environmental Testing division performs this testing using our fluorescent UV weathering chambers. These finely tuned machines not only produce carefully controlled ultraviolet radiation but also control relative humidity and ambient temperature to simulate a broad spectrum of climate conditions like those faced by products intended for outdoor service lives. ATS technicians can apply UV waves and temperature changes through a pane of glass to replicate the service conditions of automotive interior materials or those otherwise used near windows. The technicians then expose the sample to cycles of these stimuli in patterns outlined in the applicable testing standard or the client’s specifications as relevant to the situation....



Applied Technical Services’ ASTM G155 testing helps clients determine the effects of solar radiation on their products. While common knowledge states that a variety of weathering conditions (including heat, moisture, and salinity) can gradually undermine the performance of a product, sunlight often goes overlooked by the layperson. The electromagnetic radiation produced by the sun includes more than just the visible light that, quite literally, brightens our day, but also higher frequencies of energy called Ultraviolet (UV) waves that can have negative effects on paints, coatings, adhesives, fabrics, textiles, inks, leathers, polymers, and other commonly used materials over time. These changes may present themselves as washed colors, lost glossiness, increased vulnerability to impact, reduced tensile strength, or diminished abrasion resistance. Third-party testing facilities like ATS perform xenon arc testing to ASTM G155 so that clients may assess how well their materials stand up to the effects of sunlight for its predicted service life. Xenon Arc Testing and Related Capabilities Xenon arc testing involves the use of a UV chamber to simulate the higher-frequency radiation that wears away at materials, as well as other phenomena common to an outdoor service environment such as temperature and moisture. Using this instrument, our technicians can faithfully reproduce day/night cycles to best determine how these conditions will affect the sample. ASTM G155 specifically allows us to administer the UV waves through a pane of glass to observe the effects that this radiation has on automotive interiors and other materials that, while used indoors, may still incur...



Applied Technical Services conducts ISO 12219-3 VOC testing to identify the presence and content of VOCs. VOCs (Volatile Organic Compounds) are chemicals that will emit as a gas at room temperature or higher. They are present in many common materials, including the fabrics, adhesives, leathers, and types of vinyl used on the interior of cars. These compounds can be organic or manmade and will give off an odor. VOCs negatively impact air quality and can pose a risk to human health. Therefore, governing bodies such as the EPA have regulated the emission of volatile organic compounds. Several methods and standards are available for VOC testing. Various time frames, applications, and testing requirements apply, and some are manufacturer-specific. At ATS, we offer a wide variety of VOC testing options. The ISO 12219-3 Standard ISO 12219-3 VOC testing is one of several methods that screen car trim materials for volatile and semi-volatile vapor-phase organic compounds (VOCs and SVOCs, respectively). ISO 12219-3 analysis targets VOCs in a volatility range from n-hexane to n-hexadecane, as well as volatile carbonyl compounds like formaldehyde. This rapid, cost-effective test is valuable for: Evaluating VOC emissions for routine quality control Comparing emissions between a product’s range of colors, patterns, etc. Assessing uniformity or conformity in products between certification tests Evaluating prototype products and materials during development ISO 12219-3 simulates real service conditions by using a micro-scale test chamber. The test generates results in a short time frame, making it ideal for quick emissions checks during the product development...



Benefits of ISO 9227 Testing Detecting damages, pores, and discontinuities in both organic and inorganic coatings Evaluating metallic materials’ corrosion resistance Projecting the lifespan and effectiveness of protective coatings Comparing the preservation of metallic materials’ quality with and without corrosion protection Types of Salt Spray Tests Neutral Salt Spray The most basic type of ISO 9227 test is the neutral salt spray, or NSS. The NSS uses a standard 5% NaCl solution and is performed at a pH between 6. 5 and 7. 2. This test applies to metals and alloys, conversion coatings, metallic coatings, anodic oxide coatings, and organic coatings on metallic materials. Acetic Acid Salt Spray The acetic acid salt spray (AASS) is a type of ISO 9227 test that introduces glacial acetic acid into the standard NaCl solution to achieve the test’s standard pH range. The AASS test is performed in a pH range from 3. 1 to 3. 3—much lower than the neutral salt spray test. This variation of the ISO 9227 tests decorative coatings of copper, nickel, and chromium. Copper Accelerated Acetic Acid-Salt Spray (CASS) The CASS test is an accelerated corrosion test used to determine the protective properties of chrome- and nickel-plated parts. It introduces copper chloride into the standard NaCl solution. Exposure duration is typically determined by whether the corrosion resistance being tested is for appearance or functional purposes. However, because the CASS test solution is more aggressive than the standard NSS solution, exposures typically do not exceed 48 hours. This makes it...



ASTM D8142 Testing - VOC is testing in accordance with the Standard Test for Determining Chemical Emissions from Spray Polyurethane Foam (SPF) Insulation using Micro-Scale Environmental Test Chambers, a standard frequently used to analyze for volatile chemical compound emissions in SPF. Applied Technical Services provides ASTM D8142 testing with the capability to confirm sampling time to 24 hours (for some compounds such as TCPP). This testing process identifies volatile organic compounds that emit from SPF products. Depending on your emission testing needs ATS can analyze samples either pre- or post-application. Analytical data collected from SPF emissions testing can assist in product development, manufacturing quality control, and real-world comparisons. ATS performs our ASTM D8142 testing services using the microchamber and Thermal Desorption (TD) unit coupled with our gas chromatography mass spectrometry (GC/MS) instrumentation to identify and quantify the amount of VOCs present in SPF materials. Reporting specifically identifies the compounds detected during the sampling. Testing Capabilities ATS retains an ISO 17025 chemical scope of accreditation. Additional VOC methods ATS can perform: EPA Method 24 ASTM D3960 GC/MS VOC Testing ASTM D4526 EPA 5021 EPA 8260C VDA 277 VDA 278 VOC Emissions Testing Automotive OEM Specs VDA 275 VDA 277 VDA 278 Sampling in Accordance with ASTM D8142 Testing – VOC The ATS micro-chamber/thermal extractor is used to sample VOCs and semi-volatile organic compounds (SVOCs) emitted from SPF. This sensitive instrument has four small cylindrical chambers that allow for rapid sampling, making TD-GC/MS the most relevant choice for measuring chemical emissions from...



Applied Technical Services offers compressive strength testing to ASTM D695. Commonly referred to as compression strength testing, this test gradually applies compression load on a specimen until it fractures or reduces in size. To determine if a material or component is suitable for a specific application, manufacturers often need to measure its resistance to strain, stress, and deformation. How Compressive Strength Testing Works ATS can perform this test on a variety of materials that are placed between two plates with opposing forces directed at each other, causing compression. Our compression force range offered in our plastic/polymer lab is 0. 22 lbf – 10,000 lbf. Many times, clients may need to test compression properties within certain environmental conditions. Our lab has the capability to conduct compressive strength testing on samples exposed to high and low temperatures (-100°C to 350°C): Composites Polymers Plastics Foam ATS ISO Certified Labs ATS’ quality assurance program meets some of the most stringent industry requirements. Our labs hold multiple ISO/IEC 17025:2017 accreditations and certifications. Our experienced experts are familiar with most industry standards and regulations as it relates to compressive strength testing. In a timely manner, our technicians provide clear and accurate data in detailed reports. ASTM D695 – The Most Common Standard for Compressive Strength Testing ASTM D695 - Standard Test Method for Compressive Properties of Rigid Plastics is one of the most common standard requested for compressive strength testing. This standard was created to verify your process and product stability. Our applications will assist in...



The Importance of Solar Testing Applied Technical Services performs VDA 230-219 testing to determine whether clients’ automotive samples display the required degree of resistance to solar radiation. A variety of stimuli can cause a material or component used in an automotive product to fail prematurely and unexpectedly, such as heavy impacts, water damage, and the like. While perhaps counterintuitive to the layperson, OEMs and their parts suppliers know they must also consider how extended exposure to the sun may impact materials. Over time, interior and exterior materials can see their performance characteristics undermined by conditions endemic to sun exposure, including heat and the solar spectrum of electromagnetic radiation — namely visible light, infrared (IR) waves, and ultraviolet (UV) waves. These stimuli, especially when combined with other environmental factors characteristic to outdoor service environments such as cycles of humidity and variations in temperature, can contribute to several types of material failures and degradation, including: Color Fading Loss of Gloss Molecular Degradation Delamination Structural Distortion Loss of Strength Reduced Ductility Cracking Chalking Embrittlement OEMs and parts suppliers send their automotive design materials and components to solar testing laboratories like ATS to ensure their samples meet client standards for resistance to sunlight exposure. We determine these characteristics by performing solar simulation testing to VDA 230-219. How the Method Works Solar testing requires subjecting a sample to conditions that replicate the sunlight it would experience in its intended service environment. Depending on the scope of analysis, the testing specifications may require different cycles or...



Applied Technical Services’ nondestructive testing department provides ASME power piping inspections. Our experts help clients maintain safe and reliable operation of power piping systems with our thorough examination and testing. Power Piping – Benefits of Inspections Power piping – also called high-energy or covered piping – is used to carry highly pressurized, superheated steam through pipes in certain types of industrial applications. However, over time these piping systems can develop defects that are not immediately detectable. Our engineers and technicians have developed specialized techniques to look for creep, fatigue, graphitization, corrosion, flow-accelerated corrosion, and other types of damage during their inspections. Early detection of compromised components is important because, if left undiscovered, small flaws can deteriorate into larger issues over time. ATS Power Piping Management Program Due to the intense pressure levels involved in power piping, failures can potentially cause costly equipment damage and pose serious safety risks to personnel. To help our clients avoid system failures, we provide a comprehensive power piping management program. ATS can work with your operation and schedule to form project goals, define prioritized risk locations, test critical welds, and form strategies for repairs. ASME Standards for Power Piping The American Society of Mechanical Engineers (ASME) issued a revision to the B31. 1 standard for power piping in 2007. The revision added the requirements for the inspection of post-construction piping systems. ATS performs power piping inspections according to the latest ASME B31. 1 standard. Our Test Methods Magnetic Particle Examination Linear Phased Array Ultrasonic Testing...



Applied Technical Services offers ASME B31. 1 inspections for high-energy piping (HEP) systems. We thoroughly examine these systems to help our clients maintain their safe and reliable operation. Why High-Energy Piping? High-energy piping – also called covered or power piping – is used in certain types of industrial plants to carry superheated steam under high pressure. The stresses resulting from extreme operating pressures within these systems make taking a proactive approach to maintenance imperative. Our expert technicians working with our engineering staff look for creep, fatigue, graphitization, corrosion, flow accelerated corrosion, and other defects that could compromise HEP integrity. Even small flaws can potentially deteriorate over time if left undiscovered. A system failure caused by poor piping maintenance could result in serious injury to personnel as well as extensive equipment damage. Having a company like ATS inspect high-stress areas of the piping system can help detect problems before they go wrong. ASME Standards for Piping In 2007, the American Society of Mechanical Engineers (ASME) set forth the ASME B31. 1 standard for high-energy piping. ASME B31. 1 has new requirements for the design and inspection of HEP systems to improve the safety and reliability of their operation. These elements include new design limits, documentation requirements, and assessment of degradation mechanisms. ATS executes high-energy piping inspections according to the latest ASME B31. 1 standard. Our High-Energy Piping Management Program ATS provides clients with a detailed management program for high-energy piping systems. We will work with your specific needs to form project...



Applied Technical Services performs ASME B31. 1 testing for high-energy piping (HEP) systems. We provide a thorough HEP management program to help our clients operate their systems safely and reliably. High-Energy Piping Testing High-energy piping – also called covered piping or power piping – is used in a number of industrial applications to carry superheated steam under very high pressure. The critical role of containing these extreme forces makes proper testing of pipes and welds essential for maintaining safe operation. Despite unassuming appearances, small flaws can deteriorate into larger problems over time. Our experts look for creep, fatigue, graphitization, corrosion, flow accelerated corrosion, and other defects in piping systems. Our methods include hardness and material composition analysis, linear phased array ultrasonic testing, magnetic particle examination, and replication. Periodic testing of high-energy piping systems from a company like ATS can help maintain the safety, reliability, efficiency, and profitability of these systems. ASME B31. 1 Standard for Piping In 2007, the American Society of Mechanical Engineers (ASME) issued a revision to B31. 1 standard for high-energy piping. The revised B31. 1 Power Piping code included new design and inspection guidelines for high-energy piping systems to improve their maintenance and operation. New guidelines for documentation requirements, and assessment of degradation mechanisms. ATS technicians thoroughly test HEP systems in accordance with the ASME’s B31. 1 standard for piping. HEP System Management Program We offer a comprehensive program for the effective management of high-energy piping systems. Our NDT experts work with our clients’ specific needs...



Applied Technical Services offers B31. 1 piping testing for high-energy piping (HEP) systems. Our Engineering and NDT groups provide a HEP maintenance program to help our clients maintain safe and reliable piping operations. About High-Energy Piping High-energy piping – also called power piping or covered piping– is used in certain types of industrial applications to carry superheated steam under high pressure. However, due to the higher level of pressures involved, pipes can develop defects that may not be immediately detectable. Common defects our technicians look for in HEP systems are creep, fatigue, graphitization, corrosion, and flow accelerated corrosion. Even small flaws can develop into larger issues over time. Compromised high-energy piping can potentially cause a catastrophic failure, risking injury to personnel and damage to the equipment. For this reason, regular maintenance and periodic testing of high-stress areas are essential for ensuring the safety, reliability, efficiency, and profitability of HEP systems. ASME Standards for Piping In 2007, the American Society of Mechanical Engineers (ASME) issued a revision to B31. 1 Power Piping to include inspection of high-energy piping systems to improve the quality of their maintenance and operation. ASME B31. 1 regulates design limits, documentation requirements, and assessment of degradation mechanisms. Our engineers and NDT experts thoroughly understand all the damage mechanisms and the requirements of B31. 1. All our processes and procedures are performed in accordance with B31. 1 requirements. Our HEP Test Methods Magnetic Particle Examination Linear Phased Array Ultrasonic Testing Annular Phased Array Ultrasonic Testing Hardness and Material...



Applied Technical Services offers VDA 277 standard testing to determine the total level of VOC emissions from non-metallic automotive interior materials. VOCs (Volatile Organic Compounds) are chemical compounds that tend to evaporate easily. They include both natural and human-made solids and liquids which can emit gasses into the atmosphere. Materials in new vehicle interiors such as plastic and vinyl emit VOCs, some of which can be harmful to human health and/or the environment when present at high levels. VDA 277 Testing ATS’ VDA 277 testing is an accurate and useful way of ensuring that automotive interior materials are safe for consumer use and EPA-compliant. This internationally recognized method is carried out by heating a specific quantity of sample test material in a vial using the Headspace incubator where the emitted VOCs can be analyzed. VDA 278 Testing Along with VDA 277, VDA 278 is also used sometimes to determine the individual VOCs in materials. Through the process of gas chromatography, the level of emitted substances can be evaluated to determine whether the sample passes manufacturer and/or government regulations. Through the process of gas chromatography, the level of emitted substances can be evaluated to determine whether the sample passes manufacturer and/or government regulations. Testing Capability ATS’ skilled chemical analysis personnel perform all VDA method 277 testing procedures with specialized equipment to deliver clear and accurate results. All lab personnel follow the relevant standards set for the various VOC tests we offer. Applied Technical Services – A Reliable Testing Provider For over...



Applied Technical Services offers VDA 275 standard testing to determine the level of formaldehyde in non-metallic materials. Formaldehyde is a colorless VOC (Volatile Organic Compound) gas that can be emitted from automotive and building materials, as well as insulation and certain household products such as glues and paints. As one of the most common indoor pollutants, formaldehyde can irritate the eyes, nose, and throat when present at high levels inside buildings, houses, and vehicle interiors. VDA 275 Testing VDA 275 is an internationally recognized test procedure that counters this problem by determining formaldehyde emissions. Clients can rely on ATS’ comprehensive VOC tests to detect potential problems with chemical content emissions according to established industry standards, helping to ensure that tested products are safe for consumer use. Our VDA 275 Testing Capabilities ATS performs all its VDA 275 testing in our chemical analysis labs. Our skilled chemical analysis personnel use specialized equipment to deliver precise results and adhere to the relevant standards set for the various VOC tests we offer. Applied Technical Services – A Reliable Testing Provider Since our founding in 1967, ATS has earned a reputation for successfully uncovering facts in Chemical Analysis, Materials Testing, Metallurgy, Nondestructive Testing, Forensic Investigations, and Calibration Services. ATS works with customers in a variety of industries across both national and global markets, including clients in the fields of automotive, chemical, construction, consumer products, healthcare, manufacturing, and power generation. ATS Labs and Lab Experts Deliver Quality Assurance All ATS field and lab technicians perform...



Reasons for Fracture Toughness Testing Applied Technical Services performs fracture toughness testing according to ASTM E399 for clients who need to determine one aspect of a material’s suitability for use. Fracture toughness is the quality that describes how well a material resists fracture once it has already developed a fatigue crack. Once such a flaw occurs in a material, it will eventually cause failure due to fracture; the only question is when. For this reason, fabricators and product designers favor materials that display a greater fracture toughness value in structural applications (i. e. a material that will exhibit ductile fracture), as this degree of resistance can decide the difference between detecting a flaw in its early stages and missing it until the structure suffers complete failure — a potentially costly alternative. One way ATS helps clients determine this measure of a material’s durability is by testing it according to ASTM E399. How ASTM E399 Works ATS’ Mechanical Testing lab performs this testing method, sometimes referred to by its formal designation of Linear-Elastic Plane-Strain Fracture Toughness Testing. Our certified technicians begin the process by machining a material sample to specified dimensions. Because the method tests a material’s resistance against an existing crack propagating, these experts then introduce a standard fatigue crack into the material’s structure. They account for the location and direction of the crack by notching the sample in its center and dictate the length of the crack by applying a predetermined number of tension-compression cycles at a calculated force....



Companies often keep up with settlements of Proposition 65 complaints to maintain an understanding of the way judges interpret the law and the legal precedents set by each decision. A variety of Prop 65 settlements have resolved in 2019, which have resulted in either reformulation or labeling on an array of products ranging from beach umbrellas to jewelry organizers to pet toys. Offending Product(s)Listed Chemical(s)Relevant Exposure Limit(s)Storage Jewelry OrganizerKeychain with Brown TasselsDEHP (Di(2-ethylhexyl) phthalate), DIDP (Di-isodecyl phthalate), DINP (Diisononyl phthalate), BBP (Butyl benzyl phthalate), DnHP (Di-n-hexyl phthalate), and DBP (Di-n-butyl phthalate)1,000 parts-per-million (ppm)Copper or Other Metal Barware and Kitchenware with Brass HandlesLead200 ppmPet Waste Tools with Vinyl / PVC GripsDEHP1,000 ppmSafety ArmbandsLead100 ppm 1 microgram (µ)Vinyl / PVC Audio CablesDEHP1,000 ppmJewelry BoxesLead100 ppmCostume and Costume Accessory Storage CasesDEHPDBPDINPDIDPDnHPBBP1,000 ppmInflatable Buffet & Salad Serving BarDINP1,000 ppmIce ScoopBPA (Bisphenol A)Any detectable amountWatch BandsDEHP1,000 ppmVinyl / PVC Golf Bag Rain HoodsDEHP1,000 ppmPolycarbonate Goblet Da Vinci Salad ServerBPAAny detectable amountBeach Umbrella and CasesDEHP1,000 ppmPadlocksLead100 ppmCable LocksDBPDINP1,000 ppmPet Waste Bag HoldersDEHP1,000 ppmCreme Filled Ginger CookieAcrylamide281 parts-per-billion (ppb) Applied Technical Services is a trusted consumer product testing company. Our experienced chemists detect an array of Prop 65 listed compounds at concentrations below mandated detection limits using a variety of testing methods. We work alongside manufacturers/importers, legal professionals, toxicologists, and consumer advocacy groups to ensure Proposition 65 compliance. If you need a product tested for Prop 65 compliance, contact ATS today — we take a closer look!



2018 Changes to Prop 65 On August 30, 2018, the California Proposition 65 new labeling requirements will take effect. The changes require the Prop 65 warning labels to provide clear and reasonable warnings. The purpose of the labeling changes are to make warnings more meaningful, reduce unnecessary warnings, and to provide clearer guidelines. The new warning label requirements for products include some of the following: Must identify at least one chemical that is present in order for the Prop 65 warning label to be on the product. The warning language requirement is different. Changed from "contains" chemical to "can expose you to. " The triangular yellow warning symbol is required for most warnings. For items sold on the Internet, a warning label must be provided for purchases on the Internet. ATS is fully knowledgeable of Proposition 65 and can help our clients ensure compliance. We attended the Prop 65 Annual Clearinghouse Meeting in San Francisco, CA to gain better insight. ATS approaches Prop 65 by making recommendations based on recent Prop 65 settlements and enlisting help from a toxicology standpoint to identify which chemicals to test for. The steps to Prop 65 compliance include, but are not limited to: Review SDS to identify chemicals to analyze for Determine a list of Prop 65 items to analyze for based on the product material If chemicals are detectable above limit/elevated concentrations then either enlist the help of a toxicologist for review or consider reformulation A toxicologist can help to determine if the...



During 2018, ATS assisted several of our clients with Proposition 65 compliance. The new warning label law went into effect in August 2018, which requires manufacturers/importers to be more specific with a new warning label. Click here to see the new warning label. Many of our clients do not want to place a warning label on their products and, therefore, test for specific Prop 65 items of concern to determine if the warning label is necessary. ATS partners with toxicologists and attorneys to help our clients ensure compliance with the Prop 65 labeling law.



California Prop 65 Updated BPA Added & Swiftly Removed from Prop 65 List On Thursday, April 11, 2013 the Office of Environmental Health Hazard Assessment (OEHHA) officially added Bisphenol A (BPA) to the California Proposition 65 List as a reproductive toxicant. However, shortly after this (approximately a week), BPA was removed from the list. The American Chemistry Council (ACC) has a current lawsuit against OEHHA. ACC is disputing the claim that BPA is carcinogenic or a reproductive toxicant. Until the suit is settled, BPA will remain off the CA Proposition 65 list. BPA is used in a wide variety of products; therefore, if it is added to the list a number of manufacturers will be impacted by this decision. Manufacturers/Importers will have 1 year from the date BPA is added to list to either meet the established limit or place a warning label on products containing BPA above the established limit. Maryland Bill Passed Flame Retardant Chemical Tris (2-Chloroethyl) Phosphate (TCEP) Banned The state of Maryland passed HB 99 on April 9, 2013. This bill bans the use of TCEP in childcare articles intended for children under the age of 3. Research studies have concluded that TCEP is carcinogenic and it has been deemed a reproductive toxicant. TCEP is mostly found in foam products and is typically used in an effort to ensure products meet stringent flammability tests, such as California Technical Bulletin 117 (which is in the process of being revised). Minnesota Bill Passed BPA and Formaldehyde Banned The...



ATS is a leader in performing environmental testing for avionic components and equipment. Our ISO 9001:2015-registered and ISO/IEC 17025:2017-accredited labs are equipped with technically advanced equipment offering a large array of testing applications. ATS adheres to the DO-160 testing standard published by The Radio Technical Commission for Aeronautics (RTCA). Popular Testing Applications Some of our most popular testing services for DO-160 include: Magnetic Effect Power Input Voltage Spike Audio Frequency Conducted Susceptibility Induced Signal Susceptibility Altitude Humidity Shock Temperature Temperature Variation Vibration ESD Flammability Icing Lighting Susceptibility RF Emission and Susceptibility Fluid Susceptibility Fungus Salt & Fog Sand and Dust Water ATS can assist you in determining if your component is durable enough to withstand environmental stresses that are common in the life cycle of avionics products. Our Professional Engineers (P. E. s) and technicians are able to identify defects and shortcomings resulting from poor design, improper materials, and inadequate manufacturing processes. Commitment to Quality and Service Applied Technical Services values strong quality assurance programs that incorporate quality system standards exemplified by our ISO 9001:2015 registration. Our ISO/IEC 17025:2017-accredited labs perform services compliant with a wide variety of avionic standards. In addition to our quality assurance commitment, our professional experts’ dependable services are characterized by knowledgeable insight, accurate testing, detailed reports, quick turnarounds, and competitive pricing. Contact ATS today for your DO-160 Testing needs. We take a closer look.



A final rule was released by OSHA on November 17th, 2016, concerning general standards on walking-working surfaces and personal protective equipment. These recent updates were the result of an alarming amount of workplace slip, trip, and fall deaths, and injuries. Once revisions are in place and implemented by business owners, OSHA estimates there will be 29 lives saved and 5,842 injuries prevented yearly. Applied Technical Services is compliant with the OSHA Walking-working Surfaces and personal protective equipment standard. Revised OSHA Standard Effective Date: January 17, 2017 Revisions Include Fixed Ladders Rope Descent Systems (RDS) New Criteria for Fall Protection Systems Personal Fall Protection Systems Training on Fall Hazards Fall Protection and 1910. 27(b)(1) Certification of Anchors Section 1910. 27 highlights that anchors used for rope decent systems cannot be used until the building owner identifies, tests, and certifies that the anchor can support 5,000 lbs. To meet these requirements a qualified person must certify anchors and perform annual inspections. Re-certification and testing will need to take place at least every 10 years. These certification and inspection requirements documenting compliance were required by November 20, 2017. ATS Fall Protection Services ATS has been a leading consulting and engineering company serving our clients for nearly 50 years. Our licensed Professional Engineers (P. E. ) are thoroughly qualified in roof anchor systems and experienced in OSHA, ANSI, ASME and IWCA compliance issues. Whether its anchors, davits, monorails, platforms or roof cars, ATS offers a wide range of services. ATS Expertise Compliance Certification Conceptual Designs...



Many manufacturers are required to determine a component’s durability when dropped. ATS provides Mil Std 810G 516. 6 drop testing services for those companies that need to ensure their products meet military specifications. This rigorous test method, also known as shock testing, includes 8 different procedures. Each individual procedure simulates real-world scenarios that can damage products when falling or crashing. Your test may include one or all procedures depending on your specified product requirements. Drop Testing Methods We have the capability to perform the following procedures outlined in this drop testing method: Functional Shock Material to be Packaged Crash Hazard Shock Test Transit Drop Our Testing Capabilities This drop test method is performed in one of ATS’ ISO/IEC 17025:2017-accredited environmental testing labs. Our labs are well-equipped and operated by experts who adhere to standards and regulations on a daily basis. The environmental testing lab is fully capable of testing in compliance with all the specifications outlined in the procedures listed above. Additional Military Testing Specs Frequently followed in the Environmental Labs include: Method 500. 5 — Altitude Method 501. 5 / 502. 5 — High and Low Temperatures Method 503. 5 — Temperature Shock Method 507. 5 — Humidity Testing Method 509. 5 — Salt Fog Method 514. 6 — Vibration About ATS: Your Reliable Testing Provider For over 50 years, Applied Technical Services has been providing clients with reliable testing and inspection services. Our clients come from many industries within the United States and abroad. Some of the more...



Applied Technical Services can verify the conductivity of electrical conductor materials that are used in your electronic components and assemblies under varying environmental conditions via Conductivity ASTM B193 testing. The ASTM standard measures the resistivity of a sample. The conductivity of an item represents the level at which it transmits electricity. If conductivity is too low or too high, poor product performance, equipment damage and/or hazardous conditions resulting in personal injury can result. ATS' Conductivity ASTM B193 Testing Capabilities ATS’ Engineers and Technical Experts understand current compliance regulations and test methods used, such as ASTM B193. To meet our clients’ expectations, we provide accurate testing, clear and detailed reports, and quick turnarounds. Our quality assurance program meets the most stringent industry requirements, including ISO 9001:2015 registration, and our laboratories are ISO/IEC 17025:2017 (A2LA) accredited. Finally, our dedication to quality assurance and unmatched customer service have earned us an excellent reputation in many industries. Industries Served Metal Fabrication Power Generation Power Transmission Railroad Polymer/Plastics Solar Aviation Automotive Lighting



MIL-STD 810 Testing If you have components and/or equipment that need to be rigorously tested for environmental stresses, our experienced Engineers and Technicians are equipped to perform the recommended test to certify your product. Applied Technical Services offers environmental testing that is compliant with the requirements of MIL STD 810. ATS Performs the Following Methods Method 500. 5 — Altitude or Low Pressure Method 501. 5 — High Temp Method 502. 5 — Low Temp Method 503. 5 — Temperature Shock Method 504. 1 — Contamination by Fluids Method 505. 5 — Sunshine (Solar Radiation) Method 506. 5 — Rain Method 507. 5 — Humidity Method 509. 5 — Salt Spray / Salt Fog Method 510. 5 — Sand and Dust Method 512. 5 — Immersion Method 513. 6 — Acceleration Method 514. 6 — Vibration Method 516. 6 — Shock Method 517. 1 — Pyroshock Method 519. 6 — Gunfire Shock Method 521. 3 — Icing / Freezing Rain Method 524. 0 — Freeze / Thaw Method 528. 0 — Mechanical Vibrations of Shipboard Equipment (Type I and Type II) Exposing your products to testing conditions that replicate a natural life cycle can identify deficiencies in design, materials, and manufacturing processes. Our Commitment to Quality Assurance As part of ATS’ quality assurance program, all employees are trained, aware, committed to, and actively involved in quality improvement processes. If you choose our labs as your testing provider, you will receive accurate test results, detailed reports, and quick turnarounds. Our multiple...



As one could imagine, products used by our US Defense Branches/Sectors may undergo high levels of physical stress and environmental exposures while in use. To ensure our defense team has reliable resources, the US Department of Defense standardized processes and materials used in manufacturing of high quality products. Because these standards are so thorough, many non-defense entities, technical organization and industries have adopted these regulations as their own. To serve those companies that want to test components and/or materials for physical characteristics and operational durability according to military requirements, Applied Technical Services performs a variety of Mil Spec Testing methods to their relevant standards. Our Lab's Capabilities ATS has multiple departments that perform Mil Spec testing, inspections, and equipment calibrations. Our materials testing, environmental testing, nondestructive testing, and calibration labs are managed by experts who frequently test and calibrate to the United States Military Standards (MIL-STD). We have outlined each lab/department and the most frequently requested specifications below: Weld Testing and Certification* 248D — Weld and Brazing Procedure and Performance Qualification ISO/IEC 17025:2017 (A2LA) Accredited 1595A — Qualification of Aircraft, Missile, and Aerospace Fusion Welders ISO/IEC 17025:2017 (A2LA) Accredited 2219 — Fusion Welding Aerospace Applications ISO/IEC 17025:2017 (A2LA) Accredited *Many MIL-STD for weld qualification have been replaced by AWS, and AMS Standards. ATS tests in compliance to those standards as well. Environmental Testing 810G — Environmental Laboratory Considerations and Laboratory Tests ISO/IEC 17025:2017 (A2LA) Accredited Electrical Testing 202G Method 301 — Dielectric Strength ISO/IEC 17025:2017 (A2LA) Accredited 202G Method 302...



ICC Services ATS provides ICC structural welding special inspections to help clients maintain industry compliance and improve safety. For over half a century Applied Technical Services has been offering a wide range of testing and inspection services. We have a variety of certified inspectors serving numerous industries. Our ICC Structural Welding Special Inspectors are experienced and familiar with the International Building Codes (IBC). In addition, we provide detailed reporting documenting your conformance with approved plans and applicable codes. Close Inspections Our inspection process includes: Verifying Welding Procedure Specifications (WPS) and Proper Implementation Verifying Welder Credentials Reviewing Joint Preparation Inspecting Weld Joint Fit-up Verifying Material Properties Confirming Proper Packaging and Exposure of Consumable Welding Goods Monitoring Environmental Conditions Verifying Actual Weld Technique Observing Clean Welds Verifying Size, Length, and Location of Weld Ensuring the Welds Meet Visual Requirements Examining for Arc Strikes Ensuring that Backing and Weld Tabs are Removed Evaluation of Repairs Contact Us Contact Applied Technical Services today to schedule ICC structural welding special inspections. Call +1 (888) 287-5227 or complete an online inquiry today.



ICC Services Applied Technical Services is a leading inspection company with many certified inspectors. Each of them applies their years of experience when performing ICC-certified Structural Steel and Bolting Special Inspections. With a strong quality assurance program, ATS’ experts offer thorough inspections in a timely manner at competitive rates. Our Inspection Process Verifying approved plans, procedures, specifications, standards, and building codes Verifying materials meet ASTM requirements Verifying materials are properly stored Verifying proper materials are used– proper bolt type, size, grade, and condition Verifying proper fastener assemblies are utilized during the bolting process Verifying snug-tight joints prior to pretensioning operation Verifying fastener component not turned by wrench Pretensioned Fasteners in accordance with Research Council on Structural Connections (RCSC) Specifications High-Quality Services ATS’ detailed reports outline tests and evaluations performed and whether your bolting was compliant with approved plans and applicable codes. We have established an excellent reputation among many industries and offer services nationally and internationally. Contact Us Contact ATS today to schedule ICC structural steel and bolting inspections. Call +1 (888) 287-5227 or complete an online request form.



International Code Council Inspections Applied Technical Services provides ICC Special Inspections including spray-applied fireproofing. Our inspectors are certified and have experience observing and ensuring application contractors are meeting the standards associated with spraying fire-resistant material. Our Inspection Process Our ICC inspection process includes the following steps: Verify specifications, standards, and building codes Identify fire-resistant material and review manufacturer specifications and application processes Confirm structural frames, columns, beams, and floor sections are properly prepared for application Verify proper coverage, thickness, and density of applied fire-resistant materials Perform proper sampling and testing of test specimens – i. e. , Bond Strength, etc. The ATS Difference ATS' quality assurance program ensures our experts perform efficient, accurate inspections. We offer competitive rates. Our detailed reports outline tests performed and the compliance results as they pertain to approved plans and applicable building codes. Contact Us Call +1 (888) 287-5227 to learn more about our ICC inspection capabilities!



ICC Inspections Applied Technical Services is recognized as a premier provider of ICC special inspections and inspectors in our employ are committed to providing the highest level of quality. Among our many inspectors, we have experts who have been certified by the ICC (International Code Council) to perform special inspections. ATS ICC certifications include: ICC Structural Steel and Bolting Special Inspector ICC Structural Welding Special Inspector ICC Spray Applied Fireproofing Special Inspector Whether your project requires continual observation through a lengthy venture or just routine inspections that are scheduled periodically, our experienced professionals deliver quality evaluations and accurate reporting in a timely manner. Our Special Inspections Structural Steel and Bolting Review Bolting Materials – Bolts, Nuts, Washers, Direct Tension Indicators, Fastener Coatings, Fastener Quality, Proper Identification on Package, Certifications Bolted Joints – Snug tight, Pretensioned, Slip-Critical, Faying Surfaces, Bolt Holes, Washers and other Connectors Proper Storage and Lubrication Proper Torque-Tension Snug Tight Installations Pretensioning Methods – Turn-of-Nut, Twist Off, Direct Tension, Calibrated Wrench Welding Special Inspector Review of Welding Codes – AWS, ASME, EN, ISO, IBC, etc. Review of Welding Process – SMAW, FCAW, GMAW, GMAW-S, GTAW, ESW, EGW Confirm Matching Filler Metals Preheat and Interpass Temperature Review of Weld Joints – Prequalify, Weld Backing, Weld Tabs, Weld Access Holes, Copes, and Reentrant Corners, Plugs and Slot Welds Review of Fabrication – Weld Equipment, joint prep, Fit-up, Thermal Cutting Process, Distortion Control, and Dimensional Tolerances Review of Welding Procedure Specifications and Qualifications – Welding Procedure Specifications (WPS), Procedure Qualification Record...



Am I required to test my products in accordance with the CPSIA requirements? Where do I begin with my testing and compliance program? These are common questions that Applied Technical Services (ATS) customers pose.   Testing and certifying your products not only applies to toys, but is also contingent upon whether your item is a children’s product.  We know that some items are intended for adults, some for children, and some are considered for both. What Qualifies as a Children's Product? So, is your item a children’s product?  Fortunately, the Consumer Product Safety Commission (CPSC) is aware of this quandary and published a final interpretive rule defining a “children’s product” on October 14, 2010.  This definition provides further clarification for those seeking to determine whether compliance is needed with the Consumer Product Safety Improvement Act of 2008 (CPSIA).   If your product falls within the key areas listed below, then you are subject to complying with the CPSIA total lead content limits, providing certification based on third-party laboratory test reports, and implementing tracking labels on your products. As cited from the CPSC website in Part 1200. 2 (definitions), below are the factors that “shall be considered” when making this conclusion of a “children’s product”: A statement by the manufacturer about the intended use of the product, including a label on the product if such statement is reasonable. Is your product represented in its packaging, display, promotion, or advertising as appropriate for use by children 12 years of age or younger?...



Automotive Testing experts at Applied Technical Services can perform the VDA 270 Odor Test on BMW automobile interior components to evaluate the characteristics of the compounds to determine if any undesirable scent is produced under specific climatic environments. ATS' VDA 270 BMW Odor Test The VDA 270 BMW Odor Test is conducted as follows: Test vessel is placed inside testing chamber and subjected to specific temperature for determined duration Sample material is assigned a variant based on their location in the vehicle, and placed inside odor-neutral, sealed test vessel Variants 1 and 2: 50ml of deionized water added to test vessel, immediate evaluation upon removal from chamber Variant 3: no water added to test vessel, cooled to a temperature of (60 ± 5) °C prior to evaluation After evaluation by three testers, the vessel is stored again at a temperature of (80 ± 2) °C prior to evaluation by other testers Assessor smells and evaluates the intensity of the odor An evaluation using a 6-grade scale ranging from not perceptible to not acceptable is submitted Testing Capabilities Our automotive testing labs at ATS are ISO/IEC 17025:2017 accredited, with our experienced staff performing automotive testing in accordance with a dozen manufacturer-defined standards. Our experts conduct several different automotive industry related services, with offerings such as: Accelerated Weathering (Xenon, UV) Emission of Organic Compounds (VOC) Formaldehyde Detection Vibration / Shock Testing Temperature and Humidity Cycling ATS – A Renowned Institution Founded in 1967, Applied Technical Services takes “A closer look” to uncover...



SAE International Specifications The ATS Family of Companies (FoC) can test car parts and components according to testing standards released by SAE International. Our high-quality testing capabilities include: SAE J81 – Hydrogen Embrittlement SAE J2020 – UV Exposure SAE J1563 – Cyclic Salt Fog SAE J1885 – Xenon Arc Weathering SAE J2412 – Xenon Arc Weathering SAE J2527 – Xenon Arc Weathering SAE J400 – Gravelometer Automotive Manufacturer Standards We test auto parts according to standards set by a variety of automotive manufacturers, including: BMW AA 0129 – CASS TESTING AA P 194 – Resistance Testing AA-0224 – Cyclic Corrosion Testing AA-P 177 – Crosshatch Testing BMW Specs PDF Chrysler LP-463PB-54-01 – Crock Mar Resistance CS-9003 – Material Content Reporting, Marking, Recyclability CS-Corrosion – Corrosion Requirement PF-7051 – Paint Continuous Performance – PPAP & PSO Chrysler Specs PDF Ford BI 103-01 – Salt Spray Resistance Test for Painted Panels and Parts BI 104-01 – Water Immersion Test for Painted Parts & Panel BI 104-02 – Condensing Water Vapor Test WSS-M2P188-A1 – Resistance to Fade Ford Spec PDF General Motors (GM) GM 258M – Weight Loss Insulation GM 273M – Corrosion Protective Coating for Brake Rotors GM 9070P – Flammability GM 4298P – Salt Spray Test GMW 14668 – Immersion Corrosion of Metals GM Specs PDF Honda D2016-07 Rev. 4 – General Coating (on metals) D2023-07 Rev. 4 – Heat-Resistant Coating (on metals) D2028-07 Rev. 3 – Oil-Resistance Coating (on metals) HES C206-99A – Flammability of Automobile Interior Parts Honda Jet...



How sure are you that your products are safe once they hit the store shelves or wind up in consumers' hands? What degree of assurance do you have that your products meet CPSIA requirements after they are manufactured? Third-Party Lab Requirements Section 14(a) (12) of the CPSIA addresses 3rd party testing performed by a Consumer Product Safety Commission (CPSC) accredited lab prior to entering the marketplace. The samples tested should be completely representative of the product consumers will receive. Periodic Testing Following the initial round of testing, the question we hear so often is “How often should testing occur to ensure products are still compliant? ” This goes back to establishing a reasonable testing program, which includes testing periodically by selecting representative samples to ensure a high degree of assurance that all untested products are also compliant with the safety rules. The Code of Federal Regulations (CFR) has developed a protocol and standard for this, titled Testing and Labeling Pertaining to Product Certification (26 CFR Part 1107). To review the entire standard, click here. Testing After Changes In addition to periodic testing, testing should be performed if there is any material change or a change in the manufacturing process that affects the design. So, while the minimum for testing is at least once every two years, and the CPSC has recommended annual recertification, some manufacturers may need to test sooner if there is a change in the material or process. Random Sampling Another integral part of establishing a reasonable testing...



Warning Label Changes Going Into Effect California’s Office of Environmental Health Hazard Assessment (OEHHA) revised the regulations in Proposition 65 that cover "clear and reasonable warning" labels in August of 2016. The revisions to these label requirements mean that businesses must review their labeling practices and implement appropriate changes to remain compliant with Prop 65. While these changes have been in place since their initial adoption, they have remained unenforced for a two-year grace period afforded to businesses subject to Prop 65 regulation. Those two years are up, and enforcement of these new requirements is now imminent. Effective August 30th, 2018, companies must observe the new "clear and reasonable warning" label requirements to remain compliant with Prop 65. The steep penalties imposed for noncompliance ($2500 per day, per infraction). The changed regulations are numerous, but essentially break down into these categories: Content Changes New label formats have been included (overridden by specific exposure warnings — see below): Long Form: WARNING: This product can expose you to chemicals such as Furfuryl Alcohol and Bisphenol-A which are known to the State of California to cause cancer. For more information, go to www. P65Warnings. ca. gov. symbol goes to the left of "warning": a yellow equilateral triangle with a bold black outline and a bold black exclamation point in the middle. May instead use a white triangle if the label is printed in black and white. The symbol may not appear any smaller than "warning. " WARNING: bold font in all capitals, followed...



RTCA DO-160 Applied Technical Services’ accredited lab offers environmental testing for avionics components and equipment. We are ISO 9001:2015:2015 registered and ISO 17025:2017 accredited through the A2LA. ATS' labs are supplied with the latest state-of-the-art technology for extensive testing applications. We comply with the RTCA DO-160 standard for environmental conditions and test procedures for airborne equipment established by the Radio Technical Commission for Aeronautics (RTCA). ATS’ testing procedures aid our clients in determining if their components are capable of enduring environmental stresses throughout the duration of their avionic product or parts’ life span. Our engineers and techs have the experience and knowledge to analyze data and administer their findings from any deficiencies in defective design, unsuitable materials, or problematic manufacturing processes. Testing Applications Section 4 — Temperature and Altitude Section 5 — Temperature Variation Section 6 — Humidity Section 7 — Operational Shocks and Crash Safety Section 8 — Vibration Section 9 — Explosion Proofness Section 10 — Waterproofness Section 11 — Fluids Susceptibility Section 12 — Sand and Dust Section 13 — Fungus Resistance Section 14 — Salt Spray Section 15 — Magnetic Effect Section 16 — Power Input Section 17 — Voltage Spike Section 18 — Audio Frequency Conducted Susceptibility- Power Inputs Section 19 — Induced Signal Susceptibility Section 20 — Radio Frequency Susceptibility Section 21 — Emission of Radio Frequency Energy Section 22 — Lightning Induced Transient Susceptibility Section 23 — Lightning Direct Effects Section 24 — Icing Section 25 — Electrostatic Discharge Section 26 — Fire,...



ASTM F24 is a popular standard outlining methods for testing, performance specifications, definitions, maintenance operations and best practices for amusement park rides and roller coasters. 32 states and many countries around the world have adopted this recommended standard. Applied Technical Services performs ASTM F24 inspections and relevant NDT testing methods to help ensure that client equipment remains safe to use and works exactly as intended. Our Inspectors Our amusement ride inspectors and technicians maintain high safety standards and in many cases hold multiple licenses, certifications and other popular credentials which include professional engineering and advanced NDT certifications. All ATS rope access experts receive advanced training and "work at heights" certifications. ATS Makes a Commitment to Quality Assurance Our QA program continually monitors our rope access equipment and observes our technician’s safety practices on an ongoing basis. We adhere to the ASTM E2505-07 standard which is the Industrial Rope Access Standard. Components Inspected Track and Rail Inspections Structural Steel Inspections Wire Ropes Bolts Fasteners and Connectors Axles Bogies Pivots Lap Bar Parts Failure Analysis ATS Rope Access Experts Use NDT Methods Visual Inspections Magnetic Particle Testing Liquid Penetrant Testing Ultrasonic Testing Ultrasonic Thickness Testing Eddy Current Testing Industrial Radiography Computed Digital Radiography



Applied Technical Services tests samples made through additive manufacturing according to standards like ASTM E466 to determine their resistance to fatigue. Additive manufacturing is growing into a practical, applicable means of production. As pioneers of this medium continue to refine the process and develop its capabilities, manufacturers increasingly employ it to make a variety of specialized products. In response to the expansion of this manufacturing tool, Applied Technical Services has expanded our testing scope to provide for the needs of the clients who rely on additive manufacturing. Our mechanical testing lab can measure several performance properties like hardness and tensile strength using an array of methods. We determine how metallic samples created through additive manufacturing respond to material fatigue by testing it to the standard of ASTM E466. Additive Manufacturing Because of how the process works, products made using additive manufacturing tend to have different mechanical properties than those created through conventional methods of production. To illustrate — casting and forging are subtractive forms of manufacturing, meaning that base material is taken away from the entirety during the machining process to create the desired shape. Although these processes yield wasted metal, the resulting product has a homogeneous structure that resists forces like shear stress and tensile stress. Additive manufacturing, alternatively, piles layers of material one on top of the other to eventually produce the form outlined in its CAD file. While this process allows for incredible precision and does not waste metal, the connections between the layers of the resulting...



Applied Technical Services' RoHS testing lab performs compliance testing to provide our manufacturing clients with the knowledge they need to prepare their products for review and distribution in the European Union (EU). Comply with EU Directives The EU RoHS 2 (Directive 2011/65/EU) restricts the use of specific hazardous substances in electrical and electronic equipment (EEE), medical devices, and monitoring and control equipment. The purpose of RoHS is to control the release of hazardous substances to humans and the environment. Exposure to these hazardous substances can occur during the waste process when electronics and other products are disposed of and ultimately wind up in landfills. To ensure that their product is compliant with this consumer safety law, manufacturing companies send samples of their product materials to qualified RoHS testing labs, such as ATS. ATS' RoHS Testing Lab We are a CPSC-accredited lab, testing children’s consumer goods, childcare articles, and toys to comply with federal regulations. Below is a list of the various items our lab tests with regards to consumer product safety testing. This list is not limited to these items, but serves as an example of some of the more common items requiring Consumer Product Safety Improvement Act (CPSIA) testing. The CPSIA requirements for toy testing may also vary by item. Please contact us to discuss your consumer goods testing requirements in further detail, and have us help you determine the applicable compliance regulations. Substances Restricted Under RoHS TypeStandardLead (Pb)0. 1%Mercury (Hg)0. 1%Cadmium (Cd)0. 01%Hexavalent Chromium (Cr6+)0. 1%Polybrominated biphenyls (PBBs)0....



ATS performs Acrylamide Testing in accordance with California's Prop 65. Regulations have put safety limits on Acrylamide content in many manufactured products - ATS can help monitor for compliance. About Acrylamide The chemical compound Acrylamide, in its naturally occurring state, is a white, crystalline material that does not produce a smell and is water-soluble. It is used in many industrial processes such as treating wastewater, making paper, processing ores, manufacturing dyes, extracting oil, and performing gel electrophoresis. Acrylamide also occurs in certain foods after they have been cooked and is generated when smoking a cigarette. Reasons for Testing Studies have shown an increased likelihood of cancer in test subjects subjected to large doses of acrylamide. OSHA declared the compound to be a carcinogen in 1988 based on this research. Although relatively few conclusions have been reached regarding its effect on humans, Acrylamides have generated enough of a concern that multiple regulatory agencies have noted it as a serious concern moving forward. Acrylamide was first subjected to the attention of the general public after a report was published in 2002, saying that the chemical is created as a natural byproduct of preparing certain foods that are high in starch, like french fries and potato chips, in high-temperature cooking methods like frying; roasting coffee beans also produces acrylamide through the same chemical reaction. This revelation prompted the FDA to investigate as well, but they too have few, if any, guidelines on acrylamide – there are no standards on acrylamide in foods. The...



With the recent acquisition of a state-of-the-art Thermal Desorption unit, Applied Technical Services has expanded its ability to provide chemical analysis such as VDA 278 standard testing for VOCs to our clients. VDA 278 Standard VDA 278 is an internationally accepted, standardized test procedure for non-metallic materials. It is used for testing emissions or high, medium, and low volatility compounds. VDA 278 measures the presence of volatile compounds found within the test material: these readings are represented by VOC total for the high and medium volatility compounds, and FOG total for the low volatility compounds. Results also yield a break-down of each individual compound present as well as its respective mass. ATS is ISO/IEC 17025:2017 (A2LA) accredited to test in accordance with VDA 278. Even though the test method does allow for some significant variability, we pride ourselves on upholding stringent procedures and maintaining dependable reproducibility. We are happy to guide our customers through the strict requirements set forth in the standard for submitting samples — our greatest interest is in fulfilling your testing obligations quickly and effectively. Industries Supported by VOC Testing Although VDA 278 is most commonly used to test emissions for the automotive industry, it is a widely accepted standard for VOC testing among other industries. ATS employs an array of other Thermal Desorption methods of VOC analysis — including those based off of VDA 278, like GM 15634 — as applicable. Our team of chemists are highly experienced with various VOC test methods, and can be...



Applied Technical Services performs 1-4 Dioxane Testing on sample products to ensure Prop 65 Compliance. 1-4 Dioxane is a chemical that has a variety of uses in many industries: it can be used as a solvent, it occurs as a byproduct of certain materials like antifreeze and paint strippers as well as consumer products like deodorants and cosmetics, and it is used in the manufacture of certain pharmaceuticals. The California Office of Environmental Health Hazard Assessment (OEHHA) suspects 1,4-Dioxane to cause cancer in humans and thus regulates it through Proposition 65. About Proposition 65 Occasionally referred to by its official designation (the Safe Drinking Water and Toxic Enforcement Act of 1986), Prop 65 enacts multiple laws to promote consumer safety. Firstly, it maintains a list of chemicals that cause reproductive toxicity or cancer, which is updated yearly to reflect newly available information. Secondly, it prohibits the dumping of these hazardous materials into any state sources of drinking water. Thirdly, Prop 65 charges businesses with providing "clear and reasonable" warning to those potentially affected if their workplace or product would expose employees or consumers to any of the listed chemicals. Functions of The List The Prop 65 list, maintained by OEHHA, provides a comprehensive summary of the State’s knowledge of each of the regulated chemicals. This includes when the chemical was listed and whether it was listed as a reproductive toxicant or a carcinogen. Furthermore, it covers the relevant safe harbor level (SHL), which is the exposure at which the chemical...



As Applied Technical Services is fully accredited by the US Consumer Product Safety Commission (CSPC), we are qualified to provide toy safety testing and product certification that meets the strictest of industry standards, including ASTM F963-16. Many of our toy testing services are requested for regulation compliance, which we conduct according to this standard. Since 2008, Section 106 of the Consumer Product Improvement Safety Act (CPSIA) has required toy safety testing abide in accordance to ASTM F963-16. In the years following, ASTM F963-16 went from being a voluntary standard to a mandatory requirement. All products imported and/or manufactured in the United States that are designated for children 12 years of age or younger are required to follow this standard. Toy mechanical hazard testing is outlined in several sections of ATSM F963-16 which assert required simulation of use and misuse of children’s products that may identify potential hazards. The presence of chemicals such as lead, and other heavy metals in toys are addressed in the other sections of the standard for reference. Based on the toy’s design and age grade, ATS can provide applicable testing to meet the ASTM F963-16 standard. Areas of Testing and Certification Key areas of testing and certification to ASTM F963-16 include the following, but are not limited to: Soluble (Heavy) Metals Analysis Small Part Testing Sharp Point Testing Sharp Edge Testing Magnet Testing Strangulation Hazard Assessment Seam Testing Flammability Testing Product Labeling The ATS Lab Our Marietta Lab, where we perform each of the above methods,...



ATS is a CPSC-accredited lab that provides toy safety testing and children's product certification in accordance with the governing industry standard for consumer safety, ASTM F963-11, ASTM F963-16, and ASTM F963-23. ASTM and CPSIA Section 106 of the Consumer Product Safety Improvement Act (CPSIA) of 2008 requires toy safety testing, the "Standard Consumer Safety Specification for Toy Safety. " This requirement applies to all products that are imported into and manufactured in the United States and that are intended for children 12 years of age and younger. ASTM F963-11 has several sections addressing the mechanical hazards testing of toys, along with the analysis of toxic elements. A large portion of the toy safety testing requires simulated use and misuse of a toy as though the child is playing with it to determine if any hazards present themselves. Other sections address the presence of chemicals in toys, such as lead and other heavy metals. The applicable testing is determined based on the toy’s design and age grade. ASTM F963-11 Areas of Certification & Testing Key areas of testing and certification to ASTM F963-11 include the following, but are not limited to: Soluble (Heavy) Metals Analysis Small Parts Testing Sharp Point Testing Sharp Edge Testing Magnet Testing Strangulation Hazard Assessment Seam Testing Flammability Testing Product Labeling About Us ATS performs each of the above testing methods in our Marietta Lab, which maintains ISO 9001:2015 registration for quality management, according to the 2011, 2016, and 2023 versions of this standard. Furthermore, ATS is...



Applied Technical Services performs RoHS Compliance Testing for clients selling electrical products in the EU. ATS uses various methods to help establish compliance with this hazardous substances regulation.   Recycling Electronics People recycle electronics at remarkably low rates: an average of 20% worldwide. This hesitancy may come from security concerns, lack of awareness, or lack of motivation, but the lost opportunities are the same regardless of the reason. Many electronic appliances, like cell phones and laptops, can be recycled to reclaim useful component materials like copper, silver, and gold. Recovering these resources for future use can help the environment by lessening the demand for mining the above minerals, as well as the consumer by lowering the costs of production related to their devices. While the benefits of recycling electronics are numerous, their component parts can also contain harmful substances such as lead and mercury. Not only do such contaminants harm the environment when improperly disposed of, but their inclusion in consumer products means they can harm people as well. These components make recycling electronics a more complicated matter, as their use is not desirable for future products either. These competing factors led the European Union (EU) to adopt two measures designed to address both problems: The Waste Electrical and Electronic Equipment Directive (WEEE) and The Restriction of Hazardous Substances Directive (RoHS). The former encourages greater participation in electronic recycling efforts by setting goals for higher recycling rates across EU member nations, and the latter bans toxic substances from being included...



Applied Technical Services performs GC/MS analysis to determine Phthalate Content in sample materials. We help clients ensure their products remain RoHS compliant. Plasticizers and Phthalates Plastic, in its various forms, is nearly ubiquitous in modern life. Manufacturers use it for everything from car parts to food packaging because of its versatility and low cost of production. One class of plastic, polyvinyl chloride (better known as PVC), is used to make bottles, cards, non-food packaging, and various construction materials. Once treated with an additive called plasticizer, PVC becomes more flexible and thus more suited for other uses such as flooring, plumbing, pleather, insulation for electrical cables, and a variety of functions wherein it is used as a replacement for rubber. Most of the plasticizers that bring out PVC’s flexible properties belong to a class of chemicals called phthalates. Government initiatives around the world regulate many types of phthalates because of their suspected effects on human health. About RoHS The European Union (EU) passed the Restriction of Hazardous Substances (RoHS) Directive in 2002, which restricted the use of toxic metals and brominated flame retardants in consumer electronics. An amendment to the directive in 2015 added four commonly used phthalates — BBP (Benzyl Butyl Phthalate), DBP (Dibutyl Phthalate), DEHP (Bis(2-Ethylhexyl) phthalate), and DIBP (Diisobutyl Phthalate) — to the list of restricted materials. RoHS guidelines are intended to protect consumers in EU member nations by limiting their exposure to hazardous substances in their electronics, such as phthalates which are believed to have a litany of negative...



Applied Technical Services provides Mercury (Hg) Testing for RoHS compliance. Manufacturers looking to sell electronics in the EU are subject to these consumer and environmental protection standards, so ATS helps achieve and maintain compliance by testing client products for unwarranted amounts of mercury. Mercury in Electronics Mercury is an element featured in the monitors or screens of certain electronic products. Liquid Crystal Displays (LCDs) are used in laptops, televisions, and cell phones. Ionized mercury vapor fills the fluorescent lights that display the images we see on the sundry of screens that feature so abundantly in modern life. Mercury also acts as a neurotoxin to humans, causing a variety of physiological impairments when its vapor is inhaled. Its health effects have led to many regulatory bodies restricting mercury’s use, especially in consumer products. One such regulation was put forth by the EU in the form of the Restriction of Hazardous Substances Directive (RoHS). As part of a larger initiative governing the recycling of electronics, RoHS determines an acceptably low amount of mercury to be included in consumer electronics for consumer safety purposes. Failure to comply with these strict directives opens businesses selling in the EU (both manufacturers and distributors) susceptible to denial of import or punitive fines. RoHS Compliance Standards Instead of outright banning the use of restricted materials, RoHS sets thresholds of acceptable use. The RoHS limit for mercury content is 0. 01% (1,000 ppm) of its mass. This limit does not, however, apply to the entirety of the product, but...



Applied Technical Services provides Lead (Pb) Testing to ensure product compliance with RoHS. All electronic consumer products must abide by these standards to be sold in the EU, so let ATS ensure that your product's components do not contain a restricted amount of lead. Lead in Consumer Electronics Manufacturers use lead in various consumer electronics, primarily through soldering. This process melts thin wires of an alloy (usually some combination of lead and tin) into a paste that can physically bond two separate conductive metals together without breaking the electrical connection. In consumer electronics, soldering with lead is often used to affix chips and the CPU to a computer’s motherboard. Lead is also a metal that is toxic to humans. Not only is its improper disposal harmful to nature, but it is also known to cause cancer and various kinds of reproductive toxicity; lead is thus a regular target for environmental regulation. The European Union (EU) regulates lead and nine other toxic substances for use in consumer electronics through the Restriction of Hazardous Substances Directive (RoHS). This law places limits on the inclusion of these materials in any electronic consumer product sold in the EU and allows for punitive fines or denial of import for manufacturers and distributors whose products fail to meet compliance standards. RoHS Compliance Standards RoHS mandates that lead can only be used in electronics at a concentration of 1,000 parts-per-million (ppm), or 0. 1% of its mass. This standard does not apply to the whole of the...



RoHS prevents the sale of electronics in the EU that contain certain toxic substances above a pre-determined concentration, so ATS performs Hexavalent Chromium Cr Vi Testing for RoHS compliance to ensure our clients can sell their products in Europe. RoHS and Regulations Certain substances belonging to three categories of hazardous materials — toxic metals, Brominated Flame Retardants, and phthalates — may only constitute a certain amount of a compliant product’s mass. For instance, the use of hexavalent chromium is permissible under RoHS at a concentration less than 1,000 parts-per-million (or 0. 1% of its chemical makeup by mass). These guidelines pertain to the mass of each individual component that can be mechanically separated from the entirety of the product instead of the composition of the whole itself. Only after each component is documented to be individually compliant will the product be certified as clear for sale in the EU. Many consumer electronics companies find RoHS compliance to be a tall hurdle. Third-party testing services play the important role of establishing the character and content of regulated materials in test samples. To ensure product compliance with RoHS, Applied Technical Services performs hexavalent chromium testing on consumer electronics. About Our Method: ICP-AES ATS accomplishes this by using a test method called Inductively Coupled Plasma-Atomic Emission Spectroscopy (ICP-AES) per ASTM standard E1479 to determine total chromium content. ATS can also analyze for hexavalent chromium specifically using either the spot-test procedure or the boiling water extraction/UV-VIS procedure outlined in IEC 62321. ATS and RoHS Compliance For...



Applied Technical Services provides Cadmium (Cd) Testing to help clients achieve compliance with RoHS. As certified compliance is a necessity for any manufacturer of consumer electronics selling in the European market, ATS delivers the chemical analysis needed to determine your product's compliance with RoHS standards. Toxicants in Electronics Cadmium is a metal with various physical properties that make it attractive to manufacturers — it is an apt electrical conductor, endures high temperatures, and resists corrosion. These characteristics have led to its primary use in manufacturing as a component in rechargeable Nickel-Cadmium (NiCd) batteries. These batteries are widely used in Chinese products and have found a demand in the U. S, to which $39 million worth was exported last year. Chronically poor rates of recycling electronics, including those that are powered by NiCd batteries, present a problem, however. Despite its uses as a material in rechargeable batteries, cadmium is also highly toxic to humans. Consumer and environmental health concerns prompted multiple regulatory bodies to limit the use of cadmium in products. RoHS and Regulations One such initiative led by the European Union (EU) is called the Restriction of Hazardous Substances Directive (RoHS), which restricts the use of certain materials (including cadmium) in consumer electronic products. Manufacturers and distributors are both held responsible under these guidelines, and a product’s non-compliance may result in punitive fines or denial of import. RoHS restricts the use of certain substances — toxic metals, Brominated Flame Retardants, and phthalates — in consumer electronics sold in the EU. While...



ATS performs RoHS compliance testing to detect and quantify Brominated Flame Retardants (BFR) in samples using gas chromatography-mass spectroscopy. About Flame Retardants Flame retardants are applied to plastics and fabrics to prevent the products from catching on fire at high temperatures. Different classes of flame retardants will accomplish this goal through various chemical reactions, such as cooling the substrate. Polybrominated Diphenyl Ethers (PBDEs) and Polybrominated Biphenyls (PBBs) belong to a class of materials called Brominated Flame Retardants, which release certain chemicals that slow down the combustion process. Brominated Flame Retardants Brominated Flame Retardants are used most commonly in consumer electronics to protect plastic components. Manufacturers often apply this type of flame retardant to circuit boards and electrical cables in personal computers. BFRs are also known to present certain health and environmental concerns. PBDEs, for example, do not break down easily in the environment and can cause developmental complications in young children. PBBs, on the other hand, cause advanced rates of cancer in lab mice and are suspected of being human carcinogens as well. For these reasons, the European Union (EU) regulates the use of these two compounds in consumer electronics. RoHS and BFRs In 2002, the EU created a consumer protection law focused on electronics. The Restriction of Hazardous Substances Directive (better known as RoHS) regulates the presence of certain materials in consumer electronics such as PBDEs and PBBs. The use of these compounds is limited to a compositional mass of 1,000 parts per million (ppm). This limit does not pertain...



Applied Technical Services performs testing for compliance with Prop 65 Tris Flame Retardants, such as TDCPP and TCEP, which can be detected at the parts-per-trillion level with our sensitive analytical instrumentation. Flame Retardants Flame retardants are additives applied toward the end of the production cycle that make the substrate more resistant to catching on fire and spreading flames. A certain category of these, known as tris flame retardants, has chemical properties that are believed to cause cancer over extended periods of exposure. For this reason, three specific chemicals of the tris family of flame retardants have been identified and regulated for human exposure by a California State law called Proposition 65. These Prop 65 tris flame retardants have largely fallen out of favor for use in consumer products, but are still present in certain industrial uses. Prop 65 sets a legal limit for their prevalence in the chemical makeup of any product sold or used in the state of California. A Short Overview of the Law Sometimes referred to by its formal name, the California Safe Drinking Water and Toxic Enforcement Act of 1986, Prop 65 dictates three things: Firstly, it charges the state government with maintaining a regularly updated list of chemicals known to cause either reproductive toxicity or cancer. Secondly, it punishes businesses that dump significant amounts of any listed chemical into the supply of drinking water. Finally, Prop 65 mandates that businesses operating within the state must label with sufficient warning any product or workplace that would...



ATS performs GC/MS Analysis for Prop 65 Phthalates. We help ensure product compliance by determining phthalate content at the parts per million (ppm) level. Phthalates: A Profile Phthalates are synthetic chemicals most often used as plasticizers. These additives give certain types of plastics, especially polyvinyl chloride (PVC), flexible properties. As such, plasticizers (and thus phthalates) appear often throughout our day-to-day lives; from inflatable products like mattresses and pool toys to insulation for electrical cords, plasticized PVC features heavily in consumer products. Phthalates also cause a variety of negative health effects in humans if we are exposed to too much on a long-term basis. For that reason, various regulatory initiatives have restricted phthalates’ use. About Proposition 65 One set of regulations governing phthalate use is California’s Proposition 65. A consumer safety initiative enacted in 1986, Prop 65 is made up of three laws, each of which deals with hazardous chemicals: Firstly, the state is to generate and maintain an annually updated list of chemicals that the State has reason to believe cause an increased risk of cancer, developmental harm, or reproductive toxicity. Secondly, Prop 65 prohibits the dumping of these listed chemicals into the public supply of drinking water. Thirdly, it charges businesses with giving a "clear and reasonable warning" to any consumer or employee that may be exposed to a listed chemical via a product the business is selling or the workplace that they provide. This final provision regarding warnings has become a source of friction between businesses and the...



In November 2017, both PFOA and PFOS were added to Prop 65 as regulated chemicals. PFOA and PFOS have been discovered to cause reproductive toxicity. Applied Technical Services provides Prop 65 PFOA and PFOS Testing to ensure compliance with the warning labeling mandate. Additives and Toxicants Perfluoroctane sulfonate (PFOS) is a chemical used to treat the surface of many consumer products. PFOS promotes oil-resistant and waterproof characteristics in its substrate, making it a must-have additive for textiles, non-stick cookware, leather, and carpets. Perfluorooctanoic Acid (PFOA) serves similar functions in manufacturing, making products more resistant to heat, stain, and water. Both chemicals are also potential contaminants that can cause reproductive toxicity in humans. How They Relate to Prop 65 PFOA and PFOS were added to Proposition 65’s list of regulated chemicals on November 10, 2017. Formally known as California’s Safe Drinking Water and Toxic Enforcement Act of 1986, Prop 65 maintains a list of chemicals that cause either reproductive toxicity or cancer. The Office of Environmental Health Hazard Assessment (OEHHA) administers this list, adding and subtracting chemicals of concern as relevant. Prop 65 also mandates that businesses operating within the State of California provide a warning label for any product or workplace that would expose a consumer to one of the nearly 950 listed chemicals so that concerned citizens may be apprised of the potential risk. Failing to display a sufficient warning opens companies to both litigation and punitive fines of $2500 per day for each violation. Getting Help With Compliance...



Applied Technical Services provides Prop 65 Heavy Metals Testing for clients looking to ensure compliance. We can test your product for any substance regulated by Prop 65 with unparalleled accuracy. About Proposition 65 California’s Safe Drinking Water and Toxic Enforcement Act of 1986 (better known as Proposition 65) brought forth an effort to inform citizens of the potentially harmful substances present in the products they consume. Specifically concerned with chemicals known or greatly suspected to cause an increase in either cancer rates or birth defects, the list of regulated chemicals grows yearly as new research emerges into potentially harmful compounds. Prop 65 dictates that businesses must label their products with sufficient warning if they contain any of the nearly 950 materials that the state Office of Environmental Health Hazard Assessment (OEHHA) regulate. Businesses found to not comply with Prop 65 labeling requirements may face litigation and a punitive fine of up to $2500 per violation per day. This law applies to all businesses operating in California, regardless of where they are headquartered. Labeling Exemptions California has established Safe Harbor Limits (SHLs) for many of the chemicals on the Prop 65 list. These SHLs determine the daily dosage that is safe for human exposure, expressed either as the No Significant Risk Level (NSRL) or the Maximum Allowable Dose Level (MADL). Products containing heavy metals above the allowable Prop 65 exposure limit are required to place an appropriate warning label on their product to warn consumers of exposure. Not all listed substances...



Applied Technical Services performs Furfuryl Alcohol Analysis for clients in need of Prop 65 compliance testing. We use GC-MS to achieve a low detection limit, down to 1 part-per-million (PPM). About Furfuryl Alcohol (FFA) Furfuryl alcohol is a chemical compound often used in organic solvents and resins. It naturally occurs during the thermal processing of foods and drinks such as baked goods and coffee. Furfuryl alcohol is also a suspected carcinogen. Prop 65 and FFA Regulations Added to California’s Safe Drinking Water and Toxic Enforcement Act of 1986’s (better known as Proposition 65) list of regulated substances in September 2016, furfuryl alcohol was designated by the Environmental Protection Agency (EPA) as potentially causing cancer. Prop 65 is a California state law, requiring businesses to label their products with a warning if it exposes consumers to a listed substance. Businesses operating in California that are found to not comply with the law may be subject to litigation and punitive fines. One way to determine whether your product needs to be labeled according to Prop 65 for furfuryl alcohol content is to perform 3rd party testing and potentially conduct an exposure assessment. ATS performs furfuryl alcohol analysis on a routine basis for our clients. Furfuryl Alcohol Analysis and Testing Utilizing Gas-Chromatography/Mass-Spectroscopy (GC-MS), our expert chemists will test samples/components for specific items on Prop 65 to help our clients ensure compliance with the Act. The instrumentation allows ATS to measure the content to aid in the process of working toward labeling compliance with Prop...



Most formaldehyde testing companies do not have the in-depth experience analyzing samples for compliance with Prop 65 that Applied Technical Services does. About Formaldehyde Manufacturers use formaldehyde for a variety of purposes: processed woods, fabrics, glues, insulation, coatings, and the like. It is a volatile organic compound (VOC) as well, meaning that formaldehyde evaporates comparatively easily, like at ambient temperatures. Furthermore, formaldehyde is a chemical compound that causes cancer when people are exposed to it for extended periods of time. It is regulated by Proposition 65 for this confluence of reasons. Proposition 65 California’s Safe Drinking Water and Toxic Enforcement Act of 1986, better known as Prop 65, sets down a series of laws regarding toxic chemicals. First, it charges the state with keeping a list of chemicals that cause birth defects or cancer in humans. Second, it prohibits businesses from dumping any of those chemicals into the drinking water supply in significant amounts. Third, it holds businesses accountable for exposing residents to any of the listed chemicals without giving them a sufficient, visible warning. The labeling mandate is the component of Prop 65 that causes the greatest friction between businesses and the law; there are nearly 950 entries on the list of regulated chemicals. Regardless of where they are headquartered, businesses operating within the state of California are subject to these labeling requirements. Penalties for non-compliance can cost as much as $2500 per day per violation. Labeling Exemptions There are, however, exceptions to the rule; the state has established...



Applied Technical Services performs BPA Testing for Plastics on behalf of a variety of client interests. Our equipment can detect BPA's presence in a sample at a detection limit of 100 parts-per-trillion (PPT). Bisphenol-A Bisphenol-A (BPA) is a chemical compound, often used as an ingredient in plastics like polycarbonates and epoxy resins. It is a regularly-occurring component of discs like CDs and DVDs, plastic water bottles, merchant receipts, some household electronics, medical and dental devices, eyeglass lenses, and the lining of canned foods and drinks. Adding BPA to a polymer during the production phase can vastly increase the product’s durability, making it nearly shatterproof. BPA is also a suspected carcinogen. Some studies have linked the compound to an assortment of health effects, including increased risks of cancer and reproductive toxicity. BPA is a regulated compound for these reasons and is monitored by the World Health Organization, U. S. Food and Drug Administration, and the European Union, among other regulatory bodies. Many states have enacted regulatory requirements/limits on BPA in baby bottles and food containers. Proposition 65 One of the most stringent restrictions is imposed by California’s Safe Drinking Water and Toxic Enforcement Act of 1986, better known as Proposition 65. This law requires businesses to place a warning label on products containing chemicals above the threshold to warn consumers of exposure. California establishes a Maximum Allowable Dose Level (MADL) for many of the items on the Prop 65 list. It is then the responsibility of the manufacturer/importer to determine if consumers...



Acrylamide is regulated in California by Prop 65 - Acrylamide in Coffee is becoming a topic of concern. ATS performs compliance testing to determine Acrylamide content in samples like coffee. About Acrylamide Acrylamide is a naturally occurring chemical compound that results from the high-temperature preparation of plant-based foods high in carbohydrates and low in proteins. As such, it appears in various food items like french fries, breakfast cereals, and toast. Manufacturers also use it in grout, cement, and other industrial binders where it serves to thicken the materials. Furthermore, smoking exposes people to acrylamide in significant doses. Although it often features in everyday life, acrylamide is a potentially dangerous compound; it is one of many chemicals regulated by the 1986 California Safe Drinking Water and Toxic Enforcement Act. Proposition 65 More often referred to as Proposition 65, this law prohibits companies from dumping significant amounts of chemical compounds known to cause cancer or reproductive toxicity into public water sources. Secondly, it charges the state with maintaining an official list of those offending chemicals, updated yearly as new information becomes available, to ensure company compliance with the law. Finally, Prop 65 mandates that businesses operating within the state of California provide sufficient warnings to consumers when they would be exposed to regulated chemicals. Those warnings take the form of labels, which are posted on any product or workplace that would expose consumers to a regulated chemical. Administered by the California Office of Environmental Health Hazard Assessment (OEHHA), Prop 65 holds businesses...



Applied Technical Services' chemical analysis division houses multiple ISO/IEC 17025:2017 accredited labs, performing a wide variety of testing services for our clients. ATS’ quality assurance program meets the most stringent industry requirements, including ISO 9001:2015 registration. The chemical analysis scope of our ISO 17025:2017 accreditation includes the following: TestMethodOptical Emissions Spectroscopy (Al, As, B, Be, Bi, C, Ca, Cd, Ce, Co, Cr, Cu, Fe,Ga, In, Li, Mg, Mn, Mo, N, Na, Nb, Ni, P, Pb, S, Sb, Se, Si, Sn, Sr, Ta, Te, Ti, V, W, Zn, Zr)ASTM E415, E1086, E1251, E3047X-Ray Fluorescence (XRF) (Sb, Sn, Pd, Ag, Al, Mo, Nb, Zr, Bi, Pb, Se, W, Zn, Cu, Ni, Co, Fe, Mn, Cr, V, Ti)ASTM E1476 (Section 7. 1)XRF (Wave Length Dispersive)ASTM E572, E1085, E1621, E2465Combustion (S, C, N, O, H)ASTM E1019, E1447SEM/EDSASTM E1508X-Ray Diffraction (XRD)ATS-962, ASTM D934Inductively Coupled Plasma (ICP) (Li, Be, B, Na, Mg, Al, Si, P, S, Cl, Ar, K, Ca, Sc, Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Ga, Ge, As, Se, Br, Rb, Sr, Y, Zr, Nb, Mo, Ru, Rh, Pd, Ag, Cd, In, Sn, Sb, Te, I, Cs, Ba, La, Hf, Ta, W, Re, Os, Ir, Pt, Au, Hg, Tl, Pb, Bi, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Th, U, Pu)ASTM E1479Lead by Inductively Coupled Plasma (ICP)ASTM E1613Soluble MetalsASTM F963-17 (Section 4. 3. 5. 2 and Section 8. 3)Determining Lead Content in Substrates or Children’s ToysASTM E1479 or E1613; ASTM F963-17 (Section 8. 3 or...



Metals, like other materials, deteriorate over time. They are especially susceptible over long periods to the incessant, incremental destruction brought about by weathering factors like moisture and salinity. This phenomenon, known as corrosion, causes the eventual failure of metal products by undermining their physical performance (durability, structural integrity, etc. ) and their visual qualities (color, surface condition, etc. ). By covering the surface of their products with a protective coating, manufacturers can slow the deterioration by sealing off the substrate from weathering elements. They may also adjust the composition of the metal, as different metals resist weathering to different degrees. To judge the effectiveness of their efforts, manufacturers send samples of their products to Applied Technical Services. We perform ASTM B117 salt spray testing to determine sample materials’ resistance to corrosion. About the Method Also known as salt fog, salt spray is a test method that involves placing sample materials into an air-tight chamber. This piece of equipment will expose the test sample to a salt spray (thus the test’s name) for a predetermined amount of time. The spray is a simple mixture of salt and water, with greater concentrations of salt yielding a more corrosive test environment. The resulting solution is constantly funneled into the salt spray chamber for the duration of the test, creating an atmosphere more corrosive than most naturally occurring situations and quickly weathering the sample. ATS’ technicians monitor the condition of the sample materials as the test progresses and compare the results against expectations to...



Corrosion testing is a vital component that must be completed before materials and products can be used in real-world applications. ATS offers ASTM corrosion testing to help clients determine if their products will reach their projected design life. This important testing can save clients millions of dollars and prevent irreversible damage. The ASTM corrosion testing is always completed to one of the established and trusted standards. Understanding the ASTM Standards Related To Corrosion Testing The ATS corrosion testing lab is often called on by both domestic and international clients. Typically, clients are interested in learning mission-critical information regarding the corrosion resistance levels of their selected coatings and products. As part of their dedication to quality, ATS completes rigorous tests in accordance with a wide variety of ASTM standards. The following ASTM corrosion testing standards are used: ASTM B117 ASTM B368 ASTM G1 ASTM G28 ASTM G34 ASTM G46 ASTM G48 ASTM G60 ASTM G66 ASTM G67 ASTM G85 ASTM G110 ASTM G112 ASTM G161 ASTM G209 ATS: Providing Quality Testing for 50+ Years Founded in 1967, ATS is one of North America’s leading materials testing firms and has provided a multitude of metallurgical and accelerated environmental type corrosion tests for various clients. These tests, including ASTM corrosion testing, have been completed for companies within, but not limited to the following industries: Automotive Aerospace Construction Manufacturing Power Generation Insurance Our ASTM Corrosion Testing Capabilities The ATS corrosion testing lab, itself a sub-section of the environmental testing group, regularly performs the following...



ATS' experienced professional testing staff provides quality ASTM peel adhesion testing to help clients manage their quality assurance needs. Our dedicated experts are well-equipped with specialized tools and machinery to provide accurate measurements with quick turnaround time. Our test methods are compliant with the specifications of the American Society for Testing and Materials. ASTM peel adhesion testing is a tool for quality assurance use. At ATS, it is our policy to provide our clients with the highest quality testing services. Our ISO/IEC 17025:2017 accredited lab performs ASTM peel adhesion testing to the most stringent applicable standards and specifications. Common Test Standards ASTM D3330 — Standard Test Method for Peel Adhesion of Pressure-Sensitive Tape ASTM D6252 — Standard Test Method for Peel Adhesion of Pressure-Sensitive Label Stocks at a 90° Angle ASTM D903 — Standard Test Method for Peel or Stripping Strength of Adhesive Bonds ASTM D1876 — Standard Test Method for Peel Resistance of Adhesives (T-Peel Test) Purposes and Characteristics of Adhesives Adhesives are valuable in a wide variety of applications. For example, labels, masking tapes, bandages, etc. All exhibit varying degrees of peel adhesion strength. Peel adhesion strength is calculated as the amount of force required to peel an adhesive with a specific width from the substrate it adheres to. The bond strength depends on whether the intended use is temporary or permanent. Temporary functionality requires a balance between retaining enough adhesion to adequately stick to the substrate and permitting easy removal. Permanent functionality typically requires maximizing bond strength....



How well a paint sticks to a substrate depends on the interaction between the two materials during the application. The strength of the bond between the substrate and the paint dictates how well it will withstand the characteristics of its immediate surroundings. Implications of adhesive strength are not easily observable by the naked eye. Therefore, ASTM paint adhesion testing is necessary to determine whether paint will perform in accordance with industry standards during its functioning life. Paint adhesion testing determines what the minimum amount of duress required is to cause the adhesion to fail. At ATS we also offer coating failure analysis testing, working with various industries including but not limited to, automotive, military, nuclear, textile, consumer products, and government infrastructure. ASTM Paint Adhesion Testing Methods and Standards There are three primary paint adhesion tests we perform in assessing the resistance of paints: Cross-Cut Test: This method is utilized in evaluating the adhesion of either one or multiple coats. The procedure consists of cutting a pattern of perpendicular lines through the adhesive all the way to the substrate, then spreading pressure-sensitive tape over the cuts and rapidly pulling it off. Qualitative measurements are quickly observable and result in either pass/fail or on a scale of 0–5 in accordance with ASTM D3359 procedure specifications. Scrape Test: This method tests adhesion of paints, coatings, lacquers, and varnishes. It occurs in a laboratory environment rather than on-site. The procedure consists of applying the adhesive to a smooth substrate at a uniform thickness, then...



Coatings must adhere to the substrates they are applied to perform satisfactorily. ATS offers a variety of ASTM coating adhesion testing capabilities to help clients optimize the functionality of their coating applications and avoid premature failure. Our testing services save clients money, providing them with the data necessary to pick the right coating and effectively protect their products, equipment, and infrastructure. Test Methods Pull-off Test — This procedure is accomplished by sticking a loading fixture perpendicularly to the coating, then slowly increasing tensile load until either the fixture and adhesive layers are removed or until a predetermined value is reached. ASTM D4541 ISO 4624 Quantitative Can assess single coat or multi-coat systems Can be performed both on-site and in a laboratory Performed on a flat surface Knife Test — This procedure is accomplished by making two cuts into the coating with a utility knife to form an “X” shape. The coating is then lifted at the vertex, using the point of the knife. ASTM D6677 Qualitative Evaluated on 0–10 scale Based on how difficult coating removal is and size of the removed adhesive Highly cohesive coatings may fracture easily and appear to have a low adhesion strength Can assess single coat or multi-coat systems Can be performed both on-site or in a laboratory Scrape Test — This procedure is accomplished by loading a rounded stylus or loop onto a balanced beam scrape adhesion tester at a 45-degree angle, then increasing the load until the stylus removes the coating from the...




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The Applied Technical Services Family of Companies (ATS FoC) conducts comprehensive medical device wear testing to help our clients understand how their device will perform in real-world conditions. Our wear testing supports safer products, stronger regulatory submissions, and more predictable development cycles. ATS provides wear testing that is precise, efficient, and aligned with industry expectations and regulatory standards. Our team prioritizes clear communication, dependable results, and a partnership‑driven approach that supports each client’s technical and compliance needs. Wear Testing Medical Devices Wear testing evaluates how friction, motion, and environmental conditions affect a test subject over time. These insights help teams confirm design choices, validate materials, and reduce the chance of unexpected failures. The process also supports documentation for regulatory bodies that require evidence of durability and long‑term performance. What Types of Medical Devices Require Wear Testing? Many devices benefit from structured wear testing. The need depends on how the device moves, interacts with tissue, or experiences repeated cycles. Manufacturers, product developers, and research teams rely on wear testing to confirm that a device performs as intended throughout its expected life cycle. Some of the medical device types that require wear testing include: Implantable devices, such as joint replacements and spinal components Surgical instruments that undergo repeated cleaning and use Drug‑delivery systems with moving parts or seals Diagnostic equipment with mechanical interfaces Wearable devices exposed to daily environmental stress What Standards and Regulations Apply to Medical Device Wear Testing? ATS offers medical device wear testing to a wide range of recognized...



The Applied Technical Services Family of Companies (ATS FoC) performs comprehensive orthopedic implant fatigue testing to help clients understand how an implant performs under repeated loading. These tests simulate real‑world use and provide data that supports safe, reliable device performance. We offer fatigue testing programs designed to meet industry standards and support regulatory submissions. Our labs use controlled test environments, calibrated equipment, and documented procedures to help clients make informed decisions about their designs. Who Typically Needs Medical Device Fatigue Testing? Medical device engineers, product developers, and regulatory teams often rely on fatigue testing for medical implants. Dependable data is critical to ensuring that an implant can withstand long‑term physiological stresses. Hospitals, research institutions, and OEMs also use fatigue testing when evaluating new materials or refining existing devices. ATS supports these needs with a structured approach that keeps projects organized and aligned with compliance standards. Our teams work with a wide range of orthopedic components, including but not limited to: Plates Screws Rods Joint replacements Fixation systems Each device type requires a tailored test plan. We help our clients define the correct loading conditions, cycle counts, and acceptance criteria to support efficient project planning and reduce delays during development. Why Does Orthopedic Implant Fatigue Testing Matter for Device Approval? Fatigue testing plays a key role in regulatory review. As the longevity and safety of medical implants is critical to the wellbeing of patients, agencies expect manufacturers to demonstrate that implants can endure repeated stress without premature failure. Clear, well‑documented fatigue...



The Applied Technical Services Family of Companies (ATS FoC) conduct substantial equivalence analysis for medical devices through the comprehensive comparison of a product to a known benchmark. The goal is to confirm that the new device meets the same functional and safety expectations, supporting regulatory submissions, quality programs, and internal risk management. Our medical device and life sciences clients depend on ATS for reliable data to show that a product aligns with established standards. What Are the Benefits of Medical Device Substantial Equivalence Analysis? In the simplest terms, companies use substantial equivalence (SE) analysis to reduce uncertainty. It helps them verify that design changes, material substitutions, or new manufacturing methods do not introduce unwanted risk. The analysis also supports documentation required by regulatory bodies and certification agencies. The primary benefits of medical device SE evaluations include: Clear evidence for compliance Reduced approval delays Stronger product safety records Better internal decision‑making Improved market readiness How ATS Supports Effective SE Analysis The ATS FoC provides structured, repeatable, and technically sound SE evaluations for medical devices in our ISO/IEC 17025:2017-accredited, ISO 9001:2015-registered testing laboratories. Our specialists apply industry‑recognized methods to compare performance, materials, and safety characteristics. ATS' process is rooted in partnership, and we focus on accuracy, clarity, and traceability in every report. Our clients choose ATS because we offer: Experienced engineers and technical experts Advanced testing capabilities Detailed documentation Efficient project timelines Support across multiple regulatory frameworks Our approach helps organizations maintain compliance while protecting product integrity, with our analysis including clear...



The Applied Technical Services Family of Companies (FoC) conducts medical device fatigue testing to help manufacturers verify long‑term durability, demonstrate regulatory compliance, and reduce the risk of in-service failures. Fatigue testing evaluates how a device performs under repeated loading, bending, torsion, and compression. These tests simulate real‑world use conditions and reveal how components behave over thousands of cycles. Why Does Medical Device Fatigue Testing Matter for Manufacturers? Fatigue testing is essential for any device expected to withstand repeated mechanical stress. When applied over long periods of time, even small loads can lead to cracks, deformation, or catastrophic failure. Manufacturers rely on fatigue testing to understand these risks before devices reach patients. Regulators expect clear evidence that a device can endure its intended use environment. Our fatigue testing services provide that evidence, supporting: Design Validation Risk Management Quality Assurance Refined Material Selection Improved Assembly Methods For implantable devices, fatigue testing is even more critical. These components must perform reliably for years. Demonstrating durability through controlled cyclic testing is a key part of earning market approval and protecting patient safety. Do Your Medical Device Components Show Early Signs of Wear or Failure? Early wear indicators, such as cracking, bending, loosening, or unexpected deformation, often point to underlying fatigue issues. These signs may appear during prototyping, verification testing, or clinical feedback. When they do, manufacturers need fast, accurate fatigue testing to understand the root cause. ATS helps our clients identify failure modes, evaluate material behavior, and determine whether design changes are necessary. Our...



The Applied Technical Services Family of Companies (ATS FoC) conducts lumbar spine implant testing to evaluate mechanical behavior, confirm durability, and document performance under controlled loading conditions. This testing helps teams understand how an implant responds to bending, torsion, and compression during use. It also supports design refinement and regulatory documentation. How Do Manufacturers Ensure Lumbar Implants Meet Regulatory Requirements? Lumbar implants must tolerate repeated loads over long periods. Our mechanical testing services show how a construct performs under static and dynamic conditions. Standards such as ASTM F1717, ASTM F2706, and ISO 12189 outline accepted methods for compression bending, tensile bending, torsion, and fatigue evaluation. These standards define worst‑case test setups using vertebrectomy models and ultra-high-molecular-weight polyethylene (UHMWPE) test blocks to improve reproducibility. Testing under these methods helps estimate load capacity and fatigue life, which are essential for assessing long‑term reliability and achieving regulatory compliance. Our Clients ATS is proud to be the preferred lumbar spine implant testing provider for some of the most prominent businesses and organizations working in the medical device industry. Our clients include: Medical device manufacturers preparing for FDA or international submissions Product development teams refining new implant designs Research groups studying construct behavior Contract manufacturers validating production consistency Each group benefits from clear, repeatable data that supports engineering decisions and compliance needs. The ATS Approach ATS' ISO/IEC 17025:2017-accredited, ISO 9001:2015-registered labs follow recognized mechanical testing standards for spinal implants. We run static and dynamic evaluations that measure bending strength, torsional resistance, and fatigue performance. These...



The Applied Technical Services Family of Companies (ATS FoC) offers comprehensive cement testing to support quality assurance, product development, regulatory compliance, and construction performance. Cement is a vital component in modern construction, providing the strength and durability required for concrete and mortar. High-quality cement is crucial for dependable results across commercial, transportation, industrial, and residential projects. Our testing services confirm material properties, ensure specification compliance, and enhance confidence in construction materials. When Is Cement Testing Required? Cement testing evaluates physical, mechanical, and chemical properties in the laboratory. Standard procedures assess fineness, setting time, compressive strength, soundness, consistency, specific gravity, and chemical composition according to ASTM, AASHTO, and other industry standards. Testing is required during product development, quality control, regulatory compliance, and before approving materials for construction use. Project specifications, industry standards, and building codes often mandate testing to confirm that cement meets established performance requirements before use in concrete or other cementitious materials. About Our Cement Testing Services Our team of certified technicians and specialists uses industry-recognized methods and best practices. Our ISO/IEC 17025-accredited laboratory meets international quality standards, ensuring data integrity and continuous service improvement through advanced equipment, strict quality management, and ongoing training. Clients rely on our expertise to achieve compliance, optimize product performance, and ensure material quality. Both routine quality control and specialized investigations benefit from our technical capabilities and responsive service. We offer a wide range of ASTM-compliant concrete testing services, including the following: Air content Compressive strength Chemical analysis Flexural strength Stiffening Tensile strength Water...



The Applied Technical Services Family of Companies (ATS FoC) provides comprehensive concrete testing services to support quality assurance, product development, regulatory compliance, and construction performance. Concrete is vital for the safety, durability, and longevity of infrastructure, commercial, industrial, transportation, and residential projects. Our services help clients verify material performance, meet specifications, and maintain confidence throughout construction. How Do Concrete Testing Services Support Regulatory Compliance? Concrete testing evaluates the properties and performance of both fresh and hardened concrete. Laboratory and field tests enable engineers, contractors, manufacturers, and project owners to confirm that concrete meets design requirements, industry standards, and regulatory specifications. Effective testing helps to: Ensure compliance with project specifications and regulations Identify quality issues Reduce risk Prevent costly failures Preserve the lifecycle and performance of concrete Concrete testing is also essential for quality control, mix design verification, research and development, forensic investigations, and dispute resolution. Accurate, reliable test data support informed decisions and ensure consistent material performance across projects. About Our Concrete Testing Services Our certified technicians, engineers, and materials specialists conduct concrete testing in accordance with industry-recognized procedures and best practices. Operating from ISO/IEC 17025-accredited laboratories, we maintain rigorous quality management systems to ensure data accuracy, traceability, and continuous improvement. We deliver reliable results and responsive technical support for projects of any size or complexity. Our laboratories offer technical expertise for quality assurance, compliance verification, product qualification, failure analysis, and ASTM-compliant testing, including evaluations of:s Chloride content Compressive strength Density and unit weight Flexural strength Freeze-thaw resistance Modulus of...



Measuring Cohesive Strength of Concrete Materials The Applied Technical Services Family of Companies (ATS FoC) delivers performance validation and compliance testing for coatings, sealants, and other ancillary materials used with concrete and aggregates. Ancillary materials like caulk, paint, glue, and waterproofing are essential to the long-term durability of concrete structures and help prevent leakage, deterioration, and cohesion loss over time. Testing concrete coatings and sealants provides clear insight into real-world performance. In both laboratory and field settings, our experts help ensure effective bonding, protection, repair, and flexibility of critical concrete systems to extend structural service life. How are Concrete Coatings and Sealants Evaluated? At ATS, use ASTM D and C-series standards to evaluate how concrete coatings and sealants protect concrete from environmental stress, moisture, chemical exposure, and movement over time. By applying multiple coatings and sealants testing methods, we improve the reliability of concrete and aggregate testing results. Coatings: ASTM D16, ASTM D4263, ASTM D4258, ASTM D4259 Sealants: ASTM C920, ASTM C719, ASTM C661, ASTM C792, ASTM C1135 Tensile and cohesive strength testing: measures a material’s ability to resist cracking, tearing, and failure under stress. This ensures sealants can reliably accommodate joint movement. Water and chemical resistance testing: verifies how well coatings block moisture, chlorides, and chemicals from penetrating concrete and causing deterioration. Weathering and UV exposure testing: simulates long-term environmental conditions to measure resistance to sunlight, temperature shifts, moisture, and freeze-thaw cycles. Joint movement testing: measures sealant flexibility and adhesion as joints expand and contract from thermal or structural...



The Applied Technical Services Family of Companies (ATS FoC) offers FDA regulatory compliance strategy development to help medical device and life‑science organizations navigate complex regulatory pathways with clarity, efficiency, and confidence. These strategies support clients as they prepare submissions, refine product development plans, and align their documentation with FDA expectations. A well‑structured regulatory approach reduces uncertainty and helps teams move forward with informed decisions at each stage of the approval process. What FDA Requirements Apply to Medical Devices ATS offers FDA regulatory compliance strategy development services for every step of the medical device development process. There are several different FDA requirements for medical devices, including but not limited to: Device Classification Establishment Registration Device Listing Quality Management System Regulation (QMSR) Labeling Requirements Medical Device Reporting (MDR) Premarket Notifications and Approval Inspections and Postmarket Surveillance Why FDA Regulatory Compliance Strategy Matters The FDA approval process involves detailed requirements, evolving guidance, and strict documentation standards. Many organizations face challenges interpreting these expectations while managing product development timelines. A strong regulatory strategy helps teams anticipate requirements, avoid delays, and prepare complete, accurate submissions. Benefits of ATS' FDA regulatory compliance strategy development services include: Clear understanding of regulatory pathways for devices, diagnostics, and combination products Reduced risk of submission deficiencies through proactive planning Improved alignment between engineering, quality, and regulatory teams Efficient preparation of supporting documentation Better long‑term planning for post‑market obligations and product lifecycle management A well‑designed strategy supports smoother communication with the FDA and strengthens the overall approval process. Who Typically Requires...



The Applied Technical Services Family of Companies (ATS FoC) offers aggregate petrography services in accordance with ASTM C295. This specialized laboratory analysis evaluates the mineralogical, physical, and chemical properties of aggregates used in concrete, asphalt, and other construction materials. Our comprehensive services support engineers, contractors, material suppliers, and project owners in making informed decisions about aggregate selection and performance. How Does Aggregate Petrography Help Meet Project Specifications? Aggregate petrography enables construction teams to meet project specifications by providing detailed evaluations of aggregate composition, texture, structure, and performance. Microscopic analysis identifies materials that could cause durability issues, weathering, harmful substances, or reactivity concerns in concrete or asphalt. Contractors, engineers, and material suppliers use these findings to confirm that aggregates meet project and industry standards before construction begins. ASTM C295 provides a framework for identifying aggregate constituents and assessing their suitability for concrete applications. Aggregate petrography supports specification compliance by helping project teams: • Verify aggregate quality and consistency• Identify potentially harmful constituents• Evaluate material suitability for intended applications• Reduce the risk of premature pavement or concrete failure Early material verification helps teams prevent costly delays, reduce project risk, and ensure long-term infrastructure performance. Our Aggregate Petrography Services Our aggregate petrography laboratory delivers comprehensive testing and expert evaluations to support informed decisions about aggregate quality and performance. With extensive experience in construction materials testing, our team examines aggregate mineralogy, texture, structure, and potential durability concerns using advanced petrographic techniques. All examinations are performed in accordance with ASTM C295. Our detailed reports provide...



Comprehensive Testing for Concrete Support Materials The Applied Technical Services Family of Companies (ATS FoC) provides performance validation and compliance testing for ancillary material systems such as adhesives, epoxies, coatings, and sealants used with concrete and aggregates. These ancillary materials play a critical role in the long-term durability of concrete structures. By evaluating adhesives, epoxies, coatings, and sealants, we help our clients understand how concrete systems will perform under real-world conditions. Our comprehensive testing services, whether in the lab or on the field, help ensure effective bonding, protection, repair, and flexibility of critical concrete structures. What Standards and Methods are Used to Test Cohesive Strength? Our experts follow ASTM D and C-series standards to evaluate how concrete ancillary materials protect against environmental stress and accommodate movement over time. Supporting materials such as caulk, paint, glue, and waterproofing are essential for preventing leakage, deterioration, and loss of cohesion in concrete structures. We use a combination of methods to assess the performance of concrete ancillary materials to directly improve concrete testing reliability: Adhesives ASTM C881M, C882M, C1059M, C1583M Epoxies ASTM C307, C881M, C579, C580 Coatings ASTM D16, ASTM D4263, ASTM D4258, ASTM D4259 Sealants ASTM C920, ASTM C719, ASTM C661, ASTM C792, ASTM C1135 Where Quality, Accreditation, and Experience Meet At ATS, our expanding network of testing laboratories is committed to the highest standards of quality and technical excellence. We hold multiple ISO/IEC 17025:2017 accreditations, and our quality management system is registered to ISO 9001:2015 to ensure consistent and reliable results. Since...



The Applied Technical Services Family of Companies (ATS FoC) is a leader among reliable aggregate testing companies. We supply essential data to help engineers, contractors, and material producers assess the quality and performance of construction materials. Our technicians evaluate fine and coarse aggregates to ensure compliance with project specifications and industry standards. What Aggregate Tests are Required for Concrete? Aggregate testing evaluates the physical and mechanical properties of materials such as sand, gravel, and crushed stone to determine their suitability for construction. In concrete production, these tests are essential because aggregates make up most of the concrete volume and directly affect its strength, durability, and performance. Required aggregate tests for concrete typically include: Abrasion resistance tests to evaluate durability Absorption tests to measure density and water absorption characteristics Moisture content tests to account for water in the mix design Sieve analysis to determine particle-size distribution Additional tests may include soundness testing, deleterious material analysis, and unit weight determination to confirm that aggregates meet project specifications and quality standards. About Our Aggregate Testing Services Our laboratory offers comprehensive aggregate testing for infrastructure, commercial, industrial, and residential projects. Our technicians perform a wide range of tests, including: Durability and Soundness Tests We evaluate resistance to weathering, abrasion, impact, freeze-thaw cycles, and long-term deterioration. ASTM C88, ASTM C131, ASTM C535, ASTM D5240, ASTM D5312, ASTM D5313 Gradation and Sampling Tests We determine aggregate size distribution and ensure representative samples are tested. ASTM C136, ASTM C117, ASTM D75, ASTM C702 Physical Properties Tests We...



The Applied Technical Services Family of Companies (ATS FoC) is a leader of alkali silica reaction companies, offering reliable ASR testing services with reliable reporting and short turnaround times. How do Alkali Silica Reaction Companies Prevent Concrete Expansion? Alkali silica reaction (ASR) testing companies like ATS offer specialized services to identify the risk of damaging expansion in concrete. ASR occurs when reactive silica in aggregates reacts with alkalis in cement, creating internal pressure that can cause cracking, reduced strength, and long-term durability issues. Since these problems may develop gradually and remain undetected for years, reliable ASR testing is essential for organizations seeking to protect their structures and minimize risk. ASR testing companies assess aggregates, concrete mixtures, and supplementary cementitious materials to determine their potential for reactivity. These services support informed material selection and help project teams confirm that mixtures meet performance and longevity requirements. The Importance of ASR Testing ASR testing provides early insight into potential durability challenges. Concrete structures must endure decades of environmental exposure, moisture, and mechanical stress. If this reaction occurs, expansion can compromise long-term performance. Our alkali silica reaction testing services help provide: Support for durable mixture design Early detection of reactive aggregates Verification of mitigation strategies Compliance with project specifications and regulatory requirements Reduced risk of cracking and long‑term repair costs Who Needs ASR Testing and Evaluation Services? ATS serves a diverse clientele relying on alkali silica reaction testing to support safe and durable construction. These groups include but are not limited to: State and...



The Applied Technical Services Family of Companies (ATS FoC) is proud to be one of the nation's leading aggregates testing lab companies, evaluating the quality and performance of materials used in concrete, asphalt, and other construction projects for clients operating in a wide range of industries. ATS laboratories assess physical and chemical properties affecting strength, durability, and long-term stability. As most construction materials consist of aggregates, our reliable testing and analysis services help ensure materials meet required specifications. Why Partner with a Professional Aggregates Testing Lab Company? Aggregates testing lab companies like ATS and SGS assess gradation, absorption, specific gravity, abrasion resistance, and reactivity. Our testing lab services provide insight into aggregate performance, supporting informed decisions during design, production, and quality control. Aggregate testing reduces uncertainty in material performance. Construction materials must endure environmental exposure, mechanical loads, and long-term wear, and poor-quality aggregates can cause cracking, early deterioration, or reduced structural capacity. Aggregates testing identifies potential issues before materials reach the jobsite. Benefits of partnering with the aggregates testing experts at ATS include: Verification of material compliance with project specifications Early detection of durability risks Support for consistent mixture performance Reduced likelihood of costly repairs Improved confidence in long‑term structural behavior Reliable testing helps maintain quality control and meet regulatory compliance requirements. Some of our most commonly requested concrete and aggregates testing lab services include: Failure Analysis Splitting Tensile Testing Temperature Testing Shrinkage Testing Rebound Hammer Testing ASR Testing Our Clients ATS' clients rely on our aggregate testing lab services...



Mitigating Chemical Reactions in Concrete The Applied Technical Services Family of Companies (ATS FoC) provides alkali-silica reaction (ASR) testing to assess whether aggregates will react with alkalis in cement. When alkalis and reactive silica interact, they can undergo a chemical reaction, forming a gel that expands with moisture, potentially causing concrete to crack and deteriorate. ASR testing identifies susceptible aggregates before they are used in construction. We help manage ASR risk in major infrastructure projects such as highways, bridges, dams, and commercial buildings, where concrete strength is critical. The goal is to protect the structural integrity of infrastructure and help ensure long-term durability. What Standards and Methods Are Applied in ASR Testing? In compliance with DOT, ASTM, and AASHTO standards, our expert engineers and technicians use a combination of screening methods, long- and short-term tests, and detailed analyses to validate aggregate suitability such as: ASTM C289: Aggregate Chemical Analysis – Screens for reactivity risk by measuring chemical interactions between aggregate materials and alkali solutions. ASTM C295: Petrographic Analysis and Examination – Identifies reactive minerals in aggregate samples. ASTM C1260: Accelerated Mortar Bar Testing (AMBT) – Rapidly evaluates potentially reactive aggregates. ASTM C1293: Concrete Prism Testing (CPT) – Long-term assessment of ASR potential in real-world environments. ATS facilities are accredited by ISO/IEC 17025:2017 and registered under ISO 9001:2015. Our network of laboratories is equipped with advanced technology and multiple testing stations to efficiently manage high testing volumes. Turning ASR Test Data into Confident Decisions Our comprehensive documentation and reporting provide clear...



Reliable Aggregate Testing Services for Construction Materials The Applied Technical Services Family of Companies (ATS FoC) offers aggregates testing services to verify that building materials meet performance standards and comply with ASTM, AASHTO, and DOT requirements. This testing is essential for the safety and durability of cement-aggregate bonds in roads, highways, bridges, and other critical infrastructure. How do Our Labs Support High-Volume Aggregate Testing? ATS and our network of labs use a combination or advanced technology and expertise to manage high-volume testing demands. Our ISO/IEC 17025:2017-accredited and ISO 9001:2015-registered facilities feature multiple testing stations and advanced equipment to handle high volumes of aggregate testing. Our technicians are trained in multiple testing methods and follow strict industry standards to deliver consistent, accurate results to help ensure strength and performance in aggregate testing. What Services Does Aggregate Testing Include? The ATS FoC offers a full range of aggregates testing services, including but not limited to: Gradation Reports/Sieve Analysis to determine particle size distribution. Specific Gravity and Absorption to measure density and porosity. Moisture Content Analysis to ensure proper mix design and compaction. Clay Lumps and Friable Particles to identify weak or undesirable materials. Flat and Elongated Particles to assess aggregate shape characteristics. LA Abrasion to assess wear resistance and degradation. Soundness Testing to evaluate durability under weathering We also offer material characterization, performance analysis, and expert consultation on aggregate selection. Our services support comprehensive quality assurance and quality control programs for consistent performance. Quality You Can Trust ATS has been a trusted...



The Applied Technical Services Family of Companies (ATS FoC) offers ACI-certified concrete strength testing. Concrete is a trusted, widely used material valued because of its durability, versatility, and long-term performance in residential, commercial, and industrial projects. Reliable quality control ensures concrete meets performance expectations throughout a structure’s lifespan, making professional testing a critical part of every construction project. Our concrete testing lab verifies that your concrete materials and mixes have the properties needed for their intended application. When Should Concrete Strength Testing Be Performed? Concrete strength testing should occur at key stages of curing to confirm the concrete is achieving the required compressive strength for safe structural performance. Specimens are typically collected during placement and evaluated at intervals such as 7 and 28 days to ensure compliance with project specifications and building codes. Timely testing helps identify issues early, supports quality control, and ensures your project can safely advance to the next construction phase. About Our ACI-Certified Concrete Strength Testing Services Our ACI-certified laboratory provides precise, reliable concrete strength testing to support informed construction decisions. Our technicians perform sampling, specimen preparation, curing, and compressive strength testing in accordance with industry standards. We evaluate both fresh and hardened concrete to verify quality at every stage of the project. We offer comprehensive testing services for quality control, regulatory compliance, and performance verification. Our team performs compression tests on molded specimens and cores, evaluates flexural strength, and analyzes hardened concrete properties that affect durability and performance. Advanced equipment, strict procedures, and extensive reporting...



The Applied Technical Services Family of Companies (ATS FoC) conducts cervical spine implant testing to evaluate the mechanical performance, durability, and safety of devices designed for the cervical region of the spine. These tests help manufacturers understand how implants behave under real-world loads and conditions and support regulatory submissions, product development, and long‑term reliability assessments. Why Test Cervical Spine Implants? Because cervical implants must withstand complex forces, thorough testing provides essential insight into how well a device will perform once implanted. Cervical implants experience bending, compression, torsion, and fatigue throughout their service life. Testing helps confirm that a device can tolerate these conditions without premature failure or degradation, supports design improvements, and helps manufacturers meet regulatory expectations. There are several benefits to ATS' cervical spine implant testing services, including but not limited to: Verification of mechanical strength under expected loading Assessment of fatigue resistance during long‑term use Evaluation of wear behavior for articulating components Support for regulatory compliance during product approval Improved patient safety through better understanding of device performance These insights help reduce risk and support the development of reliable spinal implants. Who Typically Needs Cervical Spine Implant Testing? A wide range of businesses and organizations rely on the accuracy of our cervical spine implant testing services to guide product decisions and support safe and effective device performance. Common clients include: Medical Device Manufacturers Product Engineers Regulatory Teams Research Institutions Quality Assurance Groups Legal and Insurance Professionals ATS: Precision, Professionalism, and Effectiveness The ATS FoC provides cervical spine implant...



The Applied Technical Services Family of Companies (ATS FoC) offers comprehensive strength testing services. Concrete is the world’s second most consumed resource, second only to water. Its cost-effectiveness, durability, and affordability have made it a critical component of modern construction and design. Concrete’s strength is also an important part of its popularity, but there are numerous factors that can impact the strength of concrete. Our concrete strength testing experts conduct tests to ensure concrete and concrete mixes achieve the desired strength. Why is Concrete Strength Important when Selecting Building Materials? Concrete strength is a critical factor when selecting building materials because it directly influences the structural integrity, durability, and long-term performance of a project. Stronger concrete can withstand greater loads, resist environmental stresses, and maintain its reliability over time, reducing the risk of cracking, deterioration, or structural failure. It also plays a key role in meeting safety requirements, building codes, and design specifications. By choosing concrete with the appropriate strength characteristics, project stakeholders can enhance construction quality, extend service life, minimize maintenance costs, and ensure that structures perform as intended under both everyday conditions and extreme events. About Our Concrete Strength Testing Services Our ISO/IEC 17025 and AASHTO R18-accredited lab provides reliable concrete strength testing services to construction companies, contractors, and developers. We combine experienced staff, calibrated equipment, and disciplined procedures to produce clear, actionable results that inform concrete mix designs and quality control and assurance decisions. We offer an expansive list of concrete strength testing services, including but not...



The Applied Technical Services Family of Companies (ATS FoC) is an accredited and reputable concrete testing laboratory. How Do Concrete Testing Labs Benefit Construction? Concrete testing laboratories support the construction industry by providing accurate data for quality control and informed decision-making. Technicians assess concrete properties, verify material performance, and ensure compliance with project requirements and industry standards. Engineers and contractors use these results to identify issues, improve practices, and maintain structural integrity. Reliable testing reduces costly delays, prevents premature deterioration, and safeguards public safety. Laboratory services promote accountability throughout each project phase and help raise construction standards, improve efficiency, and build confidence among stakeholders. About Our Concrete Testing Lab Our concrete testing laboratory provides reliable, timely, and technically rigorous services for construction companies, contractors, and developers. Our experienced staff uses calibrated equipment to deliver clear results that support project decisions, reduce risk, and keep schedules on track. We offer a full range of tests on concrete mixes and fresh and hardened concrete, including, but not limited to, the following: Aggregate testing Concrete core extraction and testing Concrete mix design and quality control Concrete sampling and slump testing Compression and flexural testing Durability testing Flexural and tensile strength testing Non-destructive testing (NDT) Water absorption testing Our laboratory follows strict quality control protocols and adheres to industry standards to ensure reliable results. All equipment is maintained and calibrated on documented schedules. Technicians are trained in current ASTM and AASHTO methods and pursue ongoing education to stay up to date with best practices....



The Applied Technical Services Family of Companies (ATS FoC) performs ASTM C1064 concrete temperature testing to verify the temperature of freshly mixed concrete at the time of placement. Concrete temperature affects hydration, set time, early‑age strength, and long‑term durability. Accurate field measurements support better control of concrete performance during important early stages. Why Concrete Temperature Testing is Important Concrete behaves differently as temperatures change. Warm mixes hydrate faster. Cold mixes hydrate slowly. Both conditions can create challenges if not monitored. Temperature testing helps project teams understand these conditions and respond appropriately. Benefits of concrete temperature testing include: Quality control during batching and placement Verification of specification limits for hot or cold weather work Protection against early cracking caused by rapid temperature changes Improved scheduling decisions for finishing and curing Better prediction of strength development in the first hours and days These insights help reduce risk and support consistent material performance across a project. Common Applications of Concrete Temperature Testing ASTM C1064 concrete temperature testing results guide important decisions in the field. Our clients include but are not limited to: Owners and developers seeking assurance that materials meet expectations Transportation agencies overseeing pavement and bridge work General contractors monitoring placement conditions Quality assurance inspectors documenting field conditions Ready‑mix producers confirming batch temperatures before delivery Structural engineers verifying compliance with project specifications ATS' concrete temperature testing services provide clear, accurate, and timely data to maintain project momentum and reduce the likelihood of costly delays. ATS: Our Process is Rooted in Partnership ATS...



The Applied Technical Services Family of Companies (ATS FoC) performs ASTM C496 splitting tensile testing to test the compressive load strength of concrete, identifying any vulnerabilities to tensile force. Concrete tensile testing to ASTM C496 is simple, repeatable, and widely accepted across the construction and engineering industries. Why Splitting Tensile Testing Matters Concrete performs well in compression but remains vulnerable in tension. Understanding its tensile capacity supports safer and more efficient structural design. Splitting tensile testing provides insight into: Cracking potential in slabs, pavements, and structural members Mix design performance, including aggregate quality and binder selection Durability concerns, such as long-term serviceability Quality control for ready‑mix producers and contractors Verification of designs used by engineers These results help project teams reduce risk, improve material performance, and support compliance with project specifications. Who Typically Needs ASTM C496 Testing A wide range of clients rely on splitting tensile data to guide decisions. Common users include: Structural engineers validating designs Ready‑mix concrete producers confirming batch consistency General contractors verifying material compliance Transportation agencies evaluating pavement performance Owners and facility managers assessing long‑term durability Insurance and legal professionals involved in failure investigations Each group depends on accurate, timely, and well‑documented results to support safe and cost‑effective project outcomes. The ATS FoC Professional Approach The ATS FoC delivers splitting tensile testing with a focus on accuracy, clarity, and dependable service. Our laboratories follow ASTM C496 procedures with strict attention to detail. Technicians prepare and test each specimen using calibrated equipment and controlled loading rates. This...



The Applied Technical Services Family of Companies (ATS FoC) performs concrete core testing to evaluate the strength and condition of existing hardened concrete structures. This quality-control process helps determine construction integrity and identify whether older concrete in buildings, bridges, or slabs requires repair. When is Concrete Core Testing Required? Concrete core testing is used to address structural concerns such as cracking, damage, deterioration, or suspected poor-quality concrete. Typically, it is required during renovations, retrofits, or structural safety assessments. This testing determines if concrete can safely support current or increased loads. It also supports code compliance and engineering decisions by providing reliable data for approvals, standards, and dispute resolution. How We Test Concrete for Strength and Quality At ATS, our engineers use specialized equipment and adhere to both national and international standards such as ASTM C42 to deliver reliable data on concrete strength and quality, supporting compliance and structural safety. Our concrete core testing involves a range of methods, such as: Sampling and Extraction End Preparation (trimming, grinding, or capping) Compression Testing Physical Properties Evaluation (mass per unit volume, water absorption, permeable voids, and apparent volume) Flexural Strength and Toughness Grout Testing Load Testing We also offer a full range of concrete and aggregate testing services for pre-construction, ongoing maintenance, and all project phases. Quality Testing You Can Trust Our ISO/IEC 17025:2017-accredited and ISO 9001:2015-registered testing and inspection services are available both on-site and in our laboratories, supporting our commitment to safety and reliability. Since 1967, ATS has been a trusted...



The Applied Technical Services Family of Companies (FoC) provides comprehensive concrete testing services. Concrete supports a wide range of structures in modern infrastructure. Even small variations in mix composition or environmental conditions can impact performance. Our experts evaluate concrete and its mixes to deliver essential insights into their properties and reliability. Why is Concrete Testing Important in Construction? Concrete testing reduces risk by verifying that both fresh and hardened mixes meet load and weathering standards set by ASTM and ACI. Independent laboratory evaluations provide engineers, contractors, and project owners with the data needed for code compliance and quality assurance. Regular testing helps prevent structural failures, protect public safety, ensure fiscal responsibility, and support long-term sustainability. About Our Concrete Testing Services Our AASHTO- and ISO 17025-accredited lab provides comprehensive concrete and aggregate testing in line with international standards. We assess plastic and hardened properties, such as compressive strength, flexural toughness, water permeability, and freeze-thaw resistance. ISO/IEC 17025 accreditation reflects our commitment to rigorous calibration and testing. Our qualified professionals offer a wide range of tests for all components of concrete mixes and finished concrete. We specialize in the following: Evaluations of concrete plastic properties Evaluations of hardened properties Mix designs for airports, floor slabs, ready mix producers, pavement, precast, prestress, self-consolidating concrete, shotcrete, and underwater concrete pours Our services include tests that comply with standards from leading industry organizations, such as: ASTM CRD ICC ISO About the ATS FoC: Committed to Service Excellence At the ATS FoC, we are committed to...



The Applied Technical Services Family of Companies (ATS FoC) offers ASTM C805 rebound hammer testing services through non-destructive evaluation of concrete surface hardness and strength. The concrete hardness testing experts at ATS adhere to ASTM standards, use calibrated instruments, and provide meticulous reports to ensure the highest levels of reliability and precision. Rebound Hammer Testing to ASTM C805 We perform ASTM C805/C805M rebound hammer testing using disciplined field methods and verified instruments to ensure reliable results for comparative evaluation, quality control, and preliminary strength estimation. The rebound hammer testing method provides a rebound number that reflects surface hardness. When a project-specific correlation with compressive strength is established using cores, this method can estimate in-place strength. We control factors such as surface moisture, finishing/form material, carbonation depth, and instrument variability by preparing test areas according to ASTM C805, using the same calibrated hammer for surveys, and documenting ambient and surface conditions. Precision Reporting with ATS Our comprehensive ASTM C805 rebound hammer testing for concrete hardness includes: Raw Rebound Data Statistical Summaries Mapped Uniformity Assessments Correlated Strength Curve We understand the importance of timeliness, accuracy, and cost-effectiveness. Rebound hammer concrete hardness testing is highly efficient and economical, making it a highly valued testing method. ATS combines ASTM-compliant procedures, calibrated equipment, experienced technicians, and clear, evidence-based interpretation. Our professional guidance helps reduce uncertainty, targets invasive testing where needed, and helps our clients make timely, cost-effective decisions to preserve structural performance and manage risk. ATS regularly performs ASTM C805 testing for clients operating in...



The Applied Technical Services Family of Companies (ATS FoC) conducts ASTM C157 shrinkage testing for concrete with strict adherence to protocol, quick turnaround times, and clear reporting. Concrete Shrinkage Testing to ASTM C157 This ASTM International standardized method provides objective data to help owners, designers, contractors, and regulators assess mixture performance, manage cracking risk, and make informed specification or remediation decisions. ATS performs ASTM C157/C157M testing with careful attention to specimen preparation, curing, environmental control, and measurement traceability. This ensures results are defensible for design reviews, quality control, and dispute resolution. ASTM C157 Shrinkage Testing Methodology Shrinkage testing concrete to ASTM C157/C157M involves casting beam specimens, applying a specified moist cure, then exposing them to controlled drying. Our certified technicians then record length change with a comparator, as outlined in the ASTM standard. We maintain calibrated equipment, documented sample custody, and laboratory conditions consistent with ASTM C157 (73°F/23°C and 50% relative humidity) to ensure measured shrinkage accurately reflects material behavior. Our reports include raw measurements, statistical summaries, and interpretation against project limits, along with practical recommendations for mix adjustments, admixture selection, curing improvements, and jointing strategies to address cracking and serviceability concerns. As drying shrinkage leads to cracking, ASTM C157 testing can help identify existing and potential issues that compromise durability, allow harmful agents to enter, and lead to costly repairs or liability. Early quantification allows targeted mitigation to minimize damage and even prevent failure. By combining rigorous testing with expert interpretation and clear remediation strategies, we provide professional, defensible, and...



The Applied Technical Services Family of Companies (ATS FoC) performs a wide range of concrete failure analysis services for engineers, contractors, insurance providers, legal teams, facility managers, and property owners to identify, remedy, and document distress, deterioration, and instability in concrete structures. The Importance of Concrete Failure Analysis  Concrete failure analysis is critical to preventing progressive collapse, reducing economic loss through targeted repairs, clarifying liability with objective documentation, and informing better design and construction practices. Our licensed engineers, material testing scientists, and certified technicians follow ASTM and ACI protocols, provide clear, evidence-based reports, and offer practical remediation recommendations and cost estimates to support repairs, litigation, insurance claims, or risk mitigation. Our team of failure analysis experts emphasizes transparent communication, strict chain-of-custody for samples, and defensible methodologies to reduce uncertainty and accelerate resolution. Whether addressing minor cracks, spalling, or catastrophic failures, our systematic approach ensures clients receive actionable conclusions and a clear path to restore structural integrity and confidence. We prioritize rapid mobilization, meticulous evidence preservation, and collaboration with clients and regulators. We also provide expert testimony, peer review, and long-term monitoring plans to ensure repairs are durable, compliance is achieved, and future performance is verified through scheduled inspections and data-driven maintenance. Our Concrete Failure Analysis Capabilities The ATS FoC conducts comprehensive investigations and offers expert guidance through the following methods: Field Inspection Nondestructive Testing Petrographic Examination Materials Testing Laboratory Analysis Structural Assessment Forensic Investigation and Documentation By applying decades of experience and multidisciplinary expertise, our certified concrete failure analysis technicians...



The Applied Technical Services Family of Companies (ATS FoC) offers a variety of nondestructive testing (NDT) to support concrete inspection services. Our NDT team specializes in identifying problems beneath the surface to help prevent rebar corrosion, costly repairs, and damage to utilities and reinforcements. By integrating non-destructive testing into our concrete inspection services, we help customers stay operational and keep personnel safe without dismantling critical infrastructure. What Can Concrete Inspection Services Identify? Nondestructive inspections on concrete can identify and locate defects such as: Voids Cracks Moisture intrusion Corrosion of reinforcing steel Delamination Deterioration Inspection Methods Tailored to Client Needs ATS provides a comprehensive range of nondestructive concrete inspection services tailored to client needs in compliance with ASTM, ACI, and ISO standards, including but not limited to: X-ray Testing on Concrete X-ray testing is a valuable method for concrete inspections, providing detailed internal views without cutting or damaging the structure. ATS offers this service to help clients prevent costly errors, improve safety, and ensure accuracy. Ultrasonic Pulse Velocity Ultrasonic pulse velocity is used to assess the internal conditions of concrete by measuring how fast high-frequency sound waves travel through the structure. UPV is effective in revealing whether damage exists and how widespread it may be. Our experts specialize in this method to clarify whether the concrete conditions are good or bad. Half-Cell Potential Testing Half-cell potential testing is the most common method for determining the likelihood of corrosion in rebar in concrete structures. This test measures the electrical difference between:  Reinforcing steel in...



How Do Certified Concrete Testing Companies Help Ensure Construction Resilience? The Applied Technical Services Family of Companies (ATS FoC) provides certified concrete testing to confirm that a structure’s slabs, walls, columns, and foundations are compliant with established quality standards. Since concrete is a critical component of any building’s structure, its physical, chemical, and material properties directly impact overall strength and durability. Partnering with a certified concrete testing company like ATS helps verify that materials meet required standards during construction and ongoing use. What Concrete Testing Services Support Construction Integrity? Depending on its intended function, concrete may undergo various tests to determine its suitability for specific applications. These tests include non-destructive, load, petrographic, and mechanical testing. As a certified testing company, the ATS FoC conducts testing in accordance with ASTM and ACI standards, using a range of established methods, including but not limited to:  Concrete Lab Testing Compressive Strength Flexural Strength Yield Tests Mix Design (ACI, Mix Development) Freeze Thaw Creep and Shrinkage Physical Concrete Testing Unit Weights and Yield Tests Forensic Analysis Splitting Tensile On-Site Concrete Testing Anchor Load Testing Bond Strength Testing Core Sampling Crack Evaluations Nondestructive testing (Including GPR, Ultrasonic, Impact-Echo, etc. ) Rebar Location and Mapping Roof Anchor Load Testing Skid Resistance Moisture Vapor Transmission Engineering and Consulting Condition Assessment Quality Assurance Inspections Failure Analysis Construction Monitoring Waterproofing System Evaluation Evaluation and Design Field Load Tests Litigation and Expert Witness Support Petrographic Testing Aggregate Petrography Concrete Petrography In addition, our Family of Companies offers additional testing services to...



The Applied Technical Services Family of Companies (ATS FoC) offers freeze-thaw concrete testing. Harsh winter conditions affect concrete performance, durability, and safety. Our ASTM C666-compliant tests assess concrete’s resistance to rapid freezing and thawing, ensuring concrete mixes meet the demands of their intended application. Why is ASTM C666 Important in Construction? ASTM C666 is a standardized method for assessing concrete’s resistance to repeated freezing and thawing. It provides construction teams with consistent metrics, such as durability factor and mass loss, to evaluate susceptibility to damage. Since freeze-thaw deterioration often leads to early surface scaling and cracking, C666 results help set acceptance criteria and guide mix adjustments, including air entrainment and aggregate selection. It includes two test procedures that simulate field conditions and assess durability using metrics such as relative dynamic modulus of elasticity, mass loss, and visible deterioration. Procedure A: Rapid Freezing and Thawing in Water Procedure A keeps specimens fully submerged during freeze-thaw cycles, maintaining near-saturated conditions. This method evaluates concrete under severe moisture exposure to identify susceptibility to internal damage and scaling. Procedure B: Rapid Freezing in Air and Thawing in Water Procedure B alternates freezing in air with thawing in water, creating wet and dry cycles that better reflect real-world conditions. This method demonstrates how surface and near-surface deterioration develop under changing moisture levels. About Our Freeze Thaw Concrete Testing Capabilities Our concrete testing laboratory is accredited to ISO 17025, AASHTO R18, and Army Corps of Engineers standards. We perform ASTM C666 testing in strict accordance with...



Qualifying UAVs for Mission Success The Applied Technical Services Family of Companies (ATS FoC) provides MIL-STD 810H UAV qualification to verify unmanned aerial vehicles are mission-ready and can operate safely in harsh or demanding environments. To meet military qualifications, UAVs and defense drones must be fail-safe, reliable, and satisfy operational, environmental, security, survivability, and performance standards before deployment. What is Required for MIL-STD 810H UAV Qualification? The US Department of Defense requires rigorous ground and in-flight testing for military UAVs and defense drones. Mission-critical equipment and their components must be: EMC/EMI compliant and electronically secure to safely integrate with other defense systems. Mission-capable based operational effectiveness, range, and battery endurance. Environmentally resilient and capable of withstanding extreme temperatures, vibrations, and weather. Protected from cybersecurity threats that can risk data integrity, including secure communications. Airworthiness certified for safe, stable flights. Our Comprehensive Approach to UAV Qualification In our state-of-the-art defense drone testing laboratory, trained experts provide comprehensive evaluations including environmental, mechanical, and electrical testing across multiple disciplines to meet strict military UAV qualification requirements. Testing covers the full operational UAV lifecycle in compliance with standards such as MIL‑STD‑810 and MIL‑STD‑461. Our military UAV qualification testing services include, but are not limited to: Battery Testing (UN 38. 3 &RTCA DO) Electrical Testing EMI/EMC Testing (MIL‑STD‑461) Mechanical Testing Environmental Testing (MIL-STD 810) Performance Testing Metallurgical Analysis Materials Testing (including metals and polymers) Custom Testing From UAV Compliance to Mission-Ready Confidence As a trusted testing and inspection partner of the U. S. military, ATS works...



Reliable Data Centers Start with Expert Engineering The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center reliability engineering services to confirm critical systems and infrastructure operate seamlessly and maintain continuous uptime. By combining systematic design, testing, monitoring, and analysis, reliability engineering services are essential to data centers at every phase. Partnering with well-trained reliability engineers can immediately impact a business’s bottom line by eliminating losses, managing risks, and ensuring equipment functions as expected. How do Reliability Engineers Keep Data Centers Running Smoothly? In compliance with industry standards and SLAs, our reliability engineers monitor and analyze data system performance in real time to detect early signs of potential failure. Our robust, data-driven insights enable the implementation of maintenance strategies and the continuous improvement of processes, enhancing data center system resilience. Our reliability engineers help data centers maintain performance by: Implementing data center condition monitoring to analyze diagnostic data and implement corrective actions as needed. Evaluating infrastructure reliability design for power, cooling, and network infrastructure. Alerting systems to track abnormalities such as extreme temperatures or excess moisture. Conducting reliability analysis such as Failure Mode and Effects Analysis (FMEA) and Root Cause Analysis (RCA). Applying mechanical integrity inspections such as visual inspections, magnetic particle, UT thickness, dye penetrant, and radiographic testing. Measuring capacity through load and stress testing to estimate demand and validate system performance under stressful conditions. Preventive Maintenance and Predictive Maintenance for scheduled servicing and/or condition-based monitoring. Integrating disaster recovery and business continuity to maintain operations...



The Applied Technical Services Family of Companies (ATS FoC) conducts military UAV battery testing in accordance with the UN 38. 3 standard. UAVs, or unmanned aerial vehicles, are an important tool in modern military operations. Their ability to function reliably across numerous environments, conditions, and applications is critical to the safety of military personnel and the success of military operations. Our services help manufacturers verify that their batteries comply with UN 38. 3 standards. Why is UN 38. 3 Important for UAV Battery Testing? UN 38. 3 outlines the United Nations’ testing requirements to ensure the safety of lithium batteries during transport. It specifies a standardized sequence of mechanical, thermal, electrical, and environmental tests to verify the safety of lithium-ion batteries. These tests include: Altitude simulation Thermal cycling Vibration Shock Short circuit Impact Overcharge Forced discharge These tests confirm that lithium batteries can withstand normal transport conditions without igniting, venting, or leaking. For military UAV batteries, UN 38. 3 is essential because these high-energy, mission-critical components are shipped, stored, and deployed in diverse environments. Compliance reduces the risk of thermal runaway and other hazards during transport, storage, and use. The UN requires UN 38. 3 testing for the following battery types: New lithium cell designs New battery designs Modified battery designs About Our UN 38. 3 Battery Testing Services Our ISO/IEC 17025-accredited and A2LA-certified labs have the expertise to help UAV manufacturers achieve UN 38. 3 compliance. Our experienced technicians and advanced, calibrated equipment ensure professional and timely service. Our...



The Applied Technical Services Family of Companies (ATS FoC) provides concrete petrography services. While concrete is known for its durability, strength, and cost-effectiveness, it still requires routine evaluation. Our assessments support quality control, crack diagnosis, fire damage evaluation, investigation of premature deterioration, and construction-related litigation. What is Concrete Petrography Used in Construction? Concrete petrography is the microscopic study of concrete as a man-made rock. Using thin sections and various microscopes, technicians examine the mineralogy, texture, and structure of cement paste, aggregates, and the interfacial transition zone. This analysis reveals the composition of the concrete and how its microstructure affects performance. Concrete petrography is a vital diagnostic tool in construction, enabling engineers to analyze the internal structure and chemical composition of concrete samples, helping extend the lifespan and protect the safety of concrete materials. About Our Concrete Petrography Services Our laboratory is accredited to ISO 17025, AASHTO R18, and Army Corps of Engineers standards. We provide comprehensive petrographic services for owners, engineers, contractors, and attorneys. Our technicians use magnified observation and elemental analysis to evaluate: Alkali-Carbonate Reactivity (ACR) Potential Alkali-Silica Reactivity (ASR) Potential Aggregate Lithology (Rock Type) Durability Grain size Mineralogy Porosity Pyrrhotite Content Staining Potential Quality Water demand effects Our evaluations identify potential defects or weaknesses in concrete, helping clients make informed decisions. Each project includes clear, detailed reports on the physical and chemical characteristics of concrete materials. All examinations comply with ASTM C856, which outlines procedures for petrographic examination of hardened concrete. Why is Concrete Petrography Important? Petrographic analysis...



The Applied Technical Services Family of Companies (ATS FoC) is a trusted provider of construction materials testing. We help clients ensure materials and infrastructure are durable, high-quality, and compliant during construction, repair, and renovation. How is Materials Testing Beneficial to the Construction Industry? Materials testing is essential in construction to verify properties, performance, and durability. It reduces risk, prevents costly rework, and ensures materials meet design and regulatory requirements. Testing supports material selection, enables early issue detection, and helps keep projects on schedule. It applies to a wide range of construction materials and components, including: Coatings Cement Concrete Composites Polymers Steel Structural metals Our Material Testing Services ATS FoC offers comprehensive materials testing for owners, engineers, contractors, and developers, from preconstruction through long-term performance monitoring. Our services include prequalification testing, on-site sampling and testing, quality assurance and control, mix design verification, and forensic analysis for failure investigation and dispute resolution. We provide concise, actionable reports with clear data interpretation, thorough documentation, and recommendations tailored to your project. Our technicians perform a wide range of materials testing, including: Abrasion resistance Accelerated weathering Adhesion Bend Chemical analysis Compressive strength Hardness Nondestructive testing, including ground penetrating radar, pulse velocity, and impact echo Petrography Physical analysis Shear Tensile strength Thermal Water and air infiltration We conduct testing in accordance with industry guidelines and ASTM and ISO standards. Our Commitment to Service Excellence Our technicians have decades of combined experience in materials science, field evaluations, laboratory analysis, inspections, design assistance, and litigation support. Each team...



The Applied Technical Services Family of Companies (ATS FoC) offers defensive UAV EMC testing for military unmanned aerial vehicles (UAVs). Our experts test to military standards, ensuring your drones meet the requirements and remain reliable in the field. Why Do UAVs Require EMC Testing? Electromagnetic interference (EMI) occurs when unwanted noise from an external electromagnetic field (EMF) disrupts the performance of other devices. Electromagnetic compatibility (EMC) is a device’s ability to function in its electromagnetic environment without adversely affecting its own operations or disrupting those of nearby systems. EMC issues can disrupt navigation, corrupt command links, and degrade sensor performance, leading to mission failure and safety risks. Electromagnetic compatibility is the ability of equipment to operate as intended in its electromagnetic environment without causing or experiencing disturbance. Effective EMC testing addresses both emission control and immunity. Verifying emissions and immunity throughout the operational envelope helps identify vulnerabilities early, reduce redesign costs, and accelerate approval and deployment. About Our Defense UAV EMC Testing Our EMC testing experts conduct comprehensive tests to evaluate the performance and vulnerabilities of our clients' UAVs. We help clients avoid costly issues late in their drone’s development by ensuring our services are thorough and aligned with the Department of Defense’s expectations. Our combined emissions and susceptibility tests help do the following: Ensure the reliability of sensors, navigation, and communication systems. Support compliance with key standards, including MIL-STD-461 and RTCA-DO-160. 60 Our services provide critical insight into UAV performance, including: Conducted emissions Conducted immunity Electrostatic discharge Radiated emissions...



Why is MIL-STD 461 UAV EMC Testing Important to Drone Compliance? The Applied Technical Services Family of Companies (ATS FoC) conducts MIL-STD 461 UAV EMC testing to ensure unmanned aerial vehicles (UAVs) comply with the required standards. To support consistent operations without interference, regulatory bodies such as the Department of Defense (DoD) and Federal Communications Commission (FCC) require UAVs to meet established EMI and EMC standards. Electromagnetic interference (EMI) occurs when energy from electronic components disrupts nearby systems. UAVs rely on integrated electronics and are particularly susceptible to both internal and external interference, which can impact motor control, sensors, and navigation. Electromagnetic compatibility (EMC) testing measures the extent of system interference.   MIL-STD 461 UAV EMC testing helps ensure these systems perform reliably in the field. What is MIL-STD 461 Testing? MIL-STD 461 is a military standard that defines requirements for electrical system emissions and resistance to interference. Testing subject systems to different types of interference to assess performance and compliance. ATS performs EMI/EMC testing according to MIL-STD 461 methods, including but not limited to: CE101: Conducted Emissions - Low Frequency CE102: Conducted Emissions - High Frequency CS101: Conducted Susceptibility - Power Leads CS114: Conducted Susceptibility - Bulk Cable Injection CS115: Conducted Susceptibility - Transient Spikes CS116: Conducted Susceptibility - Transient Spikes CS117: Conducted Susceptibility - Unintentional Radiator CS118: Conducted Susceptibility - Personnel ESD RE101: Radiated Emissions - Magnetic RE102: Radiated Emissions - Electric RS101: Radiated Susceptibility - Magnetic RS101: Radiated Susceptibility - Electric ATS Testing: Moving You from Confidence to Certainty...



How Does a MIL-STD 810 UAV Testing Lab Facilitate Drone Resilience?   The Applied Technical Services Family of Companies (ATS FoC) operates MIL-STD 810 UAV testing labs to verify that unmanned aerial vehicles (UAVs) are resilient to environmental conditions.   UAVs are exposed to environmental factors such as extreme temperatures, vibration, shock, and humidity during operation. Withstanding these conditions is essential for dependable and safe performance. MIL-STD 810 testing evaluates drone resilience to help ensure reliable operation in real-world missions.   Regulatory agencies, including the Department of Defense (DoD), may require environmental testing to verify drone compliance. At ATS, our MIL-STD 810 UAV testing labs help clients meet these requirements.   What Test Methods are Performed under MIL-STD 810?   MIL-STD 810 is a military standard for environmental testing. ATS conducts testing using methods, including but not limited to:  Method 500. 5 – Low Pressure or Altitude Method 501. 5 – High Temperature Method 502. 5 – Low Temperature Method 503. 5 – Temperature Shock Method 504. 1 – Contamination by Fluids Method 505. 5 – Sunshine (solar radiation) Method 506. 5 – Rain Method 507. 5 – Humidity Method 509. 5 – Salt Spray/Salt Fog Method 510. 5 – Sand and Dust Method 512. 5 – Immersion Method 513. 6 – Acceleration Method 514. 6 – Vibration Method 516. 6 – Shock Method 517. 1 – Pyroshock Method 519. 6 – Gunfire Shock Method 521. 3 – Icing/Freezing Rain Method 524. 0 – Freeze/Thaw How ATS Meets Your UAV Testing Needs  ATS strives to deliver excellence in...



The Applied Technical Services Family of Companies (ATS FoC) operates as a defense UAV environmental qualification lab. We help ensure our clients' unmanned aerial vehicles (UAVs) comply with the Department of Defense’s (DoD’s) strict regulations and standards. How Do UAV Qualification Labs Benefit UAV Manufacturers? Qualification laboratories play a vital role in validating the performance, safety, and reliability of military unmanned aerial vehicles. Defense UAVs must function reliably in harsh environments and under extreme thermal, mechanical, and electromagnetic stress. Comprehensive qualification programs reduce operational risk by identifying design weaknesses early and confirming that power systems meet mission requirements. Independent, repeatable testing provides the objective evidence needed for the US military to certify platforms for deployment. About Our Defense UAV Environmental Qualification Lab Our Environmental Qualification Lab delivers comprehensive testing for defense UAVs to ensure each platform meets DoD requirements. We utilize specialized chambers, vibration and shock rigs, and EMI/EMC facilities, all managed by experienced technicians who develop and execute test plans to military specifications. We provide detailed test reports and traceable data that highlight a UAV’s compliance with the following standards: MIL-STD-461 MIL-STD-810 RTCA DO-160 We offer an expansive list of environmental testing services for UAVs, including, but not limited to: Temperature Extremes: Operation and storage within specified high and low temperature limits. Thermal Cycling and Shock: Repeated transitions between temperature extremes and exposure to thermal shock. Humidity and Corrosion: Exposure to high humidity and resistance to salt fog. Vibration and Mechanical Shock: Sustained vibration profiles and discrete shock events....



The Applied Technical Services Family of Companies (FoC) provides lithium battery testing for military drones. Why is Lithium Battery Testing Important for Military Drones? Lithium-ion and lithium-polymer batteries power military unmanned aerial systems (UAS) and require thorough pre-deployment testing to ensure suitability. These batteries are vulnerable to thermal stress, mechanical shock, and electrical abuse, which can affect performance and compromise mission success, platform integrity, and safety. Testing verifies performance under operational conditions, identifies latent defects, and confirms safety features such as thermal runaway mitigation and cell balancing. For military drones, comprehensive battery qualification reduces field failures, minimizes maintenance, and supports lifecycle management to maintain readiness. About Our Lithium Battery Testing for Military Drones Our laboratory partners with defense contractors to ensure battery systems meet or exceed military standards and requirements. We translate regulatory guidelines into practical test programs, provide traceable documentation, and deliver actionable results to support certification. Our team has extensive experience with lithium battery testing and we work closely with clients to customize test plans and interpret results, helping them enhance the safety and performance of their UAVs. We offer a wide array of drone-focused lithium battery tests, including. but not limited to the following: Environmental TestingWe simulate the full range of environmental stresses that military drones encounter. Our testing covers thermal cycling, altitude and pressure chambers, humidity exposure, salt fog, and vibrations that reflect storage, transport, and operational conditions. These tests identify degradation modes and validate thermal management strategies to ensure reliable battery performance in demanding environments....



The Applied Technical Services Family of Companies (ATS FoC) and SGS offer comprehensive data center polymer testing services. How Do Polymer Tests Support Data Centers? Polymer testing assesses the physical, chemical, and mechanical properties of plastics, elastomers, and composites. In data centers, engineers rely on these tests to select materials during design, verify performance during construction, confirm readiness during commissioning, and establish preventive maintenance schedules during operations. Various types of data center equipment and components may require polymer testing: Power distribution units: server racks, uninterruptible power supplies, transformers, switchgear Cooling equipment: chillers, heat exchangers, piping, pump seals, and fan blades Cable and connectivity: fiber-optic jackets, copper cable insulation, connectors, and cable trays Enclosures and structural components: rack coatings, floor tiles, door seals, vibration dampers About Our Data Center Polymer Testing Services Our polymer testing services help evaluate polymers used throughout a data center’s lifecycle. We measure key polymer properties, including those that impact thermal management, electrical insulation, sealing, and structural integrity. Our services help our clients with their polymer material selection strategies, ensuring their polymers function as expected in their intended application. Our ISO/IEC 17025:2017 accredited lab adheres to strict quality protocols and maintains accreditation to ensure test results meet industry standards. We offer an array of polymers testing and characterization services, including, but not limited to: Chemical Testing Gas Chromatography-Mass Spectrometry (GC-MS) Fourier Transform Infrared Spectroscopy (FTIR) Thermogravimetric Analysis (TGA) X-Ray Fluorescence(XRF) Environmental Testing Accelerated weathering Mechanical Testing Compression set Hardness Impact Flexural strength Tensile Thermal Testing Differential Scanning...



How Does an ISO 17025 UAV Testing Laboratory Support Drone Compliance? The Applied Technical Services Family of Companies (ATS FoC) operates ISO 17025 UAV testing laboratories to verify unmanned aerial vehicles (UAVs) meet compliance and performance standards.   UAVs often operate in demanding conditions, including extreme temperatures, mechanical stresses, and electrical interference, making rigorous testing is essential to ensure reliability and regulatory compliance. Using an ISO 17025-accredited UAV testing laboratory ensures results are accurate, repeatable, and traceable. Which Methods Are Used for UAV Testing? UAV testing combines methods across various specialties and disciplines to optimize drone endurance for safe, stable flights. ATS provides ISO/IEC 17025:2017-accredited testing services for UAVs, including but not limited to: Mechanical Testing  Our experts perform mechanical testing on UAV components, batteries, and assemblies to verify their ability to withstand physical stress. We assess characteristics such as: Tensile Strength  Fracture Toughness  Hardness  Metallographic properties  Tear Resistance Environmental Testing UAVs must perform reliably in diverse environmental conditions. Our technicians conduct testing in advanced chambers to simulate real-world environmental stressors, including but not limited to: Corrosion Testing  Temperature/Humidity Testing  Shock/Vibration Testing  Ingress Protection  Altitude Testing  Solar Testing  UV Testing  Flammability Testing  Paint/Coating Testing  Electrical Testing  Drones depend on reliable electrical systems for navigation and flight. To help ensure drones are compliant and electronically secure, we test for:  Power Variation  Dielectric Strength  Insulation Resistance  Conducted Emissions  Radiated Emissions  Chemical Testing Chemical testing evaluates material properties to determine compliance with quality standards. ATS uses methods such as:  Optical Emissions Spectroscopy (OES)  SEM/EDS  X-Ray Fluorescence  Combustion  X-Ray Diffraction  Inductively Coupled Plasma (ICP)  Nondestructive Inspection (NDI)  ATS uses NDI...



Why is Defense Drone Testing Important?   The Applied Technical Services Family of Companies (ATS FoC) operates a defense drone testing laboratory to help ensure defense drones meet strict military standards. Defense drones must be reliable and perform as expected in challenging conditions. Regulatory agencies, including the Department of Defense, require comprehensive testing to confirm compliance. As a result, drones are typically subjected to environmental, mechanical, and electrical testing to ensure compliance with these standards. How Our Defense Drone Testing Laboratory Supports Drone Compliance Defense drone testing offers valuable insight into how drones respond to different conditions. The ATS FoC conducts testing in accordance with specific standards, including, but not limited to: Environmental Testing: MIL-STD 810 Military drones may encounter various environmental factors that affect performance and overall lifespan. Environmental testing can help determine whether the system is durable enough to withstand extreme external conditions. The ATS FoC can perform environmental testing to MIL-STD-810 methods, including but not limited to: Method 500. 5 – Altitude or low pressure  Method 501. 5 – High temperature  Method 502. 5 – Low temperature  Method 503. 5 – Temperature shock  Method 504. 1 – Contamination by fluids  Method 505. 5 – Sunshine and Solar Radiation  Method 506. 5 – Rain  Method 507. 5 – Humidity  Method 509. 5 – Salt Spray/Salt Fog  Method 510. 5 – Sand and Dust  Method 512. 5 – Immersion  Method 513. 6 – Acceleration  Method 514. 6 – Vibration  Method 516. 6 – Shock  Method 517. 1 – Pyroshock  Method 519. 6...



The Applied Technical Services Family of Companies (ATS FoC) and SGS deliver data center mechanical integrity inspection services to verify critical equipment is properly designed, constructed, installed, operated, and maintained, reducing the risk of unplanned shutdowns or costly system failures. Mechanical integrity in data centers is a key component of Process Safety Management (PSM). A comprehensive data center mechanical integrity inspection program typically includes testing and inspection to applicable standards, a management system, routine preventive and predictive maintenance, training, and a Quality Assurance (QA). What Systems are Included in Data Center Mechanical Inspections? Since data centers contain essential systems and infrastructure, maintaining their reliable operation is vital for continuous uptime. Our data center mechanical integrity inspection services typically cover systems such as: Cooling and HVAC Systems Pumps Pressure Valves Water Cooling Systems IT Systems Piping Controls Storage Emergency Shutdown Systems Generators Chillers Electrical Systems Our Comprehensive Data Center Mechanical Integrity Inspection Program Through our layered mechanical integrity inspection program, we use data to ensure equipment is properly maintained and optimized. We also confirm that systems are operating properly, personnel are trained, and compliance requirements are fulfilled. Predictive Maintenance Our predictive maintenance services provide real-time data to identify when data center components may require repairs. Our team detects critical warning signs, such as rising temperatures, excess moisture, load imbalances, uneven power distribution, and system performance issues. Using data insights, this condition-based approach enables our team to anticipate and address issues before system failure. Preventive Maintenance Preventive maintenance in data centers includes...



Qualifying UAVs for Mission Success The Applied Technical Services Family of Companies (ATS FoC) conducts military UAV qualification testing to verify unmanned aerial vehicles are mission-ready and can operate safely in harsh or demanding environments. To meet military qualifications, UAVs and defense drones must be fail-safe, reliable, and satisfy operational, environmental, security, survivability, and performance standards before deployment. What is Required for Military UAV Qualification? The US Department of Defense requires rigorous ground and in-flight testing for military UAVs and defense drones. Mission-critical equipment and their components must be: EMC/EMI compliant and electronically secure to safely integrate with other defense systems. Mission-capable based operational effectiveness, range, and battery endurance. Environmentally resilient and capable of withstanding extreme temperatures, vibrations, and weather. Protected from cybersecurity threats that can risk data integrity, including secure communications. Airworthiness certified for safe, stable flights. Our Comprehensive Approach to UAV Qualification In our state-of-the-art defense drone testing laboratory, trained experts provide comprehensive evaluations including environmental, mechanical, and electrical testing across multiple disciplines to meet strict military UAV qualification requirements. Testing covers the full operational UAV lifecycle in compliance with standards such as MIL‑STD‑810 and MIL‑STD‑461. Our military UAV qualification testing services include, but are not limited to: Battery Testing (UN 38. 3 &RTCA DO) Electrical Testing EMI/EMC Testing (MIL‑STD‑461) Mechanical Testing Environmental Testing (MIL-STD 810) Performance Testing Metallurgical Analysis Materials Testing (including metals and polymers) Custom Testing About ATS: From UAV Compliance to Confidence As a trusted testing and inspection partner of the U. S. military, ATS works...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provides data center preventive maintenance services to help ensure reliable operation of critical infrastructures, including power systems, generators, cooling systems, and hardware. Preventive maintenance services identify issues early through routine inspections, servicing, and testing to verify compliance with safety and regulatory standards before shutdown. This proactive, scheduled approach helps prevent outages, reduce financial risk, and protect data, while extending equipment lifespan and improving energy efficiency. Our Comprehensive Data Center Preventive Maintenance Program Preventive maintenance in data centers includes safety testing such as electrical, mechanical, and environmental assessments. ATS and SGS help protect critical equipment with our comprehensive services, including but not limited to: Material Verification Mechanical Testing Chemical Analysis Corrosion Testing Construction QA & Installation Verification Anchor Pull Testing Load Testing Services Data Center NDT Services Data Center Condition Monitoring and Assessment Visual Indication Audible Noise Sensible Vibration Sensible Temperature Vibration Analysis Acoustic → Ultrasonic Testing Infrared Thermography Reliability Testing Electrical Testing Lightning Protection Calibration X-Ray Testing GPR Borescope Inspections Computed Tomography About ATS & SGS Sine 1967, ATS has been a trusted partner in the testing, inspection, certification, and calibration (TICC) industry. After joining SGS in 2026, we have grown from a national TICC provider to serving clients worldwide. Our testing services are backed by an ISO 9001:2015-registered quality management system and multiple ISO/IEC 17025:2017 accreditations. Contact Us If your organization requires data center preventive maintenance services or any other data center testing services, our team of trained...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center supplier quality assurance testing to verify that critical equipment, systems, and services meet performance, safety, and compliance standards during installation, before a data center becomes operational. Data center supplier quality assurance testing is a proactive approach to quality control that reduces operational risks that can lead to costly unplanned downtime. ATS and SGS' expert technicians offer QA services support in combination with our full-service TICC capabilities. What Does Data Center Supplier Quality Assurance Testing Involve? We partner with data center clients to strengthen their quality assurance by assessing materials, components, systems, and infrastructures to confirm these critical systems work together seamlessly in accordance with safety standards such as NEC, NFPA, IEEE. ATS and SGS' QA program spans multiple disciplines, including but not limited to: Material Verification Our data center material verification services assess the elemental composition, mechanical properties, and microstructure of critical components to ensure they meet all relevant standards. Mechanical Testing Chemical Analysis Corrosion Testing Construction QA & Installation Verification Construction QA services help ensure that data centers are built and installed correctly from the start. Throughout pre-construction, operations, and maintenance, all systems and materials must meet design specifications to ensure proper installation and reliable performance in mission-critical environments. Anchor Pull Testing Load Testing Services Data Center NDT Services Component Qualification/Durability In addition to material verification, this phase of QA testing confirms data center components can withstand real-world environmental conditions. Environmental Testing Services Computed Tomography...



The Applied Technical Services Family of Companies (ATS FoC) and SGS deliver reliable, comprehensive leak-testing services for data centers. Why do Data Centers Require Leak Testing? Leak testing identifies and locates unwanted fluid or gas leaks from pipes, valves, fittings, and pressurized systems. Technicians use controlled methods to measure leak rates and verify system integrity throughout the data center lifecycle, including: Construction Technicians conduct pressure and vacuum tests on piping and enclosures to verify welds, flanges, and joints before insulation and concealment. Commissioning Commissioning teams perform tracer-gas and pressure-decay tests to confirm system integrity under operational conditions. Operation During operation, facility managers rely on regular leak testing to identify degradation before failures occur and to maintain continuous service. About ATS & SGS' Data Center Leak Testing Services Our leak testing services improve efficiency, safety, and compliance in data centers by ensuring cooling and gas management systems are leak-free. We coordinate with operations staff to schedule tests with minimal disruption and provide actionable reports to support operational efficiency and maintenance planning. We use multiple test methods tailored to each system and risk profile, including, but not limited to: Compressed air testing Helium tracer testing Infrared gas leak testing Pressure decay testing Vacuum testing Ultrasonic acoustic testing Our technicians combine field expertise with calibrated instruments and rigorous procedures. To select the most effective leak testing approach, we assess each system’s structure, operational environment, and potential risk areas. We also consider client objectives and unique site requirements to recommend the most suitable methods...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide reliable data center dimensional inspection services to support the quality control of critical data center components and structures. How Does Dimensional Inspection Support Data Centers? Dimensional inspection measures the geometry and dimensions of assemblies or components to ensure they meet design specifications. These services support data center projects by verifying the physical dimensions of critical infrastructure. Design During design, teams use high-accuracy metrology and advanced 3D scanning to validate equipment footprints, structural clearances, and integration points. This process helps eliminate conflicts before construction begins. Construction During construction, inspectors verify the geometry and placement of cooling systems, cable pathways, racks, and support structures. This ensures components meet strict tolerances for airflow efficiency, power distribution, and reliability. Commissioning During commissioning, dimensional inspection confirms that as-built conditions match the approved design and all mechanical interfaces align correctly. This provides owners with accurate documentation and confidence in first-day performance. A proactive, data-driven approach protects capital investments, accelerates schedules, and supports long-term operational stability. About ATS & SGS' Data Center Dimensional Inspection Services Our precision dimensional inspection and 3D metrology services provide data centers with the structural certainty needed to maintain uptime, optimize thermal efficiency, and prevent costly delays. We deliver comprehensive physical validation using advanced 3D laser scanning and coordinate measuring machines (CMMs). Our services eliminate component interference, ensure optimal airflow containment, and protect mission-critical environments from structural failures by verifying exact geometric tolerances during construction and retrofits. We quickly scan and...



The Applied Technical Services Family of Companies (ATS FoC) and SGS deliver critical lightning protection consulting for data centers, helping reduce disruptions and protect essential infrastructure. Why do Data Centers Need Lightning Protection? Lightning protection prevents direct strikes, manages lightning currents, and reduces transient overvoltages that can damage structures and electronic systems. This is crucial for data centers with critical servers, networking equipment, and sensitive data storage. A single strike or surge can disrupt operations, corrupt data, and cause significant downtime. Effective protection combines external systems such as air terminals, down conductors, and grounding electrodes with internal surge protection devices and bonding strategies to safely divert lightning energy to ground and minimize electromagnetic effects. For mission-critical facilities, a coordinated lightning protection strategy is essential for risk management, availability, and asset protection. About Our Data Center Lightning Protection Consulting Services We offer comprehensive lightning protection consulting for data centers to help clients prevent downtime, maintain compliance, and protect valuable data and equipment. Our services include system design, installation oversight, routine inspection, testing, and prompt repair. We develop tailored plans featuring external air-termination networks, low-impedance grounding, surge protective devices, and equipotential bonding to mitigate risks from direct strikes and transient coupling. Our technicians ensure reliable commissioning and maintenance through inspections, continuity and resistance testing, and surge device verification, enabling clients to operate with confidence. All work complies with relevant standards and codes, including NFPA 780 and UL 96A, ensuring documented compliance and effective risk management. Our experts provide the following services: Installation...



The Applied Technical Services Family of Companies (ATS FoC) and SGS deliver essential lightning protection inspection services that protect your data center from costly downtime and loss. Why Do Data Centers Require Lightning Protection? A lightning protection system provides a direct path for lightning to reach the ground, preventing energy from passing through a building’s electrical or structural components. Data centers depend on this protection because lightning can cause spikes that overwhelm power systems and network hardware. These surges put servers, cooling equipment, and data storage systems at risk, all of which require stable, uninterrupted power. Technicians install air terminals, grounding networks, and bonding conductors to safely direct current away from sensitive electronics. Surge protection devices are also used to block excess voltage before it reaches critical equipment. This comprehensive approach safeguards uptime, preserves data integrity, and ensures data centers comply with regulations and standards. About Our Data Center Lightning Protection Inspection We offer clear, comprehensive lightning protection inspections, expert installations, and dependable repairs for data centers. Inspections Our inspections assess all external and internal components of the lightning protection system, including air terminals, catenary wires, down conductors, bonding connections, grounding electrodes, and surge devices, and verify that each component safely intercepts, conducts, and dissipates strikes. Installations For installations, we verify all lightning protection components, test their integration, and confirm required separation and grounding. We install and test surge protection, check hardware integrity, and document all performance measures for compliance. Repairs Our repairs restore system performance by diagnosing damage, repairing...



Verify Data Center Quality Assurance with ATS & SGS The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center QA testing services to verify critical systems are reliable and compliant throughout every phase of a data center's performance lifecycle. In combination with our full-service capabilities, our QA services support critical data center operations through various testing, chemical analysis, inspection, calibration, and performance validation. What Does Data Center QA Testing Involve? We partner with data center clients to strengthen their quality assurance by assessing materials, components, systems, and infrastructures to confirm these critical systems work together seamlessly. ATS and SGS' QA program spans multiple disciplines, including but not limited to: Material Verification Our data center material verification services assess the elemental composition, mechanical properties, and microstructure of critical components to ensure they meet all relevant standards. Mechanical Testing Chemical Analysis Corrosion Testing Construction QA & Installation Verification Construction QA services help ensure that data centers are built and installed correctly from the start. Throughout pre-construction, operations, and maintenance, all systems and materials must meet design specifications to ensure proper installation and reliable performance in mission-critical environments. Anchor Pull Testing Load Testing Services Data Center NDT Services Component Qualification/Durability In addition to material verification, this phase of QA testing confirms data center components can withstand real-world environmental conditions. Environmental Testing Services Computed Tomography Concrete Testing Services Commissioning Support & Performance Validation Data center commissioning support confirms that each system or facility aspect performs as intended and is optimized...



Reliable Performance Under Critical Conditions The Applied Technical Services Family of Companies (ATS FoC) and SGS conduct vibration testing on data center equipment to protect structural integrity and help ensure reliable operational performance under stress, including shock, drop, dwell, tumble, and seismic conditions. Hard drives, connectors, and circuit boards are sensitive to micro-movements. In data centers, vibrations from HVAC systems, high-density racks, and building infrastructure are common. Over time, persistent vibrations can cause fatigue, loosen fasteners, and result in long-term component degradation and microscopic damage. High-speed processors and storage devices must also remain stable and maintain performance under both expected and unexpected stress. Vibration testing for data center equipment can identify weak mounting structures, fragile joints, or connectors, helping determine where reinforcements are needed to improve shock absorption. Why Does Data Center Equipment Need Vibration Testing? Vibration testing is essential for data center equipment to confirm that critical systems can withstand continuous low-level vibration and shock without performance loss or failure. Data center equipment must meet established standards to ensure system stability, data integrity, and server uptime. Compliance with NEBS (Network Equipment-Building Systems), IEC (International Electrotechnical Commission), and other key specifications is required. Our Data Center Vibration Testing Specifications At ATS and SGS, we offer on-site and in-lab services, supported by an ISO 9001:2015 quality management system and multiple ISO/IEC 17025:2017 accreditations. Common vibration specifications requested by our clients include, but are not limited to: MIL-STD-810 RTCA/DO-160 IEC 60068-2-27 IEC 60068-2-64 IEEE 344 Types of Data Center Vibration Testing Depending...



Why Ingress Protection (IP) Testing is Critical to Data Center Performance The Applied Technical Services Family of Companies (ATS FoC) and SGS offer data center ingress protection testing to evaluate how well critical IT equipment and electrical hardware are safeguarded against environmental contaminants such as dust, water, and solid particles. Because data centers require constant uptime, ingress protection testing is essential for reliable, on-going operations. From circuit boards and server racks to cooling systems and PDUs, comprehensive ingress protection testing verifies that data center components and systems can withstand exposure to dust and moisture. This service helps prevent corrosion, contamination, short circuits, and overheating that can lead to premature failures and costly downtime. How is Data Center Ingress Protection Testing Performed? Together with SGS, we validate performance in our state-of-the-art environmental testing chambers to simulate real-world conditions. Our trained environmental lab technicians can test all possible contaminant combinations, including but not limited to: Water Drip Water Pressure Water Immersion Waterproof Spray and Jet Dust and Sand Particles Dust-Tight Solid Probe-Resistance Steam/Steam-Resistance  ATS and SGS' Ingress Testing Standards and Ratings We test in accordance with globally recognized standards and ratings to help our data center clients meet environmental protection and regulatory compliance. Our ingress protection testing standards cover: EN 60259 IEC 60259 ISO 20653 Our regularly requested IP ratings include: IP65 — Dust-Tight, Resists Low-Pressure Water Jets IP66 — Dust-Tight, Resists High-Pressure Water Jets IP67 — Dust-Tight, Resists Immersion in Water (30mins) As always, our comprehensive testing services are backed by...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center pressure testing to assess the safety of pressure vessels and pipelines. Data centers depend on precise environmental controls and complex piping systems. Our services help maintain the integrity of these systems, which are essential for reliable operation. How is Pressure Testing Used in Data Centers? Pressure testing is a process in which controlled pressure is applied to containment systems and piping to assess their airtightness and mechanical integrity. Data center pressure testing confirms the system's soundness and determines its safe operating limits. Airtightness means that no air or gas can escape, while structural integrity refers to the system's ability to withstand pressure without failing. Construction During construction, pressure testing detects hidden gaps and defects, confirming system reliability and durability. It also verifies compliance with safety and building code requirements. Pre-commisioning During pre-commissioning, testing confirms the effectiveness of clean-agent fire suppression and cooling systems, ensuring they protect critical IT infrastructure as intended. About Our Data Center Pressure Testing Services Our ISO/IEC 17025-accredited pressure testing lab helps prevent leaks and performance issues by verifying the integrity of pipes and vessels before commissioning. We use calibrated instruments and established procedures to document results and provide clients with the information needed to assess system viability. We evaluate various data center components, including but not limited to: Chilled water systems Heat exchangers Fire-suppression systems Pressure vessels Pumps ATS and SGS evaluate and inspect pressure vessels according to the following applicable standards:...



What is Data Center Alloy Identification Testing?   The Applied Technical Services Family of Companies (ATS FoC) and SGS perform data center alloy identification testing to verify the chemical composition and dependability of critical materials. Alloy Identification is the process of determining the alloy’s chemical composition. This testing can identify and quantify the alloy’s elemental makeup, helping determine its chemical and physical properties and conformance to specific alloy grades. Additionally, it serves as a quality control measure to verify the alloy’s fitness for service.   How our Alloy Identification Services Support Data Centers  In data centers, confirming the chemical composition of construction materials helps ensure the safety of the building’s framework. Similarly, server racks and cooling systems rely on structurally sound metals that effectively dissipate heat for optimal performance. An alloy’s elemental composition plays a crucial role in how the metal will perform when in use. By confirming a metal’s compliance and alloy grade, our technicians can help improve uptime and maintain operational integrity. Our material testing labs can support your material identification needs with tests, including but not limited to: Positive Material Identification (PMI)  X-Ray Fluorescence (XRF) Optical Emission Spectroscopy (OES)  X-Ray Diffraction (XRD)  LECO Combustion  Failure Analysis  Commonly analyzed materials include superalloys, titanium alloys, carbon and alloy steels, copper alloys, stainless steels, and aluminum alloys. Whether analyzing steel beams or cooling system alloys, ATS and SGS technicians can determine the elements in a wide range of samples. One Step Closer to Certainty: ATS and SGS Alloy Identification Services For over fifty years, ATS has provided quality testing, inspection, calibration, and forensic services. Since our founding, ATS...



Corrosion Testing Services for Data Center Reliability The Applied Technical Services Family of Companies (ATS FoC) and SGS offer corrosion testing for data center materials to protect critical components from long-term degradation. We assess materials, coatings, and plating to help our data center clients make informed decisions from pre-construction through full operational life cycle. What Causes Corrosion of Data Center Materials? Corrosion can occur in data center materials made of metal, copper, or silver when exposed to environmental factors such as: Moisture and Humidity Thermal Conditions Rapid Temperature Cycling Airborne Particles, Dust, and Soot Salt Particles Chemical Residue (Chlorine, Ammonia, Cleaning Products) Poor Air Quality and Filtration Issues Volatile Organic Compounds (VOCs) Gaseous Contaminants How to Protect Critical Data Center Materials from Corrosion Regular corrosion testing of data center materials can mitigate corrosion-related risks, preventing system failures and costly downtime. In our state-of-the-art environmental simulation labs, trained ATS and SGS experts use standardized methods to measure and manage environmental risks that can lead to material corrosion. We deliver clear data and actionable insights to help protect data center equipment and maximize uptime. We use precise methods tested to rigorous standards, including but not limited to: ASTM ISO IEC MIL-STD About ATS & SGS Founded in 1967, ATS has been a trusted partner for testing, inspection, certification, and calibration (TICC) services across various industries. Since joining SGS in 2026 to better serve our global clients, we now offer support for data centers at every development stage, from building and continuous maintenance...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center anchor pull testing to support quality control and informed material selection. This service verifies critical data center equipment is properly secured and can withstand vibration, shock, and impact without loosening, failing, or causing structural damage. How is Anchor Pull Testing Used for Data Centers? An anchor pull is a standardized mechanical test that measures the tensile strength and load-bearing capacity of anchors, bolts, and embedded fasteners used to secure equipment, racks, cable trays, and structural elements in a data center. Technicians apply a controlled axial load to an installed anchor until it fails or reaches a specified displacement or failure criterion. Anchor pull tests are applicable throughout a data center’s lifecycle, including: Construction During construction, anchor pull tests validate installation quality and confirm that foundations, raised floors, and support structures can reliably carry static and dynamic loads. Commisioning During commissioning, pull testing is included in acceptance protocols to verify that installed anchors meet project performance criteria before equipment installation. Maintenance For ongoing maintenance and lifecycle management, periodic pull testing assesses anchor condition after environmental changes, seismic events, or modifications to load paths. This ensures continued structural integrity and compliance with industry standards including ASTM D4435 and ASTM C900. About Our Data Center Anchor Pull Testing Our ISO 9001:2015 quality management system and ISO/IEC 17025:2017 accredited laboratory supports clients’ quality control and assurance programs by providing comprehensive anchor pull testing. After testing, we issue detailed reports with...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center tensile testing services to help ensure critical materials have the mechanical properties needed to support the tensile loads expected in their applications. Why is Tensile Testing Important for Data Centers? A tensile test is a mechanical test used to determine how a material behaves under tension. Within the rigorous material selection process for modern data center infrastructure, this destructive testing method provides design engineers, architects, and construction teams with important, empirical data regarding the following: Yield strength Ultimate tensile strength Material ductility Data centers house heavy IT hardware, which is housed in or on specialized structures and platforms, including structural steel columns, server racks, and overhead cable trays. Tensile tests help determine whether components have the structural strength to withstand significant weight for prolonged periods. About Our Data Center Tensile Testing Services Our state-of-the-art, ISO/IEC 17025-accredited testing laboratory offers comprehensive tensile testing services that meet the high-stakes demands of data center development and construction. Our experienced technicians use advanced universal testing systems and high-precision extensometers to evaluate the mechanical properties of metals, polymers, and composites. We offer various types of tensile tests, including: Dynamic High temperature Micro Uniaxial Our services test materials in compliance with numerous standards, including, but not limited to, ASTM and ISO standards. Our Commitment to Service Excellence Since our founding in 1967, Applied Technical Services has been synonymous with customer service excellence. Over the decades, as our clients’ needs have expanded, so...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center load testing services to assess the durability and performance of materials and structures. Heavy IT equipment, cooling systems, and mechanical infrastructure place significant stress on critical support systems. Our load testing services help data center clients ensure materials have the mechanical properties and characteristics needed for their intended applications and that their structures can withstand the weight and forces data centers experience during operations. How is Mechanical Load Testing Used in Data Centers? Mechanical load testing applies controlled, measurable loads to equipment and components to verify performance, capacity, and safety under realistic conditions. In data centers, this testing evaluates how systems respond to stress throughout their lifecycle. Engineers use these tests to select materials and identify potential failure modes before systems are operational. Load testing is required for several data center structures, including but not limited to: Elevated platforms Overhead cabling systems Raised access floors Server racks Structural mounting systems Suspended equipment Dense computing equipment About Our Data Center Mechanical Load Testing Services Our ISO/IEC 17025-accredited laboratory provides mechanical load testing services that help ensure structural safety. We identify potential performance issues, reduce the risk of equipment failure, and support compliance with industry standards by simulating real-world stressors. Our testing capabilities provide actionable data that supports material selection, protects valuable assets, and enhances operational safety. From server racks and cable management systems to structural components and fasteners, we deliver precise, repeatable load tests tailored to each...



The Applied Technical Services Family of Companies (ATS FoC) and SGS specialize in mechanical testing for data centers. Mechanical integrity protects facilities and critical IT equipment, ensuring maximum uptime. Our services assess the mechanical properties of materials used in data center construction and operation. How is Mechanical Testing Used in Data Centers? Mechanical testing is essential throughout the design, construction, commissioning, and operation of data centers. These tests help ensure materials meet the required mechanical characteristics for safe and reliable performance. Design and Construction Mechanical testing verifies that construction materials meet strength, durability, and performance standards for reliable operation under expected loads. It also provides insight into the mechanical performance of key data center components, including: Anchor bolts Concrete pads Cooling tower fan blades Overhead cable management Raised access floors Server racks Slide rails Commissioning and Operation During commissioning, mechanical testing validates design intent through component inspections, ensuring cooling and structural infrastructure withstand peak loads. Once operational, portable non-destructive or minimally destructive tests support predictive maintenance, enabling evaluation during routine inspections or after incidents. About Our Data Center Mechanical Testing Services Our mechanical testing services help clients confirm the reliability and compliance of materials used in data center infrastructure. We assess material performance under repeated loading, shock, and long-term use. Tests are available for metals, polymers, composites, wood, and concrete, and can be applied to structural or non-structural assemblies. All tests use calibrated equipment and documented procedures to support decisions on material selection, maintenance, repair, warranty claims, and regulatory compliance....



Reliable Performance in Changing Temperatures The Applied Technical Services Family of Companies (ATS FoC) and SGS conducts data center thermal cycling testing to assess the performance of critical components, including power and cooling systems, during repeated temperature changes. This temperature testing process reduces failure risk, maximizes uptime, and supports long-term reliability in data center infrastructures. Data center thermal cycling testing evaluates whether materials and systems can endure temperature fluctuations without degradation. Extreme temperature changes cause structures to expand and contract, which can impact electrical connections, IT equipment, structural supports, circuit boards, and building materials. What Happens During Thermal Cycling Testing? Our expert thermal cycling technicians expose data center components, materials, and equipment to temperatures ranging from -60°C to 170°C to simulate real-world conditions. Our state-of-the-art thermal cycling lab has 14 thermal cycling chambers of various sizes to evaluate: Humidity Reactions Temperature Reactions 7. 5°C/Minute Ramp Rate Resistance to Thermal Shock Thermal Expansion Rates/Shifts Thermal Coefficient Mismatch Heat Aging Cracking, Warping, and Fatigue We perform thermal cycling testing in accordance with the relevant safety and compliance standards, including but not limited to: IEC 68-2-30, GM9505P2, PrV303, and BMW TS 308. Your One-Stop-Shop for Data Center Testing Founded in 1967, ATS has been a trusted partner for testing, inspection, certification, and calibration (TICC) services across various industries. Since joining SGS in 2026, we have expanded to serve clients globally. Our range of services and capabilities continues to expand. From initial welding at data center construction sites to ongoing maintenance supporting continuous operations,...



What are Data Center Material Verification Services? The Applied Technical Services (ATS) Family of Companies and SGS provide data center material verification services to confirm that critical materials meet specified compliance requirements. Material verification is the process of analyzing a material’s elemental composition, mechanical properties, and microstructure to confirm that it adheres to applicable specifications. As demand for high-performance computing grows, data centers must increasingly rely on materials that meet stringent performance and durability standards. This evaluation provides critical insight into whether a material will perform reliably during intended use.   Material Verification Examples and Applications Data centers depend on precision and uptime.  Confirming that materials meet requirements before installation helps reduce risk, improve system performance, and support operational longevity.   For example, high-performance cables must efficiently transmit large volumes of data. Verifying their composition and conductivity ensures reliable data transfer and compliance with standards. Structural steel used in data center construction must also meet strength and integrity requirements. Proper verification confirms that the steel can safely support the facility and reduce the risk of structural issues.   What Types of Testing are Used to Verify Materials for Data Centers? Materials verification confirms reliability at every phase, supporting the integrity of large-scale facilities both inside and out. Our technicians can verify materials from construction components to electrical cooling systems. Electrical Testing Data centers rely on electrical signals to transmit information, so electrical testing plays a key role in identifying functional or malfunctioning components. Our electrical testing labs evaluate characteristics, including but not limited to:  Contact Resistance  Dielectric Strength and Constant ...



The Applied Technical Services Family of Companies (ATS FoC) and SGS perform data center environmental testing services to verify that data facilities operate efficiently under various environmental stressors. Environmental factors such as high humidity, poor airflow, and overheating can cause unexpected failures in critical data center systems and their components. By helping maintain ideal conditions in these critical environments, data center environmental testing can identify these issues early, extending operational uptime and saving organizations time, money, and resources. Supporting ESG Goals and Data Center Regulatory Compliance As data centers face increasing demands to meet Environmental, Social, and Governance (ESG), energy-efficiency, and regulatory requirements, ATS and SGS help operators through comprehensive environmental assessments, energy optimization, water-use analysis, and compliance validation throughout the entire data center lifecycle. Our approach helps reduce environmental impact, increase efficiency, and build more resilient operations to meet future demands. What Conditions Can Environmental Testing Evaluate in Data Centers? Data center environmental testing can serve as a diagnostic tool to detect out-of-range conditions and help data centers remain stable as they evolve. Our experts identify deviations from ideal environmental conditions and offer detailed insights into their causes. We evaluate various data center environmental conditions such as: Uneven Airflow Distribution Excess Moisture and Humidity Temperature Fluctuations (hot spots and uneven cooling) Dust and Particle Contamination Corrosion Undetected Water Leaks Fire Hazards Internal Degradation Unbalanced Power Systems Vibration/Shocks How We Approach Data Center Environmental Testing We take a proactive, data-driven approach to identifying environmental risks before they impact critical data...



How Predictive Maintenance Helps Data Centers Stay Online The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center predictive maintenance services to help keep critical computing systems and structural components healthy and reliable. As data center equipment ages, regular maintenance helps maintain operational efficiency and extended service life. Using data insights, this condition-based approach enables our team to anticipate and address issues before system failure. Our Predictive Maintenance Solutions At ATS and SGS, our expert technicians collect and analyze accurate, real-time data from mission-critical components to predict abnormal conditions before they result in service interruption or costly repairs. From early design development to ongoing maintenance, we help our data center clients make informed decisions about their operations by leveraging various predictive maintenance methods, including but not limited to: Data Center Thermography/Infrared Imaging Vibration Analysis Passive Ultrasonic Listening Ultrasonic Testing X-Ray Testing GPR Borescope Inspections Computed Tomography Condition-Based Maintenance Environmental Monitoring and Environmental Sensor Calibration We also provide materials testing and data center calibration services to maintain accurate devices such as meters, sensors, and gauges. Data That Drives Action Data center predictive maintenance is only as effective as the data and action behind it. Our sensors and monitoring tools detect key warning signs, including rising temperatures, excess moisture, load imbalances, uneven power distribution, and system performance issues. When potential issues are identified, our team prioritizes actions to prevent equipment damage or unplanned outages. Trusted Partners in Reliable Performance Established in 1967, ATS has provided comprehensive testing, inspection,...



Optimizing Data Center Operations with Thermography The Applied Technical Services Family of Companies (ATS FoC) and SGS use advanced thermography or thermal imaging to monitor real-time temperature variations in critical data center equipment. Infrared cameras and sensors determine heat buildup in electrical and structural components before visual damage appears. Identifying temperature anomalies (or hot spots) early can extend service life, lower energy costs, prevent failures, and improve data center performance and reliability over time. How Does Thermography Catch Failures Before They Happen? At ATS and SGS, our certified thermographers proactively detect heat changes to keep your data center operations running without interruptions and help prevent failures step by step: 1) Scan critical equipment during operation to capture real-time conditions. 2) Identify abnormal temperature ranges or heat patterns to detect potential electrical or cooling issues. 3) Measure temperature differences to prioritize necessary repairs. 4) Reduce risks by converting data into actionable insights. Data center thermography can also help reduce the risk of fire hazards, data security disruptions, equipment damage, and costly unplanned outages. Supporting Thermography-Specific Solutions Throughout all phases of its lifecycle, data centers must undergo various tests to ensure safety and compliance with relevant ASTM, ISO, and ASNT standards. We apply nondestructive testing methods that allow technicians to work safely in hazardous or hard-to-reach areas without dismantling data center critical components. Data center thermography can be used to detect both electrical and structural defects, including but not limited to: Loose Electrical Connections Cooling System Issues Circuit Overloads Overheating Transformers and...



Why Condition Monitoring is Critical for Modern Data Centers The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center condition monitoring to track critical system conditions like temperature, humidity, power, and airflow, delivering real-time data on equipment health. Monitoring physical and environmental conditions in data centers can improve energy efficiency, extend operational uptime, and verify that conditions remain within safe ranges. Our Data Center Monitoring Capabilities As a form of predictive maintenance, ATS and SGS can assess the performance of data center equipment and recommend necessary maintenance actions. We offer various reliability testing services in accordance with safety standards, including but not limited to: Humidity Testing Electrical Infrared Thermography Vibration Analysis Ultrasonic Testing (UT) Ground Penetrating Radar (GPR) Magnetic Particle Testing (MT) Radiography Testing (RT) Computed Tomography Digital Radiography (DR) Thermal Imaging Inspections We also offer comprehensive nondestructive testing (NDT) and calibration services across a data center's full-service lifecycle. What are Safe Temperature and Humidity Ranges for Data Center Servers? To help ensure optimal server performance and long-term system reliability, the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) recommends maintaining safe environmental conditions in data centers. Recommended Temperature: 64°F to 80°F (18°C to 27°C) This range helps extend equipment lifespan and reduce failure rates. Recommended Humidity: 40% to 60% relative humidity (RH) This range helps minimize moisture damage and static electricity. About ATS & SGS and Our Commitment to Quality At ATS, our condition monitoring experts specialize in predictive technologies from pre-construction through ongoing...



The Applied Technical Services Family of Companies (ATS FoC) understand the importance of accurate data center sensor calibration. Our teams calibrate critical data center sensors to help you maintain reliable digital infrastructure and support customer needs. Why Do Data Center Sensors Need Calibration? Operating conditions and seasonal changes can affect sensitive electronic equipment. Dry air in winter poses a higher risk of electrostatic discharge and shock, which may cause irreversible damage to your equipment. High temperatures and humidity in the summer raise the risk of mold, condensation, and corrosion, overheating, and reduced performance. Electrical usage can also impact temperatures in the data center. The increase in power generates heat, raising the temperature of the surrounding area. How Can ATS & SGS Help? Our calibration labs are ISO/IEC 17025:2017-accredited to perform a wide range of environmental, electrical, and mechanical calibrations in-house and on-site. These calibration services for data centers include, but are not limited to: Environmental Temperature sensors Humidity sensors Electrical Network analyzers Signal generators Power meters Mechanical Differential pressure sensors Calibrations That Meet Your Needs Our calibration services help clients maintain the optimal environment for their data centers and meet complex business needs, such as: Metrological traceability to NIST Service reliability Regulatory compliance Quality control When Can We Calibrate Sensors? We can calibrate environmental sensors during construction and post-build operations, providing critical support throughout the equipment lifecycle: Construction: Calibrate sensors after their installation to verify accuracy and help reduce future risks Post-Build/Operations: Perform quality control and regularly scheduled maintenance, ensuring...



Why is Nondestructive Testing Important for Data Center Reliability? The Applied Technical Services Family of Companies (ATS FoC) and SGS offer a variety of nondestructive testing (NDT) services to support data center integrity before construction and throughout their operational lifespans.  Data centers run 24/7, so even minor failures can lead to significant operational and financial losses.   We support data center system reliability by:  Locating infrastructure problems early  Reducing service interruptions and unplanned downtime  Maintaining system safety and reducing operational risk  Expanding equipment lifespan  Comprehensive Data Center NDT Solutions ATS and SGS' data center NDT services support infrastructure integrity at every phase, from first build to full-service operation. Our range of capabilities covers inspection, testing, and monitoring techniques designed to support data center system longevity. Including, but not limited to: X-Ray Testing and Data Centers  Our team of trained experts provide NDT x-ray testing during the pre-construction phase of data centers to support safe operations while minimizing the potential of costly delays. These services reduce risk before production by locating rebar, post-tension cables, piping, or any other components hidden beneath concrete surfaces. GPR and Data Centers Ground Penetrating Radar (GPR) provides fast, non-destructive results in real time. This method is recommended during the data center pre-construction phase and uses radar pulses to detect objects beneath concrete and asphalt making it valuable for sites with dense utility infrastructures and high-voltage electrical systems. Computed Tomography Testing and Data Centers  Computed Tomography (CT) captures and compiles a series of X-rays to render a 3D model of objects, both inside and outside.  This technique is used for data center components, such as PCBs, power modules, and structural inserts.  Our CT machines are designed to provide higher-resolution imaging and measurement capabilities, which helps clients protect the reliability of critical components during development and analysis phases. Borescope Inspections Borescope inspections are used...



How Generator Services Support Continuous Data Center Uptime  The Applied Technical Services Family of Companies (ATS FoC) and SGS perform data center generator inspection services for clients who rely on continuous backup power to support critical digital infrastructure. Data centers are often considered the backbone of the modern internet, housing critical computing infrastructure. Without them, high-capacity servers, networking equipment, and data storage systems would not function. As digital infrastructure demands increase, data centers depend on backup generators for emergency power during outages. Routine inspection and testing are essential to help ensure generator reliability and identify potential issues before they occur. Our Data Center Generator Solutions ATS and SGS support data center generator reliability through inspection and testing services that help identify potential issues before they affect backup power performance or operational readiness. Routine inspections can help identify mechanical, electrical, and performance-related concerns before they lead to unexpected downtime or system failure. ATS and SGS deliver services aligned with industry standards and reliability requirements associated with emergency and standby power systems, including but not limited to: Inspection support aligned with NFPA 110 requirements for emergency backup systems Load bank testing for backup power performance evaluation Mechanical inspections of generator systems and components Infrared inspections for electrical equipment and transfer switch connections Grounding and bonding evaluations Our Story Founded in 1967, Applied Technical Services has grown into a Family of Companies dedicated to creating a safer, more reliable world through our testing, inspection, certification, and calibration (TICC) services. In 2026, ATS joined SGS, a global leader in the TICC industry. Together, ATS Family of...



Why Data Centers Rely on Commissioning Support The Applied Technical Services Family of Companies (ATS FoC) and SGS provide data center commissioning support to help computing facilities maintain reliable infrastructure at every stage, from construction to ongoing maintenance. Data center commissioning support is crucial for verifying a facility’s long-term reliability and operational success by uncovering any hidden defects that could lead to unplanned outages. Comprehensive commissioning services (including non-destructive testing, integrated systems testing, and equipment calibration) can help minimize the risk of operational downtime and installation errors. What Services are Included in Data Center Commissioning Support? Data center commissioning support includes a variety of testing, verification, and analysis services to continually improve system performance. At ATS and SGS, our technicians help facilitate continuous uptime and system longevity through our full-service solutions, including but not limited to: Mechanical Testing Chemical Analysis Electrical Testing Equipment Calibration Envelope Consulting Inspection Services How Commission Support Strengthens Data Center Reliability Commissioning support confirms that each system or facility aspect performs as intended. When critical systems are tested and optimized for high-performance, it helps identify and resolve issues early, allowing data centers to operate more seamlessly. Construction Support Validating structural integrity early helps minimize long-term maintenance and repair costs. ATS and SGS' expert technicians support data center infrastructure during construction with a range of testing methods, including but not limited to: Concrete Scanning/GPR Concrete Radiography Chemical Analysis (paint adhesion, metals evaluation) Weld Inspections Fall Protection ICC Special Inspections Envelope inspections Envelope Consulting Calibration Support (through buildout...



The Applied Technical Services Family of Companies (ATS FoC) and SGS offer data center inspection services for proposed, commissioned, and operating data centers. Data centers can house hundreds or thousands of servers, supported by robust infrastructure designed to maximize the uptime of these systems. Our multidisciplinary team of experts and inspectors can evaluate and inspect data center projects from their initial design and development through years of operation. What is a Data Center Inspection? Data center inspections cover a facility’s construction, commissioning, operation, and maintenance. Inspections ensure that data centers and components operate safely, reliably, and meet standards and regulations. About Our Data Center Inspection Services Our end-to-end inspections support smooth data center operation. We optimize performance and uptime. Inspection services are available for each phase of a data center’s lifecycle, including: Design We review drawings, welding procedures, and welder qualifications in accordance with project specifications and industry codes. Construction Our International Code Council (ICC) certified inspectors perform special inspections on various materials and components. These include, but are not limited to: Building envelopes and facades Bolting materials, including bolts, joints, nuts, and fasteners Welds We also offer nondestructive inspection (NDI) services, including ground-penetrating radar (GPR), concrete radiography, and additional NDI techniques for steel, pipes, and pressurized vessels. Commission We conduct quality assurance inspections to confirm that infrastructure and equipment are properly installed and working. This includes inspecting HVAC systems and measurement tools. Operation Data centers require routine inspections to minimize inefficiency and downtime. The electrical, mechanical, and general infrastructure...



The Applied Technical Services Family of Companies (ATS FoC) and SGS provide environmental sensor calibration for data centers. Our experts help ensure sensors are accurate, meet regulatory standards, and protect sensitive equipment from environmental risks. What are Data Center Environmental Sensors? Data center environmental sensors monitor conditions that affect the performance, reliability, and lifespan of critical data center equipment. Temperature sensors track air temperature to identify fluctuations and hotspots. Humidity sensors measure moisture to prevent condensation, corrosion, and electrostatic discharge. Airflow sensors monitor cooling efficiency. Vibration sensors detect abnormal patterns that may signal mechanical issues, and water leak detection sensors identify liquid before it reaches sensitive systems. Together, these sensors provide continuous, real-time monitoring to protect equipment. About Our Environmental Sensor Calibration Data Center Our ISO/IEC 17025:2017 accredited lab uses advanced tools and skilled staff to calibrate your data center’s environmental sensors. Certified technicians perform NIST-traceable calibrations for a range of sensor types, including: Airflow sensors Humidity sensors Temperature sensors Vibration sensors Water leak detection sensors We offer both in-lab and on-site calibration services. Each calibration includes a detailed certificate with results, measurement uncertainty, and traceability. Why is It Important to Calibrate Environmental Sensors? Routine calibration is essential to maintain sensor accuracy in data centers. Reliable measurements help protect equipment from environmental factors that can cause damage, including: High temperatures: Lead to overheating, energy inefficiency, and reduced equipment lifespan High humidity: Leads to condensation and rust Low humidity: Increases the risk of electrostatic discharge Water or liquid damage: Leads to...



Thermographic Electrical Insights Without Interruptions The Applied Technical Services Family of Companies (ATS FoC) and SGS use thermal imaging cameras to detect temperature variations and heat patterns in data center electrical components. Thermographic inspections can reveal connection faults, misbalancing, and overloading that are not visible to the human eye. Electrical infrared thermography enables non-invasive inspections that support predictive maintenance, reduce fire hazards, and eliminate shutdowns or unplanned downtime. What Does Electrical Infrared Thermography Inspect in Data Centers? In data centers, electrical systems have a direct impact on system-wide stability, performance, reliability, and security. Before visual damage occurs, electrical infrared thermography cameras detect heat buildup via thermal waves. Heat accumulation and temperature fluctuation can indicate abnormal operating ranges and power instability in critical data center components. We use electrical infrared thermography to inspect: Overheated IT Servers (network gear, computing components) Failing Electrical Components (panels, transformers) Imbalanced Electrical Loads Overloaded Circuit Breakers Loose or Poor Connections High and Low-Voltage Electrical Equipment Uninterruptible Power Supply (UPS) Problems (overheated batteries, poor connections) Power Distribution Units (PDUs) Issues (poor contact, corrosion, overload) Transformer Hot Spots Blocked Airflow (blocked vents, poor airflow design) Power Supply Unit (PSU) Failures (internal degradation, system imbalances) Our Non-Invasive Inspection Techniques Our non-invasive approach identifies potential electrical defects in real time without dismantling critical data center components. This technique also allows our technicians to work safely in potentially hazardous or hard-to-reach areas. Electrical infrared thermography is an effective nondestructive testing (NDT) method often used alongside: Ultrasonic Testing (UT) Visual Inspections Power...



Structural Durability from the Ground Up The Applied Technical Services Family of Companies (ATS FoC) and SGS conduct data center concrete testing to verify that structural foundations, floor slabs, columns, and walls meet quality and durability standards for large-scale computing facilities. Data center concrete testing is essential, as these critical facilities must support high-density equipment under demanding conditions. Inspection and testing during pre-construction can detect early signs of thermal stress, cracking, moisture, abrasion, corrosion, and wear, helping to ensure long-term reliability and operational success. Why do Data Centers Need Concrete Testing? The goal of concrete testing is to confirm that the physical foundation of a data center is as secure as its digital infrastructure. Before data centers become operational, they require large concrete pours covering thousands of square feet. Reliable IT operations depend on tightly controlled conditions, making it essential to monitor concrete temperature and strength during construction. As the concrete cures, it generates heat, which can cause temperature differences between the interior and exterior of the facility. Excessive temperature fluctuations, environmental stressors, and moisture intrusion or migration can lead to thermal cracking, which may compromise the structure's durability and performance over time. Our Concrete Testing Capabilities Before, during, and after construction or expansion, data centers undergo various tests to confirm compliance with strict building codes and regulatory standards. ATS and SGS conduct concrete testing for data centers at every phase in compliance with ACI and ASTM standards. In order to safely support high-performance equipment over time, we test for:...



The Applied Technical Services Family of Companies (ATS FoC) and SGS deliver reliable data center calibration services. Data centers rely on precise calibration of sensors, detectors, and meters to ensure optimal and safe operation of high-performance servers and IT infrastructure. Our experts help clients maintain reliable and accurate measurement devices that support the safety of efficiency of data center operations. Why Do Data Centers Require Calibration? Regular calibration is essential for data centers to maintain accurate meters, sensors, and gauges that control climate and cooling. Inaccurate measurements can compromise sensitive systems, resulting in inefficiencies and increased risk of hardware damage. About Our Data Center Calibration Services Our ISO/IEC 17025:2017-accredited lab provides precise, NIST-traceable calibration services to support data center compliance and efficiency. We calibrate a broad range of measuring devices, including: Flow meters Gas meters Humidity sensors Multimeters Pressure gauges Torque equipment Temperature sensors We calibrate and issue calibration certificates for meters, gauges, and sensors from leading manufacturers. Our services ensure critical devices operate within manufacturer specifications and deliver accurate, reliable readings. We recommend routine calibration to maintain device accuracy and prevent time- or environment-related inaccuracies. How Calibrated Devices Support Data Centers Calibrated devices are essential for accurately monitoring temperature, humidity, power, and airflow in data centers. They enable precise environmental control, protect IT infrastructure, and support operational efficiency. Measurement devices work together to maintain safe conditions, prevent electrostatic discharge, condensation, and corrosion, and protect against contaminants. Airflow meters help maintain consistent temperatures and prevent overheating, while pressure gauges control...



The Applied Technical Services Family of Companies (FoC) specializes in materials testing for data centers. As demand for artificial intelligence and high-performance computing grows, the number of data centers is rising. These facilities require specialized construction and operations, and our experts ensure that materials used in data centers meet industry and performance standards. How is Materials Testing Used in the Construction and Operation of Data Centers? Construction Materials testing assesses a material’s physical, mechanical, and chemical properties to confirm its suitability for its intended application. This process is essential in data center construction to ensure the safety, reliability, and compliance of key materials, including: Aluminum Concrete Copper Plastics and polymers Steel Operation Materials testing identifies wear, corrosion, and degradation in data center equipment. We use non-destructive methods, sample analysis, and visual inspections to evaluate a range of components, including: Cables/connectors Coated materials Rotating equipment Pipes Pumps Sensors Vessels Welds About Our Materials Testing for Data Centers Our ISO/IEC 17025:2017-accredited lab provides materials testing services that deliver essential insights into safety, suitability, quality, and compliance. We support clients in selecting materials for new products and inspecting in-use materials, testing to a range of standards, including: ASTM MIL IEC ISO UL We offer both on-site and off-site testing to meet client needs. On-Site Testing Our nondestructive testing (NDT) services include, but are not limited to, the following tests: Coating thickness Phased-array Infrared thermography Ultrasonic thickness Vibration analysis Off-Site Testing Our off-site materials testing services include, but are not limited to, the following...



The Applied Technical Services Family of Companies (ATS FoC) and SGS deliver reliable pump analysis for data centers. Our vibration analysis provides real-time insights into the condition of on-site pumps, supporting optimal cooling system performance. What is Pump Vibration Analysis? Pump vibration analysis measures and monitors vibrations to identify irregularities that may signal mechanical issues. This technique detects early-stage problems such as: Cavitation Loose components Misalignment Unbalance Worn or damaged components Pump vibration analysis is a valuable predictive maintenance tool for identifying mechanical flaws and assessing a pump’s operating condition. About Our Data Center Pump Vibration Analysis Services We provide real-time pump vibration analysis for data centers, offering continuous monitoring and rapid diagnostics for centrifugal pumps. Our team installs sensors to measure vibration levels and frequencies, enabling early detection and diagnosis of anomalies. This proactive approach helps clients address issues before failures occur and allows them to: Comply with local regulations and service level agreements (SLAs) Optimize the performance of their cooling systems Extend the life of their pumps Make informed repair vs replace decisions Why Vibration Analysis Matters in Data Centers Cooling is the second-most energy-consuming aspect of a data center, after IT-related energy consumption. Pumps have several critical functions in a data center, helping do the following: Distribute chilled water, helping to cool the ambient temperatures of rooms housing critical equipment Remove condenser water from data halls to chillers, cooling towers, and dry coolers Circulate fluids and coolants to direct-to-chip cooling systems Support water recycling and chemical treatment...



Why Military UAV Testing Is Critical to Mission Success and Safety The Applied Technical Services Family of Companies (ATS FoC) conducts military UAV testing to verify compliance with U. S. Department of Defense (DoD) reliability and performance standards, confirming drones are mission-ready before deployment. Testing military unmanned aerial vehicles (UAVs) is essential to prevent system failures and aircraft losses in critical military operations. UAVs must operate reliably in high‑value missions across extreme environments, conditions, and terrains while meeting strict safety standards. Identifying potential flaws in UAV systems early can significantly reduce long-term costs, mitigate cyber threats, and strengthen national security. Our Military UAV Capabilities At ATS, our team of expert engineers and technicians performs military UAV testing across a wide range of disciplines in accordance with ITAR regulations. Across the full operational UAV lifecycle, we evaluate drone batteries, UAV components, and their electrical systems to applicable testing standards including MIL‑STD‑810 and MIL‑STD‑461. Our mission‑critical methods and testing capabilities include: Battery Testing (UN 38. 3 & RTCA DO) The high-energy batteries in UAVs are often exposed to harsh conditions, such as extreme weather, vibration, and shock. Battery testing is crucial to understand the energy reliability and longevity of UAVs, especially in combat. We use the following standards to test the durability of UAV and drone batteries: UN 38. 3: Lithium-Ion Battery Safety RTCA DO 311a: Rechargeable Batteries RTCA DO 227: Non-Rechargeable Bat. RTCA DO 293a: NiCd, Ni-MH, Pb Bat EMI/EMC Testing (MIL‑STD‑461) Often in GPS-denied locations, defense drones integrate with advanced...



Why is UAS Testing DoD Important? The Applied Technical Services Family of Companies (ATS FoC) provides unmanned aircraft systems (UAS) testing services to verify operational safety and compliance with Department of Defense (DoD) requirements. UAS include drones, ground control stations, and all supporting equipment and software. Comprehensive testing of these components is essential to assess UAS performance and reliability under military conditions. Regulatory bodies like the DoD require UAS Testing to verify mission-ready airworthiness in compliance with military standards MIL-STD 810 and MIL-STD 461. Due to strict operational demands, UAS undergo rigorous testing in areas such as environmental evaluation, battery performance, and electromagnetic Interference and capability (EMC/EMI). How DoD‑Level UAS Testing Validates System Compliance ATS supports UAS systems by providing the following testing services: Environmental Testing (MIL-STD 810) UAS systems are exposed to harsh conditions throughout their service life, from extreme climates and high‑altitude flight to moisture and prolonged UV exposure. Environmental testing conducted to MIL‑STD‑810 evaluates system resilience to these real‑world military stressors, including but not limited to: Method 500. 5 – Altitude or low pressure Method 501. 5 – High temperature Method 502. 5 – Low temperature Method 503. 5 – Temperature shock Method 504. 1 – Contamination by fluids Method 505. 5 – Sunshine and Solar Radiation Method 506. 5 – Rain Method 507. 5 – Humidity Method 509. 5 – Salt Spray/Salt Fog Method 510. 5 – Sand and Dust Method 512. 5 – Immersion Method 513. 6 – Acceleration Method 514. 6 – Vibration Method...



What is Military Drone Testing and Why is it Important? The Applied Technical Services Family of Companies (ATS FoC) provides military drone testing to ensure your unmanned aerial vehicles (UAVs) meet compliance and performance standards. The Department of Defense (DoD) typically requires comprehensive military drone testing to confirm UAV airworthiness and compliance. Drones are tested for battery performance, EMI/EMC, and environmental resilience in accordance with standards such as MIL‑STD‑810 and MIL‑STD‑461. These evaluations ensure safe, reliable, and effective operation in demanding military environments. How Our Military Drone Testing Helps Verify Your Drone’s Compliance Military drone testing is essential for assessing UAV reliability. ATS performs testing in accordance with the following standards: EMI/EMC Testing (MIL-STD 461) Electronic devices emit electromagnetic energy that can cause electromagnetic interference (EMI), potentially degrading nearby systems. Drones are particularly susceptible to both external and internal electromagnetic fields, which can affect motor control, sensors, and navigation. Our experts conduct EMI/EMC testing according to MIL-STD-461 methods, including: RE101: Radiated Emissions, magnetic RE102: Radiated Emissions, electric RS101: Radiated Susceptibility, magnetic RS101: Radiated Susceptibility, electric CS101: Conducted Susceptibility, power leads CS114: Conducted Susceptibility, bulk cable injection CS115: Conducted Susceptibility, transient spikes CS116: Conducted Susceptibility, transient spikes CS117: Conducted Susceptibility, unintentional radiator CS118: Conducted Susceptibility, personnel ESD CE101: Conducted Emissions, low frequency CE102: Conducted Emissions, high frequence Environmental Testing (MIL-STD 810) Throughout their service lives, UAS systems must withstand a variety of extreme conditions. Environmental Testing to MIL-STD 810 can help determine the system’s resistance to external factors, rough terrain, and...



Why is Drone Testing Important? The Applied Technical Services Family of Companies (ATS FoC) provides drone testing services to validate the performance and compliance of unmanned aerial systems (UAS). As military operations increasingly depend on drones, rigorous testing is critical to mission success and national security. Because drones incorporate sensitive systems, testing helps ensure they remain reliable and effective in demanding conditions. In recent years, the Department of War (DoW) has significantly increased its use of drones through its billion‑dollar Drone Dominance program, which aims to contract with dozens of manufacturers to meet growing operational demands. What is the Drone Dominance Program? The DoW’s Drone Dominance program is a rapid expansion initiative intended to increase US-based production of low-cost, small UAS. The program’s stated focus on domestic production allows drone manufacturers to secure lucrative contracts with the U. S. government. To be mission‑ready, the Department of Defense (DoD) requires these unmanned systems to perform under real‑world military conditions. As manufacturers invest time and resources in developing competitive, reliable unmanned aerial systems, our drone testing services can help evaluate their aircraft against stringent DoD requirements and guide them through the evolving regulatory landscape. About Our Drone Testing Capabilities For both commercial and military applications, our services support UAS manufacturers by conducting structured evaluations and tests that determine their drones’ compliance with relevant standards. Our testing capabilities address several core components of drone construction and reliability, enabling our multidisciplinary team to evaluate clients’ drones in compliance with MIL-STD 461 and MIL-STD 810....



How DoD Drone Testing Supports Long-Term System Reliability The Applied Technical Services Family of Companies (ATS FoC) provides drone testing services to meet U. S. Department of Defense (DoD) reliability and performance requirements. DoD drone testing is used to validate how unmanned aerial systems (UAS) operate in military environments without interfering with electromagnetic interfaces (EMI) and to verify that onboard battery energy is used safely. We assess UAS performance throughout its entire service life, from design and operation to degradation and failure analysis. Our drone testing services directly help support mission success and safeguards national security. What does the DoD Require for Drone Qualification? Through documented testing, the DoD requires drones to demonstrate compliance with military standards for environmental durability, EMI/EMC performance, battery safety, and system reliability in support of airworthiness and mission readiness. At ATS, we evaluate drone batteries, materials, and electrical systems in accordance with MIL‑STD‑810 and MIL‑STD‑461. Our DoD-Qualified Testing Capabilities In controlled laboratory settings, our expert technicians perform DoD drone testing across a wide range of mission‑critical capabilities: Environmental Testing (MIL-STD 810) Defense drones must demonstrate their ability to survive and operate in real-world military environments, including harsh climates, challenging terrain, and extreme operational conditions. Our state-of-the-art labs perform MIL-STD 810 testing to the following methods: 500. 5: Altitude or Low Pressure 501. 5: High Temp 502. 5: Low Temp 503. 5: Temperature Shock 504. 1: Contamination by Fluids 505. 5: Sunshine (Solar Radiation) 506. 5: Rain 507. 5: Humidity 509. 5: Salt Spray / Salt...



How Does Miniaturized Specimen Technology Help Improve Nuclear Systems Performance? The Applied Technical Services Family of Companies (ATS FoC) uses miniaturized specimen technology (MST) to evaluate nuclear materials using millimeter‑scale samples. MST enables early, precise detection of irradiation‑related degradation (embrittlement, corrosion, and fracture) helping maintain structural integrity and reduce failure risk in nuclear systems. Performance and Safety at the Smallest Scale When full‑size specimens are difficult or unsafe to extract from highly irradiated components, miniaturized specimen technology enables our engineers to characterize material performance throughout a nuclear reactor’s lifecycle, including post‑irradiation examination (PIE) and surveillance programs. With MST, teams can generate accurate mechanical data from tiny samples, without unnecessary material removal. The result: better regulatory compliance, lower operational risk, improved hot‑cell safety, and reduced radioactive waste and disposal costs. Advanced Testing Capabilities for Nuclear Materials At ATS, we conduct miniaturized specimen technology testing in a controlled laboratory environment to directly connect material performance to real‑world reactor conditions. Our advanced testing capabilities and services include, but are not limited to: Mechanical Properties Testing (fracture toughness, tensile, impact, creep, fatigue) Extreme Temperatures Testing Post‑Irradiation Examination (PIE) Surveillance Capsule Testing Specialized Hot‑Cell‑Compatible Testing Radiation Damage Modeling Failure Analysis of in‑Service Components Custom Testing We can also design specialized MST equipment, such as custom miniature test frames and fixtures, tailored to fit individual client needs. Where Miniaturized Specimen Technology Delivers Impact Using miniaturized specimen technology, we deliver reliable data that supports NRC, DOE, and international regulatory standards across the full nuclear lifecycle and beyond....



What is Post-Irradiation Examination (PIE Testing) Used for in the Nuclear Sector? The Applied Technical Services Family of Companies (FoC) offers advanced post-irradiation examination (PIE) testing to support our clients in the nuclear testing sector. PIE testing involves an in-depth evaluation of nuclear fuel and reactor materials following exposure to high levels of radiation. This process relies on understanding how fuel and materials degrade, fail, or perform under irradiation and plays a vital role in predicting service life safety and longevity. Performance, Safety, and Compliance in Extreme Environments To help ensure safe operation without direct radiation exposure, PIE testing is performed in hot cells. A hot cell is a heavily shielded chamber designed to protect personnel from highly radioactive materials. To help ensure consistent results, our PIE testing services follow applicable industry standards, including those of the U. S. Nuclear Regulatory Commission (NRC) and ASTM and ISO/ASTM nuclear technology standards. Our Comprehensive PIE Testing Capabilities At ATS, we perform advanced post-irradiation evaluation services in controlled laboratory environments using specialized systems and techniques. Our expert technicians use both non-destructive methods (such as neutron radiography) and destructive methods (such as microstructural analysis). Our post-irradiation examination services and advanced nuclear testing capabilities include, but are not limited to: Mechanical Testing (tensile, impact, fatigue, and fracture toughness) Mechanical Property Testing Chemical and Material Composition Analysis Radiation damage modeling Surveillance Capsule Testing Irradiated Fuel Analysis Fuel Storage and Disposal Hot Cell Testing Custom Testing Failure Analysis Excellence Across Industries Additionally, we support a wide range...



Why is Radiation Damage Modeling Important in the Nuclear Sector? The Applied Technical Services Family of Companies (FoC) provides specialized radiation damage modeling services to determine how materials react to radiation exposure over time. Understanding how radiation effects materials can directly impact operational strategies and nuclear safety. Our hands-on, experimental approach provides real-world data in accordance with the International Atomic Energy Agency (IAEA) Safety Standards for radiation safety and nuclear facility design. Detecting Radiation Damage Radiation damage can critically alter the material’s mechanical and thermal properties, challenging the safety and longevity of nuclear reactor components and other radiation-tolerant materials. Simulating different methods and techniques, our models can detect various types of radiation damage such as: Displacement, degradation, and defect evolution Swelling, embrittlement, fracture, and fatigue Point defect formations Phase changes in materials Irradiation hardening Fuel failure System failure Radiation damage modeling can also simulate how neutron and gamma irradiation can affect materials over time. Our Advanced Nuclear Testing Capabilities Our radiation damage modeling and testing capabilities include, but are not limited to: Mechanical testing (such as impact and tensile testing) Irradiated materials testing Chemical and material composition analysis Neutron transport analysis Surveillance capsule testing Failure analysis Material characterization Charpy impact testing and miniature Charpy testing Hot call materials testing Extreme temperatures testing Industry-standard testing Custom testing systems Applications Across Industries From small reactor developers and large research institutions to mechanical engineering and safety-critical applications, our advanced testing capabilities can be utilized in a number of ways, including but not limited...



What is Hot Cell Materials Testing in the Nuclear Sector? The Applied Technical Services Family of Companies (ATS FoC) performs hot cell materials testing to assist clients in the nuclear testing industry. A hot cell is a highly shielded chamber constructed to safeguard personnel from radioactive materials by effectively blocking radiation. Our advanced testing solutions provide hot cell material data at temperatures up to 1,500 °C. Evaluating Performance in Demanding Environments Hot cell materials testing is essential for predicting long-term performance and safety margins in nuclear systems. We offer a complete range of instrumentation and automated specimen-handling systems tailored for nuclear hot-cell environments. Our services include in-cell specimen preparation using advanced CNC machining and EDM technologies, delivering precision and efficiency. Hot cell testing is performed in safety-controlled lab environments using specialized systems. To provide reliable results, all testing complies with relevant industry standards. Our Advanced Hot Cell Testing Capabilities Our collective expertise in diverse nuclear testing encompasses a broad range of hot cell operations and high-temperature testing. Our comprehensive testing capabilities include but are not limited to: Mechanical testing (impact, tensile, fatigue and fracture toughness) Physical property testing performed within hot cells or through shielded external test stands High-temperature testing and thermal conditioning equipment Irradiated materials testing Chemical and material composition analysis Charpy impact testing and miniature Charpy testing Custom testing based on specific client needs Applications Across the Nuclear Sector Hot cell materials testing is frequently used for: Nuclear power plant safety – assessing the service life of reactor...



Why is Radiation Transport Analysis Important in Nuclear Testing? The Applied Technical Services Family of Companies (FoC) performs radiation transport analysis to assist clients in the nuclear testing industry in understanding how radiation moves through materials and systems. Reactor operators, manufacturers, and research institutions depend on traditional transport analysis to evaluate shielding effectiveness in compliance with International Atomic Energy Agency standards. It validates designs, predicts material degradation, and ensures safe, efficient energy production in nuclear applications. Evaluating Performance in Demanding Environments ATS uses radiation transport analysis to manage radiation effects in extreme, demanding environments. Using proven computational techniques such as the Monte Carlo Method, our experts simulate particle interactions with high accuracy, supporting both predictive modeling and experimental validation. Our testing is performed in controlled laboratory environments using specialized systems. To help ensure consistent results, all testing follows applicable industry standards tailored to each client's specifications. Our Comprehensive Testing Capabilities As a NQA-1 testing laboratory, we support a variety of applications in the nuclear sector, including but not limited to: Mechanical testing (tensile, impact, fatigue, and fracture toughness) Chemical and material composition analysis Corrosion and environmental testing in simulated reactor conditions Integration with finite element analysis Neutron fluence measurement and analysis for reactor components Radiation damage and embrittlement modeling Shielding design and dose assessment Support for surveillance capsule testing programs Failure analysis of irradiated materials Hot cell testing Radiation Applications Across the Nuclear Sector We support a wide range of industries and applications where materials must perform to high safety...



Why is Neutron Transport Analysis Important in Nuclear Quality Assurance? The Applied Technical Services Family of Companies (FoC) performs neutron transport analysis to simulate neutron behavior and predict potential radiation effects, supporting safe, efficient system designs that meet the highest standards of nuclear quality assurance. Neutron transport analysis is essential to understanding how neutron interactions directly affect performance, safety, and material durability. Our advanced analysis provides clear insight into energy distribution, giving clients confidence in their decisions. Evaluating Performance in Extreme Environments Our neutron transport analysis services combine advanced modeling techniques to simulate neutron behavior in complex systems. We apply: Deterministic methods for efficient system-level modeling Monte Carlo simulations for high-accuracy, probabilistic results Hybrid approaches to balance speed and precision These methods allow us to evaluate neutron transport across space, energy, and direction—key factors in real-world applications. Our Comprehensive Capabilities As a NQA-1 testing laboratory, we analyze a variety of applications including but not limited to: Reactor core behavior and criticality Neutron flux and fluence distributions Radiation shielding performance Material irradiation effects Applications of Neutron Transport Analysis Our neutron transport analysis is crucial for evaluating surveillance capsules and assessing key reactor components such as BWR shrouds and PWR vessel internals. Key benefits include: Understanding Neutron Fluence: This expertise assists in predicting material behavior under radiation exposure. Assessing Component Lifespan: It aids in determining the longevity of critical reactor components. Ensuring Safe Operations: This analysis is vital for maintaining safe and efficient reactor operations. Supporting Safety in Advanced Nuclear and Energy...



Why is Advanced Reactor Materials Testing Important in the Nuclear Sector? The Applied Technical Services Family of Companies (FoC) provides advanced reactor materials testing that meet the highest standards of nuclear quality assurance. Advanced materials testing is essential for nuclear safety, ASME NQA-1 compliance, and gathering data on how materials behave under real-world reactor conditions. Due to the extreme conditions faced in modern reactors (high temperatures, increased radiation, and new coolants), materials must undergo thorough qualification. This process identifies potential failures, validates designs and their limits, and ensures components withstand radiation, heat, and corrosion over time. Evaluating Performance Under Extreme Conditions Materials exposed to extreme conditions can exhibit reduced ductility, increased brittleness, fatigue, and changes in mechanical properties. Our advanced reactor materials testing services assess how materials respond to these conditions and how they behave in corrosive environments. We then apply established methods to measure strength, durability, thermal stability, and resistance to degradation mechanisms. Our testing is performed in controlled laboratory environments using specialized systems. To help ensure consistent results, all testing follows applicable industry standards tailored to specific client needs. Advanced Equipment Solutions and Testing Capabilities Our experts assess lifecycle performance under various conditions relevant to advanced reactor materials. As an NQA-1 laboratory, we support diverse testing needs, such as: Mechanical testing (tensile, impact, fatigue, and fracture toughness) Hot Cell Testing Irradiation and Simulation Post-Irradiation Examination (PIE) High-Temperature Testing Surveillance Capsule Testing Thermal Behavior Corrosion Resistance Chemical and material composition analysis Corrosion and environmental testing in simulated reactor conditions...



The Applied Technical Services Family of Companies (FoC) provides a trusted NQA-1 testing laboratory for rigorous testing and analysis services that meet the highest standards of nuclear quality assurance. An NQA-1 testing laboratory adheres to standards by the American Society of Mechanical Engineers (ASME) NQA-1, ensuring quality assurance for nuclear facility applications. This encompasses safety-related components, material testing, and equipment qualification. Our laboratory operates under a comprehensive QA program aligned with ASME NQA-1 requirements to support safety-critical applications within the nuclear sector. Evaluating Performance in Nuclear Environments Materials operating at cryogenic temperatures can exhibit reduced ductility, increased brittleness, and changes in mechanical properties. Our cryogenic materials testing services assess how materials like metals, alloys, polymers, and composites respond to these conditions. We then apply established methods to evaluate conditions like tensile strength, fracture toughness, impact resistance, and thermal contraction. Our testing is performed in controlled laboratory environments using specialized cooling systems. To help ensure consistent results, all testing follows applicable industry standards tailored to each client's specifications. Our Comprehensive Nuclear Testing Capabilities As a NQA-1 testing laboratory, we support a variety of applications, including but not limited to: Mechanical testing (tensile, impact, fatigue, and fracture toughness) Metallurgical analysis and failure investigations Weld qualification and inspection support Chemical and material composition analysis Corrosion and environmental testing in simulated reactor conditions Nuclear non-destructive testing (NDT) and non-destructive evaluation (NDE) Supporting Safe and Reliable Nuclear Applications We understand the importance of compliance with organizations such as the Nuclear Regulatory Commission (NRC) and the...



Applied Technical Services Family of Companies (FoC) provides comprehensive solutions for atmosphere control testing, tailored to meet demanding applications of the nuclear sector. Accurate testing and verification are crucial for nuclear facilities to ensure optimal system performance, protect personnel, and comply with regulatory standards. The Role of Atmosphere Control Testing in Nuclear Operations Materials operating at cryogenic temperatures can exhibit reduced ductility, increased brittleness, and changes in mechanical properties. Our cryogenic materials testing services assess how materials like metals, alloys, polymers, and composites respond to these conditions. We then apply established methods to evaluate conditions like tensile strength, fracture toughness, impact resistance, and thermal contraction. Our testing is performed in controlled laboratory environments using specialized cooling systems. To help ensure consistent results, all testing follows applicable industry standards tailored to each client's specifications. Our Comprehensive Capabilities ATS offers specialized atmosphere control testing services, both on-site and in-lab, to assess and verify controlled environments. Our skilled technicians employ industry-standard methods and calibrated instruments to deliver reliable, defensible results. Beyond our radioactive-materials testing, we also provide a variety of client-specific applications relevant to atmosphere control: Mechanical testing (tensile, impact, fatigue, and fracture toughness) Gas composition analysis Measurement of thermal contraction and expansion Compatibility evaluation with cryogenic fluids such as liquid nitrogen and liquid oxygen Environmental monitoring and data collection Leak detection and containment verification Applications Across the Nuclear Sector ATS Family of Companies provides support to clients in various industries where controlled environments are crucial, including but not limited to: Nuclear Power...



Why is Surveillance Capsule Testing Important? The Applied Technical Services Family of Companies (FoC) offers surveillance capsule testing services to monitor the long-term integrity of reactor pressure vessel (RPV) materials. In nuclear reactors, components are continuously exposed to neutron irradiation and high temperatures, altering the mechanical properties of essential materials over time. Nuclear operators use surveillance programs to monitor material degradation that can impact reactor safety and compliance. Since reactor pressure vessels are irreplaceable, proactive monitoring is essential to ongoing service. Surveillance capsules containing material specimens are placed in reactors for later testing to assess irradiation effects, such as embrittlement. Maintaining Reactor Material Integrity and Safety Utilities, OEMs, and research organizations depend on ATS for surveillance capsule testing services to maintain safety and data reporting for regulatory compliance. We offer extensive surveillance capsule testing services throughout the entire surveillance program lifecycle. Our specialists adhere to industry standards to assess irradiated specimens, providing accurate results. By analyzing material property changes against baseline data, they evaluate radiation-induced degradation, aiding clients in operational and safety decisions. We test various materials used in reactor construction, including base metals, welds, and heat-affected zones. Our surveillance capsule testing capabilities support a variety of analyses and applications, including but not limited to: Charpy Impact Testing (ductile-to-brittle transition evaluation) Tensile Testing (strength and ductility assessment) Fracture Toughness Testing Neutron Transport Analysis Embrittlement Trend Evaluation Post-Irradiation Examination (PIE) Hot Cell Testing Capsule Processing Specimen Handling and Storage Pressure Temperature (P-T) Curve Calculation Regular retrieval and analysis of capsules evaluate...



The Imortance of Irradiated Materials Testing The Applied Technical Services Family of Companies (FoC) provides irradiated materials testing (IMT) to help ensure safety and longevity in nuclear systems. IMT involves testing materials exposed to radiation inside a nuclear reactor or similar environments to understand the impact on the irradiated material’s structure and performance over time. Evaluating Irradiated Material Performance Reactor components typically endure harsh conditions, including radiation, heat, and pressure. Integrity Monitoring Technology is essential for preventing unexpected material failures and maintaining rigorous safety standards. IMT provides critical data for managing reactor components throughout their lifespan, aiding in the assessment of material longevity under safe operating conditions. Adherence to regulatory bodies like the NRC and IAEA is vital, as they require proof of safe material performance under irradiation, making IMT indispensable for compliance. IMT aids in the development of new materials, promoting innovation in advanced reactors like Small Modular Reactors (SMRs) and Generation IV reactors, alongside accident-tolerant fuels and radiation-resistant alloys. What happens to materials under irradiation? When materials are exposed to neutron or gamma radiation, their atomic structure is disrupted. This can cause the following: Hardening or softening Embrittlement Swelling Creep Phase changes Supporting Materials Through the Irradiation Process We offer extensive support for materials throughout the irradiation lifecycle, beginning with pre-irradiation baseline testing and concluding with post-irradiation examination (PIE). Initial Testing: This phase determines essential properties for future reference. Post-Irradiation Analysis: We evaluate changes in mechanical performance, dimensions, and microstructure. Our teams follow stringent handling and safety protocols,...



The Applied Technical Services Family of Companies (FoC) performs Miniature Charpy testing on irradiated materials where the specimen sample size is very limited or radioactive. Our testing is performed in controlled laboratory settings using specialized systems, adhering to industry standards and tailored to each client's needs. Miniature Charpy testing reduces the required sample size, as surplus samples are often unavailable for this application. Distinguishing Key Differences in Miniature Charpy Testing Charpy impact testing quantifies the energy a material absorbs upon fracture, demonstrating that lower temperatures enhance strength but decrease ductility, potentially leading to brittle failure. A smaller sample is cooled and struck by a pendulum, with absorbed energy calculated from the pendulum’s motion. Standard Charpy: 10×10×55 mm Miniature Charpy: Much smaller (e. g. , 3×4×27 mm, or other sub-size geometries) Miniature Charpy testing is typically used in specialized cases such as nuclear (irradiated materials), failure analysis, weld zones, and in-service components. Unlike standard Charpy tests, the results need to be correlated with full-size values and are generally utilized for comparative analysis. Applications Across the Nuclear Sector Miniature Charpy testing plays a critical role in the nuclear sector by enabling impact toughness evaluation when material is limited, radioactive, or localized. Material Qualification and Research: Evaluates new or limited-quantity materials for nuclear applications. Irradiation Embrittlement Assessment: Analyzes the impact of neutron exposure on the durability of reactor pressure vessel materials over time. Aging and Life Extension Studies: Informs decisions for the continued safe operation of nuclear components. Hot Cell Testing of Radioactive...



Applied Technical Services specializes in the wear testing of intervertebral spinal disc prosthesis. As spinal prostheses become more popular, new manufacturers must rigorously test their implants to ensure effectiveness, safety, and regulatory compliance. Our medical device testing experts perform wear tests on intervertebral spinal disc prosthesis in accordance with ISO 18192. What is an Intervertebral Spinal Disc Prosthesis? An intervertebral spinal disc prosthesis is an artificial medical implant designed to replace a damaged or degenerative spinal disc while preserving the spine's mobility and flexibility. The implant mimics a disc's biomechanical properties while relieving the patient's pain and discomfort. There are two types of intervertebral disc prosthesis, cervical prosthesis and lumbar prosthesis, each representing the respective part of the spine in which they’re used. What is ISO 18192? ISO 18192 establishes a standardized framework for evaluating the wear of intervertebral spinal disc prostheses. The standard’s test methods replicate the complex mechanical motions, loads, and fluid exposure experienced by the human spine. The standard helps laboratories assess the long‑term wear behavior, wear particle generation, and integrity of the prosthesis. During the tests, technicians subject the sample to axial compression at 1 Hz while submerged in a solution simulating bodily fluids. Technicians continue testing until the sample completes 10 million cycles or fails. For companies performing intervertebral disc wear testing, ISO 18192 offers an internationally recognized methodology for demonstrating device reliability, safety, and functional longevity. Our Intervertebral Spinal Disc Prosthesis Testing Services Our intervertebral spinal disc wear testing services help medical device manufacturers...



Applied Technical Services is a trusted provider of medical device technical file risk analysis services to EN ISO 14971. What is a Technical File? A medical device technical file is a comprehensive document that captures the full scope of a new device’s classification, design, intended use, performance, safety, and regulatory compliance. It consolidates essential subject matter, including design inputs and outputs, verification and validation data, manufacturing information, labeling, clinical evidence, and risk analysis, into a structured layout for regulatory review. The US requires technical files to demonstrate a subject device’s eligibility for sale. The FDA relies on this documentation to ensure compliance with the 510(k) pathway. Understanding Risk Analysis Risk analysis is the process of identifying a medical device’s potential hazards and determining the likelihood that they will result in harm. The EN ISO 14971 standard is universally recognized and applicable to devices being developed in the US. EN ISO 14971 guides medical device manufacturers in identifying hazards, estimating and evaluating risks, and implementing effective safety measures to reduce risks throughout a product’s lifecycle. It provides a structured, evidence‑driven framework that ensures devices meet essential safety expectations and is a critical component of risk management. About Our Technical File Risk Analysis Services Our technical file risk analysis services help manufacturers demonstrate the safety, performance, and regulatory compliance of their medical devices and ensure their risk controls are compliant with ISO 14971. We help clients identify and evaluate device hazards, assess the likelihood and severity of potential harms, and verify that...



Applied Technical Services’ technical file remediation support services help medical device manufacturers address deficiencies in their device submissions. Manufacturers must comply with their region's documentation, testing, and safety requirements before marketing products to healthcare providers and consumers. The submission process is meticulous, and regulatory entities may require remediation of flawed documents. Our consultants help clients resolve issues that delay device approval by providing medical device testing services that minimize the risk of remediation. What is a Technical File? A technical file is a collection of documents that provide key details on a new medical device’s safety, performance, clinical data, design rationale, and potential risks. These files are required for devices to be sold in the US. Manufacturers must include vital information, such as: Device classification description- Intended use Design drawings and specifications Risk management documentation Clinical evaluation data Performance testing results Labeling and instructions for use Manufacturing and quality control information A technical file demonstrates how the subject device complies with region-specific regulations and laws governing medical devices. What is Technical File Remediation? Technical file remediation is the process of finding and fixing gaps or inconsistencies in a medical device’s technical file. Our experts support remediation by providing thorough records of our testing services. More About Our Technical File Remediation Support Services Our team knows the data and attention to detail needed for medical device approval. Approval can already take several months or years, even when things go well and an incomplete technical file can cause long delays or rejection....



Applied Technical Services provides reliable technical file preparation support services for Class I and Class II medical devices. Bringing a device to market requires precise documentation and a clear regulatory strategy. We help clients with this through our thorough documentation of our medical device testing services, minimizing the risk of remediation. What Is a Medical Device Technical File? A technical file is a comprehensive dossier covering a device’s classification, design, intended use, performance, clinical data, and risks. It demonstrates regulatory compliance and evolves from development through clinical evaluation, validation, and post-market activities. Since regulations vary by region, clients must understand the specific requirements of their target markets to ensure successful technical file submissions. What is Technical File Gap Support? Gap analysis is a structured review comparing a submitter's documentation and regulatory approach against regulatory standards and submission requirements. It divides the document into sections by subject, enabling experts to systematically identify and address issues and inconsistencies prior to submission. Our technicians can address gaps by providing thorough documentation of our provided testing. More About Our Technical File Preparation Support Services Our experts offer technical file preparation support services. We streamline device approval by helping clients do the following: Ensure product compliance with applicable standards Provide thorough documentation of testing Why Choose ATS Our experts combine regulatory expertise with practical technical knowledge. We prioritize compliance, clarity, and defensible documentation to ensure your technical file is well-prepared for review. Contact Us Ready to test your medical devices for compliance? Call +1 (888)-287-5227...



Applied Technical Services is a reputable provider of technical file gap support services for manufacturers of Class I and II medical devices. The medical device approval process is meticulous, designed to ensure the safety and effectiveness of new devices. The documentation from our testing services helps our clients ensure their medical devices meet the requirements for eligibility for sale in the United States. Our medical device testing services fill file gaps by providing thorough records of the performed tests. What is a Medical Device Technical File?   A technical file is a detailed document that contains pertinent information about a medical device's classification, design, performance, safety, and regulatory compliance. The technical file is an ever-evolving document that changes throughout the device's lifecycle as it undergoes additional testing, updates, and evaluations. The FDA requires technical files for a device's eligibility for sale in US markets. Each regulatory body has its own specific requirements for technical files, and the FDA's prioritizes pre-market approval. What is Medical Device Gap Support? Technical file gap analysis is the systematic examination of a subject medical device's documentation and regulatory pathway to ensure the manufacturer addresses any unfulfilled requirements before submission. The medical device submission process is extensive, so gap analysis is often conducted by section or theme, helping to condense the subject matter into more manageable groupings.   Our services support gap analysis by providing reliable testing with thorough documentation. About Our Technical File Gap Support Services  Our medical device testing team provides comprehensive technical file...



The Applied Technical Services Family of Companies (FoC) provides comprehensive cryogenic materials testing to support safety, compliance, and performance in industries where materials are exposed to extremely low temperatures. Our team evaluates how materials behave in cryogenic environments, including exposure to liquid gases and rapid temperature changes. Our goal is to help clients gain reliable data to guide material selection, component design, and long-term operational planning. Evaluating Material Performance in Extreme Cold Environments Materials operating at cryogenic temperatures can exhibit reduced ductility, increased brittleness, and changes in mechanical properties. Our cryogenic materials testing services assess how materials like metals, alloys, polymers, and composites respond to these conditions. We then apply established methods to evaluate conditions like tensile strength, fracture toughness, impact resistance, and thermal contraction. Our testing is performed in controlled laboratory environments using specialized cooling systems. To help ensure consistent results, all testing follows applicable industry standards tailored to each client's specifications. Our Comprehensive Cryogenic Testing Capabilities We offer a range of cryogenic materials testing services, including but not limited to: Tensile testing at cryogenic temperatures Impact testing for brittleness evaluation Fracture toughness and fatigue testing Thermal contraction and expansion measurement Materials characterization and failure analysis Compatibility testing with cryogenic fluids such as liquid nitrogen and liquid oxygen Supporting Safety, Compliance, and Risk Reduction Reliable testing data is essential when materials are exposed to extreme cold. Cryogenic materials testing helps organizations meet regulatory expectations and internal safety requirements. Our data can support design validation, maintenance planning, and documentation for...



The Applied Technical Services Family of Companies (FoC) provides comprehensive high-temperature materials testing to support safety, compliance, and performance in critical industries, including nuclear, aerospace, and energy. Our team of experts evaluates how materials behave under elevated temperatures, pressure, and high-stress environments. As a result, our clients gain reliable data to guide material selection, design, and long-term operational planning. Evaluating Performance in Extreme Heat Environments Materials exposed to high temperatures are expected to maintain strength and stability over time. Our services assess how materials such as metals, alloys, ceramics, and coatings respond to prolonged exposure to heat and mechanical stress. In addition, we use established methods to evaluate creep, thermal fatigue, and oxidation resistance. All testing is conducted in our state-of-the-art controlled laboratory settings and follows applicable industry standards and unique client requirements. This helps to ensure consistent results when analyzing high-temperature materials. Our Comprehensive Testing Capabilities We offer a range of high-temperature materials testing services, including but not limited to: Creep and stress rupture testing at elevated temperatures Thermal fatigue and cyclic performance testing High temperature tensile and mechanical property evaluation Oxidation and corrosion resistance testing Materials characterization and failure analysis Support for specialized environments and simulated service conditions All elevated temp testing can be performed in a client-specified atmosphere Supporting Safety, Compliance, and Decision-Making Reliable testing data is essential for meeting regulatory expectations and performance goals. Our services can support design validation, maintenance strategies, and documentation for agencies such as the NRC and other governing bodies. In addition,...



Applied Technical Services supports clients with acceptance criteria for Class I and Class II medical devices through our medical device testing services. Acceptance criteria may come from FDA guidance documents, scientific literature articles, or may be leveraged from a wide historical testing database. The medical device approval process is intentionally rigorous to ensure device safety and effectiveness of all devices. Our experts support clients looking to ensure their devices meet the applicable acceptance criteria through our rigorous testing to applicable standards. Understanding Acceptance Criteria Acceptance criteria are specific, testable requirements a device must meet to demonstrate safety, performance, and compliance. They include functional performance, biocompatibility, safety assessments, and sometimes clinical data. Manufacturers must provide clear rationales and statistical evidence to support regulatory submissions, and acceptance criteria give them a pathway to do so. Why Acceptance Criteria Matter Understanding acceptance criteria reduces ambiguity and uncertainty during device development. A clear grasp helps manufacturers shorten review cycles and avoid costly redesigns. In the US, the FDA requires pre-market evidence demonstrating consistent performance and substantial equivalence per the 510(k) pathway. About Our Medical Device Acceptance Criteria Support Services Our experts understand the need to meet acceptance criteria and our thorough documentation of our testing services help ensure your product's compliance with applicable standards. Our structured, collaborative approach enables manufacturers to navigate the approval process with clarity, efficiency, and confidence. Consequences of Failing to Meet FDA Criteria Failure to meet predetermined acceptance criteria can create significant regulatory and commercial obstacles for medical device manufacturers....



The Applied Technical Services Family of Companies (ATS FoC) offers expert‑driven predicate device testing services to support manufacturers navigating the FDA medical device approval landscapes. The development of new medical devices is a detailed, complex process that often requires expert opinion to ensure success. Our team helps clients test predicate devices to assist in gaining FDA approval for their new medical device designs. Understanding Predicate Devices A predicate device is an existing, legally marketed medical device that manufacturers of a new device use as a reference to demonstrate the safety and effectiveness of their new product. The FDA’s 510(k) framework requires that manufacturers of subject devices establish how their device is substantially equivalent to a predicate device. This includes proving how the two products have closely related uses, technologies, mechanical strength, biocompatibility, and sterility. Establishing an FDA-approved predicate device is central to the 510(k) submission and approval process, which must be completed for a device to be eligible for marketing and sale in the United States. About Our Predicate Device Testing Services Our predicate device testing services help our clients navigate the FDA 510(k) submission process, minimizing uncertainties along the path to FDA approval. Our technicians help ensure the compliance of your predicate medical devices. Contact Us Call +1 (888)-287-5227 or submit an online request form for more information about how our predicate device consulting services can support your next FDA submission.



The Applied Technical Services Family of Companies (FoC) provides nuclear materials testing services to support safety, compliance, and performance in the nuclear and high-reliability sectors. Our team of experts perform precise testing and evaluation of materials exposed to conditions like radiation, extreme temperatures, high pressure, and corrosive environments. As a result, our clients gain critical data to make informed decisions throughout the lifecycle of material production Reliable Testing for Demanding Environments Over time, materials used in nuclear applications must withstand extreme conditions. Our nuclear materials testing services evaluate how materials respond to real-world stressors. In addition, we apply proven methodologies to assess mechanical properties, structural integrity, and environmental resistance. To ensure consistent results, all testing is conducted in our controlled laboratories in accordance with applicable industry standards and client specifications. Our Nuclear Materials Testing Capabilities Our experts deliver clear, detailed reporting so clients can make informed decisions about their equipment and materials. Our testing capabilities include but are not limited to: Mechanical testing: tensile, fatigue, fracture toughness, compression, and bend. Corrosion and environmental testing in simulated reactor conditions. Non-destructive examination (NDE) Nuclear non-destructive testing (NDT) Materials characterization and failure analysis. Support for irradiation and post-exposure evaluation through qualified partners. Supporting Safety and Regulatory Confidence Nuclear materials testing services are essential for meeting regulatory expectations and internal safety requirements. Our data supports design validation, maintenance planning, and documentation for agencies such as the NRC. Additionally, our testing helps identify potential material degradation before performance is impacted. While results vary based on...



The Applied Technical Services Family of Companies (ATS FoC) is a trusted provider of predicate device compliance testing services. The global medical device market is steadily expanding as demand rises and technology evolves. As the market grows, new medical device manufacturers will arise and offer consumers new products built upon established platforms and technologies. Our services help medical device manufacturers ensure their device's compliance with FDA and U. S. regulations. What is a Predicate Device? A predicate device is a legally marketed medical device that is a benchmark for evaluating a new device’s safety and effectiveness. In the US, predicate devices are required to justify that the subject device is "substantially equivalent" to a device already legally approved for sale. Predicate devices are part of the FDA’s 510(k) clearance process for Class II devices, which is a regulatory pathway that requires manufacturers to show their device is substantially equivalent to a predicate device in area such as indications for use, technological characteristics, sterility, biocompatibility, and mechanical strength. About Our Predicate Device Compliance Testing Services Our medical device testing team provides strategic predicate device testing services that help clients navigate the complexities of the FDA 510(k) pathway with confidence. Our services help streamline the approval process by helping our clients ensure their device's compliance with relevant standards. Contact Us Call +1 (888)-287-5227 or submit a web request form to learn how we can support your next medical device submission.



Applied Technical Services is a leader among reverse engineering labs. Reverse engineering is a significant source of innovation and development in the engineering and manufacturing sectors. Whether it’s used to ensure that legacy products have adequate replacement part support or to help manufacturers improve their current lineup, reverse engineering is vital to many modern technologies. What is Reverse Engineering? Reverse engineering is the systematic process of deconstructing a finished product or component to analyze the object’s characteristics and composition for the purpose of replicating the design. Reverse engineering is primarily used to do the following: Create digital CAD models for defunct brands or discontinued products when original drawings aren’t available Identify and resolve weaknesses in products Analyze a competitor’s products for competitive benchmarking Create a digital archive of older components About Our Reverse Engineering Lab Our laboratory’s team of multidisciplinary metrologists, engineers, and other specialists utilizes industry-standard practices to digitally reconstruct components of varying shapes and sizes. We carry out our reverse engineering services using the following technologies: 3D Laser Scanning Coordinate Measurement Machines (CMMs) Computed Tomography (CT) Scanning Electron Microscopy (SEM) Our metallurgy and chemistry departments also offer their own reverse engineering services. Our services can be applied to a wide array of applications and are especially useful to clients in the aerospace, defense, automotive, and manufacturing industries. The Benefits of Reverse Engineering Reverse engineering offers several significant benefits for businesses seeking to understand, improve, or recreate critical components. The ability to analyze an existing part’s geometry, construction, and...



Applied Technical Services is a trusted provider of reverse engineering solutions. In industrial design, sometimes the most effective way to make advancements is by analyzing the past. Reverse engineering is the manifestation of this concept, as it provides answers and solutions to current predicaments by analyzing past products and components. Our multidisciplinary team of experts can reverse engineer a wide array of products, providing you with the images and information you need to complete a project. What is Reverse Engineering? Reverse engineering is the process of deconstructing a physical object to extract the information needed to create a blueprint or a comprehensive profile of the object. Reverse engineering can be accomplished using various techniques and technologies, but the most common are as follows: 3D Laser Scanning 3D Laser Scanning utilizes laser light to measure a material’s surface geometry; however, the methodology can struggle to capture the internal geometry of an object. Computer Tomography (CT) Computed tomography uses X-rays, which are adept at capturing the internal and external geometry of a material. Coordinate Measurement Machines (CMMs) CMMs use probes to measure an object’s 3D geometry with higher precision than non-contact alternatives. Scanning Electron Microscopy (SEM) SEM produces highly magnified images, helping experts determine a material’s textures and microfeatures. More About Our Reverse Engineering Solutions Our state-of-the-art laboratory offers comprehensive reverse engineering services tailored to the specific demands of our clients. Utilizing cutting-edge diagnostic equipment and high-precision tools, our credentialed staff deconstructs and analyzes objects to generate 3D CAD models. Our approach...



Applied Technical Services (ATS) is a leader among reverse engineering firms. Reverse engineering is one of the reasons for the constant innovation and improvement of modern industries and technologies. Reverse engineering firms, such as ATS, utilize specialized tools and software to gain a deeper understanding of the construction, dimensions, and potential applications of various types of equipment. What is Reverse Engineering? Reverse engineering is the process of deconstructing a component or product to gain a deeper understanding of its design, functions, and geometry. Reverse engineering is particularly important in engineering and manufacturing applications, where it's used to do the following: Recreate legacy parts. Repair or service discontinued parts. Conduct failure analysis. Problem-solve manufacturing issues. About Our Reverse Engineering Firm We deliver comprehensive reverse engineering services supported by modern metrology instruments, advanced digital modeling software, and a highly trained and multidisciplined staff. Our engineers and technicians are proficient in the processes needed to reverse engineer products using numerous methods, including: 3D Laser Scanning 3D scanners allow experts to collect information about an item’s dimensions, geometry, and features, which is later used to render a 3D model of the object. This rapid process captures precise details at high resolutions without ever touching the object. CT Scanning Computed tomography captures an object’s external and internal geometries, providing engineers with a 3D volumetric image. CT scanning requires fewer steps than traditional reverse engineering, and it's especially useful for recreating components without CAD files. Coordinate Measuring Machines Coordinate measuring machines (CMMs) capture spatial data, allowing...



The Applied Technical Services (FoC) tests Volvo parts and components in compliance with the Volvo STD 1026 testing standard. While automotive manufacturers must comply with government regulations regarding safety, performance, and environmental pollution, automakers also have their own internal standards that promote quality and uniformity across their brand’s lineup of vehicles. Our independent and accredited automotive testing lab tests materials and components in accordance with brand standards, helping OEMs and their suppliers meet requirements. What is Volvo STD 1026? Volvo STD 1026 is an ensemble of Volvo’s internal corporate standards, and it features a series of test methods for surface treatments and non-metallic materials used in the construction of Volvo vehicles. STD 1026 consists of the following sections: STD 1026‑5172-Determines how to evaluate color in a color-matching booth STD 1026‑5272-Measures a coating’s gloss at 20°, 60°, and 85° STD 1026‑8177- Tests paints/coatings’ resistance to fluids and chemicals STD 1026‑8201 – Uses the ISO 105‑A02 gray scale to measure color changes STD 1026‑8202 – Uses the standardized gray scale to measure staining on materials STD 1026‑1122 – Measures the heat resistance of plastic materials STD 1026‑8432- Measures how materials resist rubbing-induced color loss STD 1026‑8433 – Determines how solvent-soaked materials impact color durability STD 1026‑8434 – Evaluates how paint and enamels resist abrasion-caused color loss About Our Automotive Testing Lab Our automotive testing laboratory is a trusted provider of testing services for many of the world’s most recognizable automobile manufacturers, including Volvo. Whether our services are focused on a material’s chemical...



The Applied Technical Services Family of Companies (FoC) conducts tests on Volvo’s parts and components in compliance with the Volvo STD 423 testing parameters. Volvo is an automotive manufacturer with a decades-long history of quality, reliability, and performance. Along with industry-issued safety and performance standards, Volvo adheres to its own standards, which are designed to ensure uniform quality across its entire lineup of vehicles. Independent laboratories, such as Applied Technical Services, play a crucial role in the quality control process for many automakers, including Volvo. What is Volvo STD 423? Volvo STD 423 is a group of Volvo’s internal testing standards, and the variants included in the collection specifically focus on accelerated corrosion tests that determine the durability of a wide array of components and materials. The standard’s many tests simulate the many environmental conditions an automobile and its components may encounter throughout their life cycle. More About Our Automotive Testing Services The ATS FoC’s automotive testing laboratory is A2LA-accredited and capable of conducting the accelerated weathering tests needed to ensure a product’s compliance with Volvo STD 423. Our extensive list of STD 423-compliant tests includes the following: STD 423-0009 (Adhesion-Scrape) STD 423-0010 (Corrosion-Salt Spray) STD 423-0012 (Adhesion-Cross Cut) STD 423-0015 (Adhesion-High Pressure Water Spray) STD 423-0018 (Moisture Resistance-Tropical Cabinet) STD 423-0055 (Heat Resistance-Short Term) With decades of collective experience conducting environmental tests on a range of products across various industries, our team of professionals brings the expertise and unparalleled knowledge necessary to carry out tests with precision and accuracy....



The Applied Technical Services Family of Companies (FoC) evaluates Volvo’s automotive components in accordance with the Volvo STD 121 testing standard. What is Volvo STD 121? Volvo STD 121 is a collection of internal Volvo standards used to evaluate the performance and durability of various components used in Volvo’s vehicles. The standard is divided into multiple sections, each of which outlines technical requirements for coatings and treatments applied to metal and plastic parts and components. Volvo STD 121-0001 This standard focuses on aluminum, steel, and other metal components with powder, solvent, or water-borne paint coating systems. Volvo STD 121-0002 STD 121-0003 details the painting requirements for components comprised of plastic. Volvo STD 121-0003 This standard establishes the friction requirements for cathodically protective surface treatments. Volvo STD 121-0004 This standard specifies the requirement cathodically protective surface treatments applied to components that do not have friction requirements. Volvo STD 121-0006 Volvo STD 121-0006 establishes corrosion protection requirements for tubes, tube fittings, and hose couplings. Volvo STD 121-0013 Volvo STD 121-0013 establishes coating requirements for modern products with friction requirements. Volvo STD 121-0015 This standard establishes coating requirements for modern products without friction requirements. More About Our Volvo STD Testing Services Our automotive testing laboratory is fully equipped to conduct tests in compliance with the many of the world’s leading automotive manufacturers’ internal testing standards, including Volvo’s. Our automotive testing services are adept at analyzing and assessing automotive parts and components, ensuring their compliance with both Volvo’s internal standards and the regulatory standards...



The Applied Technical Services Family of Companies’ (FoC’s) thermal propagation testing capabilities enable us to evaluate how batteries respond to rapid temperature increases. Lithium-ion batteries are the primary choice for electric vehicle manufacturers due to their longevity, energy efficiency, and extended range. However, like all batteries, lithium-ion batteries have their risks and challenges, and thermal propagation is among the biggest concerns for battery manufacturers. Our battery testing laboratory’s thermal propagation can help your business ensure the safety of its lithium-ion batteries by testing them in accordance with UL 9540A. What is Thermal Propagation? Thermal propagation occurs when a temperature increase in one battery cell expands to other cells, leading to a rapid and uncontrolled increase in heat throughout the battery. Thermal propagation can be caused by the following: Manufacturing defects, including low-quality cells, defective separators, and metallic contaminants Mechanical abuse, such as crushing, dropping, and puncturing Electrical abuse, such as overcharging, over-discharging, and short circuits Thermal propagation can cause overheating, which can ultimately result in melting, explosions, and fires. What is Thermal Propagation Testing? Thermal propagation tests evaluate a battery system’s ability to resist the events of thermal runaway and thermal propagation. During the testing procedure, technicians increase the battery’s temperature by subjecting it to needle penetration, flames, or heating elements. Temperature sensors monitor the battery’s thermal propagation, while voltage monitors allow technicians to observe fluctuations in the voltage of cells. Gas analyzers provide information about the flammability and toxicity of the gas created by the thermal propagation. Our UL...



The Applied Technical Services Family of Companies (FoC) evaluates coin batteries and button cells in compliance with the UL 4200A safety standard. What are Coin batteries and Button Cells? Coin batteries and button cells are small, dime- or button-shaped batteries consisting of a single electrochemical cell. Although people often use the terms "coin batteries" and "button cells" interchangeably, there are distinct differences between them. The most obvious difference is that coin batteries do contain lithium, whereas button batteries do not. Coin batteries are also typically larger than their button battery counterparts, making them more hazardous when accidentally ingested by children. However, button batteries pose their own unique risks because they’re small enough for children to fit them into their ears or noses, which can lead to other serious hazards. What is Reese’s Law? In 2022, the United States Congress passed Reese’s Law, establishing new performance, labeling, and packaging requirements for button cells, coin batteries, and consumer products that contain them. Performance Requirements To ensure the security of the battery compartment, manufacturers must design their products in one of the following ways: The battery compartment can only be opened using a screwdriver or similar tool. The battery compartment can only be opened if the user performs two independent and concurrent actions by hand. Products must also pass a series of abuse tests, including, but not limited to, drop, crush, and heat tests. Labeling Requirements Products must feature prominent warning labels that are permanent and easily discernable. The product’s accompanying instructions and...



The Applied Technical Services Family of Companies’ (FoCs’) coin battery testing services ensure that coin batteries comply with regulatory requirements. All battery technologies have their inherent dangers, but small batteries, such as coin batteries, present unique risks to consumers. Our coin battery tests help ensure that our clients comply with Reese’s Law, protecting both themselves and consumers from the severe consequences that can accompany the accidental ingestion of coin batteries. What is a Coin Battery? Coin batteries are small batteries comprised of a single electrochemical cell. Known for their distinct coin shape, coin batteries are commonly used to power lower-power devices such as hearing aids, car key fobs, watches, and kitchen scales. They’re revered for their low discharge rate, extended shelf life, and stable voltage output. However, their minuscule size makes them a hazard to consumers, specifically young children, so all coin batteries and products containing coin batteries must comply with Reese’s Law if they are to be sold in the United States. What is Reese’s Law? Reese’s law is a federal law establishing stringent regulations regarding the packaging, performance, and labeling of products containing coin batteries. Passed in 2022, the law ushered in a new wave of regulations pertaining to a wide range of consumer products, including the following: TV remote controls Vehicle key fobs Smart watch Wireless doorbell Thermometers Home security systems Battery-powered candles Kitchen scales The Consumer Product Safety Commission (CPSC) codified ANSI/UL 4200A in 2023, making it the standard that defines the parameters of Reese’s Law....



The Applied Technical Services Family of Companies (FoC) sets themselves apart as medical device regulatory compliance specialists by helping medical device manufacturers qualify their products for the marketplace. Medical devices are an essential part of the lives of millions of people worldwide. Due to their importance and sensitive nature, these devices must undergo extensive testing that vets their quality, safety, and functionality. Our medical device testing experts work alongside our clients to ensure their products meet specifications while complying with industry standards and regulations. About Our Medical Device Regulatory Compliance Specialists Our medical device testing experts have decades of collective experience using mechanical testing to determine the strengths and weaknesses of medical devices. Our ISO / IEC 17025 accredited labs have the state-of-the-art equipment needed to simulate the real-world applications of medical devices, ensuring that the products can withstand the expected amount of wear and tear. Our ability to conduct mechanical tests on medical devices makes us adept at helping clients work through matters of medical device designs and regulations. Upon completion of our testing, we share highly detailed reports of our findings with our clients and regulation agencies, maintaining an objective and transparent approach throughout the process. We offer an extensive list of medical device regulatory compliance services, including the following: Audit regulatory compliance Clinical literature review Compliance support Distribution support FDA compliance Why are Medical Device Regulations Important? Medical device manufacturers must comply with an extensive list of regulations designed to protect patients, medical providers, and patients from...



The ATS Family of Companies (FoC) provides FDA 510(k) compliance services for medical device manufacturers pursuing FDA approval. Medical devices improve the quality of life for millions worldwide, and the United States is the world’s largest medical device market. The FDA mandates that devices sold in the US meet rigorous safety and performance standards and must be reviewed and authorized by the FDA for market authorization. Our regulatory compliance professionals support medical device companies by leveraging their expertise to optimize the FDA 510(k) submission process. We support our clients by ensuring their compliance with guidance documents and recognized standards, by providing insight from previous FDA interactions to proactively identify and address any pitfalls, and by minimizing risk–all to help reduce the time to market and strengthen your overall regulatory strategy. What is the 510(k)? The 510(k) is a premarket submission that Class 2 (medium risk) medical device manufacturers provide to the FDA to demonstrate their product is “substantially equivalent” to a legally marketed predicate device. Manufacturers establish substantial equivalence by: Demonstrating that the device has the same indications for use as a predicate device Demonstrating that the subject device has similar technology and performance for the same intended use Verifying that any technological differences between the subject and the predicates do not pose new questions about the proposed device’s safety and effectiveness Successful completion of the 510(k) submission process will result in the FDA issuing a clearance letter, allowing the medical device manufacturer to place their device on the US...



The Applied Technical Services Family of Companies (FoC) is an FDA 510(k) compliance expert helping medical device manufacturers earn FDA approval for their devices. Medical device manufacturers improve the quality of life of medical experts and patients who rely on their products. However, long before these devices reach their end users, they’re subject to rigorous regulations and guidelines that confirm their performance capabilities, reliability, and compliance. Our medical device testing lab is an excellent resource for manufacturers seeking to streamline their route to FDA approval. What is the 510(k)? The FDA 510(k) refers to the Federal Food, Drug, and Cosmetic Act’s section 510(k), which states that medical device manufacturers must provide the FDA with a premarket notification a minimum of 90 days before the manufacturer markets an eligible product. The purpose of the 510(k) is to grant manufacturers an opportunity to demonstrate that their product is “substantially equivalent” to a predicate device. A predicate device is a commercially available device that can be legally marketed in the US, and these devices serve as a basis for comparison for new medical devices arriving to the market. Manufacturers of the new devices must establish their devices’ substantial equivalence to a predicate device by doing the following: Proving the subject device’s intended use and technological characteristics are the predicate device Proving the subject device has the same intended use as the predicate and that any differences in technological characteristics do not present new questions regarding the device’s effectiveness and safety About Our FDA...



The Applied Technical Services Family of Companies (FoC) leads the industry in evaluating hip implants for safety, reliability, and mechanical properties. As demand for hip implants increases, manufacturers rely on our advanced testing lab to ensure that products consistently meet rigorous performance and safety standards. What is Hip Implant Testing? Hip implant testing involves tests that check implant performance and safety. ISO and ASTM publish standards for these tests, ensuring implants meet essential criteria: Corrosion Tests Corrosion tests ensure that a hip implant’s metal components have adequate anti-corrosion properties. Fatigue and Static Tests Fatigue tests determine a device’s endurance properties, and static tests evaluate the device’s stiffness, strength, and deformation characteristics. Wear Tests Wear tests simulate material degradation, accurately simulating how hip implants break down and weaken over time. More About Our Medical Device Testing Lab Medical device technologies have improved the quality of life for millions of people worldwide. Long before these devices reach an operating room, they undergo rigorous testing and evaluation to confirm their functionality and safety. Our lab stands out by offering customizable testing solutions, prompt turnaround, and expert guidance at every stage. We are a resource for manufacturers seeking compliance or testing support from a third-party lab, with a comprehensive range of medical device testing services, including, but not limited to, the following: Compression testing Fatigue testing Simulation testing Tensile testing Torsion testing In addition to hip implant tests, we conduct tests on numerous other types of medical devices, such as: Cranial, maxillofacial, and dental...



The Applied Technical Services Family of Companies (FoC) evaluates the safety of power banks in compliance with the UL 2056 testing standard. Power banks are portable batteries that enable users to charge various electronics such as phones and tablets. Their popularity has steadily increased as consumers find them to be an effective tool to combat the battery drain smart devices experience throughout the day. However, like all batteries, power banks must undergo specific tests that verify their safety. Our lab UL battery testing lab offers UL-compliant tests, helping our clients comply with local, national, and international regulations. What is UL 2056? The Underwriters Laboratory (UL) developed the UL 2056 standard to address the gap in power bank specific testing standards. The standard protects consumers from fire and explosion related bodily harm and property damage while protecting manufacturers from the reputational harm that would accompany such events. UL 2056 establishes safety criteria for the construction, design, and testing of power banks. Per the 2024 version of the standard, a UL 2056-compliant battery bank’s watt-hour rating may not exceed 100Wh and its output and input voltages may not exceed 60 Vdc. More About Our UL-complaint Testing Services Over the last several years, battery technologies have rapidly evolved and so have their testing standards and regulations. Fortunately, our lab is an excellent resource for battery manufacturers seeking to keep pace with the changes while maintaining a competitive edge achieved through comprehensive testing and superior quality control. Our battery testing lab offers a wide...



The Applied Technical Services Family of Companies (FoC) tests portable power packs in compliance with the UL 2743 standard. As battery technologies continuously evolve, they’ve become increasingly important to our lives, helping to contribute to our preparedness in both every day and emergency situations. Organizations such as the UL continuously update and revise their safety standards to confirm the safety and reliability of batteries, and our lab is an excellent resource for manufacturers in need of support during the UL certification process. What is UL 2743? The Underwriters Laboratory developed the UL 2743 as a safety standard used to evaluate the safety of portable power packs. The standard specifically applies to devices that feature one or more batteries located within an enclosure that use an alternative to grid power when grid power is unavailable. However, UL 2743 does not apply to battery packs designed for phones; instead, it focuses on power packs used for emergency situations such as backup power and car battery jump starters. The standard includes requirements for the power pack’s construction, charging system, and environmental, mechanical, and electrical performances. About Our Battery Testing Lab The ATS FoC’s state-of-the-art battery testing lab is a trusted provider of battery certification and testing services. Our services extended to a wide array of battery technologies and systems, including, but not limited to, the following: Lithium-ion batteries Lead-acid batteries Zinc batteries NMC batteries NiMH batteries Our experts can evaluate the durability, safety, and performance of battery systems, ensuring that they’re compatible with...



The Applied Technical Services Family of Companies (FoC) evaluates batteries in compliance with the UL 2054 safety standard. As battery technologies evolve and become more prevalent in everyday life, battery-related standards and regulations evolve to ensure that batteries are reasonably safe for consumers. Our battery testing lab is equipped with the necessary equipment, credentials, and personnel to evaluate the safety and performance of batteries, ensuring their compliance with standards such as UL 2054. What is UL 2054? The Underwriters Lab developed the UL 2054 standard as a resource for those verifying the safety of household and commercial batteries. The standard applies to both non-rechargeable (primary) and rechargeable (secondary) batteries, aiming to mitigate the risks of battery-related explosions and fires during use, disposal, transportation, and storage. UL 2054 consists of the following tests: Electrical Testing Abnormal charging Abusive discharge/overcharge Limited power source Surface and component temperature Mechanical Testing Drop/free fall Mold stress 250N force test The UL 2054 standard is often associated with mobile medical devices, but it’s also applicable to a variety of household and commercial batteries and battery packs. About Our UL-compliant Testing Capabilities The ATS FoC offers a full suite of battery testing services that can support your company by confirming the safety, reliability, durability, and compliance of your battery systems. As battery technologies improve, consumers have higher expectations for batteries, and regulatory entities continue to evolve and update their testing standards. Our lab is an excellent resource for companies seeking to remain competitive and compliant in a...



The Applied Technical Services Family of Companies (ATS FoC) offers hydrogen fuel testing services to verify the reliability, safety, and efficiency of hydrogen fuel cells. While batteries currently dominate the energy storage market, industry experts have begun to express interest in hydrogen fuel cells as a potential alternative for certain battery-dominated applications. As fuel cells grow in popularity, companies will need trusted and accredited companies such as ATS to ensure their fuel cells meet performance criteria and comply with regulatory requirements. Fortunately, the ATS FoC has the staff, equipment, and credentials needed to make the fuel cell testing process a seamless experience for our clients. What is a Hydrogen Fuel Cell? A hydrogen fuel cell converts hydrogen’s chemical energy into electricity. It consists of three main components: an anode, a cathode, and an electrolyte. The anode is where the electrochemical oxidation of hydrogen occurs, which generates an electrical current. The cathode is where the electrochemical reduction of oxygen occurs, and it’s where protons, electrons, and oxygen combine to create water. The electrolyte enables protons to travel from the anode to the cathode, preventing the direct mixing of hydrogen or oxygen, while enabling electrochemical reactions. More About Our Hydrogen Fuel Cell Testing Services Energy storage systems are expanding in popularity as businesses, consumers, and manufacturers alike recognize their practicality as an alternative to fossil fuels. As these technologies advance, there is not only an increase in demand for testing but also an evolution in testing standards. Our lab is an incredible...



The Applied Technical Services Family of Companies (FoC) offers various energy storage system testing services, including SOFC testing. Energy storage is a critical component of commercial and industrial applications, and our A2LA-accredited labs support our clients by conducting comprehensive tests that reveal important information about batteries and fuel cell systems. Our lab is a valuable resource for businesses seeking to learn more about the characteristics and potential applications of their energy storage devices. Understanding Solid Oxide Fuel Cells A solid oxide fuel cell, or SOFC, converts fuel sources like hydrogen or oxygen into electricity. SOFCs consist of an anode, a cathode, and a solid oxide electrolyte. SOFCs are primarily used as a solution for stationary power generation needs, such as powering remote locations or operations in environments with extremely low temperatures. The reliability, efficiency, and flexibility of SOFCs make them a useful power source for military and aerospace applications. Although batteries remain a more common choice, fuel cells have become an intriguing alternative, and industry experts expect their fuel cell market to experience significant growth in the coming years. More About Our Energy Storage and Battery Testing Services Fuel cells and batteries are complex devices that serve as the power source for a diverse range of products and equipment. Our tests address specific aspects of an energy system’s performance. For example, we can evaluate how batteries respond to vibrations just as effectively as we can study the chemical reactions occurring within a fuel cell. Our chemical, mechanical, environmental, and electrical...



The ATS Family of Companies (FoC) offers fuel cell testing services that help companies understand more about their fuel cell systems before they’re utilized in real-world applications. What is a Fuel Cell? Fuel cells generate electricity from electrochemical reactions between fuel and air. They generally consist of anodes, cathodes, and electrolyte membranes. During the electrochemical reaction process, hydrogen passes through the fuel cell’s anode and oxygen travels through the cathode. The process continues as a catalyst within the anode divides hydrogen molecules into protons and electrons. The electrons generate an electrical current and heat while traveling through a circuit, and protons pass through the porous electrolyte membrane. The protons, electrons, and oxygen combine and create water molecules as a byproduct of the electrochemical reaction. How Do Fuel Cells Differ from Batteries? Unlike batteries, which store electric energy, fuel cells generate electric energy. Fuel cells and battery cells have several differences, and these differences are important to acknowledge when deciding which of the two options would be the best power source for any given operation or application. Battery cells are rechargeable and relatively inexpensive to manufacture, two things that cannot be said about fuel cells. However, fuel cells can operate much longer than batteries and their ability to be refueled is a significant advantage of batteries, which must be changed or recharged which can lead to downtime in certain circumstances. Our Energy Storage System Testing Services As battery technology evolves, companies are seeking new ways to utilize energy storage devices for...



The Applied Technical Services Family of Companies (FoC) offers molten salt battery testing services that determine the performance potential and safety of molten salt batteries. Batteries are a staple of modern society, whether in factories and facilities that produce products or in consumer products themselves. However, batteries are incredibly complex, so independent battery testing labs such as ATS are an important resource for businesses looking to learn more about their battery’s potential uses and performance under specific conditions. What is a Molten Salt Battery? Molten salt batteries are high-temperature batteries that use molten salts as electrolytes. They’re comprised of metal-based cathodes and molten sodium anodes, which are enclosed in a steel casing and divided by a ceramic membrane that filters out electrons and enables ions to pass through. The electrons travel through an electrical circuit during the charging and discharging process. Molten salt batteries are a reliable choice for various applications, but they’re most often used as backup power for industrial facilities and to store energy for wind and solar farms. They have a high energy density, which enables them to store significant amounts of energy in a compact package. They also offer several other advantages, including the following: They’re cost-effective to produce because the resources they require are plentiful and cheap. They can operate for decades without experiencing any decline in performance. Their high thermal stability greatly reduces the chances of overheating or fires. Their manufacturing process does not rely on rare minerals or dangerous materials, making them a...



The Applied Technical Services Family of Companies (FoC) offers flow battery testing services that thoroughly evaluate the safety and performance of flow batteries. As manufacturers and consumers shift their focus toward battery-powered products, the industry needs reputable and reliable battery testing labs. Our state-of-the-art battery testing lab is equipped with the personnel and resources needed to test numerous types of batteries, including flow batteries. What is a Flow Battery? A flow battery, also referred to as a redox flow battery, is a type of rechargeable battery consisting of two liquid electrolyte solutions that are pumped through an electrochemical cell where the liquids either gain or lose energy. The electrolyte solutions are not stored within the battery; instead, they’re housed in separate tanks. The amount of power generated by a flow battery depends on the size of its electrochemical cell, so the battery’s performance can be easily increased by using larger liquid tanks, which increase the amount of energy stored. In a world where lithium-ion batteries are the preferred batteries for many manufacturers and businesses, flow batteries have been widely considered an obsolete alternative. However, many industries favor flow batteries over lithium-ion batteries because they offer unique advantages in specific circumstances. Their advantages include the following: They’re safer because they don’t contain toxic or flammable components They have a superior cycle life, enabling them to be used for over two decades without issue. They can operate in a wider range of ambient temperatures More About Our Battery Testing Services Batteries are...



Empower Your Business with Comprehensive Managed IT Support Services from Abel Solutions, a subsidiary of ATS. In today's rapidly evolving IT landscape, staying ahead of technological advancements and cyber threats is crucial for business success. Abel Solutions offers robust Managed IT Support Services designed to help your organization navigate these challenges with ease and confidence. Our Approach to Managed IT Support Services Onboarding & Strategy We begin with a customized onboarding plan driven by your business goals and objectives. Our strategic IT roadmap ensures long-term success, with regular reviews to track our service performance and adapt to your evolving needs. Personalized End User Support Our user-first approach guarantees a seamless experience every time. We provide fast, expert helpdesk resolution and scalable support to accommodate fluctuations in user counts. Our comprehensive end-user support includes 12 x 5 help desk availability, email support, and phone support for urgent issues. Cybersecurity Proactively reducing security risks is a top priority. We protect your data and prevent breaches, ensuring compliance with industry regulations. Our cybersecurity services include managed endpoint protection, vulnerability management, and security awareness training. Hardware, Software, and Network Support We offer full coverage for on-premises, cloud, and remote environments. Our proactive maintenance reduces downtime and maximizes ROI with cost-efficient IT solutions. Our services include 24/7 monitoring of managed workstations, servers, switches, firewalls, and wireless access points. Why Choose Abel Solutions? Expertise and Experience: With over 30 years of experience in business and technology consulting, Abel Solutions is a trusted partner in delivering managed...



Simplify Compliance and Strengthen Security with GRC Solutions from Abel Solutions, a subsidiary of ATS. In today's complex regulatory environment, achieving and maintaining compliance is more than just checking boxes—it's about building trust, reducing risk, and enabling growth. Abel Solutions offers comprehensive GRC solutions designed to help your organization navigate the maze of requirements with clarity and confidence. Our Approach to GRC Solutions Identify and Assess We begin by conducting a thorough evaluation of your current compliance posture. Our Compliance Readiness Assessments identify gaps against standards such as SOC 2, ISO 27001, HIPAA, and CMMC. This allows us to prioritize remediation efforts based on your business objectives and risk profile, delivering actionable roadmaps for certification success. Develop and Implement Our team of experts will help you develop tailored security and compliance policies, ensuring they align with auditor expectations. We create a comprehensive Compliance Playbook that ensures policies are implemented and adhered to, deploying and configuring the required security tools to integrate controls with your existing IT infrastructure. Monitor and Respond Continuous monitoring is essential to maintaining compliance. We provide ongoing audit preparation and evidence collection assistance, monitor regulatory changes, and assess the effectiveness of your security controls. Our virtual CISO (vCISO) and advisory services offer expert guidance to keep your organization compliant and secure. Why Choose Abel Solutions? Expertise and Experience: With over 30 years of experience in business and technology consulting, Abel Solutions is a trusted partner in delivering GRC solutions that fuel growth and lower costs. Comprehensive Services:...



Navigate the Future of Work with our AI Business Consulting. In an era where artificial intelligence (AI) is transforming the way we work, Abel Solutions offers AI Business Consulting services designed to boost productivity, protect data, and ensure compliance. Our expertise in AI integration helps businesses harness the power of Microsoft Copilot to achieve impactful results. Our Approach Microsoft Copilot has the potential to revolutionize productivity and competitiveness. However, without the right strategy, it can introduce risks, confusion, and missed opportunities. For over 30 years, Abel Solutions has been a trusted partner in delivering business and technology consulting services that fuel growth and lower costs. We begin by evaluating your Microsoft 365 environment for Copilot compatibility. Our assessment identifies data exposure risks and governance gaps, providing a tailored roadmap for secure deployment. Ensuring that your AI initiatives align with regulatory requirements is crucial. We define data access, retention, and sharing policies, establishing controls for responsible AI adoption. Our team configures Microsoft 365 and Copilot settings for secure deployment. We implement Copilot Agents to streamline workflows, automate repetitive tasks, and enhance productivity across departments. Optimizing integrations with Microsoft 365 ensures seamless, context-aware experiences. Successful AI adoption requires more than just enabling a license. We deliver role-based Copilot training sessions, promote adoption through guided use cases, and support ongoing user engagement and feedback. Why Choose Abel Solutions? Expertise and Experience: With decades of experience in business and technology consulting, Abel Solutions is a trusted partner in delivering AI services that drive impactful...



The Applied Technical Services Family of Companies (FoC) offers solid-state battery testing services that evaluate the safety and performance of solid-state batteries. As battery technology evolves and improves, manufacturers cycle through different types of batteries for their products to determine which batteries are best suited for the intended application. Our lab conducts independent tests and analyses on batteries, helping our clients identify the strengths, weaknesses, and potential concerns of their battery selections. What is a Solid-State Battery? A solid-state rechargeable battery is a rechargeable battery that contains a solid-state separator instead of the polymer separator used in most conventional lithium-ion batteries. Solid-state batteries use solid materials like polymers, composites, and ceramics as electrolytes, enabling them to offer a higher energy density than their lithium-ion alternatives. Solid state batteries offer several advantages over lithium batteries, including: Reduced size and the ability to carry higher energy density in a compact package Higher thermal stability, enabling them to be a safe option in extreme temperatures The potential for greater range and energy capacity when used in electric vehicles More efficient fast charging A more eco-friendly design Solid state batteries can be used for a wide range of products, including: Electrical Vehicles Renewable Energy Grids Consumer Electronics Medical Devices Military Equipment More About Our Battery Testing Capabilities Batteries are complex devices that undergo extensive evaluations to ensure their safety and effectiveness. Our lab offers a range of services designed to support our clients as they develop their batteries, prepare them for the market, and...



The Applied Technical Services Family of Companies (FoC) offers primary battery testing services that determine the performance characteristics and overall safety of single-use lithium batteries. What is a Primary Battery? A primary battery, or a non-rechargeable battery, is a type of battery that can’t be recharged after its initial use. Primary batteries come in many shapes and sizes, and they’re commonly used to power consumer electronics, small medical devices, and military equipment. Common types of primary batteries include: Alkaline Zinc-carbon Lithium thionyl chloride Mercuric oxide Lithium Understanding The Importance of Lithium Primary Batteries As previously discussed, lithium primary batteries are non-rechargeable batteries. These batteries offer reliable performance and high energy density making them a great option for applications that require a lightweight and long -lasting power source. Lithium primary batteries have proven to be an excellent power source for the following: Medical Devices Automated External Defibrillators (AEDs) Pacemakers Portable monitors Military Equipment Radio communication systems Scopes and imaging technology Unmanned Aerial Vehicles (UAVs) Electronics in vehicles Navigation equipment Handheld devices Our Energy Storage / Battery Testing Services Our battery testing experts conduct a wide array of services that support our clients as they develop and improve their battery’s design, performance, and safety. Our lab offers comprehensive chemical, mechanical, environmental, and electrical tests that meticulously assess the behavior of batteries. In addition to our primary lithium battery testing services, we offer the following: Hybrid and Electric vehicle batteries Lead-acid batteries NiCd batteries NMC batteries NiMh batteries Sodium-ion batteries Solid state batteries...



The Applied Technical Services Family of Companies (FoC) offers NiCd battery testing services that determine the safety and performance capabilities of NiCd batteries. As battery technology progresses and society becomes more environmentally conscious, manufacturers are becoming increasingly interested in using different types of battery systems to power their products. Our battery testing lab is a third-party facility that supports companies as they ensure that their battery designs are safe, durable, effective, and compliant with industry standards. What are NiCd Batteries? Nickel-cadmium, also referred to as NiCd batteries, is a common battery solution for electronics that require rechargeable batteries. NiCd batteries are comprised of an alkaline solution, nickel oxide hydroxide, and metallic cadmium electrodes, making them a highly versatile battery capable of powering a wide range of devices from consumer electronics to emergency backup systems. NiCd batteries have several benefits: They have a high energy density, enabling them to store significant amounts of energy in a compact package. They can withstand a large number of charge-discharge cycles, so they’re adept at powering devices that require sustained power for extended periods. They function well in extreme temperatures, so their performance isn’t heavily impacted by severe heat or cold. They have fast charging capabilities, reducing downtime. They offer a reliable performance throughout their life cycle, which helps them excel as a power source for applications that require uninterrupted power. While NiCd are known to have specific strengths and weaknesses, manufacturers must still test their batteries' suitability for specific tasks and environments. Fortunately, our...



The Applied Technical Services Family of Companies (FoC) performs NiMH battery testing services that determine the performance characteristics and safety of NiMH batteries. In recent years, environmental regulations and consumer expectations have increased the demand for battery-powered products. Our state-of-the-art battery testing lab assesses a wide range of batteries used for all sorts of products, from electric vehicles to phones and toys. What is a NiMH Battery? A nickel-metal hydride (NiMH) battery is a rechargeable battery commonly used as an alternative to non-rechargeable alkaline batteries. NiMH batteries are often compared to NiCD batteries, which are another type of rechargeable battery. However, NiMH batteries offer several advantages over NiCD batteries, including, but not limited to, the following: They have higher energy density for the battery's weight and size They’re more environmentally friendly They’re widely available and used in a wide range of products that use AA and AAA batteries They don’t suffer from “memory effect,” an issue that can negatively affect a battery's performance More About Our Battery Testing Services Our team of battery testing experts consists of researchers, engineers, and experts who use their decades of collective experience to help clients confirm safety, effectiveness, and compliance with their batteries. As technologies advance and regulations evolve, we work diligently to support our clients as they keep pace with industry changes. Our services are compliant with standards issued by internationally recognized entities, such as UL, SAE, and IEC. We offer tests for the following types of batteries: Lead acid batteries Lithium-ion batteries...



The Applied Technical Services Family of Companies (FoC) offers zinc battery testing services that help clients prepare their zinc batteries for the market. Modern society is increasingly eco-conscious, and manufacturers are meeting the demands of consumers by directing their attention toward battery-powered products. However, different types of batteries present different pros and cons, and labs such as ATS offer manufacturers the opportunity to have their batteries assessed to ensure that they’re effective and ideal for the intended application. What are Zinc Batteries? Lithium-ion batteries have long been the preferred type of battery for many manufacturers, but interest in alternative batteries is rapidly rising. Zinc batteries are one of the most popular alternatives to lithium-ion batteries. The term “zinc batteries" refers to a diverse group of batteries that use zinc as one of the primary elements in the battery’s construction. Zinc batteries can be easily divided into two main categories, non-rechargeable and rechargeable. Non-rechargeable Zinc-Carbon Zinc-Chloride Zinc-Air Alkaline-Zinc Rechargeable Nickel-Zinc Silver-Zinc Zinc-Ion Zinc batteries are best suited for devices and equipment that require minimal energy consumption, which is why they’re often used to power smoke detectors, emergency exit signs, and hearing aids. Zinc batteries are currently being eyed as a potential power source for electric vehicles. Regardless of their intended application, zinc batteries require inspection and testing to confirm their safety and effectiveness. Our lab is well-suited to provide these services. More About Our Battery Testing Lab Our state-of-the-art battery testing services offer an extensive list of analyses, tests, and verifications...



Shoulder Systems Testing and Its Importance in Product Safety Applied Technical Services (ATS) performs shoulder systems testing to assess the safety, durability, and compliance of your medical implants. Replacement surgery can provide immense relief to patients with damaged shoulders, and the ATS medical device testing lab helps ensure your product is safe and functions as intended. Shoulder systems testing examines the sample implant to determine the components’ structural integrity, the material's suitability, and the system's regulatory compliance. Multiple agencies, such as the FDA, require that medical devices undergo rigorous testing before reaching the market. Faulty shoulder systems can lead to patient discomfort, implant failure, or even remedial surgery. Noncompliant or unsafe medical products can lead to costly recalls and lawsuits. Our experts provide device testing to prevent these setbacks and ensure client shoulder systems are safe and compliant. Our Medical Device Testing Lab Is Where Bright Minds Meet Best Practices Because medical implants are subject to various testing requirements, our experts work closely with the FDA to stay abreast of regulatory guidelines. Our medical device testing lab tests client samples to a variety of standards, including ASTM F2028 ASTM F1829 ASTM F1378 ASTM F1044 ASTM F1147 ASTM F1160 ASTM F1978 ASTM F2129 About the Applied Technical Services Family of Companies With over 50 years of experience, ATS has grown from a single testing, inspection, calibration, and consulting engineering provider into a Family of Companies leveraging a network of expertise to help you reduce costs and eliminate waste. In addition to...



The Applied Technical Services Family of Companies (FoC) performs NMC battery testing services that evaluate the safety and performance characteristics of NMC batteries. What are NMC batteries? Nickel Manganese Cobalt (NMC) is a type of lithium-ion battery commonly used in electric vehicles, stationary energy storage systems, and portable electronics. NMC batteries have a high energy density, enabling them to store significant amounts of energy in a compact and lightweight package. They also often have a longer cycle life than other lithium-ion batteries, as well as improved resistance to thermal runaway and similar hazards. NMC batteries aren’t without their disadvantages. Cobalt is in high demand, but in limited supply; it can be an expensive element to acquire, so NMC batteries are often more expensive than other lithium-ion alternatives. The batteries themselves also have limited fast charging capabilities, and they require costly thermal management solutions to reduce the likelihood of thermal runaway and overheating. Why is It Important to Test NMC Batteries? As battery technology improves and evolves into a more efficient and cost-effective option, consumers and manufacturers are turning their attention to different types of batteries. In the last decade or so, the demand for NMC battery testing has increased as brands like Nissan and BMW use NMC batteries for their EVs. Independent battery testing labs, such as ours, have the ability and personnel needed to support clients as they ensure that their NMC batteries are fit for their intended purpose. Our team of experts provides services that help our clients...



The Applied Technical Services Family of Companies (FoC) offers sodium-ion battery testing services that determine the performance characteristics and overall safety of sodium ion batteries. In recent years, sodium ion batteries have emerged as an alternative to lithium-ion batteries as many manufacturers have begun to increase their use of sodium ion batteries. Our team of experts evaluates batteries and energy storage systems to ensure they’re able to perform as expected in different applications and environments. More About Our Sodium-ion Battery Testing Lab The ATS FoC’s battery testing lab is perfectly equipped to support manufacturers as they explore the potential uses and benefits of sodium ion batteries. Whether we’re evaluating batteries for consumer electronics, or electrical vehicles, our state-of-the-art lab is equipped with the resources needed to conduct comprehensive tests for competitive prices. We can test batteries in accordance with our clients’ unique testing needs, including the following types of tests: Low Temperature Tests (-65°C Chamber) Charging/Discharging test up to 5V, 1600A Negative Voltage Discharge Testing  We also offer services that comply with common regulations and guidelines, such as UN 38. 3. What is UN 38. 3? The United Nations developed UN 38. 3 as a series of safety tests for batteries, including lithium ion and sodium ion batteries. The standard has numerous requirements for sodium ion batteries, which includes ensuring that the batteries pass the following tests: Altitude Simulation Thermal Vibration Shock External Short Circuit Impact / Crush Overcharge UN 38. 3 is specifically designed to ensure that batteries can...



The Applied Technical Services Family of Companies (FoC) provides cranial, maxillofacial, and dental testing services designed to evaluate the mechanical properties of medical devices. Medical devices provide solutions for patients seeking to recover from medical conditions and diseases that have compromised their body’s natural functions and abilities. These devices and implants can range from simple stents that open blocked arteries to complex spinal implants designed to stabilize and strengthen injured spines. Our medical device testing experts conduct comprehensive tests to confirm the quality and safety of our clients’ medical devices, instruments, and materials. Our Cranial, Maxillofacial, and Dental Medical Device Testing Cranial, maxillofacial, and dental medical devices are a wide range of instruments designed to repair and restore issues with a patient's skull, face, jaw, and teeth. Our medical device testing lab offers services designed to assess the mechanical properties, strengths and weaknesses, and capabilities of medical implants. We offer dental implant tests in compliance with the ISO 14801 standard and additional services that assess cranial plating systems and orbital mesh. The Importance of Understanding Cranial, Maxillofacial, and Dental Implant Testing Patients who undergo dental, maxillofacial, and cranial surgeries may be doing so for a variety of reasons. They may be seeking to restore their oral or cranial health, reduce discomfort, or improve their confidence by addressing irregularities for cosmetic purposes. Regardless of their reasons, patients and their doctors enter the operating room assuming that the surgical instruments and medical implants are safe to use and are free of any...



The Applied Technical Services Family of Companies offers non-standard medical device testing services that evaluate medical devices in conjunction with our clients’ specific needs, but not in alignment with any specific testing standards. Internationally recognized testing standards established by ISO and ASTM are incredibly important to the development and safety of medical devices. However, manufacturers also need customizable tests that help them test their products beyond the procedures outlined in a specific standard. Our medical device testing laboratory offers a wide range of customizable and standard-specific testing services designed to offer detailed assessments of medical devices’ response to various types of stress and conditions. What is Non-Standard Medical Device Testing? Non-standard medical device testing is a more flexible alternative to the tests that comply with existing ASTM and ISO standards. Nonstandard testing allows manufacturers to evaluate medical devices to their liking, giving them important information about how devices perform under highly specific conditions. Our Non-Standard Medical Testing Services Our reputable and revered medical device testing lab is highly adept at helping clients comply with regulations and standards. However, we’re also proficient at creating customizable testing environments and conditions that are tailored to meet the unique needs of our clients. We offer customizable tests for many types of medical device testing services, including the following: Interspinous spacers testing Cranial plating system testing Dental testing Maxillofacial testing TMJ joint replacement testing Sternal closure system testing Upon completion of our services, our clients will have a deeper understanding of their product’s mechanical characteristics...



The Applied Technical Services Family of Companies offers total ankle system testing services to ensure the performance and durability of total ankle systems. Total ankle arthroplasty, also known as total ankle replacement, is the process of surgically replacing an ankle joint with an artificial joint compromised of plastic and metal. The procedure is an effective way for patients to preserve their mobility, limit their pain, and improve their quality of life. Independent medical device testing labs such as ATS play an important role in ensuring the quality of ankle replacements so that patients and medical professionals can trust the options available on the market. About Our Medical Device Testing Lab Our state-of-the-art medical device testing laboratory offers various types of tests, each designed to evaluate specific characteristics of medical devices and implants. Our experts use their educational backgrounds and on-the-job experience to carry out a wide range of tests that both meet the unique needs of our clients and comply with international testing standards. In addition to our ankle system testing services, we offer tests for the following: Bone plates Dental implants Knee replacement Wrist implants Spinal implants Joint replacements Shoulder prosthesis Hip prosthesis Why is Total Ankle System Testing Important? Manufacturers carefully design and test total ankle systems to ensure they’re an effective option for people seeking to treat ankle arthritis or injury. Before being placed on the market, ankle replacements undergo extensive tests that offer critical insight into the ankle system’s ability to offer the patient the mobility,...



The Applied Technical Services Family of Companies (FoC) provides dental implant testing services that evaluate the performance characteristics of various types of dental implants. Millions of people worldwide have dental implants, and their popularity continues to grow as people recognize how dental implants can help them improve their ability to chew, speak, and smile confidently. While dentist offices may be the ones who install these implants, independent labs such as ATS play a crucial role in the implant’s development. We conduct comprehensive tests to ensure that dental implants are durable, safe, and effective, which helps our clients gain quicker access to markets, allowing them to get their products to those in need. What are Dental Implants? Surgeons install dental implants in the jaws of patients with injured or diseased teeth that must be removed and replaced. The implants often consist of the following parts, an implant body and abutment, a crown, and a screw to hold each of the components together. Dental implants mirror the appearance and functionality of natural teeth, but the implants must undergo extensive testing to ensure their ability to do so. About Our Dental Implant Tests Our medical device testing laboratory evaluates dental implants' durability, mechanical integrity, and biocompatibility. Our team of experts utilizes advanced testing techniques to ensure that dental implants perform as expected under specific conditions while also ensuring they comply with standards and regulations issued and enforced by the ISO and FDA. Our dental implant testing services comply with the ISO 14801 standard....



The Applied Technical Services Family of Companies (FoC) offers surgical instrument testing services that confirm that surgical instruments are safe and effective for surgery and patient care. Medical professionals rely on surgical instruments daily, and they operate under the assumption that these instruments were meticulously tested and examined prior to being sold and used in medical facilities. Our medical device testing lab conducts a series of tests designed to ensure that different types of instruments meet the strict quality and safety standards needed to qualify them for use in surgeries. Understanding The Importance of Surgical Instruments Surgeons rely on a wide range of instruments and tools to carry out successful operations. The selection of tools can vary by the nature of the procedure, the type of tissue being operated on, and the patient’s size. Surgical instruments are often categorized into the following three classes: cutting, grasping, and retracting. Cutting Instruments Surgical scissors Scalpels Bone saws Bone drills Grasping Instruments Forceps Tweezers Clamps Retracting Instruments Hand retractors Self-retaining retractors All types of surgical equipment and instruments must undergo extensive testing that evaluates their instruments’ ability to remain clean, safe, and functional during procedures. Our Surgical Instrument Testing Services Our medical device testing services help medical device manufacturers ensure that their medical devices, instruments, and materials are effective and compliant with industry standards. During our testing processes, our specialists subject test specimens to conditions that mirror their intended applications, which gives manufacturers insight into how their instruments perform during operations. We offer...



Prostheses and implants can do great harm if deficient, so the FDA sets stringent mechanical testing requirements for medical device manufacturers and distributors. Devices intended for bodily implantation must prove they can withstand the loads and conditions within and without a human body. As such, manufacturers and distributors may request mechanical testing from qualified third-party labs before submitting a device for 510(k) clearance or Premarket Approval (PMA). Medical Device Testing with ATS FoC The ATS FoC offers a variety of medical device tests and services for product verification and validation. We work with devices and assemblies classified as moderate to high-risk (FDA Classes II and III) to ensure quality and safety. Clients may contact us throughout the design and development of an implant or component for regular testing. Implants and Prostheses Spinal prostheses and implants Dental implants Hip implants Shoulder implants Lower-limb prostheses Systems and Devices Computer-Assisted Surgery (CAS) Systems Fixation components Screws Plating Standards-Based Testing After development, we can test function, quality, and safety according to industry standards from ASTM, ISO, and other relevant organizations. Our technicians can also determine a device’s mechanical and material properties. Some of our most popular mechanical tests and standards include: Axial Compression Testing: ASTM F2267 Dedicated Screw Testing: ASTM F2502, ASTM F543 Instrument and Life Cycle Testing Fatigue Testing: ASTM F1160, ASTM F2423, ISO 12189 Lot Verification Testing Shear Testing: ASTM F1044, ASTM F1160, ASTM F1829 Tensile Testing: ASTM F1147 Torsion Testing: ASTM F543 Wear Testing: ASTM F1714, ASTM F2025, ASTM F2423, ISO 18192-1 Meet the ATS FoC We...



UN 38. 3 - Lithium Battery Testing The A2LA-accredited environmental testing lab at ATS delivers UN 38. 3 lithium battery tests to assess if the products align with UN requirements. Enforced worldwide, UN 38 establishes the criteria for rigorous lithium battery testing methods to ensure safety during transport. As a Class 9 hazardous material, lithium-containing products present a risk of explosion, fire, and loss of life if designed or handled improperly. ATS can test at the cell or pack level to determine if a battery, shipped alone or with its intended product, is safe for air, water, and land transportation. The test anticipates all points in the transportation process, including manufacturing, distribution, and end-use. The Importance of UN 38. 3 UN 38. 3 is a self-certify standard that requires the manufacturer or distributor to confirm the battery complies with applicable regulations. UN 38. 3 is third in a sequence of tests that covers lithium and lithium-ion batteries with UN classifications: UN 3090 UN 3480 UN 3091 UN 3481 Manufacturers and distributors risk a recall, loss of reputation, and liability if their product does not meet the test sequence’s safety requirements. To ensure their product’s quality and safety, clients secure the services of independent third-party labs, such as the ATS environmental testing lab. If you need UN 38. 3 battery testing, click here now. UN 38. 3 Procedures ATS is capable of performing several testing protocols from the UN 38. 3 standard, including: T1 - Altitude T2 - Thermal Cycling T3 - Vibration T4 -...



The Applied Technical Services Family of Companies (FoC) performs UL 1989 standby battery testing and certification to help manufacturers identify a product’s potential safety hazards during operation. Prototype testing in a controlled and safe lab environment can help manufacturers make critical business decisions regarding the battery and battery enclosure’s design and development. Standby batteries provide backup energy when the main source is unavailable so critical systems can continue to provide reliable power. The UL standard covers lead-acid and nickel cadmium batteries used in a variety of applications, such as backup power for data centers and telecommunications. How ATS Supports the Battery Industry Battery testing experts from the ATS FoC can help clients with the following: Developing a plan for battery certification Understanding the testing requirements for certification Strategy development support Testing and evaluating a battery prototype Monitoring battery performance in the field Testing the Battery Enclosure Mechanical Testing UL 1989 establishes the criteria for multiple tests to ensure the rigidity of the battery enclosure. Battery enclosure tests provide insight on how well the product withstands wear and tear without permanent damage or failure. During these tests, our experts subject the enclosure to various mechanical forces aligning with the most rigorous operating conditions, such as: Ball Impact Crush Drop Impact Rod Pressure Temperature Testing A battery enclosure may also encounter elevated temperatures during operation. As many enclosures contain plastics, an oven conditioning test determines the enclosure’s resistance to high temperatures without melting, cracking, leaking electrolytes, catching fire, or exploding. Electrical Testing...



UL 9540 Thermal Runaway in ESS Testing and Certification The Applied Technical Services Family of Companies offers UL 9540 thermal runaway in ESS testing and certification to help manufacturers verify the safety and industry compliance of their energy storage systems. Thermal Runaway Testing in Energy Storage Systems Energy storage systems (ESS) are crucial components in the integration of renewable energy sources and the stabilization of electrical grids. The recent increase in ESS demand makes their safety and reliability integral to their continued widespread implementation. One of the most critical safety concerns for ESS is thermal runaway, a phenomenon that can lead to catastrophic battery failure, fires, and explosions. UL 9540 is an ESS thermal runaway standard established by the Underwriters Laboratories that requires extensive, exhaustive testing. What Causes Thermal Runaway? Thermal runaway occurs in lithium-ion batteries when a localized exothermic reaction causes the battery to heat up uncontrollably, resulting in an increase in temperature that further accelerates the reaction. This cascade effect can lead to the release of flammable gases, the breach of battery cells, and eventually fires or explosions. Thermal runaway can be triggered by a variety of factors, including overcharging, over-discharging, mechanical abuse, or manufacturing defects. Mitigating thermal runaway risks is of utmost importance to ensure the safe operation of energy storage systems. UL 9540 Testing Criteria UL 9540 is specifically designed to address the risks associated with thermal runaway in ESS. The standard outlines a comprehensive testing and evaluation process to assess the safety of these systems...



The Applied Technical Services Family of Companies performs several types of battery testing and certification, including IEC 62133 Lithium Battery Safety Testing, in compliance with industry standards. Battery Safety Testing and Certification Lithium-ion batteries power a wide range of electronic devices, from smartphones to electric vehicles. As the use of lithium-ion batteries becomes more prevalent, ensuring their safety and reliability is of utmost importance. International Electrotechnical Commission (IEC) 62133 is a critical standard that sets forth guidelines for the safety testing and certification of lithium-ion batteries, providing manufacturers, regulators, and consumers with the confidence that these batteries meet the highest safety standards. IEC 62133 addresses the safety requirements for portable sealed secondary cells and covers battery design, construction, performance, and safety features. IEC 62133 lithium battery safety testing and certification helps to prevent hazards such as overcharging, short-circuiting, and thermal runaway, ensuring that lithium-ion batteries are safe to use and free from potential risks. IEC 62133 Testing Methods Thermal Performance Testing Lithium-ion batteries are sensitive to temperature fluctuations, and improper thermal management can lead to dangerous situations like overheating and thermal runaway. To ensure the safety of the batteries, ATS conducts thermal testing under various conditions to assess how the batteries respond to different temperature extremes. Mechanical Testing Our battery safety testing experts perform mechanical testing to evaluate the battery’s resistance to physical stress, impacts, and vibrations. Mechanical testing is crucial due to the conditions lithium-ion batteries may be exposed to during transportation and everyday use. Ensuring their mechanical durability...



The Applied Technical Services Family of Companies (FoC) conducts taber abrasion testing in compliance with common testing standards. Manufacturers are incentivized to create products that are visually appealing and practical, but many applications can test a product’s limits and challenge its longevity. Fortunately, our abrasion testing services assess polymers so manufacturers can understand their suitability for specific applications and their long-term functionality. What is Taber Abrasion Testing? A taber abrasion test determines a plastic material’s resistance to abrasion. Abrasion resistance refers to a polymer’s ability to endure mechanical actions such as erosion, rubbing, and scraping. During the testing process, an expert places a sample on a turntable that features two abrasive wheels. The wheels make contact with the sample, eroding the sample. Once complete, the expert examines the sample and conducts a series of tests to acquire important data regarding the sample’s mass and the number of cycles it endured. Our Taber Abrasion Services Our services are an effective way for manufacturers to analyze their polymer product’s potential and improve their design, quality control, and research and development strategies. Our specialists have decades of collective experience conducting mechanical tests as an independent lab, we offer objective opinions that uphold product quality and safety. Our taber abrasion tests measure the following: Cycles to a specific point Depth of wear Residual breaking force Taber wear index Wear cycles per mil thickness How Do Taber Abrasion Tests Help Manufacturers? Taber abrasion tests are highly effective in evaluating the durability of materials. By learning...



The Applied Technical Family of Companies (FoC) performs thermal runaway testing services that evaluate how lithium-ion batteries respond to extreme thermal conditions. Lithium-ion batteries are a popular power source for manufacturers because they store significant amounts of energy while undergoing minimal degradation. However, lithium-ion batteries can experience malfunctions and pose serious risks, so industry standards and regulations require that manufacturers evaluate how their batteries respond to thermal runaway. What is Thermal Runaway? Thermal runaway occurs when a battery’s internal temperature increases uncontrollably, resulting in a series of chemical reactions that generate more heat. The process is difficult to combat and the most serious examples of thermal runaway result in the release of harmful chemicals, fires, and explosions. Several conditions can lead to thermal runaway in a battery, including, but not limited to the following: Charging a battery past its safe max voltage Overexposure to high ambient temperatures Physical damage to the battery, such as punctures and dents Manufacturing errors Our Thermal Runaway Testing Our highly trained and experienced battery testing experts evaluate energy storage systems in alignment with our clients’ specifications and common industry standards, such as UL 9540. Our thermal runaway tests consist of thermal management tests, electrical tests, and mechanical tests. Our services promote product safety which helps protect consumers and our clients’ reputations. Why is Thermal Runaway Testing Important? Thermal runaway testing is essential for maintaining the safe operation of lithium-ion batteries. By subjecting energy storage systems to controlled stress, manufacturers, engineers, and experts gain a detailed...



The Applied Technical Family of Companies (FoC) conducts automotive odor testing for Ford vehicles per the FLTM BO 131-03 standard. Ford is one of the leading manufacturers in the automotive industry, and consumers have high expectations for its products. Consumer expectations are not limited to the look and feel of the vehicles, but also their ability to keep passengers and drivers comfortable. Odor and aroma have a significant effect on the consumer experience, and our experts evaluate the concentration of odors in vehicles so manufacturers can minimize their presence and impact. What is FLTM BO 131-03? The Ford Motor Company established FLTM BO 131-03 as a standard for assessing the odors produced by the materials used as interior components and surfaces in their vehicles. The procedure helps Ford maintain comfortable environments in their vehicle’ cabins, ensuring that there aren’t nauseating, harsh, or harmful odors present. During the procedure, a technician places the sample on a wire before suspending it in a jar. Next, they subject the sample to specific conditions at a particular temperature for a pre-established duration. These conditions simulate the conditions needed to trigger odor, enabling technicians to rate the odor’s intensity. Our BO 131-03 Testing Capabilities Our state-of-the-art automotive testing lab conducts our BO 131-03-compliant services. Our services are advantageous because they highlight the concentration of specific odor-causing compounds and empower our clients to resolve the issue before the vehicles hit the market. We offer automotive odor testing services for many of the world’s leading automakers, including...



The Applied Technical Services Family of Companies (FoC) evaluates General Motor’s automotive materials in compliance with the GMW 3205 testing standard. General Motors is one of the premier automotive manufacturers around the world. To sustain their success, they have quality standards their products must comply with. Our automotive testing lab assists GM as they seek to ensure that the materials used in their automotive interior meet their odor-related requirements. What is GMW 3205? General Motors developed GMW 3205 as a test method that effectively evaluates the odor produced by the materials used in automotive materials when they’re exposed to high humidity and high temperatures. During the test method, a technician places sample specimens in sealed containers subjecting them to high humidity and heat. This gives the technician the ability to determine the source and concentration of the unwanted odor. Our Automotive Testing Services In addition to our GMW 3205-compliant services, we offer testing for the following odor testing services: VDA 270 BMW Bo 131 03 Ford Interior Odor Test PV 3900 VW Odor Test FLTM BO 131-03 Why is Automotive Odor Testing Important? Automotive odor testing is beneficial to both manufacturers and consumers. Manufacturers are responsible for ensuring that their customers feel both safe and comfortable when occupying and using their vehicles. Aroma is such an essential paramount part of a person’s experience in a vehicle, so it’s important to diligently test automotive fabrics and materials for harsh odors. Consumers favor automakers that keep their best interest in mind, so...



The Applied Technical Services Family of Companies provides a wide range of electrical and battery testing services, including UL 2271 E Bike Battery Testing and Certification. E-Bike Battery Testing ATS performs comprehensive lithium-ion E-bike battery testing to ensure the safety and reliability of complex batteries and electrical systems. Electric bike batteries and their energy storage systems must meet rigorous safety standards to ensure their safe usage and prevent potential hazards. UL 2271 is a vital standard developed by Underwriters Laboratories (UL) specifically for E-bike battery testing and certification, offering manufacturers, regulators, and consumers confidence in the quality and safety of these critical components. UL 2271 E-Bike Battery Testing and Certification Standard UL 2271 provides comprehensive guidelines for testing, evaluating, and certifying the safety and performance of rechargeable lithium-ion batteries used in e-bikes. This standard addresses battery performance, construction, and safety features, aiming to prevent hazards such as overheating, short-circuiting, and mechanical abuse to ensure that e-bike batteries can withstand the challenging conditions they encounter in their standard operating environment. The primary focus of UL 2271 is to minimize the risks associated with E-bike lithium-ion batteries as they are commonly subjected to demanding operational conditions. Without proper testing and certification, these batteries can pose safety concerns for riders and those around them. UL 2271 E-Bike Battery Testing Methods Electrical Testing: Our battery testing experts evaluate the battery capacity, efficiency, and performance to ensure that E-bike batteries deliver consistent power output to support the vehicle’s operation and range. The electrical testing process...



Applied Technical Services provides battery pack testing for lithium-ion batteries used in electric and hybrid vehicles. As the battery market rapidly expands, manufacturers must ensure that their battery packs meet the ever-evolving expectations of consumers and regulatory bodies. Our battery pack testing services help manufacturers ensure their batteries perform as intended and comply with industry standards and regulations. Why is Battery Pack Testing Important? Electric vehicles and hybrid electric vehicles require battery packs which serve as energy storage systems that power the cars. These devices are essential to operating electric and hybrid vehicles and undergo extensive evaluations verifying their effectiveness. Battery pack tests help manufacturers guarantee their product’s quality and reliability before its eligible for the marketplace. Manufacturers also rely on battery pack testing services to improve their products and maintain an acceptable level of quality. This commitment to research and development helps to boost consumer confidence in our clients’ brands and products. Our Battery Pack Testing Capabilities Our battery pack testing personnel use our state-of-the-art facilities to conduct numerous chemical, electrical, mechanical, and environmental tests on battery packs, including: Compression Testing Current & Voltage Testing Differential Scanning Calorimeter (DSC) Low & High-Temperature Testing Impact Testing Vibration Testing The Benefits of Third-Party Battery Pack Testing Our third-party battery pack testing services help manufacturers do the following: Comply with Regulations Evaluate Their Product's Performance Limit Production Costs Mitigate Risks Qualify Products for the Marketplace Unbiased & Transparent Assessments The ATS Experience Founded in 1967, Applied Technical Services is an established and...



The Applied Technical Services Family of Companies (FoC) evaluates energy storage systems (ESS) in compliance with UL 1973 battery testing standards. The lithium-ion battery industry is rapidly expanding as manufacturers attempt to keep up with the ever-increasing demand for efficient battery systems. Our battery testing experts ensure our clients’ batteries are UL 1973-compliant, ensuring they’re safe for use in various applications and environments. What is the UL 1973 Battery Testing Standard? The UL 1973 standard is a safety standard for energy storage systems such as vehicle auxiliary power, stationary batteries, and Light Electric Rail (LER) batteries. The standard details the requirements manufacturers must comply with to earn safety certifications for their ESS. The standard presents requirements for the following: Electrical Testing Environmental Safety Fire Safety Mechanical Design Thermal Management The Importance of UL 1973 Battery Testing Batteries are highly complex devices that greatly expand the possibilities of modern technology, but they’re not without their dangers. Our battery testing subject batteries to the conditions necessary to ensure that the devices undergo the testing and analysis required to qualify the product in the marketplace. Failure to adhere to battery safety regulations and guidelines may result in severe consequences such as: Product Recalls and Legal Complications Unsafe Operations and Potential Hazards Reduced Consumer Trust Market Ineligibility Our Additional Battery Testing Services In addition to UL 1973-compliant testing services, we offer the following types of battery tests: Abuse Testing Electrical Testing Mechanical and Stress Testing Temperature Testing Thermal Testing We thoroughly evaluate batteries to...



The Applied Technical Services Family of Companies (FoC) offers an extensive list of UL-compliant battery testing services. We help manufacturers evaluate their product’s design and performance as they seek to prepare or improve their products for the marketplace. What is UL, and Why is UL Certification Important? Underwriters Lab, or UL, is an independent testing lab that certifies and tests products to determine their quality and safety. UL helps manufacturers ensure that their products perform as expected and meet the expectations established by numerous regulatory bodies and countries. UL certifications serve as a trustworthy label for consumers around the world. UL certifications help manufacturers display their competency and overall ability to produce consistently reliable products that have undergone thorough evaluations. More Battery Our UL Battery Testing ATS owns and operates state-of-the-art battery testing labs where our highly trained technicians work diligently to deliver swift and comprehensive solutions to our clients’ unique needs. We understand that battery standards are constantly evolving, so our battery testing services help our clients ensure that their products comply with UL standards. We offer numerous UL-compliant services, including: UL 1642 Lithium Batteries UL 1973 Batteries for Use in LER and Stationary Applications UL 1989 Standard for Standby Batteries UL 2054 Household and Commercial Batteries UL 2271 Standard for Batteries for Use in LEV Applications UL 2580 Batteries for Use in Electric Vehicles UL 9540 Energy Storage System (ESS) What are the Benefits of UL-Compliance? Battery manufacturers that comply with UL standards have an easier time accessing international markets...



Prosthetic Testing ATS FoC provides prosthetic testing according to ASTM and ISO standards. A prosthesis is a medical implant designed to replace a missing body part after traumatic injury, degradation, surgical removal, or at birth. Prosthetic designs can differ significantly based on the patient’s needs. Some patients require temporary prosthetics, while others need prosthetics capable of maintaining mechanical integrity throughout long-term use. The ATS FoC tests prosthetics for the spine, extremities, joints, and mouth, such as: Finger joint replacement Glenoid locking mechanism Hip systems Patellar joint replacement Shoulder joint replacement TMJ joint replacement Total ankle systems Total artificial disc Total knee replacement Total wrist replacement Why Do You Need to Test a Prosthetic? The FDA heavily regulates which medical devices reach the market. To meet requirements for legal distribution, manufacturers hire third-party medical device testers such as the ATS FoC. A qualified third-party lab helps clients deliver their products to the market faster through efficient testing recognized by regulatory bodies. Our work helps ensure a prosthetic’s safe and reliable function. In vitro testing subjects the prosthetic to isolated loads, stress, movements, and environmental factors resembling conditions in a body. We perform custom, non-standard, fatigue, and mechanical testing: Axial Compression Fatigue Instrument and life cycle Lot verification Shear Tensile Torsion Wear and Simulation Standards-Based Prosthesis Testing Our experts can design test methods to ASTM or ISO standards: ASTM F1378 ASTM F1672, Section 6. 3. 1 ASTM F1714 ASTM F2009 ASTM 2423 ASTM F2694 ASTM F2790 ISO 10328 ISO 18192-1 ISO 7206-4, 6, and 8 To learn more about our orthopedic implant...



The Applied Technical Services Family of Companies offers a wide range of specialized services to help clients achieve compliance with regulatory standards and requirements, setting us apart as a leader among FDA medical device compliance laboratories. Medical Device Compliance Services ATS’ FDA medical device compliance laboratory guides clients through the extensive and complex process of attaining compliance with standards and regulatory requirements set by the Food and Drug Administration. Bringing a medical device to market involves a detailed and complicated process that requires a deep understanding of regulatory requirements, scientific principles, and clinical data. Our diverse compliance services assist clients through every stage of the product life cycle, from concept development to post-market data analysis. ATS helps clients ensure that medical devices meet FDA standards for safety and performance, ultimately streamlining the process and avoiding potential delays or rejections. Strategy Development Applied Technical Services’ medical device compliance specialists specialize in regulatory strategy development. Before manufacturers can submit a device for approval, they must determine which regulatory pathway is most appropriate. This could involve the Premarket Notification process, Premarket Approval, or the De Novo classification, depending on the risk level and intended purpose of the device. Our experts help manufacturers understand these options and decide the best strategy based on the specific product. This early-stage guidance is invaluable, helping clients avoid common pitfalls that could result in costly delays or even failed submissions. Documentation, Audits, and Support ATS’ FDA medical device compliance experts provide support in preparing the required documentation for...



The medical device testing experts at the Applied Technical Services Family of Companies conduct spinal implant testing to ensure the safety, durability, quality, and compliance of implants designed to support, replace, or stabilize the spine. Spinal Implant Medical Device Testing Spinal implants are complex medical devices, containing components such as rods, screws, plates, and interbody cages that are used in surgeries to treat conditions such as spinal deformities, degenerative disc disease, and fractures. Given their importance in maintaining spinal integrity and supporting the body’s movement, spinal implants must be subjected to thorough testing before they can be approved for clinical use, including fatigue testing, tensile testing, shear testing, and even chemical analysis. Mechanical Testing One of the main focuses of spinal implant testing is mechanical performance. As the spine is a complex structure that supports the body’s weight while allowing for flexibility and movement, implants used in spinal surgeries need to mimic this functionality to providing both stability and the ability to withstand different forces of varying intensity. ATS’ mechanical testing labs use state-of-the-art equipment to simulate real-world conditions, subjecting spinal implants to compressive, tensile, and torsion testing to ensure functionality and structural integrity through daily activities, such as walking, bending, and lifting. Fatigue testing applies repeated cycles of loading and unloading to a test subject, assessing the long-term durability of the materials to verify the implant’s lifespan. Biocompatibility Testing As spinal implants can come into direct contact with bone, muscle, and other types of tissue, biocompatibility testing ensures that...



The life science medical device testing department at the Applied Technical Services family of companies offers comprehensive prosthetic testing services to assist clients in the development, evaluation, and improvement stages of prosthetic device manufacturing. Prosthetic Testing Services at ATS ATS’ highly trained medical device and prosthetic testing experts conduct a variety of testing procedures to ensure that prosthetics are safe, functional, adhere to quality standards, and meet the needs of the individuals using them. There are several different testing processes, covering everything from the initial design of a prosthesis to its final application in the real world. Durability and Reliability One of the key goals of prosthetic testing is to assess the durability and reliability of these devices – prosthetics are regularly subjected to different stresses and strains and need to support weight and handle complex movements, especially when replacing limbs. Relying on our mechanical and material testing laboratories, our experts perform extensive prosthetic device testing to evaluate their ability to withstand repeated use, wear and tear, and extreme conditions. This testing helps identify potential weaknesses or failure points, providing clients with the information to make necessary improvements to enhance the longevity of the devices. Function and Performance Functional performance testing focuses on how well the prosthetic replicates the natural movements and abilities of a lost limb. A lower limb prosthetic must be tested for its ability to support walking, running, or climbing stairs, while an upper limb prosthetic may be evaluated for grasping, lifting, and fine motor skills. Our technicians...



The ATS Family of Companies offers regulatory compliance services for medical devices, helping to guide manufacturers through the complexities of achieving and maintaining compliance with regulations and safety standards. Regulatory Compliance Services for Medical Device Manufacturers Medical devices are responsible for patient comfort, mobility, and organ functionality, making their safety and reliability extremely important. ATS’ medical device compliance specialists help clients navigate the various standards and regulations that govern the development, manufacturing, marketing, and distribution of medical devices. Our team is made up of experts who understand the strict and specific rules set by regulatory bodies like the U. S. Food and Drug Administration. Our compliance expertise helps to ensure that medical devices meet all safety and quality standards before they are introduced to the market. Our regulatory experts provide hands-on assistance to guide medical device manufacturers through the regulatory approval process, starting with compiling and submitting technical documentation containing detailed information about the device, its design, the manufacturing process, risk assessments, clinical data, and quality control protocols. ATS’ experienced compliance specialists ensure that every aspect of the product meets the necessary regulatory guidelines, which vary depending on the classification and intended use of the device. Maintaining Compliance for Medical Devices One of the most significant challenges in the medical device industry is adhering to constantly evolving regulations. In the United States, medical devices are classified as Class I, II, or III, with more extensive requirements based on the device’s purpose and its potential risk to patients. The regulatory specialists...



The Applied Technical Services Family of Companies (FoC) offers orthopedic device approval testing for the manufacturers of orthopedic devices. Manufacturers design orthopedic devices to prevent and treat musculoskeletal disorders, diseases, injuries, and conditions. Technological advancement has led to improved medical outcomes for orthopedic medical device users worldwide and while medical device manufacturers deserve much of the credit for the increased quality of life for patients; third-party labs such as ATS help manufacturers develop products that are eligible for sale in national and international marketplaces and ensure that the products designs don’t pose any significant risks to end users. What is Orthopedic Device Approval Testing? Much like all medical devices, orthopedic devices must undergo evaluations and tests where professionals and agencies such as the FDA determine if a product is reasonably safe. These tests may range from biocompatibility tests that assess how the human body responds to the material to mechanical tests that determine the amount of stress and movement the product can withstand without failing. The type of testing required varies with the type of product and the product’s safety risk classification. For example, a Class 1 medical device undergoes less strict testing parameters than a Class 3 device because the Class 3 device is high-risk and therefore essential to the health and life of the patient. About Our Orthopedic Device Approval Testing Our state-of-the-art medical device testing lab assists manufacturers in designing and testing their medical products to produce reliable and safe products that can succeed on the market....



The Applied Technical Services Family of Companies (FoC) offers medical device regulatory compliance services that help medical device manufacturers qualify their products for the marketplace. Medical devices are an essential part of the lives of millions of people worldwide. Due to their importance and sensitive nature, these devices must undergo extensive testing that vets their quality, safety, and functionality. Our medical device testing experts work alongside our clients to ensure their products meet specifications while complying with industry standards and regulations. About Our Medical Device Regulatory Compliance Services Our medical device testing experts have decades of collective experience using mechanical testing to determine the strengths and weaknesses of medical devices. Our ISO / IEC 17025 accredited labs have the state-of-the-art equipment needed to simulate the real-world applications of medical devices, ensuring that the products can withstand the expected amount of wear and tear. Our ability to conduct mechanical tests on medical devices makes us adept at collaborating on matters about medical device designs and regulations. Upon completion of our testing, we share highly detailed reports of our findings with our clients and regulation agencies, maintaining an objective and transparent approach throughout the process. We offer an extensive list of medical device regulatory compliance services, including the following: Audit regulatory compliance Clinical literature review Compliance support Distribution support FDA compliance Why are Medical Device Regulations Important? Medical device manufacturers must comply with an extensive list of regulations designed to protect patients, medical providers, and patients from the risks associated with poorly...



The Applied Technical Services Family of Companies (FoC) offers FDA medical device compliance services. Medical devices have improved the lives of millions of people worldwide and their continuous advancements will ensure that the number steadily rises. The FDA regulates these medical devices, ensuring that they’re effective and safe for their end users, and our medical device experts help businesses comply with and prepare for these regulations. Why Does the FDA Establish Medical Device Regulations? The FDA regulations the sale of medical devices in the US ensuring that these devices are well-intended and safe to use. The FDA requires that manufacturers comply with their regulatory requirements before the device enters the market. The FDA divides medical devices into three categories, Class 1, 2, and 3 devices. The regulations strengthen as the class increases due to the increased sensitivity of the device’s purpose. For example, an elastic bandage is a Class 1 medical device whereas a pacemaker is a Class 3 device. If not properly designed or used, the pacemaker poses significantly more risk than a bandage, requiring more testing and scrutiny. Our FDA Medical Device Compliance Services Our medical device testing experts work alongside clients, helping them navigate the ever-evolving landscape of medical device regulations. Our staff is trained according to the standards of the Regulatory Affairs Professionals Society (RAPS), many of which have also earned their Regulatory Affairs Certification (RAC). In addition to our FDA quality and regulatory compliance services, we offer the following: Regulatory support, including compilation, deficiency support,...



Aerospace Radiation Effects on Electrical Equipment The Applied Technical Services (ATS) Family of Companies (FoC) conducts aerospace radiation effects testing to help manufacturers launch their next space missions. The FoC is a leading provider of aerospace radiation effects testing and analysis for semiconductor materials and devices. Aerospace radiation effects on electrical equipment stem from various sources, which can be either man-made or naturally occurring. Man-made radiation sources include nuclear power sources such as RTG (Radioisotope Thermoelectric Generators). Natural radiation sources include ultraviolet rays, solar particle events, solar wind events, and galactic cosmic rays. Though space systems may be able to endure aerospace radiation effects for some time, the damage accrued from electrons and protons will eventually cause electrical equipment to fail or malfunction if they are not radiation-hardened (RAD-hard). Our Team of Experts Our team of experts put materials and components through an extensive testing process to provide a detailed analysis of the effects of radiation on electrical equipment. This process allows manufacturers to move forward in their products’ development with the assurance that they are ready to face the rigorous conditions of harsh radiation environments. Our experts provide testing for the full range of aerospace radiation effects. We have contributed to hundreds of successful space missions in both the new and traditional space industries, including both government and commercial initiatives. Furthermore, we offer manufacturers valuable insight into RAD-hard designs and qualifications. Our Aerospace Radiation Effects Testing Laboratory Our aerospace radiation effects testing laboratory meets all security, compliance, and classification...



Conversion coatings serve as corrosion protection for unpainted surfaces and help paint adhere to aluminum and aluminum alloys. Conversion coatings are the product of a reaction between the conversion chemicals and the surface material, altering the surface properties. The military and aerospace industries use conversion coatings most widely, but many industries could benefit from using chemical conversion coatings on their components and parts. The MIL-DTL 5541 Standard The MIL-DTL 5541 standard applies to conversion coatings on aluminum, aluminum alloys, and substrates that are not anodized. The Department of Defense approves this specification for use in all agencies and departments. This standard specifically applies to DoD applications, but commercial industries test to this standard as well. MIL-DTL 5541 covers two classes of conversion coatings: Class 1A: offers optimal protection against corrosion for painted and unpainted surfaces. Class 3: offers corrosion protection for materials requiring low contact resistance. Class 3 coatings are thin, making them ideal for electrical applications. However, this also makes them less corrosion resistant. As a result, Class 3 coatings must undergo salt spray testing and electrical contact resistance testing to ensure compliance with the standard. MIL-DIL 5541 sets the contact resistance limit for Class 3 coatings at 5,000 microohms per in2 with electrode pressure at 200 psi. After 168 hrs of salt spray testing, the resistance must be below 10,000 microohms per in2. Variables besides coating thickness may also contribute to contact resistance values. Samples with greater surface roughness show less contact resistance under contact electrode pressure because...



Coating inspection services or verifications are commonly requested quality assurance evaluations used when edifices and new constructions are undergoing replacement or repairs of interior of exterior coatings or liners. Coating inspectors are accountable for the execution and the recording of simple non-destructive evaluations of liquid and non-liquid coatings applied in any form onto metal or other substrates. ATS Provides the Following Coating Inspection Services for our Clients: Dry Film Thickness Wet Film Thickness Holiday Detection Surface Profile Measurement Environmental Readings for Coating Application Dry Film Thickness One of the most precise measurements of our coating inspection services is the Dry Film Thickness test. Dry Film Thickness inspections deliver critical information about the projected life cycle of the coating and confirms if there are any violations with the required project specifications. It is because of the influence and effect on the quality, process and cost of the final product that Dry Film Thickness is considered to be a key requirement and the most objective element of the coating production industry. Dry Film Thickness or mostly known as DFT, is the measure of the applied coating over the surface, regardless whether the coating contains a single layer or multiple layers. The coating must be cured (or completely dry) before DFT can be performed. The thickness of the coating is contingent on the adequacy of the surface preparation and the way the paint is applied to the substrate. Wet Film Thickness There is also another way to measure coating thickness in coating inspection....



The Applied Technical Services Family of Companies features advanced environmental testing facilities and labs that provide Building Material Environmental Testing and a variety of other environmental material testing services. Building Material Testing Building Material Environmental Testing identifies and analyzes various characteristics of building materials, including durability, corrosion resistance, temperature resistance, humidity resistance, and susceptibility to UV radiation. Samples of building materials are placed in environmental chambers that recreate the weather conditions that the materials would be exposed to in their standing operating conditions, such as UV rays from sunlight, wind, rain, and extreme heat. The materials are closely monitored throughout these processes, with environmental testing experts examining the samples to determine changes in appearance, color, physical properties, and mechanical qualities. Building material testing grants manufacturers insight into the durability and resilience of their products, allowing them to correct issues before products reach the market. Environmental Testing Building Material Environmental Testing typically involves the following steps: Environmental Chamber Preparation: environmental chambers are set to the desired levels of UV radiation, temperature, and humidity. Material Exposure: building materials are placed in the chamber and exposed to specified environmental conditions for a predetermined amount of time. Material Evaluation: materials are evaluated for any changes. Data Analysis: information is analyzed to determine the impact of environmental testing. Reporting: client is provided with a detailed, meticulous report that includes all gathered data, observations, and conclusions. The specific details and requirements of environmental materials testing differ based on specific criteria and relevant standards. Factors that influence...



Cars experience various forms of weathering during service: moisture, temperature changes, and sunlight, to name a few. The automotive industry sets stringent requirements for vehicles’ resistance to weathering damage. At ATS, we perform automotive testing to several standards. We can assure clients of their product’s longevity by providing thermal cycling, corrosion, adhesion, abrasion, flammability, and weathering testing. Our technicians can operate within specific parameters to ascertain precisely what a sample product can or cannot withstand. The SAE J2527 Testing Standard SAE J2527 is a specific testing standard for automotive exterior materials. The standard applies to water-cooled xenon-arc equipment with controlled irradiance. The SAE J2527 test simulates outdoor conditions that automotive exteriors would experience during service. Our Atlas machines use xenon-arc powered lights designed to closely mimic sunlight, consisting of visible light, UV radiation, and infrared light. Filters adjust the lighting to fit within the parameters of a specific test, such as the SAE J2527. The xenon weathering machines precisely control humidity, water spray, and temperature to closely approximate real-world conditions and operate within testing requirements. Our technicians can measure the test results by evaluating both the structural (impact resistance, abrasion, tensile strength) and visual (optical transmission, haze, gloss, color change) properties of the sample material. ATS Weathering Testing Our goal at ATS is to provide a one-stop-shop for automotive testing. The experienced technicians in our weathering lab contribute to that goal by executing high-quality xenon-arc testing. Applied Technical Services strives to exceed client expectations. Our lab can accommodate non-flat samples...



Precision matters in manufacturing. To ensure that their product is being produced exactly as it was designed, companies will request a first-article inspection before it is mass-produced. This comprehensive process of product analysis allows manufacturers to both determine whether the first sample of the product complies with its design specifications, and to document the specific characteristics of the product for future use as a reference standard in quality assurance efforts. Applied Technical Services performs first article inspections to help our manufacturing clients consistently deliver products that fully adhere to their design specifications. We accomplish this using the following testing capabilities: Our First Article Inspection Capabilities: Dimensional Analysis 100% Dimensional Layouts 3D Scanning CMM Computed Tomography Material Characterization FTIR ICP OES PMI XRF Mechanical Properties Fatigue Strength Hardness Heat Treat Condition Impact Resistance Resistance to Hydrogen Embrittlement Tensile Strength Weld Integrity Yield Strength Paint/Coating Analysis Adhesiveness Coating Thickness Coating Type Coating Weight Color/Gloss Analysis Resistance to Abrasion Resistance to Corrosion Resistance to Humidity Resistance to Solar Radiation



Manufacturers rely on paint and coatings for a variety of reasons, both aesthetic and practical. To illustrate — OEMs decorate their cars with paint not only fr corrosion protection but because it makes the product look more appealing while paper mills cover their equipment with coatings to protect their assets from environmental damage. Applied Technical Services analyzes samples to help clients determine the effectiveness of the paints and coatings they employ. Our Environmental Testing technicians characterize the performance qualities of coating samples sent to our lab. Their examination can point out a variety of issues like insufficient adhesion to substrates or change in the quality of gloss after exposure to solar radiation. Our Environmental Testing Group's Coating Analysis Services: Abrasion Crockmeter (Linear) Gravelometer Taber (Rotary) Adhesion Pull Testing Peel Testing Scrape Testing Characterization Coating Thickness Coating Weight Color Testing Flexibility Testing Gloss Testing Hardness Testing Thermal Properties Resistance to Environmental Factors Humidity Immersion Ingress of Solids/Liquids Salinity Ultraviolet Radiation Xenon Radiation



ATS' Environmental Testing Division Serves the Automotive Industry in a Variety of Ways Automobiles are built from a variety of parts that must be analyzed and approved for use before they even make it to the production floor. Whatever type of automobile is heading to market — whether it runs on four wheels or eighteen — that vehicle's components and design materials need thorough testing to ensure the product performs as intended and manufacturers comply with industry regulations. Applied Technical Services offers the testing capabilities that automotive manufacturers need to move their product out of development and into production. Many of the testing services we offer OEMs are performed by ATS' environmental testing division, including but not limited to the following: Environmental Testing Services Corrosion Testing CASS Cyclic Corrosion Testing Humidity Testing Salt Fog Testing Salt Spray Testing Flammability Testing Flammability of Interior Materials Flammability of Plastic Components Flammability Ratings FMVSS 302 UL 94 Ingress Protection Rating IP65 Enclosures Rating IP66 Enclosures Rating IP67 Enclosures Test for Any IP Rating as Requested Waterproof Testing Paints/Coatings Abrasion Testing Chemical Resistance Testing Color and Gloss Testing Conical Mandrel Immersion Testing Paint Hardness Testing Peel Adhesion Testing Pull-Off Adhesion Testing Scrape Adhesion Testing Taber Abrasion Testing Weight and Thickness Testing Automotive Testing Specs BMW Standards Chrysler Standards Ford Standards GM Standards Honda Standards Hyundai Standards Mercedes/Daimler Standards Mitsubishi Standards Nissan Standards Subaru Standards Tesla Standards Toyota Standards Volkswagen Standards Volvo Standards Weathering Accelerated Weathering Testing Altitude Testing Life Cycle Analysis Solar Testing Temperature...



The Applied Technical Services Family of Companies performs UL 2580 electric vehicle battery testing and certification to ensure the safety and reliability of electric vehicle electrical systems. EV Battery Testing As electric vehicles (EVs) continue to gain popularity worldwide, ensuring the safety and performance of their batteries is more important than ever. Electric vehicle batteries are complex systems that require comprehensive testing and certification to meet the highest safety standards and avoid potentially catastrophic failures. UL 2580 is a crucial standard developed by Underwriters Laboratories (UL) to assess the safety and performance of EV batteries, providing manufacturers, regulators, and consumers with confidence in the reliability and safety of these essential components. The UL 2580 electric vehicle battery testing and certification standard sets forth comprehensive guidelines for testing, evaluating, and certifying the lithium-ion batteries used in electric vehicles. This standard covers battery performance, thermal management, design, and construction, addressing potential hazards like overheating, short-circuiting, and mechanical failure to ensure that the battery can withstand the demanding conditions of everyday use. UL 2580 Battery Testing Criteria Mechanical Testing UL 2580 includes mechanical testing to evaluate a battery’s durability and resistance to physical factors such as impact and vibration to ensure it can withstand common hazards on the road. Electrical and EMI/EMC Testing Another crucial aspect of UL 2580 is electrical testing for electromagnetic compatibility (EMC) and interference (EMI). EV batteries need to be compatible with the vehicle’s electrical systems and other electronic components to prevent interference and malfunctions. ATS’ advanced EMI and...



The ATS Family of Companies (FoC) offers a range of implant testing methods for medical devices. Medical implants replace or support the function of a body part to relieve pain, restore motion, and monitor health. Implants can consist of metals, plastics, and ceramics, which impact the device’s performance and qualities. Regulatory bodies, such as the FDA, strictly control the medical implants available in the market. As such, implant manufacturers and distributors require third-party medical device testing labs to verify an implant follows regulatory controls. ISO/IEC 17025:2017-accredited ATS FoC medical device labs frequently work with components and assemblies for spinal, dental, joint, and extremity implants. Medical Implant Testing Lab The ATS FoC provides fatigue and mechanical tests according to ASTM and ISO standards. We can also follow non-standard and custom testing procedures tailored to client specifications. Some of these tests include: Compression Fatigue Fracture Toughness Fretting Corrosion Life Cycle Lot Verification Shear Tensile Torsion Wear Our rigorous lab testing allows manufacturers to test a device under worst-case scenarios and extreme conditions. Additionally, mechanical tests provide information about the characteristics of the device and its materials. Manufacturers may request in vitro testing throughout the development of a medical device until the device is ready for FDA submission. When implanted in a body, the device must endure repeating loading cycles, movements, and conditions expected of its intended location. Implant testing in vitro assesses performance under isolated conditions to determine properties and resistance to deformation, corrosion, and other potential failures. Medical Device Testing with ATS FoC The ATS FoC developed as a nationwide network of accredited...



The Applied Technical Services Family of Companies (FoC) conducts hoverboard battery testing to ensure our hoverboard batteries adhere to industry standards. Hoverboards are self-balancing scooters that have risen in popularity recently due to their convenience and rechargeable lithium-ion batteries. Our state-of-the-art battery testing lab assists clients in evaluating the safety and quality of their hoverboard batteries. Our Hoverboard Battery Testing Capabilities Our state-of-the-art battery testing lab ensures that our clients’ batteries are compliant, safe, reliable, and ideal for their intended applications. Hoverboard usage can expose batteries to various conditions and situations that negatively affect the battery’s performance and safety. We offer numerous lithium-ion battery testing services, including the following: Abuse Tolerance Testing Current and Voltage Testing High and Low-Temperature Testing Impact Testing Tensile Testing Vibration Testing In addition to hoverboard battery testing, we evaluate e-bikes, e-scooters, and electric vehicle batteries. The Importance of Lithium-Ion Battery Testing While consumers may find hoverboards extremely fun, their batteries can cause safety concerns. Lithium-ion batters are very popular and practical but can generate excessive heat, leading to fire hazards and similar safety concerns. Manufacturers must comply with regulatory standards to remain eligible for the marketplace. Potentially hazardous situations could arise if manufacturers fail to test their hoverboard batteries thoroughly. Lithium-ion batteries pose safety risks when not manufactured, tested, or handled correctly. Inadequate battery testing could cause a series of issues, including the following: Overheating Fires Poor Quality Control Battery Inefficiencies Our Commitment to Quality The Applied Technical Services Family of Companies (FoC) is a...



The Applied Technical Services Family of Companies (FoC) evaluates micro-mobility batteries in compliance with micro-mobility battery testing standards. What is Micro Mobility? The term micro-mobility is an umbrella term referring to small, predominantly single-seat vehicles operating at speeds under or around 15 mph. Micro mobility has increased in recent years as scooters, bikes, and similar vehicles are available to rent around cities nationwide. Manufacturers generally rely on lithium-ion batteries to power their micro-mobility devices, causing concern among lawmakers and the public. While effective, lithium-ion batteries can be serious safety hazards due to their flammability and sensitivity to specific weather and environmental conditions. Our Micro Mobility Battery Testing Lab Our experienced battery testing experts use our ISO/IEC 17025:2017-accredited labs and highly accurate equipment to ensure that micro-mobility batteries are safe and effective. Our battery testing services assist clients as they comply with standards established by regulatory bodies such as the US Consumer Product Safety Commission (CPSC). Our battery testing services provide insight into various aspects of batteries, including the following: Longevity and Durability Performance and Efficiency Research and Development Safety Concerns The Importance of Micro Mobility Battery Tests While the questions regarding the safety of micro-mobility may extend beyond the dangers of lithium-ion batteries, the batteries have made national headlines for their risks. In response, micro-mobility manufacturers and regulators have increased their focus on micro-mobility battery testing. Lithium-ion battery tests help to do the following: Prevent Explosions and Fires Maximize Battery Life Span Improve Charging Range and Speed Comply with Industry...



The Applied Technical Services Family of Companies (FoC) evaluates lead acid batteries per lead acid battery testing standards. Our battery testing personnel provide RTCA DO 293-compliant lead acid battery testing that verifies a battery’s reliability, safety, and effectiveness in aviation and aerospace applications. What is a Lead Acid Battery, and How are They Used? A lead acid battery is a rechargeable battery that uses lead and sulfuric acid to store electrical energy. Lead acid batteries are the most common type of battery worldwide, and they’re used for numerous types of equipment and technology, including: Automobiles Large-Scale Power Systems Motorcycles Security Systems What is RTCA DO 293, and why is it Important? RTCA DO-293 specifies the minimum operational performance standards for lead acid, nickel-cadmium, and nickel-metal-hydride batteries used in aviation. Developed by the Radio Technical Commission for Aeronautics, RTCA DO 293 outlines procedures that help compare, evaluate, and qualify batteries for use in aircraft. RTCA DO 293-compliance confirms a battery’s ability to perform in conditions associated with aviation and aerospace. Our Battery Testing Services Our state-of-the-art battery testing lab has extensive experience in battery testing and certification. We conduct lead battery tests in compliance with RTCA DO 293 to ensure our clients’ batteries can do the following: Recharge Quickly and Effectively Adequate Power Supply Vibrations, Extreme Temperatures, and Vibrations Our ISO/IEC 17025:2017 accredited battery testing labs specialize in the following: Battery Applications Certification Emergency Energy Storage System (ESS) Support Research and Development The Importance of Lead Acid Battery Testing Lead acid...



The Applied Technical Services Family of Companies conducts high and low-temperature thermal testing services that assess the performance of EV batteries. In recent years, automakers have made a concerted effort to shift their focus from fuel vehicles to electric and hybrid electric vehicles. Our EV battery testing labs assist manufacturers in evaluating their batteries’ performance in high and low temperatures, ensuring consumers receive safe and reliable EVs. Low and High Temperature Testing Low Temperature Testing We conduct low-temperature tests that subject EV batteries to a range of temperatures associated with various environmental conditions. High Temperature Testing We evaluate how EV batteries respond to elevated temperatures. Our technicians observe how heat affects the chemical reactions within the battery. Why is it Important to Test EV Batteries at High and Low Temperatures? Temperature has an immense impact on the efficiency of a battery, so EV battery manufacturers subject their devices to adverse temperatures to determine if the battery is safe, reliable, and suitable for the desired application. EV batteries emit a significant amount of heat during their operation, so high temperatures can create chemical issues within the battery that compromise its charging capacity and overall health. Low temperatures restrict the mobility of ions within an EV battery, minimizing the battery’s effectiveness, comprising its reliability and range in cold conditions. More About Our EV Battery Testing Capabilities Our electric battery testing labs offer high-quality chemical, electrical, mechanical, and environmental testing services that analyze the strengths and weaknesses of our clients’ EV battery packs....



The Applied Technical Services Family of Companies (FoC) conducts battery electrical testing for electrical vehicle manufacturers. The demand for EV testing services continues to increase as automakers attempt to keep up with demand and comply with the ever-evolving expectations and regulations regarding EV batteries. Our EV battery testing lab helps manufacturers evaluate their battery’s performance, safety, and reliability in various conditions. Our Battery Electrical Testing Services Our battery testing lab features the state-of-the-art equipment needed to conduct a variety of chemical, electrical, and mechanical services. Our experienced staff has the resources needed to conduct the following types of electrical testing: Current Testing Current tests are an essential component of EV batteries’ research, development, and production processes. Our technicians conduct current tests to monitor an EV battery’s current flow. A battery’s current provides essential insight into the device’s efficiency and overall life cycle. Voltage Testing Voltage tests aid in the development and production of EV batteries. A battery’s voltage reveals important information about the device’s health and performance potential. Our voltage tests help EV manufacturers ensure their batteries perform as expected in various applications and environments. Our battery electrical testing services assist our clients as they do the following: Meet Performance Expectations Improve Product Design Comply with Regulations and Restrictions Ensure Safety The Importance of EV Battery Testing Electric vehicle batteries are highly complex devices with thousands of lithium-ion batteries capable of powering vehicles of various sizes. EV batteries have become a well-established alternative fuel source for cars, but EV batteries...



Applied Technical Services conducts battery chemical analysis in accordance with client specifications and industry standards. The market for lithium Ion batteries continues to expand as society shifts towards electromobility, specifically electric vehicles. To keep up with demand and a competitive market, manufacturers rely on third-party testing and analysis labs such as ATS to ensure their products perform as expected and adhere to regulatory requirements. Our battery chemical analysis services assist clients as they evaluate the reliability, sustainability, and safety of EV batteries and battery packs. Our Battery Chemical Analysis Services Differential Scanning Calorimetry (DSC) Our technicians use DSC to determine a material’s melting point, thermal conductivity, and heat capacity. Gas Chromatography-Mass Spectrometry (GC-MS) GC-MS allows our technicians to analyze, identify, and quantify the chemicals in batteries and their components. Thermogravimetric Analysis (TGA) Our technicians use TGA to measure the amount of water and other volatile liquids in the battery. X-Ray Diffraction (XRD) XRD helps our technicians determine the composition of battery components, helping to identify any existing impurities within the battery. Why is Battery Chemical Analysis Important? Battery chemical analysis provides essential insight into a battery’s performance and the various factors that enhance or hinder the battery’s effectiveness. Batteries are essentially a well-contained series of chemical reactions, so manufacturers must evaluate and understand the composition of their battery systems. Our battery chemical analysis services assist with the following: Safety Assurance Performance Optimization Diagnostics and Failure Analysis Quality Control and Reliability About Applied Technical Services Founded in 1967, Applied Technical Services...



Applied Technical Services provides electric vehicle battery testing for electric and hybrid vehicle manufacturers. The demand for EV battery testing continues to increase as automakers focus their production efforts on electric vehicles (EV) and hybrid electric vehicles (HEV). Our electric testing labs assist manufacturers as they evaluate their EV and HEV batteries and adhere to industry standards. The Importance of Electric Battery Testing As the EV battery testing industry experiences rapid growth, manufacturers rely on third-party research to evaluate their product’s design, safety, and performance capabilities. EV battery tests help manufacturers maintain quality control in the ever-evolving EV and HEV battery market. Our Electric Vehicle Battery Testing Capabilities We offer the following environmental, electrical, and mechanical EV battery testing services: High & Low-Temperature Testing Our technicians assess the performance of EV batteries as they operate at high and low temperatures. We expose the batteries to gradual increases and decreases in temperature, simulating the conditions in various climates. Voltage & Current Testing Our technicians assess how temperature, state of charge, and load affect a battery’s voltage and current output. Tensile Testing Our tensile testing services determine the tensile strength of batteries, which helps manufacturers ensure their batteries are strong enough to withstand the forces associated with their intended application. Impact Testing We assess a battery’s ability to withstand a sudden impact without breaking and failing. Compression Testing Our technicians determine the maximum force a battery can endure without collapsing. Our Commitment to Quality The Applied Technical Services Family of Companies is...



The Applied Technical Services Family of Companies (FoC) conducts lithium-ion battery testing for electric and hybrid vehicle manufacturers. Lithium batteries are widely used across various applications, but they especially dominate the electric and hybrid vehicle battery market. Our experienced battery testing professionals utilize several testing methods to assess lithium batteries’ lifespan, safety, and performance. Our Lithium Ion Battery Testing Services We ensure lithium-ion batteries adhere to common certifications and standards, such as: UN/DOT 38. 3 This standard specifies the requirements for ensuring the safe transport of lithium-ion batteries. It includes shock, thermal, and vibration tests. UL 1642 This standard highlights the safety requirements for lithium-ion battery cells and packs. SAE J2464 This recommended practice helps manufacturers stay up-to-date with the technical advancements of rechargeable energy storage systems (RESSs). The Restriction of Hazardous Substances Directive (RoHS) The RoHS limits the presence of hazardous substances in lithium batteries, and manufacturers must comply with regulations to sell their products in certain countries. Why is Lithium Battery Testing Important? As car manufacturers increase their production of hybrid and electric vehicles, lithium battery testing will become significantly more important as manufacturers seek to maintain the quality of these batteries as their demand increases. Lithium battery testing helps manufacturers identify potential product flaws, allowing them to address these issues before the product reaches the market. Lithium-ion batteries can suffer from performance issues without proper evaluation and jeopardize user safety. Our Commitment to Quality Founded in 1967, Applied Technical Services provides inspection, testing, and consulting engineering services...



Applied Technical Services' Family of Companies provides medical device mechanical testing to help ensure industry standard compliance and safety. The Importance of Medical Device Testing Medical devices are crucial to patient care. They directly impact human lives, producing vital observations and data. Devices must undergo testing to ensure optimal product functionality, efficiency, safety, and quality. Testing companies evaluate devices for these specific qualities before manufacturers can put them on the market. How Medical Device Testing Works Manufacturers must ensure that their medical devices are safe and effective by gaining proper assurance from regulatory bodies. They seek out medical device mechanical testing companies to conduct appropriate testing and analysis to eliminate any potential device risks. Medical device mechanical testing companies play a significant role in every step of the approval process, from the early idea testing phase to final design validation and verification. Testing labs produce proper procedures, performance reports, and reviews. They also implement custom testing protocols to help manufacturers meet quality and safety standards set by regulatory entities, such as the FDA. Types of Medical Device Mechanical Testing We Provide Axial compression testing Dedicated screw testing Fatigue testing Instrument and life cycle testing Lot verification testing Non-standard testing Shear testing Tensile testing Torque testing Wear and simulation testing Our Family of Companies We staff some of the industry’s most knowledgeable and skilled mechanical testing experts, engineers, certified lab technicians, machinists, regulatory compliance specialists, and project managers. Our medical device testing laboratories conduct the most efficient and accurate testing services...



The Applied Technical Services (ATS) Family of Companies offers expert medical device performance testing at our state-of-the-art laboratories. The Importance of Medical Device Performance Testing Services Securing performance testing for all medical devices brought to market is integral in maintaining and improving public health. Test results inform new regulations for performance verifications, especially those in high-risk instruments. Physicians need accurate medical measurements to diagnose diseases, deliver treatments, and monitor patients effectively. How Medical Device Performance Testing Works Manufacturers must assure regulatory bodies that their medical devices are safe and successful by supplying proper evidence. They will seek out medical device performance testing to acquire the appropriate analysis to mitigate potential risks. Medical device performance testing evaluates how a device functions in different scenarios. This service helps manufacturers assess risks, avoid failures, and determine the stresses a product will face during its service life. Medical device performance testing also benefits manufacturers by equipping them with the knowledge to identify and improve upon any deficiencies in the developmental process, allowing them to bring safe and effective products to market faster. Types of Medical Device Performance Testing Fatigue testing Dedicated screw testing Lot verification testing Simulation & wear testing Taber abrasion testing Tensile testing Torsion testing Non-standard/custom testing Life cycle & instrument testing Shear testing Our Team of Experts A team of expert engineers staffs our 24-hour operations. We help manufacturers execute their test plans by completing mechanical testing services that include unsurpassed technical reports and comprehensive partnerships. Furthermore, we conduct custom testing...



The Applied Technical Services (ATS) Family of Companies employs a team of experts at our state-of-the-art medical implant testing lab. Medical Implants Medical implants are devices put inside or on the surface of a human body. Prosthetics make up a large number of implants, acting as replacements for missing body parts. They can also support missing organs or tissues, monitor body functions, and provide medication. Manufacturers make implants from numerous materials, including ceramic, metal, and plastic, as well as bone, skin, or other body tissues. The Importance of Medical Implant Testing Surgical risks, implant failure, and infection can occur in medical implants during placement or removal. Even if the procedure proves successful, an implant can break, move, or completely stop working over time. Conducting medical implant testing before putting a product on the market is essential to preventing these possible risks. Medical implants must undergo an array of testing that spans a variety of technologies to satisfy regulatory bodies concerned with consumer safety, such as the FDA (Food & Drug Administration). Like other medical devices, implants need testing to verify they can perform their design functions properly. However, implants must undergo additional testing to determine whether they cause any harm to human bodies during long-term service. Types of Testing Dental Implant Testing Spinal Implant Testing Joint Replacement Testing Extremities Testing Our Medical Implant Testing Services We run a 24-hour operation and staff a team of experienced technicians to execute our clients’ testing plans. Our close relationship with the FDA allows...



The ATS (Applied Technical Services) Family of Companies offers medical device testing services for clients who need FDA approval on their medical devices. Why Medical Device Testing Services Are Important Medical devices are vital to patient care, directly impacting human lives by producing critical data and observations. Medical device testing services are an essential step in the developmental process of medical devices as they help ensure product quality, safety, and efficiency. Testing for these qualities is a mandatory part of the process when getting a product out on the market. How Medical Device Testing Works Manufacturers must prove that their medical devices are safe and effective by supplying regulatory bodies with proper assurance. They seek out medical device testing services to perform appropriate testing and analysis to eliminate potential risks. From early idea testing to final design validation and verification, medical device testing serves a role in every step of the process. Our labs produce development procedures, as well as performance reviews and reports. Furthermore, they implement custom testing services to help manufacturers meet stringent safety and quality standards set by the FDA and other regulatory bodies. Types of Medical Device Testing We Offer: Tensile testing measures the force required to break a specimen and determines the amount of stretch it is susceptible to before breaking. This test investigates a metallic material's ductility, yield strength, and tensile strength. Taber abrasion testing uses accelerated wear testing to evaluate abrasion resistance. This test supports quality and process control, research and development, and...



The Applied Technical Services (ATS) Family of Companies is an accredited mechanical testing provider offering comprehensive orthopedic device testing. Our wide variety of testing standards puts us at the forefront of the industry. What Orthopedic Device Testing Is Orthopedic device testing determines the stability of a medical implant and its impact on surrounding bone. This type of testing must replicate how an orthopedic implant will mechanically load within the host’s musculoskeletal system. These devices must be subject to stringent testing protocols. The type of testing they will undergo depends upon the specific device and how it functions. Why Orthopedic Device Testing Is Important Orthopedic device testing is vital in ensuring that devices function safely and satisfactorily. Working with an experienced testing company gives clients the confidence that they have the proper documentation before submitting their orthopedic device for review. Common Orthopedic Devices Implants Dental Spinal Joint Extremities Instruments Surgical screws Surgical staples Circular saws Scalpels Materials Metals Alloys Acrylic bone cement Polyethylene Calcium phosphate coatings Metallic thermal spray coatings Types of Testing Testing providers offer different types of mechanical testing methodologies for use with orthopedic devices. For example, reverse shoulder must undergo thorough loosening and fatigue testing, while the bone plates only need simple bending and pullout testing. Another example is hip and knee implants. These devices require extensive testing since they replace larger, multifaceted joints. Different implants and components must undergo fatigue testing to verify that they can manage to ensure proper safety and efficiency. Custom Testing Testing companies...



The ATS (Applied Technical Services) Family of Companies provides mechanical testing capabilities at our medical device testing laboratories. We help manufacturers ensure quality, functionality, and safety in their products through our expertise in various testing methods. Why Medical Device Testing Laboratories Are Necessary Medical device testing laboratories play a crucial role in the development of medical devices. They assist manufacturers in ensuring that their products' performance adheres to strict standards and regulations. Furthermore, these joint efforts prevent faulty equipment from entering the market and potentially harming patients. Medical Device Testing We Offer Axial compression testing applies a force to compress a specimen. This testing method provides yield and ultimate strength and represents a large portion of fatigue testing since it closely replicates stresses the materials must survive throughout their service lives. Fatigue testing applies cyclic loading to a structure or coupon. This test identifies a sample’s lifespan, location, and susceptibility. Instrument and life cycle testing adds mechanical functions onto a unit inside a moderated environment. This test shows the failures, weaknesses, and strengths of the sample. Lot verification testing confirms whether each lot of product meets the minimum safety and quality requirements before it hits the market. Non-standard testing encompasses various types of testing. It applies to all new or unusual devices with no accepted testing standard. Shear testing applies parallel stresses to a sample to cause sliding failure. This test determines the shear strength of a material. Torsion testing twists a sample around its axis to acquire information such...



The ATS Family of Companies' proven expertise in the relevant and internationally-recognized analysis methods allows us to be one of the industry's best medical device testing companies. We offer an expert team of highly trained engineers and a 24-hour operation to help clients execute their test plans. What Medical Devices Do Medical devices help solve healthcare problems. They help save human lives from serious disease or injury and cure health conditions, along with proper medication and treatment. As these are life-saving devices, validating their quality is vital before putting them on the market. Why Medical Device Testing Is Necessary Having high product quality is essential in the medical industry. Not only is quality morally and ethically necessary for manufacturing companies, but multiple organizations (such as the United States Food and Drug Administration) mandate it by enforcing strict standards. Under these guidelines, manufacturers must document every step of their medical device's development to meet safety and functionality requirements. A manufacturer can obtain clearance or approval for their product by working with medical device testing companies. This provider will perform an extensive analysis of the product, verifying that it is safe and suitable for patient use. What Sets Us Apart from the Rest The ATS Family of Companies has been a trusted partner in medical device testing for over 20 years. Our clients' test results help them meet regulatory requirements imposed by numerous agencies, including FDA and CE marketing approval. We provide our clients with high-quality medical device testing services by providing...



The ATS (Applied Technical Services) Family of Companies offers a wide range of medical device testing services. The testing process helps validate medical device performance, functionality, and interoperability. Furthermore, it identifies if a medical device fulfills its predetermined requirements and shows the safety measurements for a device during the design and developmental stages. The Importance of Medical Devices Medical device testing companies actively stop the spread of infectious illnesses and diseases by performing proper test procedures on medical equipment to verify quality and functionality. When paired with proper medication and treatment, medical equipment assists in treating humans for serious diseases, injuries, and health conditions. As these are life-saving devices, it is vital to validate their quality before putting them on the market. Medical Device Testing We Offer Fatigue testing applies a cyclic load to a test specimen in order to understand how it performs under real-life conditions. This type of testing determines the sample's fatigue life, identifies critical fatigue locations, and shows the sample’s level of susceptibility to fatigue. Tensile testing occurs when controlled tension is put on a sample, stretching the specimen to its breaking point. This test produces information about a metallic or composite material's yield, tensile strength, and ductility. Shear testing forces one surface of a sample to move in a specific direction while the other moves in the opposite direction, creating a sliding motion. This test calculates shear strength, a critical factor for components such as fasteners. Torsion testing happens by twisting or shear loading a...



The ATS Family of Companies carries out exceptional medical device reliability testing in a timely and cost-effective manner. This testing is vital in the development process of up-and-coming device designs. Medical Device Testing on Implants Medical device reliability testing is an essential tool for the safety analysis of implants. Our laboratories focus on an array of implants, such as dental, extremity, joint, and spinal. Each implant requires a different type of medical device reliability testing. We specialize in several different medical device testing methods. For example, we can perform numerous tests on dental implants, including fatigue, torque, and tension. Why Medical Device Reliability Testing is Needed Product efficiency and quality are not only morally and ethically imperative to all manufacturing companies—multiple organizations and agencies mandate them. These oversight entities regard medical devices with even greater scrutiny than the average consumer product. Due to the strict standards enforced by regulatory bodies like the United States Food and Drug Administration (FDA), manufacturers must document and trace every step of a medical device's development back to the safety and functionality requirements. When Risks Occur Technicians conduct tests to determine if the product poses a risk to patient health, providing analysis and recommendations. Manufacturers can then mitigate or eliminate these risks. Once this remediation process is complete, they must monitor the medical device throughout its market life to confirm that no new or unexpected risks arise. If they do, the FDA will enforce additional analysis and control measures. How We Can Help Manufacturers often...



The Applied Technical Services (ATS) Family of Companies takes pride in our extensive and efficient medical device product testing capabilities. We are committed to providing high-quality testing services to our clients. Why Medical Device Product Testing Is Necessary Medical device testing is necessary for any product development cycle requiring regulatory marketing approval. It consists of a series of specific tests verifying that the product’s intended service conditions will not impede its performance or reliability, thus preventing potential patient risks. What We Offer Our company has a broad scope of medical device product testing, including dental implant testing, extremity implant testing, joint implant testing, and spinal implant testing. Each product we work with needs a specific type of testing. For example, dental implants require fatigue testing to ensure the implant’s integrity by simulating a worst-case scenario after exposing them to cycles of forces until they fail. Common Mechanical Testing We Perform Tensile Testing: A mechanical test that applies force to separate material or assembly from each other. Shear Testing: Test that applies two opposite forces to a part of the assembly along a parallel axis. Torsion testing: Technicians perform this type of medical testing by adding force to a fixed point. Manufacturers request it to help collect information such as torsional shear stress, shear modulus, and maximum torque, as well as to locate the material’s breaking angle. Fatigue Testing: The cyclic loading of a specimen that uses material fatigue as an estimate for the specimen’s lifespan to verify whether it meets...



The Applied Technical Services (ATS) Family of Companies helps clients navigate the challenges of obtaining clearance for FDA medical device testing and approval. Our experts supply companies with a plethora of expertise, as well as cost and time savings. Our market readiness specialists provide regulatory compliance services with a faster clearance/approval average than the industry standard. We have completed more than 200 successful 510(k) submissions. Furthermore, we have an average review time of 131 days—46 days faster than the industry average. By choosing us as a compliance partner for your FDA medical device testing, clients get their products to market considerably quicker than their competitors. A Brief Overview of the FDA The Food and Drug Administration (FDA) ensures the safety and security of food, drugs, and medical devices in the United States. The process of achieving regulatory compliance is very stringent. Products must receive clearance for sale and distribution before undergoing review. Manufacturers must then maintain oversight of products after they arrive on the market. How the Approval Process Works FDA approval is almost always mandatory before manufacturers can market or sell a product that might pose the potential risk of illness or injury. First, manufacturers must present a premarket approval (PMA) application and clinical testing results. After this submission, the FDA will rigorously review the product to identify the benefits and the risks. They are less inclined to approve a product if they assess a greater potential risk associated with the product than any potential benefit. Medical Device Classifications...



Medical Device Testing with ATS The Applied Technical Services (ATS) Family of Companies has provided mechanical testing capabilities for medical device clients. Our expert team of engineers makes us one of the leading support services in prototyping, testing, and compliance worldwide. Through various testing methods, our company helps medical device manufacturers ensure functionality, quality, and safety in their products. Implants and Prostheses from Head to Toe We work with implants from head to toe! from spinal discs to hip joint implants and dental implants to total ankle systems. These devices must withstand the repetitive loading, lifting, turning, and strain of everyday movement. Additionally, they must resist corrosion and damage that can pose health risks. To help our clients verify the mechanical properties, quality, and safety of these devices before the next phase of testing can begin, ATS can perform multiple laboratory tests on the devices. Types of Medical Device Tests Tensile testing: This method provides manufacturers with information about the tensile strength, yield strength, and ductility of the metallic material. Through testing, we can determine the force required to break a composite or stretch the specimen to that breaking point. Shear testing: The medical device testing lab will apply two forces in opposition to one another while pushing them in parallel directions. We then apply these forces to part of the assembly. This test determines shear strength, an important design characteristic on multiple types of fasteners. Torsion testing: Technicians perform this type of medical testing by adding force to a...



Abel Solutions, a subsidiary of ATS, provides clients with digital transformation solutions through critical business application services. In today's fast-paced business environment, managing critical business applications efficiently is essential for maintaining operational excellence and regulatory compliance. At Abel Solutions, we specialize in providing tailored digital transformation solutions that focus on three key components: process, people, and content. People: Today’s modern workforce is mobile, so workers need the ability to work from any device, anywhere. Process: Time-consuming, daily processes should be organized and automated to increase overall efficiency. Content: Processes should be connected to your content and record systems, whether in the cloud or on-premises. We help customers implement low-code, forms-driven workflow solutions that boost operational efficiency. Our approach ensures that your business applications are seamlessly integrated, scalable, and adaptable to your evolving needs. Why Choose Abel Solutions? Scalability and Flexibility: With over 30 years of experience and deep partnerships with industry leaders, we provide scalable solutions that adapt to your evolving business needs. Expertise and Experience: Our team of experts has decades of experience in delivering business and technology consulting services that drive impactful results. Proven Track Record: Our solutions have successfully helped clients streamline data capture, enhance digital forms management, and ensure regulatory compliance. Our Business Applications Services in Action Enhanced Digital Forms Management: Our business applications improve the management of digital forms, making it easier to handle and process information. Streamlined Data Capture: Our low-code, forms-driven solutions simplify the process of capturing and managing data, ensuring accuracy and...



Abel Solutions, a subsidiary of ATS, offers business process automation services to help clients achieve digital transformation. Businesses today face tremendous pressure to increase productivity and efficiency, often with limited resources. Abel Solutions helps organizations achieve digital transformation by automating, managing, and optimizing processes across every department and system. Our business process automation services leverage low-code technology solutions to revamp sales, field operations, customer service, finance, marketing, and HR. Why Choose Us Competitive Advantage: Automating manual processes allows businesses to stay competitive in a rapidly evolving market. Addressing Common Challenges: Our business process automation services tackle common challenges such as disconnected systems, rigid software, and limited internal expertise, ensuring that your business operates smarter, faster, and with greater agility. Proven Expertise: With over 30 years of experience, we have a deep understanding of business process automation and the ability to deliver solutions that drive efficiency and growth. Customized Solutions: We provide tailored solutions that meet the unique needs of your business, ensuring that you achieve your digital transformation goals. Benefits of our Business Process Automation Services Increased Productivity: By automating tedious manual processes, we help businesses increase productivity and efficiency. Optimized Processes: Our low-code technology solutions optimize processes across every department and system, including sales, field operations, customer service, finance, marketing, and HR. Workflow Automation: We automate workflows for customers using Power Platform and Nintex, reducing manual tasks and increasing efficiency. This automation allows customers to visualize data for faster, smarter decisions. SharePoint and Teams Optimization: We design and optimize...



Maintaining accurate, compliant quality management solutions does not need to be overly complicated. Organizations that follow ISO or other Quality Management standards need to analyze and track problems, follow defined processes to determine the cause of the problems (root cause analysis), and then create and execute plans to prevent such issues from occurring again. While every organization needs a unique solution for Quality Management, our years of knowledge and experience allow us to lead you through a proven procedure for assessing, implementing, and reporting on your Quality Management Solution (QMS). As a Microsoft Gold Partner, Abel Solutions designs IT solutions that leverage best-in-class technologies, such as SharePoint and Microsoft 365, developing solutions that help to standardize compliance measures and reporting and accelerate process efficiencies. The Microsoft platform provides powerful versatility and customizability: the foundation of every Quality Management Solution. Utilizing Microsoft SharePoint (online or on-premises) for your QMS facilitates these critical business policies and processes from beginning to end.   Whether you are looking for project-specific solutions or company-wide evaluations, our Quality Management Consulting Methodology focuses on six core components: Document Management: Quickly access documents, accelerate documentation, and gain remote access at all times Workflow and Process Automation: Catalogue document histories, customize approval workflows, and templatize and store audit trails Process Management: Leverage a comprehensive dashboard, gain immediate access to customizable views, and set document-specific alerts Corrective and Preventative Actions: Implement a complete digital CAPA system, integrate systems with existing digital quality processes, and construct an adaptable CAPA framework Compliance:...



Our extensive experience with metallurgical testing, mechanical testing, chemical analysis and dimensional inspection makes Applied Technical Services' engineers valuable partners during first article testing of your products. This work can be coordinated through the Metallurgy and Failure Analysis Group of the Materials Testing Department. Testing is performed per applicable ASTM and ISO standards or procedures specifically for the component through discussion with you. First Article Testing Properties Verified: Mechanical Properties Base Metal Identification Heat Treating Chemical Analysis Dimensional Inspection Plating Type and Thickness Paint/Coating Analysis Manufacturing Process Surface Treatments About Applied Technical Services For the past few decades, Applied Technical Services has surrounded our efforts built on a mission of integrity, precision, and accuracy ensuring reliable results. We prioritize our clients' needs and make certain that we always provide service of unparalleled quality. Maintaining a strong customer-oriented focus is important to the integrity of our business practices. We aim to preserve our focus in meeting customer needs through our ISO 9001:2015 registered quality system. Call +1 (888) 287-5227 to speak with a representative about our first article testing services.



Battery durability testing with the ATS Family of Companies (FoC) helps manufacturers design reliable products that resist degradation in severe operating conditions. Batteries power critical equipment for long-distance transportation, data storage, and renewable energy generators, all of which require optimal performance and reliability. Durability testing helps manufacturers check that their design holds up to threats such as: Corrosion Explosion Fire Hazardous Gas Leak Loss of Capacity Overheating Shorter Lifespan A2LA-Accredited Battery Testing Laboratories The ATS Family of Companies operates several ISO/IEC 17025-certified labs nationwide. Our experts test battery samples in rigorous conditions that simulate real-life scenarios from regular operation to misuse. To help clients prepare for certification from an NFTL, we can confirm a product complies with national and international standards. ATS follows the electrical and mechanical durability testing procedures outlined in several different standards, including: UL 2580 IEC 12405 IEC 62660 SAE J2380 UN 38. 3 Our lab is ISO/IEC 17025:2017 accredited in battery testing at the cell, module, and pack levels. Our experts help uncover flaws in design structure, compare options for battery chemistries, and provide insight into battery certification processes. We work with a variety of popular battery chemistries, including: Nickel-cadmium Lithium-ion Lead-acid Electrical Durability Electrical durability tests involve subjecting a battery to charging and discharging profiles that simulate various applications and scenarios. Our experts perform a variety of electrical durability tests to study how a battery degrades electrochemically throughout its lifetime, anticipating overcharging, imbalanced charging, and discharging to specific capacity levels. A more rigorous procedure is...



The ATS Family of Companies (FoC) provides battery safety and certification testing for products used in a wide range of applications and industries. From hand-held appliances to electric vehicles, battery-powered devices are ubiquitous in modern life. Our work supports clients as they develop and prepare battery designs for the market. We can tailor our testing procedures to client and manufacturer needs, following industry standards to ensure products adhere to regulations and best practices. We test batteries to determine their durability and resistance to rigorous operating conditions, such as vibrations, extreme temperatures, and high electrical loads. The importance of battery safety cannot be understated. Poorly designed batteries and envelopes may crack and leak after sudden impacts. Unvented or regulated batteries may experience high pressure and hazardous gases that cause an explosion or fire. Certification Planning The path to official certification may seem complex, which is why ATS works with clients to develop a plan. Our experts help clients understand the requirements to eliminate unnecessary procedures and changes. Our experts can: Review product design Determine the relevant standards and tests Coordinate communication with NRTLs Safety Testing Safety tests involve subjecting the battery to the mechanical and electrical conditions of the anticipated operating environment and probable hazards from misuse. Safety testing helps manufacturers identify safety concerns and ensure their product complies with regulatory requirements. Manufacturers request tests that simulate the conditions that may cause battery malfunction or a response to harsh environmental conditions. ATS operates multiple ISO/IEC 17025:2017-accredited labs maintained by experienced professionals....



The ATS Family of Companies (FoC) provides RESS safety and abuse testing according to the SAE J2464 standard for hybrid and electric vehicles. Safety and abuse testing help uncover design flaws and promote improved Rechargeable Energy Storage System (RESS) performance. After designing a prototype, manufacturers may enlist an independent third-party lab for reliable testing and certification. Our mechanical and electrical testing labs are ISO/IEC 17025:2017-accredited in ISO/IEC 17025 procedures. We can help clients select the relevant procedures to help products reach the market sooner without extraneous costs. Additionally, our experts support strategic battery development and optimization through the following: Application Simulation Control Strategy Development Prototype Evaluation Field Testing Identifying RESS Safety Hazards Before a RESS reaches the market, manufacturers must ensure the product’s safe operation in typical and adverse circumstances. The electrochemical reactions that make RESS such a powerful energy source can also pose safety hazards. Thermal runaway is a significant hazard in deficient batteries. It occurs when the battery overheats, causing it to vent toxic gases that may lead to fire or explosion. Thermal runaway occurs for multiple reasons, such as mechanical, thermal, and electrical abuse. These abuses may be due to user error, product or material defect, malfunction, or collision. SAE J2464 Testing The SAE J2464 standard describes abuse testing procedures for vehicle applications and RESS devices. Rigorous mechanical and electrical abuse tests help manufacturers anticipate how a RESS may react to normal operating conditions, misuse, and collisions. Mechanical Abuse Testing Manufacturers need to know if a product...



Electric vehicle (EV) battery vibration testing from ATS enables automotive companies to anticipate a product’s reactions to mechanical abuse. Vibration testing subjects a specimen to targeted vibrations on a specified frequency to elicit a measurable response. Even when the vehicle is off, auto components naturally resonate at a specific frequency. Starting the engine introduces an additional layer of vibration. Throughout operation, EV components experience various vibrations based on: Driving speed Road surface Cooling system Electric motor Auxiliary systems Over time, the compounded effects of vibrations can lead to fatigue or failure, which is especially dangerous in flammable lithium-ion batteries. Vibration Testing with ATS Our environmental lab can simulate the conditions an EV battery may experience during typical operation and extreme scenarios. We use shaker tables to generate vibrations with forces as high as 12,000 pounds and frequencies between 5 Hz – 2,000 Hz. To combine vibration and temperature control, we can place the specimen inside an AGREE environmental chamber during the test. Our testing equipment produces a variety of vibration types: Sinusoidal (Sine) Random Sine-on-Random Sinusoidal Vibration Testing Sinusoidal vibration testing subjects the EV battery to a single vibration frequency at a time. We can use this method to determine the resonant frequency of a battery or another vehicular component. Sinusoidal vibrations can also reveal how the battery experiences flaws and fatigue over time. Clients use sinusoidal vibration testing to assess the battery’s risk for failure from independent frequencies. Random Vibration Testing Random vibration testing hits the battery with several...



Electric vehicle (EV) production in the US has increased exponentially in the past years, and with it comes the need for rigorous EV battery mechanical testing with qualified labs, such as ATS. Mechanical testing helps manufacturers evaluate a battery’s design to create a battery with increased performance, longevity, and safety. Electric vehicles draw power from rechargeable batteries that power a motor. These batteries can include a variety of materials that impact mechanical properties and reactions: Lithium-ion (Li-ion) Nickel-metal hydride (NiMH) Nickel-cadmium (NiCd) Lead-acid Mechanical Testing Services Our tests subject a material to life-like forces and conditions until failure, allowing manufacturers to anticipate potential flaws that affect a battery’s reliability, safety, and overall life. We can test for compliance with standards, regulations, original equipment manufacturer (OEM) recommendations, and internal standards for car manufacturers. Tensile Testing Tensile testing applies a pulling or stretching force to a material so engineers can determine the material’s tensile strength and elongation. This test helps manufacturers make informed decisions about the appropriateness of a design for its intended use and environment. The ATS metallurgical lab can combine high temperatures with tensile tests to evaluate a specimen’s material properties under strains and high temperatures. We can test at temperatures as high as 1800˚F. Our mechanical testing equipment can exert a maximum force of 400,000 pounds. The combined testing helps engineers uncover a sample’s characteristics, including: Ductility Elastic limit Elongation and area reduction Tensile strength Ultimate strength Yield strength Impact Testing In Charpy testing, a machine strikes a notched...



ATS helps power the future of electric vehicles with battery abuse testing. As the market trends toward eco-consciousness and cost-efficient energy storage, major automotive companies have announced resolutions to increase electric vehicle production in the coming years. However, electric vehicle batteries (EVBs) are not without their risks. While in use, EVBs operate under extreme conditions, such as high temperatures or vibrations. Misuse, abuse, or malfunction can have disastrous ramifications, including injury, vehicular fire or explosion, and liability. Manufacturers and suppliers rely on qualified third-party testing labs to anticipate and mitigate safety risks before a battery reaches the market. Battery Abuse Tests The ATS EV Battery Testing Lab applies controlled forces and conditions to batteries to simulate a variety of real-world abuses. Abuse testing is a vital step in the design and development processes. Battery abuse testing provides clients with a thorough understanding of the product, revealing: Reaction to non-normal circumstances Failure modes Abuse tolerances Our experts work with a variety of battery types, such as lithium-ion (Li-ion), one of the most popular batteries on the market. While Li-ion batteries derive increased power from high energy density, the density increases the risk of thermal runaway and explosion. Types of Battery Abuse Tests ATS performs battery abuse testing in a safe and controlled laboratory environment. Throughout the service, we mitigate risks to clients and experts, such as chemical exposure or electric shock. As part of our culture of safety, we employ experts with the knowledge and experience to perform the tests. Environmental...



The Applied Technical Services Family of Companies (FoC) provides building materials testing to clients in construction-related industries. What are Building Materials, and Why is Building Materials Testing Important? Building materials are natural and synthetic materials used for construction. These materials aid carpenters, roofers, plumbers, and similar professionals as they gather supplies and complete work to finalize construction projects. Building materials testing helps manufacturers, construction companies, and property owners do the following: Ensure the safety of building materials Verify the structural integrity of materials Maintain adequate quality control Comply with requirements and regulations Our Building Materials Testing Services The ATS FoC houses ISO/IEC 17025:2017-accredited labs that help our clients assess the quality of their building materials. Our services help clients in the early stages of construction and reassure them upon the project’s completion. We verify a material’s ability to perform as expected in real-world applications, helping to ensure that buildings and their infrastructure are safe for years to come. We offer numerous types of building materials tests, including: Chemical Testing Alkali content Chemical resistance Chloride content Sulfate content Durability Testing Weathering testing Water absorption Mechanical Testing Compressive strength Elasticity modulus Flexural strength Hardness testing Impact resistance Tensile strength Physical Testing Density testing Porosity testing The Benefits of Our Building Materials Testing Lab Our expert engineers, chemists, and metallurgists have decades of collective experience in materials testing and analysis. Our staff’s expertise enables us to provide well-rounded services that yield detailed-oriented solutions. We offer: Professional and prompt materials testing services Regulation compliance...



The ATS automotive testing department features an advanced Mercedes-approved testing lab capable of performing a variety of testing services that have been approved by Mercedes-Benz. Our Mercedes Approved Automotive Testing Lab Services As a proven automotive testing and analysis provider, ATS offers an extensive list of Mercedes testing services, including but not limited to: VDA 278: Interior Part VOC Detection DBL 7399: Supply Specification Paints and Varnishes DBL 8451: Electrodeposited Zinc or Zinc Alloy Coatings for Ferrous material-based Components DBL 7384: Supply Specification Coating of Interior Plastic Parts DBL 7340: Supply Specification for Zinc-containing Paints DBL 5768: Supply Specification Compression DBL 7398: Heat-Resistance Paint DBL 5869: Supply Specification for Non-Woven Fleece DBL 5455: Supply Specification for Polyolefin Foam DBL 5416: Thermoplastic-based External Paneling, Housings, and Functional Parts DBL 7392: Painting and Coating for Parts Exposed to Corrosion Stress DBL 5452: Foam Molded Flexible Cellular Polyurethane Based Materials DBL 6714: Hazardous Material Ordinance DBL 5307: Interior Trim Parts and Flame Retardant Properties DBL 5471: Trim and Molded Interior Parts DBL 8585: Hazardous Substances, Dangerous Goods, and Environmental Protection DBL 7399: General Tests and Conditions for Coatings, Enamels, and Paints DBL 5404: Thermoplastic-based Parts for the Direct and Indirect Areas in the Passenger Compartment DBL 7381: Passenger Car Component and Body Panel Parts with High Corrosive Stress DBL 5555: Supply Specification for Finished Parts and Semi-Finished Products made of Organic Polymer-based Materials DBL 5306: Supply Specification for Interior Equipment Materials DBL 8585: Negative Substance List for the Selection of Materials DBL 7391:...



The automotive testing experts at Applied Technical Services conduct various types of Mercedes-approved materials testing in our Mercedes Materials Testing Lab. ATS’ Mercedes Approved Automotive Testing Services ATS is an ISO/IEC 17025:2017 accredited automotive testing provider, featuring an expansive list of Mercedes-approved testing services such as: DBL 7399: General Tests and Conditions for Coatings, Enamels, and Paints DBL 5404: Thermoplastic-based Parts for the Direct and Indirect Areas in the Passenger Compartment DBL 7381: Passenger Car Component and Body Panel Parts with High Corrosive Stress DBL 5307: Interior Trim Parts and Flame Retardant Properties DBL 7398: Heat-Resistance Paint DBL 5306: Supply Specification for Interior Equipment Materials DBL 7384: Supply Specification Coating of Interior Plastic Parts DBL 5869: Supply Specification for Non-Woven Fleece DBL 7392: Painting and Coating for Parts Exposed to Corrosion Stress DBL 5768: Supply Specification Compression DBL 7399: Supply Specification Paints and Varnishes DBL 5455: Supply Specification for Polyolefin Foam DBL 7340: Supply Specification for Zinc-containing Paints DBL 8585: Hazardous Substances, Dangerous Goods, and Environmental Protection DBL 6714: Hazardous Material Ordinance DBL 5416: Thermoplastic-based External Paneling, Housings, and Functional Parts DBL 8585: Negative Substance List for the Selection of Materials DBL 5555: Finished Parts and Semi-Finished Products made of Organic Polymer-based Materials DBL 8451: Electrodeposited Zinc or Zinc Alloy Coatings for Ferrous material-based Components DBL 7391: Coating and Painting for Parts with High Corrosive Stress DBL 5471: Trim and Molded Interior Parts DBL 5452: Foam Molded Flexible Cellular Polyurethane Materials VDA 278: Interior Part VOC Detection Automotive Testing at...



Applied Technical Services' Honda-approved testing lab is qualified to provide automotive testing to Honda manufacturers and suppliers. Our services help suppliers comply with the automotive industry's standards and regulations, ensuring that vehicles meet the manufacturer's standard of quality and adhere to consumer safety rules. The Importance of Automotive Testing Automotive testing is an all-encompassing process that thoroughly assesses a vehicle's components, features, and flaws. The service is conducted throughout the product's life, allowing experts to observe vehicles in multiple stages of their performance life. Automotive testing is beneficial to both consumers and manufacturers. Testing services establish a consumer's confidence in a vehicle's quality, durability, and reliability. Manufacturers reinforce their confidence in their products after subjecting automotive materials to a series of tests. ATS' Honda Approved Testing Lab Our Honda-approved testing lab conducts testing services on various components of Honda vehicles, including automotive fluids, electronics, interiors, exteriors, and mechanical parts. Our experienced engineers are authorized to perform multiple tests, including: Reference SpecificationTestD2016-07 Rev. 4General Coating (Metals)D2023-07 Rev. 4Heat –Resistant Coating (Metals)D2028-07 Rev. 3Oil-Resistance Coating (Metals)HES C206-99AFlammability (Automobile Interiors)HES D6501-06General Test Methods (Coatings)HES D2003-03Electroplating (Corrosion and Rust Prevention)HES D2008-03Zinc-Aluminum Composite CoatingHES D2018-99General Coating (Resins)HES D2021-04Corrosion-Proof Coating (Metals)HES D6001-04General Test Method (Plating)HES D6003-12Flammability (Automobile Interiors)HES D6501-03General Test Method (Coatings)HJS-3217Chemical Conversion Coats0094Z-T7S-0000Bag Testing0096Z-STX-A000Mirror Inner Base Coating4251Z-SEP-A000Quality of Brake Motor's Geomet5100Z-S04-0000Painting Quality of Arc Welded Parts5100Z-SG0-A000Coating on Iron-Zinc Alloy Coated Steel Sheet by the Hot Dip Process More About Our Automotive Testing Lab Our automotive testing lab provides chemical, mechanical, and environmental testing for automotive...



Applied Technical Services' Mercedes-approved test lab conducts automotive tests on Mercedes vehicles. We are a class-a-approved lab authorized to serve Mercedes and Daimler manufacturers and suppliers worldwide. The Importance of Automotive Testing Automotive testing helps manufacturers evaluate various automobiles and automotive parts to ensure their safety, reliability, and quality. These services help companies ensure that their products adhere to industry standards and regulations, allowing them to remain competitive in the automotive sector. Automotive testing has several advantages, including: Quality Assurance Minimizes Flaws in the Production Process Ensures Regulatory Compliance Improves Safety Enhances Brand Reputation ATS' Mercedes Approved Test Lab We offer an extensive list of services for Mercedes manufacturers and suppliers, including: Reference Specs TestsDBL 7392Coating / Painting for Parts Exposed to Corrosion StressDBL 5471Trim and Molded Padded Parts for InteriorsDBL 5416Parts Manufactured from Thermoplastics for Housings, Paneling, and Functional Parts for External ApplicationsDBL 8585Environmental Protection, Dangerous Goods, and Hazardous SubstancesDBL 6714Hazardous Material OrdinanceDBL 7398 Heat-Resistance PaintDBL 7399General Conditions and Tests for Paints, Enamels, and Similar Coating MaterialsDBL 5306Supply Specification for Interior Equipment MaterialsDBL 5455 Supply Specification for Polyolefin FoamDBL 7391 Painting and Coating for Parts with High Corrosive StressDBL 8585 Negative Substance List for the Selection of MaterialsDBL 5307 Flame Retardant Properties / Interior Trim PartsDBL 5869 Supply Specification for Non-Woven FleeceDBL 7384 Supply Specification Coating of Plastic Parts in Vehicle InteriorsDBL 7340 Supply Specification for Paints Containing Zinc DustDBL 7399 Supply Specification Varnishes, Paints, and Similar MaterialsDBL 7381 Coating for Passenger Car Components, Body Panels, and Similar Parts...



Applied Technical Services’ BMW-approved test lab conducts automotive testing on BMW vehicles. Our automotive testing services consist of the chemical analysis, mechanical testing, and environmental testing of automobiles and their various parts, providing insight into the vehicle’s quality and compliance with safety regulations. Why is Automotive Testing Important? The automotive industry is an incredibly competitive sector where manufacturers rely on affordability, durability, and innovation to keep pace with their competitors. Automotive testing allows manufacturers to thoroughly evaluate their products, ensuring that consumers receive safe, reliable, and well-performing vehicles. Failure to conduct automotive tests could lead to costly repairs, customer dissatisfaction, and poor-quality products. Applied Technical Services’ BMW Approved Test Lab We offer an extensive list of testing services for BMW vehicles, including: Reference SpecsTestsAA-P 225CASSAA 0129Cass TestAA-0224Condensation Water Constant Atmosphere TestAA-P 177Crosshatch TestingAA-0224Cyclic Corrosion TestAA-P 187Multi-Stone Chip Test with Salt Water ExposureAA P 194Resistance TestingAA-P 193Single Impact TestingBMW AA-0026Aging Resistance TestingBMW TP 303. 5Alternating Climate Test for Trim PartsBMW-PR 303. 5cAlternating Climate TestBMW GS 97038Burning BehaviorBMW GS 95003-5Chemical ResistanceBMW GS 97045-2Coatings on Plastic PartsBMW AA-0213Condensation Water ConstantBMW GS 95003-4Environmental TestingBMW GS 97034-2Finger Nail TestBMW AA-203HydrolysisBMW AA-PHydrolysis TestBMW GS 97034-1Manual Abrasion TestBMW GS 90011Organic Coating of Parts Made of MetalBMW GS 97045-2Painted Plastic Parts Interior & ExteriorBMW AA-0053Resistance to Sun Cream of Painted SurfacesBMW GS 97028-3Structural AdhesiveISO 2409Cross Cut TestPA-P 028Crosshatch TestingPR 308. 2Climatic Test for Bonded JointsPA-P 100Determining the Reflectometer Value (Gloss)TP 309Vibration Test for Equipment Components VDA 270Odor Test ATS' Automotive Testing Services Our experienced technicians conduct automotive tests in...



Applied Technical Services’ VW-approved test lab offers automotive testing for Volkswagen vehicles.   Why are Automotive Testing Labs Important? Automotive tests evaluate the quality of automotive materials and ensure that manufacturers remain compliant with the manufacturer’s standards and specifications. Test results provide insight into the vehicle’s ability to withstand everyday use and specific environmental conditions. Technicians conduct thorough evaluations of the car to ensure that the interior, exterior, and mechanical components perform as desired. Automotive testing has multiple benefits, including: Improved Brand Reputation Increased Product Safety Quality Assurance Regulatory Compliance Applied Technical Services' Volkswagen Standard Testing We offer an extensive list of testing services for Volkswagen vehicles, including: Reference SpecsTestsPV 2034Adhesion of Decorated Aging at Elevated Temperature Aging ResistancePV 3905Ball Drop TestDIN EN ISO 2039-1Ball Indention HardnessDIN EN ISO 527-1Breaking StressDIN EN ISO 179-1/1eU; DIN EN ISO 179-1Charpy Impact ResistancePV 3937Cleaning Behavior Color AnalysisVW 50190Colorimetric EvaluationDIN 53497Elevated Temperature BehaviorDIN 53491Elevated Temperature BehaviorPV 3341Emission of Organic CompoundsPV 1200Environmental CycleDIN EN ISO 178Flexural StrengthPV 3930Florida TestPV 3925Formaldehyde EmissionsVW 50190Heat AgingPV 1303High Temperature Light ExposureDIN EN ISO 6270-2HumidityPV3929Kalahari TestPV 3937Low Temperature BehaviorASTM E1252-98 (2013)Material FTIRISO 11357 / DSC Method (Substituted for ISO 3146)Melting TemperatureDIN EN ISO 1133-A, Code TMelt Mass-Flow RateDIN EN ISO 178Modulus of ElasticitySection 3. 2Moisture ContentPV 3900OdorTL211Paint Coating  Resistance to AgentsTL226Thermal ConditioningDIN EN ISO 306 / A50 or B50Vicat Softening Temperature / Dimension Stability Our Automotive Testing Services Our experienced technicians conduct routine tests to evaluate automotive materials to ensure that they comply with industry and manufacturer specifications and standards. Our team can perform...



Applied Technical Services conducts paint scratch testing to simulate the stresses that materials endure daily. Manufacturers use coating tests to evaluate the adhesive properties of the coating, ensuring that the product or equipment performs as intended in their desired applications. ASTM Adhesion Standards ASTM Class 5B None of the squares of the lattice pattern are detached, and the edges around the cuts are smooth. ASTM Class 4B Small flakes of coating appear along the intersections of the lattice pattern, but less than 5 percent is affected. ASTM Class 3B Coating flakes along the lattice pattern intersect, affecting between 5 percent to 15 percent of the pattern. ASTM Class 2B Coating flakes resembling ribbons along the edges and intersections of the cut, affecting between 15 to 35 percent of the pattern. ASTM Class 1B The coating flakes are now large ribbons, and partially or wholly detached squares form the lattice pattern. Between 35 to 65 percent of the area is affected. ASTM Class 0B Any degree of flaking that doesn't fit the previous classifications. Common Causes of Adhesion Failures Excessive substrate moisture Excessive dry film build Extreme temperatures High moisture content in the coating Coating isn't compatible with the finishing system Insufficient curing and drying Substrate contamination Applied Technical Services' Coating Services ATS provides various inspection and testing services for industrial coatings, including: Acid dissolution analysis of anodic coatings Adhesion and abrasion Coating thickness Coating weight Color and gloss Holiday detection Metal and oxide coating thickness Surface profile measurements Thermal properties...



Dry Film Thickness Testing Dry film thickness testing evaluates the thickness of a single layer or multiple layers of coating. The test provides information on the protective qualities of coatings by ensuring that coating thickness abides by ASTM standards and industry guidelines. Coating thickness directly affects a coating's protective qualities, so thicker coaters provide greater protection from corrosive elements than thinner coatings. Magnetic Pull-Off Thickness Gauge Magnetic pull-off gauges measure the magnetic between the coated material and the magnetic gauge. The magnetic attraction decreases as the coating thickness increases. Accurate Results Durable Design Nondestructive Testing Requires Minimal Calibration Magnetic Electromagnetic Induction Gauge Electromagnetic induction gauges measure the coating thickness of non-magnetic materials by evaluating the changes in the magnetic field as the gauge contacts the coating. Highly Accurate Results Requires Minimal Calibration Portability Eddy Current Film Thickness Gauge Eddy current gauges measure non-conductive coatings on non-magnetic substrates such as aluminum, brass, and copper. The gauges evaluate the strength of the eddy current to determine the coating's thickness. The eddy current's strength decreases as the coating's thickness increases. Applicable to Various Levels of Thickness Accurate Results Nondestructive Testing Portability Understanding Dry Film Thickness Gauges Dry film thickness gauges are sensitive instruments that require application-specific procedures and calibrations. We consider the following factors when conducting dry film thickness tests. Substrate Thickness Data Capability and Features of the DFT Testing Gauge Accuracy of the Instrument Operating Conditions Portability Applied Technical Services' Coating Analysis Services Applied Technical Services offers several coating analysis services, including:...



Applied Technical Services conducts dry film thickness testing services that benefit the process, cost, and quality control efforts of manufacturers in various industries. What is Dry Film Thickness, and Why is it Important? Paint thickness, or dry film thickness, refers to the single layer or multiple layers of a coating’s thickness. Coatings protect substrates from corrosive conditions, offer cosmetic improvements, and can help prolong the life of industrial equipment. Applications may require specific coating thickness measurements so it’s important to reference industry standards and suggestions for the best results when applying coatings. Failure to properly applying coatings can lead to premature coating failure, costly repairs, and coating imperfections. Dry Film Thickness Testing Gauges ATS uses the following thickness gauges to conduct coating tests. Digital Coating Thickness Gauges Highly accurate Reliable and repeatable measurements Applicable to non-ferrous and ferous ASTM A90 Mechanical Coating Thickness Gauges  Factory calibrated Ideal for high temperature and flammable environments Useful when electronic devices aren't viable Compact and portable design Ultrasonic Gauges Ideal for hard-to-reach surfaces Produces instant results Applicable to various materials, including composites, ceramics, plastics, and metals Nondestructive testing Applied Technical Services' Coating Testing ATS provides industrial coating inspections, testing, and thickness measurements for various applications and industries. We follow the latest and most relevant ASTM testing standards when inspecting non-liquid, liquid, wet film, and dry film coatings. Inspection Services Abrasion and Adhesion Testing Color and Gloss Testing Environmental Resistance Analysis Holiday Detection Surface Profile Measurements Thermal Properties  Metallurgy Coating Services Acid Dissolution Analysis of...



For those who need water immersion testing, Applied Technical Services (ATS) has them covered. Water immersion tests are used for acceptance and quality control of coatings and substrate treatments in manufacturing. With this type of test, it is possible to determine the water resistance of coatings since it allows the detection of flaws, irregularities, and defects on coated specimens. Locating the smallest of defects can matter, and immersion testing is a way to ensure that those defects are located quickly and efficiently before they become a problem or get repeated on an assembly line. What Does Immersion Testing Offer? During immersion testing, coated panels or actual parts are partially or totally immersed in distilled or demineralized water in a corrosion-resistant container. The exposure parameters are varied by selecting the duration and temperature of the test based on the expected service environment. The undesirable effects of water immersion testing on the coating, such as discoloration, loss of gloss, staining, formation of blisters, swelling, adhesion loss, softening, or hardening, are evaluated visually and via appropriate physical tests, and reported upon completion of the exposure. Other fluids are also used when warranted, so the appropriate type of chemical resistance testing is performed based on the product’s application. Companies can then assess how their product will hold up when submerged in a number of different liquids and can get information about how the coating or product will hold up when exposed to various fluids during use. Why is ATS Different from Other Companies? At...



The Wolff-Wilborn test, also known as the pencil hardness test, uses multiple graphite pencils, each with varying degrees of hardness, to assess the coating's hardness. Each pencil is dragged across the surface to evaluate the coating's hardness or resistance to abrasions and scratches. The softest pencil that can scratch the surface determines the coating's hardness. Why is Coating Hardness Important? Hard coatings generally provide greater resistance to scratching and abrasion, while softer coatings may be prone to premature failure. Manufacturers rely on hardness testing to determine the qualities of their coatings which helps determine their best uses. Some environments and applications are too harsh for some coatings, so conducting hardness testing is essential to ensure the coating hardness is appropriate for the desired application. ASTM D3363 ASTM D3363 is the standard method for pencil hardness testing. The test method evaluates coating hardness on a spectrum ranging from B (soft) to HB (medium) and H (hard). Pencil hardness tests have several advantages, including: Quick Simple Application Inexpensive Portable Testing; Suitable for On-site or Laboratory Testing About Applied Technical Services Since our founding in 1967, ATS has provided consulting engineering, inspection, and testing services to clients in various industries worldwide, including: Aerospace Automotive Chemical Communications Commercial Properties Construction Consumer Products Defense Healthcare Insurance / Legal Manufacturing Nuclear Oil and Gas Power Generation Pulp and Paper Renewable Energy We employ professionals from various backgrounds and disciplines committed to providing quality service. Our technicians communicate with clients to establish a goal for each project...



Applied Technical Services offers various coating adhesion tests, including scrape testing, pull-off testing, and crosshatch adhesion testing. We conduct adhesion tests in compliance with the latest ASTM standards and guidelines. What is the Crosshatch Adhesion Test? The crosshatch adhesion test evaluates the adhesive strength of coatings applied to metallic substrates. Pressure-sensitive tape is applied and removed to assess a coating's quality by observing the coating's reaction to the tape's removal. Why is Coating Adhesion Testing Important? Adhesion tests provide insight into the bond between a substrate and the applied coating or paint. Coating adhesion tests produce intentional coating failures that allow experts to examine the potential causes and consequences of the failure. Unforeseen coating failures can lead to costly repairs, damaged equipment, and catastrophic failure. Several factors contribute to coating failure, including: Improper Surface Preparation Harsh Environments, Including Extreme Temperatures Improper Application ASTM D3359 ASTM D3359 is the standard method for crosshatch adhesion testing. The results range from 1B to 5B, with 5B representing the strongest adhesion. There are several advantages to crosshatch adhesion testing, including: Quick Performed On-site or in a Laboratory Results are Either Pass or Fail Works with Softer Surfaces like Wood and Plaster Applied Technical Services' Coating and Adhesion Testing Services Our qualified professionals pride themselves on their extensive knowledge of various coating applications and services. Our coatings and paints testing facilities perform coating and plating thickness tests, abrasion tests, and several coating adhesion tests, including:  Cross-cut Test Knife Test Scrape Test Pull-off Test About Applied...



Applied Technical Services conducts zinc plating thickness measurements for several types of zinc coatings. Our metallurgy lab performs dozens of services for various metals, coatings, and plating. Our full-service facilities have the staff and technology to address your metallurgy needs. The Importance of Plating Thickness Zinc plating is the process of protecting substrate metals with layers of zinc that serve as a barrier between the substrate and corrosive conditions. The protective qualities of platings are proportional to the plating’s thickness, so thicker zinc coatings offer more protection than thinner coatings. For example, materials placed indoors require much less protection than outdoor materials that are under direct exposure to naturally corrosive elements like water and sunlight.   Corrosion Prevention Zinc provides sacrificial protection from corrosive elements by serving as an effective metallic barrier between the base metal and corrosion-causing environmental factors. Zinc corrodes nearly 100 times slower than other metals and provides excellent protection from moisture. Ductility  Zinc is a malleable metal that can endure stretching and bending without breaking. Environmentally Friendly  Zinc is a recyclable metal with a relatively eco-friendly plating process. Flexibility  Zinc plating is highly customizable and has several uses, including rack and barrel plating. Low Cost Zinc is an abundant metal and easily accessible, making it a cost-effective choice for plating.   Increased Strength Zinc increases the strength of materials despite being a lightweight material. High-Temperature Tolerance  Zinc can endure temperatures up to 120 degrees Fahrenheit, reducing cooling costs. Different Types of Zinc Plating There are various...



Applied Technical Services’ metallurgy lab can measure electroless nickel plating thickness and conduct a wide range of coating and plating services. What is Electroless Nickel Plating? Electroless nickel plating applies a uniform layer of nickel-phosphorous to aluminum, brass, stainless steel, and other metals. Electroless plating provides even coating and protection, unlike the irregularities commonly seen in electroplating. Advantages include:  Improved Corrosion Resistance Improved Ductility Increased Conductivity Increased Lubricity Increased Hardness; Between 68 and 72 on the Rockwell C Scale Even and Uniform Thickness, Offering Balanced Protection Applicable to Both Metallic and Non-Metallic Substrates Various industries use electroless nickel plating, including: Aerospace Automotive Consumer Products Defense / Military Manufacturing Nuclear Oil and Gas The Importance of Consistent Plating Thickness Improper or inconsistent plating can negatively affect a plating's performance, exposing a material to corrosive elements that can cause premature failure. It's essential to evaluate the consistency of a coating to ensure that the application process is successful and that the coating is adequate for the desired application. The following factors can compromise the integrity of an electroless nickel plating or coating. Bath Chemistry Imbalance Improper Substrate Preparation Mechanical / Equipment Malfunctions Solution Contamination Applied Technical Services' Metallurgy Lab Our full-service metallurgy lab offers failure analysis, litigation support, material identification, and other metallurgical services to clients in various industries worldwide. Our experienced staff works closely with clients to establish an objective and deliver it with courteous and professional service. Our lab professionals consist of metallurgists, chemists, and engineers with decades of combined...



Applied Technical Services' technicians offer professional coating services, including zinc plating thickness measurements and coating testing and inspection services. Our metallurgy lab employs chemists, engineers, and other specialists with decades of shared experience in various metallurgy services. What is Zinc Plating, and What are its Advantages? Galvanization, or zinc plating, covers substrate metals such as iron and steel with a zinc coating to protect the material from corrosion. The zinc coatings serve as a sacrificial anode, creating a physical barrier between a substrate and potentially corrosive elements. There are multiple types of zinc coatings, including: Acid Zinc Black Zinc Blue Zinc Continuously Galvanized Sheet Galvanized Pipe and Tube General or Hot Dip Galvanizing Mechanical Plating Thermal Diffusion Galvanizing Yellow Zinc Zinc Cobalt Zinc Electroplating Zinc Metal Spraying There are several benefits to zinc plating, including: Corrosion Resistance Environmentally Friendly Aesthetic Improvement Increased Strength Scratch Resistance Cost-efficient Understanding Zinc Plating Thickness The protection provided by zinc plating is proportional to the plating's thickness, so thicker platings offer more protection for the metal. Environmental conditions are essential to consider when determining the ideal thickness of a zinc plating. For example, dry and well-kept conditions indoors require less thickness than outdoor conditions where materials endure more corrosive elements. ASTM Standards ASTM A123/A123M ASTM E376 ASTM A153/A153M ASTM A653/A653M ASTM A767/A767M ASTM D7091 About Applied Technical Services As an ISO 9001:2015 registered quality management system, Applied Technical Services is committed to excellent customer service and continuous growth and improvement. Founded in 1967, ATS provides...



Applied Technical Services conducts paint thickness measurements in our state-of-the-art metallurgy lab. We cater our tests to the scope and needs of our clients' projects, and our lab professionals have decades of experience in various scientific and mechanical disciplines. What is Paint Thickness, and Why is it Important? Protective paint coatings improve a material's resistance to corrosion, cosmetic qualities, and overall resistance to everyday environmental factors such as water and sunlight. These paint finishes are essential to the quality control of products and are often application-specific as some coatings are a better fit for some applications than others. Paint thickness measurements help ensure that the material receives the appropriate amount of coating. Coatings that are too thick are often uneven and suffer from premature cracking, whereas thin layers may lack the desired degree of protection. Failure to inspect a material's coating may increase costs via customer returns, recalls, and slowed production. Correctly done paint coatings have several advantages, including: Improved Aesthetics Corrosion Prevention Protection from Environmental Factors (Salt Water, Water, and Extreme Heat) Magnetic Pull-off Paint Thickness Gauges Magnetic Pull-off paint thickness gauges use magnets to measure the force required to separate the magnetic gauge from the ferrous metal. Thinner coatings have a stronger magnetic attraction than thicker coatings. This method has several advantages, including: Cost-Efficient Nondestructive Testing Quick and Simple Operation Portable, Allows for On-site Testing Ultrasonic Paint Thickness Gauge Ultrasonic paint thickness gauges use ultrasonic technology to measure a material's thickness. Advantages include: Nondestructive Testing Only Requires Partial...



Applied Technical Services’ metallurgy lab conducts plating thickness measurements. We employ polite and passionate professionals who prioritize customer service and quality. What is Plating Thickness, and Why is it Important? Materials undergo plating to improve the functionality of an object. Manufacturers use plating for several products, including jewelry, kitchen appliances, and automotive parts. Plating has multiple uses, including: Harden Materials Cosmetic Improvements Prevent Corrosion Improved Weatherability Reduce Friction Radiation Shielding Plating thickness measurements are important because a coating’s durability depends on the coating’s thickness. Thicker coatings provide more protection, whereas thinner or uneven coatings leave the material exposed to corrosion, causing premature failure. Improper plating leads to partial coverage, negatively affecting the appearance and performance of the coating. Plating thickness measurements help ensure that coatings are appropriately applied, preventing the complications that accompany poor plating. Measuring Plating Thickness Our Metallurgy lab uses the following instruments to measure plating thickness.   X-Ray Fluorescence Spectrometer  An X-ray fluorescence spectrometer (XRF) is a nondestructive instrument that uses X-rays to determine the thickness of various metallic coatings. There are several benefits to using XRF instruments, including: Elemental Imaging Penetration Depths Qualitative and Quantitative Results Nondestructive Testing Simultaneously Analyze Several Materials Portable, Allows for On-site Testing Eddy Current Thickness Gauges An eddy current thickness gauge measures the thickness of non-conductive coatings on non-magnetic substrates such as copper, aluminum, and brass. ECT gauges detect common coating defects, including corrosion, cracking, erosion, thickness loss, and material degradation. ECT gauges have multiple benefits, including: Minimal Preparation Multi-layer Detection...



Applied Technical Services offers coating thickness measurements for various industries and applications. Our metallurgy lab employs metallurgists, chemists, and lab professionals with decades of combined experience. We provide litigation support, failure analysis, material identification, and other metallurgical services. What are Coatings, and Why are They Important? Coatings are thin layers of protective coverings placed on the surface of a material. Coatings help protect surfaces from physical damage and offer some aesthetic improvements. The advantages of coating include: Scratch and abrasion resistance Heat and fire resistance Insulation protection Improved sealing ability Corrosion resistance Improved protection against daily wear and tear Nonstick properties ATS provides the following coating services: Electroplating Electroless plating Liquid coating Powder coating The Importance of Coating Thickness Measurements A coating’s quality and thickness are important factors in its success. Coating thickness measurements help ensure that surfaces have the appropriate amount of protection. Excessive layering causes sagging, cracking, and wrinkling, whereas under-coating may expose the substrate or fail to prevent rust and corrosion. How is Coating Thickness Measured? Mechanical Thickness Gauges Mechanical thickness gauges are ideal in highly flammable environments or situations where electronic instruments prove challenging to use. ATS technicians place a magnet on the surface of the test material and then remove the magnet to measure the amount of pressure needed for removal. The gauge provides consistent pressure from user to user and is highly portable because of its compact design. Eddy Current Thickness Gauges Eddy current thickness gauges use the strength of eddy currents to measure...



Applied Technical Services offers plating adhesion testing to clients seeking to evaluate their coatings' quality and performance capabilities. Our experts conduct plating adhesion tests in compliance with industry standards and our client's needs. What is Plating? Plating is a thin layer of metal placed over the substrate to protect the material. Preparation includes cleaning, polishing, and preparing the metal before the plating process begins. The plating is treated and finished following the completion of the plating process. The two types of plating are: Electroplating Electroplating is the process of plating one metal onto another via hydrolysis. Electrons introduced to the metal during the plating process increase the conductivity. The anode is the metal used to form the plating, and the cathode is the metal that requires plating. The electroplating process strengthens substrate materials. The protective layer's thickness depends upon the length of its intended use. There are multiple ways to electroplate, including mass plating, rack plating, continuous, and line plating.   Electroless Plating Electroless plating is the process of plating metal via chemicals instead of electrical methods. The process commonly involves plastics and improves durability and appearance.   The Benefits of Plating Enhances Appearance Hardens Surface Heat Scaling Resistance Improves Electric Conductivity Increases Durability Prevents Premature Corrosion Radiation Protection Reduces Friction Refurbishing Qualities Used in Non-stick Materials Common Types of Plating Copper Chromium Gold Metal Alloy Nickel Silver Tin Zinc Plating Adhesion Testing Services Our qualified experts provide prompt and accurate test results. Testing personnel provide updates on the testing...



Applied Technical Services offers coating adhesion testing to clients looking to determine the adhesive value of their coatings. Our services adhere to the American Society for Testing & Materials (ASTM) international standards. We provide multiple options for coating adhesion testing, including the following test methods: Cross-Cut Test Testing experts cut a lattice pattern into the coating, down to the substrate. The adhesive tape is placed over the pattern and removed to test the resistance quality of the coating. Quick Qualitative Results are judged on a 0 – 5 scale It only requires a utility knife and pressure-sensitive tape Specifically for paints and coatings ASTM D3359 standard testing method (ISO/IEC 17025:2017 (A2LA) Accredited) Knife Test Technicians cut the coating in an “X” shape, then lift it from the substrate.   ASTM D677 Qualitative 0 – 10 scale evaluation Applicable to single coat or multi-coat Scrape Test A rounded stylus is loaded onto a balance-beam tester, and the load is increased until the stylus separates the coating from the substrate. ASTM D2197 Quantitative Test adhesion of organic coatings, including varnish, lacquer, and paint. Applicable to single or multi-coat Typically performed on a flat service in a laboratory Pull-off Test Inspectors attach a dolly to the test material, and force is applied to the coating at a perpendicular angle, removing the adhesive layers.   ASTM 4541 ISO 4624 Quantitative Applicable to single or multi-coat Performed on-site or in a laboratory Performed on a flat surface ATS performs each coating adhesive testing method at...



Mechanical stresses such as rubbing, scraping, or erosion all create abrasion of coatings, which can result in color/gloss changes, corrosion, or coating weight changes. ATS utilizes rotary (Taber) or linear abrasion systems (Crockmeter). How an Abrasion Test Works The coating on substrates can be damaged by abrasion during manufacturing and service. Taber method has been useful in evaluating the abrasion resistance of coatings as ratings produced by this test method appear to correlate well with real-life performance. The coated surface is abraded using rotary rubbing action under controlled conditions of pressure and abrasive action. The test specimen, mounted on a turntable platform, turns on a vertical axis, against the sliding rotation of two abrading wheels. Abrasion resistance is calculated as loss in weight at a specified number of abrasion cycles, as loss in weight per cycle, or as the number of cycles required to remove a unit amount of coating thickness. In addition to standard abrasion testing methods, ATS also develops custom test plans and methods. Coatings and Paints Testing Coating Overview Abrasion Testing Adhesion Pull Testing ASTM Coating Adhesion Testing ASTM Paint Adhesion Testing Coating Weight and Thickness Testing Coatings Color Gloss Testing Immersion Testing Paint Testing Lab Powder Coating Thickness Testing Stone Chip Resistance Test Taber Abrasion



Why Use Coatings? Coatings are used to protect equipment (especially outdoor equipment) from environmental hazards like moisture and corrosive agents. Unprotected equipment is likely to fail sooner due to corrosion than pieces outfitted with a continuous and uniform coating. That said, not all coatings adhere to their substrates in the same way due to various factors, such as reactions occurring between the substrate and the coating, the condition of the substrate, or the environmental conditions during the coating application. Many companies subject their products and equipment to adhesion testing to make sure that their coating will remain intact and effective. As a qualified third-party testing company, ATS uses methods like the adhesion pull test to analyze the effectiveness of your coatings. What is Adhesion? Pull-off adhesion testing provides a qualitative value that expresses how well the coating stuck to its substrate. This type of test can be used to find the failure point of the coating, a quantifiable value that conveys the amount of force needed to separate the coating from its substrate. The adhesion pull test is a popular method of testing both the adequacy of a coating’s adhesion and its failure point. About the Method Although applicable to almost any type of coating, the method can only be performed on a flat sample due to the procedure involved; a technician glues an object (known as a dolly or stud) onto the coating, and uses a machine to pull on it at a perpendicular angle while applying increasing, uniform load. Depending...



Applied Technical Services conducts coating inspection services on several different industrial coating applications, including interior and exterior coatings on components, parts, and piping systems. We test liquid and non-liquid coatings applied in any form. Testing Services Offered Material/Mechanical Coating Inspections Environmental Resistance Readings and Analysis Surface Profile Measurements Holiday Detection Abrasion Testing Adhesion Testing Color and Gloss Thermal Properties Metallurgy Coating Services Coating Thickness Acid Dissolution Analysis of Anodic Coatings Coating Weight Metal and Oxide Coating Thickness Coating Inspections Wet Film Thickness Wet film thickness testing consists of analyzing the coating upon its initial application using Notched Gauges, Step Gauges, and MIL Gauges. Wet film thickness testing is a highly effective method for measuring coating, inspecting quality control, and overall coating evaluation. Wet film thickness testing results are immediate and provide detailed information on wear and corrosion damage as well. Dry Film Thickness Dry film thickness testing, commonly referred to as DFT, is a highly accurate coating inspection service that yields crucial information regarding the coating’s projected life cycle and can be used for single-layer and multiple-layer coatings. Dry film thickness testing also reveals potential compliance violations due to flaws in the coating. This cost-effective service is typically used in every applicable inspection and requires that the coating has completely cured/dried before the coating testing method can be performed. Common Testing Standards ASTM D1212-91 ASTM D3276-15 ASTM D4138-07 ASTM D4414-95 ASTM D4541-09 ASTM D5162-15 ASTM D7091-13 Applied Technical Services Founded in 1967, Applied Technical Services is the nation’s leading industrial...



Applied Technical Services performs GS 97014-3 testing to verify that clients’ components and subassemblies meet vehicle interior air quality (VIAQ) requirements. What are VOCs and Why Do We Test for Them? Many of the materials used in the interior trim of passenger vehicles emit chemicals called volatile organic compounds (or VOCs). While most organic compounds can release potentially toxic gases at elevated temperatures, VOCs characteristically release their gases in cooler conditions, including at and just above room temperature. Because automotive passenger cabins are nearly airtight and often recirculate cool or warm air for conditioning, governments around the world implemented VIAQ regulations, and the automotive industry developed rigorous testing standards to maintain compliance. OEMs and parts suppliers trust third-party automotive testing providers to assess VOC content in their interior trim materials. ATS performs this testing according to an array of OEM specifications, including BMW’s GS 97014-3. GS 97014-3 and Other Chamber Testing Capabilities GS 97014-3 calls for testing automotive interior trim in a small thermostatic emissions chamber. This instrument’s 1m3 chamber allows our VOC specialists to accommodate larger samples, such as components and subassemblies, than other methods that can only support small material specimens. Our chemists seal the specimen inside the chamber after a preconditioning period and provide a constant internal airflow to capture VOCs emitted during the test duration; they then analyze these air samples using Gas-Chromatography/Mass-Spectroscopy (GC/MS) to identify and measure any present VOCs. Other Emissions Services We perform chamber emissions testing to a variety of specifications other than...



Why We Test for Volatile Organic Compounds Volatile Organic Compounds (VOCs) affect the air quality of vehicle compartments, which is commonly associated with that “new car smell. ” Automobile odor is a result of chemical emissions (off-gassing) from plastics, adhesives, coatings, foams, textiles, and leathers. Applied Technical Services is an industry leader in automotive materials testing and performs BMW VOC testing for the German automaker and its parts suppliers. Our experienced chemical analysis team supports OEM suppliers by helping them meet applicable specifications and requirements to bring their products to market. Improving and managing car interior air quality by reducing the presence of off-gassing VOCs is imperative to passenger health. In confined passenger spaces, VOC chemicals can concentrate to a point where they reach negative levels and can be released by high temperatures or a combination of heat and ultraviolet light. VOC regulatory and voluntary standards constitute a critical quality control issue for the automotive industry. How We Test for VOCs Our chemical analysis lab performs BMW VOC testing using advanced Thermal Desorption (TD) and gas chromatography-mass spectrometry (GC/MS) instrumentation to measure the amount of volatile organic content present and identify compounds extracted from a sample. Applied Technical Services’ lab maintains an ISO/IEC 17025:2017 accreditation to perform a variety of VOC testing standards directly related to automotive interior parts that include: DIN 75201 PV 3341 PV 3900 PV 3925 GMW 15634 GMW 15635 TSM 0508G / BSDM 0512, 050 Other VOC Testing Services ATS is accredited in a variety of...



Applied Technical Services offers Ford VOC testing. Volatile organic compounds (VOCs) are present in natural and synthetic materials. VOCs exist in liquids, solids, and vapors. Because VOCs are airborne, manufacturers must protect their end-users by considering the potential for human exposure. Clients, especially in the automotive industry, need to know the composition of VOCs in their materials to ensure user safety. Why is VOC Testing Important? Research shows that VOCs can have a negative impact on the environment and human health. There are even studies that reveal volatile organic compounds can lead to different types of respiratory illnesses and cancers, which has led original equipment manufacturers (OEMs) such as Ford to enact quality standards that affect the materials they use to build their vehicles. VOCs can be emitted from materials used in the interior of automotive vehicles, such as dashboard trims and fabrics. Our Testing Capabilities Our lab maintains ISO/IEC 17025:2017 accreditation to provide various VOC testing procedures exclusive to automotive interiors, including: TSM 0508G / BSDM 0512, 0508 PV 3925 PV 3900 PV 3341 GMW 15635 GMW 15634 DIN 75201 Types of Automotive VOC Tests ATS Offers: Static Headspace Odor Micro Chamber Formaldehyde and Aldehydes Fogging Dynamic Thermal Desorption Chamber Testing Bag Testing Applied Technical Services Since 1967, Applied Technical Services has built an excellent reputation for the services we provide to various industries. We perform high-quality inspections, consulting engineering, and testing services for our clients. ATS will take a closer look at your materials to provide you with...



Applied Technical Services (ATS) offers Volkswagen parts testing to OEMs and parts suppliers to help maintain compliance with pertinent quality standards and regulations. Original equipment manufacturers (OEMs) such as Volkswagen send materials and components to ATS for a variety of testing to ensure vehicle components meet industry standard requirements. Testing for the presence of volatile organic compounds (VOCs) in vehicle interiors is one area of testing that is frequently requested by OEMs and suppliers. VOCs are a class of chemicals that emit from a variety of materials used in automotive interiors, including vinyl, fabric, leather, plastic, foam, and coatings. Exposure to these chemicals is a health concern, as VOCs have been identified as harmful to human health. The concern of potential exposure is compounded by other factors, including the airtight nature of the passenger compartment and the tendency for VOCs to emit in greater amounts according to changes in temperature and exposure to ultraviolet light. OEMs such as Volkswagen, as well as their parts suppliers, send samples of their materials and components to trusted third-party testing labs, such as ATS, to verify that their products meet quality requirements. Our Range of Automotive Parts Testing Capabilities Our breadth of testing expertise enables ATS to serve the varied needs of OEMs and parts suppliers throughout the production process. Clicking here will take you to our full range of testing services specific to Volkswagen. ATS offers a wide range of testing to other VOC specifications (for which we maintain an ISO/IEC 17025:2017 accreditation...



Indoor air quality in vehicle cabins is commonly affected by volatile organic compounds (VOCs) released from a variety of materials used in automotive interiors. As a leading automotive testing company, Applied Technical Services has the capability to perform Volkswagen VOC testing methods for the manufacturer and its suppliers. What is VOC Testing? Our VOC analysis team detects these harmful compounds by using state-of-the-art equipment to test interior components, semi-finished parts, and other materials that may release VOCs. These chemical analysis experts provide original equipment manufacturers (OEMs) and their suppliers with precise and repeatable VOC testing to help validate production processes, verify compliance with industry standards and specifications, and identify unwanted compounds to maintain the quality of their product lines. VOC emissions concentrate in interior automotive spaces due to the off gassing of compounds from coatings, plastic, foam, leather, and textile materials. Concentrations of these VOCs may reach a level that negatively impacts passenger health. It is required by regulations and quality control standards throughout the automotive industry for manufacturers to manage VOCs in their products. ATS Chemical Analysis Lab Our chemical analysis lab can perform Volkswagen VOC testing methods and can characterize VOC emissions under precise conditions. ATS measures VOC concentration and identifies individual compounds from samples using advanced Thermal Desorption (TD) and gas chromatography-mass spectrometry (GC/MS) techniques. ATS maintains ISO/IEC 17025:2017 accreditation to perform a variety of VOC testing standards exclusive to the automotive industry, which includes: DIN 75201 PV 3341 PV 3900 PV 3925 GMW 15634 GMW 15635...



Applied Technical Services’ Honda parts testing capabilities help suppliers keep compliant with pertinent standards and regulations. Automotive parts and materials are regulated by a variety of consumer safety rules, such as those limiting the presence of volatile organic compounds (VOCs) in vehicle interiors. These chemicals, which are emitted from a variety of materials, can include known carcinogens and reproductive toxicants. For this reason, original equipment manufacturers (OEMs) like Honda must ensure their products and materials keep end-users safe. Honda parts suppliers regularly rely on third-party testing providers to independently verify the compliance of their materials with all consumer safety and environmental regulations. How ATS Can Help Honda and Its Parts Suppliers Our breadth of testing expertise enables us to serve the varied needs of OEMs and parts suppliers throughout the production process. Check here to see the full range of Honda-specific testing services we provide. Beyond these, we also maintain ISO/IEC 17025:2017 accreditation through the American Association of Laboratory Accreditation (A2LA) to perform the following automotive VOC testing specifications: VDA 278 DIN 75201 GMW 15634 TSM 0508G GMW 15635 PV 3925 PV 3341 PV 3900 ATS’ labs also perform other types of testing on automotive parts to ensure they meet standards, comply with regulations, and conform with their design specifications, including the following services: Accelerated Weathering (Xenon, UV) Odor Test Adhesion Formaldehyde Chip Resistance Vibration / Shock Testing Chemical Resistance Temperature and Humidity Cycling Color/Gloss Analysis Salt Spray (Fog) Cyclic Corrosion High-Pressure Water Jet Testing Flammability Ingress Protection (water, dust,...



Applied Technical Services offers Toyota parts testing to help suppliers maintain compliance with relevant standards and regulations. A variety of consumer safety regulations and industry quality standards determine the requirements automotive parts must meet, including the following broad categories: Dimensional Specifications Mechanical Performance Resistance to Wear Chemical Properties Of this last group, the presence and prevalence of volatile organic compounds (VOCs) in automotive interiors draw specific scrutiny. VOCs are a class of chemicals that are emitted from a variety of materials. Many of these VOCs have been found to have negative effects in both human and environmental health. Automakers like Toyota and their parts suppliers know that minimizing passengers’ exposure to VOCs helps make their products safer. They trust third-party testing providers like ATS to help determine the characteristics of their components and materials. How Our Testing Capabilities Can Help Toyota and Its Parts Suppliers ATS offers a wide array of testing capabilities, allowing us to serve OEMs and parts suppliers at every step throughout production. Our full list of Toyota-specific testing services can be found here. Our chemical analysis lab excels in VOC testing to the following specifications, for which we maintain ISO/IEC 17025:2017 accreditation through the A2LA: VDA 277 VDA 278 GMW 15634 GMW 15635 DIN 75201 PV 3341 PV 3900 PV 3925 TSM 0508G Beyond our proficiency in detecting, identifying, and measuring VOCs, our other labs perform a wide variety of testing and analysis services that serve the automotive industry in other ways. Parts suppliers also rely...



Applied Technical Services provides Toyota VOC testing in compliance with all relevant methods and standards. We know it is vital that companies minimize the presence of VOCs (Volatile Organic Compounds) in their materials to ensure the safety of end-users and the environment. The Automotive Industry and VOCs The automotive industry is subject to heavy regulations on VOC content emitted from polymers, adhesives, and fabrics in vehicle interiors due to research that indicates VOCs can cause certain types of cancers and respiratory illnesses. The regulations on volatile organic compounds can vary between each automotive manufacturer. ATS is equipped to test to these various automotive standards. Our lab maintains ISO/IEC 17025:2017 accreditation to perform a variety of VOC testing exclusive to automotive interior components, including: DIN 75201 GMW 15634 GMW 15635 PV 3341 PV 3900 PV 3925 TSM 0508G VDA 277 ATS provides a variety of VOC testing services for Toyota and other automotive manufacturers: Bag Testing Chamber Testing Dynamic Thermal Desorption Fogging Formaldehyde and Aldehydes Micro Chamber Odor Static Headspace Contact us today to learn more about our capabilities and receive a free quote. About Applied Technical Services ATS has been providing high-quality testing, consulting engineering, and inspection services since being founded in 1967. We are known for helping clients across various industries uncover facts in materials testing, metallurgy, chemical analysis, calibrations, NDT, and fire and explosive investigations. Contact Us Applied Technical Services will take a closer look to find our clients the technical answers and solutions they need. Contact us...



Applied Technical Services provides Honda VOC testing. Clients must know the composition of Volatile Organic Compounds (VOCs) in their production materials — especially in the automotive industry, which heavily regulates VOC content in vehicle paints and interiors. VOCs can be emitted from the materials used in car interiors, such as fabrics and dashboard trims, and can negatively impact human health and the environment. Research shows that VOCs can lead to certain types of cancers and respiratory illnesses, which has inspired Original Equipment Manufacturers (OEMs) like Honda to enact these regulations on the materials used to manufacture their vehicles. Automotive VOC testing standards can vary based on the OEM, and ATS is equipped to test various automotive standards. Honda VOC Testing Procedures Our lab maintains ISO 17025 accreditation to perform a variety of VOC testing exclusive to automotive interior components, including: DIN 75201 PV 3341 PV 3900 PV 3925 GMW 15634 GMW 15635 TSM 0508G Types of Automotive VOC Tests ATS Provides: Dynamic Thermal Desorption Bag Testing Static Headspace Formaldehyde and Aldehydes Micro Chamber Chamber Testing Odor Fogging Contact us today to find out more about our capabilities and receive a free quote. About Applied Technical Services Applied Technical Services was founded in 1967 and has since established an excellent reputation for the services we provide for various industries. We perform high-quality inspection, testing, and consulting engineering services for a variety of clients. ATS will take a closer look at your materials to reveal the technical information and solutions you need....



Applied Technical Services performs automotive vibration testing to validate client materials and components for use in production. Automotive products vibrate when in use — no way around it. The motion caused by merely running the engine creates vibrations that propagate throughout the entire assembly, let alone the actual driving. OEMs and automotive engineers understand the importance of ensuring that those vibrations, innate to their product’s intended use, do not damage or otherwise undermine the performance of their components. To validate the performance and durability of materials and components for production, automotive clients send samples to ATS’ trusted vibration testing lab. Effects of Vibrations on Materials and Subassemblies Vibrations happen when force is applied to an object. The resulting waves of motion cause the particles of an object to oscillate as the force moves through the material. Different vibrations have different characteristics, varying in amplitude and frequency. Over time, or with enough strength, vibrations can negatively affect materials and components. Subassemblies unsuited for the types of vibration common to the final product’s anticipated service environment can suffer fatigue failures, loosened connectors, interrupted electrical signals, and other negative consequences. Avoiding such defects can mean the difference between a product that meets requirements — whether internal quality assurance measures, industry standards, or government regulations — and a product that endangers end-users because of a susceptibility to premature or unexpected failure. ATS' Automotive Vibration Testing Capabilities ATS’ environmental testing division performs all our vibration testing services. These experts use our electrodynamic shaker tables to...



Applied Technical Services performs DIN 75220 testing for clients looking to test the durability of vehicle components such as bumpers (exterior) and dashboards (interior) against simulated weathering effects. Exposure to harsh environmental conditions, such as direct sunlight, can compromise both the cosmetic and structural characteristics of automobile parts. What is DIN 75220? Standard DIN 75220 testing helps automakers by outlining the process of simulating prolonged solar radiation exposure. As one of the established, in-demand methods used in the automotive industry, it describes steady-state and cycled testing processes. Manufacturers can determine the weathering resistance of a given test material in a relatively short time by utilizing this accelerated aging test. ATS performs all DIN standard 75220 testing in our automotive testing labs. Our experienced personnel operate an advanced global spectrum solar system for method 75220 tests to realistically simulate the effects of natural sunlight. This system also complies with VDA 230-219 and MBN 55555-5, providing an irradiation area with a maximum size of 2. 0 m x 1. 5 m. Applied Technical Services – A Reliable Testing Provider For over 50 years, ATS has maintained an excellent reputation for providing top quality testing, inspection, and consulting engineering services. In recent years we have grown across both national and global markets, uncovering facts in Materials Testing, Forensic Investigations, Metallurgy, Calibration Services, Nondestructive Testing, and Chemical Analysis. We work with clients from a variety of industries, including those in the fields of aerospace, automotive, chemical, consumer products, healthcare, insurance, and manufacturing. ATS Labs...



Applied Technical Services performs DIN 75201 standard testing for clients looking to determine the fogging characteristics of specific interior materials in motor vehicles. Fogging occurs when high interior temperatures cause volatile and semi-volatile compounds (VOCs and SVOCs) inside a vehicle to condense onto cooler glass surfaces such as the windshield, severely reducing outward visibility. DIN standard 75201 is a method developed by the German Institute for Standardization that enables vehicle material manufacturers to test the level of condensing and/or evaporation of volatile compounds. DIN 75201 Test Methods ATS conducts two relevant testing methods when performing DIN 75201, the reflectometric method and the gravimetric method. Reflectometric Method In the reflectometric method, a sample material is placed in a beaker and covered with a glass plate before being heated to a temperature of 100 degrees Celsius for three hours. The glass plate is simultaneously cooled to 21 degrees, allowing the SVOC gasses to condense on the glass. The Reflective Index of the fogged plate is then calculated and recorded. Gravimetric Method The gravimetric method is performed by placing the test subject in a beaker and covering it with an aluminum foil disk. The material is heated at 100 degrees Celsius for 16 hours, while the aluminum disk is cooled to maintain a temperature of 21 degrees. The released SVOC gasses condense on the cooler disk, and the total amount of fogging condensate collected can be measured at the end of the 16 hours. Both the reflectometric and gravimetric DIN methods are highly...



The Need for Flammability Testing Applied Technical Services performs DIN 75200 testing to determine the burning qualities of sample automotive interior materials. This testing helps manufacturers and parts suppliers comply with industry standards and government regulations that outline safe flammability characteristics. The requirements typically specify maximum burn rates, which allows more time for the occupants to evacuate the vehicle, thus reducing injuries. Data from the Federal Emergency Management Agency (FEMA) shows that the United States reported over 1. 3 million fires in 2016, roughly 14% of which were vehicle fires. These highway incidents, which are often preceded by equipment failure or crash, led to hundreds of fatalities that year alone. Because of the potential dangers involved in operating a motor vehicle, the automotive industry is subject to a host of standards and regulations prescribing measures to maximize occupant safety. Among the variety of aspects overseen by bodies like the American National Highway Traffic Safety Administration (NHTSA) and the German Verband der Automobilindustrie (VDA) is the flammability of interior materials. Automotive companies send samples of their interior materials to flammability testing labs like ATS to quantify their burning characteristics and help determine their compliance with relevant safety standards. DIN 75200 Testing: About the Method The Deutsches Institut für Normung (DIN) is a standardization body and the German branch of the International Organization for Standardization (ISO). They administer one of the most internationally recognized standard testing specifications for determining the flammability of interior materials: DIN 75200. Also known as DIN EN ISO...



Applied Technical Services performs the stone chip resistance test to determine a coating’s durability in the face of flying debris. Our environmental testing group performs this method on samples that clients send for coating testing. Also referred to as stone chip or gravelometer testing (named after the test equipment), this method holds specific importance for automotive companies because of how it relates to their products. Gravel and other road debris inevitably kick up as cars run them over, and these projectiles can damage the paint of vehicles they impact. As no car owner will tolerate paint so insubstantial that anticipated usage conditions would cause it to fail, companies in the automotive industry understand the importance of testing their coatings to ensure maximum resistance to chipping. The Gravelometer and How the Method Works ATS performs this testing using specialized equipment known as the gravelometer. As the name might suggest, this machine fires gravel using pressurized air. Our automotive testing experts mount a test sample of standard proportions into the target compartment, subject it to flying debris for a specified period, and then remove the specimen for visual inspection. After gently wiping it with a clean cloth to remove any condensation, technicians then use adhesive tape to remove loose paint flakes. Thorough Analysis Depending on the test standard requested by the client, results will either be compared against a catalog of standard results or categorized according to the number, dimensions, and severity of chips incurred by the sample. Because coatings display differing...



Applied Technical Services offers Stone Chip Tests to determine whether client products, components, or materials display performance characteristics appropriate to their intended use. Our environmental testing division performs this test on client coating samples to judge their durability in the face of small, flying objects like gravel. Stone chip resistance testing holds particular interest for the automotive industry because of how it applies to their products; as roadways often have debris like loose gravel that kicks up as tires pass over them, cars need coatings that do not chip from these tiny projectiles. ATS can analyze the various layers of automotive paint on a sample to ascertain whether they resist damage incurred from foreseeable road conditions. The method is also referred to as gravelometer testing after the equipment used to perform the method. The Gravelometer and Stone Chip Resistance ATS’ environmental testing division evaluates the stone chip resistance of client samples using a specialized equipment called the gravelometer. This machine uses pressurized air to launch gravel at a mounted test sample. After exposing the sample to the flying debris for the duration specified in the applicable testing standard, our technicians will gently remove first any condensation using a damp cloth, and then any flaking or otherwise loose paint fragments using adhesive tape. Finally, we perform a visual assessment of the resultant damage. Because of automotive paint’s thermal characteristics, this testing is performed repeatedly in varying temperatures to make sure the data we collect is more useful to the client. A...



Applied Technical Services performs FMVSS 302 testing, a standard testing method used for analyzing the flammability characteristics of sample specimens used in automotive interiors. A History of FMVSS 302 The National Highway Traffic Safety Administration (NHTSA) is an American agency that regulates the automotive industry to keep transportation safe for consumers. To this end, the NHTSA administers the Federal Motor Vehicle Safety Standards (FMVSSs), which outline various requirements to ensure vehicles meet the standards of safety that qualify roadworthiness. These standards include: Characteristics to help avoid crashes, such as Tire Selection and Tire Pressure Monitoring Systems Windshield Defrosting, Defogging, Wiping, and Washing Systems Hood Latch System Air, Electric, and Hydraulic Braking Systems Rear- and Side-View Mirrors Characteristics to help minimize the negative effects of crashes, such as Head Restraints Seat Belt Assemblies and Anchorages Occupant Crash Protection and Ejection Mitigation Side, Rear, and Interior Impact Protection Characteristics to help maximize occupant survivability after crashes, such as Fuel System Integrity Shock Prevention in Electrical Vehicles Of this final category, FMVSS 302 is one of the most important to crash survivability. This standard not only designates acceptable flammability characteristics of materials to be used in vehicle interiors but also outlines specifications for testing these properties and interpreting their results. By comparing their findings against the desired burn characteristics, auto manufacturers and parts suppliers can ensure their interior materials are approved for use. About Our FMVSS 302 Testing Services To remain compliant with NHTSA regulations, the automotive industry relies on third-party materials testing...



ATS supports the automotive industry with VOC testing services. Our expert chemists test for volatile organic compounds emitted from automotive components and car interiors at room temperature. Large quantities of these gases can have harmful effects on the car's passengers, which is why multiple regulatory agencies have passed limits on VOC quantities in products. Our Testing Lab The ATS chemical analysis lab uses several sophisticated pieces of equipment to test for VOCs and other potentially harmful chemicals in products. Our Thermal Desorption Unit (TDU) has expanded our capabilities, enabling us to meet the growing demands for quick turnarounds, thorough reporting, and large sample sizes. Our capabilities include: Dynamic Thermodesorption Bag Testing Static Headspace Fog Emissions Chamber Testing Odor Testing VOC Testing Standards ATS tests for compliance with a variety of standards and regulations, including: ASTM D8142 ISO 12219-3 VDA 278 GS 97014-3 ATS Expands Automotive Testing Equipment & Scope of Accreditation ATS has been an industry leader in automotive materials testing for many years. Our experienced staff has the technical knowledge to assist Tier 1 and Tier 2 OEM suppliers with bringing their products to market. We have increased our ability to serve our customers quickly by adding 4 new corrosion chambers and 4 new xenon chambers. These additional resources allow ATS to offer an industry-leading turnaround to meet tight deadlines. We have also maintained our status as the preferred lab for VW Chattanooga. We pride ourselves on providing a quick turnaround from the initial quote request to the certified...



ATS offers a complete range of automotive testing services from chemical analysis to mechanical testing and environmental simulations. We use Volvo SAE standards testing procedures to characterize various physical, thermal, mechanical, and chemical properties of component parts and materials, and determine whether they are compliant with relevant standards. ATS performs the following methods to this end: Reference SpecTestSTD423-0009Adhesion (Scrape)STD423-0012Adhesion (Cross-Cut)STD423-0015Adhesion (Water Spraying under high pressure)STD 1026-8177Chemical Resistance (Surface Treatments)STD 423-0018Moisture Resistance in Tropical CabinetSTD 420-0001Evaluating Degrees of Blistering Paints STD 1026-5172Determination of Color in Color-Matching BoothSTD 1024-7132Stone Chip ResistanceSTD 5742-104SEM AnalysisSTD 423-0010Corrosion TestSTD 423-0055Short Term Heat ResistanceSTD 429-003Determination of Organic Emissions from Non-Metallic Materials in Vehicle InteriorsSTD 1027, 2714Organic Emissions by GCMSVCS 1027-2749Organic EmissionVCS 2739Formaldehyde EmissionVCS 2729Interior Odor Emission



ATS offers a complete range of automotive testing services from chemical to mechanical and environmental testing. We perform the following methods of Volkswagen SAE standards testing to ensure that parts and materials are consistent with industry standards, government regulations, and consumer expectations. Reference SpecsTests(DIN 53479) DIN EN ISO 1183-1DensityISO 11357 / DSC Method (Substituted for ISO 3146)Melting TemperatureDIN EN ISO 1133-A, Code TMelt Mass-Flow RateDIN EN ISO 1172Ignition ResidueDIN EN ISO 527-1Breaking StressDIN EN ISO 527-2Yield Stress / Tensile StrengthDIN EN ISO 178Flexural StrengthDIN EN ISO 178a. Modulus of Elasticity — Room temperatureb. Modulus of Elasticity — High temperaturec. Modulus of Elasticity — Low TemperatureDIN EN ISO 179-1/1eU; DIN EN ISO 179-1Un-Notched Impact Strength / (Charpy) Impact ResistanceDIN EN ISO 179-1/1eA; DIN EN ISO 179-1Notched Impact Strength / Charpy Impact ResistanceDIN EN ISO 306 / A50 or B50Vicat Softening Temperature/ Dimensional StabilityASTM E1252-98 (2013)Material FTIRDIN 53497Elevated Temperature BehaviorDIN 53491Elevated Temperature BehaviorDIN 53497Low Temperature BehaviorPV 3905Ball Drop TestPV 3929Kalahari TestPV 3930Florida Test Resistance to Aging Resistance to AgentsTL211Paint CoatingTL226Thermal ConditioningPV 3925Formaldehyde EmissionsPV 3341Emission of Organic Compounds / Total Emissions / VOCVW 50180Emission of Organic Compounds / Total Emissions / VOCPV 3015Condensable Constituents / Emission Behavior (Fogging)PV 3900OdorPV 1303Lightfastness / Colorfastness / High Temperature Light Exposure PV 1306TackinessPV 1200Environmental CyclePV 2005Environmental CycleInitial Condition per DIN EN ISO 2409Cross-Cut Adhesion Aging at Elevated TemperatureDIN EN ISO 6270-2Condensed Water Constant Climate Corrosion Cycle ScribePV 3906Abrasion:- 100 Crockmeter Strokes w/Dry Cloth- 100 Crockmeter Strokes w/Moist Cloth- 2000 Crockmeter Strokes w/Dry Cloth per Resistance to Agents — Drop Test Abrasion Behavior — Cleaning...



Applied Technical Services offers a complete line of automotive testing services, including Toyota SAE Standards Testing, ranging from chemical analysis to mechanical and environmental testing. Reference Specification Test PPS Test Method 1001 Corrosion Resistance PPS Test Method 1002 Chemical Resistance of Paint Film PPS Test Method 1005 Water Resistance of Coatings PPS Test Methods 1007 Chemical Resistance – Wiping Test PPS Test Method 2001 Thermal Cycle PPS Test Method 2006 Heat Resistance Test PPS Test Method 3005 Car Wash Test PPS Test Method 3026 Fastener Retention Test PPS Test Method 4002 Paint Adhesion Test PPS Test Method 4003 Paint Flexibility Test PPS Test Method 4010 Paint Thickness Test PPS Test Method 4011 Paint Hardness Test PPS Test Method 4013 Imprint Resistance TIS 01202-00C36-A Peel Strength with Adhesion Type Balance Weight TIS T0321E Corrosion Resistance of Paint Film TIS 01204-00232 Volatile Organic Compounds (VOCs) TSH 1108G Phosphate Film Conditions TSH 1552G Salt Spray TSH 1553G Chip Resistance of Paint Films TSH 1554G Filiform Corrosion Resistance (Toyota Arrow Chip Test) TSH 1555G Accelerated Corrosion Under Complex Environment TSH 2354G Cathodic Electrodeposition Film TSH 3131G Paint Film Quality of Coated Exterior Parts TSH 6504G Electroplated Chromium Coatings for Decoration TSH 6528G Electroplated Zinc-Iron Alloy Coating (Hexavalent Chrome-Free) TSH 7600G Anodic Oxidation Coatings of Aluminum (for decoration) TS 60695-11-4 50 W Flame Test TS M5515G Polyacetal Resin Molding Materials Performance Testing TSC 3005G Ultraviolet Ray Deterioration Test TSD 5613G_0_H-1 Adhesion Strength TSD 5615G Resin Wheel Cap Performance Evaluation TSF 5213G Performance Test Methods for...



Applied Technical Services offers a complete line of automotive testing services, including Tesla SAE Standards Testing, ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTestTM-0009F-M Version 02Electrodeposited Zinc-Based Anti-Corrosion CoatingsTM-0044T-F Version 01Material Specification: Carpeting, Flat and Molded PartsTP-0000701 Version 01Lightfastness of Materials to Artificial Weathering



ATS offers a complete line of automotive testing services, including Subaru SAE Standards Testing, ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTestTS-371-00-004Test Method of Exterior Parts Quality RequirementTS-371-00-009Quality Standard of Painting for Exterior Plastic PartsTS-371-00-010Basic Characteristic Specifications of Exterior Plastic Molding PartsTS-420-6-21Standard of Adhesion for Tape MaterialTS-420-00-033 Rev 2Interior Part VOC Diffusion Test Method (Chamber Method) and Specified Value



Applied Technical Services performs the PV 3900 VW Odor Test to assess the level of odor resulting from climatic exposure of the interior materials of Volkswagen automobiles to ensure customer satisfaction.   The “new car smell” is a quality contributing to the excitement when a customer purchases a new car. However, some of the odor produced by interior components when exposed to the environment maybe offensive. The PV 3900 methodology is conducted as follows: Specimen assigned to a variant in odor-sealing bowl The variant of specimen exposed to defined temperature condition for the specified duration Testing specialist use PureSniff funnel system to evaluate the sample Additional specifications for condition differ per variant The odor is evaluated using 6-grade scale after inspection Additional specifications per condition include: Variants 1 and 2: test bowl filled with 5ml of water, immediate evaluation upon removal from the desiccator Variant 3: no water added to test bowl, cooled to a temperature of (60 ± 5) ° prior to evaluation upon removal from the desiccator Testing Capabilities The PV 3900 VW Odor Test is performed in one of our ISO 9001:2015 registered automotive testing labs. Our experts perform automobile testing as means of serving as a “one-spot-shop” for client needs. Our lab meets standards from over 10 automobile manufacturers, offering services such as: Vibration / Shock Testing Impact / Chip Resistance Weathering (UV) Resistance Chemical Resistance Cyclical Corrosion About Applied Technical Services Applied Technical Services has been a premier institution for over 50 years, serving professionals...



Applied Technical Services offers a complete line of automotive testing services, including Nissan SAE Standards Testing, ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTest01ES00002Electro Coating Resistant Coating27860NDS00 Actuator for Automotive Air Conditioners62022NDS00 Bumper Fascia of Bumper System74902NDS00Floor Carpet for Passenger and Commercial CarM007 Test Method for Automotive PaintingM0076 Test Methods for Automotive CarpetM0094 Test Method of Flammability of Interior Materials for AutomobilesM0131 Methods of High Temperature Test for Passenger Compartment Synthetic Resin PartsM0132 Methods of Thermal Cycle Testing for Plastic PartsM0133 Testing Methods of Chemical Resistance for Plastic PartsM0134 Falling Ball Impact Test Methods for Synthetic Resin PartsM0135 Weatherability and Light Resistance Test Methods for Synthetic Resin PartsM0136 Abrasion Resistance Test Methods for Plastic PartsAbrasion Resistance Test Methods for Plastic PartsCASS Testing MethodM0140 Salt Spray TestingM0141 Methods of Test for Coating of Synthetic ResinM0153 Testing Methods of Moisture Resistance for Plastic PartsM0158 Methods of Compound Corrosion TestM0402Bag TestingM2027 Zinc Coating (Hot-Dipped) on Steel Plates and Steel Strips for AutomobilesM4601 Anti-Corrosive Zinc Aluminum Compound CoatingM5083 Rust Prevention Coating Materials for Automobile PartsM7105 Vinyl Chloride Floor Sheet for AutomobilesM8011 ABS, AAS, AES, Resin (contained Polymer Alloy Resin with another Resin)M8506 Pressure-Sensitive Adhesive Double-Coated Tapes for Automobiles



Applied Technical Services offers a complete line of automotive testing services, including Mitsubishi SAE Standards Testing, ranging from chemical analysis to mechanical and environmental testing.   ATS Is a Trusted Testing Partner Reference Specification Test ES-X60210 Plastic Parts – Interior Trim ES-X83239 Standard Test Methods – Interior Plastic Parts



Applied Technical Services offers a complete line of automotive testing services, such as Mercedes SAE Standards Testing, ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTestDBL 7392Coating/Painting for Parts Subject to Moderate Exposure to Corrosion StressDBL 5471Trim & Molded Padded Parts for Vehicle Interiors (composite parts)DBL 5416Parts Manufactured from Thermoplastics for Paneling, Housings and Functional Parts for External ApplicationsDBL 8585Environmental Protection, Hazardous Substances, Dangerous Goods Negative Substance ListDBL 6714Hazardous Materials OrdinanceDBL 7398Heat-Resistance PaintDBL 7399General Conditions and Tests for Enamels, Paints and Similar Coating Materials and Associated CoatingsDBL 5306Supply Specification for Interior Equipment Materials and Similar ProductsDBL 5455Supply Specification for Polyolefin foamDBL 7391Coating / Painting for Parts with High Corrosive StressDBL 8585Negative Substance List for the Selection of MaterialsDBL 5307Flame Retardant Properties / Interior Trim PartsDBL 5869Supply Specification for Non-woven FleeceDBL 7384Supply Specification Coating of Plastic Parts in Vehicle InteriorsDBL 7340Supply Specification Paints Containing Zinc DustDBL 7399Supply Specification Paints, Varnishes, Similar Materials and Corresponding CoatingsDBL 7381Coating for Major Passenger Car Components/Body Panels and Other Functional Parts with High Corrosive StressDBL 5768Supply Specification Compression, Molded Fibrous MaterialsDBL 5404 DBL 5404Requirements for Parts Manufactured from Thermoplastics for the Direct and Indirect Areas in Passenger CompartmentDBL 5555Supply Specification Finished Parts and Semi-finished Products Made of Organic Polymer MaterialsDBL 5452Foam Molded Flexible Cellular Polyurethane Based MaterialsDBL 8451Electrodeposited Zinc or Zinc Alloy Coatings for Components Manufactured from Ferrous MaterialsVDA 278 (A2LA Accredited)Volatile Organic Compound Detection — Interior Parts



ATS offers a complete line of Honda SAE Standard & Testing services ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTestD2016-07 Rev. 4General Coating (on metals)D2023-07 Rev. 4Heat –Resistant Coating (on metals)D2028-07 Rev. 3Oil-Resistance Coating (on metals)HES C206-99AFlammability of Automobile Interior PartsHES D6501-06General Test Methods for CoatingsHES D2003-03Electroplating (for corrosion prevention, rust prevention and decoration)HES D2008-03Zinc-Aluminum Composite CoatingHES D2018-99General Coating (on resins)HES D2021-04Corrosion-Proof Coating (on metals)HES D6001-04General Test Method for PlatingHES D6003-12Flammability Test Methods for Automobile Interior PartsHES D6501-03General Test Method for CoatingHJS-3217Chemical Conversion Coat Cure Time Study0094Z-T7S-0000Bag Testing0096Z-STX-A000Mirror Inner Base Coating4251Z-SEP-A000Quality of Geomet Coating on Brake Rotor5100Z-S04-0000Painting Quality of Automobile Suspension Arc Welded Parts5100Z-SG0-A000Coating on Iron-Zinc Alloy Coated Steel Sheet by the Hot Dip Process



ATS offers a complete line of automotive testing services ranging from chemical analysis to mechanical and environmental testing.   Reference Specification Test GM 273M Corrosion Protective Coating for Brake Rotors GM 9070P Flammability GM 4298P Salt Spray Test GM 4350M Painted Part Performance Requirement GM 4435 Protective Finish – Phosphate Type GM 4465P Water Fog Humidity Test GM 6090M Flammability of Materials GM 7400M Material Specification Plastics GM 9071P Tape Adhesion Test for Paint Finishes GM 9505P Automotive Environmental Cycles GM 9506P Dime Scrape Test to Determine Paint Adhesion & Brittleness GM 9507P Thumbnail Hardness Test for Painted Parts GM 9509P Solvent Rub Method for Determining Cure of Painted Metal or Plastic Substrates GM 9511P SCAB Corrosion Creepback of Paint Systems on Metal Substrates GM 9540P Accelerated Corrosion Test GM 9838P Tape Lamination to Automotive Components GMN 10046 Insulation – Thermal and/or Acoustical – Pressure-Sensitive Adhesive, Aluminum, and Fiber Composite - Exterior GMN 10083 Interior Paint Finish Durability (Plastic Substrates) GMW 3205 Determining the Resistance to Odor Propagation of Interior Materials GMW 3235 Fogging Characteristics of Trim Materials GMW 14872 Cyclic Corrosion Test GMW 3010 Determination of Tensile and Elongation Properties GMW 3172 General Specification for Electrical/Electronic Component Analytical/Development/Validation (A/D/V) Procedures for Conformance to Vehicle Environmental, Reliability, and Performance Requirements GMW 3208 Rotary Abrasion Test, Taber Type GMW 3232 Test Method for Determining the Flammability of Interior Trim Materials GMW 3235 Fogging Characteristics of Trim Materials GMW 3286 Procedure for Neutral Salt Spray Test GMW 3326 Tearing Strength of Textile...



ATS offers a complete range of automotive testing services ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTestBI 103-01Salt Spray Resistance Test for Painted Panels and PartsBI 104-01Water Immersion Test for Painted Parts & PanelBI 104-02Condensing Water Vapor TestBI 106-01Coating Adhesion TestBI 106-03Hydrolysis Resistance of Painted Plastic PanelsBI 109-01Coloring Matching with Artificial LightBI 113-02Resistance to Acid SpottingBI 117-01Thickness Measurement of Paint FilmsBI 123-01Painted Sheet Metal Corrosion TestBI 123-03Component Corrosion TestBI 168-01Fluid Resistance of Chassis & Exterior Materials for Incidental ExposureBO 116-01Resistance to Interior WeatheringBO 116-03Interior Trim – Fogging CharacteristicsBO 131-03Interior Odor TestBO 160-04Resistance of Plastic Painted Parts to High Pressure Cleaning OperationsBQ 007-02Acid Dissolution Test for Decorative Aluminum PartsBQ 104-07Environmental Test CyclesBV 101-07Stress Durability Test for Lap-Shear BondsBZ 108-01Bag Method for Measuring VOC EmissionsBZ 156-01Determination of Formaldehyde, Aldehyde, and Ketone EmissionsBZ 157-01Determination of Organic Emissions from Non-Metallic Materials Through Static Headspace MethodFLTM BO116-01Resistance to FadeFLTM-BZ 151-01Micro ChamberCETP: 00. 00-L-467Accelerated Cyclic Corrosion TestBJ 107-03Humidity Test for Rust Prevention CompoundsVDA 278 (A2LA Accredited)Volatile Organic Compound Detection — Interior PartsWSS-M2P122-C1 – C6CorrosionWSS-M2P170-B1 – B7Heat Resistance CoatingWSS-M2P177-B1 – B2Paint PerformanceWSS-M2P177-C1 – C3Paint PerformanceWSS-M2P178-A – A3Paint PerformanceWSS-M2P180-APaint Performance, Rigid Substrates, ExteriorWSS-M5P8-B1 – B2Lighting Metallization, Plastic & Metal SubstratesWSS-M11P65-A2Tape, Performance, Pressure Sensitive Adhesive, Two Sided, Exterior, Body Side MoldingWSS-M21P17-B1 – B5Corrosion Protective CoatingWSS-M21P37-A1 – A2Corrosion Protective CoatingWSS-M21P39-A1 – A4Corrosion Protective CoatingWSS-M99D63-A3Thermoplastic Elastomer, Floor Covering, Grained ShapedWSS-M99P32-CPerformance, Acoustical and Thermal Assemblies



ATS offers a complete range of automotive testing services ranging from chemical analysis to mechanical and environmental testing. Reference SpecificationTestLP-463PB-54-01Crock Mar ResistanceCS-9003Material Content Reporting, Marking, RecyclabilityCS-CorrosionCorrosion RequirementPF-7051Paint Continuous Performance – PPAP & PSOPS-1129Chemical Surface Treatment – Black Carbon Steel, Stainless Steel, and Nickel Plated Steel PartPS-10378Corrosion Resistant Coating – Zinc-Rich/Aluminum Rich Silver or Black Multi-Coat System – Chromium FreeAS-10169Surface Appearance Requirements for Fascias & Exterior Components49-00023Performance Requirements for Paint Finish SystemsCS-11982Electrical/Electronic Environmental SpecificationsCS-13398Micro Chamber TestingDC-10611 Rev. AE/E Component Environmental Testing SpecificationsDC-10867Throttle Body – Electronically ControlledLP-463CB-10-01Heat, Humidity, and Cold Aging Test for AdhesivesLP-463DD-8-02Accelerated Service Temperature TestsLP-463LB-13-01Heat Aging of Trim MaterialsLP-463DD-18-01Determination of Scratch and Mar Resistance of Automotive PlasticsLP-463KB-12-01Weatherometer Test of Automotive Type Trim MaterialsLP-463LB-10-01Bond Strength of Trim MaterialsLP-463PB-31-01Resistance of Paint Films to Various FluidsLP-463PB-57-02Determination of Asphalt Staining of Exterior PlasticsLP-463PB-57-03Determination of Automotive Fluids Staining of PlasticsLP-12491Wax Whitening ResistanceMS-JP9-8Chemical & Abrasion Resistance of Plastics, Exterior Applications



Our automotive testing lab at ATS has the capacity to perform the BO 131-03 interior odor test for Ford automobiles.   What is BO 131-03? The BO 131-03 interior odor test defines the process used to test the odor arising from interiors that conduct air into the main cabin compartments of Ford automobiles. Our experts conduct the odor test as follows: The sample material is hooked onto a wire ring and suspended in a jar (with or without water) The sample is exposed to one of the 4 specified conditions for the pre-determined amount of time and temperature Evaluation of odor from the jar is made by a third-party assessor, using a 6-grade scale to rate the intensity, ranging from not perceptible to extremely disturbing After concluding the test, our experts prepare a test report which defines the methodology and findings. Testing Capabilities BO 131-03 Ford interior odor tests are conducted in one of our automotive testing labs. Methodologies followed within the automotive testing labs at ATS are ISO 9001:2015-registered to ensure expert proficiency for client confidence. Our environmental testing lab also offers the following automotive testing services: Thermal Cycling Salt Spray/Salt Fog Cyclic Corrosion Color and Gloss Testing Flammability Ultraviolet Weathering (Xenon Arc, Fluorescent UV) Vibration and Shock Ingress Protection (Water, Dust, Solids) About Us For over 50 years, ATS has been a premier engineering, consulting firm, offering inspection and testing services to clients in numerous professions. With over 750 employees, ATS experts are adept at utilizing advanced technology to...



ATS offers a complete range of automotive testing services like, BMW Standards Testing and many others ranging from chemical analysis to mechanical and environmental testing.   Reference SpecificationTestAA 0129Cass TestAA P 194Resistance TestingAA-0224Cyclic Corrosion TestAA-P 177Crosshatch TestingAA-P 224Condensation Water Constant Atmosphere TestAA-P 187Multi-Stone Chip Test with Salt Water ExposureAA-P 192Determination of Multi-Stone Chip ResistanceAA-P 193Single Impact TestingAA-P 225CASSBMW TP 303. 5Alternating Climate Test for Trim PartsBMW AA-0026Aging Resistance TestBMW AA-0053Resistance to Sun Cream of Painted SurfacesBMW AA-0180Cross Hatch TestingBMW AA-0203Hydrolysis TestBMW AA-0213Condensation Water ConstantBMW AA-P 308Hydrolysis TestBMW GS 97045-2Coatings on Plastic PartsBMW-PR 303. 5cAlternating Climate TestBMW GS 90011Organic Coating of Parts Made of MetalBMW GS 95003-4Environmental TestingBMW GS 95003-5Chemical ResistanceBMW GS 97034-1Manual Abrasion TestBMW GS 97034-2Finger Nail TestBMW GS 97038Burning BehaviorBMW GS 97045-2Painted Plastic Parts Interior & ExteriorBMW GS 97028-3Structural AdhesiveISO 2409Cross Cut TestPA-P 028Crosshatch TestingPA-P 100Determining the Reflectometer Value (Gloss)PR 306. 4Solar Radiation Simulation for Interior Trim ComponentsPR 308. 2Climatic Test for Bonded JointsTP 309Vibration Test for Equipment ComponentsQV 34081-2014QV 34081-2014VDA 270Odor TestVDA 278 (A2LA Accredited)Volatile Organic Compound Detection — Interior Parts



Applied Technical Services offers a complete range of automotive testing services ranging from chemical to mechanical and environmental testing.   ATS' Automotive Testing Services Capabilities Our experienced team performs routine testing to various automotive standards and specifications to ensure compliance. ATS’ goal is to provide a one-stop shop to meet the testing requirements of automotive companies and perform failure analysis in the event the product fails to meet requirements. Whether it is pre-production certification or product performance testing, ATS has the capabilities to assist with your automotive testing needs. Automotive Standards BMW Chrysler Ford General Motors Honda Hyundai Mercedes/Daimler Mitsubishi Nissan Subaru Tesla Toyota Volkswagen Volvo Our Services Include Accelerated Weathering (Xenon, UV) Volatile of Organic Compounds (VOC) VOC Emissions Formaldehyde Vibration/Shock Testing Temperature and Humidity Cycling Salt Spray (Fog) High Pressure Water Jet Testing Flammability Impact Resistance Adhesion Chip Resistance Color/Gloss Analysis Cyclic Corrosion Chemical Resistance Ingress Protection (water, dust, solids) Operational / Mechanical Cycle Testing



Proudly Supporting the Automotive Industry To assure auto manufacturers that their design materials have both the durability and longevity necessary for the product's intended use, Applied Technical Services performs various methods of automotive testing. ATS performs a wide variety of physical and environmental tests on automotive interior assemblies, exterior trim, as well as suspension, brake and engine components. Whether it is pre-production or product performance testing, we have the experience to assist you with development programs and component acceptance. Common Test Methods Our most frequently requested testing methods include: Temperature and Humidity Cycling Vibration Salt Spray (Fog) Cyclic Corrosion Ultraviolet Weathering Chemical Resistance Fogging Flammability (FMVSS 302) Gravelometer Typical Specifications We test products according to our clients' standards and specifications, including: Ford Engineering Standards GM Engineering Standards Daimler/Mercedes Standards BMW Group Standards Volkswagen Standards Toyota Engineering Standards Honda Engineering Standards (HES) Nissan Engineering Standards (NES) Preferred Lab



What is a Taber Abrasion Test? Taber abrasion tests measure how resistant an object is to wear over time. Small, flat specimens (maximum 100 mm square or radius, 6. 35 mm thick) are mounted onto a platform that rotates around a vertical axis. Abrasion wheels, fixed on a horizontal axis, are weighted as appropriate (to control for pressure on the test subject) and lowered onto the specimen. These wheels are traded out depending on the needs of the test. Taber abrasion wheels vary by texture — some rough like sandpaper and some smooth like polished aluminum; the appropriate wheel is selected considering both the composition of the specimen and the conditions that material surfaces will be subjected to while in service. Then the machine is powered on, and the platform begins to move. The turning of the platform causes the abrasion wheels to start spinning and rubbing the specimen. This resulting friction simulates the amount of wear that specimen would accumulate over the course of years in a live-usage scenario. Each of the variables involved in the test — such as the test load used, the number of cycles (or rotations) and the speed of the platform — can be manipulated by the tester with buttons on a digital display. Technicians make sense of the results by either using comparative measurements or referencing wear rates to established requirements. Common Measurements Cycles to a Specific Point Determines how many cycles were completed to reach a certain point Can apply to multiple...



Every industry wants its equipment to keep working as long as possible – no one has the time or money to constantly replace failing equipment. Ferrous metals such as carbon steel are especially susceptible over time to environmental attack caused by moisture, salinity, and other concerns. To combat these problems, it is best to protect your outdoor equipment with a paint coating. Taking various aspects into account, such as the affordability and scope of the project, many industrial companies choose powder coating over liquid paint. What Makes Powder Coating Different? Powder coating is applied differently than liquid paint. To use a wet paint method, first apply a primer to the substrate so that the paint will stick to it. The coating (made up of pigments for color and solvents for consistency) then dries over a long period of time – it bonds to the substrate and solidifies into a thin, protective layer. Powder coating works in a different way. The applicator applies a positive electrostatic charge to the powder, which is shot at the grounded substrate. The powder is magnetically attracted to the substrate and sticks to it until baked for a short period of time to solidify its bond into a thick, even layer. Making the Case for Powder Coating Over Wet Paint Each coating method has pros and cons that make one better suited than the other, depending on the project. However, powder coating is the preferred coating solution for industrial use for various reasons covered below. Durability...



Paints have a range of properties, and manufacturers and OEMs choose a particular paint to finish a particular product based on those properties. But paint distributors don’t exactly quantify these characteristics for their customers or label them on the side of the container. To ensure that their paints do exactly what they need them to, manufacturers send samples or products in to a paint testing lab, like Applied Technical Services, Inc. , who will analyze and quantify those qualities that make the paint desirable for a given circumstance. See the table below for the list of paint testing methods ATS performs and their applicable standards. Test Methods and Standards MethodStandardVOC TestingEPA 24 ISO/IEC 17025:2017 (A2LA) AccreditedTape Adhesion TestingASTM D3359 / DIN EN ISO 2409 ISO/IEC 17025:2017 (A2LA) AccreditedSpecular GlossASTM D523 ISO/IEC 17025:2017 (A2LA) AccreditedColor TestingASTM D2244 ISO/IEC 17025:2017 (A2LA) AccreditedImmersion in LiquidsISO 2812- 1- 2- 3- 4- 5 ISO/IEC 17025:2017 (A2LA) AccreditedSalt Spray TestingASTM B117 / DIN EN ISO 9227 NSS ISO/IEC 17025:2017 (A2LA) AccreditedCoating ThicknessASTM D7091 ISO/IEC 17025:2017 (A2LA) AccreditedImpact TestingASTM D2794ISO/IEC 17025:2017 (A2LA) AccreditedCASS TestingASTM B368ISO/IEC 17025:2017 (A2LA) AccreditedFiliform CorrosionISO 3665 ISO/IEC 17025:2017 (A2LA) AccreditedHumidity (Condensing)ASTM D2247 / DIN EN ISO 6270-2CHISO/IEC 17025:2017 (A2LA) AccreditedWater FogASTM D1735ISO/IEC 17025:2017 (A2LA) AccreditedXenon Arc WeatheringASTM G155ISO/IEC 17025:2017 (A2LA) AccreditedUV FluorescentASTM G154ISO/IEC 17025:2017 (A2LA) AccreditedCyclic Salt FogASTM G85 / SAE J1563 / GMW 14872ISO/IEC 17025:2017 (A2LA) AccreditedChip Resistance / GravelometerASTM 3170 / ISO 20567-1 / SAE J400ISO/IEC 17025:2017 (A2LA) AccreditedTaber AbrasionASTM 4060Conical MandrelASTM D522Pencil HardnessASTM D3363ISO/IEC 17025:2017 (A2LA) AccreditedSteam JetDIN EN ISO...



Solvents are dissolving, adhesives are adhering, and pigments are pigmenting. Once the process is done, the paint provides a thin, protective layer to the equipment it is sticking to, sort of like a synthetic skin. This coating protects equipment from environmental assailants that slowly wear away at metal, such as moisture and salinity. Industrial companies take the time and spend the resources painting their outdoor equipment to prolong its life expectancy. They need to be certain that the paint they are using is going to adequately protect their equipment for a long time. Testing laboratories, like Applied Technical Services, help them establish the effectiveness of their protective measures by performing paint adhesion testing. About Coatings and Adhesion A paint’s adhesion is a quantifiable characteristic that describes how well it bonded to its substrate. This number can vary because different paints and different substrates will have different chemical makeups and physical attributes, thus interacting with each other differently. For quality control purposes, many clients are interested in discovering the failure point of their coating — or the amount of force needed to cause the paint to separate from the substrate. ATS’s technicians establish this through one of a few testing methods, chosen as appropriate for the circumstances. These tests are repeated multiple times in different, simulated climates to control for the substrate expanding or contracting due to varying temperatures; these conditions can also affect the adhesion of paint to its substrate. Although other methods of paint adhesion testing do exist, the...



The color and gloss of a product can be affected by various environmental factors. In addition to the accelerated weathering exposure needed to simulate environmental damage (Xenon, UV, Abrasion, Thermal), ATS performs color and gloss testing to determine the resulting visual change to the coating. Our environmental testing lab measures these variations quantitatively by using a spectrophotometer. Color Gloss Testing Capabilities ATS's state-of-the-art spherical spectrophotometer offers superior color analysis capabilities by utilizing multiple illuminations and observer angle options. We can perform color fade, grey scale comparison, or standard color matching. Available metrics include tristimulus parameters (L, a, b), ΔE, gloss values (20°, 60° and 85°), reflectivity, transmissibility, and haze. Our trained color testing technicians work diligently to provide our customers with the most accurate information they have requested. ASTM D523 ASTM E1331 ASTM D2244 ISO 7724/2 ISO 2813



ATS performs coating weight and thickness testing to determine the mass of anodized aluminum, phosphated, chromated, painted, and aluminized or galvanized steel for comparison with specification requirements. Types of Coatings In addition to the natural barrier protection of the coating, zinc on iron or steel also provides sacrificial protection against corrosion, the degree of protection being proportional to the thickness or the weight of the coating. A variety of specifications provide different classes of coating so our customers should select the coating weight that is most suitable for the environment (industrial, marine, rural, tropical, etc. ) and their product's application. One of the most common zinc coatings is Class G90, which has 0. 9 oz/sq. ft. (total both sides of the sheet) or about 0. 80 mils per side. The typical applications of galvanized sheet steel are in car bodies, appliances, corrugated roofing, garage doors and duct work. Our Coating Testing Services ATS maintains ISO/IEC 17025:2017 accreditation to perform the following relevant standards: ASTM D7091: Nondestructive Measurement of Dry Film Thickness of Coatings Applied to Ferrous and Nonferrous Metals ASTM A90: Measurement of Coating Weight on Galvanized Articles ASTM B137: Measurement of Coating Mass on Anodized Aluminum More Coating Services Abrasion Testing Adhesion Pull Testing Color Gloss Testing Immersion Testing Powder Coating Thickness Testing Stone Chip Resistance Test



Why Coatings Are Important Billions of dollars are spent annually on the corrosion protection of products and infrastructure through the application of coatings. New, as well as existing technologies, require extensive analysis to ensure specific performance criteria are met. Decorative and protective properties of coatings are evaluated utilizing standardized and custom test plans to fit both the client's needs and their budget. Most coating performance issues are related to improper surface preparation and/or application, wrong choice of coating or exposure to an unanticipated environment. Quality control testing prior to placing the coating in service can help identify problems and avoid premature failures. Common Coating Tests Corrosion Mandrel Bend Variable Impact Taber Abrasion Scratch and Mar Resistance Coating Thickness Coating Weight Solvent Resistance Weathering Freeze/Thaw Color and Gloss Abrasion Adhesion Chemical Resistance Flexibility Typical Specifications The ATS testing experts can follow procedures and specifications from a variety of industry and international authorities, including: IEC Standards ASTM Standards Military Standards Automotive Standards About ATS ATS strives to provide testing, inspection, and certification solutions for a wide range of industries, from automotive to manufacturing. We are an ISO 9001:2015-registered company with several ISO/IEC 17025:2017-accredited labs for testing and calibrations. Contact Us Contact ATS today to request materials testing. Call +1 (888) 287-5227 or submit a request web form.



The automotive industry is subject to a host of regulations and standards governing the safety, quality, and performance of their products. For each part of the final product, manufacturers must make a range of considerations such as consumer safety, value retention, long-term performance, environmental impact, etc. Furthermore, vehicles go through everything ranging from extended sun exposure to harsh impacts and are expected to withstand a wide array of external factors to an acceptable degree. Because the automotive industry standards and regulations place the responsibility on manufacturers to establish the integrity of their products, these companies typically have to send parts and samples to third-party automotive testing labs like Applied Technical Services to help ensure their vehicles can meet the plethora of requirements that a car must fulfill. The ATS Difference ATS offers a wide range of automotive testing capabilities. Our environmental testing lab can determine a variety of characteristics in client samples, from hardness to thermal properties to flexibility to corrosion or weathering resistance. Using our wide collection of powerful analytical equipment, ATS technicians paint a complete picture of a sample’s overall capabilities and deficiencies by subjecting it to any (or all) of the following tests as relevant to the circumstances: Analytical Capabilities Chemical Resistance Testing: establish materials’ ability to resist change when exposed to a variety of chemical reagents and automotive fluids Flammability Testing: evaluate the ease or difficulty with which various components catch on fire, continue burning, and other fire-related characteristics Fogging Testing: discern the tendency for materials...



ATS conducts adhesion testing to determine if adhesives can properly adhere to a layer. But not all paints, glues, or other adhesives stick to all substrates in the same way. Surface preparation, or lack thereof impair effective bonding between the two materials. Since there is no immediate visual cue when that happens, the bond’s adhesion must be tested to ensure that it performs to satisfactory standards when placed in service. Adhesion, the measure of how well the fixative has bonded to its substrate, is evaluated through adhesion testing. This information can be used to determine the failure point of the adhesive — the least amount of duress which will cause the product to fail — for quality control and safety purposes. Adhesion Testing Methods Cross-Cut Test: accomplished by cutting into the adhesive (all the way down to the substrate) in one of two patterns with a utility knife, applying pressure-sensitive tape over the area, and quickly pulling it off Quick Qualitative Results are either pass/fail or judged on a 0–5 scale Can be performed with a knife and pressure sensitive tape Used specifically for paints and coatings ASTM D3359 standard testing method (ISO/IEC 17025:2017 (A2LA) Accredited) Scrape Test: accomplished by using balance-beam scrape-adhesion tester to scrape adhesive off the substrate by way of a rounded stylus applied with increasing amounts of pressure Cannot be performed on-premises Laboratory Setting Quantitative Can only be performed on flat material Used for paints, coatings, varnishes, and lacquers ASTM D2197 standard testing method Pull-Off Test:...



Battery performance testing with the Applied Technical Services Family of Companies (FoC) assists manufacturers designing powerful, long-lasting energy sources. Modern batteries use sophisticated chemistry, such as lead-acid or lithium-ion, to achieve the capacity and battery life that allows them to power critical equipment. The aerospace, telecommunications, and electric vehicle industries require batteries to operate in severe conditions without failure. Deficient designs can leave batteries vulnerable to overheating or a buildup of toxic gases that cause fires or explosions during transport or use. Performance testing from a qualified third-party lab takes the pressure off manufacturers and leaves battery testing to professionals. Preparing Batteries for Real-Life Scenarios The ATS FoC operates several ISO/IEC 17025:2017-accredited labs certified in electrical, chemical, and mechanical tests at the battery cell, module, and pack levels. We perform tests that simulate real-life scenarios associated with regular operation and reasonably foreseeable misuse. Cold cranking External short-circuit Extreme internal and external temperatures High altitudes Impacts such as dropping or crushing Mechanical shock Self-discharging with age or defect Vibrations When performing potentially hazardous tests, our experts use a Hazard Containment Room (HCR) designed to contain small explosions, suppress fires, and vent gases produced during abuse testing. We fit our labs with an array of technologies for battery testing, capable of reaching the following limits: Max. power: 300 kW Max. current: 1040 A Max. water bath temperature: 90 ˚C Max. voltage: 750 V Max. temperature: 190 ˚C Battery Testing Lab Battery performance testing primarily reveals data about a design’s capacity for energy...



The Applied Technical Services Family of Companies (FoC) offers ISO/IEC 17025:2017-accredited lab services to help manufacturers meet the stringent requirements of on-road and off-road machinery with SAE J2185 life testing for heavy-duty storage batteries. Published by the Society of Automotive Engineers (SAE), this standard informs manufacturers how discharging and recharging cycles affect the long-term performance of heavy-duty batteries used to start engines. What are Heavy-Duty Batteries? Heavy-duty batteries are sometimes called SLI batteries for their role in starting, lighting, and ignition. A vehicle battery discharges a short burst of high current to start the ignition process in an engine. This brief discharge drains a portion of the battery’s capacity. To power the rest of the journey, the battery needs a large capacity for extra power and stabilization until recharging. Heavy-duty batteries must deliver higher levels of power and deeper discharge levels than typical batteries to drive large commercial trucks and rugged machinery for construction and agriculture. Life testing helps manufacturers design batteries fit for the harsh environments and stringent demands of modern equipment: Long operating time over long distances Heavy loads Vibrations Frequent starts and stops High temperatures SAE Life Cycle Testing The SAE J2185 standard outlines testing procedures to determine a battery’s cycle life, which measures how many times a battery can be successfully discharged and recharged until degrading. ATS FoC experts use this procedure to calculate the battery’s life in ampere-hours. The experts at our ISO/IEC 17025:2017-accredited battery testing lab regularly perform electrical and mechanical tests on lead-acid...



The Applied Technical Services Family of Companies (FoC) supports the electric vehicle (EV) industry with SAE J1798 performance rating of EV battery modules testing. As more automotive companies create electric vehicles, we provide standards-based testing to assess and verify battery designs. Comprehensive battery testing from a qualified lab helps manufacturers ensure a battery module is ready for the next stage of development. After testing, manufacturers can determine if the battery needs design changes to comply with the desired level of quality and performance. SAE J1798 Performance Rating Tests SAE J1798 outlines several procedures for testing and verifying the performance of electric vehicle (EV) battery modules. The standard includes electrical tests designed to anticipate operating requirements. Our clients can select the tests relevant to their needs to explore a battery module’s qualities and limits in a controlled environment. Static Capacity Test The SAE J12798 standard delineates two methods for a static capacity test to investigate the impact of a constant current or power on battery capacity. The constant current method explores how discharge current and temperature impact the ampere-hour and energy capacity. Meanwhile, the constant power method studies how various levels of discharge power and temperature affect the battery’s ampere-hour and energy capacity. Dynamic Capacity Test Manufacturers may request a dynamic capacity test to study how the battery fares when subjected to changing discharge conditions. The dynamic discharges simulate the traffic, parking, and various temperatures experienced in an urban environment. Charge Retention Test Over time, EV batteries lose power and eventually...



The Applied Technical Services Family of Companies performs tests according to IEC 60896-21 Stationary Lead-Acid Batteries – Part 21: Valve Regulated Types. Part 21 of the standard covers stationary valve-regulated lead-acid and monobloc batteries under constant charge (floating). The batteries may be in a static location, such as installed in stationary equipment, or part of battery rooms for the following: Telecommunications Uninterruptible power supply (UPS) Utility switching Emergency power Valve Regulated Lead-Acid Batteries Lead-acid batteries undergo a chemical reaction when charging and discharging. During electrolysis, the reaction generates gases such as hydrogen, which can cause an explosion without intervention. Valve-regulated lead-acid (VRLA) batteries include safety valves that release toxic gases, returning the internal pressure to a safe level. Two types of VRLA batteries are: Gel cell (Gel batteries) Absorbent glass mat (AGM batteries) IEC 60896 Testing Experts from the ATS FoC test batteries according to IEC 60896-21 in our ISO/IEC 17025:2017-accredited lab. Drawing on decades of experience with industry standards and validation, we can help clear the way for clients to develop better, more efficient products that comply with regulations and industry standards. IEC 60896 is an internationally recognized standard for characterizing stationary lead-acid batteries with safety, performance, and durability tests. Part 21 covers test methods for VRLA batteries to ensure battery capacity and safety during operation and storage. We perform all tests in Part 21 except for the flammability rating of materials. Our most popular IEC 60896-21 tests are: Accelerated float life testing Ground short propensity testing When testing...



ATS supports companies adopting renewable energy measures with IEC 61427 secondary cells and batteries for photovoltaic energy systems testing. Photovoltaic Energy Systems Photovoltaic energy systems (PVES), commonly called solar panels, draw power from sunlight. The battery’s cells absorb and convert photons from sunlight into low-level electricity. A chain of cells forms a module or panel. An array is a group of modules that supply large amounts of power to outdoor and indoor applications such as: Indoor lighting Agriculture Power grids Spacecraft Telecommunications Over the past decades, the industry has made leaps and bounds in designing more efficient batteries with various materials, such as lead-acid, nickel-cadmium, and lithium-ion. As solar power becomes a more widespread alternative energy source, savvy customers require more information about PVES secondary cells and batteries, such as the battery’s lifespan. IEC 61427 The IEC 61427 standard helps manufacturers accurately estimate the battery life. End-users need this information to develop maintenance and replacement schedules with minimal downtime. The standard’s test methods account for the impact of intermittent sunlight, high temperature, seasonal changes, and various states of charge (SOC) on battery life. The ATS FoC provides third-party testing from our ISO/IEC 17025:2017-accredited independent labs. Our experts work with a wide range of battery types and designs to help clients evaluate and verify their battery safety, performance, and longevity. We can test according to industry standards to help clients ensure their products meet regulatory requirements and industry guidelines. When testing per IEC 61427, our experts help clients maximize battery design...



The Applied Technical Services Family of Companies (FoC) offers IEC 62133-2 lithium-ion battery testing and certification. We can certify the safety of batteries according to IEC 62133 for secondary cells and batteries that contain alkaline or other non-acid electrolytes. About IEC 62133-2 The International Electrotechnical Commission (IEC) is a global organization for safe and efficient electrical, electronic, and related technologies. Their safety standards are concerned with general specifications, safety, and transportation. IEC 62133-2 covers portable and sealed secondary cells and batteries that contain alkaline and other non-acid electrolytes, such as lithium-ion and advanced chemical combinations. This standard refers to rechargeable cells and batteries for a variety of applications, from electronics to consumer products, vehicles, and medical devices. IEC 62133 certification ensures end-users are protected from fire, leak, or explosion associated with thermal runaway in deficient lithium-ion battery products. Our Capabilities The IEC 62133 safety standard helps manufacturers anticipate batteries’ responses to regular operating conditions and uncover potential hazards produced by abuse. Our experts can help clients navigate the safety certification process and reach the market faster by determining the relevant laboratory tests and eliminating unnecessary procedures to save time and money. Mechanical Abuse The mechanical tests outlined in IEC 62133-2 simulate conditions during battery operation and transport. The tests also subject the battery to drops and impacts produced during reasonable misuse: Vibration Mechanical Shock Crush Freefall Electric Abuse Electric abuse testing helps our experts assess if a battery can withstand the high voltages and currents demanded by normal operation and...



ATS strengthens the growing electric vehicle (EV) industry with abuse testing of lithium-ion batteries. Electric vehicles operating with lithium-ion (Li-ion) batteries are a popular alternative to traditional combustion engines. Their high energy density makes them perfect for increased energy storage, allowing vehicles to operate longer between charging sessions. However, the chemical makeup of lithium-ion batteries makes this battery type sensitive to voltage and temperature changes, leading to an increased risk of thermal runaway, fire, or explosion. Lithium-Ion Battery Abuse Testing Electrical Testing A common form of battery abuse, electrical abuse can trigger extreme rises in temperature, chemical reactions, and ultimately thermal runaway. Users may unintentionally harm their vehicles by overcharging. Additional causes of electrical abuse and malfunction include overvoltage, undervoltage, and forced discharge. Batteries may also short-circuit due to misuse or age. ATS induces electrical abuse in several capacities to assess how the battery performs and ultimately fails: Current and Voltage Testing SAE J2464 Extreme Temperature Testing Lithium-ion batteries operate best in a specific temperature range. When exposed to extreme internal or external temperatures, the battery’s performance may decrease while safety hazards increase. We can subject a battery cell or pack to thermal stresses: High and Low Temperature Testing: -60 ˚C to +170˚C Mechanical Testing Li-ion batteries consist of a cathode, an anode, a separator dividing the two, and an electrolyte. If the separator is punctured or damaged under mechanical abuse, the cathode and anode may react and cause thermal runaway, fire, or explosion. Mechanical testing simulates both normal operation...



As the automotive industry reaches the critical juncture between pursuing gas-powered or electric vehicle (EV) production, ATS supports manufacturers with mechanical testing for EV batteries with our reliable and qualified lab. Our ISO/IEC 17025:2017-accredited lab helps engineers anticipate an EV battery’s response to normal operating conditions, such as vibration and force. Before releasing a battery for mass production and distribution, EV battery manufacturers and engineers may request mechanical tests as part of larger business processes: Quality assurance Safety testing Standard and regulation compliance Mechanical Testing ATS uses mechanical testing to determine an EV battery’s properties and assess functionality. We deliver precise measurements and thorough analysis using powerful technology and experts with decades of experience. We follow OEM instructions when planning the test method. The appropriate mechanical test depends on the battery manufacturer, application, and materials. Impact Testing Impact testing measures the battery’s impact strength: its ability to withstand a sudden impact during normal operation. A simple and cost-effective procedure, Charpy impact testing measures how much energy is needed to fracture a battery so product designers can decide whether a product is ready for distribution or redesign. For vehicles operating in low-temperature environments, our experts can incorporate temperature analysis into the Charpy test to study the battery’s ductile to brittle transition temperature (DBTT), at which the battery shatters upon impact. Vibration Testing ATS provides vibration testing to help manufacturers evaluate a battery’s ability to handle road conditions. Throughout their life cycle, batteries experience multiple and simultaneous types of vibrations, from idling...



ATS’ ISO/IEC 17025:2017-accredited Chemical Analysis Lab offers a variety of methods and services for chemical testing EV batteries. Our experts deploy powerful technology to precisely identify the material properties and reactions of each component for a thorough evaluation of the product’s makeup. Our work enables manufacturers to evaluate their product’s safety and quality before deciding on their next steps. Gas Chromatography/Mass Spectrometer Analysis (GC-MS) Gas Chromatography/Mass Spectrometer Analysis (GC/MS) identifies and quantifies chemicals in a sample. For example, when confirming a lithium-ion battery complies with lithium quantity regulations, ATS experts can use GC/MS to separate lithium from the other materials and measure its concentrations. Our powerful technology can detect organic compounds with trace levels as low as parts per trillion (ppt). For quick and accurate results, ATS uses an autosampler that holds up to 150 sample vials at a time. Thermogravimetric Analysis (TGA) Thermogravimetric Analysis (TGA) is a versatile procedure for evaluating a substance’s weight loss over time when subjected to extreme temperature changes, such as heating and cooling. ATS performs TGA to measure a battery’s properties and study its reactions in a temperature-controlled nitrogen or air environment. TGA provides information about a material’s: Oxidative stability Thermal stability Exothermic and endothermic properties Volatile content Composition Differential Scanning Calorimetry (DSC) Differential Scanning Calorimetry (DSC) measures energy flow during thermal transitions as a function of temperature. DSC helps clients make informed decisions regarding material selection and quality control. Our experts use DSC to determine a material’s melting point, heat capacity, thermal conductivity,...



ATS delivers high and low-temperature testing for EV battery systems to help manufacturers design batteries that can power vehicles year-round. Before releasing a battery, manufacturers may need proof that their product can power electric vehicles through cold and hot temperatures in different environments and seasons. EV batteries must be resilient enough to withstand extreme internal and external temperatures that impact battery effectiveness. Temperatures and EV Battery Risks Performance EV battery performance often depends on temperature, with moderate to warm temperatures improving performance and storage capacity for lithium-ion batteries. Exposure to extreme temperatures can lead to battery damage, danger, and a decrease in quality: Reduced driving range Reduced charging capacity Reduced power Reduced lifespan Safety Auto manufacturers must ensure user safety during standard operation and in case of an accident or malfunction to comply with national and international regulations. Modern EV batteries often include protective measures to reduce the risk of thermal runaway, a rapid and uncontrollable increase in pressure and temperature that may cause a fire or explosion. Environmental Testing on EV Batteries Thermal tests from a qualified party help manufacturers ensure the safety and reliability of their product before distribution. The ISO/IEC 17025:2017-accredited ATS environmental testing lab can certify EV battery compliance with industry standards and regulations. Lab testing allows manufacturers to discover the properties and limits of batteries without risking the safety of end users. Our environmental testing lab houses a variety of climatic chambers capable of raising and lowering internal temperatures with precise control. With 14 different...



Battery Testing Overview Battery Pack Testing Battery Safety and Certification Testing Battery Testing Electrical Vehicle Battery Testing EV Battery Testing Lab Chemical Analysis Battery Chemical Analysis Gas Chromatography-Mass Spectrometry (GC-MS) X-Ray Diffraction (XRD) Thermogravimetric Analysis (TGA) Differential Scanning Calorimetry (DSC) Dimensional Analysis Computed Tomography (CT) Environmental High Temperature Testing Low Temperature Testing Electrical Testing Battery Electrical Testing Voltage and Current Testing Material Types Abuse Testing of Lithium-Ion Batteries Lithium-Ion Battery Testing Lead-Acid Battery Testing Mechanical Testing Battery Abuse Testing Battery Mechanical Testing Compression Testing Impact Testing Hardness Testing Tensile Testing Vibration Testing Standards IEC 60896-21 Stationary Valve-Regulated Lead-Acid Batteries IEC 61427 Secondary Cells and Batteries for Photovoltaic Energy Systems Testing IEC 62133 Lithium Battery Safety Testing IEC 62133-2 Lithium Battery Safety Testing RTCA/DO-311 SAE J1798 Performance Rating of EV Battery Modules Testing SAE J2185 Life Testing Heavy Duty Storage Batteries SAE J2464 RESS Safety and Abuse Testing UL 9540 Thermal Runaway Testing UL 2580 Electric Vehicle Battery Testing and Certification UL 2271 e-Bike Battery Testing and Certification UL 1973 Battery Testing UL 1989 Standby Battery Testing and Certification UN 38. 3 Testing



As the market demand for electric vehicles (EV) rises, ATS assists manufacturers by providing battery impact testing in our mechanical testing lab. EV battery manufacturers enlist third-party labs to perform tests that assess a design's functionality and potential hazards. These rigorous mechanical tests help auto companies: Maintain a quality reputation Meet national and international regulations Ensure the safety of their customers Mechanical Lab Testing Mechanical tests on EV batteries simulate real-life scenarios, such as front-end collisions. During an impact test, our experts deliberately subject a battery sample to forces that may adversely affect the specimen’s mechanical integrity. For example, manufacturers may request an impact test involving lithium-ion batteries to learn how their design oxidizes after impact. Manufacturers can apply impact test results to redesign choices to build an EV battery capable of resisting the forces associated with normal operation. The appropriate impact test depends on the battery design, manufacturer, and application. We test according to the original manufacturer’s OEM specifications to ensure the test replicates the correct real-life performance. Charpy (Notched Bar) Impact Testing Charpy impact testing measures the energy absorbed by an EV battery during fracture. Our engineers use this notched bar impact test to determine the toughness of materials used to create the battery cells. To perform the test, our experts drop a pendulum onto a notched battery specimen, then measure the difference in height to calculate the energy absorbed. Temperature and Impact We also offer high-temperature mechanical testing to explore the relationship between temperature and the battery’s...



The ATS EV battery testing lab supports the automotive industry’s transition to electric and hybrid vehicles. As consumer demand for electric vehicles (EVs) grows, automobile parts manufacturers and suppliers must ensure the safety and performance of EV batteries. Innovations in EV battery designs allow users to travel further between charges, but larger batteries can pose greater safety risks. To design electric vehicle batteries without sacrificing power for safety, automotive manufacturers consult qualified laboratories, such as ATS. Our EV battery testing lab offers chemical, mechanical, thermal, and electrical tests for a variety of battery manufacturers, types, and applications. Chemical Testing Our EV battery testing lab performs chemical testing to study material properties. Clients apply chemical testing results to battery design revisions, reverse engineering, and failure analysis. Deficient batteries are vulnerable to corrosion, degradation, and sulfation with explosive results. Our chemical testing capabilities include: Differential Scanning Calorimetry (DSC) Gas Chromatography-Mass Spectrometry (GC-MS) Thermogravimetric Analysis (TGA) X-Ray Diffraction (XRD) Electrical Testing ATS’s electrical testing experts study the role of loads, temperatures, and other conditions on electric vehicle battery performance. Clients draw on electrical test results to design reliable batteries and predict the products’ service lives. We provide voltage and current testing. Mechanical Testing We offer mechanical testing that measures the battery properties, performance, and endurance in normal conditions. EV batteries must endure varying forces, impacts, and vibrations. To uncover a battery’s properties and flaws, clients request mechanical tests, such as: Compressive Testing Impact Testing Tensile Testing Vibration Testing Thermal Testing ATS provides thermal...



Applied Technical Services conducts tests that help battery manufacturers comply with UL certifications and standards. As technology evolves, businesses must improve their products as they attempt to keep pace with consumer expectations and industry guidelines. Our battery testing labs assist businesses as they evaluate the strengths and weaknesses of their batteries and adhere to industry guidelines. What are UL Battery Certifications, and Why are They Important? UL-certified batteries have undergone extensive evaluations and testing to verify that products comply with safety standards and provide reliable experiences for consumers. UL certifications can help manufacturers increase consumer confidence in a product while also improving the product’s ability to gain approval in international markets. More About Our UL Battery Certification Services Our state-of-the-art battery testing labs help manufacturers test the limitations of their energy storage systems. We offer multiple types of battery testing services, including the following: Abuse Testing Electrical Testing Mechanical Testing Temperature Testing Thermal Runaway Testing Our services help manufacturers in a wide range of industries, including automotive, consumer products, aviation, and construction maintain safe and reliable equipment. We offer numerous UL-compliant services, such as: UL 1642 UL 1973 UL 1989 UL 2054 UL 2271 UL 2580 UL 9540A The Benefits of Our Battery UL Certifications Our third-party battery testing services help our clients do the following: Ensure their batteries perform as expected in various conditions Comply with recommended guidelines and regulations Increase consumer confidence in products Streamline access to markets Improve quality control About Applied Technical Services For nearly 60...



The Applied Technical Services Family of Companies (FoC) conducts construction materials testing to ensure that building materials are safe and reliable. What are Construction Materials, and Why is Construction Materials Testing Important? Construction materials, or building materials, are materials and substances used in construction. These materials can be naturally occurring, like wood, stone, clay, or synthetic, such as concrete, glass, metals, and plastics. Building materials testing helps engineers and builders determine if their products and materials are of sufficient quality for specific construction projects. Construction materials testing is wide-ranging and an essential component of each stage of the construction process. Chemical Testing Metals Analysis Formaldehyde Testing Paint Analysis Engineering Drone Roof Inspections Rope Access Inspections Scaffolding Inspections Structural Evaluations Environmental Testing Color and Gloss Testing Corrosion Testing Paint Thickness Testing Weathering Testing Mechanical Testing Load Testing Tensile Testing Weld Testing Metallurgical Analysis Failure Analysis Microstructural Examinations Nondestructive Testing Radiography Ground Penetrating Radar (GPR) Visual Testing Liquid Penetrant Testing Ultrasonic Testing Why do Businesses Need Construction Materials Testing Labs? Construction materials are an essential component of construction projects, and builders rely on construction materials testing labs to verify the quality of their construction supplies. Our construction materials testing lab helps our clients do the following: Adhere to industry standards and regulations Ensure their materials are safe and durable enough for the desired application Reduce the costs associated with material-related complications and work delays Identify potential issues and mitigate issues Our Commitment to Quality The Applied Technical Services FoC provides professional testing,...



The Applied Technical Services Family of Companies (FoC) provides medical device regulatory compliance testing for manufacturers. A medical device is an instrument, material, appliance, or implant used to diagnose, treat, and prevent injuries or illnesses. These devices range from single-use devices such as catheters and syringes to complex spinal implants. Our medical device testing lab helps manufacturers comply with regulatory requirements and secure eligibility in the marketplace. Our Medical Device Testing Capabilities Our experienced medical device testing experts use their decades of collective experience to conduct a wide range of medical device tests and evaluations. We evaluate medical devices in various conditions to gather information and evaluate how devices respond to specific conditions and stresses. The information we collect assists manufacturers as they do the following: Ensure Regulatory Compliance Gain Access to Various Markets Identify Risks with Their Products Build Trust with Customers We offer an extensive list of dental, joint, spinal, and extremity medical device testing services, including: Axial Compression Testing Life Cycle Testing Fatigue Testing Torsion Testing Lot Verification Testing Custom Testing Why is Medical Device Regulatory Compliance Important? Medical device regulatory compliance ensures the safety and effectiveness of healthcare products. Established by entities like the U. S. FDA, these regulations set design, manufacturing, quality control, labeling, and post-market surveillance standards. Third-party medical device testing labs ensure that medical devices meet these rigorous standards, reducing the risk of harm. Regulations also promote transparency and accountability by providing healthcare professionals and consumers with accurate information about the device’s risks...



The Applied Technical Services Family of Companies (FoC) provides professional medical device materials testing services for manufacturers. Medical devices range from simple instruments like tongue depressors to highly complex devices such as spinal and dental implants. Our medical devices testing lab evaluates various medical device materials to ensure manufacturers produce products that function as intended. Our Medical Device Materials Testing Services Our medical device testing professionals have decades of collective experience in medical device compliance and testing. Our high-quality testing services include the following types of testing: Axial Compression Testing Fatigue Testing Lot Verification Testing Shear Testing Simulation Testing Non-standard Testing Dedicated Screw Testing Tensile Testing Instrument Testing Wear Testing The Importance of Medical Device Materials Testing Medical device materials testing is essential in manufacturing and producing safe, effective, and marketplace-eligible medical devices. These characteristics are determined by the materials used and their properties, thus reinforcing the need for rigorous testing. Compliance firms help give manufacturers a much-needed third-party opinion on their medical devices. We use our knowledge and experience to develop and improve our clients’ products to ensure that end users receive effective products. We ensure that devices are tested appropriately based on their intended function and the regulations of the respective markets. We guide our clients through complex regulatory landscapes like those established by the FDA. About the ATS FoC The Applied Technical Services FoC provides high-quality testing, inspection, and consulting engineering services to industrial and commercial companies nationwide. We are A2LA accredited, and our state-of-the-art facilities provide...



FAA Repair Station Aircraft engine oil analysis reveals subtle indicators of a plane’s health. When clients submit oil samples to ATS, they can trust our qualified engineers and technicians to recognize potential issues that may jeopardize safe flight. Operating a certified FAA repair station for decades, ATS provides routine oil analysis and inspections to track issues such as: Wear Contamination Corrosion Overheating Leaking Fatigue The FAA recommends periodic inspections of aircraft components to uncover flaws before they grow to critical size. Drawing on decades of experience, our engineers and technicians run multiple ISO/IEC 17025:2017-accredited labs capable of analyzing oil samples and other aircraft components. Our experts can also evaluate an aircraft engine at a client’s location. Uncovering Water and Corrosion The ATS chemical analysis lab uses Karl Fischer testing to determine the water levels in engine oil and lubrication. Water may be present in an engine as a byproduct of combustion. When water mixes with chemicals, corrosion occurs, wearing away the components that lubricate and cool the engine. Over time, corrosion leaves the engine vulnerable to overheating, wear, and eventual failure. Our powerful equipment has a detection limit of 5ppm ±5 μg to identify slight traces of corrosion. We can give precise measurements in % moisture, parts per million (PPM), and micrograms (μg) of water. Identifying Trace Metals and What They Mean ATS can also perform analyses for trace metals uncovered during oil analysis. High levels of certain trace metals can indicate a specific issue with an engine component. For...



Safe High-Altitude Flights ATS’s clients rely on the results of a rapid decompression test to assess the impact of pressure changes on essential equipment and materials during high-altitude flights. When a plane reaches high altitudes, the barometric pressure on the outside of the aircraft drops. Rapid decompression occurs when cabin pressure changes within seconds, such as during a climb to high altitudes, which may lead to injured personnel and equipment damage. Mitigating Decompression Sickness Rapid decompression can cause hypoxia and decompression sickness in humans. Decompression sickness occurs when gaseous bubbles get trapped in bodily fluids and tissues as the body encounters low barometric pressure. Major symptoms of decompression sickness include joint pain, confusion, and even unconsciousness. These symptoms may occur while an aircraft is at a high altitude, during descent, and after landing. Pressurized cabins and emergency oxygen supplies help mitigate the risks of high-altitude flight to human health, but ensuring the function of critical equipment requires laboratory tests. Rapid Decompression Test Procedures Rapid decompression can also impact equipment and products in an aircraft. To ensure continued function and integrity, ATS performs rapid decompression tests. Our test procedures follow the rigorous testing methods in MIL-STD-810 for rugged defense planes and RTCA/DO-160G for commercial aviation. Before a test, we examine the specimen’s physical characteristics and function as a point of comparison against the equipment after the decompression test. We work with a variety of equipment and parts, including: Aviation parts Computer parts Electronic parts Manufactured parts Air transport containers Products for...



How the ATS FoC Can Help Applied Technical Services' Family of Companies (FoC) provides a state-of-the-art fatigue testing lab for manufacturers needing to evaluate the structural integrity and resilience of their products, including medical devices. Issues With Fatigue Fatigue is categorized by the initiation and growth of cracks resulting in a catastrophic fracture in a material or product. It can prove problematic to the quality, safety, and performance of materials and products. Testing for fatigue is essential in investigating, analyzing, and preventing fatigue. Fatigue Testing Fatigue testing is a specific area of mechanical testing that can determine the material's ability to withstand cyclic loading conditions. This testing method helps experts evaluate the material's lifespan under certain conditions. This method of mechanical testing helps assess the material's fatigue strength and crack resistance. How Fatigue Testing Works Fatigue testing uses cyclic loading to determine the lifespan of a material or product under conditions of fluctuating stress, resulting in cracking or complete fracture. These tests ensure material or product safety in the medical device industry, where failure can result in significant damage or serious injury. Experts perform fatigue testing under various loads, speeds, and temperatures. The results of these tests predict the lifespan of a material or product and the parts that may endure exposure to demanding conditions. It can also characterize different material properties. The Importance of Fatigue Testing Fatigue testing is an essential part of the medical device testing process that determines the behavior of a material or specimen during cyclic...



The Applied Technical Services Family of Companies (FoC) provides aerospace materials testing at our state-of-the-art radiation laboratory. The Importance of Aerospace Materials Testing Aerospace materials require a high level of reliability testing to mitigate any potential risks associated with the failure of key components. It is essential to thoroughly test new products, verify raw materials, and analyze failures in order to maintain safety and efficiency during standard operation. How Aerospace Materials Testing Works Aerospace materials testing exposes materials to a known source of radiation for a certain period of time, simulating the effects that materials would face while in their standard operating environment in order to test, evaluate, and qualify products being used in aerospace applications. Radiation’s Impact on Aerospace Materials Radiation can significantly impact electronic equipment and system reliability. The effects of radiation can occur in an instant or over time, resulting in malfunction or complete failure of the materials that make up satellites, space probes, rockets, and other electrical equipment. The proper evaluation of aerospace materials can mitigate the risks of radiation, utilizing a broad scope of test methods to ensure the safety and efficiency of materials that make up integrated circuits and components used in aerospace applications. Aerospace Materials Testing Services at ATS The ATS FoC is a leader in the aerospace industry, staffed by a team of world-renowned engineers and scientists who fully invest in your success. We aid manufacturers in preventing radiation damage to the materials in their products by providing comprehensive materials testing and...



Applied Technical Services performs coating tests in our adhesive testing labs. Our experts perform several types of adhesive tests to meet clients' demands The Importance of Adhesive Testing Various industries conduct adhesive tests to ensure that materials are suitable for their intended uses. Improper coating practices lead to hazardous working conditions, premature corrosion, and expensive repairs, so it is essential to conduct adhesive tests to ensure quality coatings.  Adhesive tests produce intentional coating failures to determine how coatings perform under various conditions.   Cross-Cut Test Using a utility knife, cut a series of perpendicular patterns down to the substrate into the adhesive. Next, layer tape over the cuts and quickly remove the tape to simulate stress and produce qualitative results. The results are either pass/fail or measured on a scale of 0-5 per ASTM D3359 specifications.   Knife Test A knife cuts an "X" shape into the coating. The coating is raised at the vertex using the knife's tip producing qualitative results.   Scrape Test Place a rounded stylus on a scrape adhesion tester at a 45-degree angle and remove the coating by increasing the load. The quantitative results measure the amount of force needed to remove the coating. Scrape tests gauge the adhesion of organic coatings like lacquer, varnish, and paint. Pull-Off Test Attach a dolly to the test material and use a machine to remove the coating. The test measures the pressure required to remove the dolly and provides quantitative results.   Commitment to Service ATS Experts have...



Applied Technical Services’ cleanliness testing lab helps manufacturers comply with ISO 16232 and VDA 19. 1 testing standards. Contaminants compromise the safety of automotive components, so our technicians perform cleanliness tests to ensure that motor vehicles operate efficiently and safely without debris.   Understanding ISO 16232 and VDA 19. 1 Testing The ISO 16232 and VDA 19. 1 testing standards serve as guidelines that establish a uniform standard of cleanliness for automotive manufacturers and their suppliers. The International Organization of Standardization (ISO) and Verband der Automobilindustrie (VDA) have each developed comprehensive guides to establish standards of technical cleanliness. These standards evaluate the level of contamination in the various components of fluid systems and circuits. ISO 16232 and VDA 19 cleanliness tests consist of multiple steps, including: Initial Inspection and Evaluation Inspection of Components, Oncoming and Outgoing Supervision of Manufacturing Processes to Ensure Quality Control and Compliance with Cleanliness Standards Extraction Methods The following extraction methods separate particles for further analysis:  Agitation Functional Test Bench Pressure Rinsing Shaking Spray Cleaning Ultrasonic Cleaning using Recommended Cleaning Agents Analysis Methods  The following analysis methods evaluate the particle contamination of automotive components: Energy Dispersive X-ray Spectroscopy Particle Mass Determination using Gravimetric Analysis Particle Nature Determination using Microscopic Analysis Particle Sizing and Counting using Automatic Light Extinction Particle Counter Scanning Electron Microscopy Applied Technical Services’ Chemical Analysis Lab Our chemical analysis lab is staffed by specialists who conduct numerous testing and analysis services on a variety of materials. We serve multiple industries, including automotive, aerospace,...



Protect Your Business with Comprehensive Cybersecurity Consulting Services from Abel Solutions, a subsidiary of ATS. In today's digital landscape, cyber threats are more sophisticated than ever, leveraging AI and social engineering to exploit weaknesses in your digital environment. At Abel Solutions, we understand the critical importance of safeguarding your business, data, and systems. Our Cybersecurity Consulting Services are designed to provide robust protection, ensuring your organization remains secure and compliant. Our Approach Identify We begin by evaluating your current cybersecurity posture against industry best practices through comprehensive Cybersecurity Posture Assessments. This allows us to define a tailored Cybersecurity Roadmap, charting a path to a safer and more secure environment. Protect Implementing the services and technologies prescribed in the Roadmap, we offer a complete suite of protection services. Our solutions are designed to shield your business from potential threats, ensuring your digital assets are secure. Detect Our 24/7 monitoring services ensure that any suspicious activity is detected immediately. By continuously monitoring your systems, we can identify and address threats before they cause significant damage. Respond & Recover In the event of a security breach, our team is ready to neutralize threats and implement corrective actions. We continuously refine your defenses to enhance your overall security posture, ensuring compliance with customer, industry, insurance, and regulatory cybersecurity requirements. Why Choose Abel Solutions? Expertise and Experience: With over 30 years of experience in business and technology consulting, Abel Solutions is a trusted partner in delivering cybersecurity services that fuel growth and lower costs. Comprehensive...



Applied Technical Services offers nuclear NDT services to help design, system, and program engineers optimize inspections for their nuclear equipment. Our inspections address a wide variety of equipment, including raw water systems such as service water, cooling water, RHR service water, and emergency service water systems. ATS experts have the tools and knowledge necessary to perform all work with an outstanding level of quality. We utilize a four-step Piping Condition Assessment cycle to provide inspection and failure analysis services for pipe, tank, and pressure vessel systems in the nuclear industry. The Piping Condition Assessment Cycle Strategic Inspection Planning Equipment inspections are the last step in our nuclear programs. Our first objective is to define the client’s desired program outcomes and determine an effective plan that prioritizes their time and resources. We use a probabilistic Degradation Model to help determine where the equipment is susceptible to program threats. The risk of failure is not uniform across an entire system; our models for corrosion and degradation rate and distribution allow us to pinpoint areas with greater risks and establish a more effective inspection plan. Problem Mitigation We can also set up efficient criteria for problem mitigation. ATS understands the wide variety of available problem mitigation options; we can help you easily design a decision tree to address continued operation, temporary or permanent repair, and replacement. Establishing precedents for mitigation before conducting inspections allows time for site organizations, such as maintenance, welding, management, and operations, to share their input. Nondestructive Inspections Our nuclear...



Empowering Your Business Through Strategic, Compliance-Driven IT Consulting Services. Built upon its 52+ years performing engineering, testing, and inspection services, ATS understands the criticality of meeting industry standards and compliance requirements. Our commitment to precision and regulatory excellence expanded in 2015, when ATS acquired Abel Solutions—a respected provider of IT Consulting with 30+ years of experience in regulated industries—whose solutions have been proven to help organizations modernize operations, strengthen cybersecurity, and unlock new efficiencies through intelligent automation and tailored business applications. As a subsidiary of ATS, Abel Solutions enables us to deliver secure, scalable, and compliance-driven technology solutions for organizations across regulated industries. From digital modernization to Governance, Risk, and Compliance (GRC) enablement, we help organizations manage risk, optimize operations, and stay audit-ready. Cybersecurity Consulting Services: We get it. You need to focus on your business without the constant worry of cybersecurity threats. Unfortunately, cyberattacks are becoming more sophisticated and frequent, leveraging AI and social engineering to exploit vulnerabilities. The rise in remote work has increased the amount of sensitive information traveling over the internet, creating more entry points for attackers and elevating the risk. We help our clients secure their critical business data, systems, and inboxes, so they can stay focused on what truly matters. Governance, Risk & Compliance (GRC) Solutions: In today's complex regulatory environment, achieving and maintaining compliance is more than just checking boxes—it's about building trust, reducing risk, and enabling growth. Whether you're pursuing SOC 2, CMMC, ISO 27001, HIPAA, or other certifications, the path can...



Applied Technical Services offers a wide array of orthopedic implant testing capabilities to ensure our clients’ products work precisely as intended. The human body is an intricate thing, relying on bones, joints, and muscles working in perfect concert to produce pain-free movement. Certain medical conditions will require surgical intervention to prevent bone and joint damage, however. These procedures often entail outfitting patients with orthopedic implants — metallic or polymeric prosthetics that replace all or part of a joint or bone — which must meet a multitude of criteria to perform effectively. Orthopedic implant manufacturers pursue testing from a variety of labs to verify that each of their products complies with the stringent mechanical, dimensional, compositional, and cleanliness specifications required to ensure they serve the patient as intended. ATS regularly performs the appropriate methods to verify these characteristics in-house and is thus uniquely equipped to meet the testing needs of orthopedic implant manufacturers. ATS' Orthopedic Implant Testing Capabilities We offer a suite of applicable testing services to help clients ensure that the orthopedic implants they produce meet the needs of their patients. We perform the following methods to that end: Mechanical — determining the physical performance characteristics of the sample material, such as its long-term durability, strength against massive loads, etc. Fatigue Testing — ASTM E399*, E466, E606, E1290*, E1820* Tensile/Compression Testing — ASTM A370*, D638*, D3039/D3039M, E8*, F606/F606M*; EN 10002‑1; ISO 527*, 6892‑1*, 6892‑2* Chemical Composition — verifying the chemical makeup of the sample matrix for quality control ICP-AES —...



Applied Technical Services offers VW 50180 standard testing to evaluate the emissions behavior of automobile interior parts. What is the VW 50180 Method? The VW/Audi 50180 method outlines the procedure for analyzing air quality by identifying VOCs (Volatile Organic Compounds), as well as testing for formaldehyde content, odor and fogging behavior. VOCs can often be emitted at room temperature and tend to compromise the air quality of vehicle interiors, as they can pose potential health risks to people and the environment when present at high levels. The 50180 method provides evaluation criteria for the use of low-emission materials in passenger compartments and trunks, which aid in determining whether these manufactured components satisfy OEM regulations. Our VW 50180 Testing Capabilities All VW method 50180 procedures are carried out by our skilled automotive testing personnel, who operate specialized equipment to attain accurate and decisive results. ATS can perform VW 50180 testing on a variety of vehicle interior materials, such as plastics, textiles, artificial leather, composites, and sub-assemblies. Our lab personnel follow the relevant standards set for the wide range of VOC tests that we offer. Applied Technical Services – A Reliable Testing Provider ATS has been a quality provider of testing, inspection, and consulting engineering for over 50 years, successfully uncovering facts in Chemical Analysis, Materials Testing, Nondestructive Testing, Metallurgy, and Forensic Investigations. We serve clients across a wide range of industries, including those of automotive, chemical, consumer products, healthcare, oil and gas, and power generation. ATS Labs and Lab Experts Deliver...



Weathering effects due to sunlight exposure can be cosmetic (color fading, gloss change) or more structural in nature (paint blistering, flaking, etc. ). Both can have significant consequences to manufacturers of products subjected to sunlight radiation. To meet an increasing demand from the automotive industry, ATS now offers a solar simulation system compliant with DIN ISO 75220. In addition to this new system, the Environmental Simulations Group operates a total of Seven (7) Atlas Ci4000 chambers and Six (6) QSUN chambers. Placed inside one of ATS’ walk-in thermal chambers, the DIN ISO 75220 setup can perform testing on exterior components (bumpers) or interior components (dashboards) through the use of an indoor simulation box.



ATS Serves the Aerospace Industry At ATS, we provide an expansive list of services that support the aerospace industry and its affiliates. As a multifaceted company with diverse testing and inspection labs, we have been serving clients since 1967. The ATS departments serving the aerospace industry include: Environmental Testing Mechanical Testing Nondestructive Testing Calibrations As an industry that relies on safety and performance with extensive regulation oversight, it is imperative that testing and inspections are of the highest quality. The need for material verification, testing and analysis of components and structures may include but are not limited to nondestructive testing, materials testing, mechanical testing, environmental testing, and calibration. ATS’ ability to provide a broad array of services affords our clients the advantage of quality control, production aspects, and data management and analysis. Our extensive aerospace testing lab experience spans airframe structures and materials, turbine engine components, composite testing, and hydraulic and pneumatic component testing on civilian or military aircraft. Nondestructive Testing (NDT) NDT inspections are commonly performed in the aerospace industry. These evaluations provide operators and manufacturers with a degree of certainty when their systems and components are determined to be safe and structurally sound during continued operation. NDT inspections may reveal items compromised by fatigue, corrosion, improper material use, poor manufacturing processes, and/or weldment issues. ATS’ aerospace testing lab has multiple FAA repair station certificates in multiple states and Nadcap accreditation for nondestructive testing. NDT Services Eddy Current - ET Infrared - IR Liquid Penetrant - PT Magnetic Particle...



If you know what you want to make, but do not have all the detailed information about the materials and manufacturing methods, we can help you make it.   ATS' Reverse Engineering Services Applied Technical Services' extensive experience with metallurgical testing, mechanical component failure analysis, and material selection makes our engineers valuable resources for your reverse engineering projects. Whether you need the full design or just a portion, ATS will analyze the existing components to assist you with completing your engineering drawings. This may include base metal identification and verification of heat treatment condition, manufacturing processes, plating or paint analyses, and full dimensional inspection. Our engineers perform testing per industry standards (AMS, ASTM, ISO), and they can customize the final report to conform to the oversight organization's requirements.



Applied Technical Services' extensive experience with metallurgical testing, mechanical component failure analysis, and material selection makes our engineers valuable resources for your reverse engineering projects. Whether you need the full design or just a portion, with implementing mechanical reverse engineering ATS can analyze the existing components to assist you with completing your engineering drawings and product information. This may include base metal identification, its heat treatment condition, manufacturing processes, plating or paint analyses, and full dimensional inspection. Our engineers perform testing per industry and ISO standards, and they can customize the final report to conform to the oversight organization's requirements. Mechanical Reverse Engineering Process: Mechanical Properties Base Metal Identification Heat Treat Condition Chemical Analysis Dimensional Inspection Plating Type Paint/Coating Analysis Manufacturing Process Surface Treatments



ATS determines the mechanical performance properties of components made through additive manufacturing by using methods like the tensile test. Additive Manufacturing and the Tensile Test To serve the needs of clients who depend on additive manufacturing, Applied Technical Services performs mechanical testing on components created through this increasingly popular method of production. The tensile test is one such method of analysis; it can help clients determine if their material has the right characteristics to enable the final product to perform as intended. Performance Considerations Manufacturers must consider the performance characteristics of their materials when designing a quality product. Products made by additive manufacturing display different mechanical properties than those produced by conventional methods such as casting, forging, and injection molding. This tendency arises from the way that parts are compiled during the process; unlike older methods — which result in a single, homogeneous form — additive manufacturing builds components by piling layer upon layer of material until the desired shape has been completed. Because the connections between each layer may be weaker than the solid matrix created by other methods of production, components made through additive manufacturing may have comparatively lower tensile and shear strengths. To make sure our clients’ products reach their intended level of utility, ATS uses methods like the tensile test to determine whether sample materials will perform as desired in actual use. How Tensile Testing Works Technicians from our mechanical testing lab perform the tensile test by placing the sample material into a specialized piece of...



Cleanliness Testing with ATS Cleanliness testing ensures that finished products meet and satisfy the most stringent quality criteria within the medical, automotive, and aerospace industries. By verifying the cleanliness of assemblies and components, including those created via additive manufacturing, ATS helps our clients prevent failures in real-life critical product applications. From residual manufacturing materials such as oils and cutting fluids for medical devices to a thorough particulate analysis on sealed automotive systems, our experts have the skills and expertise needed to provide a complete picture of potential contaminants and guide clients through challenging testing requirements. Cleanliness Testing Standards ISO 16232 VDA 19. 1 ISO 10993 Additional Testing Services In addition to the determination of overall cleanliness levels, ATS also provides chemical and metallurgical analysis, corrosion testing, and failure analysis services. The support of multiple testing departments is used to ensure that additional analyses can be provided as needed. At ATS, customers work directly with our knowledgeable experts, who can help design a test program to meet your specific needs. Our experts often use advanced techniques and sophisticated technology to provide positive identification of contaminant materials and determine the source of the contamination. Our test methods include: Scanning Electron Microscopy/Energy Dispersive X-Ray Spectroscopy (SEM/EDS) Fourier Transform Infrared Spectroscopy (FTIR) Inductively Coupled Plasma (ICP) Gas Chromatography/Mass-Spectrometry (GC/MS) Differential Scanning Calorimetry (DSC) About ATS Services Since 1967, ATS has proudly provided cleanliness testing to both domestic and foreign clients across a multitude of industries. Experience the professional difference with the ATS team of...



Charpy Testing, Additive Manufacturing, and Performance ATS discovers the mechanical properties of components created using additive manufacturing through methods like the charpy test. Additive manufacturing is growing in popularity as an alternative method of production. Components created through this procedure need to undergo performance testing just as much as, if not more than, parts made through conventional types of manufacturing; the materials used to produce a part through additive manufacturing tend to display lower tensile and shear strengths than do those used in injection molding, forging, and casting. Clients need this performance data because it may determine whether the material is appropriate for the finished component’s intended use. To meet these testing needs, Applied Technical Services performs a variety of testing methods to determine the mechanical performance characteristics of components made through additive manufacturing. One such method is called the Charpy Test. How the Method Works and What It Achieves We use the Charpy test to determine a material’s ductility and fracture strength. The method involves using a machine to strike a material sample at a perpendicular angle with a controlled amount of energy. By machining a standard notch into the sample material, the location of the stress caused by the impact is controlled. Our technicians measure the impact energy needed to cause fracture in the sample material, giving them an idea of how the component will behave in live-use. Observing the visual characteristics of the fracture shows them how ductile or brittle the sample was, with more deformation before...



Additive Manufacturing Testing Additive manufacturing is a rapidly growing sector within the aerospace, medical, and automotive industries. Through additive manufacturing, also referred to by the layman’s term 3D printing, specialized components are used to create objects from powder source material in multiple layers. This methodology minimizes material waste and creates opportunities to use a wide range of composites, plastics, or metals. Before the components can be sold or used, a thorough round of additive manufacturing chemical and mechanical testing must be completed on the components. The feedstock powder metals, ceramics, or polymers used to create the objects are all tested during this vital stage. We complete these rigorous tests to verify that each object meets the highest performance, safety, and quality standards. Testing Standards Our additive manufacturing testing is completed to the following standards: ASTM F2924-14 ASTM F3001-14 ASTM F3049-14 ASTM F3055-14a ASTM F3056-14e1 ASTM F3091/ F3091m-14 ASTM F3184-16 ASTM F3187-16 ASTM F3213-17 ATSM F3301-18 ASTM F3302-18 ISO/ASTM 3302-16 AM Testing Methods Our additive manufacturing testing labs offer a range of analysis methods to help AM clients improve the quality of their products. Our testing experts achieve this by validating their printing processes and assessing the performance characteristics of the resulting products. Chemical Testing For instance, our chemists perform cleanliness testing to ensure additively manufactured parts are free of contaminants, the inclusion of which can undermine the performance of mission-critical components. Another method we use to validate AM processes is particle size analysis, which allows our powder characterization lab to...



The AM Industry Additive manufacturing and 3D printing have revolutionized design and manufacturing processes across the entire spectrum of industry sectors, including medical, aerospace, and automotive. The unique ability to quickly produce cost effective, complex and custom-built products is transforming supply chains around the world. In this dynamic and expanding industry it is critical that you have a trusted testing partner that has cutting edge technical knowledge, comprehensive capabilities, industry specific skills, and utilizes innovative technology within a world class quality program. ATS is at the forefront of additive manufacturing testing, providing a breadth of services that is unmatched in the industry. With over 50 years of experience providing the highest quality testing, inspection and consulting engineering services, ATS is a proven partner in providing data, knowledge and solutions. At ATS, customers work directly with our knowledgeable experts, who can help design a test program to meet your specific needs. Let our Center of Excellence work for you. ATS Is a Trusted Testing Partner We support clients across various sectors, including the aerospace, medical, and automotive industries. By testing to internationally recognized standards, we can validate the additive manufacturing methods used to create mission-critical components. As a trusted partner, we complete stringent additive manufacturing testing to ensure that all materials and products are safe for use. ATS' expert testing personnel employ a range of methods to analyze both the process used to create additively manufactured components and to determine the suitability of their performance characteristics according to design or standard...



Our PMA Testing Services ATS performs PMA testing services for aviation products to support various manufacturers' PMA applications submitted to the Federal Aviation Administration (FAA). Such test results act as supporting documentation for PMA or are needed by clients in the aerospace industry requiring to verify their parts meet the latest Aerospace Material Specifications (AMS). Industry Regulations The Code of Federal Regulations requires any company manufacturing replacement parts for the aviation industry to go through a rigorous process and obtain a Parts Manufacturer Approval (PMA) from the FAA. This usually involves reverse engineering, where various techniques that are appropriate to the part’s complexity are utilized. Dimensional inspection and material testing are typically performed to characterize and compare the proposed replacement to the original part. Testing frequently involves determining each component's chemical composition, properties (ultimate, yield and fatigue strength, heat treat condition, hardness, grain structure), method of manufacture (casting, forging, wrought material, etc. ), and presence of special surface treatments (coatings, platings, nitriding, carburizing, shot peening, etc. ). Additional substantiating information may also be needed to show equivalency between the original and PMA parts. Chemistry Testing Services Material Identification of Metals/Oxides for PMA XRF (PMI) Optical Emission Spectroscopy (OES) Inductively Coupled Plasma (ICP) Energy Dispersive Spectroscopy (SEM/EDS) X-Ray Diffraction (XRD) Wet Chemistry Ion Chromatography (IC) Contact Us ATS is an ISO 9001:2015-registered company with a quality assurance program that meets the most stringent industry requirements. Our laboratories conducting PMA testing services for aviation products are ISO/IEC 17025:2017 accredited. Call +1 (888) 287-5227 today...



ATS operates a testing lab that complies with the requirements of Nuclear Quality programs, allowing us to partner with those that service the nuclear industry to ensure products comply with the stringent requirements. Commercial Grade Dedication (CGD) is a process where appropriate tests are conducted according to a test plan developed to verify critical characteristics, and therefore provide reasonable guarantees that a commercial grade component can be used as a safety-related item in a nuclear plant application. Our ISO 9001:2015-registered and ISO/IEC 17025:2017 (A2LA)-accredited quality assurance program meets the Nuclear Quality Requirements of 10 CFR 50 Appendix B, Part 21 and ASME NQA-1. ATS’ quality program has been successfully audited by Nuclear Procurement Issues Committee (NUPIC). Additionally, ATS is a member of Nuclear Industry Assessment Corporation (NIAC). Chemistry Testing Services – Material Identification of Metals/Oxides for CGD includes: XRF (PMI) Optical Emission Spectroscopy (OES) Inductively Coupled Plasma (ICP) Energy Dispersive Spectroscopy (SEM/EDS) X-Ray Diffraction (XRD) Wet Chemistry Ion Chromatography (IC) ATS' quality assurance program meets the most stringent industry requirements, and has been certified to ISO 9001:2015. Our testing laboratories also carry ISO/IEC 17025:2017 (A2LA) accreditation.



To best serve our clients in the automotive manufacturing industry, Applied Technical Services performs GMW 15634 testing. This standard uses dynamic thermodesorption to determine the volatile organic compound (VOC) content of sample materials to be used in car interiors. By testing those materials according to GMW 15634, ATS can help automotive OEMs comply with industry standards and regulations. How GMW 15634 Testing Works Our chemical analysis lab regularly performs VOC analysis through thermodesorption to both GMW 15634 and related standards, such as VDA 278. Both VDA 278 and GMW 15634 testing utilize our gas chromatograph / mass spectrometer (GC/MS) coupled with a sensitive Markes International thermal desorption (TD) unit. The TD unit heats the analytes to a level that causes them to off-gas; it then collects the escaping VOCs and sends them to the GC/MS. This GC/MS separates the compounds, identifies them by comparing against a vast library of reference materials, and measures their mass down to their parts-per-billion (ppb). The TD-GC/MS process gives a thorough analysis of VOC content for consumer safety, quality assurance, and standard compliance purposes. Our VOC Analysis Equipment Our Markes TD unit has certain features, like a direct column connection with the GC/MS, that alleviate much of the uncertainty that was once treated as inherent to TD-GC/MS as a test method. Furthermore, its 100-place autosampler enables our lab to take on large projects. Standards and Regulations There are various regulations regarding VOC content. In the United States, for instance, the EPA regulates the maximum volume...




## Calibration


The Applied Technical Services Family of Companies (ATS FoC) offers reliable Total Thickness Variation (TTV) measurement services to help manufacturers maintain product quality and meet dimensional standards. TTV quantifies the difference between the thickest and thinnest points of a component, which is critical for products that require uniform thickness and flatness. Manufacturers rely on TTV inspections throughout product development, material verification, process validation, and final quality control, as even minor thickness variations can affect assembly, performance, and reliability. Our inspectors provide accurate data to support production decisions and help customers maintain confidence in their processes. When Should Manufacturers Perform Total Thickness Variation Testing? Manufacturers should conduct Total Thickness Variation (TTV) testing whenever thickness uniformity affects product performance, assembly precision, or compliance with engineering specifications. Design engineers request TTV measurements during product development to confirm that manufacturing processes meet required tolerances. Production teams use routine TTV inspections during manufacturing, material verification, process validation, and final quality assurance to identify dimensional variation before it impacts yield, reliability, or downstream operations. Industries such as semiconductor, precision machining, optics, ceramics, glass, and coatings regularly include TTV testing in quality control programs to ensure dimensional consistency and reliable performance. Common applications include: Semiconductor wafers and electronic substrates Precision-machined metal and polymer components Optical glass and specialty ceramics Thin-film and coated materials Medical, aerospace, and advanced manufacturing components Our Total Thickness Variation Inspection Capabilities Our ISO/IEC 17025-accredited dimensional inspection lab uses advanced metrology equipment and skilled personnel to deliver dependable Total Thickness Variation measurements for a...



The Applied Technical Services Family of Companies (FoC) calibrates natural gas custody transfer metering systems.   What is a Natural Gas Custody Transfer Metering System? A natural gas custody transfer metering system is a specially engineered, standards‑driven measurement station used during the transfer of ownership of natural gas between two commercial parties. Its purpose is to measure the quantity and quality of gas being sold, ensuring the process is compliant, billed accurately, and fair for both parties. Gas custody meter systems are comprised of the following key components: Flow meters: Measure the volume of gas traveling through a pipeline Pressure and temperature sensors: Measure the gas’s pressure and temperature which help determine its energy content and volume Gas chromatographs: Analyze the gas’s composition, determining quality and energy content Flow computers: Use flow rate, gas composition, temperature and pressure to determine the volume of gas being transferred Gas custody transfers often operate in harsh environments and must be able to withstand long term exposure to corrosive elements, high pressure, and extreme temperatures. Routine calibration is recommended to ensure their accuracy of gas custody transfer meters.   About Our Natural Gas Custody Transfer Metering System The ATS FoC has one of North America’s largest commercial calibration labs, capable of calibrating a wide range of flow meters using various fluids including water, air, speciality gas, and natural gas. Our high flow natural gas facility has the following capabilities:  Flow Rate Range: 42 to 1,330,000 Actual Cubic Feet Per Hour (ACFH) Calibration Pressure Range:...



The Applied Technical Services Family of Companies (FoC) provides wet gas and multiphase calibration services. These flow meters have become common in the oil and gas industry for their efficiency, accuracy, and cost-effectiveness. Our calibration lab helps clients monitor meter condition and accuracy as they drift due to age and operational factors. Understanding Multiphase and Wet Gas Flow Meters Multiphase and wet gas flow meters measure mixtures of liquids and gases without requiring their separation. These instruments are similar, but have distinct differences and use cases. Multiphase flow meters measure all three phases simultaneously, whereas wet gas flow meters can measure gas-dominated flows with small liquid concentrations. Multiphase meters are ideal when a pipe contains a significant amount of liquid or when you need to measure water, gas, and oil rates independently. Wet flow meters are for gas-dominated applications and situations where only the gas rate is needed. About Our Wet Gas/Multiphase Calibration Services Our multiphase and wet gas calibration services verify flow meter accuracy using our ISO/IEC 17025-accredited laboratory. We apply industry-standard methods, including NIST-traceable reference standards and controlled loops, to assess performance across various gas-to-liquid ratios. This ensures reliable measurements under real operating conditions. Our accreditation demonstrates technical competence and compliance with oil and gas industry standards. These services provide the data needed to maintain compliance, optimize processes, and protect flow meter assets. How Often Should Flow Meters Be Calibrated? Calibration frequency depends on factors such as accuracy requirements, regulations, operational conditions, and fluid properties. Although issues such...



The Applied Technical Services Family of Companies (ATS FoC) is a trusted provider of specialty gas flow meter calibration services. Flow meters are essential in environments and applications that involve the transfer of liquids, gases, or steam. Over time, flow meters will lose accuracy, necessitating calibration to restore their desired range of accuracy. Our calibration experts calibrate a wide array of flow meters, ensuring their accuracy, efficiency, and reliability. What is a Flow Meter? A flow meter is an instrument that monitors, measures, or records the flow rate, mass, or volume of a liquid, gas, or vapor. Occasionally called flow gauges or flow rate sensors, these devices offer a reliable way to monitor or control what passes through piping systems. There are many types of flow meters, each with its respective strengths, designed to address the requirements of different environments. The most common types of flow meters are ultrasonic, electromagnetic, thermal mass, vortex, and Coriolis meters. There are also specialty flow meters, such as multiphase and wet gas flow meters, which are specially engineered to address nonconventional needs. In the case of multiphase and wet gas flow meters they’re designed for applications where gases and liquids travel through the same pipeline. About Our Specialty Flow Meter Calibration Services The ATS FoC’s cutting-edge and ISO/IEC 17025:2017 accredited flow meter calibration labs utilize state-of-the-art technology to ensure the accuracy and precision of flow meters. For our clients’ convenience, we can calibrate flow meters both in the field and in-house, helping them avoid...



Applied Technical Services (ATS) is a reputable provider of surface finish measurement services. Surface finish is far more influential in a product’s performance than most people realize. The characteristics of a component's surface can determine its reliability, longevity, and ability to function alongside other parts. From aerospace assemblies and automotive part designs to medical devices and precision electronics, surface finish measurement is an important part of many manufacturing processes. Our dimensional inspection lab provides comprehensive surface finish measurement services designed to help clients verify that every part meets its intended functional and aesthetic requirements. Understanding Surface Finish Surface finish refers to the small‑scale topographical features present on a manufactured surface. These features are typically measured using three primary attributes: roughness, waviness, and lay. Roughness is the fine, microscopic irregularities created when a component is machined or processed. Waviness refers to the larger deviations that may result from the vibration, tool deflection, and warping that can occur during the manufacturing process. Lay describes the dominant direction or pattern of the surface features, which influence how a part wears, seals, or interacts with other components. Together, these characteristics influence various attributes of a part, including: Fatigue resistance Frictional behavior Sealing effectiveness, fatigue resistance Visual appearance About Our Surface Finish Measurement Services Our dimensional inspection lab specialists use industry-standard practices to measure these surface finish attributes of manufactured components. Using a Mahr XR1 Surface Roughness System, we deliver accurate, repeatable evaluations of key roughness parameters, including Ra, Rq, Rz, and Ry. This capability...



The Applied Technical Services Family of Companies (FoC) offers comprehensive surface finish inspection services. Surface finishes quietly shape the performance, safety, and reliability of countless products we rely on every day, from automotive parts and aerospace components to medical devices and consumer electronics. Even subtle variations in texture can influence an item's functionality. Our dimensional inspection lab helps our clients ensure every part has the desired finish, ensuring its performance and safety. What is Surface Finish? Surface finish refers to the characteristics of a manufactured material’s surface. Surface finish consists of the following three factors: Roughness Surface roughness is determined by measuring the fine irregularities that appear on a material’s surface during the manufacturing process. These microscopic inconsistencies create deviations in a surface’s smoothness, and the more abundant the inconsistencies, the rougher the surface. Waviness Surface waviness refers to the larger deviations and irregularities present on a material’s surface. These irregularities have longer wavelengths than roughness, but shorter wavelengths than form. Lay Lay is the direction of a manufactured material’s dominant surface pattern. Together, these topographical characteristics determine a component’s surface appearance and influence how manufactured components perform and interact with other parts. Surface finish can have a significant impact on the following: The friction created between two parts or components The effectiveness and integrity of a seal A component's lifecycle and resistance to fatigue The appearance or aesthetic of a product About Our Surface Finish Inspection Services Our dimensional inspection professionals provide precise and reliable surface‑finish inspections. We apply...



The Applied Technical Services Family of Companies (ATS FoC) calibrates optical surface roughness measurement instruments to evaluate the roughness and smoothness of materials. While it may often go unnoticed by many consumers and end-users, a material or product’s surface roughness can have a significant influence on the object’s performance and functionality. Our calibration lab services can provide critical insight into the functionality and accuracy of your surface roughness testers. What is Surface Roughness, and How is it Measured? Surface roughness refers to the fine irregularities on a material’s surface. These irregularities are microscopic, but they can influence the material’s performance, longevity, and ability to accept adhesive bonds. Surface irregularities can occur naturally in certain materials, but they’re often formed during the manufacturing process or as a result of environmental factors such as temperature and humidity. Surface roughness can be measured through contact methods and non-contact methods. The most common contact method uses a stylus profilometer, a metrology instrument that records a surface’s vertical displacement, quantifying its surface topography. This method is revered for its repeatability, high accuracy, and abundance of ASME and ISO guidelines. It has its disadvantages, including its slow pace and propensity to damage highly sensitive surfaces. As their name suggests, non contact methods do not require direct contact with a material, so they are suitable for use on sensitive materials. Optical profilometry, one of the most popular non-contact methods, measures a material’s surface roughness using light. During the measurement process, technicians project a structured light pattern onto...



Applied Technical Services is a trusted surface roughness measurement lab capable of identifying irregularities present on a material’s surface.   What is Surface Roughness? Surface roughness refers to the smoothness of a material’s surface. In industrial applications, the smoothness of a material’s surface will greatly impact how said material interacts with its environment. Although they’re microscopic, the peaks, valleys, and texture patterns present on a material's surface determine its smoothness or lack thereof. In applications that require precise manufacturing processes, slight deviations in surface texture can pose significant risks, potentially compromising the product or component’s functionality, integrity, and longevity. Surface roughness measurements are a necessity for manufacturers in demanding industries, such as aerospace, automotive, and medical device.   About Our Surface Measurement Lab Our laboratory provides comprehensive surface roughness measurement services using both contact and non‑contact technologies, accommodating the unique needs of our clients. We utilize the Mitutoyo SJ‑301 for our contact measurements. The portable profilometer captures Ra, Rz, Rt, and additional parameters with repeatability. It’s highly versatile, capable of evaluating a range of materials, including metals, polymers, coatings, and machined surfaces. As an alternative to contact-based methods, our optical surface roughness measurement services are the ideal solution for materials with sensitive surfaces. Contact and non-contact methods have their advantages and disadvantages as described below:   Contact Surface Roughness Measurement  Advantages:  Produces a clear wave profile Improved reliability over non-contact methods Effective on a wide range of materials Capable of long-distance measurements Disadvantages: Stylus wear Stylus creating surface scratches Time consuming...



The Applied Technical Services Family of Companies (FoC) offers calibration outage support services that help clients ensure their equipment and machinery are properly calibrated during outages. An industrial operation’s efficiency is a direct result of its equipment’s precision, accuracy, and health. Planned outages enable manufacturers to investigate and address potential maintenance concerns without the stress and panic that accompany abrupt failures, which can lead to costly unplanned downtime. Our calibration experts possess the necessary equipment, credentials, and knowledge to calibrate your operation’s most critical equipment, enabling you to take preventive measures to protect it and keep it operational. What is Calibration Outage Support? Calibration outage support is the process of calibrating industrial machinery and equipment. Whether the outage is planned or unplanned, our outage support services help operations minimize downtime. Third-party calibration experts and companies provide outage support, but businesses can help prepare for support by doing the following: Maintaining an inventory of their instruments requiring calibration, including their calibration intervals Consider the instrument’s performance history, the manufacturer’s specifications, and industry standards when establishing its calibration schedule. Utilize software that keeps track of calibration schedules, records, and reports. Implement a condition-monitoring system that supports your preventive maintenance strategies. Trusted calibration labs, such as the ATS FoC, can help businesses complete the actions listed above while providing accredited calibration services. About Our Calibration Outage Support Services The ATS FoC’s calibration outage services are a solution for companies looking for on-site calibration support during their operational outages. Our calibration experts use their...



The Applied Technical Services Family of Companies (ATS FoC) offers Barfield 1811NG calibration services to ensure the accuracy and precision of the Barfield 1811NG digital pitot static test set. A pitot-static system measures an aircraft’s vertical speed, altitude, and airspeed, and its accuracy is incredibly important to the performance and safety of aircraft. Pitot-static systems are heavily regulated and require inspection every 24 months. Our Barfield 1811NG calibration services help our clients ensure their pitot static test sets are accurate and ready to support aviation applications and operations. What is Barfield 1811NG? The Barfield 1811NG digital pitot static test set performs altimeter and static systems inspections and tests, and it’s revered as a cost-effective solution for companies in need of support for their aircraft. The fully automated and extremely accurate testing tool is the latest product in Barfield’s Imperium series. The series blends versatility, durability, and user-friendly design into an affordable package that helps users do the following: Ensure the accuracy and reliability of results Increase labor efficiency Support helicopters, UAVs, Non-RVSM corporate and regional aircraft, and general aviation The 1811NG is highly accurate with a very minor calibration drift of 0. 025%. When properly calibrated, the test set’s accuracy altitude is ±14ft at 20k ft and ±10ft at 10k ft, and its accuracy airspeed is ±0. 1 kts at 500 kts and ±0. 5 kts at 50 kts. More About Our Calibration Services The ATS Family of Companies operates and owns A2LA-accredited calibration labs with NIST-traceable calibrations. Our calibration...



The Importance of Revere Transducer Calibration in Aircraft Weight Measurements Applied Technical Services (ATS) provides Revere Transducer Calibration services to ensure the accurate performance of your aircraft scales. Due to time and use, weighing systems can drift and produce measurements that deviate from the aircraft’s actual weight. This deviation can lead to the aircraft being unevenly loaded or overloaded, causing extra strain on its components and shortening their lifespan. Properly calibrating your weighing kits helps prevent this excess wear, and our scale calibration capabilities can give you confidence in the accuracy of your scales. Move One Step Closer to Certainty with Our Revere Transducer Calibration Services Precisely calibrated scales have a significant impact on the long-term health of the aircraft’s components, and our professionals can calibrate Revere products for the aerospace industry, including: Revere Transducers M2000-3-25 Revere Transducers C-46170 Revere Transducers JW-. 30 Revere Transducers ACLC-D3-15K Revere Beam Transducers Revere Load Cells About the Calibration Labs at the ATS Family of Companies Our calibration labs help you eliminate waste and reduce costs by providing quality services you can rely on to meet your business needs. In addition to revere transducer calibration services, our experts can provide other aerospace industry solutions, including mechanical testing, environmental testing, chemical analysis, aircraft inspections, pressure calibrations, and forensic services. Our Commitment to Quality With our commitment to quality, ATS is an industry leader in calibration services for the aerospace industry. Whether you’re looking for inspections, calibrations, or testing services, our experts help you meet your...



The Importance of Omega Scale Calibrations in Recording Accurate Measurements Applied Technical Services (ATS) offers Omega Scale Calibration services to help your business remain operationally efficient and compliant with industry standards. Due to use or the passage of time, weighing systems may display readings that deviate from the object’s actual weight. Leaving your scales uncalibrated can lead to complications, including compliance and product issues, which increase costs and risk. Accurate weighing systems are crucial to quality control, safety, and equipment performance, and the ATS Calibration Lab can help you ensure the precision of your Omega scales. Move from Confidence to Certainty with our Omega Scale Calibration Services To prevent compliance and quality control issues, the ATS Calibration Lab provides calibrations for Omega scale products, including: Omega WSB-8015 Lab Scales Omega CS7500-20 SS Counting Scales Omega Platform Scales Omega Remote Platform Scales Omega LCCE S-Beam Load Cells Omega Load Cells Omega SC7500-5 Benchtop scales Omega LSC6400 Platform Scales Omega Counting Scales About the ATS Calibration Labs Our state-of-the-art calibration lab provides expert calibration solutions to help you reduce costs and eliminate waste. In addition to our Omega scale calibration capabilities, our experts can also perform other calibration services, including: Dimensional Calibrations Mechanical Calibrations Electronic Calibrations Avionics Calibrations Environmental Calibrations Data provided by the ATS Calibration Lab is entirely traceable to the National Institute of Standards and Technology (NIST). Certificates, calibration status updates, asset history, and future calibration recall dates are available online 24/7, and all calibration records are available through iPortal....



The Importance of Calibrating Longacre Racing Scales Applied Technical Services (ATS) offers Longacre racing scale calibration services to give you confidence that your racing vehicle is weighed accurately, ensuring it performs at its best. Over time and use, weighing kits may begin to record inaccurate weight measurements. Racing professionals rely on precise weighing data, and inaccurate scales make it difficult to adjust vehicle components and achieve optimal performance. Additionally, incorrect weight distributions can cause the vehicle to be over- or underweight, jeopardizing the driver's safety in high-speed racing scenarios. Calibrating your weighing kit is essential to your vehicle's safety and performance, and the ATS Calibration Lab can help you ensure your Longacre Racing Scales display accurate measurements. Our Longacre Racing Scale Calibration Services Take You One Step Closer to Certainty Accurately calibrated scales are critical to the performance of both your scale and the racing vehicle, and the ATS Calibration Lab provides Longacre racing scale calibrations for products including: Longacre Racing Products 72587 Longacre Elite Wired Scales Longacre Elite Wireless Scales Longacre Racing Scales About the Applied Technical Services Family of Companies Driven by our mission to promote a safe, reliable world, the ATS Family of Companies provides calibration solutions to help you move from confidence to certainty. In addition to Longacre racing scale calibration services, our calibration labs also perform other automotive services, including: Weld Qualification Mechanical Equipment Calibration Dimensional Inspections Nondestructive Inspections Failure Analysis ATS Quality Assurance The ATS Calibration Lab provides fully traceable data to the National...



Intercomp PT 300 Calibration and Its Importance in Attaining Aircraft Measurements Applied Technical Services (ATS) offers Intercomp PT 300 Calibration services to help you confirm the accuracy and dependability of your aircraft weighing scales. Over time, standard use, and environmental conditions, aircraft scales may start to yield unreliable results. Aircraft scales are vital to an aircraft's proper weight distribution, and uncalibrated scales can result in uneven weight dispersals or overloading the plane. Both can lead to excess stress on the aircraft's components and, as a result, decrease their lifespan. Properly calibrating your scales reduces this unnecessary strain, and the ATS calibration lab can help you ensure the compliance and accuracy of your aircraft weighing kits. Our Intercomp PT 300 Calibration Services Take You One Step Closer to Certainty To help you ensure your scales are providing reliable information, our experts can calibrate a variety of Intercomp scale products for the aerospace industry, including: Intercomp PT300 Scales Intercomp AC30-60-360 Intercomp AC60 Intercomp AC100 Intercomp Portable Wheel Load Scales About the ATS Family of Companies' Calibration Lab We are committed to fostering a safe and reliable world by providing expert services you can rely on to keep your business compliant and operating efficiently. In addition to Intercomp pt 300 Calibration services, the ATS Family of Companies can perform various other inspection, testing, and calibration services for the aerospace industry, including mechanical testing, failure analysis, avionics calibrations, and non-destructive inspections (NDI). ATS Is Committed to Quality With over 5 decades of experience, ATS...



Evergreen Scale Calibration and Its Importance in Precise Aircraft Weight Measurements Applied Technical Services (ATS) offers Evergreen Scale Calibration services to ensure the accuracy of your aircraft scales. As time passes, scales gradually show measurement inaccuracies, which can cause issues for the aircraft when left unaddressed. Overloading or unevenly distributing the weight on a plane causes extra strain on the aircraft’s components, shortening their lifespan and increasing costs. Accurately calibrated scales help prevent this unnecessary wear, and the ATS calibration enables you to reduce costs and ensure your scales provide information you can rely on. Our Evergreen Scale Calibration Services are Where Bright Minds Meet Best Practices To ensure the compliance of airplane weighing systems, the ATS Calibration Lab can calibrate Evergreen weighing kits for the aerospace industry, including: Evergreen Weigh Road Runner Aircraft Weighing System Evergreen Weigh ACLC-D3-10K-C5P5 Load Cell Evergreen Weigh 155910-00 Load Cell Evergreen Weigh JP5000-3 Road Runner Weighing System About our Calibration Capabilities at the Applied Technical Services Family of Companies Our mission at the ATS family of companies is to create a safe and reliable world, and our calibration labs can give you confidence that your equipment is operating as intended. In addition to Evergreen scale calibration services, our specialists can provide other solutions for the aerospace industry, including avionics calibrations, mechanical testing, non-destructive inspections (NDI), and Failure Analysis. ATS Quality Assurance With decades of experience, ATS is a leader in calibration services for the Aerospace Industry. Our experts help you meet your business needs...



The Importance of Brainweigh Scales in Obtaining Accurate Aircraft Weight Measurements Applied Technical Services provides Brainweigh Scale Calibration services to help you ensure the accuracy and reliability of your aircraft scales. Over time and standard use, weighing systems may begin to display incorrect readings. These inaccurate scale measurements can lead to the plane being overloaded or its weight being unevenly distributed, increasing strain on the aircraft’s components and reducing their lifespan. Calibrating your aircraft weighing kits is vital to the safety of passengers and crew, and the ATS calibration lab helps you meet your business needs. Our Brainweigh Scale Calibration Service Takes You from Confidence to Certainty Properly calibrated scales are essential to the long-term health of aircraft components, and the ATS Calibration Lab can service Brainweigh scale products for the aerospace industry, including: Brainweigh Digital Load Cell Kits Brainweigh Wireless Load Cell Kits with AWBS Brainweigh Wireless Load Cell Kits About the Calibration Labs at the Applied Technical Services Family of Companies Our state-of-the-art calibration lab helps you reduce costs and eliminate waste by delivering results you can rely on to keep your business operating safely and efficiently. In addition to Brainweigh scale calibrations, the ATS Family of Companies can provide other calibration services, including: Mechanical Calibration Avionics Calibration Environmental Calibration Electronic Calibration Dimensional Calibration ATS Quality Assurance The data provided by the ATS Calibration Lab is entirely traceable to the National Institute of Standards and Technology (NIST), and all your equipment calibration records are available online through iPortal. Certificates,...



Aircraft Scale Calibration and Its Importance in Obtaining Aircraft Weight Applied Technical Services provides Aircraft Scale Calibration services to help you ensure your aircraft scale products provide accurate and dependable information. Over time, slight measurement inaccuracies build up, causing the scale to produce unreliable readings. Inaccurate readings can cause uneven aircraft weight distribution, leading to premature wear on components. Properly calibrated scales help prevent this wear, extending component life and enhancing safety. ATS Calibration Lab ensures your aircraft scales deliver accurate, reliable performance. Our Aircraft Scale Calibration Services Takes You One Step Closer to Certainty To prevent excess wear on aircraft components, the ATS calibration lab provides aircraft scale calibration services on a variety of weighing devices, including: Aircraft Platform Scales Digital Load Cell Kits Wireless Load Cell Kits Aircraft Weighing Kits Weight Transducers About the Calibration Labs at the Applied Technical Services Family of Companies Driven by our mission to foster a safer, more dependable world, we provide expert calibration services designed to help you move one step closer to certainty. In addition to aircraft scale calibration, the ATS family of companies also specializes in other calibration solutions to meet your business needs, including: Avionics Calibration Environmental Calibration Mechanical Calibration Electronic Calibration Dimensional Inspections Our Commitment to Quality Calibration data from your equipment is traceable to the National Institute of Standards and Technology (NIST). Clients have 24/7 access to certificates, asset history, equipment status, and recall schedules through iPortal. The Applied Technical Services Family of Companies holds a wide...



The Applied Technical Services Family of Companies (FoC) offers Ultra-low vacuum calibration services for numerous types of transducers. Vacuum gauges are critical to the applications of various industries as they help ensure the safety and efficiency of industrial processes. Our calibration laboratory provides the professional and precise calibrations needed to keep our clients’ operations running smoothly. What is Ultra Low Vacuum Calibration? Ultra-low vacuum calibration is the process of adjusting and verifying the accuracy of instruments that measure extremely low pressures. Vacuum gauges require regular calibrations to maintain their accuracy which sustains the reliability of industrial operations. Vacuum gauges become increasingly inaccurate over time and inaccuracies can worsen after exposure to certain physical and environmental conditions. Our services ensure that our clients’ gauges are performing properly, preserving accuracy and precision. About Our Ultra Low Vacuum Calibration Services The ATS Family of Companies is an esteemed and established calibration lab with the personnel and resources needed to conduct calibrations for various applications, including: Renewable energy operations Aerospace engineering Pharmaceutical manufacturing Automotive manufacturing Microelectronics and semiconductor manufacturing Research and development processes Our vacuum calibrations are particularly unique because they encompass a wider range of transducers than many of our competitors. Our calibration services are effective across a wide range of vacuum levels, from high vacuums (1 × 10-8 Torr) to low vacuums (1,013 mbar). Our services are NIST traceable and to minimize any inconveniences for our clients, we offer both in-lab and on-site services. We calibrate various types of gauges, including: Pirani...



The Importance of Aeroweigh Scales in Obtaining Accurate Aircraft Weight Measurements Applied Technical Services provides Aeroweigh Scale Calibration services for the aerospace industry, ensuring your aircraft scales provide accurate and dependable measurements. Over time, slight inaccuracies can build up, causing the scale to produce unreliable information. Distributing weight unevenly or overloading the aircraft can put extra strain on its parts and components, leading to faster wear and a shorter lifespan. Properly calibrated aircraft scales help improve performance and safety, and ATS provides calibration services to help you meet those needs. Our Aeroweigh Scale Calibration Services Take You from Confidence to Certainty To ensure continued compliance with industry standards, ATS can service Aeroweigh scale products for the aerospace industry, including: Aeroweigh AW-3-30HH Handheld Wireless Aeroweigh AWHH-3-75 Aircraft Weighing Kit Aeroweigh HH2400-3-5CS Aeroweigh HH2400-3-10CS Aeroweigh HH2400-3-25CS Aeroweigh HH2400-3-50CSLC Aeroweigh HH2400-3-5KP Aeroweigh HH2400-3-10KP Aeroweigh HH2400-3-30KP Aeroweigh AW-30HH76D Helicopter Weighing Kit About the Calibration Labs at the Applied Technical Services Family of Companies With our dedication to creating a safe and reliable world, we provide our clients with professional calibration services that you can rely on to keep your equipment operating reliably. In addition to aircraft scale calibrations, the ATS family of companies can perform other calibration services, including: Avionics Calibration Dimensional Inspections Environmental Calibration Mechanical Calibration Electronic Calibration ATS Quality Assurance Data collected from your equipment calibration is traceable to the National Institute of Standards and Technology (NIST). Clients can access certificates, status updates, asset history, and upcoming recall dates anytime through iPortal,...



The Applied Technical Services Family of Companies (FoC) provides pipeline meter proving services that confirm the accuracy of the flow meters. What is Pipeline Meter Proving? Pipeline meter proving is a physical test confirming the accuracy and repeatability of flow measurement devices used in pipelines. The calibration process involves comparing a pipeline meter’s output to a known reference standard known as a prover. If the two output values match, then the meter is accurate, but if not, technicians make the necessary adjustments to ensure the meter is within the desired range of accuracy. The proving process is standard in the oil and gas industry, as well as other industries where precise flow measurements are needed to maintain safe and efficient conditions. More About Our Pipeline Meter Proving Services The Applied Technical Services (ATS) Family of Companies maintains a fleet of portable Small Volume Provers to meet your pipeline meter proving needs. All pipeline proving connections are made via petroleum industry standard hammer-style fittings for reliable, leak-free operation. All our proving rigs are equipped with generator power to ensure independent, reliable operation, as well as an on-board drain system for efficient draining of the proving equipment. Prover operation and report generation is done by computer running the PROVEit software program supplied by Flow-Cal, Inc. The measurement technicians employed by the ATS Family of Companies (FoC) have many years of pipeline meter proving experience and are trained in the API guidelines for Custody Transfer meter proving. All our employees’ health and safe-work...



The ATS Family of Companies (FoC) is a reputable provider of liquid flow meter calibration services supporting industries where precision and reliability are of the utmost importance. Our labs have an uncompromising commitment to excellence, so our staff prioritizes precision, ensuring the accuracy of our results. Our highly capable lab has the equipment and experienced staff needed to provide world-class calibration services. What is Liquid Flow Meter Calibration? Liquid flow meter calibration confirms the accuracy of liquid flow meters, which control and measure the flow of liquids. Like all measuring instruments, a flow meter’s accuracy will gradually drift over time, especially in environments with extreme temperatures. These inaccuracies compromise the meter’s reliability which can have costly effects on an operation’s bottom line. Calibrations allow manufacturers to avoid inaccuracies, increasing their confidence in their equipment’s reliability. During the calibration process, technicians compare a flow meter’s measurements to a known standard and adjust if the two values don’t align. The meter should receive regular calibrations to preserve its accuracy and ability to support an operation. Our Liquid Flow Meter Calibration Lab Our calibration lab provides reliable calibration services for various types of liquid flow meters from many industry-leading manufacturers. Our advanced equipment is properly calibrated and maintained to support our ability to carry out calibration procedures. Our expert technicians deliver tailored solutions to meet each client’s unique requirements, enhancing overall process efficiency. With our support, businesses can confidently rely on their flow meters for critical applications, boosting productivity and trust in their...



The Applied Technical Services Family of Companies (FoC) provides water flow calibration services that confirm and improve the accuracy of water flow meters. Water flow meters are an important part of many industries where precise water flow is needed to sustain the integrity of an operation or production. Our calibration lab performs a wide range of calibrations, helping our clients maintain reliable equipment that yields accurate results. What is a Water Flow Meter? Water flow meters measure the rate water flows through a system or pipe. There are numerous types of water flow meters, including ultrasonic and electromagnetic meters. Each type of water flow meter has unique characteristics designed to fit the unique needs of specific applications. Despite their differences, all flow meters require regular calibrations to correct the drifts in accuracy that occur over time. Our Water Flow Meter Calibration Services Our calibration experts take immense pride in our ability to offer state-of-the-art services tailored to the specific needs of our clients. Our facility is equipped with advanced and controlled testing, where we work diligently to evaluate equipment and ensure its precision. Our experienced technicians have decades of collecting experience using and assessing various types of flow meters. We offer calibrations for the following types of water flow meters: Mass flow meters Ultrasonic flow meters Vortex flow meters Coriolis flow meters Electromagnetic flow meters Turbine flow meters Our calibration lab offers services that are of great importance and benefit to various industries, such as: Environmental management Manufacturing Renewable energy...



The Applied Technical Services Family of Companies (FoC) offers water flow meter calibration services for numerous types of water flow meters. Modern industrial operations and applications have become increasingly complex the emphasis on precision and efficiency is more pronounced than ever. Our highly capable calibration lab supports our clients as they ensure their flow meters have the precision needed to comply with regulations. What is a Water Flow Meter? Water flow meters measure the volume of water passing through a piping system within a particular amount of time. There are various types of water flow meters, each with their own unique characteristics designed to cater to specific needs. However, like many instruments, water flow meters require calibrations on a semi-regular basis to ensure that their accuracy remains within the tolerable window of accuracy, confirming that its accuracy hasn’t drifted too far. More About Our Water Flow Meter Calibration Services Our independent calibration laboratory provides world-class and competitively priced water flow calibration services that are NIST traceable. Our is staff is educated and experienced in calibrating a various types of water flow meters, including: Ultrasonic flow meters Magnetic flow meters Turbine meters Upon completion of our calibration services, we offer certificates, ensuring the accuracy and reliability of our calibration equipment and processes. Our calibration experts prioritize precision and accuracy, increasing our client’s confidence in their equipment. Why are Flow Meter Calibration Services Important? Accurate water flow meters assist businesses as they optimize their operations, minimize expenses, and achieve or maintain regulatory...



The Applied Technical Services Family of Companies (FoC) offers wastewater flow meter calibration services that support water management operations. Wastewater is a byproduct of modern life, but its presence can pose serious risks to human health and natural environments if poorly managed. Flow meters are a critical component of wastewater management, and our calibration lab works to ensure that flow meters function as intended to ensure that wastewater management processes are efficient, safe, and compliant with regulations. What are Wastewater Flow Meters? Wastewater flow meters or the rate of flow of wastewater through pipelines which is important in maintaining the effectiveness of wastewater management systems. Various types of flow meters can be used to measure wastewater, including, but not limited to electromagnetic and ultrasonic flow meters. These meters are needed to manage municipal wastewater treatment facilities, industrial sites, and residential areas. Our Wastewater Flow Meter Calibration Services Our calibration experts understand the critical role these flow meters play in protecting communities and businesses from poorly managed wastewater. Our specialized team provides comprehensive calibration services designed to serve a wide range of flow meter technologies from industry-leading manufacturers. We use state-of-the-art equipment and traceable standards to ensure your devices meet or exceed industry requirements. We provide services that help with the following: Correcting drifts inaccuracies Addressing routine maintenance needs Complying with regulatory requirements Upon completing our calibration services, our clients will have increased confidence in their equipment, enabling them to rest assured knowing that their instruments are functional and reliable. The...



The Applied Technical Family of Companies (FoC) offers comprehensive liquid flow calibration services. Liquid flow meters are highly important to the success of many industrial operations and applications. However, over time flow meters can drift in accuracy which can present several issues to an operation. Fortunately, our calibration lab is equipped to calibrate a wide range of liquid flow meters from numerous manufacturers. What is Liquid Flow Calibration? Liquid flow meter calibration is the process of verifying and if necessary, adjusting a flow meter’s accuracy. The objective of liquid flow meter calibration is to measure the flow of liquids through a system, ensuring that the meter’s measurements fall within the desired range of accuracy. During the calibration process, technicians compare a flow meter’s value to a known reference standard, ensuring that the two values align and if they don’t, they correct the test specimen’s inaccuracies. Calibrations are an important component of many industries, but especially where precise liquid flow meter measurements are necessary to maintain quality, efficiency, and safety. These industries include: Automotive Chemical processing Food and beverage Oil and gas More About Our Calibration Lab Our expert-led flow meter calibration laboratory is equipped with state-of-the-art technology to conduct comprehensive and reliable services. We understand the impact flow meters have on an operation, so we work diligently to ensure our clients’ flow meters function. We offer calibration services that comply with common standards, such as those published by the ASTM, and we also offer personalized services that address any of...



The Applied Technical Services Family of Companies (FoC) offers world-class air flow meter calibration services. Air flow meters are used across numerous industries, and their accuracy is critical to the success of many industrial applications and operations. Our calibrations work diligently to deliver solutions that improve the precision and reliability of our clients’ air flow meters. What is an Air Flow Meter, and Why Are They Important? An air flow meter measures the amount of air moving through a system within a specified period. The meter provides essential data that helps to strengthen a business’s process control, environmental monitoring, and product quality assurance strategies. Accurate air flow measurement is necessary as it empowers businesses to optimize their efficiency while ensuring the safety of their air and gas-related functions. Many industries rely on precise air flow meters, including: Aerospace and aviation Automotive Manufacturing Oil and Gas Process Control and Automation More About Our Air Flow Meter Calibration Services Our state-of-the-art air flow meter calibration offers comprehensive calibration services for businesses seeking to ensure compliance with industry standards and improve their meter’s accuracy. We are a highly qualified and capable lab with the staff and equipment needed to calibrate various types of air flow meters, such as: Vortex flow meters Thermal mass flow meters Coriolis flow meters Turbine air flow meters We perform air calibrations in highly automated test stands with the following ranges: Uncertainty: 0. 11% to 0. 50% in mass flow rate Standard Range of Line Sizes: 0. 25” to...



The Applied Technical Services Family of Companies (FoC) performs flow rate calibration services on a wide range of flow meters from numerous manufacturers. Flow meters are vital to industrial operations and applications, and they should be regularly calibrated to ensure their accuracy. Our state-of-the-art flow meter calibration labs have the staff and equipment needed to confirm and adjust the accuracy of your flow meters. What is a Flow Meter, and What is Flow Rate? Flow meters measure the movement of fluids, liquids, and gases as they pass through pipes and systems. There are various types of flow meters, each with its unique ability to address the needs of specific applications.  Engineers and technicians rely on flow meters to determine the flow rate, which is the mass or volume of fluid passing through a system in a particular period. Accurate flow rate measurements are important as they’re needed to maintain operational safety and efficiency. Our Flow Rate Calibration Services Our flow meter calibration laboratory provides precise and traceable verification of flow measurement instruments, ensuring that flow meters measure flow rates accurately. Our experienced experts carry out calibration services in controlled labs, ensuring that our calibrations are reliable and compliant with rigorous standards. During the calibration process, we reference our clients’ flow meter measurements with a known stand to ensure the values match. If necessary, we adjust our clients’ meter to improve its accuracy, ensuring its reliability. Our experts calibrate various types of flow meters, including: Air gas flow meters Liquid flow...



The Applied Technical Services Family of Companies (FoC) offers flow calibration services for a wide range of flow meters from industry-leading manufacturers. Flow meters are an essential component of industrial operations, and their accuracy is needed to maintain operational efficiency. Our A2LA-accredited calibration lab helps our clients improve their equipment’s precision and ensure its compliance with standards, allowing them to focus their efforts elsewhere. What is Flow Calibration? Flow calibration occurs when a technician adjusts a flow meter’s accuracy to ensure it matches a known standard. The comparison allows the technician to identify and resolve any deviations in accuracy. The calibration is NIST traceable, ensuring the measurement's integrity and the equipment’s consistency and precision. Our Flow Calibration Services The ATS FoC owns and operates numerous calibration labs that offer an expansive list of flow meter calibration services. We understand the importance of flow meters, so we work diligently to confirm or improve their precision, supporting our client’s ability to maintain adequate levels of quality control. We offer calibration services for a multitude of flow meters, including, but not limited to the following examples: Coriolis flow meters Gas flow meters Liquid flow meters Magnetic flow meters Thermal mass flow meters Venturi flow meters Understanding How Flow Calibrations Benefit Businesses Flow meter calibrations aid businesses that rely on accurate measurement of liquids or gases in their operations. Flow meters often have a direct impact on a business’s product quality, efficiency, and safety so calibrations are invaluable as they prove the support needed...



The Applied Technical Services Family of Companies (ATS FoC) now offers LCD display upgrades for the IFR MLS-800 and MLS-800-2 ground station simulators. This specialized avionic test equipment is designed to support the maintenance and calibration of Microwave Landing Systems (MLS) in aviation. Until now, there have been no direct replacement options for the IFR MLS. Our calibration lab can now upgrade this device with a clear and crisp LCD, improving the accuracy and reliability of MLS. LCD Display Upgrade Since the IFR MLS-800 was created in the 1980s, the CRT display has become very weak, distorted, or simply failed over time, making the device unusable. Our team of Calibration experts has worked diligently on the LCD upgrade, replacing the dim and distorted CRT display and driver control board assembly. This enhancement restores the MLS-800's usability by minimizing the load on the internal power supply, eliminating high voltages, and reducing excessive internal heat, extending the unit's lifespan. The LCD upgrade is a crucial improvement for the instrument, offering increased reliability, longevity, and cost-effectiveness. By modernizing this essential test equipment, technicians can continue relying on its accuracy and functionality without the drawbacks of decades-old displays powered by obsolete CRT technology. The ATS Family of Companies is now offering this enhancement to all customers looking to upgrade and calibrate their IFR MLS-800, ensuring these invaluable units remain operational for years. ATS FOC Calibration Services ATS’ A2LA-certified labs offer extensive calibration, repair, and maintenance services nationwide. Our ISO/IEC 17025:2017 accredited team has dedicated...



The Applied Technical Services Family of Companies (FoC) offers flow calibration services for various types of flow meters used in a wide range of industries. Flow meters are essential to the daily operations of commercial and industrial buildings as they measure important metrics that provide insight into an operation’s safety and efficiency. Our world-class flow meter calibration lab is fully staffed and equipped with the technology needed to ensure the precision and reliability of your flow meters. Understanding Flow Meters Flow meters measure the flow rate of gases and liquids traveling through systems and pipes. They’re an important part of the manufacturing process for a wide range of industries, but especially industries where the precise measurement of a liquid or gas’s flow is needed to ensure product quality and safety. These industries include: Aerospace Automotive Chemical processing Pharmaceutical Power generation More About Our Flow Meter Calibration Services Our highly trained and experienced calibration specialists use our state-of-the-art laboratory to calibrate various types of flow meters, such as: Coriolis flow meters Liquid flow meter Micro motion mass flow meter Oxygen flow meter Thermal mass flow meter Ultrasonic flow meter Water flow meter Our NIST-traceable calibrations ensure that our calibration services offer reliable results for our clients. In addition to providing services that confirm our clients’ compliance with industry standards, we can also provide customized solutions that meet the unique needs of our clients’ projects. The Importance of Flow Calibration Services Flow calibration services are essential in industries where accurate flow measurements...



CEESI, a member of the Applied Technical Services Family of Companies (FoC) offers flow meter calibration services that ensure the accuracy of various types of flow meters. Flow meters are widely used in industrial processes and applications because they collect real-time data revealing important information about operational efficiency. Our A2LA-accredited flow meter calibration lab enables our clients to focus their efforts elsewhere while we minimize the disruptions and costs associated with inaccurate flow meters. What are Flow Meters, and How are They Calibrated? A flow meter measures the quantity of liquid or gas that passes through a pipe. Industrial applications require controlled flow rates, so a flow meter is an invaluable tool because it allows operators to monitor mass, volumetric, linear, and non-linear flow rates. Flow meter Calibration is the process of verifying and if needed, adjusting a flow meter’s accuracy by comparing the meter’s performance to a known reference standard. During the testing process, technicians subject both flow meters to the same flow conditions within the same piping system and observe any differences between the measurements. If needed, technicians adjust the flow meter’s accuracy, ensuring that its precision is compliant with traceable +national or international standards. Our Flow Meter Calibration Services Our state-of-the-art flow meter calibration labs provide traceable and precise calibration services for numerous types of flow meters, including, but not limited to the following: Coriolis Meters Magnetic Flow Meters Turbine Flow Meters Ultrasonic Flow Meters In addition to the flow meters mentioned above, we offer many specialty...



The Applied Technical Services Family of Companies (FoC) offers AC voltmeter calibration services that confirm the accuracy of instruments used to measure AC voltage. Instruments that measure AC voltage are critical to the success of industrial operations because they ensure that electrical systems are effective and safe. Our experts calibrate AC voltmeters so our clients can rest assured knowing their voltmeters are reliable and complaint with industry standards. What is an AC Voltmeter? An AC voltmeter is a device that measures the AC voltage between two points within an electrical circuit. They measure the effective voltage of in an alternating current and typically expressed measure currents as a root mean square (RMS) value. An RMS value represents the equivalent DC voltage required to deliver the same power to a resistive load. AC voltmeters are an essential component of the work lives of engineers, electricians, and technicians whose work duties involve electronic systems. Why is It Important to Calibrate Voltmeters? Voltmeters provide important insight about the voltages of electronics and electrical systems that are fundamental to the success and sustainability of an operation. Over time, voltmeters can become less accurate due to various factors such as physical damage and stress, exposure to harsh temperatures, and the equipment’s age. Regular calibration services are recommended to maintain equipment accuracy and minimize the risk of inaccurate measurements. Equipment accuracy is vital for safety, as inaccurate voltage readings can lead to dangerous circumstances that can put people and equipment at risk. Additionally, many industries require...



The Applied Technical Services Family of Companies (FoC) offers ammeter calibration services that help companies ensure the reliability and safety of electronic systems. Our calibration specialists take immense pride in their ability to maintain and improve the precision of equipment that is instrumental to an operation’s success. What is Ammeter Calibration? An ammeter is an instrument that measures a circuit’s electric current. Like all measuring equipment, ammeters require occasional calibrations to ensure their accuracy. During the calibration process, technicians compare the measurements of an ammeter with the measurements of a reference standard. The calibration occurs in a controlled environment ensuring that the device’s accuracy isn’t compromised by humidity or temperature. Our Ammeter Calibration Services We are a third-party inspection lab with a firm understanding of the importance of precision. We recognize that measurement instruments are essential to the services our clients provide, so we work diligently to ensure that we comply with rigorous precision standards. Our ammeter calibrations are especially beneficial to businesses whose operations and applications have a heavy dependence on electrical systems. Our laboratory is fully staffed and equipped with the cutting-edge technology needed to ensure that we deliver world-class service for a competitive price. How Often Should You Calibrate an Ammeter? Most ammeter manufacturers recommend that their ammeters receive annual calibrations. However, factors such as general use, physical damage, and exposure to extreme temperatures affect the instrument’s accuracy, so regular calibrations are an effective way to ensure your devices never fall out of the accepted range of...



The ATS Family of Companies (FoC) provides air velocity meter calibration for critical instruments and equipment. Pilots rely on air velocity meters, or anemometers, for accurate readings. Aging or damaged instruments can give pilots inaccurate measurements with dire results. To keep your equipment within specifications and maintain the safety of your aircraft and occupants, ATS calibrates a wide array of avionic instruments. Wind Tunnel Calibrations of Anemometers ATS calibrates a wide range of anemometers for accurate air velocity and wind speed measurements: Hot wire Vane/propeller Pitot-static tubes Ultrasonic Our custom-made Eiffel-type wind tunnel can reach a wind velocity between 2. 5 m/s and 35 m/s in multiple directions. For maximum accuracy, we compare the flow rate with our reference wind anemometers that can achieve up to ±0. 6% accuracy. We compare all measurements against ISO/IEC 17025:2017 calibrated anemometers, manufacturer tolerances, and client specifications. To account for hysteresis effects, we test each unit under dynamic speed directions. Hysteresis and other errors cause the flight instrumentation to lag, such as when the aircraft experiences a sudden change in angle and wind pressure. In addition to calibrating equipment for accurate measurements, ATS offers wind vane inspections to confirm the blades are free from physical defects, such as cracks and chips, that will negatively impact performance. Pitot-Static System Test Sets ATS calibrates pitot-static system test sets. Pitot-static systems measure air pressure to determine the aircraft’s airspeed, as displayed on an airspeed indicator (ASI). However, pitot-static systems are vulnerable to position error, blockage, and miscalculations at high altitudes...



The Applied Technical Service Family of Companies provides vernier caliper calibration services at our accredited calibration laboratory. Vernier Caliper A vernier caliper is an instrument that produces accurate linear measurements. It utilizes two graduated scales: an auxiliary scale (the vernier) and a main scale. The vernier slides parallel to the main scale, producing readings of a fraction of a division on the main scale. The Importance of Vernier Caliper Calibration Vernier calipers provide accurate readings for the dimensional measurements of a component, part, or product. During frequent use, vernier calipers may be susceptible to wear. Other factors, such as temperature, can also affect measurement accuracy. Calibrating vernier calipers helps standardize measurement errors, ensuring accurate readings within specific tolerances. Experts will identify these tolerances by using reference standards. Vernier Caliper Calibration at ATS The ATS Family of Companies follows all procedures applicable to internal and external calipers, validating equipment to US and metric measurement standards. Our certified technicians use stainless-steel and ceramic gauge block standards to calculate test points across the vernier caliper’s full range. We achieve all necessary testing points for dimensional calibration by utilizing multiple gauge block standards to measure a single test point in a technique known as wringing. The process of wringing bonds gauge blocks together via surface tension and molecular attraction to produce one standard for the test point. Other Caliper Brands Calibrated Brembo Brown & Shape Chicago Brand China Brand Digimatic Fowler Husky Mitutoyo ML Tools Neiko Tools Starrett TCC ATS' Commitment to Quality The...



The Applied Technical Services Family of Companies provides electrical conductivity meter calibration at our accredited calibration laboratory. Electrical Conductivity Electrical conductivity is a property of most materials, ranging from non-conductive materials to extremely conductive materials. Aqueous solutions are commonly between the two extremes. Electrical Conductivity Meter An electrical conductivity meter is an instrument that tests the electric current in a material. This instrument typically contains a probe/coil, a positive electrode, and a negative electrode. During measurement, negative ions flow into the positive electrode while positive ions flow into the negative electrode, causing a change in voltage that produces a conductivity reading. The Importance of Electrical Conductivity Meter Calibration The values of electrical conductivity meters are only as reliable as the instrument’s most recent calibration. The accuracy of these values is essential to product quality and safety in various industries, including aerospace, agriculture, chemical manufacturing, HVAC, pharmaceuticals, substrate analysis, and water utilities. ATS Electrical Conductivity Meter Calibration The ATS Family of Companies provides electrical conductivity meter calibration for benchtop, handheld, and portable devices at our accredited calibration laboratory. We perform electrical conductivity meter calibration for both solid and liquid meters and conductivity and pH meter combo units. In addition to electrical conductivity meters, our calibration labs perform calibration services for instrument check standards. Electrical Conductivity Meter Brands Calibrated Centurion NDT GE Inspection Technologies Fischer Hocking KJ Law Engineers Magnaflux Nortec SigmaCheck Signet Verimation ATS Calibration ATS Calibration provides high-quality calibration services that include proper documentation and testing to common standards. Our...



Applied Technical Services' Family of Companies provides Extech pH meter calibration services to help clients ensure accuracy and reliability. pH A pH is a unit of measurement from 0 to 14, indicating the degree of a solution’s acidity or alkalinity. Experts commonly perform pH tests in water analysis, reporting a log of negative hydrogen ion activity in a solution. pH Meter A pH meter is a measuring instrument with two electrodes - one for sensing hydrogen ions and one for reference. The sensing electrode detects changes in voltage for comparison, and the difference between these two voltages is shown as a pH value through the meter. The Importance of pH Meter Calibration pH meter calibration is essential when using a pH meter due to how electrodes change over time. Because of aging and use, an electrode’s performance may stray from the theoretical slope and offset over time. Regular calibration of pH meters adjusts an electrode based on any changes, ensuring that readings are accurate and repeatable. Extech Instruments Extech Instruments is one of the largest suppliers of handheld electronic measuring equipment. They provide the Extech Advantage™, offering their customers support, selection, and innovation. Extech pH meters are high-accuracy testers that guarantee years of reliable service. Extech pH Meter Calibration at ATS The ATS Family of Companies calibrates Extech pH meters, adjusting the instruments to help them deliver accurate, consistent readings while maintaining all applicable standards. We calibrate these pH meters in reference to buffer solutions with known pH levels. Other...



Applied Technical Services (ATS) strives to meet your equipment needs with Apera pH meter calibration and certification from our experts. Apera manufactures benchtop pH meters and portable sensors that measure pH in water, soil, and paints, as well as high-temperature solutions for laboratory research, field measurements, and quality control. ATS calibrates at multiple values across the meter’s range to ensure continued accuracy of alkalinity and acidity measurements. Schedule calibration with a qualified ATS lab to comply with regulations for your industry. Apera pH meters require frequent recalibration, as each measurement exposes their sensitive probes to potential contaminants. Over time, these contaminants can harden into a thin layer of scaling or corrode the surface of the probe, degrading the meter’s accuracy when comparing hydrogen ions in a solution. In high-precision applications, this drift can severely impact quality control and reliability. ISO/IEC 17025:2017 pH Meter Calibrations The ATS calibration lab is ISO/IEC 17025:2017 accredited in chemical, dimensional, electrical, flow, and mechanical calibrations. An expert assigned to your device will follow documented and controlled calibration procedures from NAVAIR, ASTM, ISO, and other international standards organizations as appropriate to the service requested. Our experts compare pH meters with standard pH buffer solutions. We operate a temperature- and humidity-controlled lab to restore accuracies within +/- 0. 2 pH. If a pH meter is not within specification, a technician can adjust the device until readings comply with Apera’s recommendations and the client’s tolerances. To learn more about our environmental calibration services, click here. Why ATS? ATS...



The ATS Family of Companies (FoC) offers a range of equipment repair services. Our labs are ISO/IEC 17025 accredited in calibrations of mechanical, electrical, chemical, dimensional, and thermodynamic equipment. Equipment repair from a qualified lab improves performance and encourages long-term use of critical assets, saving clients from expensive replacements. Trust our experts to closely inspect a unit’s condition and consult with you on a cost-efficient and reasonable repair plan. Our capabilities include: Equipment AC/DC Drive Repair Services Circuit Board Repair Services Display and Touch Screen Repair Services Encoder Repair Services Electronic and Precision Equipment Repair and Maintenance Equipment Light Curtain Repair Services Power Supply Repair Services Servo Motor Encoder Repair Services Servo Motor Repair Services Test Equipment Repair Services Torque Wrench Repair and Calibration By Company Allen-Bradley Bosch CENTRALP Danfoss PanelView Siemens Tektronix



Applied Technical Services calibrates temperature meters according to ASTM thermometer calibration standards. From monitoring the temperature of a vehicle’s engine to meteorologic weather forecasts to quality control during manufacturing, accurate temperature measurements are essential to daily business activity. All thermometers require calibration, from non-contact infrared (IR) guns to immersive liquid-in-glass thermometers and anything in between. If a thermometer has fallen out of tolerance, it will provide incorrect data that may jeopardize production, safety, and resources. Clients should schedule periodic calibrations to catch drift early and mitigate risks. Quick Turnarounds from Qualified Professionals The environmental calibration lab at ATS has provided full-service inspection and calibration for decades. Our experts’ familiarity with tried and true calibration procedures helps them reach a 7 to 10-day standard turnaround rate from when your device arrives at the lab to when we ship it back to you. Our calibration experts begin by inspecting the thermometer for damage. The rigorous operating environment of industrial thermometers can repeatedly expose devices to moisture, vibration, shock, electrical interference, and contamination that degrade the tool’s accuracy and performance. If the thermometer is in good condition, our expert prepares it for the procedure. Calibrations with ASTM and Custom Procedures Clients may select from several calibration procedures, including comparison with NIST-traceable Platinum Resistance Thermometers (PRTs), thermocouples, temperature baths, block calibrators, ice point references, and ITS-90 fixed-point cells. Our combined calibration equipment can reach the following ranges: Temperatures: -196 to 1,200°C Relative humidity: 10 to 95% RH Infrared (IR): -30 to 500 °C We...



The Applied Technical Services Family of Companies performs in-depth mass flow controller calibration services to help your business verify accuracy, maintain regulatory compliance, and keep operations running smoothly. Mass Flow Meters and Controllers While mass flow meters (MFM) measure liquids and gases as they pass through a system, mass flow controllers (MFC) both monitor and control the rate of flow. Regularly scheduled calibration services are critical to maintaining the accuracy and safety of the piping systems used across a wide range of industries. Flow Meter Calibration at ATS Our dedicated mass flow controller calibration specialists perform comprehensive services to ensure your controller performs within tolerances and up to your quality standards. Our calibration experts begin by preparing the flow controller for calibration, at which point measurements are taken. These measurements are compared to standards and adjusted as necessary. Any damage or flaws are identified, and repairs are recommended and performed before final measurements are taken to verify controller accuracy. Every step of this process is thoroughly documented and provided to clients along with calibration certification that is available electronically through our iPortal interface. Additional Calibration Services The Applied Technical Services Family of Companies offers a variety of calibration services. In addition to mass flow controller calibration services, some of our popular offerings include: Magmeter Calibration Liquid Flow Meter Calibration CMM Calibration Testo Calibration Micrometer Calibration Spectrum Analyzer Calibration Light Meter Calibration FLIR Calibration Applied Technical Services The Applied Technical Services Family of Companies offers an expansive list of calibration services...



The Applied Technical Services Family of Companies performs Endress Houser flow meter calibration to ensure the accuracy and dependability of flow measuring equipment and compliance with regulatory requirements. Flow Meter Calibration at ATS ATS provides comprehensive flow meter calibration solutions for electromagnetic flowmeters, thermal mass flowmeters, differential pressure measurement devices, ultrasonic flowmeters, and a variety of other flow measurement equipment to help clients maintain efficient and reliable business operations. Our calibration experts begin by preparing the flow meter for calibration, checking the device’s condition and status. Technicians then take measurements to compare with known reference standards, verifying flow meter accuracy and making any necessary adjustments. Every aspect of the calibration process is thoroughly documented, including pre and post-calibration status, identification of any flaws or damage, adjustments and repairs made, and calibration certification. This report is always available to clients electronically through our iPortal interface. In addition to Endress+Hauser, ATS calibrates liquid and gas flow meters and other flow measurement devices made by manufacturers including but not limited to: Sierra Instruments SIKA USA Precision Instrumentation Alicat Scientific AVL Blue-White Industries Eldridge Products GF Piping Systems Hawkeye Energy Solutions MAC Instruments OMNI Flow Computers Inc. TSI Inc. VorTek Instruments Webtec Wyatt Engineering Applied Technical Services: The Flow Meter Calibration Experts With clients operating in the aerospace, oil and gas, nuclear, automotive, renewable energy, chemical, construction, consumer products, and manufacturing industries, we understand that different companies and organizations have unique calibration needs. We custom-tailor our calibration procedures to each individual clients to ensure...



The Applied Technical Services Family of Companies (FoC) offers industrial calibration services to national and international clients. We calibrate to broader ranges while delivering industry-leading precision; businesses and manufacturers ship their devices to our state-of-the-art labs daily for this reason. We give units at least 24 hours to stabilize in controlled lab temperatures and humidities for increased precision and reliability. Lab and Field Services Our calibration experts use their decades of combined experience performing a variety of procedures to return client equipment to its specified tolerances as soon as possible. The ATS calibration lab typically returns devices within 7 to 10 business days from the date of receipt, with expedited services possible upon request. ATS also offers on-site services for prohibitively large equipment to reduce downtime and eliminate the need for disassembly and shipping. We can send an expert to your location to calibrate installed equipment or units that otherwise cannot be shipped. Our calibration lab is ISO/IEC 17025:2017 accredited in: Electronic Calibrations Mechanical Calibrations Thermal and Environmental Calibrations Standard Calibrations Avionics Calibrations Field Calibration Services Inspection, Calibration, and Repair From the time an industrial device enters our facilities until the time it leaves, we take steps to restore your equipment to optimal quality. Our specialists begin with a basic cleaning to clear measurement surfaces of debris accrued during operation, such as corrosion and contamination, which can introduce uncertainties to high-precision devices. If a technician concludes the device needs repairs to function properly, they will inform the client before proceeding...



The growing Applied Technical Services Family of Companies (FoC) performs comprehensive industrial scale calibration in our ISO/IEC 17025:2017-accredited calibration labs and in the field. Scales and balances require regularly scheduled calibration to ensure clients get the most out of their heavy-duty equipment and meet critical business objectives for quality control, logistics, regulatory compliance, and safety. How the Environment Impacts Your Scale ATS calibrates rugged industrial scales to counter the effects of heavy use. While all devices experience wear and tear as they age, industrial scales often operate in outdoor and industrial settings where they are more susceptible to harsh conditions. All scales include a load cell that responds to force, interpreted as weight. The load cell expands and contracts due to temperature fluctuations, such as exposure to direct sunlight and seasonal changes. Over time, these oscillating temperatures cause a subtle drift in the scale’s readings. Scale accuracy can also degrade under the typical rigors of their operating environment: Air pressure Creep Dust Elevation Moisture intrusion Vibration ATS Calibrates Precise Scales We calibrate devices that measure small samples, such as analytical balances and precision scales. These tools have applications in industries that rely on close measurements, such as chemistry, pharmaceuticals, cosmetics, and electronics. Analytical Balances Analytical balances take precise measurements of small sample masses. Calibration helps users avoid drawing inaccurate conclusions if the device is out of tolerance. We also calibrate other metrological balances, including spring balances, portable balances, equal arm balances, and unequal arm balances. Precision Scales Many professionals use...



The Applied Technical Services Family of Companies (FoC) offers Narda calibrations that ensure that Narda instruments produce reliable results. What is Narda Safety Test Solutions? Narda Safety Test Solutions, or Narda, is a popular manufacturer of electromagnetic measurement technology. The company is revered for its commitment to manufacturing high quality equipment, such as spectrum analyzers, field meters, probes, and monitors. Our Calibration Services Our calibration experts use their education and experience to provide comprehensive calibration services that ensure the accuracy of various types of equipment. We understand that our clients operate on strict schedules, so we offer both in-lab and on-site calibrations to ensure that our calibrations can be done at our client’s convenience. In addition to Narda calibrations, we offer calibrations for numerous other manufacturers, including: Advantest Agilant Technologies B&K Precision Boonton Bruel & Kjaer Copper Mountain Fluke Keysight MegiQ IEC Phillips Standford Research Tektronix Why is It Important to Calibrate Measuring Equipment? Industrial measurement equipment is an essential component to the success of a wide range of applications. While factory calibrations are effective, over time or after repeated use, accuracy can drift which causes issues with the equipment itself and the measurement it produces. Fortunately, third party calibration services, such as those offered by ATS, allow businesses to restore faith in their equipment through regularly scheduled calibrations. Our calibrations help our clients do the following: Comply with standards and regulations Quality control Ensure the accuracy of equipment Uphold safety standards About Applied Technical Services Since our founding in...



The Applied Technical Services Family of Companies (FoC) provides Badger Meter calibration services for critical flow meters and processes. Badger Meter products enable users to manage resource transfers in piping and tubing systems. From plumbing and HVAC to oil and gas, countless industries rely on flow meters for resource monitoring, diagnostics, and quality control. The Need for Badger Meter Calibration To maintain high-quality operations, companies must submit their tools and equipment for periodic calibrations. Over time, a flow meter’s accuracy depreciates, leading users to draw inaccurate conclusions. It is imperative to schedule routine calibration checks for all flow measuring devices for continued meter accuracy as well as: Safety System longevity Regulatory compliance Resource conservation Accurate financial data Business-critical decisions Ensure the accuracy of your Badger Meter systems with regular calibration from the ATS FoC. We calibrate Badger Meter products such as: Mass flow meters (mass flow comparators, thermal mass flow meters, Coriolis) Differential pressure meters (rotameters) Positive displacement meters Velocity flow meters (turbine, vortex, ultrasonic) ISO/IEC 17025:2017-Accredited Facilities ATS Marietta’s ISO/IEC 17025:2017-accredited calibration lab offers precise calibrations from experienced professionals. Their comprehensive training and familiarity with sophisticated calibration procedures help them reach a standard turnaround rate of 7 to 10 business days. Send your device to our state-of-the-art facilities for inspection and calibration in our ISO/IEC 17025:2017-accredited lab. For optimal precision, we give all incoming shipments at least 24 hours to stabilize before proceeding with services. The lab’s temperature is maintained within 2 degrees of 68 ˚ F and between...



Call the ATS Family of Companies for Alicat calibration, a comprehensive calibration service for critical flow and pressure instruments. We are a network of strategically aligned firms with accredited calibration labs nationwide. Graftel, a member of the ATS FoC, has partnered directly with Alicat as an OEM-certified lab. Alicat Scientific produces industrial and scientific equipment for monitoring and controlling processes in industries such as: Aerospace Aviation Manufacturing Medical Nuclear Oil and gas Petrochemicals Pharmaceuticals Power generation Periodic calibration helps resolve inaccuracies caused by environmental conditions, the rigors of operation, and aging equipment. Over time, the readings of even the hardiest equipment will begin to drift. Inaccurate measurements from a flow meter or pressure instrument can lead to safety hazards and compromised product quality that require expensive repairs and downtime. ATS Calibration Services The ATS FoC operates multiple state-of-the-art labs accredited to ISO/IEC 17025:2017 for calibration services. Our experts draw from decades of experience in electrical and mechanical calibration when working with Alicat instruments. In the lab, our experts compare Alicat devices with NIST-traceable standards to identify and resolve inaccuracies. If a technician finds the device is out of tolerance, our experts can adjust the device to restore its accuracy. Clients can ship devices to our lab for service with a 7 to 10 standard turnaround rate, or a technician can travel to our client locations to calibrate immovable equipment on-site. Clients may request expedited services. We conclude our calibration with a thorough report of the device’s condition and performance, which...



The Applied Technical Services Family of Companies offers light meter calibration services to help ensure the precision and dependability of light measuring devices. Light Meter Calibration Light meters measure light intensity to assess the brightness levels in various environments. Light meters are commonly used to take photometric and illuminance measurements, in photography and cinematography, when designing indoor and outdoor lighting, for occupational safety, in agriculture, for art conservation, during energy efficiency audits, in environmental monitoring, and when assessing building code compliance. Light meters require calibration as they eventually succumb to drift, resulting in inaccurate measurements and diminished effectiveness. Our experts provide comprehensive light meter calibration, ensuring precise measurements you and your business can rely on. All ATS calibration services include detailed reporting and a calibration certificate that can be accessed electronically through our electronic iPortal interface. Electrical Calibration at ATS In addition to light meter calibration, our highly trained technicians perform a variety of electrical calibration services to address the needs of our diverse client base. These services include: Audio Analyzer Calibration Battery Charger, Discharger, and Tester Calibration Centrifuge Calibration Charge Amplifier Calibration Current Transducer Calibration Dielectric Tester Calibration Electrostatic Voltmeter Calibration ESD Gun Calibration High Resistance Meter Calibration Ionizer Calibration Handheld and Benchtop LCR Meter Calibration Spectrum Analyzer Calibration Radiometer Calibration Multimeter Calibration Oscilloscope Calibration RF Signal Generator Calibration Power Supply Calibration Sonic Tension Calibration Spark Tester Calibration Noise Dosimeter Calibration The Calibration Experts at Applied Technical Services Founded in 1967, ATS has over nearly six decades of business...



The Applied Technical Services Family of Companies performs FLIR calibration to ensure the accuracy, reliability, and proper functionality of thermal imaging infrared cameras. Thermal Imaging Infrared Camera Calibration Thermal imaging IR cameras capture an image of infrared radiation that is otherwise invisible to the human eye. FLIR manufactures thermal imaging devices including cameras, optics, testing and measuring equipment, and mobile phone attachments. Thermal imaging cameras have many different applications, including: Temperature Measurement Anomaly Detection Heat Pattern Visualization Search and Rescue Security and Surveillance Building Inspections Wildlife Monitoring Industrial Process Monitoring Medical Diagnostics Law Enforcement and Firefighting Like any other measurement tool, FLIR devices require regular calibration to verify the accuracy of their measurements and maintain compliance with regulatory requirements. ATS’ highly trained calibration experts analyze all aspects of a thermal imaging camera to ensure they function properly for their intended purpose. The calibration process includes taking temperature and radiation measurements that are then compared to a known reference standard. Any necessary adjustments and repairs are documented and discussed with the client before the device is returned to tolerance and efficient operation. FLIR calibration requires complex equipment, an accredited calibration lab, and highly knowledgeable technicians, making Applied Technical Services the premier service provider. Calibration Services at ATS With over three decades serving as one of the country’s most well-established calibration providers, ATS features a frequently expanding list of calibration service offerings, including: Magnetic Flow Meter Calibration Craftsman Multimeter Calibration X-Rite Calibration Omega Flow Meter Calibration Embedded Calibration Lab Services CMM Calibration...



The Applied Technical Services Family of Companies (FoC) offers flowmeter calibration services for a wide range of flowmeters. What is a Flowmeter? A flowmeter measures the flow of a gas or liquid as it passes through a channel or pipes. There are numerous types of flowmeters, and various industries rely on them for their effectiveness at industrial applications, including automotive, chemical processing, and power generation. While there isn’t a singular flowmeter that is ideal for all applications, it is equally essential amongst all flowmeters to ensure that they receive regular calibrations.   About Our Calibration Lab Our ISO/IEC 17025 accredited lab calibrates multiple types of flowmeters, including the following: Air gas flowmeters Magnetic flowmeters Micromotion flowmeters Rotamers Ultrasonic flowmeters We offer competitively priced NIST traceable calibration services that ensure our clients equipment is not only reliable, but compliant with industry standards. Why is it Important to Calibrate Flowmeters? Flowmeter calibrations help to ensure that instruments yield accurate results that can be relied upon in applications that require extreme precision. Inaccurate flowmeters may produce unreliable measurements that lead to serious consequences, comprising product quality, operational efficiency, and safety practices. High-quality flowmeter calibration services help businesses do the following: Comply with standards and regulations Maintain reliable and accurate equipment Avoid the unnecessary expenses associated with inaccurate equipment Reduce the likelihood of flowmeter-related safety risks Our Commitment to Quality Founded in 1967, ATS has continued to establish itself as an industry leader in consulting engineering, inspection, testing and calibration. Since 1987, we’ve offered...



The Applied Technical Services Family of Companies (ATS FoC) provides a comprehensive range of gage calibration services, quickly and effectively returning critical equipment to tolerance. Professionals in many industries rely on gages when making operational decisions for quality control, dimensional comparisons, and regulatory compliance. Our experts know firsthand the importance of measurement accuracy and compliance, which is why they approach calibrating metrological equipment with the highest care and attention. Accredited Calibration Labs We accept shipments to our ISO/IEC 17025:2017-accredited labs, the first of which has been in operation since 1987. Our experts’ familiarity with gages and procedures contributes to our quick turnaround rate. The ATS lab has achieved a standard turnaround rate of 7 to 10 business days. All gauges are given at least 24 hours upon arrival to stabilize in the environmentally controlled lab before calibration. Our lab remains within 2 degrees of 68 ˚ F, the ideal temperature for calibration, with a relative humidity between 30-55%. Some of the gages we work with are extremely sensitive, so our lab floors contain isolation joints to absorb vibrations caused by nearby movement and daily operations. These controls help ensure maximum calibration efficacy. What Gages Can the ATS FoC Calibrate? The ATS FoC staff applies decades of combined expertise in electrical, dimensional, and mechanical calibrations to identify problems and solutions quickly. Our experts compare readings across the gage’s range with a NIST-traceable standard value, then ensure the gage performs within tolerances set by the manufacturer or client. ATS calibrates standards and...



Applied Technical Services offers a wide range of services for maintaining electrical equipment, including Fluke 289 calibration. The Fluke 289 is part of a long line of high-quality digital multimeters (DMMs) for capacitance, resistance, frequency, and current measurements. As a true-RMS meter, the Fluke device measures sine and non-sinusoidal waves without electrical interference from a noisy setting. Professionals frequently deploy Fluke 289 to identify and diagnose problems in electrical systems and processes. The digital multimeter has a variety of applications, including HVAC, power supply, electronics, automation, and other industrial electro-mechanical equipment. Keep Your Fluke 289 in Operation Longer Users should schedule regular calibrations and inspections from Applied Technical Services to keep their critical tools in good condition as standard use can result in decreased measurement accuracy. ATS helps clients maintain their sophisticated Fluke devices for long-term use and continued precision: Follow equipment regulations Comply with internal safety, maintenance, and quality programs Maintain quality levels Save resources long-term Take reliable measurements Choosing When to Schedule Calibrations Following a regular calibration schedule contributes to long-term reliable performance. Clients can schedule periodic calibrations with ATS to catch and correct natural drift early. Annual inspections and calibrations help mitigate the effects of age, operating environment, and electrical loads on equipment performance. Clients may also request calibration outside of the annual schedule if the meter has recently suffered a drop, shock, or other event that can lead to damage. Schedule Calibrations from ATS’ Qualified Lab The ATS calibration lab is ISO/IEC 17025:2017-accredited in a variety...



The Applied Technical Services Family of Companies performs spectrum analyzer calibration services to help ensure the accuracy and reliability of signal analysis devices. Spectrum and Signal Analyzers Spectrum analyzers provide information on a signal, identifying details such as frequency distribution, frequency type, and frequency power to pinpoint dominant frequencies and unwanted interference. Spectrum and signal analyzers are critical to the automotive, aerospace, healthcare, medical, military, and defense industries, as well as many others. Like other measurement and analysis devices, spectrum analyzers eventually drift out of tolerance and require regular calibration. ATS’ calibration experts start by performing an initial inspection in our temperature, vibration, and humidity-controlled laboratory. The spectrum analyzer is then used to take measurements that are compared to a known reference standard to identify any inconsistencies. Our technicians calibrate the device’s frequency, amplitude, resolution bandwidth (RBW), video bandwidth (VBW), and reference level, documenting each step of the process. All clients receive a thorough calibration report that includes detailed accounts of initial findings, adjustments, any necessary repairs, final results, and a calibration certificate. Failure to maintain spectrum analyzers through calibration can lead to measurement errors, regulatory compliance failure, loss of revenue, and more. Regularly scheduled spectrum analyzer calibration services can help prevent these risks and limit liability. Electrical Calibration at ATS Applied Technical Services offers a variety of calibration services performed in our state-of-the-art lab, on-site at client facilities, and in the field. Some of our most popular electrical calibration services include: IR BT Thermometer Calibration Digital Multimeter Calibration Tachometer...



The Applied Technical Services Family of Companies (FoC) conducts load cell calibrations, ensuring that our clients’ load cells remain within an acceptable range of accuracy. Every type of measuring instrument can experience drifts in accuracy, but our highly capable calibration labs help to minimize the inconsistencies in instruments. What is a Load Cell, and What are Load Cell Calibrations? A load cell is an electronic device that converts various types of force, such as compression, pressure, and tension into measurable electronic signals. Load cells are commonly used in industrial equipment such as gauges and scales, so it’s essential that they’re well maintained to ensure their accuracy. Load cell calibrations are corrections applied to a load cell to improve the device’s accuracy, minimizing its margin of error. About Our Calibration Lab Our ISO/IEC 17025:2017 accredited calibration labs have the cutting-edge technology needed to conduct precise calibrations for numerous types of instruments and devices, including load cells. We properly maintain our calibration equipment to ensure that we offer precise calibrations that our clients can trust. We offer on-site and in-lab calibrations that allow us to customize our approach according to our clients’ demands and timeline. All our calibrations are NIST traceable, guaranteeing that our services uphold strict standards regarding precision and quality. Why is It Important to Calibrate Load Cells? Load cell calibrations help to ensure that the load cell provides consistent and reliable results. Failure to properly calibrate load cells could result in serious consequences, including the following: Non-compliance issues Flawed...



The Applied Technical Services Family of Companies (FoC) calibrates scales for numerous manufacturers, including Etekcity. Etekcity scales are popular scales known for their ease of use and accuracy. Our calibration experts calibrate Etekcity scales to verify that scales display accurate measurements that consumers can have confidence in. More About Our Scale Calibrations Our highly capable calibration labs feature the technology needed to thoroughly evaluate multiple types of scales, including Etekcity scales. During calibration, we compare our client’s scale to a reference standard to ensure that the measurements align. We maintain highly accurate reference standards so that our personnel and clients can be confident in our quality and precision. In addition to Etekcity scales, we calibrate equipment from many other manufacturers, including: Defelsko Druck Fluke Corporation Hexagon Troemner Our calibration services are always prompt and professional, ensuring that our clients receive satisfactory services that provide solutions to their needs. Why is It Important to Calibrate Scales? While many consumers may assume that scales are always accurate and reliable, they require calibration to ensure their performance and precision. Third-party calibration services such as those provided by Applied Technical Services are essential in ensuring that equipment remains reliable long after the initial factory calibration. Over time and after repeated use, scales drift in accuracy, which can lead to consumer mistrust. About Applied Technical Services Founded in 1967, Applied Technical Services is an established and respected provider of inspection, testing, consulting engineering, and calibration services to commercial businesses in multiple industries. As an ISO...



The Applied Technical Services Family of Companies performs Testo 552 calibration to help guarantee the accuracy of vacuum and micron gauges commonly used in HVAC and heat pump system maintenance and repair. Vacuum Gauge Calibration The Testo 552 is a highly precise digital vacuum gauge that monitors HVAC and heat pump system evacuation, taking deep vacuum measurements to identify any potential issues in heating and air conditioning system efficiency. The Testo 552 is a highly complex tool, utilizing Bluetooth and a proprietary application to provide results directly to electronic devices. While this is a resilient tool, Testo 552 calibration is a critical part of maintaining precise and reliable measurements. Our highly experienced calibration technicians take measurements that are then compared to a standard. Any irregularities or inaccuracies are thoroughly documented before the device is returned to its intended tolerance. Our calibration experts provide clients with detailed reporting that includes measurements before and after calibration, any adjustments or repairs made, and a calibration certificate. All ATS calibration reports are readily available to our clients electronically through our iPortal interface. HVAC Calibration ATS offers HVAC calibration services to verify the efficiency and reliability of heating and air systems, analyzing: System Balance Control System Responsiveness Heat Exchanger and Coil Condition Fan Speed and Efficiency Temperature Sensor Accuracy Pressure Sensor Operation Damper and Valve Positioning Thermostat Precision Airflow Sensor Reliability Final Verification Additional Calibration Services In addition to Testo 552 calibration, ATS offers a wide range of services to ensure accuracy and precision in...



Snap gauge calibration from Applied Technical Services helps ensure accuracy and restore trust in critical dimensional measurements. Used to measure outside diameter, thickness, and length, snap gauges (also called snap gages) support urgent decisions regarding the quality of components in the lab, on the assembly line, and in the field. Measurement speed and versatility have made snap gauges a must-have tool for industries as diverse as automotive, electronics, engineering, and manufacturing. Snap gauges are commonly used in go/no-go decisions for cylindrical and non-cylindrical workpieces like pipes, shafts, bolts, and threaded parts. Why Calibrate a Snap Gauge? Many professionals base on-the-spot decisions and quality monitoring procedures on snap gauge measurements. To maintain confidence in their readings, businesses consult third-party calibration labs for regular inspections and calibrations. ATS is ISO/IEC 17025:2017 accredited in many calibration procedures for dimensional measurements and tools. Our staff’s considerable experience means we can quickly identify drift and determine the source of common errors, such as: Harsh temperatures and humidity Lack of parallelism Mishandling or misuse Wear and tear Periodic gauge calibrations are essential to keeping snap gauges accurate and reliable. All measuring equipment begins to drift over time, resulting in inaccurate measurements that can lead to wasted resources, low-quality products, and a damaged reputation. Regular calibration can reveal equipment trends our clients can incorporate into maintenance and repair plans, extending the service life of critical equipment. How Does ATS Calibrate a Snap Gauge? Devices calibrated in our state-of-the-art lab first undergo a conditioning period of 24+ hours...



The Applied Technical Services Family of Companies (FoC) performs vacuum gauge calibration services that evaluate the precision of vacuum gauges. What is a Vacuum Gauge? A vacuum gauge is an instrument that measures the pressure in vacuums or vessels with sub-atmospheric pressure. Businesses use vacuum gauges in a wide range of applications, many of which require supreme precision and accuracy, making accurate vacuum gauge's critical to the success of an application. More About Our Calibration Services We offer high quality calibration services that help our clients correct any inaccuracies with their measuring equipment and sensors, including vacuum gauges. During the calibration process, our employees compare the value yielded by our client’s vacuum gauge to a known reference. If the numbers don’t align, we make the necessary adjustments and corrections to ensure that our clients’ equipment is within the desired range of accuracy. We offer in-lab and on-site calibration services, ensuring we meet our clients' demands in a timely manner. The Importance of Vacuum Guage Calibrations In general, businesses should conduct vacuum gauge calibrations annually, but more frequent calibrations may be necessary for equipment that is used often. A vacuum gauge’s factory calibration will degrade over time, so they require calibration to verify their accuracy, which helps manufacturers avoid the unreliable measurements produced by uncalibrated devices. A failure to confirm your equipment’s accuracy could result in the following: Non-compliance with mandatory regulations and standards Inaccurate results that compromise product quality Costly repairs for expensive and important equipment Safety hazards and potential...



The Applied Technical Services Family of Companies performs a wide range of calibration services, including liquid flow meter calibration, to help clients maintain the accuracy of their measurement equipment. Liquid Flow Meter Calibration at ATS At ATS, our state-of-the-art calibration facilities are equipped to handle various types of liquid flow meters. We also deploy teams of field technicians to address your calibration needs at your facility or on site for instruments that are difficult to transport. Our experts verify the accuracy of a flow meter to ensure that it performs within specified tolerances, performing meticulous procedures to precisely compare flow meter measurements to a known standard. Once the initial assessment is complete, ATS’ skilled technicians correct any inconsistencies and provide a thoroughly documented report detailing conditions before and after as well as a list of all adjustments and repairs made. Our calibration experts are trained to calibrate several different types of meters, including magnetic flow meters, oxygen flow meters, pressure meters, and propane flow meters. We utilize advanced calibration equipment and adhere to established procedures to guarantee accuracy and reliability. The Importance of Flow Meter Calibration Regularly scheduled liquid flow meter calibration helps to maintain the accurate flow measurements that your business relies on. Inaccurate flow readings can lead to operational inefficiencies, product defects, and financial losses. Regular liquid flow meter calibration is essential to maintaining measurement precision and compliance with industry regulations. Calibration also helps detect any wear or damage that could be detrimental to a meter’s long-term performance....



Applied Technical Services performs magmeter calibration services to ensure the precise accuracy of magnetic flow meters that measure water, chemicals, and other conductive fluids. Calibrating Magmeters Magnetic flow meters, also referred to as magmeters, measure the flow of liquids with electromagnetic induction. Magnetic flow meters consist of pipes coated in a non-conductive substance that have two electrodes mounted on the pipe opposite one another. Coils generate a magnetic field, applying voltage to the liquid as it passes through the magnetic field. This voltage is then detected by the electrodes, determining the speed at which the liquid is moving. As the fluid traveling through the magmeter is conductive, even contaminated liquids or those containing small particulates can be measured accurately. Magmeters are commonly used due to their cost-effectiveness, accuracy, minimal pressure drop, and their effectiveness at measuring liquids for a variety of industries, including food and beverage, chemical processing, and water and wastewater treatment. Magmeter Calibration at ATS The Applied Technical Services Family of Companies offers an expansive list of calibration services performed in our ISO/IEC 17025:2017-compliant calibration lab, at client facilities, and in the field. Our laboratory features highly advanced calibration equipment, is accredited by the A2LA, and is staffed by industry-leading professionals with combined decades of calibration experience. When calibrating a magmeter, our experts identify any flaws and irregularities before providing a detailed account of the current state of the flow meter. Once the magmeter is returned to accuracy, clients are provided with a thorough calibration report that documents...



The Applied Technical Services Family of Companies offers comprehensive mag flow meter calibration services. With a commitment to service excellence and unparalleled customer service, our experts apply decades of experience to ensure the accuracy and reliability of mag flow meters for businesses and organizations operating in a wide range of industries. The Importance of Mag Flow Meter Calibration Accurate flow measurement is essential to industries such as water treatment, chemical processing, and wastewater management. Mag flow meters, also known as magnetic flow meters, play a crucial role in quantifying the flow of conductive fluids. To guarantee precise and dependable measurements, Applied Technical Services offers mag flow meter calibration services to validate the accuracy of your equipment. Industries ranging from manufacturing to petrochemical depend on mag flow meters for critical flow rate data. Calibration becomes essential to ensure these meters consistently provide accurate readings to support efficient processes and facilitate compliance with industry regulations. Our calibration technicians quickly identify any inconsistencies in a flow meter, thoroughly documenting every step of the process as they return the meter to tolerance. We provide clients with thorough calibration reporting, including readings before and after a service and documentation of any changes or repairs. Calibration certificates are accessible at all times electronically via our iPortal platform. Calibration Services at Applied Technical Services With over 55 years of industry experience, ATS stands as one of the most well-established testing and analysis service providers in the country. Our commitment to technical proficiency, adherence to calibration standards, and...



The Applied Technical Services Family of Companies provides accredited calibration services that help businesses verify the accuracy of their measuring equipment. What is Calibration, and Why is It Important in Industrial Applications? During calibration, a professional compares a device under test (DUT) of an unknown value with a reference standard of a known value. While many may assume measuring equipment is inherently accurate, factors such as age, damage, and environmental conditions can compromise the accuracy of equipment. Businesses are incentivized to regularly calibrate their equipment because a failure to do so could have an immense impact on their operations. For example, a pharmaceutical manufacturer could put its customers at risk if the scales used to measure the ingredients of a capsule were inaccurate. This mistake would lead to financial losses, a decrease in consumer satisfaction, and a failure to comply with industry regulations. Our Calibration Lab Our calibration lab first opened in 1987, and since then we’ve steadily expanded our capabilities to ensure that we have the personnel and equipment needed to address our clients’ concerns. Our highly trained calibration experts provide precise and reliable calibrations that benefit businesses in various industries, including, but not limited to the following: Aerospace Automotive Manufacturing Consumer Products Healthcare Manufacturing We are ISO/IEC 17025:2017 accredited and approved to conduct various types of calibration services, including: Accelerometer Calibrations Avionic Calibrations Dimensional Inspections Electronic Calibrations Environmental Calibrations Equipment Calibrations Force and Pressure Calibrations Gauge Calibrations Hand Tool Calibrations On-Site Calibrations Torque Calibrations How Often Should You...



The ATS Family of Companies (FoC) performs pressure gauge calibration services in our state-of-the-art laboratory. Pressure Gauges A pressure gauge is an instrument that measures the intensity of a liquid, solid, gas, or vapor inside a pressure-powered machine. It ensures that no factors, such as pressure changes or leaks, can affect the system's performance. The Importance of Pressure Gauge Calibration Using uncalibrated pressure gauges can result in faulty products, production downtime, and safety issues. Pressure gauge calibration retains the integrity of instruments, guaranteeing accurate measurements. How Pressure Gauge Calibration Works Pressure gauge calibration ensures accurate readings that meet both safety and compliance standards. There are multiple methods of calibration for pressure gauges, and an experienced professional must perform whichever option is chosen. It is strongly recommended that pressure gauges are calibrated every 12 months. If left uncalibrated for longer, there is a possibility that the equipment will succumb to drift, potentially leading to major production issues. Pressure Gauge Calibration Services at ATS ATS FoC combines dry air systems, generating pressures between 0. 001 in. H2O and 1,000 psig. We utilize accurate dead weight systems that calibrate pressure gauges between 15,000 psig with alcohol/water and 40,000 psig with hydraulic oils. We configure and reconfigure pressure transducers to displays, calibrate all types of vacuums with an accurate vacuum source, and outsource all oxygen cleaning needs. Types of Pressure Gauges We Calibrate: Pressure Gauges Compound Pressure Gauges Pressure Transmitters Pressure Transducers With/Without Display Differential Pressure Gauges Anti-Skid Test Sets Manometers Magnehelic Pressure Gauges...



The Applied Technical Services Family of Companies offers dimensional calibration services that verify the accuracy of dimensional inspection equipment. Dimensional Calibration Dimensional calibration is the process of calibrating an object’s dimensions using a measuring device. It involves equipment that measures the physical size of an object, including angles, diameter, length, and width. It is utilized when measuring a machined part’s specific geometrical properties, including flatness, parallelism, part profiles, and hole position. Dimensional calibration is present in almost all manufacturing environments, as measurements are pivotal when observing any change or error within the manufacturing process. Dimensional Calibration Services at ATS ATS’ Family of Companies provides dimensional calibration services in a cost-effective and timely manner. We utilize numerous automated coordinate measuring machines (CMM's), advanced PC-DMIS CAD++ software, and other types of advanced technology to maintain our reputation as one of the industry's most effective dimensional inspection service providers. Our CMM inspection and programming capabilities range from simple to complex measurements. ATS' dimensional inspection lab possesses 7-10-7, 9-15-8, and 12-30-10 CMMs, as well as three additional ultra-precision CMMs. Our environmentally controlled lab meets all client needs, offering 100% dimensional layouts, CAD model inspections, first article inspections, fixture calibration certifications, inspection gauge, PPAP reports, process capability studies/CpK studies, and reverse engineering projects. Dimensional Inspections Capabilities: CMM - Coordinate Measuring Machine Dimensional Inspections First Article Inspections - CMM On-site CMM Services Reverse Engineering - CMM Surface Plates Surface Roughness Measurements About ATS Established in 1967, Applied Technical Services has a world-class reputation in a variety...



Computed Tomography Services ATS understands the importance of testing equipment parts to verify conformance to specifications and evaluate quality. ATS can provide you with premier computed tomography services, offering analysis of critical equipment parts with our industry-leading computed tomography tools. Industries that Love CT Aerospace Automotive Communications Consumer Products Defense Healthcare Insurance / Legal Manufacturing Nuclear Power Generation State-of-the-art Equipment ATS' powerful imaging equipment enables our CT scanning experts to do what they do best — see what's going on. Our Northstar Imaging X5000 offers multi-axis manipulation and spiral acquisition schemes to complete scans of those unwieldy elongated samples in a single exposure. For some of the most detailed imaging available, our Zeiss Metrotom 1500 uses a 225kV micro-focus to capture stunningly precise scans for clients with a need for greater fidelity. We maintain an annual A2LA calibration schedule because ATS cares about quality and prides ourselves on providing the highest quality imaging that we possibly can. Further Applications Get a better idea of the ways we can use CT to help you below: FEA ATS technicians can send our CT-generated models to our in-house Professional Engineers for FEA to simulate structural, fluid, and thermal stresses. Porosity Our CT program allows us to not only detect porosity and voids, but highlight, measure, and sort them according to size and location. Contact Us Call +1 (888) 287-5227 to learn more about our CT services.



CMM First Article of Inspection, 100% Dimensional Layouts, PPAP Reports and Process Capability Studies are performed on a routine basis with precision measuring instruments in a timely and efficient manner. Our Dimensional Inspection Specialists and CMM Programmers combine over 50 years of Precision Mechanical Inspection experience and CMM operation to provide the ultimate and most precise and accurate dimensional measurements available. Dimensional Inspections are performed in accordance with ASME Y14. 5 – 2009 unless specified otherwise. First Article Inspection Reports can be complete with Full Material Analysis, Material Hardness, Characterization of Plating, Coatings and Finishes utilizing our in-house chemistry lab and metallurgy lab. X-Ray, Mag Particle, Dye Penetrant and Ultrasonic Testing can also be provided utilizing our complete NDT Services. 100% Dimensional Layouts PPAP Reports Process Capability Studies Timely and Efficient Results Material Hardness Plating Type and Thickness Coatings and Finishes Full Material Analysis About Applied Technical Services Since its inception in 1967, Applied Technical Services has built a reputation as a principal consulting engineering, testing, and inspection services source. Maintaining a strong customer-oriented focus is important to the integrity of our business practices. We aim to preserve our focus in meeting customer needs through our ISO 9001:2015 registered quality system.



The Applied Technical Services Family of Companies (FoC) offers dimensional measurement services that provide precise measurements of the dimensions of various products and materials. What is Dimensional Measurement? Dimensional measurement, also referred to as dimensional inspection, is a process used to confirm that manufactured products match their design specifications. Dimensional measurement services are essential to high precision applications, providing important insight into the following: Angles Height Length Position Sharpness Thickness Uniformity Weight Our Dimensional Measurement Services Our dimensional measurement experts carefully examine the physical dimensions of materials, confirming that each component of a material or product is within the desired range of dimensions. We understand the importance of precision, so all our equipment is well maintained and regularly calibrated, ensuring that our dimensional measurement services yield reliable data about the following: Dimensional layouts First Article CT Scans Processes and strategies that can help maintain or improve quality control We provide services using a FARO Quantum Max, a cutting-edge coordinate measuring machine (CMM) capable of providing accurate measurements quickly. Understanding the Importance of Dimensional Measurement Services While dimensional inspections may not be required for all applications, they are typically required when the manufacturing process requires a high level of precision and accuracy. Dimensional inspections are effective when carrying out high precision manufacturing processes and comply with mandatory regulatory requirements and standards. Failure to conduct dimensional measurements could result in costly consequences such as: Defective products Production errors that result in flawed and potentially ineffective products About Applied Technical Services The ATS...



The Applied Technical Services Family of Companies (FoC) offers 3D measuring services that help business gather precise measurements of their physical objects and materials. What is 3D Measuring? 3D measuring is the process of using 3D measurements tools to gather data from physical objects. 3D measurements collect important data on various aspects of materials, including the following: Colors Length Height Width Volume The information captured in 3D measurements helps manufacturers ensure that their products’ parts and components are designed properly. Precisely measured and designed parts are important when ensuring that products are optimized for longevity and effectiveness. More About Our 3D Measuring Services 3D measuring technology is revered for its accuracy and 3D equipment is especially important in applications and industries where minor errors can be detrimental and costly. Our 3D measuring experts have decades of collective experience in the industry and are well-equipped to provide solutions to our clients’ needs. Our 3D measuring services assist our clients with a wide range of applications, including: Additive manufacturing Dimensional layouts Flaw detection First article inspections Porosity analysis Reverse engineering About Applied Technical Services Founded in 1967, Applied Technical Services has continuously expanded and improved its services throughout the decades. What once began as a small business servicing local clients, has steadily grown into a reputable and respected provider of high quality inspection testing, consulting engineering, and calibration services. Today, our numerous ISO/IEC 17025:2017 accredited labs help businesses across the continental United States. We offer in-lab and on-site services to ensure that...



The CMM experts at the Applied Technical Services Family of Companies provide contract inspection services to assist clients in product development, quality assurance, and regulatory compliance. Contract Inspection Services at ATS ATS’ contract inspection services laboratory houses cutting-edge equipment operated by highly experienced experts to ensure unparalleled service quality. We offer a wide range of dimensional inspection services, including but not limited to: Inspection Services: Dimensional inspections and first article inspections of parts and assemblies. Fixture and Tooling Verification: Verification of tooling, fixtures, and molds to ensure design consistency. Reverse Engineering: CAD model creation from physical samples. 3D Scanning: High-resolution digital model creation for a variety of uses as well as surface inspections for defect identification. Training and Consulting: PC-DMIS training and custom offline CMM programming with continued client support. Statistical Analysis: Statistical process and capability analysis for manufacturing process verification. On-Site Measurement Services: On-site dimensional inspection services for large objects. Geometric Dimensioning and Tolerancing Analysis: GD&T feature verification to ensure original design compliance and dimensional variation analysis for manufacturing process and design optimization. Calibration: Comprehensive coordinate measuring machine calibration services. Our contract inspection services experts are among the best in the United States. We strive to provide clients with comprehensive solutions to address all their dimensional inspection needs. The Applied Technical Services Family of Companies Between our decades of experience, state-of-the-art equipment and technology, expert chemists, engineers, and technicians, and steadfast commitments to exceptional service quality and customer service, it is clear why the Applied Technical Services Family of...



The dimensional inspection experts at the Applied Technical Services Family of Companies perform a range of comprehensive CMM measuring services to assist clients in every step of product development. Coordinate Measuring Machine Services at ATS ATS’ dimensional inspection laboratory houses highly advanced, state-of-the-art equipment to ensure exceptional service quality. The CMM experts at ATS offer a wide variety of coordinate measuring machine services, such as: Inspection Services: Our experts conduct dimensional inspections of castings, parts, and assemblies. We also perform First Article Inspections. Reverse Engineering: Our CMM specialists create CAD models from physical objects and reconstruct damaged parts for replication. 3D Scanning: ATS offers 3D scanning to create high-resolution digital models for a variety of uses. We also perform surface inspections to identify flaws and defects. Fixture and Tooling Verification: ATS’ CMM specialists verify tooling, fixtures, and molds to ensure consistency with original designs. Geometric Dimensioning and Tolerancing Analysis: Our experts verify GD&T features to ensure compliance with original designs, including dimensional variation analysis for design and manufacturing optimization. Statistical Analysis: This includes capability analysis and statistical process control to verify manufacturing processes. On-Site Measurement Services: Our experts travel to you to perform on-site CMM services for immovable objects. Training and Consulting: Our industry-leading experts offer PC-DMIS training as well as custom CMM programming with long-term support. Calibration: As the precision and accuracy of coordinate measuring machines is critical to their purpose, ATS also offers comprehensive CMM calibration services. For more information, please click here. The Applied Technical Services Family...



What is Dimensional Inspection? Dimensional inspection, also referred to as dimensional metrology, evaluates the geometric shape of materials, parts, and products. The process produces 2D and 3D images of components that offer precise measures and important insight into an object’s geometric characteristics, such as: Angles Lengths Height Width Surface characteristics More About Our Dimensional Inspection Labs Our dimensional inspection labs feature the cutting-edge technology needed to provide exceptional service and accuracy. Our employees understand the importance of precision and professionalism, so our equipment is well maintained, and our staff is engaged and informative when assisting clients. We have multiple high-accuracy CMMs, each with their unique capabilities that allow us to cater our services to the needs of our clients. Our dimensional inspection experts offer numerous services, including the following: CAD model inspections CMM programming assistance (PC-DMIS) Cpk studies/process capability analysis Dimensional layouts First article inspection Fixture calibration certifications PPAP reports Why are Dimensional Inspection Services Important? Dimensional inspections are an important aspect of quality control and they’re especially important for industries that require precision manufacturing, such as: Aerospace Automotive Construction Electronics The technology embedded in dimensional inspection technology simplifies the data collection process, making it easier for manufacturers to observe details regarding their production processes. Our dimensional inspection services help our clients do the following: Increase inspection speed Improve part accuracy and quality Reduce the costs associated with inefficient production processes Superior traceability About Applied Technical Services Founded in 1967, Applied Technical Services has spent the last several decades evolving...



The Applied Technical Services Family of Companies (FoC) offers professional and highly accurate CMM part inspection services. What is a Coordinate Measuring Machine? Coordinate measuring machines, or CMMs, measure the geometry of three-dimensional objects. The machine consists of a recording system, a computer, and a probe that contacts various points of the object during measurement. As the CMM measures the material, it specifies the probe's position in X, Y, and Z coordinates that are used to generate a real-time 3D model of the material. Our CMM Part Inspection Services Our highly trained dimensional inspection experts use our powerful CMMs to generate accurate and precise measurements for a competitive price. We help our clients make significant improvements in their manufacturing processes and ensure that their product’s design aligns with the requirements of its intended application. We conduct our services with the FARO Quantum Max, a highly capable and portable coordinate measuring machine. The Benefits of CMM Inspections CMM inspections are an effective way to automate the inspection process, eliminating the potential of human error. While hand inspections certainly have their place, CMM inspections are worth the peace of mind in circumstances that demand extreme accuracy. CMMs are very effective at doing the following: Providing precise and accurate results Offer faster results compared to more manual inspection techniques Ensuring that products meet quality control requirements and standards Improving production efficiency by reducing the likelihood of issues Applied Technical Services: The CMM Calibration Experts The ATS Family of Companies understands the importance of...



Applied Technical Services offers a wide range of CMM calibration services to keep your dimensional inspections running smoothly. Coordinate Measuring Machine Calibration Businesses working in the manufacturing, plastics, transportation, defense, computing, military, electronics, medical, machining, automotive, and aerospace industries rely on CMMs (coordinate measuring machines) to provide measurements with the highest level of accuracy. Just like any other measurement device, CMMs eventually succumb to drift, requiring calibration to ensure their precision and dependability. The Applied Technical Services Family of Companies provides comprehensive CMM calibration services to provide quality control, accuracy assurance, measurement consistency, industry standard compliance, and optimal performance. Our CMM calibration service offerings include leveling, alignment, probing system calibration, angular calibration, linear calibration, software calibration, and more. We thoroughly document every step of the calibration process to provide in-depth reporting that covers initial findings, adjustments, repairs, final results, and a certificate of calibration, all of which are electronically available to clients at all times through our iPortal interface. CMM Services at Applied Technical Services Beyond our CMM calibration services, ATS offers an expansive list of CMM service offerings ranging from on-site CMM PC-DMIS training to offline CMM programming. Some of our most popular services include: FARO Laser Scanning 3D Model Reverse Engineering Laser Scanning Dimensional Inspections CAD File Creation Product Development 2D / 3D Metrology Additional Calibration Services Established in 1987, the Applied Technical Services Calibrations Department provides a variety of services to meet the needs of our clients operating across countless industries and disciplines. We commonly perform services...



Applied Technical Services performs comprehensive CMM testing to keep your business operations running smoothly. We offer coordinate measuring machine and laser scanner calibration in addition to our CMM programming, inspection, and training services. Coordinate Measuring Machine Calibration As businesses in several industries rely on CMMs, or coordinate measuring machines, to provide extremely precise measurements, the accuracy of these measurements is highly important. Our experienced calibration experts perform CMM testing to identify any potential inconsistencies or errors, starting with an initial setup in a controlled environment. The CMM is then leveled to ensure proper alignment with the reference plane. Measurements taken by each linear axis are compared to the reference standard, at which point the CMM’s software is adjusted to account for any deviations. Our calibration technicians perform linear and angular calibrations, probing system calibrations, and software calibrations to ensure that each part of your business’ coordinate measuring machine is operating efficiently and accurately. Every step of the calibration process is thoroughly documented, including all procedures, results, and adjustments made during the process. With over 35 years of calibration experience, ATS has the skills and expertise to ensure the reliability of your equipment. CMM Services at ATS In addition to CMM testing and calibration services, the Applied Technical Services Family of Companies offers a wide variety of CMM services, including but not limited to: CMM PC-DMIS Training FARO Laser Scanning 2D / 3D Metrology CMM Reverse Engineering Offline and Remote CMM Programming Laser Scanning Dimensional Inspections Product Development CAD File Creation...



Applied Technical Services' ENI Labs offers free evaluations with light curtain repair services. Our highly trained technicians provide excellent customer service and ISO 9001:2015 registered repairs. What are Safety Light Curtains? Safety light curtains use infrared light beams to protect personnel and machinery from injury or damage. A transmitter sends infrared light to the receiver, which measures the frequency and timing of the infrared light. The machinery automatically stops if an object interrupts the pulses of infrared light.   The Importance of Safety Light Curtains Repair Services Light curtains promote safety in industrial settings. Failure to properly maintain and service light curtains can lead to unsafe conditions for personnel and potentially damage machinery. Faults in the light curtain are detected by a self-checking circuitry system that shuts down the machine until the issue is resolved. Common Causes of Light Curtain Failure Dirty or obstructed sensor Vibrations from surrounding machinery Faulty power source Connector damage Repair Procedures Clean and inspect the unit Stain-test all connections , and cables, using the appropriate equipment Test communications ports with loop-back testing, deliberately build stations Replace damaged lenses Replace defective cables, cases, connectors, I. C. chips, and buttons Light Curtain Applications Automotive Tire Manufacturing End-of-line packaging Metal working Robotics Supported Manufacturers AB Allen Bradley Banner Engineering CEA Elettronica Dolan Jenner Duometric Keyence Omron Pinnacle Posiguard Reer Sick STI (Scientific Technologies) SUNX Triad Visolux ENI Labs: A Member of the ATS Family As a member of the ATS family, ENI Labs continues our tradition of quality...



ENI Labs is an Applied Technical Services company that provides Siemens equipment repair services. We are certified to conduct repairs and inspections on Siemens equipment. Siemens is the global leader in automation technology equipment and products, providing equipment for nearly all industrial sectors. ENI Labs has years of experience in repairing Siemens equipment. Our technicians regularly inspect and service servo drives, amplifiers, servo motors, power supplies, Simatic flat panel displays, digital point expansion models, and electro-hydraulic actuators. For a full list of Siemens repair part numbers, click here. ENI Labs offers free evaluations on all Siemens products. Servo Motors One of the most common pieces of Siemens equipment repaired at ENI Labs is the servo motor. The synchronous servo motor is designed for dynamic and accurate motion paths. Siemens’ servo motors offer a litany of features such as a wide torque range, various built-in transmitters, and leading efficiency ratings. Our technicians routinely repair the following Siemens part numbers: 1FT6044-1AF71-3EH1, 1FT6081-8AF71-4TH6, 1FT6086-1AF71-1EG1, 1PH6135-1NF46-0AA0, FAN2CW6144-8, and FT5066-1AC71-3EG0. Power Supplies Another popular piece of equipment that we regularly repair is power supplies. As the name suggests, this provides power to various pieces of equipment. It is imperative that power supplies maintain regular repairs and inspections to ensure efficient workflow. Our technicians provide repairs on the following power supply part numbers: 6DD1683-0BC0 4AV2200-2AB 482750K1138 6DD1683-0BC5 6EP1436-1SHO1-3 6E57- 414-2XG02-0AB0 6DD1683-0CC0 6EP1436-3BA00 C79451-21584-K1 6EP1437-1S11 6SC6120-0FE00 6EW1890-2AC 6EP1437-1SL11 6EP1437-2BA00 6ES59553LC42 6ES5951-7LD21 LR640. 27 6ES5955-3NF41 6EV 3055-OAC ENI Labs: an ATS Company Applied Technical Services’ ENI Labs specializes...



The Applied Technical Services Family of Companies provides CENTRALP equipment repair services. Our labs are qualified and certified to conduct CENTRALP equipment repairs. We have skilled, military-trained technicians that regularly inspect and repair CENTRALP equipment. CENTRALP Systems Repairs CENTRALP is a European leader in embedded automation and PC systems (software and hardware). They have over 30 years of experience providing industrial PCs and electronic boards made for extreme environments. CENTRALP’s equipment is highly specialized and difficult to repair. However, our technicians are qualified to repair these specialized parts such as power supplies, CPU boards, DC/DC converters, display/video boards, watchdog boards, and thermocouple boards. We have the capabilities to work on Generation 6, Generation 7, and Generation 8 CENTRALP equipment and we possess dynamic test stands to conduct complete function tests. For a full list of CENTRALP part numbers that we repair, click here. One of the most common types of CENTRALP equipment that we repair are CPU boards. CPU boards benefit a wide variety of industries, including railways, defense, medical, and industrial automation. CENTRALP’s CPU boards are highly adaptable and modular, making them fit for various applications. The CPU’s common use in rugged environments means reliable repair services are a top priority. ATS technicians routinely perform repairs on part numbers found here. Quality Assured Applied Technical Services is proud to operate as a ISO 9001:2015 registered, ISO/IEC 17025:2017 accredited calibration and equipment repair provider. Our technicians are highly skilled and military trained to perform any repair service. Contact us today...



Applied Technical Services’ Family of Companies provides certified Bosch equipment repair services. ENI Labs specializes in equipment repairs and inspections. Our technicians will evaluate and inspect your Bosch electronic equipment for free. We regularly repair voltage supply, drive boards, prop amplifiers, touch screens, servo boards, program terminals, pumps, logic boards, drivers, power supplies, servos, and displays. AC Servo Motors AC Servo Motors are AC motors that house encoders that are used with controllers to provide feedback and closed-loop control. AC servo motors can be positioned and controlled to a high degree of accuracy. Our labs can repair part numbers SE-B4. 090. 030-00. 000 and SE-C4. 170. 030-00. 000 Cards Pl10 PQIT-RKP PV60 Circuit Boards We have the facilities to repair the following circuit board part numbers: 811405080, 0 811 405 076, 0 811 405 103, 0 811 405 110, and 0 811 405 160. Controllers with part number 7229789 and displays with part number 1070074076-204. Drives We can repair drives with the following part numbers: D-6120, KM 2200-T, and SM5/10-TC1. Motors SE-B4. 090. 060-00. 000 PLCs PLC stands for a programmable logic controller. As the name suggests, this piece of equipment is an industrial computer that controls manufacturing processes such as machines, assembly lines, robotic devices, or other processes that require reliability, process fault diagnosis, and ease of programming. We service Bosch part number 1070077551-103. Power Supplies LTE452. 5KVA VM 100/R-TA 1818300066 Servo Drives A servo drive is an amplifier frequently used in powering electric servomechanisms. The main purpose of...



ENI Labs, an Applied Technical Services company, performs Siemens servo motor repair services to meet the needs of our clients located both in the United States and abroad. We also repair servo motors and other components made by several popular manufacturers, including Allen Bradley, Bosch, CENTRALP, and Danfoss. Our Repair Service Capabilities ENI Labs is proud to offer a comprehensive list of repair services. We perform complex repairs for clients working in several different industries around the world, including military, manufacturing, construction, automotive, nuclear, and aerospace. Our repair labs are staffed by technicians with decades of experience, many of whom learned their trade from time spent in the US Marine Corps, Navy, and Coast Guard. ENI Labs is ISO 9001:2015 registered, providing our clients with reliable service that is backed by a one-year warranty that comes standard on all work we perform. We keep over 20,000 electronic component part numbers in stock, helping to support our commitment to expedient service and quick turnaround times. We also offer rush service to accommodate even the most urgent of client needs. We work hard to minimize your business’ downtime and keep your operations running smoothly because we understand the importance of reliable service. Servo Motors Servo motors are electromechanical devices that generate velocity and torque. These values are determined by the voltage and current supplied to the servo motor. Servo motors are a part of a closed loop system and have complex feedback loops that provide precise positional feedback to the drive or...



ENI Labs, an Applied Technical Services company, performs PanelView repair services to meet the needs of our clients around the world. We also repair displays and touch screens made by several other manufacturers. Our Display Repair Lab Our PanelView repair services are performed in our state-of-the-art repair service centers. These labs are staffed by highly trained technicians who specialize in display and touch screen repairs and have decades of experience working with products from hundreds of manufacturers. This includes Allen Bradley, the manufacturer of PanelView products, as well as all popular display and touch screen system manufacturers. Some of the other manufacturers we commonly perform repairs on include: 3G Technology, Inc. 3M Advanced Micro Controls Advantech Aerotech B&R Babcock Barco Bosch CENTRALP Deeco Computer Dynamics Dycon Fuji Electric Graf-Syteco Handcock Hitachi IBM NTouch Omnivision Omron Parker Automation Phoenix Sepro Visual Sharp Siemens Star Panel TCS Tekvisions Toshiba Touch Panel Systems TOYO Trilogy Touch Technology UNIOP Uticor Winmate Yushin Z-Axis For a list of supported display manufacturers, please click here. If you do not see your preferred manufacturer listed, please contact us. Additional Repair Services ENI Labs performs repair services for a variety of equipment and devices, including but not limited to: Circuit Board Repair Power Supply Repair Servo Motor Repair Safety Light Curtain Repair Test Equipment Repair AC/DC Servo Drive Repair Other Services In addition to repairs, ENI Labs offers a comprehensive and frequently expanding list of other services, including: Calibrations Dimensional Electrical / Low DC High Voltage Mechanical Optical...



Applied Technical Services provides Allen Bradley equipment repairs through ATS’s ENI Labs. ENI specializes in Allen Bradley equipment repairs with multiple benefits including: All Service Guaranteed Free Evaluations Competitively Priced Repairs Allen Bradley Repair Service Skilled, Military-trained Professionals We can service industrial electronic components from all leading manufacturers. Our technicians can provide an evaluation for damaged Allen Bradley equipment for free! Additionally, we provide repairs for PLCs, panel view, teach pendants, motors and servos. We regularly repair the following Allen Bradley equipment: Encoders 844D Hollow-Shaft 844A Hollow-Shaft 844B Hollow-Shaft 845F Integral Coupler 845H High Performance 842D DeviceNet Multi-Turn Magnetic 845T Heavy-Duty 845G Single-Turn 842A Multi-Turn Magnetic 845PY Digital Tachometer 842HR Sine/Cosine 845GM Single-Turn 845D Single-Turn Servo Drives GuardMotion Kinetix 6000 Kinetix 7000 Kinetix Accelerator Toolkit Kinetix 2000 Ultra 3000 Ultra 1500 Ultra 5000 Servo Motors Direct Drive TL-Series HPK-Series High Power MP-Series Low Inertia Food Grade Stainless Steel 1326AB F-Series LDC/LDL-Series Linear RDD-Series Component Class AC Drives PowerFlex 4M PowerFlex 40 PowerFlex 4 PowerFlex 400 PowerFlex 40P Common Bus PowerFlex 700AFEActive Front End 1336 Line REGEN Package PowerFlex 20T Bus Supply PowerFlex 20S Bus Supply DC Drives PowerFlex DC 1395 1397 Motion Controllers Ultra5000 Intelligent Positioning Drive Motion Analyzer UltraWARE RSLogix 5000 Kinematic Robot Control Programmable Automation Controllers Motion Controllers Panelview 300 Micro PanelView Operator Interfaces PanelView 300 Panelview 550 Panelview 600 Panelview 1000 PanelView Plus™ PanelView Plus CE Inview Message Display Panel Mount 2706-P22R Panelview Plus Compact 400 Panelview Plus Compact 1500 Panelview Plus Compact 600 Panelview Plus Compact...



ENI Labs performs Tektronix 2465 repair services. Oscilloscopes are essential tools for testing and inspecting electronics. People rely on these tools to be accurate and precise, but oscilloscopes may need periodic calibration or repair to continue providing dependable data. Eni Labs specializes in precision equipment repair, maintenance, and calibration. We can repair Tektronix oscilloscopes, among several other models and brand names. ENI Labs’ Calibration Services ENI Labs has extensive experience in DC/low-frequency calibration and verification. Our ISO/IEC 17025:2017 accredited lab is equipped to handle a wide spectrum of voltage measurement and generation equipment. Our range of calibration and repair capabilities covers equipment such as: Dynamic Signal Analyzers Calibrators Capacitors Clamp Meters Current Sources Analog Meters DAQ’s Decade Boxes Frequency Counters Inductors LCZ Meters LCR Meters Multimeters Oscilloscopes Ohm Meters Power Supplies Phase Angle Meter Resistors Voltage Reference Voltage Sources ENI Labs also offers several forms of calibration and repair in addition to that of low-frequency equipment. Our calibration capabilities include: Electrical RF – Microwave Thermodynamics/Pressure Dimensional pH and Conductivity Mechanical Time and Frequency Visual and Optical High Voltage Our multitude of capabilities allows us to act as a single-source calibration supplier for our clients. We use state-of-the-art equipment to carry out in-lab and on-site repairs and calibration services. We continually improve our methods and processes while complying with national standards. Brands We Service Advantest Kay Agilent Technologies Krohn-Hite B&K Precision Leader Boonton Marconi Bruel & Kjaer MTS Copper Mountain Narda Exact Philips Fluke Rohde & Schwartz Giga-tronics Scientific-Atlanta Global Spectral...



ENI Labs provides electronic and precision equipment repair and maintenance. We specialize in on-site and in-lab equipment calibration and repair. We service several kinds of specialized equipment so we can be a single-source supplier for all our clients’ repair and maintenance needs. Dimensional ENI Labs handles dimensional verification work within tight tolerances. Some of the equipment our ISO/IEC 17025:2017 accreditation covers includes: Bore, Planer, Plug, Radius, Snap, Thickness, Depth, Pin, and Height Gauges Angle, Gauge, Knee, and V-Blocks Thread Plugs, Rings, and Wires Combination Squares Micrometers Indicators Reticles Calipers Parallels Protractors Rules and Tapes Shim Stock Sine Bars Stop Watches Surface Plates Torque Plain Rings and Plugs Caliper Masters Cubes Length Standards Levels Electrical RF - Microwave Our technicians are highly trained with RF and microwave equipment calibration. Some of the equipment we inspect includes: Network, Signal, and Spectrum Analyzers Signal, Pulse, Function, Sweep, and Synthesized Generators Power Meters and Sensors Directional Couplers S-Parameter Test Sets Attenuators Optical and Visual We offer repair, calibration, and preventative maintenance services for optical comparators, vision systems, and microscopes. We can develop practical, cost-effective plans that suit our clients’ individual needs. Electrical DC - Low Frequency ENI Labs can verify and calibrate DC and low-frequency equipment. Our ISO/IEC 17025:2017 accreditation covers a broad scope of DC and AC voltage measurement and generation. We calibrate equipment such as: Analog, Clamp, LCR, Ohm, Phase Angle, and LCZ Meters Current and Voltage Sources Oscilloscopes Frequency Counters Capacitors Resistors Calibrators Power Supplies DAQs Voltage Reference Decade Boxes Inductors...



Applied Technical Services offers LCR meter calibration services for your electronic test equipment. LCR meters combine the functions of resistance meters, inductance meters, and capacitance meters into a single benchtop or handheld unit. Some designs may also calculate phase angle, dissipation factor, impedance, and susceptance. LCR meters have many applications for electronic equipment, such as: Quality control Research and development Diagnosis and repair Material analysis Status monitoring In Situ performance checks A2LA-Accredited Calibration Procedures Calibration from a reputable company such as ATS helps extend the lifespan of your valuable equipment. LCR meters require periodic calibrations to maintain optimal performance. ATS’ electronic calibration lab is ISO/IEC 17025:2017-accredited to calibrate inductance, capacitance, and resistance measuring tools, such as handheld and benchtop LCR meters. Clients may schedule calibration services regularly for maintenance or after an event that could compromise the meter’s accuracy and precision. Our first calibration laboratory opened in 1987 and operates from the ATS headquarters. This calibration lab accepts shipments from national and international clients and typically achieves a turnaround rate of 7 to 10 business days with additional expedited service options. NIST-Traceable Calibrations The ATS staff is proficient in numerous calibration and inspection procedures to restore user confidence in a device’s reading. If a technician detects flaws or damage that may adversely affect performance, ATS immediately notifies the customer before proceeding. Our experts apply the designated measurements at key calibration points across the LCR meter’s range before comparing LCR readings with NIST-traceable standards to determine whether the readings are within...



The Applied Technical Services Family of Companies calibrates a wide variety of mechanical instruments and specializes in comprehensive micrometer testing and calibration services. Testing and Calibrating Micrometers Our experts begin micrometer calibration with the use of a standard reference gauge, comparing the measurements of the test subject with a precision measurement standard. After performing zero-point calibrations and linear calibrations, any micrometer errors are identified and corrected. Measurements are taken throughout the calibration process to help ensure repeatability, guaranteeing the micrometer provides consistently accurate and reliable measurements. We micrometer calibration services cover: Micrometers (ID) Heads Anvils Extensions Micrometers (OD / Depth) Anvils Depth Rods Extensions Micrometers (V-Anvil Threads ≤ 1”) Heads Rods Anvils and Extensions The micrometer is tested across its full range of measurement, all of which is thoroughly documented along with initial findings, adjustments and repairs made, and a calibration certificate. Beyond promoting accurate measurements and compliance with regulatory requirements, regularly scheduled micrometer calibration services can help prevent long-term issues through the early identification of flaws and damage. Mechanical Calibration Services at ATS Our technicians perform a wide range of mechanical calibration services beyond micrometer testing and calibration, including but not limited to: Flow Meters Barometers Adhesion Testers Crimp Tools Hardness Test Blocks Height Masters Indicators and Indicator Testers Pin Gage Sets Plastometers Tape Measures Pressure Gages and Calibrators Pressure Relief Valves Refractometers Spring Testers Vacuum Gages and Pumps Torque Analyzers Torque Wrenches Weight Scales and Balances Wire Crimp Pull Testers Ultrasonic Thickness Gages Torque Guns Torque Multipliers Applied...



The Applied Technical Services Family of Companies calibrates Druck instruments to ensure their compliance with industry standards and requirements. What are Druck Instruments? Druck Instruments is a manufacturer revered for its ability to produce high precision calibration instruments and pressure sensors. Druck Instruments has a wide lineup of products that are commonly used for applications in the following industries: Aerospace Automotive Chemical Medical Oil and Gas Power Generation More About Our Calibration Lab Our state-of-the-art calibration lab has the resources needed to accommodate our clients’ complex needs. Our staff works diligently to meet, if not exceed, our clients’ expectations as we calibrate various types of equipment from numerous manufacturers, including Druck Instruments. We have an ISO/IEC 17025 accreditation, ensuring that we provide high quality services that offer solutions that address our clients’ needs and concerns. Our calibration services help our clients as they do the following: Verify and improve their equipment’s accuracy Adhere to industry standards and guidelines Increase consumer confidence in their products Prolong the life of equipment We offer competitively priced calibration services to businesses throughout the United States. We are also capable of conducting on-site services for some of our clients’ calibration needs, helping to minimize any unnecessary downtime or financial losses. When is it Important to Calibrate Instruments? In general, instruments should be calibrated in accordance with the manufacturer's suggestions. However, we recommend that our clients consider the following factors when scheduling their device for calibrations: Frequency of use Damage or potentially harmful Before and after...



Applied Technical Services performs UV meter calibration in our ISO/IEC 17025:2017-accredited electronic calibration lab. Our experts draw on decades of professional experience to deliver high-quality services to clients in a variety of fields. We calibrate light meters that detect the illuminance of visible (white) light and the irradiance of invisible ultraviolet (black) light based on wavelength. Light Meter Calibration ATS provides UV meter calibrations to help clients maintain accurate readings after repeat use. Because the electronic components in UV meters may degrade or be damaged over time, a consistent calibration schedule helps experts uncover mechanical and material issues early. If our calibration experts detect a flaw or sign of damage in a UV meter, we can recommend the repairs needed to restore the device. Early detection and repair help limit measurement drift and inaccuracy. Users need reliable measurements of ultraviolet waves to monitor quality and avoid safety concerns. Most ultraviolet waves are not visible to the human eye but have a variety of industrial uses. Blacklight or UV meters are used for processes such as: Curing inks and adhesives Sterilization/Germicide Quality assurance Forensics Security Engineering flaw detection Medical diagnostics Fluorescence UV Meter Calibration Capabilities ATS offers UV meter calibrations fully traceable to the National Institute for Standards and Technology (NIST). We accept blacklight meters that measure long UV/A waves (315 to 400 nm) according to the ISO 21348 standard classification of ultraviolet light ranges. We calibrate meters by comparing the client device with our calibrated radiometer standards as they measure...



Periodic DMM calibration from Applied Technical Services helps to maintain measurement accuracy and quality. The ATS calibration lab has provided services since 1987. We know how irreplaceable benchtop and handheld digital multimeters are to electricians, HVAC technicians, and professionals in power generation and other industrial fields. Our calibration experts work fastidiously to provide clients with a quick turnaround rate of 7 to 10 business days. Operation in rugged conditions or with high electrical loads can wear down multimeter components and require repairs or calibration. Most equipment manufacturers recommend yearly calibrations for regulatory compliance and as a good maintenance practice, though devices with more extreme operating requirements may need more frequent calibrations. Users should also submit DMMs for calibration after an accident or damage. Why ATS? ATS is ISO/IEC 17025:2017-accredited in a broad range of calibration services for handheld and benchtop instruments. Our calibration lab accepts multimeters with up to 8 digits. Before calibrating any instrument, our experts closely inspect the device for signs of flaws or damage. If the device has damage, our technicians contact the client to discuss repairs before proceeding. We calibrate for multiple critical functions: AC/DC voltage Resistance Current Frequency Capacitance To calibrate a multimeter, our experts compare the device’s readings at multiple test points with a precise calibration instrument from our lab. If the client’s device returns measurements outside the acceptable tolerances, our experts adjust the multimeter to restore NIST traceability. Unless requested otherwise, ATS technicians follow documented calibration procedures and tolerances recommended by the multimeter’s...



ATS delivers NIST-traceable Fluke IR thermometer calibration to restore function and accuracy. The infrared thermometer has applications in several industries, such as power generation, automotive, construction, manufacturing, and research. Professionals rely on infrared thermometers to take temperature measurements as most infrared waves on the electromagnetic spectrum are invisible to the human eye. As with all equipment, infrared thermometers can drift and need calibration. Thermometer Calibration Many manufacturers, including Fluke, recommend infrared thermometers be recalibrated at least once a year. Thermometers may need periodic calibrations multiple times a year if used frequently, give precise measurements, or operate in extreme environments with any of the following conditions: Extreme or fluctuating temperatures Humidity Dust and moisture intrusion Vibrations Mechanical shock Electrical shock We can also calibrate IR thermometers after field or storage accidents, such as a fall. Clients should send thermometers ATS’ qualified calibration lab for damage inspections and repair consultations after an incident. Why ATS? ATS offers professional calibrations from experts with decades of combined experience. Our first calibration lab opened in 1987, and we have since developed a reputation for high-quality service and thorough reporting. Today, our calibration experts run an ISO/IEC 17025:2017-accredited lab with equipment for NIST-traceable primary and secondary standards. Clients can conveniently ship their devices to the ATS calibration lab for an estimated 7-10 day turnaround. Once a device arrives in our calibration lab, it spends at least 24 hours acclimating to the stable environment. We maintain a laboratory temperature close to 68 ˚F and 30-55% relative humidity...



ATS offers WeighMax scale calibration for a diverse catalog of scales. WeighMax produces industrial scales, ramps, tabletop scales, and pocket scales with many applications. From manufacturing to shipping, many industries rely on scales for accurate weight measurements. ATS calibration experts provide periodic and as-needed calibrations to restore confidence in measurement accuracy and ensure proper equipment function. Scale Calibration Clients should schedule calibrations at regular intervals to counteract drift and the wear and tear caused by normal operation. Many manufacturers recommend annual calibrations for users to verify equipment function. Following a periodic calibration schedule can help clients avoid recalls, quality changes, reputation loss, and potential legal ramifications associated with inaccurate measurements. ATS can also provide more frequent calibrations for clients whose scales must deliver precise measurements or after the following: Operation in a harsh environment (vibrations, dust, moisture, heat, and humidity) Transport to a new location An incident that may result in physical damage Our Calibration Lab Environment ATS maintains ISO/IEC 17025 calibration accreditation for field and lab services. Once a device arrives in our lab, it spends at least 24 hours acclimating to the stable environment. To minimize the potential for error, we regulate the lab’s temperatures to +/- 2 degrees of 68 ˚F and relative humidity between 30 and 55% RH. Additionally, the isolation joints along our laboratory floor help absorb vibrations produced during normal operations. Our experts have the experience and skill to achieve an average turnaround rate of 7 to 10 business days for instruments calibrated in...



The Applied Technical Services Family of Companies (FoC) calibrates Troemner weights, ensuring that scales are within an acceptable range of accuracy. What are Troemner Calibration Weights? Troemner is a popular supplier of mass calibration standards and precision weights. Troemner calibration weights are commonly used when testing the accuracy of Class III, IIIL, and IIII scales. The weights are manufactured for high-precision and often exceed the accuracy demanded by the ASTM, NIST, and OIML. Why are Calibration Weights Important? Calibration weights are very important when verifying a scale’s accuracy. Regulatory bodies require that scales have a precise mass because slight deviations in accuracy can comprise applications, products, and safety. A wide range of industrial processes from pharmaceutical manufacturing to construction material production rely on precision weights to do the following: Maintain adequate levels of quality control Reduce the costs associated with product and material waste Improve or sustain consumer trust in a product or brand’s commitment to quality About Our Mass Calibration Services Our experienced and professional mass calibration personnel work alongside clients to ensure that we have a thorough understanding of their needs, enabling us to meet their expectations in a timely manner. We understand the importance of precision, so our employees conduct in-depth inspections and calibrations on scales and balances to ensure their measurements are within our clients’ desired range of accuracy. Following the completion of inspection or calibration, we provide our clients with calibration certificates and detailed reports. About the ATS FoC The ATS Family of Companies is...



The Applied Technical Services Family of Companies (FoC) conducts calibrations on centrifuges manufactured by Eppendorf, a German company known for its industrial research equipment. Centrifuge Calibration A centrifuge is an instrument that uses centrifugal force to separate a mixture’s components by their various densities. As the centrifuge spins, it generates a strong centrifugal force which provides rapid measurements. Centrifuges are revered for their versatility, making them a popular choice in the following applications: Lab Research Chemical Manufacturing Food Processing Environmental Testing About Our Calibration Lab Since 1987, our calibration services have helped clients improve and verify the precision of their measuring equipment. Our ISO/IEC 17025:2017-accredited calibration facilities feature the advanced technology and equipment necessary to calibrate various types of equipment, benefiting a wide range of industries. Our calibrations are NIST traceable, ensuring their accuracy and compliance with industry standards and regulations. The Importance of Centrifuge Calibration Centrifuges require recalibration like all other types of measuring equipment. Centrifuges often play essential roles in medical, research, and manufacturing applications, so their inaccuracy can be detrimental to an operation’s success. We recommend that our clients regularly calibrate their centrifuges, which can help them do the following: Verify the accuracy of centrifuges Avoid safety hazards caused by imbalanced rotors Improve an operation’s efficiency Reduce the likelihood of costly repairs or unexpected periods of downtime Our Commitment to Quality The Applied Technical Services Family of Companies offers an expansive network of services that help clients improve the quality of their products and services. We specialize...



The Applied Technical Services Family of Companies (FoC) calibrates 3D scanning CMMs to confirm their accuracy and reliability when measuring the geometry of objects. What is a 3D Scanning Coordinate Measuring Machine? Coordinate measuring machines, or CMMs, are highly accurate machines that use probes to measure the dimensions of physical objects. CMMs measure the X, Y, and Z coordinates of an object which helps provide precise measurements of objects, offering the following benefits: Versatility when measuring different types of objects Superior speed and accuracy when compared to similar instruments Reliable measurements that help businesses maintain quality control Improve operational efficiency and reduce production costs When Should You Calibrate Your CMM, and Why is It Important? The frequency at which businesses should calibrate their CMMs varies heavily with the instrument’s frequency of use and exposure to compromising conditions. However, experts recommend that CMMs should receive an annual or biannual calibration to account for any naturally occurring drifts in the device’s accuracy. It’s important to calibrate CMMs to ensure that they’re reliable and performing as efficiently as possible. Failure to regularly calibrate CMMs may cause the following: Noncompliance with regulations Product safety issues and recalls Unexpected downtime leading to financial losses Our 3D Scanning CMM Calibration Services Industrial businesses use CMMs because of their supreme accuracy, and our calibration experts work alongside our clients to ensure that their CMMs remain within the desired range of accuracy. Prior to calibration, we prepare the CMM by inspecting the device for any signs of debris...



The Applied Technical Services Family of Companies (FoC) calibrates the Fluke 5522A multi-product calibrator to ensure its accuracy. The Fluke 5522A Calibrator Fluke Calibration manufactures various types of calibration equipment including the Fluke 5522A, a highly capable multi-product calibrator. The 5522A’s rugged design makes it a durable device that offers the portability required to maximize the convenience of a mobile calibrator. The Fluke 5522A functions as a current, resistance, and voltage calibrator that can calibrate the following: Analog and digital bench and handheld oscilloscopes Current clamp meters and clamps Data loggers Graphical multimeters Panel meters Power harmonics analyzers Power quality analyzers Process calibrators Our Fluke Calibration Services Our calibrations utilize our state-of-the-art calibration labs when conducting calibrations on various types of equipment. Our services help our clients ensure that their devices meet the specifications listed in the device’s operator’s manual. We calibrate multiple types of Fluke Calibration instruments, including: 5522A Multi-Product Calibrators 7380 Calibration Baths Digital Multimeters 525A Pressure / Temperature Calibrators Why is It Important to Calibrate the Fluke 5522a? Industry professionals revere Fluke Calibration products for their precision and reliability, but like all types of equipment, Fluke products require an occasional calibration to sustain their reliability. The Fluke 5522A is very versatile, making it a popular choice across various applications, and any inaccuracies in its measurements could have long-lasting effects on a product or project. For example, a client with an inaccurate device may find that every calibration conducted using the 5522A may be inaccurate to various degrees,...



With over 55 years of business experience and a reputation for excellence, the Applied Technical Services Family of Companies is the premier dimensional inspection services provider in the region. ATS also provides CMM calibration services to keep your equipment accurate and reliable. Dimensional Inspections ATS conducts dimensional inspections to analyze and verify the physical dimensions and features of a wide range of tools, equipment, electronics, and components. Dimensional inspections are effective, cost-efficient, and versatile, helping to ensure that manufactured products and parts meet their tolerances and design requirements. Our inspection experts go above and beyond to assist our clients with process optimization, quality control, and regulatory compliance. Our dimensional inspection laboratory houses highly advanced measurement equipment, including laser scanners, coordinate measuring machines, and a variety of other precision measurement devices. In addition to standard measurement values such as length, width, and height, we measure complex, intricately designed parts and components with abnormal geometric parameters. Our experts verify tolerances to ensure manufactured goods fall within the acceptable specified dimensions. ATS also performs first article inspections to verify initial samples and prototypes meet design requirements before production starts. Our highly trained technicians offer reverse engineering services as well, measuring components to create perfectly accurate digital models for adjustments, improvements, and reproduction. We offer comprehensive CMM and laser scanner calibration solutions as well. CMM Programming Training Our team of CMM professionals offer on-site training services to educate your staff on PC-DMIS and CMM programming, including comprehensive long-term support for any issues you may...



The Applied Technical Services Family of Companies provides comprehensive CMM and laser scanner calibration services, CMM inspections, CMM programming, and CMM and PC-DMIS training. CMM Calibration Our calibration experts conduct coordinate measuring machine and laser scanner calibration to ensure the accuracy of these measurement devices. Calibrating measurement equipment is critical to maintaining precise, reliable, repeatable measurement capabilities. We conduct an analysis of the equipment and compare its measurements to relevant reference standards, make any necessary adjustments, verify the success of the adjustments, and provide thorough documentation detailing all steps of the calibration process. CMM Inspections CMM inspections provide detailed, precise measurements for several different aspects of a sample to ensure it meets the physical and dimensional requirements for its intended purpose. CMM inspections provide measurements of a part or component’s linear dimensions, angles, and other geometric features. These inspections can also assess surface finish characteristics such as texture. CMM Programming Coordinate measuring machine programming creates routines for CMMs to inspect parts for reverse engineering, quality assurance, regulatory compliance, first article verification, and safety. Our CMM programming solutions are custom-tailored to client-provided specifications to precisely address specific client needs. CMM inspection programming helps to guarantee that equipment and components adhere to quality standards and meet initial design requirements. CMM programming provides a cost-effective method of inspecting samples with complex geometries, dimensions, and surfaces, and is highly efficient and versatile. CMM PC-DMIS Training Our CMM programming experts provide on-site CMM PC-DMIS training with long-term, full-service support to help address any issues that...



The Applied Technical Services Family of Companies offers in-lab and on-site flow meter calibration services, including liquid meter calibration. Liquid Flow Meter Calibration Flow meters drift over time, causing potential measurement discrepancies that can have potentially catastrophic consequences. As these meters are relied on for precise flow rate measurements, regular calibration is required to ensure that these readings are accurate and dependable. The process of calibrating liquid meters has several steps, starting with reference standard benchmarking. If the calibration is taking place in our ISO/IEC 17025:2017-accredited calibration lab, the meter is then installed in a controlled environment. The flow rate is adjusted over a specified range to compare measurements with the reference standard while all data is documented. This data is then compared to identify any differences and plan necessary adjustments or repairs. Once these adjustments are made, the liquid flow meter’s measurements are verified to ensure that changes were successful. This entire process is thoroughly documented by our calibration experts and is provided to clients through our iPortal interface, where it is electronically available at all times. Calibration Services at ATS Our calibration technicians perform several types of calibration services for clients working in the building, manufacturing, construction, oil and gas, automotive, power generation, aerospace, and aviation industries, as well as many others. These services are performed both in our state-of-the-art calibration laboratories and in the field, including client facilities and worksites to calibrate immovable machinery and equipment. We frequently perform the following calibration services on-site: Hardness Tester Calibration...



The proven experts at the Applied Technical Services Family of Companies perform comprehensive HVAC calibration to ensure efficient and reliable system operation. The Process of HVAC Calibration HVAC calibration involves testing and analyzing several different components to effectively verify that a system is operating properly. Our certified calibration experts take a closer look, specifically checking systems for: Temperature Sensor Accuracy Thermostat Precision Pressure Sensor Operation Airflow Sensor Reliability Damper and Valve Positioning Control System Responsiveness Fan Speed and Efficiency Heat Exchanger and Coil Condition System Balance Final Verification All listed calibration aspects are critical to maintaining overall safety and reliable functionality. ATS’ technicians apply years of experience to every part of the calibration process, whether the HVAC system is in the 1-5 tonnage range or the 30-40 tonnage range. We pride ourselves in providing exceptional service quality to our domestic and international clients working in a wide variety of industries, including building and construction, power generation, nuclear, military and defense, manufacturing, automotive, and aerospace. Calibration Frequency We rely on HVAC systems to keep environments comfortable, and in some cases, habitable. Maintaining proper system functionality is important, and our experts work diligently to maximize the value of our calibration services by keeping costs competitive without sacrificing quality. HVAC systems require calibrations at varying frequencies based on several different factors, including environment, system load, system size, and application. Calibration schedules are determined by one or more of the following: Annual Routine Maintenance Seasonal and Environmental Requirements Manufacturer Recommendations Usage Intensity Regulatory Compliance...



The Applied Technical Services Family of Companies calibrates Hexagon coordination measuring machines to verify that the device's performance meets the manufacturer's specifications. Hexagon Coordinate Measuring Machines Hexagon is a multinational company that manufactures high quality coordinate measuring machines (CMMs) that measure an object’s dimensions with ultimate accuracy. The Hexagon CMM uses sensors to probe an object's surface, recording information each time the sensor creates contact with the object. Hexagon CMMs are astonishingly accurate as they’re capable of achieving accuracy within a 0. 00001-inch margin of error. Their superior accuracy makes Hexagon CMMs the ideal instrument for various industries, such as aerospace, automotive, and manufacturing. About Our CMM Calibration Lab Our ISO/IEC 17025:2017-accredited calibration labs feature the state-of-the-art equipment needed to verify the accuracy of various types CMMs, including those manufactured by Hexagon. We recognize that precision is of the utmost importance to our clients, so we adhere to strict standards as we ensure that our clients’ equipment meets the needs of their projects. The Importance of Coordinate Measuring Machine Calibrations CMMs are popular in industrial applications because of their superior accuracy. However, much like similar measuring devices, CMMs require regular calibrations to maintain their accuracy. Coordinate measuring machine calibrations help to do the following: Improve the instrument’s accuracy Identify factors that may be contributing to the drift in accuracy Reduce the likelihood of breakdowns, downtime, and repairs Extend the service life of CMMs An inaccurate CMM can impact a product’s quality, which may result in the following: Incorrect dimensions can...



The Applied Technical Services Family of Companies calibrates E2 class weights, verifying their mass to ensure their ability to serve as reference standards. What are E2 Class Weights? E2 class weights are commonly used to calibrate high-quality weights and balances. Industry professionals often use E2s as a reference standard when calibrating highly accurate balances with a readability between 0. 1 – 0. 01 mg. The E2’s ultimate accuracy makes it the ideal tool to use when calibrating sensitive equipment. E2 class weights are well-built weights that have anti-corrosive properties, limiting the weight’s likelihood of developing inaccuracies over time. Calibrations conducted with E2 class weights are proven to be precise, and our calibration experts use the weights to maximize the accuracy of our calibrations. More About Our Calibration Lab Our calibration lab experts use their decades of collective experience to carry out comprehensive calibration services that improve the accuracy of our clients’ equipment. Our calibration services are NIST traceable, adhering to rigorous standards that guarantee that our calibration services are reliable and accurate. Our E2 class weight calibrations help our clients do the following: Ensure the accuracy high high-precision instruments Improve research and development practices Build consumer trust in their products and services The Importance of Precise Calibrations Precise calibration helps businesses and consumers remain confident in a product or material’s performance, safety, and quality. Inaccurate measurements can have detrimental effects on a business’s bottom line, so it’s important to regularly calibrate equipment to avoid unforeseen consequences. Failure to regularly calibrate...



The Applied Technical Services Family of Companies (FoC) calibrates Fluke dry block calibrators to confirm their accuracy and functionality. Dry Block Calibrators A Fluke dry block calibrator is a durable and portable temperature calibration device. The instrument uses dry metal blocks to cool or heat sensors to a desired temperature, enabling technicians to confirm a temperature sensor’s accuracy. Fluke dry calibrators balance portability with performance and precision, making them a popular choice for a wide range of industrial applications. Dry block calibrations have several advantages over liquid bath calibrations, including: Cost-effectiveness Improved portability No hot or hazardous liquids Our Fluke Dry Block Calibrator Services Our experienced and highly trained calibration team works alongside our clients to ensure our calibration services address their specific needs. We calibrate low and high-temperature dry block calibrators to ensure that clients can remain confident in their instrument’s readings. Our calibration results are NIST traceable, helping our clients comply with industry standards and regulations regarding accuracy and precision. Why is It Important to Calibrate Fluke Dry Block Calibrators? Industry experts recommend that businesses regularly calibrate their dry block calibrators to maintain their reliability and accuracy. Our fluke dry block calibration services assist our clients as they do the following: Identify and correct deviations in accuracy Comply with regulations regarding product safety and quality Reduce unnecessary costs caused by production downtime and product recalls When Should You Calibrate Your Dry Block Calibrators? Various factors influence the frequency at which a dry block calibrator, including: Signs of drift...



The Applied Technical Services Family of Companies (FoC) offers competitively priced laboratory equipment calibration services. Our Calibration Lab Our calibration lab opened in 1987 and since then we’ve continued to invest in our calibration equipment and personnel, ensuring our capabilities keep pace with our clients’ growing needs. We offer multiple types of calibration, including: Electrical calibrations Mass calibrations Pressure calibrations Temperature calibrations Torque calibrations All of our calibrations are NIST traceable, ensuring that our services adhere to the rigorous standards that help to verify an instrument’s accuracy. Why is it Important to Calibrate Laboratory Equipment? While many manufacturers calibrate their equipment before shipping, over time an instrument’s accuracy can shift altering the quality, efficacy, and safety of products and materials. Third-party calibration labs such as ATS help companies confirm their equipment’s accuracy, minimizing measurement uncertainty. When Should You Calibrate Lab Equipment? The frequency at which one should calibrate their lab equipment varies heavily with the type of equipment and its frequency of use. In general, experts recommend that businesses calibrate their regularly used equipment quarterly or semiannually. Equipment that is seldom used can be calibrated as infrequently as once a year to verify its accuracy. We recommend that our clients consider conducting additional calibrations if the equipment will be relied upon for a major project. Please remember that the following factors may require that your equipment receive more frequent calibrations: Extended periods of repeated use Environmental conditions such as humidity, temperature, and vibrations Signs of damage on the device About...



The Applied Technical Services Family of Companies (FoC) provides prompt and professional lab equipment calibration services. Our Calibration Services We offer the following: Electrical Calibrations  Our electrical calibration services help our clients evaluate an instrument’s performance, especially parameters such as current, inductance, and voltage. Mass Calibrations  Our mass calibration specialists inspect and calibrate various types of scales and balances, ensuring they produce consistently accurate results. Pressure Calibrations  We calibrate pressure monitoring devices such as pressure relief valves and gauges, ensuring the pressure sensor’s readings remain within an acceptable range of accuracy to comply with our clients’ specifications and industry standards. Temperature Calibrations  Our temperature calibration experts ensure that thermometers are functional and accurate for applications where slight deviations in accuracy can compromise a product’s safety or integrity. Torque Calibrations  We calibrate numerous types of torque testing equipment, including clicker, dial, single set, and beam-type torque wrenches. More About Our Calibration Labs Our well-equipped calibration labs feature state-of-the-art equipment that our employees use to conduct procedures, tests, and calibrations that address the concerns of our clients. Since 1987, our calibration lab has continuously expanded its capabilities, adding more personnel and equipment along the way to ensure we can keep pace with our clients’ demands. We serve a wide range of industries, so our calibration experts have an in-depth understanding of numerous types of devices, equipment, and instruments. We offer in-lab and on-site NIST traceable calibration services that help our clients do the following: Meet quality standards Increase operational efficiency and overall...



When clients request a multimeter calibration service from Applied Technical Services, they can trust that our technicians are more than qualified to fulfill their needs. ATS and our growing Family of Companies (FoC) strive to provide high-quality calibrations and unparalleled customer service to clients working in a wide variety of industries. Calibrating Multimeter Functions Our ISO/IEC 17025:2017-accredited calibration lab serves businesses operating in the electrical, HVAC, automotive, mechanical, power generation, nuclear, and pulp and paper industries, as well as several others. ATS accepts handheld multimeters with resolutions up to 6 ½ digits and benchtop multimeters up to 8 digits. We can calibrate most measurement functions or tailor our calibration procedure to cover only the functions relevant to the customer. We cover a variety of measurement capabilities, including: AC/DC voltage AC/DC current Capacitance Continuity Frequency Humidity Infrared Insulation Resistance Sound Temperature Time Functions may differ based on design and manufacturer. Our experts frequently handle multimeters from many name-brand companies, including but not limited to: Amprobe Craftsman ExTech Fluke Hewlett Packard Klein Tools State-of-the-Art Laboratories Clients can ship their multimeters to one of our locations for in-house electronic calibrations. We understand how critical multimeters are to your business operations, providing a quick turnaround rate of 7 to 10 business days. We maintain an environmentally controlled lab with the following measures: Temperature: 68 ˚ F degrees (+/- 1 ˚ F) Humidity: 30-55% RH Isolation joints on the floor to dampen vibrations Our calibration processes follow documented standards for NIST traceability. We can tailor...



Call Applied Technical Services for Rice Lake Weighing Systems calibration of industrial balances, weights, and scales. ATS calibration services support industrial applications from manufacturing and construction to chemical testing and energy production. Our ISO/IEC 17025:2017-accredited calibration lab frequently works with weighing equipment, including analytical and triple beam balances, platform and crane scales, and weights. Analytical balances Triple beam balances Crane scales Platform scales Weights ATS Calibration Expertise The ATS calibration lab is ISO/IEC 17025:2017-accredited in mechanical calibrations, providing services in compliance with ASTM/ANSI, National Bureau of Standards (NBS), and NIST standards. Our experts have decades of combined experience inspecting and calibrating a variety of instruments. If a device is out of tolerance, ATS’ experts quickly make as-needed adjustments to restore weighing devices to operation readiness, typically within 7 to 10 business days of arrival in the lab. Our experts can tailor calibration procedures to standard or client specifications. We use calibration weights from the following classes: Mass and precision: ASTM classes 1-6 weights (1 mg to 20 kg) Scale and balance: NBS classes C, F, M, P, Q, S, and S-1 (up to 1,200 lbs. and 10 kg) Before calibrating any device, a technician thoroughly prepares the subject before leaving it to stabilize for at least 24 hours in ambient temperatures of 68 ˚ F (+/- 1. 0 ˚ F) with 30-55% relative humidity (RH). 24/7 Accessible Reports After each calibration service, ATS provides a documented report of the device’s condition and calibration certificate. Our certificates include as found and...



The Applied Technical Services Family of Companies (FoC) calibrates an extensive list of instruments, devices, and gauges, verifying their reliability and accuracy for various applications. ATS' Calibration Laboratory Applied Technical Services maintains multiple ISO/IEC 17025:2017-accredited calibration labs, where our experienced calibration experts work diligently to ensure our client’s instruments are in working order. We offer on-site and in-lab calibrations for the convenience of our clients. During calibration, our technicians inspect our clients’ equipment for signs of damage before comparing the equipment’s measurements to a known standard to verify its accuracy. If the device’s measurements fall out of the acceptable range of accuracy, we adjust until the device’s accuracy meets our client’s demands. Our expansive list of calibration services extends to a variety of industries, including aviation, aerospace, construction, manufacturing, and other industrial applications. We calibrate numerous types of devices, including the following: Balances and scales Flow meters and multimeters Pressure gauges and relief valves Thermometers and temperature gauges Torque analyzers, drivers, guns, and transducers Measuring Equipment Calibration Measuring equipment is often susceptible to bias after repeated use or extended exposure to harsh conditions. It’s important to calibrate instruments regularly to ensure the device functions properly and yields results within an acceptable range of accuracy. Consistent calibration can help businesses save time and avoid costly mistakes while helping them sustain an adequate level of quality control. Our calibration services assist our clients as they do the following: Ensure the accuracy of equipment Comply with guidelines, regulations, and standards Increase consumer confidence...



The Applied Technical Services Family of Companies (FoC) provides torque wrench repair and calibration services for continued accuracy and precision. Torque wrenches control the amount of torsion applied to a fastener, such as a nut, bolt, or lag screw. Why is Torsion Control Important? Many industries rely on torque wrenches in daily operations, including aerospace, manufacturing, plumbing, HVAC, and medical. Torsion control is critical in situations requiring extreme precision, such as automotive work and pipeline fitting. Users can set the tool to a desired tension value to avoid overtightening or under-tightening fasteners, which may cause wear, fatigue, or failure of critical structures or components. Our clients often request torque wrench calibration services for reasons including: Annual maintenance or after the device completes 5,000 cycles Frequent calibrations for high-use or precision-critical devices After misuse, overload, dropping, etc. After repairs What Types of Torque Wrenches Does ATS Calibrate and Repair? Clients who need a trustworthy and versatile calibration provider for powerful torque equipment can trust ATS to provide exceptional service quality and customer service. Our ISO/IEC 17025:2017-accredited calibration lab has served clients from a variety of industries since 1987, calibrating mechanical, digital, and electronic torque devices such as: Beam Click Deflecting beam No-hub Pneumatic Slip Split beam Torque analyzers Torque drivers Torque transducers Torque/angle Calipers can become unreliable when damaged, jostled, or subjected to harsh environments. Manufacturers like Mitutoyo recommend periodic calibrations from an accredited third party. ATS calibrates the hand tools used in many industries, including: CDI Cornwell Craftsman Mac Tools...



The Applied Technical Services Family of Services (FoC) conducts PosiTector calibrations to verify the accuracy of coating thickness gauges. Our calibration experts value precision and professionalism, working diligently to improve the reliability of our clients' PosiTector 6000 gauges. What is the Deflesko PosiTector 6000? The DeFelsko PosiTector 6000 is a rugged, fully electronic coating thickness gauge that uses eddy current and magnetic principles to measure the paint thickness of non-ferrous and ferrous metals. The PosiTector 6000 offers rapid measurements and can produce more than 90 readings per minute. The PosiTector 6000 provides quantitative data regarding the following: Coating adhesion Color consistency Expected lifespan Regulatory compliance Resistance to corrosion and damage Our Calibration Lab Our calibration experts use our state-of-the-art laboratory to facilitate prompt and professional services at a competitive price. During our thickness gauge calibration process, we compare our clients’ instruments to a known standard, ensuring the gauges meet the manufacturer’s specifications. If the two values don’t match, we make the necessary adjustments to ensure that our client’s instruments achieve an adequate level of accuracy. Our PosiTector calibration services help our clients do the following: Comply with regulations and standards Improve the accuracy of measurements Identify underlying issues with a gauge Maintain NIST traceability Sustain acceptable levels of quality control Why is it Important to Calibrate Thickness Gauges? Regular calibration is essential when maintaining a reliable thickness gauge. Our calibration helps our clients ensure their gauges maintain accuracy and traceability throughout their service life. Over time, gauges can develop a...



The Applied Technical Services Family of Companies is a full-feature CMM service provider, offering a variety of coordinate measuring machine services to meet the needs of our clients, including CMM calibration. ATS: The CMM Experts Coordinate measuring machine programming provides measurement routines for CMMs to inspect parts for reverse engineering, and quality assurance. CMM programming is tailored to client-provided specifications to meet precise need based on a component’s geometry. CMM inspection programming plays a critical role in the manufacturing process, helping to guarantee that parts and equipment adhere to quality standards and operate within specified tolerances. Coordinate measuring machine programming allows precise, cost-effective inspections to increase productivity. CMM inspections also allow highly accurate measurements of parts with complex geometries, dimensions, and surfaces. Dimensional Inspections at ATS The Applied Technical Services Dimensional Inspections and CMM Programming Laboratory features state-of-the-art equipment, such as the FARO Quantum Max, North Star x5000, and Zeiss Metrotom 1500. These machines allow us to perform efficient, precise inspections for all our clients, regardless of their industry. FARO Quantum Max: features three LLPs and an impressive range of capabilities North Star x5000: allows experts to scan subjects of varying size with complex components and structures Zeiss Metrotom 1500: provides precise radiography CT scans CMM Service Offerings at ATS ATS offers a wide range of CMM and dimensional inspection services such as: CMM Calibration FARO Laser Scanning Product Development CMM Reverse Engineering 3D Model Reverse Engineering CMM PC-DMIS Training Laser Scanning Dimensional Inspections 2D / 3D Metrology CAD File...



The Applied Technical Services Family of Companies (FoC) calibrates balances in accordance with ISO 17025 standards. ISO 17025 ISO 17025 is an internationally adopted standard used by testing and calibration labs. The standard ensures that the testing facility and lab is competent and capable of providing high quality services on a consistent basis. Companies with ISO 17025 have displayed the aptitude to provide reliable and accurate measurements that meet the demands of their clients and regulatory bodies. ISO 17025 Balance Calibration Our ISO 17025 balance calibration services adhere to rigorous quality standards, ensuring our measurements are accurate and our calibration is precise. We calibrate various types of balances in accordance with IS0 17025 standards, including: Unequal Arm Balances Equal Arm Balances Analytical Balances Spring Balances Semi Microbalances Portable Balances Top Loading Our balance calibration services extended to numerous industry leading manufacturers, ensuring our personnel have the tools to meet our clients’ specific needs. The Importance of Balance Calibration Calibrating balances is essential when ensuring the reliability and accuracy of an instrument’s measurements. Precise measurements are essential in industries where minor inaccuracies have costly consequences, such as chemistry, pharmaceuticals, and manufacturing. We recommend that our clients calibrate their balances regularly to guarantee that the instruments maintain accuracy over time. Factors such as mechanical wear, age, and environmental conditions can impact a balance’s accuracy, so calibrations are critical when verifying the reliability of the instrument and complying with regulatory requirements. About Applied Technical Services For over 55 years, ATS has provided high...



The Applied Technical Services Family of Companies (FoC) calibrates analytical balances to verify their functionality and improve their accuracy. Analytical Balances Analytical balances are highly accurate instruments used to measure the mass of small samples. With a readability range between 0. 1 mg and 0. 01mg, analytical balances are adept at detecting small variations in a sample’s mass. Analytical balances are commonly used in a number of applications, including: Chemicals Cosmetics Electronics Environmental Testing Food Pharmaceutical Our Balance Calibration Lab Our calibration experts work with our clients to ensure that their equipment’s accuracy is within an acceptable range for our client’s standards or the manufacturer's specifications. We understand that un-calibrated instruments can comprise a product or operation, so work diligently to resolve any inaccuracies. Our calibration lab offers in-lab and on-site services, helping our clients minimize their operation’s downtime, enabling them to avoid any prolonged periods of delay. We conduct calibrations on a wide range of balances, including: Analytical Balances Equal Arm Balances Portable Balances Semi Microbalances Spring Balances Top Loading Unequal Arm Balances Why is it Important to Calibrate Analytical Balances? Maintaining a calibrated balance is critical to the success of many industrial applications. As instruments age, their accuracy drifts and they become more likely to produce inaccurate measurements. Our calibration services help our clients correct these errors so they can ensure their equipment is reliable and in compliance with industry standards. In addition to ensuring their equipment’s reliability, our calibration services help our clients: Avoid production delays, product...



The Applied Technical Services Family of Companies (FoC) calibrates Fluke dry block calibrators, verifying their accuracy and reliability. What is a Fluke Dry Block? Fluke Calibration is an equipment manufacturer that produces a wide range of calibration instruments, including dry block calibrators. Dry block calibrators are highly accurate instruments used to calibrate various types of temperature sensors, such as thermometers, thermistors, and thermocouples. Dry block calibrators offer numerous advantages over micro-bath alternatives, including: Wider temperature ranges Superior accuracy Portable design Reduced risk of contamination Dry block calibrators help businesses in various industries, such as: Aerospace Automotive Medical device manufacturing Oil and gas Pharmaceuticals Power generation Our Fluke Dry Calibration Services Our educated and highly trained calibration experts use our state-of-the-art facilities to provide precise calibrations for various types of equipment. In addition to dry block calibrators, our calibration specialists calibrate numerous other Fluke Calibration products, including: Digital Multimeters (DMMs) 525A Temperature / Pressure Calibrators 7380 Calibration Baths 5522A Multiproduct Calibrator Why is it Important to Calibrate Dry Block Calibrators? Dry block calibrators are known for their reliability and precision, but over time their accuracy can suffer after prolonged use and repeated exposure to compromising environmental conditions. Industry experts agree that it is best to regularly calibrate dry block calibrators, so companies and consumers can maintain confidence in the device’s accuracy. Our third-party dry block calibration services help our clients do the following: Improve instrument accuracy Improve quality control efforts Comply with industry standards, guidelines, and regulations Avoid the costs associated...



The Applied Technical Services Family of Companies performs Pi Tape calibration in our highly advanced calibration and recertification laboratory. Precision Measuring Tape Calibration Specialized precision measuring tapes have a variety of applications across countless industries. These specialized measurement tools are designed for uses ranging from measuring pipeline exteriors to taking interior O-ring measurements. Like other measurement devices, measuring tapes are subjected to wear and tear that can render their measurements inaccurate over time, requiring precise calibration to ensure the legitimacy of their evaluations. The measuring tape calibration process includes: Reference Standard Selection: our calibration experts use NIST-traceable reference standards to ensure precision. Calibration Preparation: our calibration and recertification laboratory is an ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited controlled environment that exceeds the requirements for even the most precise calibrations. Measurement Comparison: our staff compares the measuring tape against the reference standard, factoring in the accuracy of length, markings, and other physical characteristics. All inconsistencies and damage are documented thoroughly. Adjustments, Corrections, and Repairs: our technicians make any necessary adjustments and repairs to restore the measuring tape to accuracy. Documentation: every step of the calibration process is documented, compiled, and provided to clients through our iPortal interface, allowing 24/7 access to all reporting and certifications. With over 35 years of calibration experience, our experts are equipped to provide clients with unparalleled expertise, service quality, and customer service. We strive to maximize the value of our calibration services, incorporating the use of cutting-edge technology to guarantee dependable results while keeping costs...



The Applied Technical Services Family of Companies offers a wide range of temperature measurement device calibration services, including Testo 104 IR BT calibration. Infrared Thermometer Calibration The Testo 104-IR BT Bluetooth thermometer measures temperature via combined infrared and penetration and has several applications in the food and beverage industry. Like other measurement devices, digital thermometers require calibration to verify their accuracy. Precise temperature measurements are critical to safety in a variety of industries, particularly when it comes to food service. Calibrating an IR thermometer consists of preparing the device in a controlled environment, conducting several measurements across the thermometer’s range, and comparing the measurements with reference standards. If there are any inconsistencies between the measurements and the standard, our calibration experts adjust the thermometer accordingly. We provide clients with a thorough calibration report that documents every aspect of the calibration process, including its initial measurements, adjustments made, repairs made, and its final measurements. All calibration documentation is available to clients 24/7 through our iPortal interface. Measurement Tool Calibration at ATS Applied Technical Services offers a frequently expanding list of measurement tool calibration services. These services are conducted in our ISO/IEC 17025 accredited calibration laboratory, on-site at client facilities, and in the field to meet the needs of our clients working in several different industries. In addition to temperature measurement tools, we commonly calibrate the following equipment: Oxygen Meters Flow Meters Digital Multimeters Oscilloscopes Environmental Chambers Hand Tools Power Meters Spark Testers Tachometers Vibration Meters Humidity Meters Spectrophotometers Conductivity Meters Colorimeters...



The Applied Technical Services Family of Companies performs Fluke calibration services to verify and correct the accuracy of Fluke testing and measurement tools. Fluke Calibration As measurement tools and devices drift over time, they require calibration to verify their accuracy. Calibrating Fluke devices (and tools made by comparable manufacturers) consists of taking a measurement with a device and then comparing that measurement with a standard. If there is any variance between the measurement and the standard, the device is adjusted to return it to tolerance. Fluke manufacturers a wide variety of measurement tools, including but not limited to: Infrared Thermometers Digital Multimeters Electrical Testers Clamp Meters Power Quality Analyzers Power Meters Our State-of-the-Art Labs Applied Technical Services performs calibration services both in our state-of-the-art calibration laboratory and in the field. We employ industry-leading calibration experts who apply decades of combined experience to ensure the highest level of service quality possible. Our calibration lab houses highly advanced equipment that incorporates the use of innovative technologies to minimize service costs without compromising efficiency or effectiveness. We Calibrate Instruments from Popular Manufacturers In addition to our Fluke calibration services, ATS calibrates measurement devices manufactured by: X-Rite Thermo Fischer Scientific Testo Buck Scientific Datacolor Aurora Instruments Auxilab Mettler Toledo Cecil Instruments Agilent Technologies Biotek Instruments Applied Technical Services: We Take a Closer Look Founded in 1967, ATS applies over five decades of experience to every testing, inspection, and analysis service we provide. The ATS Family of Companies features a nationwide service network of laboratories...



The Applied Technical Services Family of Companies performs X-Rite Calibration to verify and correct the accuracy of color management devices such as spectrophotometers. The Importance of Color Accuracy Color accuracy is critical to several different industries, including graphic design, media, packaging, photography, manufacturing, building materials, printing, apparel, and automotive. The color accuracy of spectrophotometers, monitors, displays, projectors, printers, chart readers, and scanners can vary greatly, leading to potential discrepancies between initial creations and finished products. X-Rite manufactures spectrophotometers for several different applications, ranging from physical media color calibration to electronic color calibration. Spectrophotometers come in both handheld and benchtop variations, both of which require calibration. Spectrophotometer Calibration Much like other measurement devices, spectrophotometers require calibration to verify their accuracy. Measurement devices tend to drift over time, leading to inconsistencies ranging from mild to severe. X-Rite calibration (and other comparable spectrophotometer calibration) consists of taking a spectrophotometer’s measurement and comparing it to a standard. If there is any variance, the spectrophotometer is then adjusted to return it to accuracy. X-Rite manufacturers several different devices, including: Ci60 Series Portable Sphere Spectrophotometers Ci7000 Series Transparent, Translucent, and Opaque Spectrophotometers eXact 2 Spectrophotometers and Densitometers MA Multi-Angle Spectrophotometers CAPSURE Portable Spectrocolorimeters CAPSURE Cosmetic Spectrophotometers RM200QC Portable Spectrocolorimeters 45/0 Portable Spectrocolorimeters In addition to our X-Rite calibration services, ATS calibrates spectrophotometers manufactured by: Buck Scientific Aurora Instruments Mettler Toledo Cecil Instruments Auxilab Thermo Fisher Scientific Datacolor Biotek Instruments Hach Agilent Technologies Jenway Applied Technical Services: We Take a Closer Look With over five decades of...



The Applied Technical Services Family of Companies (FoC) calibrates dry block calibrators, ensuring their accuracy and functionality. What is a Dry Block Calibrator? A dry block calibrator, also known as a dry block temperature calibrator, is a portable and versatile calibrator used to calibrate a wide range of temperature sensors, such as thermometers, thermistors, and thermocouples. The dry block calibrator cools or heats a metal block to a specific temperature that is maintained until temperature sensors can confirm that the calibrator’s temperature readings match the known standard temperature. Dry block calibrators offer a more convenient way to calibrate temperature sensors than popular alternatives such as liquid baths. Dry block temperature calibrators are commonly used in various industries, including: Aerospace HVAC Manufacturing Power Generation Our Calibration Services Our calibration experts use their decades of collective experience to verify and improve the accuracy of our clients’ equipment. We recognize that accuracy and precision are vital to the success of industrial operations, so we adhere to rigorous standards, ensuring that our calibration services help our clients improve their products and operations. We offer on-site and in-lab calibrations so our clients can avoid the prolonged periods of downtime. Why are Dry Block Temperature Calibrators Important? It’s important to calibrate dry block temperature calibrators to confirm their accuracy and NIST traceability. Calibrating dry block calibrators can help businesses do the following: Maintain accuracy with the desired range of accuracy Comply with regulations Diagnose and correct any performance issues Failure to regularly calibrate dry block calibrators...



The Applied Technical Services Family of Companies (FoC) calibrates coordinate measuring machines to verify their accuracy. What is a Coordinate Measuring Machine? Coordinate measuring machines, commonly known as CMMs, are measurement tools comprised of a computer, motion system, probe, and measurement software. Together, these components create a highly accurate machine that excels at measuring various dimensions of an object, including length, depth, and width. CMMs are widely used quality assurance tools revered for their versatility and efficiency at measuring complex components that must adhere to rigorous standards. CMMs offer numerous benefits, helping companies do the following: Improve operational efficiency Reduce production time and costs Minimize the likelihood of human error Our CMM Machine Calibration Services Our calibration experts use our ISO/IEC 17025:2017 accredited facilities to confirm the accuracy of coordinate measuring machines in accordance with manufacturer’s specifications and our clients’ unique demands. During verification, we compare our clients’ CMM’s measurements to a known standard to see if there are any inconsistencies. Understanding the Importance of CMM Calibration Like many measuring devices, CMMs can become increasingly inaccurate as they age, so it’s important to regularly calibrate them to verify their reliability. Industry experts recommend that coordinate measuring machines be calibrated according to their frequency of use, age, and exposure to various environmental factors, such as temperature, oil, and dust. CMM calibrations help companies do the following: Ensure the accuracy of their CMMs Verify the dimensions and quality of a product’s parts Comply with industry standards and government regulations Reduce the likelihood...



The Applied Technical Services Family of Companies (FoC) conducts CMM calibrations, ensuring that our clients’ coordinate measuring machines adhere to manufacturer’s specifications and industry standards. What is a Coordinate Measuring Machine? A coordinate measuring machine, or CMM, is an instrument that measures the geometry of physical objects. CMMs are widely revered for their versatility and accuracy, making them a popular choice for those measuring the dimensions of various objects, including plastics, electronics, and mechanical components. Coordinate measuring machines help businesses do the following: Improve production time Reduce production costs Minimize the likelihood of operator error Maintain quality control Our CMM Calibration Services Our verification service helps our clients verify the accuracy of their CMMs. During verification, our experts compare our clients’ CMMs to a known standard, ensuring that the instrument is within an acceptable range of accuracy. Upon completion of the verification, we issue a certificate of calibration. The Importance of CMM Calibrations While the frequency of your CMM calibration needs may vary based on your individual devices and quality standards, experts recommend that CMM verification should occur every 2,000 hours. Our third-party verification services help our clients minimize downtime and expenses by allowing them to focus their efforts elsewhere while we ensure their CMMs are in working order. About Applied Technical Services Founded in 1967, Applied Technical Services is an established and highly capable provider of calibration, testing, inspection, and testing services. Our employees use our ISO/IEC 17025:2017 accredited labs to deliver prompt and professional solutions to our clients....



The Applied Technical Services Family of Companies (FoC) calibrates high pressure gauges, ensuring they remain accurate and functional throughout their service life. Calibrating High Pressure Gauges A high pressure gauge measures a gas or fluid’s pressure in high pressure applications. High pressure gauges help businesses monitor the pressure of various industrial systems, such as hydraulic and refrigeration systems. Like other gauges, high pressure gauges require calibration to verify their accuracy. Over time, a gauge’s accuracy can drift due to various factors, such as: Harsh environmental conditions Misuse Poor maintenance practices Frequent use Natural drifts in accuracy Our Calibration Services Applied Technical Services operates multiple ISO/IEC 17025:2017-accredited calibration labs that provide services to clients across the United States. We understand that precision and quality are essential to the success of our client’s projects, so our employees comply with internationally recognized quality standards to ensure our methods and procedures yield accurate results. We work diligently to restore the accuracy of pressure gauges per the manufacturer’s specifications and our client’s expectations. The Importance of High Pressure Gauge Calibration Services Our high pressure gauge calibration services ensure our clients’ gauges remain reliable and accurate, helping to optimize the efficiency of industrial processes. High pressure gauges are critical to the success of various applications, so it's important to regularly calibrate gauges to ensure operations run smoothly with minimal interruptions. Our high pressure gauge calibration services help our clients do the following: Ensure the accuracy of pressure readings Comply with guidelines and regulations Maintain the gauge’s...



The Applied Technical Services Family of Companies (FoC) calibrates pharmaceutical equipment, ensuring the instruments maintain their accuracy and precision while in use. Calibration in the Pharmaceutical Industry Calibrations are needed to define and ensure the accuracy of various types of measuring equipment, including meters and gauges. Pharma manufacturing standards are rigorous, and these strict quality standards extend from the products to the equipment used in their manufacturing process. Calibration labs allow manufacturers to guarantee that their equipment is accurate, increasing their confidence in their product’s quality, safety, and compliance with regulations. About Our Calibration Lab Our calibration experts understand the importance of precision and quality in industrial and commercial applications. Our staff works directly with clients to develop and carry out strategies that address their nuanced needs with precision and professionalism. Our calibration experts compare the readings of our clients’ instruments to a known standard, ensuring that the instruments are within the desired range of accuracy. Our calibration services help our pharmaceutical clients do the following: Identify the causes of inaccurate measurements Improve the accuracy of instruments Extend the lifespan of equipment Maintain adequate levels of quality control Why is Calibration Essential to the Pharmaceutical Industry? Pharmaceutical companies must ensure their products adhere to strict quality standards before their products qualify for the marketplace. Third party calibration labs like ATS help manufacturers calibrate their equipment quickly without compromising quality. Failure to calibrate measuring instruments can have serious consequences, such as: Chemical composition inconsistencies that impact the product’s safety and efficacy...



The Applied Technical Services Family of Companies offers Mitutoyo caliper calibration for multiple caliper types, including dial, digital, and vernier. Calipers are easy to use, versatile, and durable, and can quickly measure short distances such as: Inside diameter Inside width Depth Outside diameter Outside width Step height Industries Supported with Caliper Calibration Professionals rely on Mitutoyo calipers for accurate, precise, and repeatable readings. Many industries require accurate measurements for quality assurance, resource conservation, and daily operations. Calipers can become unreliable when damaged, jostled, or subjected to harsh environments. Manufacturers like Mitutoyo recommend periodic calibrations from an accredited third party. ATS calibrates the hand tools used in many industries, including: Aerospace Automotive Healthcare Manufacturing Science ATS Calibration Services Our ISO/IEC 17025:2017-accredited calibration lab offers dial, digital, and vernier Mitutoyo caliper calibration services. We adhere to our ISO 9001:2015-registered Quality Management System and can calibrate calipers up to 80 inches long for conformity with NIST standards and industry regulations. First, an expert checks the Mitutoyo caliper for signs of damage and confirms proper function in all readings. If the expert uncovers signs of damage (such as from a fall or electric shock), ATS can discuss a repair plan with clients before proceeding. Next, the expert measures multiple points across the measuring range for depth, length, and step height. We can verify a caliper by comparing readings with a grade 2 gauge block set. We typically complete the Mitutoyo caliper calibration services within 7 to 10 days of arrival at our calibration lab....



The Applied Technical Services Family of Companies supports critical industries with NIST-traceable Hach pH meter calibration. Hach pH meters measure hydrogen ion activity to determine the acidity and alkalinity of water-based substances for lab testing and quality control. Regular calibration from our qualified experts helps industrial pH meters deliver accurate and reliable measurements. Why pH Meter Calibration is Important When in good order, pH meters give accurate and continuous readings that enable a larger control system to respond to fluctuations in substance characteristics. If inaccuracies are not corrected, users may not catch subtle changes in pH that can ultimately damage critical industrial equipment, such as the pipes and vessels used to transport highly acidic or alkaline substances. pH meters should be calibrated after taking measurements in a strong solution and after cleaning. Many industries rely on continuous pH data to monitor sophisticated flow processes and adhere to quality assurance standards. Additionally, regulatory authorities such as the EPA may require calibrations per documented maintenance procedures. Periodic recalibrations can provide early detection of contamination or misalignment before the meter’s readings drift beyond the accurate tolerances. Hach pH meters consist of multiple interworking parts that can become ineffective if not cleaned correctly between uses or after measuring different solutions. Our Calibration Procedures ATS operates multiple ISO/IEC 17025:2017-accredited calibration labs that work with a variety of instruments. When calibrating a pH meter, our experts follow a three-point calibration procedure to ensure accuracy across the meter’s range. To test accuracy across the device’s range, we...



The Applied Technical Services Family of Companies (FoC) provides pH meter calibrations, ensuring that our clients’ pH testers remain accurate and reliable. What is a pH Meter? A pH meter is an instrument that measures a solution’s acidity and alkalinity. pH meters feature special measuring probes that allow the device to determine a water-based solution’s hydrogen-ion activity quickly and accurately. pH meters are commonly used to do the following: Monitor the quality of drinking water and waste water Evaluate the pH levels of foods and beverages Aid in chemical processing applications Our pH Tester Calibration Services Our highly-capable calibration labs feature the advanced technology needed to calibrate a wide variety of measuring instruments, meters, and gauges. Our services adhere to internationally recognized quality standards, ensuring our clients receive world-class service at a competitive price. We provide in-lab and on-site calibrations for the convenience of our clients. We offer calibrations for various manufacturers, including, but not limited to the following: Apera Instruments Beckman Coulter Corning Denver Hach Horiba Hamilton Hanna Instruments Horiba ITT Analytics X LaMotte Metrohm Mettler Toledo Oakton OHAUS Pulse Instrument Sartorius Scientech Sensorex Thermo Fisher Scientific Why is It Important to Calibrate pH Meters? Like other measuring devices, pH meters require regular calibrations because their accuracy can suffer after extended periods of use and exposure to harsh environmental conditions. Over time, pH electrodes, which serve as sensors, can become contaminated, causing them to produce inaccurate readings. Calibration ensures that these inaccuracies are avoided, ensuring that our clients’ pH...



The Applied Technical Services Family of Companies (FoC) conducts calibrations with ultimate accuracy and precision. Why are Instrument Calibrations Important? Instrument calibration is an essential component of industrial operations and processes. Calibration is important when checking and maintaining an instrument’s accuracy. Measurement instruments tend to drift over time, causing devices to become increasingly inaccurate as they age and endure harsh conditions. Fortunately, Applied Technical Services has a state-of-the-art calibration lab capable of ensuring the accuracy of a wide range of equipment and technology. Our Calibration Services Our calibration experts use our ISO/IEC 17025:2017 accredited lab to conduct high-quality calibration services at a competitive price. During our calibration procedures, we compare our clients’ equipment to a reference of a known value. If the value of our client’s device doesn’t match the reference’s value, we make the necessary adjustments to ensure that the instrument is calibrated. We offer in-lab and on-site calibration services, ensuring our clients' calibration needs are addressed with urgency and precision, allowing them to minimize their operation’s downtime. Our calibration services help with the following: Improve the accuracy of equipment Prevent the costs and safety hazards associated with inaccurate measurements Identify damage or poor maintenance practices When Should You Calibrate Your Equipment? There are various levels of risks associated with operating an un-calibrated measuring device. In general, we recommend that our clients calibrate their equipment in compliance with the manufacturer's suggestions. However, if a device is susceptible to inconsistencies, please calibrate the device more frequently to ensure that it’s...



The Applied Technical Services Family of Companies (FoC) offers Defelsko calibration services to ensure the accuracy and reliability of Defelkso coat thickness measurements, such as the PosiTector 6000. What is the Defelsko PosiTector 6000? The PosiTector 6000 is a highly capable coating thickness measurement instrument known for its simple yet durable design. The handheld gauge measures the thickness of protective coatings, ensuring the coatings meet the manufacturer's standards and comply with regulations. It features 25 interchangeable probes that improve versatility when evaluating the thickness of various types of protective coats, such as: Non-conductive and conductive coatings Non-ferrous and ferrous coatings Non-magnetic and magnetic coatings Our Defelsko Calibration Capabilities Our ISO/IEC 17025:2017 accredited calibration lab has the state-of-the-art equipment needed to deliver prompt and competitively priced solutions to clients in various industries. Our employees recognize the importance of maintaining calibrated equipment, so we work diligently to ensure that our clients’ coating thickness gauges function properly. Why is It Important to Calibrate Coating Thickness Measurement Instruments? Many industries rely on aesthetics, performance enhancements, and added protection provided by paint coatings. A coating’s effectiveness is heavily dependent on its thickness, which is why it’s essential to maintain properly calibrated coat thickness measurement instruments. Accurate coating thickness measurements help our clients do the following: Ensure substrates receive a sufficient layer of protection Determine how long a coating will be effective Identify and resolve coating inconsistencies Maintain satisfactory levels of quality control Optimize the coating application process Failure to properly calibrate a coating thickness could...



The Applied Technical Services Family of Companies (FoC) evaluates power quality loggers ensuring power quality loggers remain accurate and functional over time. What is a Power Quality Logger? A power quality logger is an instrument that measures and records the electrical characteristics over a specific period. The device logs information about various components of a power supply’s electrical parameters, such as voltage, current, and power. Power quality loggers are commonly used to identify power quality issues in commercial and industrial facilities. Power quality loggers help companies do the following: Identify and troubleshoot power quality issues Determine the effectiveness of power quality mitigation devices Reduce energy costs and improve energy efficiency Prolong the lifespan of service equipment Our Power Quality Logger Calibration Services Our experienced calibration staff works diligently to ensure that our clients’ operations run smoothly, helping to maximize their efficiency, accuracy, and potential earnings. Our calibration experts have decades of experience and an in-depth understanding of how to improve the reliability of various types of measurement equipment, including power quality loggers. Why is It Important to Calibrate Power Quality Loggers? Accurate measurements of electrical power consumption have become increasingly important as businesses monitor their power consumption to improve the efficiency of their operations. The accuracy of power quality loggers can drift over time, so it’s crucial to calibrate them regularly to maintain a desired level of accuracy. Our power quality logger calibration services help our clients do the following: Ensure the accuracy of a power quality logger’s readings Comply...



The Applied Technical Services Family of Companies (FoC) conducts calibrations with high precision and accuracy, ensuring our clients’ instruments remain reliable throughout their use. Why are Precise Calibrations Important? Calibrations help businesses verify the accuracy and reliability of their measuring equipment. Measuring devices such as meters and gauges lose their accuracy as they age, so it’s widely recommended that companies calibrate their instruments regularly to ensure their devices remain accurate after prolonged use. The effects of un-calibrated devices can be damaging to a business’s bottom life, leading to: Operational inefficiencies Defective products Safety hazards Compliance violations Consumer dissatisfaction Precision Calibration Services The ATS FoC operates multiple calibration labs that offer high quality calibration services to businesses throughout the United States. Our calibration experts use our ISO/IEC 17025:2017-accredited labs to develop and carry out personalized services that address the nuanced needs of our clients’ projects. We offer on-site and in-lab calibrations for a wide range of equipment, including: Accelerometers Bore gauges Gas flow meters Coating thickness gauges Ultrasonic gauges Temperature meters Torque wrenches Water meters What Industries rely on Measuring Equipment Calibrations? Numerous industries rely on third-party calibration labs, such as ATS, to ensure their equipment is reliable and accurate throughout their service life. Calibration labs are especially important in industries where precise measurements are needed to maintain operation and product safety, quality control, and regulation compliance. Our calibration services help clients in various industries, including the following: Aerospace Construction Consumer Products Manufacturing Power Generation About Applied Technical Services The ATS...



The Applied Technical Services Family of Companies offers a wide range of electronic calibration services to help clients maintain device accuracy and regulatory compliance. Electronic Calibration at Applied Technical Services Our certified electronic calibration experts apply unparalleled expertise to ensure the successful calibration of electronic measurement devices. First, the device being tested will be used to take measurements, the values of which are then compared to the relevant calibration standard. Our experts identify any irregularities and return the device to its intended tolerance. More measurements are then taken to verify the device’s accuracy. All calibration reports include thorough, detailed information regarding the device’s original performance and condition, any adjustments or repairs made during the calibration, and the device’s performance and accuracy following the calibration. Calibration reports are available to clients at all times through iPortal, our electronic interface that provides calibration reports, certificates, and records. Frequently Requested Services Some of our most commonly requested electronic calibration services include: Noise Dosimeter Calibration Radiometer Calibration Power Supply Calibration Multimeter Calibration Sonic Tension Meter Calibration Capacitor Calibration Dielectric Tester Calibration Charge Amplifier Calibration Other Calibration Services Our certified calibration experts perform services in our Electrical Testing, Mechanical Testing, Environmental Testing, CT, Avionics, and Dimensional Inspection laboratories, as well as in the field with on-site calibration services for equipment and machinery that cannot be transported. Some of our most popular calibration services include: Multimeter Calibration Oxygen Meter Calibration Meter Proving Services Omega Flow Meter Calibration Pressure Meter Calibration On-Site Meter Calibration ATS also performs...



The Applied Technical Services Family of Companies offers an expansive list of electrical calibration services to help clients maintain device precision and reliability as well as compliance with regulatory requirements. Electrical Calibration at Applied Technical Services ATS’ certified calibration technicians apply years of experience to perform comprehensive electrical calibration services for our clients. Electrical calibration consists of comparing device measurement values with the relevant calibration standard, identifying any inconsistencies, returning the device to tolerance, and verifying its accuracy. Reports and Documentation Following a calibration service, clients will receive in-depth reporting that documents the device’s initial performance, adjustments made, post-calibration performance, damage discovered, and repairs made. Our calibration reports are available to clients electronically through our iPortal interface, providing 24/7 access to calibration records, certificates, and reports. Popular Electronic Calibration Services Some of ATS’ most popular electronic calibration services include: Accelerometer Simulator Calibration Gauss Meter Calibration Centrifuge Calibration Oscilloscope Calibration Tachometer Calibration Watt Meter Calibration Multimeter Calibration Additional Calibration Services We offer a wide range of calibration services in our Computed Tomography (CT), Dimensional Inspection, Avionics, Mechanical Testing, and Environmental laboratories, as well as on-site calibration services. Some of our most commonly requested calibration services include: Pressure Meter Calibration Omega Flow Meter Calibration On-Site Meter Calibration Oxygen Meter Calibration Meter Proving Services Applied Technical Services also offers Embedded Calibration Lab services, establishing a calibration lab in your facility to provide convenient, in-house calibrations with minimized turnaround times and service interruptions. Applied Technical Services: We Take a Closer Look Founded in 1967,...



Applied Technical Services delivers reliable ThermoWorks calibration services as a reputable and qualified third party. ISO/IEC 17025:2017-accredited in testing and calibration procedures, ATS leads a rapidly growing Family of Companies (FoC) for premiere industrial services. ATS calibration experts work with hundreds of devices for metrological, environmental, mechanical, and avionic applications. Our expanding portfolio of services enables ATS to support temperature-critical applications and industries, such as: Construction Consumer Products Energy Healthcare HVAC Laboratory Manufacturing Metallurgy Utilities ATS and ThermoWorks ThermoWorks manufactures sophisticated environmental measurement devices, including a variety of thermometers and humidity monitors. Temperature is a critical parameter of performance and quality in many industries, including manufacturing, pharmaceutical, utilities, and food and beverage. Users need to verify that their instruments continue to provide accurate data for quality control and regulatory compliance. Our clients rely on the ATS FoC for periodic recalibration and inspection of ThermoWorks devices. ThermoWorks recommends that users calibrate their instruments at least once a year to meet performance and quality standards. Federal regulations may require a narrower calibration interval for thermometers used in highly regulated industries, such as healthcare. Our experts regularly inspect and calibrate various ThermoWorks instruments, including: Thermometers Resistance Temperature Detectors (RTDs) Platinum Resistance Thermometers (PRTs) Thermocouples Infrared (IR) Thermometers Handheld Instruments pH/Relative Humidity Meters NIST-Traceable and Accredited Calibrations ATS is ISO/IEC 17025:2017-accredited to perform calibrations on-site and in our calibration labs. Our large staff of dedicated professionals has years of experience and training with industrial meters. Field and lab calibration experts inspect and adjust devices...



The Applied Technical Services Family of Companies (FoC) calibrates moisture analyzers, ensuring their accuracy and effectiveness. Moisture Analyzers Moisture Analyzers, also referred to as moisture balances, are instruments that measure the moisture content of liquids, gases, and solids. When measuring a sample’s moisture content, the analyzer weighs the sample before heating it to dry it. Once the sample is dry, the analyzer weighs the sample again before subtracting the sample’s new weight from its original weight. The difference in mass represents the sample’s loss of moisture. Our Calibration Lab Our experienced and knowledgeable employees understand that reliable instruments and equipment are essential to an industrial operation and application's success. Our ISO/IEC 17025:2017 accredited calibration lab features the advanced technology needed to conduct various calibrations, including moisture analyzer calibrations. We offer moisture analyzer calibration services for many of the industry’s leading manufacturers, including: Ametek CEM DSC LECO Metter Toledo Ohaus Omnimark Precisa Radwag Sartorius Shimadzu Torbal What Factors Contribute to the Inaccuracy of Moisture Analyzers? Accurate moisture readings are often critical to the manufacturing processes of various industries. Like other measurement instruments, moisture analyzers can become increasingly inaccurate over time, comprising their reliability and functionality. There are numerous factors that affect the accuracy of moisture balances, including: Excessive heat from the temperature used to vaporize the liquid Poor maintenance of the moisture balance, resulting in damage Operator proficiency The Importance of Calibrating Moisture Analyzers Moisture balances provide a quick and accurate way to measure the moisture content of various samples, assisting...



The Applied Technical Services Family of Companies (FoC) offers sound calibrator services that calibrate sound level meters. Sound Level Meters and Sound Pressure A sound level meter is a device that measures a sound’s loudness. These handheld devices contain microphones that convert sound waves into electrical signals allowing users to directly measure sound pressure levels. Sound pressure refers to the deviation in atmospheric pressure caused by a sound’s force. Expressed as decibels (DB), sound pressure levels are monitored for various reasons including: To ensure that noise levels don’t compromise employee safety To Identify and address the causes of noise pollution To develop and improve noise controls in industrial settings To adhere to government guidelines and regulations Sound Calibrators A sound calibrator or an acoustic calibrator is a portable device used to calibrate sound level meters. During calibration, an ATS technician connects the sound meter to a calibrated sound calibrator to ensure both devices register the same values. If our client’s sound level meter is inaccurate, we work diligently to resolve the issue to ensure our client’s operation is up and running as soon as possible. Why is it Important to Calibrate Sound Level Meters? Calibration helps to maintain the effectiveness of sound level meters. Factors such as age, humidity, temperature, and of course damage can hinder the meter’s accuracy, causing it to yield inaccurate measurements. Failure to calibrate a sound level meter may result in the following: Inaccurate measurements of sound pressure levels Non-compliance with standards Safety hazards Our Calibration...



The Applied Technical Services Family of Companies provides dedicated on-site calibration services by adding an embedded calibration lab to client facilities. Embedded Services: Full-Service Calibration Labs ATS is proud to be the preferred in-house lab service provider for reputable companies throughout the United States. We partner with some of the most well-established businesses and organizations to ensure precise, dependable calibration services conveniently performed on-site at your location. With a wide range of accreditations and certifications, our calibration technicians can add unparalleled expertise and knowledge to your business’ existing capabilities. The Benefits of an Embedded Calibration Lab Calibration is a critical part of maintaining the accuracy and functionality of tools, equipment, and machinery. With an ATS embedded laboratory, your business can stay focused on standard operations while our experts handle the adjustment, repair, and verification of measurement instruments. Some of the benefits of embedded labs include: Single source calibrations for your equipment Minimized downtime for repairs and adjustments No personnel reaccreditation or recertification costs No employee benefit costs Improved operational efficiency Effortless scheduling for maintaining compliance No delay addressing urgent calibration needs Traceable in-house calibration reporting Calibration Services at ATS Founded in 1967, Applied Technical Services has over 55 years of business experience and more than 35 years of calibration experience. We offer embedded calibration lab services for businesses operating in a variety of industries, including manufacturing, automotive, aerospace, medical, building, and construction. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA in calibration, ensuring dependable, repeatable results....



Applied Technical Services offers Fluke 87V calibration services to ensure digital multimeter accuracy. Combining the capabilities of several industrial meters, the Fluke 87V measures voltage, current, resistance, and temperature. ATS delivers Fluke calibrations for new and older models of the Fluke 87, including the latest Fluke 87V MAX. Our clients may also rely on digital multimeters (DMM) to take measurements for preventative maintenance procedures. The rugged design withstands extreme environments, such as industrial sites with heavy moisture, dust, electrical noise, and vibrations. Fluke 87V's versatility makes it a popular device for troubleshooting electric and HVAC systems. Why Do You Need to Calibrate a Digital Multimeter? Even the hardiest of digital multimeters can gradually lose accuracy in a process known as drift. Mechanical abuse from falls or impacts can displace the meter’s internal components and make the readings unreliable. In extreme cases, a damaged meter may have exposed wires, which is a massive safety hazard. To keep the powerful multimeter in good condition and retain its longevity, users should regularly calibrate the critical instrument. Fluke recommends annual calibrations to maintain accuracy. Devices intended for more demanding industries may need multiple calibrations a year. Clients may also require Fluke 87V calibration for reasons such as: To maintain accuracy and confidence in data To continue to take reliable measurements that will impact operations For quality assurance To determine if a device is out of tolerance and needs adjustments To uncover damage and plan repairs Fluke Calibrations with ATS ATS maintains several ISO/IEC 17025:2017-accredited...



The Applied Technical Services Family of Companies (FoC) proudly offers DeFelsko PosiTector 6000 calibration to ensure accurate and reliable coat thickness measurements. A coat may involve singular or multiple layers. Dry film thickness (DFT) is a precise measurement of a cured (completely dry) coat on a substrate. Coat thickness measurements provide quantitative data indicating: Regulatory compliance Aesthetic quality (e. g. , gloss and color consistency) Adhesion Expected lifespan Physical resistance to damage (e. g. , impact and corrosion) A thickness gauge can confirm a paint or varnish coat thickness is between minimum and maximum thickness requirements. About the PosiTector 6000 DeFelsko’s rugged electronic PosiTector 6000 measures the thickness of coats on ferrous and non-ferrous metal substrates. The PosiTector 6000 takes dry film thickness measurements with 25 interchangeable probes. Different probes measure non/magnetic and non/conductive coatings over non/magnetic and non/ferrous substrates. Many probe models for the PosiTector 6000 boast a measuring range of 0 to 60 mils (0 to 1,500 μm). The PosiTector 6000 calculates thickness through two nondestructive methods, eddy current or magnetic, depending on the material properties of the gauge probe, coating, and substrate: Ferrous or non-ferrous Conductive or non-conductive Magnetic or non-magnetic The magnetic method uses the electromagnetic induction principle to determine the thickness of non-magnetic materials. The Eddy Current method measures non-conductive coatings on non-ferrous metal substrates. To learn more about how DFT testing works, click here. Coating Thickness Gauge Calibrations ATS is ISO/IEC 17025:2017 accredited in calibrations and mechanical testing.  Regular calibration helps keep the device...



The Applied Technical Services Family of Companies offers bore gage calibration services that confirm the accuracy of bore gages. What is a Bore Gage, and What’re They Used For? The term bore gage is an umbrella term used to refer to a collection of tools used to measure diameters of holes, or bores. Bore gages are invaluable inspection and maintenance tools that are often used in construction and manufacturing applications. Common types of bore gages, include: Dial Bore Gage Small-Hole Gage Telescopic Bore Gage Bore gages are highly versatile instruments, making them ideal when measuring holes of various shapes and sizes. Like other measuring tools, bore gages require occasional calibrations to ensure their measurements remain accurate after repeated use and continuous exposure to harsh environmental conditions. Our Bore Gage Calibration Services Our knowledgeable and passionate calibration personnel work with our clients to ensure their bore gages yield consistently accurate and reliable results. Prior to inspection, we clean the instrument with a cleaning solution to remove any dirt or debris. Our technicians then set the gage to a predetermined range before applying a master ring, establishing a known value. We can verify the bore gage‘s calibration if the value is equal to the master ring’s known diameter. The Importance of Calibrations Industry professionals highly recommend that bore gages receive regular calibrations. Bore gages consist of multiple mechanisms and moving parts, so it’s important to inspect these parts to ensure they aren't damaged. Failure to regularly calibrate bore gages may result in...



The Applied Technical Services Family of Companies (FoC) calibrates AWS 600 digital scales in compliance with AWS 600 digital scale calibration standards. Our highly trained employees conduct calibrations that ensure our clients’ digital scales, ensuring they achieve maximum accuracy and consistency. We also offer personalized calibrations for clients with more specific needs. What is an AWS 600 Digital Scale? American Weigh Scales manufacturers the AWS 600, an easy-to-use and highly accurate digital scale. The portable scale has a readability of 0. 1 grams and a capacity of 600 grams. The AWS 600 is often used to do the following: Weigh food and ingredients Measure metals and jewelry Weigh electric components and small parts About Our Calibration Lab We own and operate multiple ISO/IEC 17025:2017 accredited calibration labs that provide high quality calibration services in a timely manner. Our team offers personalized calibration services that ensure our clients equipment and instruments retain accuracy throughout their service life. We calibrate numerous types of equipment, including: Environmental Equipment Manufacturing Equipment Mechanical Equipment We offer in-lab and on-site calibrations, enabling us to calibrate instruments and devices of various shapes and sizes. Our calibration labs provide the following: NIST Traceability Compliance with industry standards Services in a timely manner Advanced and highly capable equipment Our Commitment to Quality The Applied Technical Services Family of Companies (FoC) conducts highly accurate inspection, testing, and calibration services for commercial clients in various industries. Our ISO/IEC 17025:2017 (A2LA) accredited labs feature the state-of-the-art technology needed to provide prompt and...



The Applied Technical Services Family of Companies (FoC) offers high quality and competitively priced precision scale calibration services. What are Precision Scales, and How are They Used? A precision scale is a highly sensitive instrument used to measure the mass of various liquids and solids. As their name suggests, precision scales are revered for their accuracy, as they can often yield accurate results down to a fraction of a gram. Precision scales are typically used in applications where minor measurement errors may result in significant consequences. Precision scales are popular in medical, manufacturing, and industrial environments where a high degree of precision is mandatory to maintain a product’s safety and reliability. Precision scales offer numerous advantages over traditional scales, including their improved repeatability and superior accuracy. Precision scales help to do the following: Measure specimens with ultimate accuracy Maintain quality control Improve research and development processes Our Precision Scale Calibration Services Our highly trained and educated employees use our state-of-the-art labs and facilities to calibrate precision scales, ensuring their reliability. We understand that a precision scale’s accuracy is of the utmost importance, so our experienced technicians carefully calibrate precision scales to maintain their accuracy and address any performance-related concerns our clients may have regarding their scales. Our Additional Calibration Services In addition to precision scale calibrations, we offer calibrations for numerous other scales, including: Crane Scales Digital Scales Electronic Scales Medical Scales Micro Scales We offer on-site and in-lab calibrations for the convenience of our clients. Our calibration labs are...



The Applied Technical Services Family of Companies (FoC) offers comprehensive and competitively priced calibrations for businesses nationwide. We established our calibration lab in 1987, and we’ve continued to invest in our staff and equipment, expanding our capabilities and enhancing our ability to provide solution-oriented services. Instrument Calibrations at ATS Our ISO/IEC 17025:2017 accredited labs provide NIST-traceable calibration services on an extensive list of instruments, including, but not limited to, the following: Accelerometers Air Flow Meters Barometers Digital Scales Flow Meters Flow Sensors Microscopes Pressure Gauges Temperature Meters Water Meters Our highly trained and experienced employees offer on-site and in-lab calibrations for our clients’ convenience. We operate and maintain our labs in accordance with rigorous standards, ensuring our labs remain reliable. Why are Instrument Calibrations Important? Our instrument calibration services help our clients ensure that their equipment is accurate and reliable throughout its service life. Equipment is only as accurate as its calibration, so our services are essential in maintaining the quality of industrial-grade calibration instruments. Our instrument calibration services help our clients do the following: Ensure or improve their instrument’s accuracy Optimize industrial processes Maintain quality control Comply with regulations enforced by various industries Avoid unnecessary production delays and expenses Failure to conduct reliable instrument calibrations could result in the following: Inaccurate measurements Failure to comply with regulations Preventable equipment failures Client and consumer dissatisfaction Our Commitment to Quality The Applied Technical Services FoC features a nationwide network of state-of-the-art labs that offer thousands of services. Our department's services benefit...



ATS provides dial gauge calibration for a wide range of instruments and applications. Dial gauges are portable and reliable instruments for easy-to-read linear measurements in the field. Many industries depend on dial gauge measurements for daily operations and quality control, including: Manufacturing Engineering Construction Laboratory research Machine installation Professionals use dial gauges to obtain precise measurements of small angles, forces, and distances to ensure a product meets dimensional specifications. Gauges can also provide comparative measurements to indicate defects, deformation, and misalignment. When to Calibrate a Gauge Industrial dial gauges require calibrations multiple times a year to compensate for the mechanical effects of operation. When the gauge probe touches a surface for measurement, it strikes the internal gears in the gauge, rotating the needle on the dial’s face. The friction and contact of these delicate metal pieces will eventually lead to wear and corrosion, while the frequent impact can displace the internal components and cause drift and parallax errors. The gauge may also take incorrect measurements after suffering heavy environmental vibrations. Imprecise and inaccurate measurements can have dire repercussions if users base their operating decisions on flawed data. Gauge Calibrations with ATS ATS is ISO/IEC 17025:2017-accredited to provide calibration lab and field services. Our highly qualified experts have decades of experience with diverse metrological instruments, providing NIST-traceable calibration to restore precision and accuracy to critical instruments. Our technician can also determine if a dial gauge provides measurements within a client or manufacturer’s tolerances. ATS experts work with name-brand manufacturers, including Ashcroft,...



The Applied Technical Services Family of Companies (FoC) provides PosiTector calibrations for a wide variety of DeFelsko gauges. ATS is a reputable firm for calibrations, testing, and inspections. DeFelsko PosiTectors The DeFelsko Corporation is a well-established manufacturer of inspection instruments with interchangeable probes. This versatility in function makes DeFelsko products extremely popular in the coating inspection fields. The DeFelsko PosiTector series enables fast and nondestructive data collection for countless applications. Our clients frequently use PosiTectors for environmental monitoring, quality assurance, and ensuring compliance with national and international regulations. PosiTectors take critical measurements of metallic and non-metallic materials, including aluminum, plastic/polymers, steel, wood, concrete, and composites. ATS calibrates many PosiTector devices, such as: Coating Thickness Gauges – Use Eddy Current and magnetic principles to determine the dimensions of coats on ferrous and non-ferrous substrates Gloss Meters – Measure how well a substrate reflects light to identify defects and quality issues Infrared Meters – Provide temperature readings without touching a surface Dew Point/Environmental Meters – Indicate multiple environmental factors, such as dew point temperature, surface temperature, relative humidity, and wind speed Surface Profile Gauges – Measure the depths of uneven or textured surfaces before a coat is applied ATS Calibrations ATS maintains an accredited calibration laboratory that frequently calibrates mechanical equipment, electronics, and standards. First, the expert identifies and corrects the drift introduced across frequent use. The technician then verifies the equipment’s continued accuracy and compliance. Most industries schedule an annual recalibration as part of a quality assurance or maintenance program. ATS...



Fluke DMM calibration with Applied Technical Services enables clients to continue taking electrical measurements with documented accuracy. ATS operates multiple ISO/IEC 17025:2017-accredited labs for quick calibration and thorough inspections. Our experts work with devices from many manufacturers to cover diverse client needs. Digital multimeters (DMMs) combine the functions of multiple meters to measure voltage, current, and resistance. Some Fluke DMM models have additional functions for infrared mapping and measuring temperature, capacitance, and continuity. Fluke Multimeters We calibrate Fluke benchtop and handheld digital multimeters. Fluke’s portable handheld multimeters troubleshoot electrical issues in the field, where the frequent movement and operating environment increase the potential for damage. Clients should schedule calibration after an event, such as dropping the meter, as the mechanical impact may cause errors. Benchtop multimeters capture a wider range of high-resolution measurements than handheld devices but are susceptible to signal interference and external noise, so clients must regularly ensure accuracy across the entire range. Multimeter Calibration Services ATS provides field and laboratory calibrations for national and international clients. Our ISO/IEC 17025:2017-accredited (Cert. No. 1888. 03) calibration lab can verify multimeters with the following ranges: DC voltages up to 240 kilovolts (kV) AC voltages up to 1 megahertz (MHz) DC currents up to 10 kiloamps (kA) AC currents up to 20 kilohertz (kHz) Electrical resistance up to 1 gigaohm (GΩ) Our experts follow documented, controlled procedures and standards to quickly determine if readings are within manufacturer or client tolerances and to restore operations as soon as possible. Our standard turnaround...



The Applied Technical Services Family of Companies (FoC) maintains Fluke 7380 calibration baths that adhere to strict standards and regulations.   What are Calibration Baths, and What is a Fluke 7380? A calibration bath is a specific type of calibration instrument used to calibrate temperature devices and sensors. Calibration baths contain liquids that are cooled or heated to a desired temperature before a technician submerges the sensor or device in the bath to compare its reading to a known reference. A Fluke 7380 is a compact temperature calibration bath that calibrates instruments with the ultimate accuracy. The Fluke 7380 includes a precision temperature controller, making it a true metrology bath, and not a circulator or chiller like similar products. The Fluke 7380 reaches temperatures as low as - 80°C while maintaining its supreme accuracy, making it a popular choice across multiple industries. The Benefits of Calibration Baths In comparison to air calibrations, calibration baths offer a quicker and more accurate form of temperature control for temperature calibrations. Calibration baths offer several advantages, including the following: Highly accurate results Minimal uncertainties Useful for a variety of probes What Industries Use Calibration Baths? Calibration baths are a useful tool for industries that require a high degree of temperature uniformity. We conduct Fluke 7380 calibrations for clients in numerous industries, including: Healthcare Pharmaceuticals Oil and Gas Defense Aerospace Consumer Products More About Our Calibration Services Our calibration lab assists clients as they verify the accuracy and efficiency of their operations. We offer on-site...



The Applied Technical Services Family of Companies (FoC) provides calibrations and repairs for a wide range of manufacturers and equipment, including Siemens flow meter devices. Siemens is a technology conglomerate that designs, manufactures, and distributes equipment for many industries. The ATS FoC combines the expertise and capabilities of dozens of testing and analysis providers located throughout America to provide expert services. With decades of experience in calibration, inspection, and testing, we serve clients with precision and care from our ISO/IEC 17025:2017-accredited labs and in person. Graftel, a member of the ATS FoC, calibrates a range of Siemens flow meters, including: Coriolis Differential Pressure Electromagnetic Ultrasonic Vortex Calibrations with Purpose The ATS FoC delivers calibrations with purpose, providing regular calibration services to detect and correct drift produced by harsh operating conditions. With clients in high-flow industries such as nuclear, our technicians comply with stringent industry standards to ensure continued optimal performance and compliance. Our work enables clients to make data-driven operation and maintenance decisions. Yearly or biyearly calibration with the ATS FoC allows clients to minimize system downtime and avoid costly outages and equipment failure. Flow Meter Calibration Services When calibrating equipment in our ISO/IEC 17025:2017-accredited calibration lab, our experts strive to replicate operating conditions as effectively as possible. We maintain a temperature-controlled lab with multiple calibration systems of overlapping flow ranges to ensure the utmost precision. All ATS FoC calibrations are NIST-traceable. Our experts calibrate flow meters with a variety of calibration mediums, including water, air, and a collection of...



ATS provides tension/compression, tension, and compression gauge calibration services for clients with diverse equipment and requirements. From automotive maintenance to assembly line production, many industries depend on accurate and precise measurements of tensile and compressive forces on a material, component, or structure. Workers may take measurements with a combination of gauges: Tension gauge – measures pulling forces Compression gauge – measures pushing forces Tension/compression gauge – combines both capabilities Over time, gauges are subject to measurement drift and wear. ATS can determine a gauge’s accuracy and precision with our broad calibration services. Regular and precise calibration allows clients to continue to take accurate measurements in the field, on the assembly line, and wherever needed. Calibrating Tension, Compression, and Tension/Compression Gauges To calibrate a gauge, our experts apply a force to the device under test (DUT) and a standard reference. We can use a variety of equipment for compressive loads and tensile forces. For example, our laboratory loading stand can apply a tension or compression force of up to 100,000 pounds. When performing on-site calibrations, our experts can apply a maximum of 60,000 pounds of tension forces and 600,000 pounds of compression. Next, our experts compare the DUT’s reading with our standard to determine the gauge’s precision and accuracy. If the DUT’s measurement lies outside of tolerance, ATS technicians can adjust the instrument or display to deliver a tighter reading. If the device is beyond repair, we can tag out the gauge and investigate why it failed. Our experts compile this...



The applications of indicators are wide and varied, but the need for indicator and indicator tester calibration from a reliable lab, such as Applied Technical Services, remains constant. Over time, indicators and indicator testers may lose accuracy. Age, wear, and the device’s environmental conditions can lead to measurement drift. The environmental factors that may impact indicators and indicator testers include: Mechanical shock Vibration Temperature fluctuations Humidity Changes in altitude An uncalibrated or improperly calibrated device can take imprecise measurements or give incorrect readings, which can have disastrous ramifications for the users. Many industries depend on indicators for accurate measurements, from aircraft navigation systems to manufacturing machine setups. Regular calibration of these metrological and calibration instruments enables clients to make critical business decisions based on accurate and reliable data. Indicator Calibration ATS experts can regularly calibrate indicators to ensure the devices continue to take accurate measurements of short distances and angles. Its easy readability and straightforward design make it a popular gauge for repetitive and comparative measurements in various industrial contexts. To calibrate an indicator, ATS technicians use an indicator tester or set of gauge blocks with a scope of up to twelve inches. Our experts work with a variety of mechanical, electronic, and aviation indicators, such as the following: Dial, Digital, and Digimatic Depth Test Phase Indicator/Motor Rotation Strain Indicator Snap Bore Coaxial* Angle Position Indicator Nav Indicator T/S *ATS is not ISO/IEC 17025:2017 accredited to calibrate coaxial indicators, but a non-accredited lab can work with your device. Indicator Tester...



The Applied Technical Services Family of Companies evaluates mass flow meters in compliance with micro motion mass flow meter calibration standards and regulations. Micro Motion Mass Flow Meter Application Micro motion mass flow meters are highly accurate and use the Coriolis effect to measure a fluid’s mass flow rate, density, and volume. These meters are especially adept at yielding accurate and repeatable results for liquids, slurries, and gases. Micro motion flow meters are widely regarded as the most reliable Coriolis measurement technology available today. The Importance of Flow Meter Calibrations Flow meters are an essential tool used to maximize the efficiency of industrial operations in various sectors, such as the manufacturing, oil and gas, and water management industries. The measurements yielded by flow meters directly reflect the accuracy and quality of the device’s calibration. Accurate flow meter measurements help businesses do the following: Confirm the accuracy of their readings Maintain precise control over industrial processes Optimize operational efficiency Reduce the likelihood of financial and technical risks Failure to properly calibrate flow meters may result in unreliable readings that produce inaccurate measurements. While some applications may be forgiving of slight inaccuracies, others require more precision because they involve volatile elements. About Our Flow Meter Calibration Lab Our calibration specialists use their decades of collective experience to conduct comprehensive calibration services. Our flow meter calibrations include: Corresponding test data ISO/IEC 17025:2017 accredited certification NIST traceability We offer in-lab and on-site calibration that ensure our client’s operations operate efficiently and avoid unnecessary shutdowns...



The Applied Technical Services Family of Companies (FoC) conducts magnetic flowmeter calibrations. What is a Magnetic Flowmeter, and How are They Used? Magnetic flowmeters, also referred to as electromagnetic flow meters or mag meters, are among the more widely used flowmeters across commercial industries. Magnetic flowmeters operate in accordance with Faraday’s law, which states that the electromotive force is produced as the magnetic field changes with time. Magnetic flowmeters use electromagnetic induction to measure a conductive liquid’s velocity and offer the following advantages: Highly accurate results Easy installation Versatile functionality Long service life Industries use magnetic flowmeters to measure various types of clean, corrosive, and abrasive liquids, such as: Acids Caustic Slurries Our Magnetic Flowmeter Calibration Our magnetic flowmeter calibration lab offers NIST traceable calibrations that ensure our clients’ magnetic flowmeters remain calibrated throughout their service life. Our experienced technicians conduct calibrations of both direct and indirect magnetic flowmeters, and we offer on-site and in-lab calibrations for the convenience of our clients. We offer calibrations for numerous manufacturers, including: Badger Meter FloCat IFM Toshiba The Importance of Magnetic Flowmeter Calibration Like other flowmeters, magnetic flowmeters require regular calibrations to ensure their accuracy. Our magnetic flowmeter calibrations do the following: Ensure the instrument’s accuracy reflects its specifications Avoid the unnecessary expenses associated with inaccurate measurements Improve operational efficiency Inaccurate measurements can have costly effects, resulting in unnecessary downtime and financial losses for companies. We recommend that our clients regularly calibrate their flowmeters to optimize their effectiveness. Our Commitment to Quality The...



The Applied Technical Services Family of Companies performs Cole Parmer calibration services to ensure the precision and accuracy of Cole-Parmer equipment, such as laboratory devices and flow meters. Calibration Services at ATS Applied Technical Services employs some of the nation’s leading calibration experts and specializes in a variety of calibration services. Our advanced ISO/IEC 17025:2017-accredited calibrations laboratory houses state-of-the-art equipment capable of performing calibrations to a variety of standards, including those established by ASTM, the American Society of Testing and Materials. Our experts establish a reference standard, prepare instruments, compare measurements, compile data, make adjustments, and thoroughly document all processes to provide clients with detailed, readily accessible reporting. All ATS calibrations are NIST-traceable, ensuring repeatable, reliable results that our clients can depend on. Some of our most commonly requested calibration services include: Propane Meter Calibration Oxygen Flow Meter Calibration Meter Proving Services Pressure Meter Calibration On-Site Flow Meter Calibration Omega Flow Meter Calibration Craftsman Multimeter Calibration Meter Calibration Services Tek Calibrations Oxygen Meter Calibration In addition to our laboratory calibration services, ATS is a leading provider of on-site calibration services. Our experienced experts utilize cutting-edge technology to perform these services at client facilities and in the field to verify the accuracy of machinery or equipment that cannot be transported. Some of our most popular calibration services performed in the field include: Tensile Tester Calibration Hardness Tester Calibration Centrifuge Calibration Flow Meter Calibration Compression Test Machine Calibration Freezer Calibration Environmental Chamber Calibration Footage Counter Calibration Coordinate Measuring Machine (CMM) Calibration Concrete...



The Applied Technical Services (ATS) Family of Companies performs meter proving services — a physical test of a flow meter under actual operating conditions. Regulations require meter provers to have an accurate, NIST-traceable volume, as technicians use these instruments in applications that require great precision, such as flow meter certification, custody transfer, and leak detection. NIST-traceable meter proving is key to accurate petroleum measurement. On-site Meter Proving Services at Applied Technical Services ATS is one of the nation's leading meter-proving providers, offering a wide range of services to address clients' measurement accuracy needs across the petroleum industry. We specialize in flow meter proving and are the preferred provider for some of the most well-established businesses working in the aviation, transportation fuels, and petrochemical sectors. Common products compatible with our provers include gasoline, diesel, ethanol, propane, butane, and crude oil. Some of our most popular meter proving services include: High Flow Proving (up to 13,000 BPH) Truck Loading Rack Pipeline Meter Proving Butane Injection Aviation Refueling Terminals Ball Prover Certifications (using the Master Meter Method) In-House Proving Services In addition to the services offered on-site, ATS offers a variety of in-house flow meter and prover services at our flow laboratory, including: Coriolis Meter Proving Ultrasonic Meter Proving Positive Displacement and Turbine Meter Proving Prover and Meter Services Meter Repair and Renewal Small Volume Prover Repair and Renewal Meter and Small Volume Prover Troubleshooting Applied Technical Services: We Take a Closer Look Founded in 1967, ATS is proud to be one of...



Calibrating Craftsman Multimeters The Craftsman Automotive Digital Multimeter is used by mechanics and automotive technicians to verify, diagnose, and resolve problems in automotive electrical systems. While these tools provide valuable insight on electronic system issues and failures, they require regular calibration to verify their accuracy. Maintaining proper Craftsman Multimeter calibration can help to avoid false readings, and unnecessary repairs. Our calibration experts compare the measurements provided by a multimeter with a reference standard, documenting any inconsistencies and bringing the device back to tolerance. Multimeter Calibration at ATS Applied Technical Services provides multimeter calibration for both benchtop and handheld multimeters. Our experts use certified reference materials to calibrate multifunction measuring devices that measure voltage, current, capacitance, power, inductance, and resistance. Additional Calibration Services As one of the most well-established calibrations providers in the United States, we offer an expansive list of calibration services, including but not limited to: Propane Meter Calibration Pressure Meter Calibration On-Site Flow Meter Calibration Oxygen Flow Meter Calibration Meter Proving Services Tensile Tester Calibration Flow Meter Calibration Compression Test Machine Calibration Hardness Tester Calibration Centrifuge Calibration Omega Flow Meter Calibration Tek Calibrations Oxygen Meter Calibration Cole Parmer Calibration Meter Calibration Services Freezer Calibration Coordinate Measuring Machine (CMM) Calibration Concrete Pipe Test Calibration Environmental Chamber Calibration Footage Counter Calibration Applied Technical Services The Applied Technical Services Family of Companies features a countrywide service network comprised of highly advanced laboratories and testing facilities capable of performing thousands of testing, analysis, inspection, compliance, and certification services. Founded in 1967, ATS...



The Applied Technical Services Family of Companies (FoC) calibrates turbine meters to ensure that they yield reliable results and comply with regulations. What is a Turbine Meter? Turbine meters or turbine flow meters measure the velocity of liquids. The meters rotate the device's rotor using the liquid's mechanical energy. The rotational speed directly reflects the velocity of the fluid as it travels throughout the meter. Turbine meters are commonly used in various industries that rely on the measurements of gases, vapors, and liquids, such as:  Aerospace Food Oil and Gas Pharmaceutical Turbine flow meters offer several advantages, including: Easy installation and maintenance Quick respond time Highly repeatable results Inexpensive operation costs Our Flow Meter Calibration Capabilities The ATS FoC maintains and operates multiple ISO/IEC 17025:2017 accredited calibration labs. Our advanced lab equipment is MIL-STD-45662A compliant, ensuring our calibration instruments adhere to rigorous standards. We offer calibrations for multiple types of instruments, including: Air and Gas Flow Meters Flow ranges from 1 sccm – 25,451 slm Pressure ranges from 0 – 190 psig Liquid Flow Meters Flow ranges from . 0001 gpm – 700 gpm Best measurement capability ranges from . 06 % - . 10% of reading Why is it Important to Calibrate Turbine Meters? A turbine meter's accuracy is only as reliable as its calibration. Fortunately, our calibration experts use their decades of collective experience to ensure our clients' turbine meters are accurate throughout their use. Maintaining an accurate flow meter is essential for the following reasons: Maintaining control...



The Applied Technical Services Family of Companies (FoC) evaluates master meters in compliance with master meter calibration standards. What is a Master Meter? A master meter measures the total amount of utility usage for an operation or facility. Master meters enables building owners and operations to consolidate the water, gas, and similar meters into a single instrument that simplifies the maintenance and billing process. Commonly used in commercial and industrial properties, mass meters are a highly effective way to monitor a building’s energy consumption. Master meters offer several advantages, including the following: Simplified installation process Helps to reduce utility costs Minimize the costs associated with inaccurate readings Our Additional Meter Calibration Services Our highly capable calibration facilities help our clients ensure that their instruments and equipment remain accurate and reliable. Our employees work diligently to calibrate our clients’ instruments in a timely manner, helping our clients address their concerns quickly so their operations can resume as normal. We offer meter calibrations for the following types of devices: Bubble Meters Turbine Meters Gas Flow Meters Anemometers Air Flow Meters Vortex Flow Meters The Importance of Meter Calibrations Meter calibrations help ensure the accuracy and reliability of an instrument’s readings. As technology continues to improve, so do meters, however repeated use and environmental conditions can trigger inaccuracies in a meter’s readings. Fortunately, our meter calibrations offer a convenient way for our clients to guarantee their instruments accuracy, minimizing unnecessary downtime. About the ATS Family of Companies The Applied Technical Services FoC is...



Experts from the Applied Technical Services Family of Companies (FoC) perform thermal mass flow meter calibrations for critical industry applications. Industries as diverse as nuclear and manufacturing depend on thermal mass flow meters to calculate mass flow rate, temperature, and other performance indicators. The ATS FoC provides calibration services to help clients maintain confidence in their readings. Thermal mass flow meters calculate flow rate based on the conduction of heat from a sensor to the passing fluid. When a meter is out of phase, it provides incorrect data that can have unexpected consequences for the meter’s operators and their clients. Governing bodies and meter manufacturers may require annual or biennial recalibrations to avoid the potential hazards of uncalibrated equipment. NIST-Traceable Services The ATS FoC calibrates thermal mass flow meters to ensure conformity with NIST measurement standards. Our technicians compare a client's thermal flow meter to our master meter and adjust the device under test until it returns to client tolerances. Technicians can also identify and repair damage that may impact performance. We follow every service with professional calibration reports available online and in our proprietary smart phone app. Our comprehensive reports include: As-found and as-left details Certificate of ISO/IEC 17025:2017 and NIST-traceable calibration Description of damages and repairs Calibrating Thermal Mass Flow Meters We uphold a standard turnaround rate of 7-10 business days, with the possibility of expedited service. Clients can apply for on-site services or ship devices to our ISO/IEC 17025:2017-accredited lab, where experts use powerful equipment to replicate...



Choose the Applied Technical Services Family of Companies (FoC) for qualified temperature meter calibration services from industry experts. We are ISO/IEC 17025:2017-accredited to provide calibrations both in the field and in our environmentally controlled laboratory. Our experts can travel to your location to calibrate your meter in person at your convenience. Alternatively, we can take a shipment to our state-of-the-art lab and test the device with sophisticated systems. Our calibration lab provides a temperature-controlled environment for tests delivered with powerful technology. Industrial Temperature Meters Temperature meters are a staple in monitoring and control procedures in many industries, including: Healthcare Nuclear Food and beverage Manufacturing Oil and gas Industrial temperature meters need regular calibration to maintain the desired performance qualities. A calibration expert can determine if drift has occurred due to aging, damage, environmental changes, vibration and shock during transport, installation, and other conditions. Meters may require a calibration expert to verify performance and accuracy every quarter, year, or two years, depending on the industry and meter application. Incorrect and imprecise data can affect processes across an entire firm. Businesses may base decisions on flawed data, risking: Overheating or underheating Loss of quality and resources Defective products Safety hazards Downtime and disruption Temperature Meter Calibration Standards With a Platinum Resistance Thermometer (PRT) as a primary standard, we compare readings at multiple points on the devices’ overlapping ranges. For accuracy and precision, we calibrate our PRTs against NIST primary cells. We have an ISO/IEC 17025:2017-accredited lab with calibration equipment capable of temperatures...



The Applied Technical Services Family of Companies (FoC) evaluates Simpson 260 instruments in accordance with Simpson 260 calibration standards. What is the Simpson 260? The Simpson 260 is a well-known and widely used analog multimeter. The portable device is highly versatile and revered for its accuracy, reliability, and durable construction. While contemporary digital meters may have surpassed the Simpson 260 in popularity, the Simpson 260 offers the following advantages: Simple operation Over 20 measurement ranges for AC and DC readings Reinforced casing for ultimate protection and durability Why are Multimeter Calibrations Important? Regular multimeter calibrations can help clients do the following: Verify the accuracy of their multimeter’s measurements Improve their operation’s safety Conduct preventative maintenance Troubleshoot issues with electrical systems Our Calibration Services We maintain highly advanced calibration labs that provide our clients’ with comprehensive and competitively priced solutions to their needs. Our staff ensures our equipment complies with MIL-STD-45662A as we adhere to strict maintenance standards. In addition to our Simpson 260 calibration services, we calibrate the following devices: Anemometers Air flow meters Gas flow meters Liquid flow meters Pressure gauges Our calibrations include the following: Unit testing and inspection Services in a timely manner Corresponding test data Global shipping NIST traceability About Applied Technical Services The ATS FoC specializes in calibration, consulting engineering, inspection, and testing services. For over 55 years, we’ve offered solutions to our clients’ unique needs. Our informed and experienced use our state-of-the-art facilities to provide the following: Professional services Accurate data collection and clear...



The Applied Technical Services Family of Companies (FoC) conducts meter calibration services for various manufacturers and industries. What are Meter Calibration Services, and Why Are They Important? Meter calibration services identify uncertainties and inaccuracies in measuring instruments and equipment. During calibration, our technicians compare a device’s measurements to a reference of a known value to calculate the measurement’s deviation from the known value. Once our technician detects an error, they can make the necessary adjustments to improve the instrument’s accuracy. Calibration services are essential to ensure that equipment remains reliable and accurate throughout use. While many manufacturers calibrate their instruments before they reach the end user, equipment often becomes increasingly inaccurate as it ages or endures harsh environmental conditions. Meter calibrations increase operator and client confidence in an instrument’s readings. Meter calibrations help do the following: Improve operational efficiency Avoid unnecessary costs Extend the life of equipment Improve the safety of hypersensitive processes Our Meter Calibration Services Our state-of-the-art calibration labs are ISO/IEC 17025:2017 accredited and feature the advanced equipment needed to deliver solutions for even the most complex problems. Our experienced staff properly maintains our equipment, ensuring accurate and precise calibrations. We offer calibrations for multiple types of meters, including: Anemometer Calibrations We calibrate the following types of anemometers: Vane anemometers Hotwire anemometers Temperature probe anemometers Air and Gas Flow Calibrations Pressure ranges from 0 pounds per square inch gauge (psig) – 190 psig Flow rates range from 1 standard cubic centimeter per minute (sccm) – 25,451 sccm Liquid...



Applied Technical Services conducts Tek calibrations on various instruments manufactured by Tektronix. Our calibrations help our clients ensure their equipment is effective, accurate, and reliable as they serve various industries.   Our Tek Calibrations We conduct an extensive list of Tek calibrations, including:  Tek 134 Current Probe Amplifier Tek 1502C Tdr Cable Tester Tek 177 Curve Tracer Fixture Tek 191 Oscillator Tek 1A6 Differential Amplifier Tek 2706 Pre-Selector Tek 2712 Spectrum Analyzer Tek 2794 Spectrum Analyzer Tek 370 Curve Tracer Tek 370A Curve Tracer Tek 576 Curve Tracer Tek 577/D1 Curve Tracer Tek 5A18N Dual Trace Amplifier Tek 5B10N Time Base Tek 6111B Probe Tek 80E02 Sampling Module Tek 80E03 Sampling Module Tek 80E04 Sampling Module Tek A621 Current Probe Tek A622 Current Probe Tek A6302 Current Probe Tek A6303 Current Probe Tek Ada400A Differential Preamplifier Tek Afg3101 Arbitrary Function Generator Tek Afg3102 Arbitrary Function Generator Tek Afg3251 Function Generator Tek Afg3252 Function Generator Tek Am502 Tek Am503 Tek Am5030 Current Amplifier Tek Am503B Current Amplifier Tek Cfg253 Function Generator Tek Cfg280 Function Generator Tek Cmc250 Frequency Counter Tek Cmc251 Frequency Counter Tek Csa8000 Communications Signal Analyzer Tek Csa803A Communications Signal Analyzer Tek Current Amp & Probe Combo Tek Dm501A Dmm Tek Dsa71254 Tek Fg501 Function Generator Tek Fg502 Function Generator Tek P5200 High Voltage Probe Tek P5205 High Voltage Differential Probe Tek P5210 High Voltage Differential Probe Tek P6015A High Voltage Probe Tek P6021 Current Probe Tek P6042 Current Probe Tek P6046 Differential Probe Tek P6207 Fet Probe Tek...



The Applied Technical Services Family of Companies conducts calibration services that benefit various industries. Established in 1987, ATS’ calibration lab has continued to evolve and expand its capabilities to serve our clients better. Our calibration lab is ISO/IEC 17025:2017 accredited, ensuring that our calibration services adhere to national standards as we strive to deliver high-quality solutions to our clients in a timely manner. Avionics Calibration Lab Our avionics calibration lab calibrates aviation-related such as temperature and pressure gauges and other aircraft electronics. We conduct calibrations for numerous manufacturers, ensuring our clients’ avionic equipment complies with regulations. We offer: Micrometer Calibration Services Pressure Guage Calibrations Thermometer Calibration Services Computed Tomography Our computed tomography lab features the state-of-the-art technology and software needed to provide detailed and reliable dimensional inspections. Our calibration lab calibrates multiple types of dimensional inspection equipment, including: Coordinate Measuring Machine (CMM) Calibration FARO Arm Laser Scanner Calibration Electrical Lab Our electrical lab conducts calibrations on various multimeter technologies, including: Bench Top Multimeters Handheld Multimeters Thermocouples Field Services ATS offers numerous on-site calibration services that enable us to travel to our clients’ facilities to conduct calibrations. We provide an extensive list of field services, including: Compression Testing Machine Calibrations Environmental Chamber Calibrations Surface Plate Calibrations Mechanical Lab Our experienced mechanical lab's experts regularly calibrate the following types of equipment: Caliper Calibrations Pressure Gauge Calibrations Torque Wrench Calibrations On-Site Coordinate Measurement Machine (CMM) Services Our on-site CMM services enable allow our certified CMM operators to visit our clients’ facilities to ensure...



The Applied Technical Services Family of Companies performs Omega flow meter calibration to help clients verify the accuracy of their flow meters, flow sensors, and other liquid and gas flow measurement equipment. Flow Meter Accuracy Flow meters precisely measure the amount of gas or liquid moving through a pipeline or piping system over a period of time. As is the case with most measurement instruments, flow meters will eventually fall out of their tolerance within standard operation, requiring calibration both for measurement accuracy and regulatory standard compliance. Flow meters are used in a wide variety of industries, including oil and gas, farming and agriculture, medical and pharmaceutical, food and beverage, petrochemical, manufacturing, private and public utility, and wastewater. Omega Flow Meter Calibration at ATS Applied Technical Services features a highly advanced ISO/IEC 17025:2017-accredited calibration laboratory capable of performing comprehensive calibration services. Our laboratory is staffed by industry-leading experts with combined decades of experience, each of whom applies unparalleled expertise to each and every calibration performed. Some of our most popular calibration laboratory services include: Aircraft Component Calibration Frequency Counter Calibration Vision System Non-contact Measurements Fuel Meter Calibration Hand Tool Calibration Digital Turbine Testing Conductivity and pH Testing Accelerometer Testing Hardness Testing CMM Programming Assistance (PC-DMIS) We also provide calibration services in the field to meet the needs of our clients working in several different industries, as some machinery or equipment cannot be transported. Our most commonly requested on-site calibration services include: Footage Counter Calibration Environmental Chamber Calibration Concrete Pipe Tester...



The Applied Technical Services Family of Companies performs on-site flow meter calibration services for clients needing measurement accuracy verification and correction in the field or at their facility. Flow Meter Accuracy Our calibration experts understand the importance of flow meter measurement precision and work diligently to ensure the accuracy of your equipment. Since the founding of our calibration department in 1987, ATS has strived to incorporate the most advanced, innovative technologies to keep costs competitive while providing the highest service quality possible. Our technicians compare the flow scale of your business’ liquid or gas flow meter with those of a standard measurement scale, verifying a correct rate of measurement. Calibration Services at Applied Technical Services ATS performs several types of calibration services for businesses and organizations working in a variety of industries, including manufacturing, building and construction, power generation, lighting, oil and gas, military and defense, aviation, aerospace, and automotive. Our certified experts perform calibration services in our highly advanced ISO/IEC 17025:2017-accredited lab and in the field, traveling to client facilities or worksites to help keep your operations running smoothly without interruption. Some of our most popular, commonly requested on-site calibration services include: Flow Meter Calibration Centrifuge Calibration Compression Test Machine Calibration Tensile Tester Calibration Hardness Tester Calibration CMM Programming Assistance (PC-DMIS) Footage Counter Calibration Concrete Pipe Tester Calibration Freezer Calibration Environmental Chamber Calibration Additional Services The ATS Family of Companies features a nationwide service network consisting of several types of testing facilities and laboratories, including but not limited to:...



The Applied Technical Services Family of Companies is a well-established testing, analysis, calibration, and inspection provider that specializes in pressure meter calibration. Pressure Equipment Calibration at ATS ATS provides a wide variety of pressure equipment calibration services to verify measurement capabilities in order to meet the needs of our clients working across several different industries. We perform pressure meter calibration both in the field and in our state-of-the-art ISO/IEC 17025:2017-accredited laboratories. We service pressure gauges and meters made by all popular manufacturers, including but not limited to: Omega PSI-Tronics Heise Dwyer Ashcroft Wika The Importance of Pressure Meter Calibration Accurate pressure measurements are critical to countless industries, including manufacturing, oil and gas, medical, aviation, and aerospace. Our certified calibrations experts apply years of experience to every calibration performed, adhering to a wide range of regulatory standards to help your business maintain compliance and a commitment to safety. Our calibration services are always NIST-traceable, reliable, and repeatable. Additional Calibration Services The ATS Calibration Department offers dimensional inspections, repair services, and full-service calibration for equipment and components used in a multitude of applications. Our calibration laboratories include an avionics lab, mechanical testing lab, electrical testing lab, dimensional inspection lab, standards lab, and specialized vehicles that allow us to perform comprehensive calibration services in the field. Some of our most commonly requested calibration, repair, and inspection services include: Accelerometer Testing Aircraft Component Calibration Conductivity and pH Testing Hardness Testing CMM Programming Assistance (PC-DMIS) Vision System Non-contact Measurements Digital Turbine Testing Frequency Counter Calibration...



You can depend on the ATS Family of Companies (FoC) to return your critical instruments to their tolerances with our comprehensive water meter calibration services. Our FoC is a close-knit network of firms from every corner of the U. S. that calibrate and verify gas and liquid flow devices. What Can ATS Do for Your Water Meter? We work with industrial meters designed to endure high temperatures, pressures, vibrations, and heavy flow. Water meters lose accuracy with age, which can cause poor performance and decreased quality. To help ensure devices continue to deliver accurate and high-quality results, operators should follow a regular schedule of calibrations and inspections. Clients also call the ATS FoC for calibrations because we support clients with the following: Regulatory compliance Industry quality standards Maintenance Quality assurance Instrument damage Expert Meter Services ATS maintains ISO/IEC 17025:2017 accreditations in calibrations and testing services. Our experts can travel nationally and internationally to provide NIST-traceable calibrations in person. Additionally, we offer precise calibration services in our ISO/IEC 17025:2017-accredited labs. Trust our technicians to return your meter to its proper tolerances quickly and efficiently. Our 7-10 business day turnaround rate reduces downtime, so your operations can resume as soon as possible. If our technicians determine a water meter has drifted, they can adjust the device to comply with NIST measurement standards. Our experts can also repair most damaged precision instruments. ATS experts have years of experience with most types of water flow meters, including: Coriolis Turbine Positive displacement Vortex Mass flowmeters...



The Applied Technical Services Family of Companies (FoC) conducts ultrasonic meter calibrations to ensure the accuracy and reliability of ultrasonic flow meters. What is an Ultrasonic Flow Meter? An ultrasonic flow meter is a volumetric flow meter that uses ultrasound technology to measure a fluid’s velocity. Ultrasonic flow meters attach to the pipe’s exterior, allowing the device to measure the velocity of corrosive liquids without incurring damage. Several industries rely on ultrasonic flow meters, including the following: Oil and gas Chemical processing HVAC Wastewater Why is it Important to Calibrate Ultrasonic Flow Meters? Ultrasonic flow meters ensure that pipes maintain a precise flow rate throughout operation. Although manufacturers calibrate their flow meters in-house following production, the meter’s accuracy will deteriorate over time with repeated use. Several other factors can contribute to a flow meter’s inaccuracy, including the following: Fluid contaminants such as chemicals, debris, and sediment Mechanical wear to gears, bearings, and rotating parts Improper installation Harsh environmental conditions The Benefits of Ultrasonic Meter Calibration Ultrasonic meter calibrations help flow meter manufacturers and operators do the following: Ensure the flow meter’s reliability and accuracy Comply with industry regulations and standards Avoid the costs associated with inaccurate measurements Our Flow Calibration Services We operate numerous high-quality calibration systems that enable us to calibrate an extensive list of equipment, including: Ultrasonic flow gauges Flow meters Thermal mass flowmeters Velocity meters Vortex Anemometers Coriolis We offer calibration services for a wide range of manufacturers, including:  Alnor Brooks "SMART" meters Cosa Fischer-Porter Flow Technology...



The Applied Technical Services Family of Companies (FoC) provides professional ultrasonic flow meter calibration services. What is an Ultrasonic Flow Meter? Ultrasonic flow meters use acoustic vibrations to measure a liquid’s flow rate. There are two primary types of ultrasonic flow meters: transit time and Doppler. Operating under the Doppler Effect principle, Doppler ultrasonic flow meters measure the velocity of fluids. Transit time ultrasonic meters measure the time difference between the first and second transmitters receiving the ultrasonic signal. Ultrasonic flow meters offer several benefits, including: Versatility Minimal maintenance requirements Less expensive than mechanical meters Sustainability for larger pipes Our Ultrasonic Flow Meter Calibration Services Our advanced calibration labs offer a wide range of services, enabling us to calibrate various types of flow meters from an extensive list of manufacturers. Our highly trained calibration experts calibrate the following types of flow meters: Air flow meters Gas flow meters Liquid flow meters Humidity and dew point calibrations Temperature calibrations Our calibration ranges are as follows. Gas Flow 1 sccm – 25,491cslpm Liquid Flow 1 ccm – 700 gpm Air Velocity 0. 5 m/s – 35 m/s Pressure 1. 7 psi – 1,000 psi Temperature -80 °C - 95°C Why is it Important to Calibrate Flow Meters? Regular calibrations ensure flow meters yield reliable results as accurate as the manufacturer’s specifications suggest. Despite their initial accuracy, flow meters become increasingly inaccurate as they age. Fortunately, our calibration services ensure that our clients’ flow meters perform as expected. Our Commitment to Quality Services...



The Applied Technical Services Family of Companies (FoC) provides professional ultrasonic flow meter calibration services. What is an Ultrasonic Flowmeter? Ultrasonic flowmeters are volumetric flowmeters that measure the flow rates of liquids through non-intrusive methods. Ultrasonic flowmeters are ideal for water-based, corrosive, and hazardous liquids that may otherwise not be compatible with other flowmeters. There are two types of ultrasonic flowmeters: transit time and Doppler meters. Ideal for high flow ranges and large-diameter pipes, transit time ultrasonic flowmeters measure the transit time of an ultrasonic signal as it reaches the first and second transducer. Doppler ultrasonic flow meters use the principle of the Doppler effect to measure a fluid's velocity. Ultrasonic flowmeters offer several advantages over many other types of flowmeters, including: Superior accuracy Non-invasive Minimal maintenance requirements Installation flexibility Our Flowmeter Calibration Services We maintain state-of-the-art calibration facilities with multiple calibration systems, enabling us to calibrate various flowmeters from different manufacturers. We offer calibrations for the following systems: Liquid flowmeters Air and gas flowmeters Temperature calibrations Anemometers Dew point and humidity calibrations We calibrate our lab equipment in compliance with MIL-STD-45662A, ensuring our equipment remains accurate after repeated use. Why is it Important to Calibrate Ultrasonic Flowmeters? A flowmeter's accuracy is only as reliable as the quality of its calibration. Fortunately, our calibration lab provides clients with highly accurate calibrations that help them do the following: Ensure or improve the accuracy of their measurements Identify and resolve operational inefficiencies Comply with industry regulations and government restrictions Extend the lifespan...



The Applied Technical Services Family of Companies (FoC) provides flow sensor calibration for clients nationwide. Also called a flow meter, a flow sensor is an electronic device which measures liquid and gas traveling through piping systems. The flow rate indicates the overall efficiency of piping systems in a variety of industrial applications. Regularly calibrated flow sensors provide clients with the following: Precise measurements Accurate calculations Resource management Cost control Quality assurance Continued operation Our experts document their findings in reports that include the as-found and as-left data, a description of any adjustments or repairs made to the equipment, and the device’s calibration history to inform future calibration schedules. Gas Flow Meters The ATS FoC is ISO/IEC 17025-accredited to perform calibrations according to NIST processes. We operate five primary calibration systems for meters that measure gas, gas mixtures, and flammable gases through piping systems. The calibration systems are compatible with meters that handle a flow rate as low as 1sccm and as high as 1,500 slm. Additionally, the calibrators can handle pressures up to 1,000 psig (69 bar). These systems provide high accuracy with uncertainties up to 0. 2% of the reading. Specialty Gas Flow Calibration In addition to air flow meters, we can calibrate flow meters with a variety of gasses: Acetylene Argon Carbon Dioxide Ethylene Helium Hydrogen Methane Nitrogen Oxygen Propane Using Laminar flow elements (LFE) and sonic nozzles (Critical Flow Venturis) for quick volumetric or mass flow measurements, we can reach the following: Flow rates as high as...



The Applied Technical Services Family of Companies (FoC), a network of calibration and testing companies that serves clients from coast to coast, is one of the nation’s leading accredited water flow meter calibration services providers. Our experts test and calibrate critical equipment for a multitude of industries, such as power generation and nuclear. Water flow meters are especially significant to nuclear facilities, which require mass quantities of water at a consistent and exact flow rate for safe reactions, cooling, and moderation. A water flow meter is a type of liquid meter that calculates how quickly water flows through a pipe, indicating system efficiency. Regular calibration from an accredited firm enables water flow meters to take accurate measurements and calculations. Calibrating Water Flow Meters An ATS FoC calibration expert can travel to your location for an on-site calibration, or you can ship a component to our ISO/IEC 17025:2017-accredited lab. We work with various types of water flow meters: Mechanical (Turbine) Vortex Ultrasonic Magnetic and electromagnetic To calibrate water flow meters, our calibration experts directly compare a client’s meter with a flow measurement standard under the same environmental and mechanical conditions. If your device’s reading deviates from the standard, our technicians can make adjustments or repairs to return the device to precise and accurate measurements. Calibrations from the ATS FoC are NIST-traceable and comply with ISO/IEC 17025 accreditation. Our experts can calibrate new and in-use meters from brand-name manufacturers. With a quick turnaround rate of 5 to 7 days, we can ensure...



The Applied Technical Services Family of Companies performs a variety of calibrations, such as propane meter calibration, for clients working in several different industries. The Importance of Accurate Flow Meter Calibration Propane is a versatile fuel used for heating, cooking, and powering vehicles. Precise propane flow measurements are critical to countless industries, including energy, automotive, manufacturing, oil and gas, transportation, and agriculture. The ATS Family of Companies offer specialized calibration solutions for propane meters, testing to industry standards as well as client-specified testing parameters. With over 55 years of business experience, unparalleled technical expertise, and a steadfast commitment to precision, ATS has the tools necessary to ensure that propane meters deliver reliable and accurate measurements, essential for safety, compliance, and efficiency. Propane Meter Calibration at ATS Our highly trained calibration experts possess in-depth knowledge of flow meter technologies and their calibration standards, performing calibration services to traceable standards that are both nationally and internationally recognized. The calibration process involves subjecting the propane meter to a wide range of propane flow rates similar to those that a meter will experience in its standard working environment. This comprehensive testing ensures that the meter performs accurately across its operational range and environmental conditions. Our experts provide thorough, detailed documentation of the calibration process, including pre-calibration and post-calibration readings, inconsistencies, adjustments made, and other essential information. This precise documentation assists clients in maintaining compliance and quality assurance and is available to them at all times. Accurate flow metering is essential for safe and efficient...



The Applied Technical Services Family of Companies conducts oxygen flow meter calibration to ensure the accuracy of oxygen meters, helping clients maintain compliance with industry regulations. The Importance of Precise Calibrations Accurate oxygen flow rates are critical in various industries, including healthcare, aerospace, and manufacturing. With highly advanced equipment and industry-leading calibration experts with unparalleled experience, ATS offers specialized calibration services for oxygen flow meters to help clients maintain safety and compliance in oxygen-related applications. Oxygen Flow Meter Calibration at ATS Accreditation and Expertise ATS's calibration laboratory is ISO/IEC 17025:2017 accredited and ISO 9001:2015 registered, attesting to our commitment to accuracy, reliability, and quality. Our skilled engineers and technicians possess a deep understanding of oxygen flow meter technologies and their calibration requirements, ensuring the highest level of precision on every calibration service performed. Reference Standards ATS performs calibration services to national and international standards. These standards provide a known and precise flow rate against which the oxygen flow meter's measurements are compared. Any inconsistencies are used to adjust the flow meter to ensure its accuracy. Precise Testing The calibration process involves subjecting the oxygen flow meter to a range of flow rates that it will encounter in its intended application. This comprehensive testing ensures that the flow meter performs accurately across its operational range. Reporting ATS provides detailed documentation of the calibration process, including before-and-after measurements as well as thorough reporting of any adjustments made. This documentation is essential for maintaining compliance with industry regulations and quality standards. Safety and...



The Applied Technical Services Family of Companies performs oxygen meter calibration to help clients verify the accuracy of their equipment and maintain compliance with industry regulations. The Importance of Oxygen Meter Calibration Accurate flow meter measurement is critical to businesses working in numerous industries, including medical, industrial, and power generation. With highly trained staff and state-of-the-art laboratories, Applied Technical Services offers specialized calibration services for oxygen meters to ensure precision, safety, and reliability. ATS ensures that oxygen meters deliver accurate, dependable measurements to help keep your business operations running smoothly. Oxygen meters, also known as oxygen flow meters, oxygen analyzers, and oxygen sensors, are utilized to monitor and quantify the concentration of oxygen in various environments. In the medical sector, these meters ensure proper oxygen levels during patient care. Industries such as food packaging, chemical manufacturing, and environmental monitoring rely on accurate oxygen measurements to guarantee product quality and adhere to regulations. Calibration is imperative to confirm that oxygen meters provide consistently accurate results to support safe operations. Oxygen Meter Calibration at Applied Technical Services With over 55 years of business experience, ATS is proud to be one of the nation’s most well-established testing and analysis providers. We take a closer look, applying all the resources, skills, and expertise we have developed since our founding in 1967. Technical Proficiency ATS possesses teams of skilled engineers, technicians, and scientists who are well-versed in the intricacies of oxygen meter technologies. They understand the nuances of different sensor types and measurement principles, enabling...



The Applied Technical Services Family of Companies (FoC) provides Venturi meter calibrations. Modern industrial operations rely on flow meters to accurately measure liquid and gas flow throughout various types of piping systems. Our calibration lab assists manufacturers as they verify the accuracy and reliability of their flow meters. What is a Venturi Flow Meter, and How Does It Work? A Venturi flow meter measures the flow rate of fluids as they travel through pipes and tubes. A Venturi meter can measure the flow meters of various flow meters, including liquids, gas, and steam. Venturi flow meters operate under Bernoulli's equation, which relates a fluid's pressure to its velocity. Our Flow Meter Calibration Capabilities The ATS FoC offers an extensive list of calibration services to ensure our clients' flow meters maintain accuracy and reliability. Our informed specialists have decades of collective experience in calibration and rely on their expertise or advanced technology to calibrate flow meters according to our client's needs. Our flow meter calibration services include the following: ISO 17025 Accreditation NIST Traceability Corresponding Test Data Unit Service Testing and Inspection Prompt Service in 5 Business Days or Less The Importance of Flow Meter Calibrations Flow meter calibrations compare a flow meter's measurement to a known standard to verify the device's accuracy. While manufacturers do confirm the accuracy of flow meters before they reach the marketplace, flow meters become increasingly inaccurate after repeated use, so they require calibration. Failure to calibrate flow meters can lead to the following issues: Regulatory...



The Applied Technical Services Family of Companies (FoC) conducts venturi flow meter calibrations. What is a Venturi Flow Meter? Venturi flow meters measure the flow rates of water, gasoline, and similar fluids as they pass through pipes of various sizes. Modern venturi flow meters are beloved for their long-life expectancy. It’s not uncommon for 100-year-old venturi flow meters to remain in use for water and wastewater applications. However, like other flow meters, Venturi meters require calibrations to ensure their results remain accurate and reliable over time. Our Venturi Flow Meter Calibrations We understand that calibration helps our clients optimize their operation’s efficiency and accuracy. Our calibration experts use our state-of-the-art facilities and equipment to facilitate solution-oriented services promptly and at a competitive price. Our Venturi flow meter calibrations aid in various applications, including the following: Beverage and Food Processing Chemical Processing HVAC Oil and Gas Production Why is it Important to Calibrate Venturi Flow Meters? Although venturi flow meters are highly accurate, several factors can limit the reliability of the devices, including: Dirt and Debris Build Up Fluctuation in the Fluid's Density Changes in the Pipe's Diameter Wear and Tear Inaccurate flow meter readings may result in the following: Inaccurate Measurements Inefficient Use of Resources Increases in Production Costs Safety Hazards and Overloaded Equipment Our Commitment to Quality The ATS FoC is an established and well-respected enterprise known for its commitment to quality and ever-expanding list of testing capabilities and services. We are accredited by ISO/IEC 17025: 2017, so we...



The Applied Technical Services Family of Companies (FoC) conducts Yokogawa flow meter calibrations. What is a Flow Meter? Flow meters measure the mass or volume of a liquid or gas as it passes through a pipe or tube. Yokogawa, a multinational Japanese software and electrical engineering company, manufactures flow meters. Yokogawa produces several types of flow meters, including: Coriolis Flow Meters Coriolis flow meters use inertia to measure the mass of liquids and gases flowing through a vibrating tube. In addition to mass flow rate, Coriolis flow meters measure a gas or liquid's concentration, density, temperature, and volumetric flow rate. Magnetic Flow Meters A magnetic flow meter converts a flowing fluid's velocity into a measurable electric signal that signifies its flow rate. Why is It Important to Calibrate Flow Meters? Flow meter calibrations help manufacturers and operators ensure that their flow meters produce reliable and repeatable results. Flow meters are essential to various industries' manufacturing, energy consumption, and environmental monitoring processes. Calibration verifies that flow meters remain accurate after continuous use, helping to minimize excessive energy consumption. Flow meter calibrations help to do the following: Verify the Accuracy and Precision of Their Equipment Optimize Processes to Maximize Efficiency Address Factors that Reduce the Reliability and Longevity of Products Improve Confidence in the Accuracy of Measurements More About Our Calibration Lab Our state-of-the-art calibration lab helps our clients achieve the precision and accuracy needed to ensure their equipment operates at its highest capacity. Our calibration experts use their experience and education...



The Applied Technical Services Family of Companies (FoC) conducts vortex flow meter calibration to verify the accuracy of vortex flow meters. What is Vortex Flow Meter and the Vortex Shedding Principle? A vortex flow meter is a volumetric flow meter that measures the flow rate of fluids using the vortex shedding principle. The principle states that fluids create an oscillating flow when the liquid flows past a bluff body. Vortex flow meters consist of a sensor, transmitter, and a bluff body, a small obstruction stationed in the fluid’s flow path. The sensor detects the vortex shedding, generating an electrical signal that the transmitter converts into a flow rate measurement. The Advantages of Vortex Flow Meters Vortex flow meters offer great versatility for liquid, gas, and steam applications. Their non-intrusive and durable design makes them easy to install and effective in various environments. Their ability to accurately measure high and low flow rates ensures reliable performance across varying conditions. Why is it Important to Calibrate Vortex Flow Meters? Our calibration services ensure that vortex flow meters produce accurate readings. Accurate flow measurements are essential to the optimization of an operation. However, if the flow meter is not calibrated, it could lead to underproduction or overproduction, which can be costly and lead to efficient processes. Calibrated vortex flow meters also help reduce the safety risks associated with many hazardous gases and materials that flow through industrial facilities. The calibration frequency depends on the application, but vortex flow meters should be calibrated annually...



The Applied Technical Services Family of Companies (FoC) conducts Yokogawa magnetic flow meter calibrations. Our calibration experts evaluate the accuracy of magnetic flow meters to ensure their accuracy reflects the level of accuracy advertised in their specifications. What is Yokogawa Magnetic Flow Meter? Yokogawa is a multinational Japanese manufacturer that produces various products, including test and measuring instruments such as magnetic flow meters. A Yokogawa magnetic flow meter is an advanced and versatile instrument designed for precise flow rate measurement of conductive fluids in industrial applications. Yokogawa’s magnetic flow meters use electromagnetic induction to produce highly accurate and reliable results. It comprises a pair of electrodes strategically positioned within a pipeline, generating a perpendicular magnetic field. As a conductive fluid passes through this field, electrodes sense the voltage proportional to its velocity. Why is it Important to Calibrate Magnetic Flow Meters? While industry experts may revere magnetic flow meters for their precision and accuracy, the flow meters do suffer from gradual accuracy degradation. Third-party calibration labs, such as ATS’, help to verify the accuracy of flow meters, ensuring the flow meter’s results remain reliable after repeated use. Flow meter calibrations help manufacturers and flow meter owners and operators do the following: Ensure the Accuracy of Flow Meter Measurements Identify Issues with the Meter’s Components, Piping, and Sensors Comply with Industry Standards and Regulations Extend the Operational Life of the Device Our Flow Meter Calibration Services Our experienced calibration experts use our state-of-the-art calibration labs to calibrate various types of flow...



The Applied Technical Services Family of Companies evaluates smart meters in accordance with smart meter calibration services. The demand for smart meters has steadily increased in recent years, and our calibration lab helps our clients ensure that their smart meters are effective and functional. What is a Smart Meter, and Why are They Important? A smart meter is a complex digital meter that provides detailed information regarding gas, electrical, and water consumption. Unlike traditional utility technologies, smart meters communicate data remotely, eliminating the need for manual readings. Smart meters help to modernize the energy sector, granting consumers and businesses more control over their energy consumption. Smart meters give access to real-time consumption data, enabling owners and operators to make informed decisions about their energy consumption and encouraging them to adopt more energy-efficient practices. Why are Smart Meter Calibrations Important? Like other utility meters, smart meters require calibration to verify their accuracy and reliability after repeated use. Smart meter calibrations are essential for several reasons, including the following: Ensuring Accurate Measurements and Readings Tracking Energy Usage Over Time Complying with Standards and Regulations Optimizing Energy Efficiency Our Calibration Services We offer numerous accredited ISO/IEC 17025 calibration services. Our operation adheres to A2LA auditing standards to ensure our clients receive exceptional service, as we use standards that are traceable to the National Institute of Standards and Technology (NIST). In addition to smart meter calibrations, we calibrate the following types of meters: Bubble Meters Coriolis Flow Meters Gas Flow Meters Laminar Flow Element...



ATS offers barometer calibration services that help clients capture reliable pressure, temperature, and humidity data. A type of pressure gauge, a barometer measures subtle changes in atmospheric pressure in an environment. Barometers require frequent calibration to compensate for aging and changes in altitude. Routine calibration supports a barometer’s continued accuracy. Barometric readings provide valuable data for various applications, such as: Pressure readings in sensitive equipment Meteorology and weather predictions Hydrostatic pressure and submersible depth measurements Regular calibration helps even the most sensitive barometer maintain precise and repeatable readings. Over time, barometers and pressure gauges lose their quality and reliability. Mechanical stress and fluctuations in temperature and humidity cause the barometer readings to drift. Changes in altitude can also impact different types of barometers. For instance, mercury barometer readings must compensate for elevated temperatures. The ATS calibration lab provides regular calibration and verification services to return barometers to their tolerances. Barometer Calibrations The ATS calibration lab has supported our clients’ compliance with industry standards and regulations since 1987. Over the years, ATS has developed a reputation for reliable expertise. We can calibrate devices to OEM and client tolerances according to primary or secondary standards. Our calibrations are traceable to the International System of Units (SI), National Institute of Standards and Technology (NIST), and applicable ASTM specifications. Our calibration experts work with a variety of barometer types, including: Aneroid Mercury Digital ATS is qualified to deliver calibration services on-site and in our ISO/IEC 17025:2017-accredited labs. Our turnaround rate for most calibration orders...



Graftel, a member of the Applied Technical Services Family of Companies (FoC), offers gas meter calibrations for clients in various industries. Our calibration labs assist clients as they confirm the reliability and accuracy of their gas meters. What is a Gas Meter, and Why are They Important? A gas meter is a specialized flow meter that measures gas flow through pipes. Gas meters monitor the gas consumed in commercial, industrial, and residential settings. While technology has evolved to make gas meters safe, these devices still must undergo evaluations to ensure that they’re calibrated. Gas flows meters are essential tools for monitoring and measuring gas flow, helping manufacturers and operators do the following: Measure Gas Consumption Control and Monitor Gas Flow Detect Leaks Comply with Regulations and Standards About Our Gas Meter Calibration Services Our environmentally controlled calibration lab features five National Institute of Standards and Technology (NIST) traceable gas flow calibration systems. We can calibrate flow rates of gas or air in the following ranges: 1 Standard Cubic Centimeter Per Minute (SCCM) – 1,500 Standard Liters Per Minute (SLM) 0 – 1000 Pounds Per Square Gauge (PSIG) We are ISO/IEC 17025:2017 accredited and offer calibrations for various equipment and manufacturers. What are the Benefits of Gas Meter Calibration? Gas meter calibrations help to do the following: Avoid the Costs of Inefficient Gas Flow Verify the Accuracy of Gas Consumption and Flow Improve Consumer Trust in Gas Meters Maintain Quality Control About The ATS FoC and Graftel The Applied Technical Services...



Graftel, a member of the Applied Technical Services Family of Companies (FoC), conducts gas flow meter calibrations. Over time and after repeated use, flow meters deviate from their calibrations which causes them to become less reliable. Fortunately, Graftel’s experts help our clients calibrate their flow meters, ensuring their accuracy and effectiveness. What is a Gas Flow Meter, and How is It Used? A gas flow meter is an instrument that provides precise measurements of a gas’s flow rate as it passes through a tube or pipe. Gas flow meters ensure that manufacturers and operators comply with regulations, ensuring the flow measurement is accurate and can support a safe and efficient operation. Our Gas Flow Meter Calibration Capabilities We maintain five NIST traceable gas flow calibration systems, enabling us to provide a wide range of calibrations. We can measure flow rates from 1 standard cubic centimeter per minute (SCCM) to 1,500 standard liters per minute (SLM). The pressure range is from 0 to 1000 pounds per square inch gauge (PSIG). Our calibration lab adheres to the following standards and regulations: ISO 17025:2017 ANSI/NSCL Z540-1-1994 (R2002) ANSI/NCSL Z540. 3 subclause 5. 3 requirements MIL-STD-45662A To ensure the satisfaction of our clients, we conduct thorough inspections and provide clients with test data to ensure they’re well-informed on the state of their flow meters. The Importance of Gas Flow Meter Calibrations Even the most durable flow meters fall out of calibration, so it’s essential to perform regular calibrations on flow meters to verify their...



The Applied Technical Services Family of Companies (FoC) offers turbine flow calibrations to ensure our clients’ turbine flow meters remain accurate and reliable after repeated use. Turbine flow meters are popular amongst numerous industries where manufacturers rely on accurate and reliable readings. Our turbine flow meter calibration services help ensure our clients’ operations remain efficient. What is a Turbine Flow Meter, and How Do They Work? Turbine flow meters measure the velocity of gases, vapors, and liquids. These popular devices provide highly accurate measurements, making them a popular choice for various commercial and industrial markets such as chemical, water, and gas. During the operation of turbine meters, the fluid provides mechanical energy to the turbine, causing it to rotate. The fluid’s velocity spins the turbine, which measures the flow of a gas, liquid, or vapor. Our Turbine Flow Meter Calibration Services While manufacturers do calibrate their turbine flow meters during production, the device will become increasingly inaccurate over time and after repeated use. Our calibration specialist conducts turbine flow meter calibrations that verify the accuracy of our clients’ turbine flow meters. Our calibrations are traceable to the NIST, ensuring our calibration procedures adhere to industry standards and guidelines. Unforeseen and Costly Accidents Violations of Industry Regulations Inaccurate Readings Increased Odds Our Commitment to Quality The Applied Technical Family of Companies specializes in professional inspection, testing, consulting engineering, and calibration services. As an ISO 9001:2015 registered entity, our employees work closely with clients to ensure their needs and concerns are addressed...



The Applied Technical Services Family of Companies (FoC) conducts laminar flow element calibrations for various industries. What is Laminar Flow Element? A laminar flow element, or LFE, is a device used to measure gas and air flow accurately. The LFE differs from traditional flow meters because it functions under the laminar flow principle, under which air and gas travel smoothly, with each layer parallel to the next. LFEs can accurately measure the flow rate of dry, clean, and gases and liquids containing no particulate matter. Laminar flow elements offer several advantages over traditional flow meters, including highly accurate results and a wide measuring range. Our Laminar Flow Element Calibration Capabilities We conduct laminar flow element calibrations in an environmentally controlled lab to ensure our clients' flow meters are as accurate as the manufacturer's specifications suggest. Our flow meter calibration personnel help our clients do the following: Verify Accurate and Reliable Measurements Ensure Compliance with Standards and Regulations Optimize Operational Processes Establish and Maintain Instrument Traceability Troubleshoot Flow Meter Issues We are ISO/IEC 17025:2017 accredited, and our calibrations are traceable to the National Institute of Standards and Technology (NIST). Why is it Important to Calibrate Flow Meters? Manufacturers use flow meters for sensitive operations that require precise measurements with a minimal margin of error. Poorly calibrated flow meters can lead to over or under-estimating flow, negatively impacting product quality and operation efficiency. Those sorts of miscalculations can lead to costly consequences such as equipment failure, safety hazards, and non-compliance issues. Our...



The Applied Technical Services Family of Companies (FoC) conducts accurate and reliable flow meter calibrations. Our flow meter calibration services assist our clients in ensuring their operations run smoothly and efficiently. What is a Coriolis Flow Meter, and How Do They Work? A Coriolis flow meter is a mass flow meter that measures a fluid or gas's mass flow rate using the Coriolis effect. The Coriolis principle suggests that any moving body or mass on or above the earth's surface will drift sideways due to the earth's rotation. Unlike some meters, Coriolis meters measure mass flow rate instead of volumetric flow. Coriolis meters directly measure a fluid's density and flow of mass. These flow meters can detect the twisting motion experienced by liquids as they pass through a tube or pipe. Coriolis flow meters yield highly accurate and sensitive results, making them the ideal choice for a wide range of applications. Our Coriolis Flow Meter Calibration Services While manufacturers accurately calibrate their water flow meters, the meter's accuracy diminishes over time, and the device needs to be calibrated. The ATS FoC provides Coriolis meter calibrations that improve measurement accuracy, ensuring that Coriolis meters remain reliable after repeated use. Our Coriolis flow meter calibration capabilities are as follows: Coriolis Flow Meter  Range: 0. 1 to 1950 gallons per minute Calibration Pressure Range: < 45 pound-force per square inch Uncertainty: 0. 10% in mass flow rate Standard Range of Line Sizes 0. 25 to 12 inches Coriolis Gas Testing Flow Rate Range:...



The Applied Technical Services Family of Companies (FoC) conducts water flow meter calibrations for various industries and applications. Our environmentally controlled labs allow us to ensure that our clients' flow meters remain calibrated and reliable. What is a Water Flow Meter, and How is it Used? A water flow meter is an instrument that measures the flow rate of water as it passes through pipes and tubes. Water flow meters offer essential insight into the water distribution in pipes, drainage systems, and similar infrastructure. Flow meters allow a business to control their water use which can help them do the following: Monitor Water Consumption Reduce Waste Optimize System Performance Achieve and Maintain Quality Control Water flow meters are essential for a wide range of commercial and industrial applications. Our Water Flow Meter Calibration Services Water flow meter calibrations help to verify the accuracy and reliability of water flow meters. The calibration process helps manufacturers verify the flow meter's accuracy, ensuring water flows remain efficient and compliant with industry regulations. During calibration, our experts set up the flow meter and the reference standard in a controlled environment, and our technicians allow water to flow through both simultaneously at different rates. Once we collect data, we generate a calibration curve that establishes the relationship between the actual flow rates and the flow meter's readings. We provide calibration certificates alongside our calibrations to ensure our clients are made aware of their device's status before and after calibration. We recommend that our clients calibrate...



The Applied Technical Services Family of Companies (FoC) conducts accurate and reliable bubble meter calibrations. What is a Bubble Flow Meter, and Why are They Important? A bubble flow meter measures the pressure required to force a bubble through the end of a bubble line. Bubble flow meter set ups often consists of a source of soapy water, calibrated tube, and a stopwatch. Together, these components measure a gas's flow rate as it travels throughout the pipe. Our Bubble Meter Calibration Services Our bubble meter technicians conduct calibrations using the Fluke molboc/molbox1+ gas calibration system, allowing us to calibrate flows up to 600 standard liters per minute. During the calibration procedure, technicians select a reference meter with a known accuracy. Next, technicians set up a test system with multiple calibration points representing the expected flow rate range. Our experts then compare the bubble meter's flow rate to the liquid's known flow rate to ensure the bubble meter's calibration. The Importance of Meter Calibrations Bubble meter calibrations are essential because they ensure the bubble meter is accurate and reliable. If the bubble meter is not calibrated correctly, it could give inaccurate readings, leading to problems such as over or under-filling tanks or malfunctioning equipment, leading to safety hazards and other costly consequences. Our Additional Calibration Services In addition to bubble meter calibrations, our calibration experts use our environmentally controlled labs to provide the following: Gas Flow Meter Calibrations Rotameter Calibrations Thermal Mass Flow Controller Calibrations Turbine Meter Calibrations Our calibrations are...



The Applied Technical Services Family of Companies (FoC) provides reliable and accurate air flow calibration services. What is an Air Flow Meter, and Why are Air Flow Meter Calibrations Important? As the name suggests, an air flow meter measures the mass of air flowing through a tube. Various industries, such as manufacturing, HVAC, and environmental monitoring applications, rely on the results yielded by air flow meters. Air flow meter calibrations ensure that air flow meters are accurate and reliable. Clients should schedule flow meter calibrations regularly to ensure that flow meters remain reliable throughout their service life. Continual use, corrosion, and debris can compromise flow meter measurements, leading to costly inconsistencies. Calibrations help to ensure that air flow measurements are trustworthy while doing the following: Ensuring Regulatory Compliance Optimizing Flow Meter Performance Maintaining Quality Control Identifying Equipment Issues Our Flow Meter Calibration Services Our experienced experts conduct air flow calibrations using a Fluke molboc/molbox1+ gas flow calibration system capable of calibrating a wide range of flows. During calibration, our technicians compare the measurements obtained from our clients’ devices to a known reference standard. Our technicians will verify that the device is properly calibrated if its readings align with the readings of the known reference. We offer the following air flow calibrations test ranges: Mass Flow Rate: 0. 0002 pound mass per second (. 2 SCFM) Maximum Mass Flow Rate: 16 pound mass per second (12,800 SCFM) Maximum MUT pressure: 135 pound force per square inch Our calibrations are traceable to...



The Applied Technical Services Family of Companies (FoC) provides mass flow meter calibrations that verify and adjust the accuracy of mass flow meters. What are Mass Flow Meters, and What is Mass Flow Rate? A mass flow meter is an device that measures the flow rate of a gas or fluid traveling through a tube or pipe. A mass flow rate measures the rate at which mass flows through a device over a specific unit of time. Mass flow meters are commonly used to control or monitor mass-related processes such as chemical reactions. For example, a manufacturing plant may require precise measurements and control over the presence of certain ingredients or chemicals, so the plant operators may use a mass flow meter to ensure they achieve the desired balance. Our Flow Meter Calibration Services Our ISO/IEC 17025 accredited labs provide mass flow meter calibrations for various types of flow meters. Our calibration services support numerous industries as we provide specialized and traditional testing capabilities. Air Flow Meter Calibration Capabilities Maximum Mass Flow Rate: 12,800 SCFM (16 lbm/sec) Maximum MUT pressure: 135 pound-force per square inch Minimum Mass Flow Rate: 0. 0002 lbm/sec (. 2 SCFM) Water Flow Meter Calibrations Maximum pressure: 44 pound-force per square inch Uncertainty: 0. 10% . 1 - 1,950 GPM (gallons per minute) The Importance of Flow Meter Calibrations Flow meter calibrations are critical as they ensure the accuracy and reliability of mass flow meters. Over time, various factors such as repeated use, environmental conditions, and...



The Applied Technical Services Family of Companies provides ISO/IEC 17025 accredited dew point calibrations. Dew point measurement devices aid in humidity control and drying applications, and our dew point calibration experts ensure that our clients' instruments remain calibrated while in use. What are Dew Point Sensors, and Why is it Important to Calibrate Them? Dew point sensors measure and monitor the temperature at which water condenses into liquid water. Dew point sensors are popular in industrial processes where excessive moisture can compromise products and equipment. Manufacturers should schedule dew point calibrations regularly to ensure the sensor's readings haven't shifted over time or after repeated use. Dew sensor calibration is essential in various industries that rely on accurate dew point measurements. Our calibrations ensure that dew sensors provide reliable and precise data, allowing businesses to make informed decisions and maintain optimal conditions in their processes. Dew point calibrations also enhance product quality and process efficiency and minimize downtime and production losses. Our Dew Point Calibration Services During the calibration procedure, our technicians compare our clients' dew point sensor measurements to a reliable reference system to ensure accuracy. Our technicians recognize the sensor as calibrated once the dew point sensor's readings match the known reference's. If the readings do not match, we make the necessary adjustments to ensure the device is calibrated and ready to be used. Our dew point calibrations help our clients do the following: Verify the Accuracy of Dew Point Sensors Prevent the Risk of Moisture Build Up and...



The Applied Technical Services Family of Companies (FoC) provides bolt tension gauge calibration services. Our team of calibration experts ensures that our clients' bolt tension gages remain accurate after repeated use. What are Bolt Tension Gauges, and How are They Used? A bolt tension gauge is a device designed to measure a bolt's tension. The gauge ensures the bolt's tightness is sufficient for the intended application. Bolt tension gauges ensure the accuracy, reliability, and safety of bolts, and they're commonly used in manufacturing, construction, and aerospace applications. Bolt tension gauges help to prevent the complications that occur when a bolt has the incorrect tension or is over or under-tightened. Bolt tension is essential to consider when determining the integrity of bolted joints. Failure to maintain the correction bolt tension could comprise a product's safety, leading to the following complications: Loosened Joints Reduced Load Carrying Capacity Seal Damage Thread Stripping What are Bolt Tension Gauge Calibrations, and Why are They Needed? Bolt tension gauge calibrations help technicians and manufacturers as they verify or restore the accuracy of bolt tension gauges. In preparation for calibration, technicians inspect the device for damage and clean it to guarantee it is in good condition. During the calibration process, technicians apply force to the bolt and compare the readings from the bolt tension gauge to a reference instrument's readings. Our technicians recognize the gauge as calibrated if the readings are within the accepted range of results. Our Commitment to Quality The Applied Technical Services FoC provides...



The Applied Technical Services Family of Companies conducts bore micrometer calibrations for various industries. What is a Bore Micrometer, and How are They Used? A bore micrometer, or bore gauge, is an advanced measuring tool that measures the internal diameters of cylinders and holes with supreme precision. During the procedure, technicians insert bore micrometers into holes that require measuring. Once inserted, the micrometer's anvils expand to measure the hole's diameter. Bore micrometers are commonly used in construction, manufacturing, and inspection applications where pipes, cylinders, and holes require precise measurements. Our Bore Micrometer Calibration Services We understand the importance of accuracy in industrial applications, and our bore micrometer calibration services ensure our client's depth gauges achieve the ultimate level of accuracy. Our team of experts can calibrate multiple types of depth gauges, including the following: Depth Micrometers Electronic Depth Gauges Vernier Depth Gauges Dial Depth Gauges Bore micrometers should be regularly calibrated to ensure their accuracy. Repeated use increases the likelihood of inaccurate measurements, so third-party calibration experts must ensure that bore gauges remain accurate over time. It is widely recommended that bore micrometers undergo yearly evaluations to maintain reliability. Why are Bore Micrometer Calibrations Important? Bore measurements must be highly accurate because the slightest mismeasurements can significantly impact a product or project. In addition to ensuring precise measurements, bore micrometer calibrations help our clients do the following: Adhere to Regulations Avoid Unnecessary Costs Maintain Quality Control Minimize Product Failure The accuracy of bore gauges relies heavily on their calibrations; failure...



The Applied Technical Services Family of Companies provides high-quality bore gauge calibration services. Bore gauges are popular in applications where cylinders, holes, and pipes must be measured with supreme precision. Our experienced calibration specialists ensure our clients' bore gauges function as intended and produce accurate results. What is a Bore Gauge? Bore gauges are advanced measuring tools used to determine the measurements of a bore or hole. Bore gauges can acquire the measurements of holes of various shapes and sizes, so they're essential in construction and manufacturing-related projects. These gauges consist of multiple moving parts and internal mechanisms, so the devices must undergo calibrations that verify the device's ability to produce accurate results. Our Depth Gauge Calibration Services Our qualified team of experts uses our accredited facilities to ensure our clients' bore gauges are accurate and function properly. We inspect the device for damage before cleaning it with a solution to prepare for the calibration procedure. Our technicians then set the gauge to the desired range before inserting a master ring into the bore gauge. The gauge is calibrated once its reading matches the known diameter of the master ring. We calibrate numerous types of depth gauges, including the following: Digital / Electronic Depth Gauges Depth Micrometers Dial Depth Gauges Vernier Depth Gauges The Benefits of Bore Gauge Calibration Services Our bore gauge calibration services help our clients do the following: Meet Regulatory Requirements Ensure the Precision of Their Measuring Instruments Maintain Quality Control Associated with Inaccurate Readings Our Commitment...



The Applied Technical Services Family of Companies (FoC) provides precise bolt tension gauge calibrations. Our calibration experts ensure our clients' bolts have sufficient tension for the intended application. What are Bolt Tension Gauge Calibrations, and Why are They Important? Bolt tension gauges measure the force applied to a tightened bolt or threaded fastener. These devices ensure that bolted connections are adequate for the intended application. During a bolt tension gauge calibration, a technician applies a specified load to the bolt to observe the bolt's reaction to the force. A bolt is calibrated if its reaction is within the acceptable tolerance range. If the bolt requires further calibration, our technicians make the necessary adjustments to ensure calibration. Torque tools should be calibrated once a year to ensure their accuracy. Failure to calibrate torque tools could result in the following: Over and Under Tightened Bolts Faulty Equipment Safety Issues Unnecessary Repair Expenses The Benefits of Gauge Calibrations Calibrations are an essential component of the quality control efforts of our clients. Calibrations allow for monitoring, documentation, and traceability. Our bolt tension gauge calibration assists our clients as they improve their torque tools' accuracy, safety, compliance, cost-effectiveness, and quality control. Our bolt tension gauge calibrations help our clients do the following: Ensure Gauge Accuracy and Reliability Avoid Bolt Replacement Costs Improve Equipment and Structural Safety Reduce the Likelihood of Bolt Failures The ATS Advantage The Applied Technical Services FoC is an established and esteemed enterprise that provides high-quality testing, inspection, and consulting engineering services...



The Applied Technical Services Family of Companies (FoC) provides truck scale calibration services to ensure our clients comply with road weight requirements. Truck scales are essential components that help logistical operations maintain an accurate account of their cargo’s weight during transport. Precise Solutions, a member of the ATS FoC, assists clients as they calibrate and repair their truck scale systems. Why is Truck Scale Calibration Service and Repair Important? Truck scales measure the weight of materials and goods drivers transport on roadways nationwide. The scales monitor the vehicle weights to ensure the cargo’s weight is accurate, ensuring trucks operate efficiently and avoid underloading or overloading their vehicles. Truck scale calibrations help companies with the following: Regulation Compliance Weight Compliance Road and Vehicle Safety Logistical Efficiency Our Truck Scale Calibration and Repair Services Our experienced team of certified technicians includes NIST H44-trained and ISWM-certified personnel capable of conducting on-site calibrations and repairs. We use a state-of-the-art test truck with test weights, a test cart, and a crane. Our field technicians can calibrate scales for applied loads up to 100,000 pounds. We offer services for numerous types of truck scales, including the following: Aggregate Bulk Materials Freight Quarry Upon completion of service, our clients receive a certification of calibration and further documentation detailing the scale’s initial condition, the repairs needed, and the scale’s condition after service. The Benefits of High and Low Temperature EV Battery Thermal Testing High and low temperature thermal tests help manufacturers with the following: Safety Evaluations Performance Optimization...



Applied Technical Services’ dimensional inspection lab offers numerous laser scanning dimensional inspection services. Our lab features three coordinate measuring machines, including a FARO laser scanner with unique capabilities and features that allow our technicians to inspect parts and components of various shapes and sizes. What are Coordinate Measuring Machines, and What are Their Benefits? Coordinate measuring machines, or CMMs, are instruments used to measure a physical object’s geometry. CMMs use probes to scan an object and acquire measurements of an object’s height, width, and depth. Coordinate measuring machines have become an essential tool for engineers seeking to obtain the dimensions of physical objects. CMMs offer a more efficient and accurate alternative to manual inspections and calculations, and they help do the following: Dimensional inspection Product development Reverse engineering R&D First article inspections CAD file creation Internal and external measurements 2D and 3D metrology Our Dimensional Inspection Lab’s Capabilities Our dimensional inspection lab features three highly advanced coordinate measuring machines: the FARO Quantum Max, North Star x5000, and Zeiss Metrotom 1500. FARO Quantum Max The FARO Quantum Max is a highly versatile scanner with three laser line probes or LLPs. Each FARO Quantum series arm has unique features engineered to tackle specific tasks, making the Quantum Max an incredibly effective machine capable of scanning various parts and components. In addition to offering several FARO scanner services, ATS is also an authorized reseller of FARO products, so please inquire about the availability of FARO products. North Star x5000 The North Star x5000...



Applied Technical Services' coordinate measuring machine measures the geometric characteristics of physical objects. Our programming specialists have decades of collective experience in dimensional inspection services and work closely with clients to develop strategies that address their needs and demands. What is a CMM Machine, and Why are They Needed? A coordinate measuring machine, or CMM, uses a motion system, probing system, and computer software to provide accurate readings of an object's physical and geometric dimensions. CMMs limit the industry-wide dependence on manual inspections, improving inspection services' accuracy, efficiency, and service time. About Our Dimensional Inspections Lab Our state-of-the-art dimensional inspection lab contains three high-powered CMMs that allow us to analyze objects of various shapes and sizes. Our FARO Quantum Max laser line scanner, is a top-of-the-line instrument that produces an object's 3D image, allowing our specialists to test the object's dimensions to our client's specifications. Our FARO laser scanner features a FARO Quantum Series arm that allows our engineers to choose between three performance modes. In addition to our FARO Quantum Max scanner, we use a North Star Imaging X5000 and Zeiss Metrotom 1500. Each instrument captures high-resolution scans of objects of various shapes and sizes. Our dimensional inspection lab provides services that aid in numerous tasks, including the following: Reverse engineering R&D Product development Internal and external measurements 2D and 3D metrology CAD file creation ATS is an authorized reseller of FARO products and we are proud to pair our clients with the FARO technology that best addresses their...



The Applied Technical Services Family of Companies provides CMM reverse engineering services to clients needing dimensional inspections. We’ve equipped our dimensional inspection lab with several professional-grade precision 3D scanning instruments capable of conducting high-resolution scans of physical objects. What is CMM Reverse Engineering, and When is it Needed? A coordinate measuring machine, or CMM, is an instrument used to measure the geometric dimensions of physical objects of various shapes and sizes. CMMs consist of a measuring probe, computing system, software, and machine. Each component helps the machine’s operators measure the subject’s dimensions with precision and detail. CMM reverse engineering occurs when engineers use a physical part to create a 3D virtual model. The 3D models allow engineers to reverse engineer the material’s construction which can help improve their understanding of the material’s purpose and uses. Learn More About Our Dimensional Inspection Lab Our state-of-the-art dimensional inspection lab houses three industrial-grade coordinate measuring machines capable of analyzing samples ranging from 1 inch in diameter to the size of a large automobile engine. Our technicians use a North Star Imaging 5000, Zeiss Metrotom 1500, and a FARO Quantum Max scanner to conduct highly accurate and rapid scans for our clients. North Star Imaging x5000 The North Star X5000 is a versatile and configurable industrial CT X-ray inspection system capable of scanning small and large components. The X5000 is ideal for various applications, including reverse engineering, 2D and 3D metrology, and 3D CAD comparisons. Zeiss Metrotom 1500 The Zeiss Metrotom 1500 is a...



Applied Technical Services offers high-quality 3D scan reverse engineering services that produce accurate 3D images of physical objects. Our metrology lab contains state-of-the-art equipment for industrial-sized, complex, and detailed objects. The Importance of Reverse Engineering Reverse engineering, or back engineering, occurs when a technician intentionally deconstructs a product, material, or software to learn additional information about the product. Companies reverse engineer products for various reasons, including to do the following: Create a CAD file for future use Explore existing design processes Product research and development Reconstructing outdated and discontinued products What is Reverse Engineering in 3D Scanning? Reverse engineering is essential in mechanical engineering, and 3D scanning is the preferred method for extracting information from preexisting materials. Industrial and CAD engineers use 3D scanning technology to acquire information about a product that may be inaccessible. 3D scans continue to play a crucial role in the industrial sector, and Applied Technical Services’ dimensional inspection lab offers premier service for clients domestically and abroad.   More About Our Reverse Engineering Capabilities Our metrology lab houses several professional-grade 3D imaging instruments that produce precise 3D images. Our technicians serve our clients using the following scanning machines: FARO Quantum Max Our FARO Quantum Max is equipped with a laser line probe that accurately measures the dimensions of a subject efficiently and effectively. The FARO laser scanner enables our experts to take noninvasive measurements of surface features and locations without disrupting a subject. North Star Imaging x5000 The North Star Imaging X5000 has a large...



Applied Technical Services offers 3D scanning reverse engineering services for clients needing 3D models for their materials and parts. Our metrology department uses state-of-the-art equipment to produce high-precision 3D images of physical objects for a competitive price.   What is Reverse Engineering, and Why is it Important? Reverse engineering, or backward engineering, is a process in which an engineer deconstructs an instrument, material, or machine to improve their understanding of the device’s design. Reverse engineering software produces detailed images that offer an in-depth look into a material’s construction, allowing engineers to extract information about the product and its uses. The process is an essential component of manufacturing and product development. The Benefits of Reverse Engineering Reverse engineering technology enables engineers to do the following: Conduct failure analysis Discover product vulnerability Improve product development strategies Recreate products About Our Dimensional Inspection Lab Our dimensional inspection lab contains three professional-grade machines capable of scanning equipment and parts the size of a bottle cap to the size of a large car engine. Our FARO Quantum Max laser lines produce high-precision scans of objects. The Quantum Max is an advanced instrument capable of capturing accurate measurements at rapid rates in various environments on-site and in the field. Our extensive testing capabilities allow us to provide 3D scanning for multiple materials. Our dimensional inspection lab serves numerous industries, including the following: Aerospace Automotive Consumer products Manufacturing Medical About Applied Technical Services Applied Technical Services provides premier consulting engineering, inspection, and testing services for various industries....



The Applied Technical Services Family of Companies provides sound meter calibration to ensure the accuracy of various equipment. Sound Meters A sound meter is an instrument utilized for acoustic measurements. The microphone’s diaphragm is responsive to certain changes in air pressure caused by sound waves, converting them into electrical signals as they move. Sound Meter Calibrators Sound meters and their accessories should be thoroughly inspected before any measurement, aiming attention toward any damage or accumulation of foreign materials on either the microphone’s diaphragm or protection grid. The voltage of the sound meter’s power supply should also be assessed to ensure it is within specified operating limits. The type of calibrator used is determined by the sound meter being calibrated. The specified model of the sound calibrator required can be found in a sound meter’s instruction manual. A sound calibrator should provide a reference sound pressure level and a traceable calibration certificate. The Importance of Sound Meter Calibration Uncalibrated equipment leads to inaccuracies that can result in productivity loss, incorrect process controls, improper readings, and other risks. It is essential to calibrate a sound meter, particularly the microphone and measurement chain, as they are susceptible to drift. Regularly calibrating these components helps to maintain accuracy and can prolong its life. How Sound Meter Calibration Works Labs perform a calibration frequency check during sound meter calibration. To conduct this test, an operator connects the sound meter to a corresponding calibrated sound calibrator and checks whether the instrument is within tolerance limits. An...



The ATS Family of Companies performs Extech sound level meter calibration in our state-of-the-art calibration laboratory. Sound Level Meter A sound level meter is a precision tool utilized for acoustic measurements. The diagram of this handheld instrument reacts to specific air pressure changes due to sound waves, and its movement converts to electrical signals. Extech Sound Level Meter Extech Instruments manufactures test and measurement tools that help prevent, identify, and troubleshoot electrical, mechanical, and maintenance problems. Extech sound level meters test whether a sound level will exceed the levels established by both municipal and national laws. These sound level meters determine acceptable noise levels with and without hearing protection. The Importance of Sound Level Meter Calibration A sound level meter is susceptible to damage ranging from a minor knock to major breakage. Even if there is no visible damage, users should ensure that their equipment is in proper working order before taking measurements, as uncalibrated equipment can lead to inaccuracies resulting in incorrect process controls and loss of productivity. Sound Level Meter Calibration at ATS ATS’ Family of Companies meets all relevant sound level meter requirements. Our trained technicians maintain the highest level of quality when providing sound level meter calibration. Once sound level meter calibration is complete, clients can access their calibration records on our online platform, iPortal. This interface displays asset history, calibration certificates, status updates, and future dates of calibration recall. Other Extech Models and Instrument Types We Calibrate Air Flow Meters Continuity Testers Ground Resistance Testers...



The ATS Family of Companies (FoC) performs ISO 17025 calibration services for various industries. Our wide range of calibration capabilities complements all requirements of quality-driven organizations. What is ISO/IEC 17025:2017? ISO/IEC 17025:2017 is an international standard created by the International Organization for Standardization and the International Electrotechnical Commission. This standard is comprised of multiple guidelines and requirements used by accreditation authorities, regulatory boards, and other organizations to ensure, organize, and verify all laboratory operations for testing and calibration processes. The Importance of ISO/IEC 17025:2017 An ISO/IEC 17025:2017 accreditation proves that a laboratory possesses an acceptable Quality Management System (QMS) and the ability and competence to provide testing and calibration services. It is highly encouraged to create a QMS that fulfills the needs of organizations across various industries, improving the efficiency and quality of safe laboratory practices, processes, and systems. The current version of ISO/IEC 17025:2017 establishes protocols and guidelines that align with Good Laboratory Practices (GLP). Maintaining compliance with ISO 17025 leads to replicable testing and calibration processes while eliminating the need for retesting. Calibration Services at ATS Our calibration lab is ISO/IEC 17025-accredited to perform a wide range of calibration services to ensure instrumentation traceability, guaranteeing that measurement results are accurate and globally comparable. We invest in the most up-to-date calibration software and metrology equipment to provide the most accurate and efficient calibration services possible. Whether in the field or in our lab, our team of experts offers calibration and repair services with rapid response times. Types of ISO...



Precision Calibration The Applied Technical Services Family of Companies (FoC) performs precision calibration services at your innovative laboratory. Precision calibration is the process of comparing equipment output to the known standards in order to determine the equipment's accuracy and reliability. If the equipment is inaccurate, a team of technicians must make the proper adjustments to correct any errors. ATS' Precision Calibration Services The ATS Family of Companies conducts precision calibration services on various tools and measurement equipment. We calibrate both small items, such as digital calipers, and large items, such as hardness testers, optical comparators, and surface plates too large to be sent to a laboratory for calibration. For every calibration we complete, we supply clients with digital copies of due date reports, current asset status, calibration certificates, and asset history on our convenient web-based platform, iPortal. Our Precision Equipment Labs Include: Avionics Dimensional Electrical Enviornmental Mechanical Precision Calibration Laboratory The ATS Family of Companies’ precision calibration laboratory fulfills requirements that validate existing systems. We provide precision calibration services both in our state-of-the-art laboratory and in the field with our fully equipped vehicles. We Possess the Following Accreditations, Registrations, and Certifications: ISO/IEC 17025:2017 ISO 9001:2015 10 CFR 50 - Appendix B 10 CFR Part 21 ANSI/NCSL Z540-1 About ATS Applied Technical Services, a leading testing and analysis provider for over 50 years, is the preferred service provider for businesses working in various industries. With an expansive service network and excellent reputation, we represent integrity and professionalism throughout all business practices....



The Applied Technical Services (ATS) Family of Companies offers our accredited calibration laboratory to clients needing a broad scope of calibration testing services. We can handle numerous types of devices under test (DUTs) within the categories listed below. Types of Calibration We Offer Mass calibration compares the measurements produced by the DUT against standardized test weights. This process determines if the readings remain accurate within acceptable tolerances; if not, manufacturers must adjust the instrument to bring the measurements up to specific standards of precision and accuracy. Electrical calibration takes current voltage from the DUT and compares them with preprogrammed electrical output in order to determine accuracy. This process can verify the performance of any electrical parameter test or measuring instrument. Pressure calibration compares the output of a medical device and its display pressure to the pressure measurement standard. Routine calibration ensures the precision of pressure in measuring equipment. The closer the pressure is to the recommended level, the more efficiently the equipment will run. Temperature calibration ensures accurate temperatures in temperature measuring equipment, such as thermometers and digital recorders. Regularly calibrating instruments is essential for efficient energy and quality performance. Torque calibration compares the amount of torque produced by a DUT to its allowable tolerance to determine any need for readjustments. This process ensures accuracy from instruments that apply torque in production processes. Why You Should Choose Our Family of Companies We are here to service all your calibration needs by providing comprehensive solutions for numerous industries. Our calibration services...



The ATS Family of Companies (FoC) employs a team of highly trained technicians—each an expert in performing in-depth electrical calibration lab services and providing clients with results that promote confidence in device capabilities. How Electrical Calibration Works Electrical calibration compares values measured from a device under test (DUT) against the accurate calibration standard. This process can verify the performance of any electrical parameter test or measuring instrument. Device testing companies follow specific procedures for each make and model of a device receiving electrical calibration lab services to ensure a standardized testing process. Our Electrical Calibration Services Our electrical calibration services help verify whether devices adequately control the flow of electrical current. We calibrate electrical test equipment to ensure these instruments perform to the manufacturer’s standards. We work on equipment such as multimeters, clamp meters, data loggers, power supplies, meggers, and oscilloscopes. The extended ATS FoC plays a vital role in ensuring the quality and reliability of electrical test equipment. We can improve accuracy, confirm regulatory compliance, and reduce the risk of being unprepared for an audit. Types of Electrical Calibration Services We Provide Capacitance Meter Calibration Noise Dosimeter Calibration Hipot Tester Calibration Radiometer Calibration Light Meter Calibration Voltmeter Calibration Function Generator Calibration Avionics Calibration Our Highly Trained Team of Technicians Our specialized electrical calibration team has years of qualified calibration management experience. We possess in-depth knowledge of various types of calibration to help clients determine whether their equipment is safe, efficient, accurate, and functional. In-House Laboratory and Field Services We...



The Applied Technical Services (ATS) Family of Companies provides pressure calibration lab services to satisfy all our clients’ pressure calibration needs. Our calibration department offers quick turnarounds, comprehensive customer support, and in-depth reporting. How Pressure Calibration Works Pressurized equipment requires a pressure monitoring device, such as a sensor, to ensure it operates safely and efficiently. The closer the operational pressure is to the manufacturer’s recommended levels, the more efficiently the equipment will run. Correctly calibrating these monitoring devices requires comparing them against perfectly calibrated reference standards, each exposed to the same range of pressures. Ensuring the device under test (DUT) and the reference standard operate at the highest accuracy possible gives the most precise measurements. Why Pressure Calibration Is Needed Pressure calibration promotes safety and efficiency by matching pressure sensors’ readings against those of trusted standards. Calibrated pressure sensors prevent pressure from exceeding certain levels. If the sensors are inaccurate, excess pressure can cause damage or even catastrophic failure in the equipment. Furthermore, equipment runs at peak efficiency when its pressure outlets are at specific levels. The overall efficiency would drastically decrease if the equipment were to go past this level. Pressure Calibration Lab Services at ATS Pressure Gauge Calibration A pressure gauge measures the fluid intensity present in pressure-powered machines. This device loses its accuracy as it drifts over time. Its calibration has a significant effect on the safety of a pressure-powered machine. Pressure Relief Valve Calibration A pressure relief valve is a safety precaution in most pressure-powered machines....



The Applied Technical Service (ATS) Family of Companies aims to deliver sustainable solutions by offering high-quality mass calibration lab services. Mass calibration is an important component of industrial practices and processes because it helps ensure uniformity across measurements. Imagine how hectic and unpredictable manufacturing processes would become if a weight’s value differed from the assumed amount. Fortunately, mass calibration labs such as ATS, have the expertise and equipment needed to confirm the accuracy of test weights by comparing them to a standard weight. Our Mass Calibration Lab Our mass calibration lab is an ISO/IEC 17025:2017 accredited laboratory that adheres to internationally recognized quality standards that ensure that our equipment is well maintained, and our staff is highly qualified. Our calibration specialists conduct diligent and detailed test weight calibrations so our clients can focus their efforts elsewhere. We calibrate numerous types of test weights, including: Cast iron weights Stainless steel weights Precision weights Pound weights Hanging weights Metric weights Slotted weights Leaf weights Additional types of Calibration Testing Any scale or balance used for commercial purposes must undergo additional calibration. Scale technicians predominantly use the National Institute of Standards and Technology (NIST) and the National Conference of Weights and Measures (NCWM) calibration standards to verify the equipment’s performance. Manufacturers must also meet other calibration standards specific to their industry. In addition to our test weight calibration services, we offer calibrations for the following types of equipment. Balances Bench Scales Checkweighers Counting Scales Dimensional Equipment Floor Scales Forklift/Fork Truck Scales Tank and Hopper...



The ATS Family of Companies provides temperature calibration services for clients who need to optimize their equipment by quantifying temperature measurement uncertainties. These uncertainties can result from various factors, including sensor tolerances, instrumentation inaccuracies, temperature cycling and aging, and thermal effects from the initial installation. One or more of these issues can result in overall system uncertainty. What Temperature Calibration Means Temperature calibration essentially compares the device under test (DUT) against the reference device. The tested device will undergo multiple accuracy checks during the calibration process. If it reads within a predefined tolerance, the DUT will pass calibration. The first step of temperature calibration is to bring the device under test to a controlled temperature. Once completed, technicians measure the corresponding change in its associated electrical parameter (voltage or resistance). The calibration error lies in the difference between the accurately measured parameter and the certified reference probe. Why Temperature Calibration is Needed From a regulatory perspective, calibrated thermometers and data loggers are necessary for good distribution practice (GDP) environments—that is, anywhere used for the packaging, storage, and distribution of pharmaceutical products. GDP guidance documents, such as those distributed by the U. S. Food & Drug Administration (FDA), European Union (EU), and World Health Organization (WHO), require calibrated sensors. Some even insist on having an ISO 17025 calibration. Technically, some sensing and measurement devices are subject to drift. Regulatory bodies like those mentioned above recommend that these devices undergo annual recalibration to verify whether the sensor’s accuracy falls within specification. Quality...



ENI Labs, a member of the ATS Family of Companies (FoC), provides AC/DC drive repair services for a wide variety of industries such as automotive, construction, and medical. ENI Labs technicians are qualified and certified to conduct AC/DC drive repair services. Popular AC/DC Drive Manufacturers Our technicians regularly conduct repairs on a wide variety of AC/DC drive manufacturers: ABB AC TECH AC TECH/LENZE ACOPOS ACS TECH ADVANCED MOTION CONTROLS AEG AEROTECH ALLEN BRADLEY AL TRIVIAR AMETEK AMK AMPRO ATCB ATLAS COPCO AXOR INDUSTRIES BALDOR BAUMULLER BAYSIDE AUTOMATION SYSTEMS BENSHAW, INC. BERGER LEHR BERGER LEHR/POSITECH BERGES ELECTRONIC BONIFIGLIOLI VECTRON BOSCH BOSTON GEAR CAROTRON, INC. CINCINNATI MILACRON CLEVELAND MOTION CONTROLS COMPUMOTOR CONTREX CONTROL TECHNIQUES COPLEY CONTROLS CORP. CUTLER HAMMER CYBELEC DANAHER MOTION DANFOSS DART CONTROLS DELTA ELECTRONICS, INC. DIGIPLAN DRIVECON DSC DUPLOMATIC DURAPULSE DYNADRIVE/KCI DYNAMATIC DYNAMATIC/EATON EATON EG&G TORQUE SYSTEMS ELAU ELECTRO-CRAFT ELMO EMERSON EMERSON/CONTROL TECHNIQUES ERBACH ESGE-DIETZ EUROTHERM FAGOR FANUC FINCOR FOCUS FORMAX FRANKE FUJI ELECTRIC GENERAL ELECTRIC GME-SYSTEM GRECO-SYSTEMS HAAS AUTOMATION, INC. HAMILTON STANDARD HARTRIDGE HDR POWER SYSTEMS HEIDT & ROSSI HITACHI HMK HP HYPER LOOP IIS/BOBST IMO LTD/JAGUAR INDRAMAT INFRANOR INGERSOL RAND INTELLIDRIVE INTEROL JETTER JQST KB GENESIS KEB KEBCO KOLLMORGEN KOMATSU KOMAX AG KTRON LENZE LOVEJOY ELECTRONICS LUST MAGNETEK MARQUIP WARD MECOS AG MITSUBISHI MKS INSTRUMENTS MTS SYSTEM, INC. NACHO-FUJIKOSHI NEC NORDAC COMPACT NUM AG OKUMA OMRON OMRON/YASKAWA ORMEC OSAI PACIFIC SCIENTIFIC PANASONIC PARKER HANNIFIN PICANOL POLYSPEDE ELECTRIC CORP. POSIDYN POWERTEC PRIMA ELECTRONICS REIS ROBOTICS RELIANCE ELECTRIC RESOMAT REXROTH SAFTRONICS SANYO DENKI SCHNEIDER ELECTRIC SCHUBERT SECO ELECTRONICS SELEMA...



Applied Technical Services' ENI Labs offers free evaluations for fairly priced encoder repair services. What is an Encoder? Encoders are sensing devices that provide feedback to control systems. A control device reads the electrical signals from the encoder, which sends back a message detailing the motor's position, direction, and speed. Types of Encoders We conduct repairs for many different types of encoders, including: Rotary Encoders Rotary encoders are electromechanical devices that convert a rotary shaft's motion and angular position into digital or analog outputs. The advantages of rotary encoders include the following: Highly reliable Low-cost feedback High resolution Compact size Integrated electronics Linear Encoders Linear encoders measure the motion of objects along a straight line and offer several advantages, including: Higher resolution Improved startup performance Accurate motion detection along multiple axes Improved integration with electronics Improved recovery from power failures Improved integration with electronics Optical Encoders Optical Encoders consist of a light source and a rotating disk with alternating translucent spots and opaque lines. Optical encoders have many advantages, including: High accuracy and resolution Relaible Easily accessible Resistant to electrical noise interface Common Encoder Issues Liquid / dust contamination Low amplitude signals Heat damage Worn-out ball bearings Encoder Manufacturers Accu-Coder Allen Bradley Bei Electronics Cramer Company DRC Dynamics Research Company Dynapar ECCI ELMEC Encoder Products Company Fanuc Generac Global Encoder, Inc. GSI Lumonics Haas Heidenhain Hengstler Hohner / Ideacod Indramat Industrial Encoder Corporation Integrated Industrial Tech Koyo Leine & Linde Litton Encoders, Inc. LTN Nikki Denso Nikon Ocoder Omron Ono...



Applied Technical Services' ENI Labs offers servo motor encoder repair services. A servo motor is an electric motor that automates mechanical motion using a closed-loop control circuit. Many industries use servo motors because of their efficient and accurate operation. What is an Encoder? A servo motor encoder is a sensor that detects the motor's speed, angle, and position. The encoder provides positional feedback to the controller, sending electrical signals to the driver and amplifying the signals sent to the servo motor.   Absolute Encoder Absolute encoders use unique data words to provide information on the true angular position of a rotating shaft. Absolute encoders offer several advantages over incremental encoders, including:  Higher resolution Improved startup performance Accurate motion detection along multiple axes Improved recovery from power failures Improved integration with electronics Incremental Encoder Incremental encoders measure the change in angular position without measuring the absolute position itself. Incremental encoders have several advantages over absolute encoders, including: Higher resolution Improved startup performance Accurate motion detection along multiple axes Improved recovery from power failures Improved integration with electronics Repair Services Output calibration and repair Bearing replacement Connector replacement or repair Shaft replacement or repair Optical component replacement or repair Optical test and alignment The Importance of Servo Motor Encoder Repair Services Encoders improve the accuracy and reliability of servo motors, making their maintenance very important to the motor's functionality. Repairs are often much less expensive than replacements, but the repairs should come from trustworthy hands. ATS technicians are highly skilled and trained...



Applied Technical Services' ENI Labs offers free evaluations and fair prices for power supply repair services. A power supply serves as the power source for electronic equipment and transfers electrical currents into the correct voltage, current, and frequency. The Importance of Power Supply Repair Failure to maintain proper power supply can lead to outages and service delays. Companies rely on technology and equipment that require power supply to operate, so extended delays can lead to the shutdown of an entire operation, leading to a financial loss.   Symptoms of Power Supply Issues Unstable power supplies cause various problems in equipment, including:  Random rebooting Strange noises Unusually warm power supply Data corruption Common Causes of Power Supply Failure Undervoltage Overvoltage Circuit faults Age Debris build-up Damaged hardware Power Supply Repair Services PSU replacement Power cord replacement Comprehensive diagnostics Supported Manufacturers Our highly trained technicians are qualified to repair power supply equipment for dozens of manufacturers, including: ABB Ablecom ACHME Acopian Corp. Agilent Technologies Albatros Allen Bradley American High Voltage Amk / Amkasyn Andron APC APCC Artesyn / Digital Astec Astex Astron Ault Barco Base 10 Baumuller BBC Brown Boveri Bentron Power Bertan BHT Bikor Bk Precision Bosch / Erbach Brandenburg Brandt Electronics Brown Applied Technology BTC Buffalo Cabur California Instruments Centralp Centralp / Enetronic Cherokee International Ciar Spa Cincinnati Milacron Compaq Computer Products Condor Cosel Coutant Custom Servo Motors Cutler Hammer Danica Datapower, Inc. Delta Electronics, Inc. Delta Tau Deltron, Inc. Digital Direct Logic Dolan Jenner Duracomm Eaton Leonard ELBA Electric...



Electrical North, a proud member of the ATS Family of Companies, provides Danfoss repair services to assist clients working in a wide range of industries. ENI Labs specializes in repairing Danfoss industrial electronic components. ENI Labs technicians will evaluate damaged Danfoss equipment free of charge! We regularly repair and evaluate variable speed boards, circuit boards, AC drives, DC drives, overload controllers, frequency controllers, PCBs, shunt boards, power supplies, displays, and any other Danfoss equipment. All our repairs are supported by our industry-leading warranty to provide an affordable option in repairs rather than replacing your part. Common Repair Items Variable speed boards or variable speed control boards allow for step and direction control of your spindle. This board converts the step signal to analog (0-10VDC), allowing you to control the direction and power the drive. Variable speed boards are used on a variety of DC motor controllers to replace the potentiometer that regulates the speed. We regularly repair Danfoss variable speed boards. A frequency controller or variable frequency drive (VFD) is a common piece of Danfoss equipment that our technicians regularly repair. A VFD is a variety of motor controller that manages an electric motor by alternating the voltage and frequency of its power supply. VFDs also have the capacity to control the ramp-up and down of the motor during start-up or stopping. VFDs must be vigilantly repaired due to their importance during service. A well-functioning VFD can improve system efficiency and save energy. ENI Labs: An ATS Company Electrical North...



Applied Technical Services' ENI Labs offers servo motor repair services. We provide free evaluations, quick turn-around times, emergency repair services, and include a one-year warranty with our servo motor repairs. A servo motor is a linear or rotary actuator that pushes and rotates machine parts accurately and precisely. Servo motors belong to a closed-loop system, often comprised of three parts, an electric motor, controller, and feedback device. The Importance of Servo Motor Repair Services Servo Motors are highly efficient and thus very important to manufacturing processes. Manufacturing speed depends on the operation of servo motors, so the process slows down when servo motors are broken or in poor condition. Failure to maintain servo motors can lead to decreased efficiency and increased costs. Servo Motors: Common Issues Overheating Abnormal noises Reduced torque Strange / strong odor Improper bearings AC / DC Servo Drive Repair Services Our experts utilize a complex evaluation system to assess the source of your servo drive problems. Ship us your motor, drive, and cable, and we'll examine each and only bill you for the unit we repair.  We repair various types of servo motors, including: AC Servo Motors Electrical outlets supply power Composed of a stator and rotor Performance is dependent upon the frequency and voltage The operating frequency is between 50 to 400 Hz Ideal for industrial machinery DC Servo Motors Batteries supply power Performance is dependent upon the voltage Stable operation High torque to weight ratio Supported Manufacturers We offer repairs for dozens of manufacturers,...



ENI Labs, a member of the Applied Technical Services family, conducts display and touch screen repair services with competitive pricing and quick turnaround time to meet the needs of our clients. Display and Touch Screen Repair Services Lab ENI Labs performs display and touch screen repair in our repair service laboratories. Our technicians are the best in the industry, with decades of experience gained through time spent with the United States Navy, Marine Corps, and Coast Guard. ENI Labs maintains an inventory of over 20,000 electronic part numbers in stock, allowing us to perform urgent repairs with expedient service. As we understand the importance of timeliness and efficiency, our staff is dedicated to minimizing your company’s downtime by providing quick service to keep operations running. As the proven leaders of touch screen repair, ENI Labs is able to provide these services for an impressive amount of display and touch screen models. We guarantee the quality and reliability of our all of our repair services for one year and offer rush service as well. Display and Touch Screen Repairs: Supported Manufacturers ENI Labs provides repair services for displays and touch screens made by over 120 different manufacturers. In the event that the manufacturer of your display is not listed below, please do not hesitate to contact us. We most commonly perform display and touch screen repair services on products made by the following manufacturers: 3G TECHNOLOGY, INC. 3M ABB ADVANCED MICRO CONTROLS ADVANTECH AEROTECH AGIE CHARMILLES ALLEN BRADLEY AMI AND AUTOMATION...



ENI Labs, an Applied Technical Services company, performs test equipment repair services for clients in several different industries, including nuclear, automotive, manufacturing, aerospace, military, and construction. Allen Bradley / PanelView Repair Services: ENI Labs performs repair services for several different Allen Bradley products, including but not limited to 84-Encoders, Kinetix and Ultra Servo Drives GuardMotion, Ultra and Kinematic Motion Controllers, PanelView and Inview Motion Controllers, MP-Series Actuators, PowerFlex Architecture Class AC Drives, PowerFlex Component Class AC Drives, several types of Servo Motors, PowerFlex Common Bus and DC Drives, and 160-Series and 1300-Series Legacy Drives. Bosch Equipment Repair Services: We offer test equipment repair services for Bosch AC Servo Motors, Cards, Circuit Boards, Controllers, Displays, Drives, Motors, PLCs, Power Supplies, Servo Drives, Servo Motors, and Servo Motor Controls. CENTRALP Equipment Repair Services: ENI Labs repairs CENTRALP Analog Output Boards, Balancing Centers, Battery Back-Ups, Boards, Counting Cards, Controllers, Displays, Input Boards, Output Boards, Keyboards, Monitors, Operator Interfaces, and Power Supplies. Danfoss Equipment Repair Services: We repair Danfoss Vari Speed Boards, Circuit Boards, Overload Controllers, PCBs, Frequency Controllers, AC Drives, DC Drives, Shunt Boards, Power Supplies, and Displays in our repair center. Siemens Equipment Repair Services: ENI Labs offers test equipment repair services for Siemens AC Drives, Amplifiers, AOPs, Boards, Braking Units, Cables, Cards, CCU Modules, Central Process Units, Controls, Control Panels, Controllers, DC Drives, DC/AC Drives, Digital Output Readers, Digital Point Expansion Modules, Displays, Drives, Electro-Hydraulic Actuators, Encoders, ER Modules, Fans, Interface Panels, Keyboards, Laser Aperture Models, Medical Units, Micromasters, Modules, Module...



ENI Labs, an ATS company, provides circuit board repair services to clients in a wide range of industries and disciplines. We offer free evaluations and competitively priced repair services, performed by our skilled, military-trained technicians. We also offer rush service to accommodate client needs, helping to minimize downtime and keep your business operations running smoothly. Printed Circuit Boards (PCBs) Printed circuit boards, commonly referred to as PCBs, serve as the foundation for most electronic devices. Circuit boards can range from having a single layer to nearly 100, and the number of layers is typically determined by the complexity of the electronic device and its purpose. Circuit boards feature several different types of components, including capacitors, resistors, connectors, semiconductors, and diodes. Our Circuit Board Repair Lab Our labs are staffed by highly trained experts who possess decades of experience. Many of our technicians gained their electronic repair education through time spent in the military, including the US Navy, Marine Corps, and Coast Guard. All of our circuit board repair services are fully guaranteed and backed by a one-year warranty on all work performed. We are ISO 9001:2015 registered, ensuring that all reporting is detailed, accurate, and reliable. We also keep an impressive amount of inventory to allow our technicians to replace components quickly and efficiently. Our stock consists of over 20,000 electronic component part numbers, including new and used parts to maximize the value and availability of our repair services. Our advanced diagnostic equipment includes: Pace Thermo Flo BGA Rework Stations...



Applied Technical Services’ metrology department provides 3D reverse engineering utilizing state-of-the-art technology. Our technicians proudly use a FARO Quantum Max laser line probe to conduct highly accurate 3D part scanning. Accurate scanning is quintessential to reverse engineering to guarantee precise measurements. Additionally, ATS technicians can provide on-site scanning services thanks to our portable CMM FARO arm. Our Scanning Services The ATS metrology team conducts on-site 3D reverse engineering regularly with the use of a FARO Quantum Max scanner. The FARO arm is the latest piece of scanning technology produced by FARO and boasts highly accurate and rapid scanning. The scanner is easily portable making on-site scanning and inspections simple. It comes equipped with multiple interchangeable laser line probes (LLPs) that provide versatile scanning abilities. The FARO arm scans large and cumbersome parts as well as small and intricate parts with ease. In addition to our FARO arm, the ATS metrology lab contains several large CT scanning machines to further assist clients in providing 3D reverse engineering. The machines our technicians use regularly are: Northstar Imaging X5000 Multi-Axis Manipulator (rotation, tilt, x, z), 250 lb maximum Spiral acquisition scanning for subjects unable to fit within a single exposure The manipulator angle’s resolution is 0. 001° Minifocus 450kV X-ray projector (0. 016” Focal spot at 3mA) Dual-energy capacity with Microfocus 225kV X-ray Machine Capable of focal size as low as 0. 0002” (based on voltage) Zeiss Metrotom 1500, with a 225kV micro-focus Chamber fits samples up to 11. 75 in (300mm) in...



Maintaining Sine Bar Accuracy Used to record specific angle measurements of angled parts and objects, sine bars consist of two cylinders of equal diameter fixed to the ends of a hardened steel bar. When taking a measurement, one cylinder remains on the base surface while the other cylinder is raised to a known distance using gage blocks. The height of the gage blocks and the distance between the centers of the cylinders can then be used to calculate the angle using the sine rule. ATS Calibrations For businesses that use sine bars in their operations, knowing whether their instruments are delivering reliable data is essential. Fortunately, they can come to ATS for a comprehensive sine bar calibration service performed to a high degree of accuracy. Our technicians can verify the radii of the cylinders, the distance between the cylinders, and whether the cylinders are parallel to the horizontal surface. Data generated in our lab is traceable to NIST (National Institute of Standards and Technology) and the certificates include As Found and As Left data. With our advanced labs, experienced staff, and helpful client support representatives, we can accommodate our services to meet your individual needs. Sine Bar Manufacturers We service sine bars from multiple manufacturers, including (but not limited to): Brown and Sharpe Challenge Fowler Mitutoyo Shars SPI Starrett Taft Pierce Tesa ATS – Your Provider for Calibrations For decades, Applied Technical Services has maintained its status as a leader in testing and inspection services. In keeping with our high...



CEESI, an Applied Technical Services company, provides fuel meter calibration services to verify the accuracy and proper functionality of fuel meter systems. Fuel Meter Calibration Methods Fuel meter calibration consists of utilizing equipment to compare a flow meter’s flow rate to that of a standard and making adjustments so that the flow rates are consistent. Fuel meter calibration is critical to maintaining pipelines in several different industries, such as oil and gas, power generation, petrochemical, and manufacturing. CESSI calibrates fuel meters in accordance with the relevant standards for the region, such as NIST (National Institute of Standards and Technology) in the United States. Additional Meter Calibration Services CEESI provides flow meter calibration services for several types of systems, including but not limited to: Anemometers Velocity Meters Flowmeters/Flow Computer Combinations ANNUBAR Flow Meters Custom Meters Vortex Shedding Flowmeters Magnetic Flowmeters Thermal Mass & Velocity Meters Multiple Venturi/Nozzle Assemblies Subsonic Venturies/Nozzles Variable Area Flowmeters/Rotameters Ultrasonic Flowmeters Insertion Meters Turbine Flowmeters Coriolis Meters Laminar Flow Elements Orifice Meters Critical Flow Venturies/Nozzles Differential Meters Swirlmeters Positive Displacement Meters Cone Flowmeters CEESI and ATS Colorado Engineering Experiment Station, Inc. , an ATS company, services both local and international clients. Our highly trained staff consists of certified experts who consistently provide detailed, precise reporting and quality results. Quality Assurance The Applied Technical Services family of companies adheres to a rigorous quality assurance program. This program establishes the highest level of accountability for the quality of our testing and calibration services. We adhere to internationally respected standards...



Applied Technical Services performs ultrasonic flow meter calibrations through ATS' CEESI, allowing technicians to verify the accuracy of ultrasonic flow meter systems. High-pressure calibration provides several benefits, including measurement correction and the establishment of a meter-specific performance baseline. Ultrasonic Meter Calibration Methods Maintaining a precise flow rate is critical to a flow meter’s accuracy. There are several different methods of ultrasonic meter calibration, with the most effective method typically being determined by the type of system undergoing calibration and its intended purpose. Ultrasonic meter calibration is performed by placing a flow standard in line with the flow meter, precisely measuring the rate of flow in accordance with nationally recognized standards. If the structural integrity of a system is intact and the system is free of any types of flaws between the standard and meter, the two meters should have the same flow rate. The two types of calibration most commonly used are pipeline-based calibration and pressurized loop calibration. Additional Meter Calibration Services CEESI provides calibration services for several types of flow meter systems, including but not limited to: Swirlmeters Anemometers Insertion Meters Velocity Meters Vortex Shedding Flowmeters Subsonic Venturies/Nozzles ANNUBAR Flow Meters Custom Meters Flowmeters/Flow Computer Combinations Magnetic Flowmeters Multiple Venturi/Nozzle Assemblies Thermal Mass & Velocity Meters Variable Area Flowmeters/Rotameters Positive Displacement Ultrasonic Flowmeters Coriolis Meters Turbine Flowmeters Orifice Meters Laminar Flow Elements Differential Meters Critical Flow Venturies/Nozzles CEESI and ATS Colorado Engineering Experiment Station, Inc. , a member of the ATS family of companies, is the industry’s premier ultrasonic...



Applied Technical Services provides 3D scanning reverse engineering services for clients needing 3D models of their part. Our metrology department comes equipped with the latest scanning technology to create 3D CAD models. ATS technicians utilize the most accurate scanning devices to gather a point cloud containing millions of data points for our team to create a 3D model. ATS Scanning Services Our team of qualified professionals routinely performs 3D scanning reverse engineering. We employ a large array of scanning devices to conduct part scanning. One of these devices is a FARO Quantum Max laser line scanner. This device offers highly accurate and rapid scanning due to its interchangeable LLPs (laser line probes). The laser scanner can easily tackle large and cumbersome parts as well as small, intricate parts. The FARO arm’s portability gives it an edge over conventional CT scanning for clients requiring on-site scanning. Additionally, we employ the following cutting-edge devices to perform CT scanning: Northstar Imaging X5000 Minifocus 450kV X-ray projector (0. 016” Focal spot at 3mA) Dual-energy capacity with 225kV Microfocus X-ray Machine Capable of focal size as low as 0. 0002” (based on voltage) Multi-Axis Manipulator (x, z, tilt, rotation), 250 lb maximum Spiral acquisition scanning for subjects unable to fit within a single exposure The manipulator angle’s resolution is 0. 001° Zeiss Metrotom 1500, with a 225kV micro-focus Annual A2LA calibration Certified accuracy within 4. 5 microns Chamber fits samples up to 11. 75 in (300mm) in diameter x 23. 6 in (600mm) high. 50...



The ATS Family of Companies offers Rosemount magnetic flow meter calibrations in our calibration lab. A magnetic flow meter is a meter that uses a magnetic field to measure the velocity of a liquid moving through a pipe. These devices mainly benefit wastewater applications by assessing the water’s properties. Magnetic flow meters should be calibrated to compensate for any damage caused by temperature, vibration, or other operational failures. The calibrations are based on Faraday’s Law which predicts how a magnetic field will interact with another electric circuit to produce a magnetic field. There are three types of magnetic flowmeters: insertion, in-line, and low-flow magnetic meters. The insertion magnetic flow meters are the best for large applications, in-line magnetic flow meters are best used for applications with higher flow rates, and low-flow magnetic meters are used best on low-flow applications. Qualified experts conduct calibrations to ensure that the meters provide highly accurate on-site readings. There are two types of calibration for magnetic flowmeters: direct and indirect. Direct magnetic flow calibration is where the excitation of the coil inspection method takes place. The indirect magnetic flow method uses an external clamp on the meter, which allows for measurement with no contact. Applied Technical Services offers magnetic flow meter calibrations for other manufacturers, including: Badger Meter FlowCat IFM Toshiba Calibrations done at ATS, including Rosemount magnetic flow meter calibration, are all traceable to NIST and are performed under controlled procedures. Applied Technical Services provides calibration services in the Avionics lab, Dimensional, Electric, Mechanical,...



The ATS Family of Companies (FoC) offers Velocity Meter Calibrations in one of the largest calibration laboratories in North America. CEESI, a member of the ATS FoC, provides ISO/IEC 17025:2017-accredited calibrations traceable to the National Institute of Standards and Technology (NIST). Our customers receive high-quality and reliable meter calibration services. Velocity Meters (Anemometers) Velocity meters, also known as anemometers, are tools for measuring the velocity and pressure of air. This meter is commonly used in weather stations but can be critically important to analyze HVAC, ventilation systems, and other places where airflow is a concern. Calibrating these instruments is important for allowing the user to receive accurate measurements with traceability. The four types of velocity meters are pilot tube, calorimetric, turbine, and electromagnetic meters. Different models of velocity meters can also measure humidity and wet bulb temperatures. Depending on the type of velocity meter, some may even have the capacity to record data over a certain period. Industries Served Ventilation Air Conditioning (HVAC) Construction Marine Wind Power Energy Installation Meter installations are important processes that must follow several critical guidelines. Meters shouldn’t be installed in or near magnetic fields. The installer must know the direction of flow within the pipe and avoid downward flow for liquid applications. A meter must be installed on a straight pipe and filled with fluid. The installer must ensure that no vapors or external air enter the liquid or gas lines, and a filter must be added to eliminate any solids when possible. ATS Quality...



Applied Technical Services offers precision 3D scanning using our FARO Quantum Max laser line arm. The metrology department at ATS has decades of experience in the world of third-party dimensional inspections. They regularly service the aerospace, medical, commercial construction, and automotive industries. Our team has the capabilities to provide dimensional inspection services through our state-of-the-art metrology lab or on-site CMM services. Scanning Services Our metrology technicians provide precision 3D scanning services utilizing FARO’s latest Quantum Max laser line arm. The Quantum Max is FARO’s latest portable CMM that boasts more than 30% increased efficiency and effectiveness due to its three hot-swappable laser line probes (LLPs). Three unique LLPs offer distinct benefits to dimensional inspection; the FAROBlu xR, xS, and xP. The xR LLP specializes in highly precise and accurate scanning for intricate parts. The xS offers rapid scanning for large surface areas and materials when quick data collection speed is necessary. The xP provides a mix of the xR and xS in offering accurate and fast scanning. Our metrology experts use the FARO Quantum Max to provide on-site precision 3D scanning to our clients. ATS provides a multitude of on-site CMM services to best suit your needs. We are able to provide Polyworks software training, CMM operation, and basic CMM training. Our highly qualified professionals can teach the basics of CMM operation: Free-State and Gauge Fixturing How to Level, Rotate, and Origin a Part with Datum Features Measurement Plans GD&T and Cartesian Dimension Callouts Proper Control of a Part with...



Applied Technical Services offers the capability for signal sourcing for Oscilloscope Calibration Services. Our calibration laboratory houses state-of-the-art equipment to provide reliable and accurate calibration. What is an Oscilloscope? An oscilloscope is an electronic test instrument that displays varying signal voltages. It generates graphically displayed waveforms that technicians can analyze for properties such as frequency, amplitude, time interval, rise time, distortion, and many more. This device processes signals produced by equipment in the medicine, engineering, telecommunications, and automotive fields. Our Oscilloscope Calibrations Services include: Wave Shape Amplitude of Signal Delayed Sweeps X-Y Mode Triggered Sweeps Bandwidth Single Sweeps ATS Calibrations Laboratory The ATS calibrations laboratory routinely performs oscilloscope calibration services. The calibrations lab is a temperature and humidity-controlled room. We maintain the laboratory’s resting temperature at 68°-F within +/- 2. 0 °-F and its resting humidity between 30-55% as appropriate. The floors are outfitted with isolation joints to minimize the effects of vibrations, which can negatively impact the calibration process. Before any calibrations begin, oscilloscopes are cleaned and allowed at least 24 hours to regulate ambient temperature. Any calibrations performed at ATS include As-Found and As-Left Data and are traceable to the National Institute of Standards and Technology (NIST). For your convenience, all records, statuses, results, and certificates are available online 24/7 through our iPortal. Quality Assured For a little over 50 years, Applied Technical Services has provided world-class customer service. We uphold our high standard of customer service by following our quality management system that is registered to ISO...



Applied Technical Services performs digital scale calibration utilizing our lab’s cutting-edge technology. ATS technicians can calculate the correct calibration tolerance for client scales and return them to working order. Alternatively, factory-calibrated scales may not suit client requirements. Our team of professionals can calibrate digital scales to any relevant standard. ATS Calibrations Lab ATS’ calibration lab uses the latest equipment and techniques to perform reliable calibration and inspection services. Our climate-controlled lab remains between 66-70°F and 30-55% relative humidity as relevant to the samples undergoing calibration. Isolation joints in the lab floors help lessen the effects of vibrations caused by regular activity. Before calibrations begin, our technicians diligently clean all digital scales and store them for a minimum of 24 hours, which allows them adequate time to acclimate to ambient temperature. Because our calibration specialists regularly conduct digital scale calibration, they can ensure a quick turnaround on client samples. Other Types of Scales We Calibration In addition to digital scales, we also work with a variety of other scales, including: Crane Scale Electronic Scale Industrial Scale Medical Scale Micro-Scale Truck Scale Quality Assurance ATS has been providing high-quality customer service for over 50 years. We dedicate ourselves to providing high-quality calibration services, as seen by maintaining both ISO 9001:2015 registration and ISO/IEC 17025:2017 accreditation. Every calibration performed in our lab can be traced to the National Institute of Standards and Technology (NIST). Our online resource, iPortal, ensures all calibration statuses, results, and certifications remain available 24/7. Contact Us Contact ATS today...



How Does Scale Calibration Work? Applied Technical Services performs scale calibration services through our state-of-the-art calibration lab. Proper calibration of scales is vital to producing accurate results, especially in laboratory or factory settings. If your scale’s calibration tolerance is incorrect, our technicians can calculate the correct calibration tolerance and remedy that issue. Additionally, scales may be factory-calibrated at the time of purchase, which may not suit your needs. The professionals at ATS can calibrate your scales to the relevant standard. The ATS calibrations lab provides scale calibration services for the following types of scales: Digital Scale Electronic Scale Medical Scale Crane Scale Micro-Scale Industrial Scale ATS Calibrations Lab Our calibration labs employ the latest technology to deliver reliable, accurate inspections and calibrations. Precise climate control settings allow us to keep our accredited lab within two degrees of 68°F and resting at a 30-55% relative humidity as necessary for the samples undergoing calibration. The isolation joints in our lab’s floors dampen the vibrations caused by normal activity. Our calibrators meticulously clean all scales and then store them for at least 24 hours to allow sufficient time to acclimate to the ambient temperature before we begin calibrations. These experts conduct scale calibrations regularly, using their expertise to ensure a quick turnaround on client samples. Quality Assurance ATS has provided high-quality customer service for over 55 years. We dedicate ourselves to providing high-quality testing, inspection, and certification services that align with our ISO 9001:2015-registered quality management system and performing work according to the...



Applied Technical Services offers electronic scale calibrations out of our accredited calibrations laboratory. Properly calibrating scales is imperative to producing accurate results, especially in laboratory, factory, or consumer settings. If your electronic scale’s calibration tolerance is incorrect, ATS technicians can calculate the correct calibration tolerance and remedy that issue. Additionally, scales may be factory-calibrated at the time of purchase, which may not suit your needs. The professionals at ATS can calibrate your scales to any relevant standard. ATS Calibrations Lab The ATS electronics calibration lab leverages its access to the latest technology to perform accurate calibrations and inspections. We keep our climate-controlled laboratory within two degrees of 68°F and maintain a resting humidity between 30–55% as appropriate. Isolation joints within the lab floors work to lessen the detrimental effects of vibrations caused by routine activity. Before calibrations can begin, all scales are meticulously cleaned and stored for a minimum of 24 hours to allow time to adjust to ambient conditions. Our specialists frequently perform electronic scale calibration services, giving them the experience needed to deliver a short standard turnaround period. Quality Assurance For over 50 years, Applied Technical Services has been providing high-quality customer service. Upholding the rigorous standards required to maintain ISO/IEC 17025:2017 accreditation and ISO 9001:2015 registration ensures we consistently provide calibration services of excellent quality. Every calibration we perform is traceable to NIST, the National Institute of Standards and Technology. Our iPortal offers 24/7 access to all calibration certificates, results, and statuses through an online resource. Contact...



Utilizing our advanced Calibrations Lab, Applied Technical Services offers Medical Scale Calibration for clients seeking reliable and timely results. Proper scale calibration is quintessential to producing accurate results, especially in medical, laboratory, and consumer settings. If your scale’s calibration tolerance is incorrect, ATS technicians can calculate the correct calibration tolerance and remedy that issue. Additionally, scales may be Factory Calibrated at the time of purchase which may not suit your needs. The professionals at ATS can calibrate your scales to any relevant standard. ATS Calibrations Lab ATS’ Calibrations Lab employs the latest technology to perform reliable, accurate calibrations and inspections. We perform all in-lab calibrations in a climate-controlled room that we maintain within ±2°F of 68°F and a resting humidity between 30-55% as pertinent. Isolation joints in the lab floors help dampen vibrations to prevent disturbances from routine activity. We meticulously clean each scale before storing them for at least 24 hours, allowing them sufficient time to adjust to ambient conditions before they begin calibrating. Our specialists regularly conduct Medical Scale Calibrations - expertise that ensures quick turnarounds for client samples. Quality Assurance Applied Technical Services has been providing high-quality customer service for the past 55 years. We dedicate ourselves to providing quality calibration services by upholding the rigorous standards required to maintain both ISO/IEC 17025:2017 accreditation and ISO 9001:2015 registration. Every calibration performed in our lab is traceable to NIST, The National Institute of Standard and Technology. We make all calibration statuses, results, and certificates available any time online...



Applied Technical Services offers fully comprehensive Plastometer Calibration in our state-of-the-art calibrations lab. A plastometer is a tool used to determine the flow properties of plastic materials. These machines can inspect and analyze the melt mass flow-properties, elasticity, and hardness of plastic products, especially rubber. ATS Standards Lab The Calibrations Lab at ATS utilizes cutting edge technology to perform accurate and reliable inspections and calibrations. Our accredited lab is a temperature-controlled room that we maintain at 68°F within +/- 2. 0 °F and a 30-55% RH as needed. The lab floors contain isolation joints that mitigate the effects of vibrations. All plastometers are meticulously cleaned and stored for at least 24 hours to allow ample time to adjust to ambient temperature before calibrations begin. Our calibration experts regularly inspect plastometers and other similar devices ensuring a quick turn-around for client calibrations. ATS Quality Assurance Applied Technical Services has proudly provided calibration services for more than 50 years. We remain dedicated to providing clients with high-quality service by upholding the standards set by our ISO 9001:2015 registration and ISO/IEC 17025:2017 accreditation. All calibrations done by ATS experts are traceable to NIST, The National Institute of Standard and Technology. Any calibration certificates, results, and statuses are available online 24/7 through our client portal. Contact ATS today to request your free quote regarding your plastometer calibration needs.



Applied Technical Services offers Wire Crimp Pull Tester Calibration for clients looking for reliable and accurate results. Our calibration experts are able to inspect both manual and motorized Wire Crimp Pull Testers. These devices can precisely measure the pull-force of crimped wire and tube terminations. Calibrations Lab The Calibration Lab at Applied Technical Services is a state-of-the-art environmentally controlled room. Our experts maintain this room at 68 °F within +/- 2. 0 °F and 30-55% relative humidity as appropriate. Additionally, the lab floors contain isolation joints to negate some effects of vibration. ATS technicians regularly calibrate Wire Crimp Pull Testers from several manufacturers, including (but not limited to): AMP Connex ETC Greenlee Harting Ideal Gage Molex Paladin Phoenix Contact Sargent Tools TE Connectivity TYCO ATS Quality Assurance Our calibrations team boasts knowledgeable industry professionals dedicated to providing high-quality service. Applied Technical Services has been offering calibration services for more than 50 years. Our lab is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited to perform all Wire Crimp Pull Tester Calibration. Our calibration certificates include As-Found and As-Left Data. We make all statuses and results available online 24/7 through our client portal. All calibrations conducted are traceable to The National Institute of Standard and Technology. Contact ATS to request your free quote for your Wire Crimp Pull Tester Calibration needs.



The metrology team at Applied Technical Services can provide coordinate measurement machines (CMM) dimensional inspection. Our programming experts have years of collective experience in PC-DMIS programming. For clients who do not own a CMM and require on-site services, ATS technicians can bring a portable, highly accurate, laser scanning FARO arm to the jobsite. Dimensional Inspections Lab The dimensional inspection lab at Applied Technical Services houses three state-of-the-art coordinate measurement machines. Our technicians have experience using them to scan a wide variety of sample sizes ranging from 1-inch up to a large car engine. Our expert programmers can effectively and efficiently set up a part for gauge fixtures and free-state fixturing. They regularly conduct geometric tolerance programming, critical feature programming, first article inspection, and individual checks for client machinists. ATS Quality Assured Applied Technical Services has been providing high quality customer service for more that 50 years. The metrology team has decades of collective experience in third-party dimensional inspections. They have worked with companies from a variety of fields such as automotive, commercial construction, aerospace, and medical. ATS dimensional inspections experts always offer further consultation to ensure all client needs are satisfied. Our metrology lab performs all tests and inspections according to ASME Y14. 5M-2009. We are ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited to perform CMM dimensional inspection services. Contact ATS to request a free quote for any of your CMM dimensional inspection needs.



Applied Technical Services offers Coordinate Measurement Machine (CMM) measurement services utilizing our state-of-the-art CMM lab. The ATS CMM lab houses three top-of-the-line coordinate measurement machines capable of measuring objects of many different sizes. We can measure components as small as 1-inch as well as subassemblies as large as a car engine. For those clients who require on-site services, ATS technicians can bring a highly accurate laser scanning FARO arm. ATS CMM Operations The dimensional inspection team at ATS has decades of combined experience in operating, maintaining, and programming CMMs. They are PC-DMIS programming experts who can efficiently set up a part with free-state fixturing and gauge fixtures. Our dimensional inspection professionals regularly conduct CMM measurement services, first article inspection, critical feature and geometric tolerance programming, and individual feature checks for machinists. ATS Quality Assurance Applied Technical Services has been dedicated to providing superior customer service for over 50 years. Our metrology team has decades of experience in the field of third-party dimensional inspections. They have exposure to working along side multiple industries such as automotive, medical, aerospace, and commercial construction. Our dimensional inspection experts always offer further consultation to ensure absolute client satisfaction. The ATS metrology lab performs all tests according to ASM Y14. 5M - 2009. We are ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited to perform CMM measurement services. Contact Applied Technical Services to request a free quote for your CMM measurement services. Dimensional Inspections 3D Scanning Reverse Engineering CMM Dimensional Inspection CMM Inspections Services CMM Measurement Services...



Applied Technical Services provides LVDT calibration services in our environmentally controlled lab. An LVDT (Linear Variable Differential Transformer) is an electromechanical sensor that converts motion or vibrations - more specifically, rectilinear motion - into an electrical current. This device requires regular calibrations to ensure accurate and reliable results. ATS Calibrations Lab Our calibration lab is an environmentally controlled room designed for highly precise calibrations. We maintain this room at 68 +/- 2. 0 °F and 30-55% RH as necessary. Isolation joints within the lab’s floors reduce any effects caused by vibrations. ATS’ professional calibrators thoroughly clean each device and leave it to stabilize at temperature for at least 24 hours before calibration. Quality Service The experts at ATS are dedicated to providing the highest quality service to their customers. Our labs are ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited to perform LVDT calibration. Our quality assurance policies comply with ANSI/NCSL Z540-1, 10 CFR 50 Appendix B, and 10 CFR Part 21 requirements. Every LVDT calibration is NIST-traceable, and we make all calibrations tests and results are available online 24/7 for your convenience in our client portal.



Applied Technical Services can conduct pressure transducer calibration in our environmentally controlled calibration lab. We regularly calibrate pressure transducers both with and without displays. Our calibrations experts are also able to reconfigure clients’ pressure transducers to support displays. We utilize our dry air systems, which can generate pressures up to 1,000 psig and down to 0. 001 in H20, to perform this type of calibration. Calibrations Lab The calibrations lab at Applied Technical Services is an environmentally controlled lab capable of producing highly precise conditions and measurements. We maintain the lab at 68 °F within +/- 2. 0 °F and 30-55% relative humidity as appropriate. The floors of the lab also contain isolation joints to reduce the effects of vibrations. All pressure transducers are thoroughly cleaned and set aside to adjust to ambient temperature for at least 24 hours before calibrations begin. Related Services Pressure Meter Pressure Gauge Pressure Relief Valve ATS Quality Assurance Applied Technical Services remains dedicated to providing high-quality service to all clients. All calibrations are traceable to NIST, The National Institute of Standard and Technology. Our lab is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited to perform pressure transducer calibration. All calibration certificates, statuses, and results are available online 24/7 through our client portal. Contact Us Contact ATS to request your free quote for your pressure transducer calibration requirements.



Applied Technical Services frequently conducts height gage calibration in our state-of-the-art calibrations lab. Our experts are familiar with a variety of manufacturers and types of height gages. Ensuring that client height gages produce accurate readings is essential to any dimensional measurement project. Our professionals can guarantee that a client’s height gage remains properly calibrated by performing their services compliant with stringent standards and specifications. ATS Calibration Labs The ATS calibration lab is a state-of-the-art, environmentally controlled room capable of generating high-precision readings. The lab maintains a constant temperature of 68 °F (within +/- 2. 0 °F) and a resting humidity of 30-55% as deemed appropriate for calibrating different subjects. Furthermore, the lab floor contains isolation joints that dampen vibrations that could interfere with the calibration process. ATS Quality Assurance Applied Technical Services has been providing calibration services for more than 50 years. We dedicate ourselves to providing the highest quality customer service for our clients. All calibrations performed include As-Found and As-Left Data and are traceable to the National Institute of Standard and Technology (NIST). Our lab is ISO 9001:2015 registered and ISO/IEC 17025 accredited to perform height gage calibration. Additionally, we make calibration certificates, asset history, due date reports, and current asset status available online 24/7 through our web-based client portal. Contact Applied Technical Services to request your free quote for your height gage calibration needs.



Applied Technical Services performs Barfield 1811D calibration for our clients. Private and commercial aircraft each feature an airspeed indicator, an altimeter, and a vertical speed indicator — three gauges that feed pilots important data mid-flight. Because the accuracy of these safety-critical instruments depends on the integrity of the aircraft's pitot-static system, owners and operators must regularly test to verify that it remains uncompromised. The Barfield 1811D is a multipurpose portable field-testing device that allows aircraft maintenance crews to detect leaks in pitot-static systems and perform calibration checks for gauges on the instrument panel. Depending on the age of the unit, testers may feature either analog or digital instruments to take appropriate measurements. Hand pumps and external pressure ports enable maintenance personnel to deliver the pressure and vacuum needed for onboard testing. The manufacturer of this instrument recommends that qualified and certified labs conduct all maintenance and repairs utilizing appropriate procedures and instrumentation to ensure the unit's accuracy. NIST-Traceable Calibrations ATS is a respected calibration laboratory known for delivering unmatched customer service. Our technicians abide by documented and controlled methods, providing both As-Found and As-Left data on all calibrations. We perform Barfield 1811D calibration both in our lab and on location, providing our clients with test reports and calibration certificates upon completion. We also make calibration records available through our online interface, providing our clients with asset history, digital report copies, and reference to maintenance and scheduled due dates. Barfield 1811D Calibration Services Altimeter Airspeed Indicator Vertical Speed Indicator Pitot System...



Applied Technical Services offers spring tester calibrations. Spring testers can assess laminated springs and detect any deformation. They also test coil springs under compression and bending loads. Manufacturers employ springs in several heavy-duty applications, including automotive, railroad, aerospace, and military products, although they see use in consumer products as well. For this reason, spring tester calibrations must take place via spring testing machines to verify that they function correctly. The most common types of springs used are compression, extension, torsion, constant force, and high rated. There are three types of Spring Testers: manual, motorized, and digital. Typical uses for spring testing: Car Seats Car Trunks Furniture Fitness Equipment Doors Children's Toys EPA regulation mandates that these test gauges undergo certification each year. If a test gauge fails certification, it must be inspected and calibrated to return it to proper working condition. The certification process entails simulating a backflow test, during which inspectors check over each component of the instrument. Manual Spring Tester The manual spring tester is one of the three types of spring testers. The manual spring tester is composed of only one column, capable of performing compression and tensile testing at forces up to 550lbf. Quality manual spring testers include features such as precision worm gear design, excellent position resolution (e. g. , single rotation for 0. 03’’), and adjustable gage mounting. Motorized Spring Tester A motorized spring tester is designed to test coil compressions and tensile springs. It tests for quality control, manufacturing, and R&D applications. Digital...



Applied Technical Services performs backflow test gauge calibration— measurement tools also called backflow test kits. Backflow tests are used to determine if all backflow prevention devices, which keep the wastewater in commercial buildings from infiltrating the clean drinking water supply, continue to operate effectively. We perform these backflow test gauge calibrations to ensure that the testing device returns accurate data. The backflow test gauge is the instrument used to perform the backflow test. Most of these kits consist of a differential pressure gauge, needle valves, hoses, fittings, and some manner of case. Depending on the brand, type, and model of the kit, they can all vary. EPA regulation mandates that these test gauges undergo certification each year. If it fails certification, the backflow test gauge calibration must take place and it must be inspected so that it can be returned to its proper working condition. The certification process entails simulating a backflow test, during which inspectors check over each component of the instrument. Backflow Test Gauges A certified plumber must first shut down the water flow and wait a few minutes, looking for places where the pressure accumulates and where it should not. If the system loses pressure, then that shows how the wastewater is contaminating the clean water. Backflow can happen at any time, which is why numerous states require annual testing. The actual backflow test typically takes 20 to 30 minutes, although it may take longer if the plumber finds necessary repairs. Backflow Test Gauge Manufacturers Mid-West Instrument...



Applied Technical Services offers portable hardness tester calibration. These pieces of equipment measure the hardness of materials. The four methods of hardness testing are Rockwell, Brinell, Knoop, and Vickers Hardness Testing. Rockwell hardness testing tends to be the most performed because of its precision and ease of use. At ATS, we offer both Rockwell and Vickers hardness testing methods in our metallurgy lab. The Vickers hardness test is for all solid materials, including metals. Rockwell, on the other hand, measures the bulk hardness of metallic and polymer materials. Technicians perform the Rockwell hardness method by pressing an indenter, often a steel ball or diamond, onto the sample’s surface with a specific load and then measuring how far down it penetrated. Manufacturers of portable hardness tester recommend owners maintain a regular calibration schedule to verify their accuracy. Because hardness testers measure the resistance of materials by measuring the dents, bends, and scratches created by indentation, small misalignments can develop over time that would require the tester undergo recalibration and readjustment. Portable hardness testers use ultrasonic contact impedance technology to measure certain surfaces that are small and thin. They can detect metals as thin as 2mm, hard or soft. Rockwell and Vickers Portable Hardness Tester Manufacturers  PCE Proceq AFFRI Starrett Kern Zwick/Roell Capital Instrument TIME560 BAQ SONODUR 3 Webster Instrument MET HST MITCCH Jiebo Instrument Phase II Applied Technical Services has been performing superior testing, inspection, and calibration services for over 50 years. Our experts understand the importance of calibration to maintain...



Applied Technical Services Standards lab can perform Feeler Gage calibration in our state-of-the-art calibration laboratories. Feeler gages are a type of thickness gage used to measure small gaps between surfaces. The tool has several blades or leaves at varying specified thicknesses. Feeler gages are typically made of stainless or tempered steel to prevent rusting. The ATS Standards Lab The ATS Dimensional Lab lives within a room designed for high precision environmental control. The lab is maintained at 68 ° F within +/- 2. 0 ° F and the resting humidity stays within a range of 30-55% as appropriate. The lab floor contains isolation joints that reduce any effects caused by vibrations. Feeler gages are thoroughly cleaned and placed into the Dimensional lab to stabilize to a specific temperature for at least 24 hours before calibration begins. Quality Assured At Applied Technical Services, our team of experts is dedicated to providing the highest quality service. Our labs are ISO 9001:2015 registered and ISO/IEC 17025 accredited to calibrate gage blocks. All gage blocks are certified to their original manufacturer grade tolerance per the following Federal specifications: GGG-G-15C ANSI/ASME B89. 1. 9M-1984 ANSI/ASME B89. 1. 9M-2002



Cylindrical ring gage calibration is a critical process for anyone looking to use these pieces of equipment in their inspection services. They can be used as Go/No-go gages to inspect the outside diameter of a rod or shaft. The United States manufactures cylindrical ring gages per ASME B89. 1. 6. The ATS calibration lab can handle X, XX, XXX, Y, Z, and ZZ tolerances as well as any customer tolerances. ATS Standards Lab The Standards Calibration lab is an environmentally controlled room set at 68° F with a +/- 1-degree variance. We also keep this room humidity controlled at 30-55% resting humidity. All gages are cleaned and set in the room to stabilize at temperature for a minimum of 24 hours before testing to ensure accurate readings. ATS Quality Assurance All calibration records and results are available online 24/7 for your convenience. At ATS, we are committed to quality assurance by holding the following certifications, registrations, and accreditations: ISO 9001:2015, ISO/IEC 17025, 10 CFR 50 - Appendix B, ANSI/NCSL Z540-1, ASME NQA-1, and 10 CFR Part 21. Contact Applied Technical Services for any inquiries on cylindrical ring gage calibration.



Applied Technical Services provides Barfield DPS-350 calibration to verify the accuracy of measurements produced by these pitot-static systems. Maintaining proper calibration for these devices prevents compromised readings, as precision measurement instruments naturally drift over time due to operating conditions. A qualified calibration provider, such as ATS, must provide these services to ensure they are performed correctly. We are ISO/IEC 17025:2017 accredited in calibration and consistently deliver our clients reliable, NIST-traceable results. The Importance of Accurate Calibrations Improper Barfield DPS-350 calibration can result in invalid measurements and significant safety risks. If one of these units cannot provide reliable readings mid-flight, it poses a serious threat to the crew, the passengers, and the aircraft itself. Barfield DPS-350 devices require routine servicing and maintenance to verify that they are functioning within the specified parameters. Applied Technical Services Our three decades of experience performing calibrations on avionics equipment have made Applied Technical Services a trusted name in our industry. We are the preferred provider for numerous automotive, aerospace, military, and nuclear companies. Our certified calibration experts adhere to a comprehensive Quality Assurance Program to guarantee the highest level of client satisfaction with innovative technologies, exceptional customer service, and consistently reliable information. ATS is ISO 9001:2015 registered and A2LA ISO/IEC 17025:2017 accredited. Trust the calibration experts at Applied Technical Services and get in touch today to schedule your Barfield DPS-350 calibration.



Applied Technical Services (ATS) performs function generator calibration services for standard waveforms over a wide range of frequencies. Function generators are used for testing and developing electronic systems. ATS regularly calibrates common sine, square, pulse, triangular, and ramp waveforms. We calibrate to accuracy specifications defined by the OEM and can offer special testing for production requirements that you might need. It is common for electronic devices to drift beyond allowable specifications over time as components age while operating in challenging environments. Therefore, it is imperative to choose the right calibration provider — one qualified and prepared to provide accurate results and meet all of a client’s needs — to certify electrical equipment’s operational dependability. ATS’ electrical testing calibration includes: Calibrations performed that are traceable to NIST In an ISO/IEC 17025:2017-accredited lab ISO 9001:2015-registered company Function Generator Calibration Services Performance testing and calibration on of models that source high-precision frequency dependent waveform signals and provide single or multiple output channels Adjustments provided when necessary to bring function generators into the specifications asserted by the OEM Our laboratory stratum-1 time server acts as a primary time standard for calibration of all frequency based generators ATS provides expedited services to meet the demands of our clients with rapid turnaround time and scope of calibration. Our capabilities allow us to perform pinpoint calibrations based on our customer’s specifications and requirements. Doing so enables us to find the ideal balance between meeting objectives and minimizing cost. Maintaining strict adherence to our Quality Assurance Program ensures...



Applied Technical Services offers aircraft weighing kit calibration services. The ATS calibration lab ensures accurate and dependable results while adhering to industry standards. Our state-of-the-art calibration lab regularly services the following weigh kits: Brainweigh Digital Load Cell Kit Brainweigh Wireless Load Cell Kit Brainweigh Wireless Load Cell Kit with AWBS Aeroweigh AW-3-30HH Handhled Wireless Aircraftscales M2400-3-10KP Wireless Platform Kit Evergreen Weigh Intercomp PT300 Intercomp AC30-60-360 Intercomp AC60 Intercomp AC100 Omega HH2400-3-5CS HH2400-3-10CS HH2400-3-25CS HH2400-3-50CSLC HH2400-3-5KP HH2400-3-10KP HH2400-3-30KP Longacre Racing Products 72587 Revere Transducers M2000-3-25 Revere Transducers C-46170 Revere Transducers JW-. 30 Revere Transducers ACLC-D3-15K ATS Calibration Labs The Applied Technical Services calibration labs provide avionics calibration, repair, and dimensional inspection services. Ensuring all aircraft weighing kit calibration standards are met is vital to protecting passengers and crew. Our experts recognize many aviation manufacturer standards when conducting calibration and testing. For a full list of the avionics calibration services we offer, click here. ATS Quality Assurance The ATS Calibration lab’s data is fully traceable to the National Institute of Standards and Technology (NIST). All calibration records are easily accessible through iPortal. Asset history, certificates, calibration status updates, and future calibration recall dates are available online 24/7. Applied Technical Services laboratories provide high-quality testing by holding the following accreditations, registrations, and certifications: ISO 9001:2015 NCSL Z540-1 Calibration ISO/IEC 17025:2017 (A2LA) Competency of Testing Calibration Labs



ATS Calibration Services Applied Technical Services provides IFR 6000 calibration to verify the accuracy of XPDR, DME, and TCAS aircraft transponders. Maintaining a rigorous calibration schedule for these measuring devices keeps them from giving inaccurate readings, as their calibration drifts over time due to service conditions. Trusting this service to a qualified calibration provider is crucial. Applied Technical Services is an ISO/IEC 17025:2017 accredited calibration lab that provides our clients with accurate, NIST-traceable results and the highest quality of service. The Importance of Accuracy Inaccurate IFR 6000 calibration can result in invalid measurements and significant safety risks. If a calibration unit cannot provide reliable instrument readings on an aircraft, it poses a serious threat to the safety of the flight crew and passengers. IFR 6000 calibration devices require routine servicing and maintenance to verify that they are functioning within the necessary parameters. Applied Technical Services Applied Technical Services adheres to an extensive Quality Assurance Program to guarantee our clients receive accurate calibration services in compliance with all applicable standards. With over thirty years of expertise in calibration services, ATS is the premier full-service provider of avionic calibration, repair services, and dimensional inspections. ATS Calibration is approved by multiple military, aerospace, nuclear, and automotive companies. Our certified calibration specialists are highly trained, experienced professionals committed to providing the highest level of client satisfaction with reliable information, innovative technologies, and excellent customer service. ATS is ISO 9001:2015 registered and A2LA ISO/IEC 17025:2017 accredited. Get in touch today to schedule your IFR 6000...



Applied Technical Services performs calibrations on capacitance meters, a type of tool used to measure capacitance in discrete capacitors and store electric charge. This equipment can measure capacitance by either charting the voltage’s rate of rise or by sending an alternating high-frequency current through the capacitor. While in use, the capacitance meter charges with a fixed current. These devices have two outputs that can be easily connected to the two legs of the capacitor. The capacitance meter measures in units called farads (F). A one-farad capacitor holds a voltage that comes out to one volt when charged with one ampere per second. Capacitance meters come in many forms:  Bench/Free-Standing Clamp Meter Handheld Computer Board Capacitance meters are being used more nowadays in applications requiring a fast energy source because of a corresponding increase in devices that use more energy in shorter amounts of time. While visually marked by the manufacturer with their capacitance rating, capacitors’ specifications become illegible over a long service life. For this reason, capacitance meters also see frequent use in identifying unknown capacitors, which proves crucial for proper circuit installation. Our trained professionals provide detailed, clear, and accurate reports at the electrical lab to ensure capacitors receive the correct rating. The following manufacturers produce capacitance meters: B & K Precision Brooks Instrument Changzhou Tonghui Electronic Co. , Ltd Gentec Hioki E. E Corporation Keysight Technologies Promax Electronica Shanghai Yi Hua V&A Instrument Sourcetronic Tecpel Co. , Ltd TES Electrical Electronic Corp. ULVAC GmbH Applied Technical Services is...



How ATS Calibrates Countersink Gages Applied Technical Services provides countersink gage calibrations with a controlled environmental temperature. Countersink gages are instruments that have a cone-like shape used to measure the diameter of a countersink. Before calibrations begin, these instruments are cleaned and undergo a 24-hour minimum temperature stabilization process. Countersink gage calibration requires a precise schedule — too infrequently will lead to inaccurate measurements while too often will waste time and money. Our calibration process entails comparing it against the top and bottom master calibration blocks as well as the nominal block to ensure it measures correctly. Our expert technicians perform countersink gage calibrations at our standard lab. There is currently no accredited testing required to recalibrate a countersink gage. These methods provide a direct reading, and the dimensions are specified on client prints. Both mechanical and digital countersink gages see regular use, but the mechanical version remains most common. Popular Countersink Gage Manufacturers We calibrate equipment from several popular manufacturers, including: Starrett Barcor SPI Precise ATS Labs ATS operates out of several state-of-the-art labs, including: Materials Testing Labs Chemistry Labs NDT Labs Dimensional Inspections Lab About ATS At Applied Technical Services, we provide distinguished consulting engineering, testing, and inspection services. We have established a reputation among professionals for our outstanding record of uncovering facts and delivering results. Our goal is to maintain that reputation to better serve our clients’ needs. We offer services nationally and internationally to the industries listed below: Aerospace Automotive Chemical Construction Consumer Products Insurance/Legal Industrial...



Applied Technical Services (ATS) performs IFR 4000 calibration to verify the accuracy of ILS, VOR, and Marker Beacon receivers, as well as VHF/UHF AM/FM and HF AM/SSB USB/LSB transceiver communication and navigation systems. Measuring devices commonly slide out of calibration. To ensure their IFR 4000 unit’s continued reliability, selecting a qualified calibration provider who can meet clients’ needs and provide accurate results during calibration is critical. ATS is an ISO/IEC 17025:2017 (A2LA) accredited calibration lab staffed by trained and credentialed technicians who offer accurate, NIST traceable services. An inaccurate IFR 4000 calibration can present many safety risks. Improper calibration or uncalibrated devices can cause equipment to generate incorrect measurements. IFR 4000 units also measure vital navigation and communication components while an aircraft is in flight. If the unit cannot accurately measure these instruments, it may place the aircraft at risk and endanger the pilot(s), crew, and others on board. Standard procedures require units to undergo routine maintenance and regular servicing to ensure reliable results. Doing so verifies that devices are operating within the required specifications and standards. It is essential to use a qualified and accredited calibration provider like ATS for regular maintenance intervals for the safety and reliability of avionic instrumentation. IFR 4000 Calibration Measures Accurate measurement of VHF/UHF transmitter, frequency, output power, modulation (AM and FM and receiver sensitivity) Accurate measurement of HF transmitter, frequency, output power, modulation (AM and SSB USB/LSB) receiver sensitivity Accurate measurement of HF/VHF/UHF antenna and or feeder SWR (Standing Wave Ratio) Simulation of...



Our Services X-ray microtomography, also called micro-CT or high-resolution CT, is a type of computed tomography that analyzes a material’s structure at a microscopic spatial resolution. Computed tomography (CT) uses a series of x-rays to create a comprehensive 3D model of the sample material. A micro-CT scan requires a microfocus x-ray source to obtain high detail images of the sample. At ATS, our top-of-the-line North Star Imaging X5000 and Zeiss Metrotom 1500 machines are outfitted with micro-focus x-ray projectors so that we can provide our clients with detailed, accurate results. Our experts can use the results to calculate material thickness, coating thickness, volumetric measurements, and surface area of any internal or external feature. Any industry can benefit from microtomography due to its numerous advantages: Nondestructive testing method Nontactile dimensional inspection Analyzes internal and external features (voids, flaws) Results available as a 3D model, CAD model, and 2D slices Reduces manufacturing costs for test materials Applications for Microtomography Although computed tomography originated in the medical field, modern technological developments have made CT a practical option for industrial purposes. Today, ATS uses microtomography to benefit clients in a multitude of industries. Our ability to generate a CAD file from a CT scan is especially helpful for preproduction processes such as reverse engineering, prototyping, and part validation. Microtomography can also assist in production procedures such as quality control, failure detection, and dimensional analysis. As a nondestructive testing method, micro-CT is ideal for inspecting lamination layers, mechanisms inside precision parts, and weld quality. X-ray...



ATS performs several testing methods for 3D part inspection, such as computed tomography and 3D scanning. Computed tomography (CT) scanning is a versatile method for 3D inspection, producing detailed results with ease. CT scans use X-rays to capture images of a part’s internal and external features. The scanner takes thousands of X-ray images and compiles them into a comprehensive 3D model of the part. While originally designed for medical purposes, recent technological developments have made CT scanning a practical option for industrial applications as well. Scanning Parts Using CT ATS can utilize CT scanning for several purposes regarding product validation. Experts use the scans to benefit clients seeking: First Article Inspection Most first article inspections require a dimensional layout. Our technicians can easily calculate a part’s volumetric measurements from a CT scan. We can use the 3D model to conduct part-to-part or part-to-CAD comparisons and determine whether the sample is within its design tolerances. Even if the part has internal components or complex geometries, CT scanning can accurately measure every feature without necessitating any damage to the part. ATS can also test for aspects of first article inspection that CT cannot measure, such as coatings analysis, verification of mechanical properties, and material characterization. Metrology Just one CT scan generates a precise model depicting all of a part’s interior and exterior surfaces. Technicians can find volumetric and surface area measurements for any segment of the part. Comparing the 3D model to the part’s CAD file will show any discrepancies in production....



Industrial 3D Scanning allows testing providers like Applied Technical Services to achieve results yielded by several nondestructive testing methods and a full dimensional inspection by completing a single scan. Detecting issues early on and preventive maintenance help prevent major unexpected expenses and loss of production. Industrial 3D scanning uses the same technology as medical-grade CT scanning equipment. It generates a three-dimensional set of data points corresponding to the object being scanned, allowing our technicians to check for flaws or other issues without destroying the item. Our clients can think of computed tomography for industrial applications like a non-invasive CT scan designed to examine a component’s overall condition. Advantages to CT as a Scanning Method As a result of recent improvements and interest in industrial 3D scanning, the financial expense to perform CT testing services on equipment, components, and/or products has reduced, making this technology commercially viable as an analysis method. Flaw Detection Allows technicians to discover flaws and other potential problems during a comprehensive industrial 3D scan before such problems can cause damage or halt production overall. This process involves scanning objects to generate a spatial 3D set of data points of an article’s internal components that our technicians can analyze without destroying the sample or becoming otherwise invasive. Thickness Measurement Industrial 3D scanning of objects can determine the material thickness and structural integrity of sample materials. This technological advancement allows technicians to measure both the coating and surface material thickness of scanned articles without having to perform an ultrasonic...



Applied Technical Services is a respected industrial CT lab that offers clients our expertise in using this advanced imaging method to determine a wide array of information about their sample. Computed tomography, often called CT, revolutionized diagnostic medicine by allowing doctors to render more precise images of patients’ organs than could be achieved by traditional radiography or ultrasound, the two noninvasive options previously available. Improvements in the technology over the past several years have made CT commercially viable as an industrial nondestructive testing (NDT) method, meaning labs like ATS can now provide this high-resolution imaging solution to clients in many industries for a variety of non-medical applications, such as: Flaw Detection Complete Dimensional Inspections Thickness Measurements Porosity Assessments First Article Inspections Failure Analysis Litigation Support Quality Assurance Additionally, since CT produces a 3D point cloud that our technicians can use to create a CAD or STL model, this scan can also assist in reverse engineering and finite element analysis (FEA) applications. How CT Works Our technicians first place the sample on a pedestal inside the chamber of our CT scanner. Once the chamber is closed, the machine begins by taking a single image of the sample by emitting X-rays at it. The denser the material in each region of the sample, the less energy gets picked up by the detector mounted opposite the emitter. The attached computer interprets this data as a tomogram, the characteristic black-and-white cross-sectional slice that we associate with an X-ray image, by visualizing the contrast in...



Applied Technical Services offers our capabilities as a computed tomography lab to help clients in a wide variety of functions from the beginning to the end of the product life cycle. Every product that goes to market is meticulously designed by a product engineer, who maximizes its functionality and aesthetic quality by deciding its precise geometric dimensions and material composition, among numerous other considerations. The realities of the production process can, however, depart from the ideals outlined in these experts’ design specifications to a degree that undermines the final product — for this reason, manufacturers trust in third-party testing providers like ATS to verify that their sample was produced correctly and performs as required. While this often takes other labs conducting several different test methods, our expertise with industrial computed tomography allows us to dramatically reduce the cost and duration of the testing and analysis process, exceeding the results yielded by many testing methods by capturing and analyzing a single CT scan. The CT Advantage Computed tomography, also referred to as CT, generates a comprehensive image of a product, subassembly, or component by producing a 3D X-rayed model. Because the scan takes thousands of X-ray images of the subject from every conceivable angle — each high-resolution image capturing details at the microscopic scale due to the sensitivity of our instruments — the model our technicians create from collating them into a 3D form allows them to visually assess many of the sample’s characteristics, including: Dimensions Measure from model Both interior...



Manufacturers, litigants, and industrial clients all benefit from ATS' expert NDT CT services. Nondestructive testing (NDT) is an analysis discipline that evaluates the properties of a component or material without damaging or otherwise impacting its structural integrity. NDT examines a subject’s surface and/or sub-surface characteristics to determine its condition and detect flaws. Technicians may use NDT methods to look for seams, cracks, weld defects, laminations, or tears. Because NDT tests products in a way that leaves them intact, it is a cost-effective method of testing, naturally suited for: Quality Control: verifying that products are within the standard geometric tolerances outline in their design specifications First Article Inspection: validating production methods by searching for flaws and assessing material/component defects Reverse Engineering: deriving a set of design specifications from precise measurements and material identification of an existing sample Failure Analysis: determining the cause behind a material or component failure by assessing its failure mode Computed Tomography in NDT Computed tomography, or CT, is a form of NDT based on radiography. During a CT inspection, a technician places an object into a chamber outfitted with an emitter that emits X-rays from a multitude of different angles. The detector, mounted opposite, captures the energy that hits the subject as data. Next, a computer converts this data into thousands of cross-sectional images through a process called tomographic reconstruction. A technician can then compile that image set into a 3D model of the object. CT’s versatility gives it an advantage over other forms of NDT, such...



Applied Technical Services uses X-ray computed tomography (CT) to locate flaws, take internal measurements, detect porosity, and several other applications. What is X-Ray CT? X-ray computed tomography is a form of nondestructive testing that generates a comprehensive internal view of test materials and components. This type of 3D analysis allows our technicians and engineers to achieve the results yielded by multiple test methods while only taking as much time as a single test. For instance, computed tomography can measure coating and surface material thickness using the same scan used for a dimensional inspection without the need for an additional ultrasonic thickness test. X-ray computed tomography can also find weaknesses or flaws in a product without damaging it. Our inspectors can search the model for any sub-surface flaws on the test material, even on a microscopic level. They can then measure these flaws in 3D to aid the client in repair or begin further analysis. These capabilities prove especially useful for applications such as failure analysis, quality assurance, and dimensional inspection. How X-Ray CT Works Traditional radiography uses X-rays to penetrate a subject so that a detector can read the radiation that passes through, creating a black and white image called a radiograph. The radiograph is a cross-sectional view of the subject that superimposes the elements of its internal structure. CT takes this process and repeats it thousands of times from different angles, yielding distinct images of all the subject’s internal surfaces. Once all the angles have been captured, the computer...



Applied Technical Services performs industrial CT scanning services to give clients a more comprehensive image of their sample. Computed tomography, abbreviated as CT, is a method of nondestructive testing that is used to generate a high-resolution 3D X-ray model of a subject. Most commonly associated with its use in medicine, CT scanning has a variety of applications in industrial settings. Because it provides detailed imagery of the interior features of a subject and its results provide the same volume and quality of information that would otherwise require several different tests, CT is a convenient and cost-effective method of testing with a wide range of applications. CT is highly effective in areas such as: First Article Inspection Reverse Engineering Finite Element Analysis Quality Assurance Litigation Support Failure Analysis New Product Development Preventative Maintenance Flaw Detection and Identification ATS: A Devoted Provider Applied Technical Services is a multidisciplinary firm that has provided testing, industrial inspection, and consulting engineering for over 50 years. With a team of experienced CT technicians and some of the most versatile and precise systems on the market, ATS is a leader in industrial computed tomography. We implement our CT technology to benefit a variety of industries, including: Additive Manufacturing Conventional Manufacturing Insurance/Legal Renewable Energy Aerospace/Aircraft Electronics/Batteries Nuclear Automotive Healthcare/Medical Power Generation Our Quality Service All of our industrial CT scanning services are performed in compliance with our ISO 9001:2015-registered quality assurance program. We consistently provide impeccable service that our clients can rely on. To maintain our high standard...



Applied Technical Services offers X-ray metrology utilizing computed tomography (CT) scanning to determine whether the geometric characteristics of components, machined parts, sub-assemblies, and finished products comply with their design specs. X-ray metrology verifies that parts, components, and/or products meet relevant specifications — thus ensuring functionality, promoting reliability, and validating product design and/or development. X-ray Metrology Applications Advantages of CT over optical coordinate measuring machines (CMMs) and other conventional metrology methods include the speed with which it acquires 3D data (rotational data set minimum of 180°), detector matching, flexible scan parameter, and the capability to accommodate a variety of different component sizes. Another benefit of X-ray scanning is the ability to image the interior of additively manufactured parts, which can have complicated internal geometries. Additionally, ATS provides solutions for our clients who need services related to other CT applications, including research and development, reverse engineering for analytical and testing purposes, duplication, thickness measurements, failure analysis, finite element analysis (FEA), preventative and predictive maintenance, life cycle determination, flaw detection, and porosity characteristics. X-ray Metrology Testing Capabilities: Northstar Imaging X5000 Multi-Axis Manipulator (x, z, tilt, rotation), capable of supporting max 250 lb Multi-Axis Manipulator (x, z, tilt, rotation), capable of supporting max 250 lb Capture elongated subjects unable to fit within a single exposure by scanning with a spiral acquisition Multi-Axis Manipulator (x, z, tilt, rotation), capable of supporting max 250 lb Dual energy capability with 225kV Microfocus X-ray Projector Capable to achieve focal size as low as 0. 0002” (based on voltage)...



CT Dimensional Inspections determine the geometric characteristics of components, machined parts, sub-assemblies, and products to verify they conform with design specifications. ATS utilizes an innovative technology to ensure products fall within geometric tolerances outlined in their design specifications for functionality, reliability, or product development: Computed Tomography (CT) dimensional inspections. CT dimensional inspections scan parts by collating a series of X-rays into a 3D figure composed entirely of cross-sectional images that our technicians can use to conduct dimensional measurements of both internal and external features. CT offers advantages over conventional and optical coordinate measuring machines (CMMs) as a non-contact nondestructive measurement technology. Computed tomography allows our specialists to verify the precise dimensions of a part by scanning it to generate a 3D model. Comparing these measurements to its CAD drawing enables them to perform a quantitative assessment of any deviations from the subject’s design. Finding these defects early provides clients the flexibility to modify their production processes to ensure consistency across their production lines. The x-ray facet of CT allows us to verify whether internal features conform to design tolerances without harming the subject —another advantage over tactile measuring methods like CMM. ATS’ CT dimensional inspections provide quantitative analysis that interprets product evaluation with varying stages of life cycle, development, and manufacturing processes. Furthermore, dimensional inspections serve an imperative quality control purpose when applied to new manufacturing processes and technologies. CT benefits new technologies in industrial production, such as Additive Manufacturing — which can yield complex parts and components that may...



Applied Technical Services offers calibration services for a multitude of equipment, including network analyzer calibration. Our team of experts can help ensure that your network analyzer performs to manufacturer specifications and/or regulatory standards. ATS also calibrates spectrum analyzers. Companies use network analyzers to measure network parameters within electrical networks. There are several types of network analyzers, but all models typically consist of a signal generator, test set, receiver(s), and display. Due to their complexity and range of capabilities, network analyzers should be periodically calibrated. If left unmaintained, analyzers can be susceptible to transmission loss, crosstalk, and other issues. Fortunately, ATS’ calibrations department is fully equipped to service your network analyzer. Our technicians will inspect the connectors and cables and properly adjust the analyzer using a calibration method that aligns with your specific needs. Our calibration certificates include As Found and As Left data and data generated in our labs are traceable to NIST (National Institute of Standards and Technology). We service network analyzers from several manufacturers, including (but not limited to): Anritsu AWT Global Copper Mountain GSI Keysight MegiQ Rohde & Schwarz Tektronix Transcom Online Records ATS makes calibration records access simple with iPortal. With this secure web platform, clients can quickly access and manage their asset history, certificates, reports, and other records from any location, at any time. ATS – Your Provider for Calibrations Applied Technical Services has been providing superior testing and inspection services for over 50 years. In that time, we have earned an excellent reputation for...



Among Applied Technical Services’ extensive electrical calibration capabilities is watt-meter calibration. Our calibrations department can verify the accuracy of your watt-meter in accordance with manufacturer specifications and regulatory standards. If the device requires adjustment, we will calibrate it to a high degree of accuracy within a short turnaround window. Watt-meters Watt-meters are used to measure the total electric power of a circuit in watts. Many companies rely on watt-meters to deliver accurate and consistent readings when recording power data for their operations. However, the accuracy of watt-meters can start to drift over time. This drift can be caused by any one or a combination of factors, including temperature fluctuations, handling, physical damage, and aging. If not maintained regularly, these meters can become unstable and output unreliable results – potentially resulting in unnecessary energy consumption, equipment repairs, and even risk of electric shock. To maintain accurate and reliable watt meter performance, companies can have their meter professionally calibrated at a calibration lab such as ATS. We service both analog and digital watt meters from a range of manufacturers, which includes (but is not limited to): Autonics Circutor Crompton Instruments DEIF FC Misure ATS – Your Provider for Calibrations Since 1967, Applied Technical Services has offered testing and inspection services based on excellent service quality and proven scientific and engineering principles. Our full-service calibration, dimensional inspection, and repair services labs are held to our ISO certified quality management program. In addition to electrical equipment, ATS also services mechanical, thermal, environmental, and onsite...



ATS performs spark tester calibration, including main frequency, direct current, and high-frequency spark testers. Among Applied Technical Services’ extensive list of calibration services is spark tester calibration. Our trained staff can help clients in verifying or adjusting spark tester equipment in compliance with applicable standards.   Calibrating Spark Testers Spark testers are frequently used to detect faults such as bare patches, pinholes, and thin points within the insulation of electrical cables and wires. However, the accuracy of these testers can start to drift over time. To maintain accurate and consistent operation, spark testers should be periodically calibrated. ATS’ experienced technicians can ensure that our clients’ spark testers operate at the correct voltage accurately and consistently. Data generated in our calibration laboratories are NIST (National Institute of Standards and Technology) traceable and the certificates include As Found and As Left data. We service spark testers from numerous manufacturers, including (but not limited to): Buckleys Clinton Elcometer PCWI Tinker Rasor Zumbach Online Records Calibration certificates, reports, asset history, future recall dates, and other records are available to our clients through iPortal. iPortal is a secure web platform that can be instantly accessed 24/7, from any location. ATS – Your Provider for Calibrations As a leading testing and inspection service provider, Applied Technical Services has been assisting clients both nationally and internationally for decades. A portion of our success is a result of our commitment to providing excellent service quality under our ISO certified quality program. In addition to calibration of electrical equipment,...



Applied Technical Services offers a wide range of onsite calibration services, including moisture analyzer calibration. Our lab ensures that your sensitive equipment delivers accurate readings while complying with applicable standards. Moisture Analyzers Moisture analyzers, also known as moisture balancers or moisture meters, determine the moisture content of various materials. Moisture analyzers accomplish this task by using heating units to completely dry out the sample. They then calculate moisture content by comparing the initial weight of the sample with its dry, moisture-less weight using a built-in balance. Moisture analyzers may start to lose accuracy as a result of exposure to environmental conditions, aging, or mishandling. To maintain effective operation and valid data, moisture analyzers should be periodically calibrated. Our experienced technicians adjust both the heating unit and the balance in these analyzers individually to ensure uniform, repeatable results. ATS services moisture analyzers from multiple manufacturers, including (but not limited to): Ametek CEM DSC LECO Mettler Toledo Ohaus Omnimark Precisa Radwag Sartorius Shimadzu Torbal ATS Quality Assurance Maintaining a high standard for quality is one of our top priorities here at ATS. Whether our technicians are in our lab or onsite, we always work according to stringent standards under our ISO 9001:2015 registered quality program. Additionally, all data generated in our lab is traceable to the National Institute of Standards and Technology (NIST). ATS Quality Standards 10CFR21 Reporting of Non-Conformances ISO 9001:2015 Registered 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration ISO/IEC 17025:2017...



Applied Technical Services performs noise dosimeter calibration as part of our large array of calibration services. Our knowledgeable staff can verify and adjust your sound assessment equipment to fit your needs as well as comply with applicable standards and regulations. Like sound level meters, noise dosimeters detect and measure sound. Noise dosimeters are a specialized type of sound meter in that they are smaller, more portable, and can be worn on a person’s body while onsite. These meters are often used to obtain noise exposure data for regulatory bodies such as OSHA and to define appropriate hearing protection. For this reason, dosimeters require accurate, consistent results. Noise dosimeters can experience a drift in accuracy over time due to temperature stress, physical impacts, or other factors. To ensure valid results, dosimeters should be periodically calibrated by a professional. ATS noise dosimeter calibrations include As Found and As Left Data and are traceable to the National Institute of Standards and Technology (NIST). We perform calibrations for all types of sound-related metering equipment from multiple manufacturers, including (but not limited to): 3M Acoem Bruel & Kjaer Casella CESVA Cirrus Research Extech Larson Davis Oaktree Products Premier Safety Simpson TES Superior Calibration Services With over 50 years of experience serving clients, rest assured that Applied Technical Services will deliver fast, accurate results coupled with stellar service quality. Our lab is ISO/IEC 17025:2017 accredited by the American Association for Laboratory Accreditation (A2LA) and is held to a host of stringent standards under our ISO certified...



Applied Technical Services performs decade box calibration services alongside a wide array of electrical devices. Our staff can ensure that your equipment delivers accurate, consistent results while meeting applicable codes and standards. The variable resistance capabilities of decade boxes make them useful tools in developing and testing electronic circuits. Due to their use for simulating specific electrical values, decade boxes need a high level of accuracy to function properly. As they age, however, decade boxes can begin to drift from their original level of accuracy and potentially produce incorrect values. Periodic calibrations performed by a professional – like those at ATS – can help maintain the validity and uniformity of your sensitive electrical equipment. ATS services decade boxes from various manufacturers, including (but not limited to): AEMC AOIP Burster ELC Extech Martindale Electric Meatest Scope Seaward Time Electronics Transmille Yokogawa Online Records ATS provides secure, convenient online records through the iPortal web interface. iPortal allows you to instantly access your calibration status updates, recall dates, asset history, and certificates. Superior Quality Assurance As part of our focus on quality, we work according to defined processes and measurable objectives under our ISO certified quality program. All data provided by our calibration services are traceable to the NIST (National Institute of Standards and Technology). ATS Registered and Accredited Quality Standards ISO/IEC 17025 Competency of Testing and Calibration Labs ISO 9001:2015 Quality Management ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR21 Reporting of Non-Conformances 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ANSI/NCSL Z540-1...



Applied Technical Services’ metrology department offers crane scale calibration for clients in various industries. Our lab technicians can ensure your crane scale is calibrated to your individual needs as well as applicable industry standards. Crane scales are used in a range of applications to weigh hanging loads that are difficult to weigh on a conventional scale. However, scales do not maintain their accuracy indefinitely. Crane scales should be periodically calibrated according to manufacturer specifications for accurate and uniform operation. If not properly adjusted, crane scale equipment can leave measurement data compromised and pose a safety risk for personnel. With a tension and compression capability of 0 to 100,000 lbf, our lab is fully equipped to ensure crane scales operate securely while also accurately recording weight measurements. Data reported in our calibration certificates are traceable to NIST (National Institute of Standards and Technology) and include As Found and As Left data. ATS services crane scales from a number of manufacturers, including (but not limited to): Adam Equipment Ados Bongshin Loadcell Cardinal CarlStahl CAS Chatillon Dillon Giropes Gram i-Lift Equipment Kern MSI PCE Precia Molen Prime Scales SAMA Tools Sansui Schneck Process Sure Torque TesT Online Records We keep calibration records management simple. Clients can access records such as calibration certificates, and future recall dates from the secure iPortal web platform. Comprehensive Calibration Services For decades, Applied Technical Services has been committed to providing a high level of service quality. You can expect short turnaround times, detailed reports, and helpful client support...



Calibration Solutions Applied Technical Services’ metrology lab offers radius gage calibrations to clients in multiple industries. Our experts can verify or correct your radius gage equipment in conformance to applicable standards as well as your individual needs. A Radius gage, also called a fillet gage, is commonly used by engineers, welders, and electricians to measure the radius of curved surfaces. Each metal “leaf” of the gage has a different radius that can be compared to the curve of a test surface. However, not every radius gage performs within manufacturer tolerance. Radius gages can fall out of tolerance due to wearing of the metal, aging, or other factors. Our Quality Standards To ensure the accuracy and validity of their radius gage tools, companies often seek third-party calibration service providers like ATS. Our experienced technicians can calibrate both convex and concave radii sections of each leaf to produce accurate measurements. ATS calibrations include As Found and As Left Data and are traceable to the National Institute of Standards and Technology (NIST). We service radius gages from a range of manufacturers, including (but not limited to): Accusize Brown & Sharpe Fowler Fuji Tools InSize Mitutoyo Moore & Wright Phase II SPI Starrett Online Records Clients can instantly access and manage their calibration records such as certificates, and asset history through iPortal. iPortal is a secure web platform that can be accessed from anywhere, at any time. Comprehensive Calibration Services As a company that has been serving clients for over 50 years, the staff...



Torque Wrench Calibrations Applied Technical Services’ Metrology department performs proto torque wrench calibrations from a wide range of manufacturers. These tools should be periodically calibrated according to the frequency and circumstances of their use. In most industries, compliance with stringent quality standards or industrial regulations is crucial due to the risk of over or under tightened fasteners. With a torque calibration capability ranging from 5 in-oz to 2000 ft-lbs, our lab can verify or correct the fastener-tightening accuracy of your Proto torque wrench to meet your individual needs. Wrench Types Serviced by ATS Include: T Handle Split Beam Ratchet Power Pneumatic Open End Multiplier Micrometer Insulated Electric Digital Dial Crowfoot Beam Automotive Allen Air Adjustable Online Records We make online calibration records access simple with iPortal. iPortal is a secure web platform that hosts calibration status updates, certificates, asset history, future recall dates, and provides easy access without hassle. Distinguished Quality Assurance Our labs are well-known for their high level of service quality – performing services according to measurable objectives, defined processes, and proven scientific principles. All data we generate is traceable to the National Institute of Standards and Technology (NIST), and As Found and As Left Data is included in our calibration certificates. ATS Quality Standards ISO 9001:2015-Registered ISO/IEC 17025: 2017-Accredited Calibration Labs ASME NQA-1 Nuclear Quality Assurance Requirements 10 CFR 50 Appendix B Quality Assurance Criteria for Nuclear ANSI/NCSL Z540-1 Calibration 10 CFR 21 Reporting of Non-Conformances ATS – Your Provider for Calibrations Within Multiple Disciplines Electrical/Electronic Avionics...



Our Calibration Services Applied Technical Services performs pressure relief valve calibrations in addition to our other calibration services. Our experienced technicians can ensure that your relief valves operate safely while complying with applicable industry design codes. Certain industries use pressure relief valves to safely release excess pressure from tanks and piping systems. However, these valves should be periodically calibrated due to the less than desirable environments that these systems typically operate in. Improperly adjusted valves can potentially pose a safety risk to personnel and result in added costs for your business. For this reason, many businesses seek out third-party calibration labs like ATS to properly calibrate their pressure relief valves. ATS has decades of experience in performing calibration services for our clients. Online Records We make online records access simple with the iPortal secure web platform. Clients can instantly retrieve and manage calibration certificates, asset history, and reports. Distinguished Quality Assurance At ATS, we consistently work according to defined processes through our ISO certified quality program. All data we collect in our calibration labs is traceable to the National Institute of Standards and Technology (NIST). Additionally, our calibration certificates include As Found and As Left Data. ATS Registered and Accredited Quality Standards ISO/IEC 17025 Competency of Testing Calibration Labs 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances ISO 9001:2015 Quality Management ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration Calibrations for Multiple Disciplines Electrical/Electronic Avionics Environmental Dimensional Mechanical Standards Lab Field/Onsite About Us Applied Technical...



As part of our wide range of calibration services, Applied Technical Services performs ultrasonic thickness gage calibration. Our trained experts can ensure your gage is properly calibrated and remains in compliance with applicable codes and standards. About Ultrasonic Thickness Gage Calibration Companies use ultrasonic gages to precisely measure the thickness of various materials – including metal, plastic, and paint coatings. However, these sensitive gages should be periodically calibrated to maintain the most accurate results. As thickness gages age and endure wear and tear, their ability to accurately measure material thickness can become compromised. Inaccurate results can potentially result in lost time and added cost for your business. To provide our clients with the best results, ATS calibrates ultrasonic thickness gages in reference to a test material of known thickness. All data in our calibration labs is traceable to the National Institute of Standards and Technology (NIST). Additionally, online calibration records are available online 24/7 through the iPortal secure web platform. We service thickness gages of all types from multiple manufacturers, including (but not limited to): ACS Cygnus Instruments DeFelsko Elcometer Extech Kett Olympus Phase II SAMA Tools Sonotec Starrett Tritex NDT ATS Quality Assurance Our labs are known for consistently delivering a high level of service quality. Each one of our calibration services is held to stringent standards under our ISO certified quality program. ATS Registered and Accredited Quality Standards ISO/IEC 17025:2017 Competency of Testing Calibration Labs ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Quality Assurance Criteria for...



Holiday detector calibration is just one of the many calibration services Applied Technical Services offers. We verify that your equipment performs accurately and consistently as expected – making adjustments as necessary to fully comply with applicable standards. Technicians use holiday detectors to locate coating discontinuities on pipelines, concrete, storage tanks, and other structures. However, detector accuracy can sometimes drift over time and producing selected output voltage becomes an issue. Improperly adjusted holiday detectors can either cause unnecessary coating damage due to excess voltage or fail to discover unseen coating defects such as pinholes and voids that can eventually lead to corrosion because of insufficient voltage output. For this reason, businesses rely on third-party calibration labs like ATS to ensure their holiday detector equipment continues to maintain its sensitivity. Our experienced calibrations staff know the importance of conducting periodic calibrations. All data generated in our lab is traceable to the National Institute of Standards and Technology (NIST), and our calibration certificates include As Found and As Left Data. We also provide online calibration records access through the iPortal secure web platform. ATS services several types of holiday detectors from multiple manufacturers, including (but not limited to): Buckleys DeFelsko Elcometer ElectroPhysik Elmed Fischer Jornen Phynix SAMA Tools Trusted Quality Assurance ATS is known for its excellent service quality. We value defined processes and measurable objectives in our work – following stringent standards under our ISO certified quality program. ATS Quality Standards ISO/IEC 17025:2017 Accredited ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix...



Applied Technical Services offers crimp tool calibration services as part of our wide array of calibration services. Our experienced technicians can ensure that your equipment operates according to applicable industry standards while also satisfying your individual needs. Various industries use crimp tools, or crimpers, to fuse wires together. Due to wear and aging, however, these tools may begin to work less effectively over time if left unchecked. Companies that require a high level of reliability and precision in their crimp tools can work with third-party calibration labs like ATS. Calibration technicians can verify that crimp tools meet industry requirements and make adjustments as necessary. Our calibration certificates include As Found and As Left Data and all data generated in our labs is traceable to the National Institute of Standard and Technology (NIST). Additionally, calibration records are available online for clients through the iPortal secure web platform. ATS calibrates all types of crimp tools including handheld, electric, and air-powered units. We also service crimp tools from several manufacturers, including (but not limited to): AMP Connex ETC Greenlee Harting Ideal Gage Molex Paladin Phoenix Contact Sargent Tools TE Connectivity TYCO ATS Quality Assurance Our labs offer services of superior quality from knowledgeable industry professionals. We consistently work according to measurable objectives, defined processes, and stringent standards under our ISO certified quality program. ATS Quality Standards ISO/IEC 17025:2017 Accredited ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances NCSL Z540-1 Calibration ISO 9001:2015 Registered...



As part of our long list of onsite calibration services, Applied Technical Services performs freezer calibration for a range of freezer equipment types and applications. ATS’ team of experts ensures freezer equipment operates accurately and consistently while meeting industry standards. The Dangers of Uncalibrated Freezers Businesses rely on freezers for more than just food storage. The industrial, scientific, and other types of industries use freezers to store various types of temperature-sensitive materials that require advanced temperature control equipment. Even high-performance freezers, however, need to be periodically calibrated by a professional. Uncalibrated freezers can begin to function less precisely as they age – potentially costing your business lost time, money, and product. Our certified professionals can ensure that your freezer delivers performance within tolerance and meets your individual needs. We service all freezer types, sizes, and models. ATS services freezers from multiple brands, including (but not limited to): American Biotech Cole-Parmer Helmer Scientific Marvel Scientific NuAire Revco SHEL LAB So-Low Thermo Fisher TLE Series TSX VWR Online Records Online calibration records such as calibration status updates, certificates, asset history, and recall dates are available on the iPortal web platform. iPortal is quick, secure, and accessible 24/7. Quality Assurance Every service we provide at ATS comes with our dedication to quality. We perform our work through stringent standards under our ISO-certified quality program, and all data generated is traceable to the National Institute of Standards and Technology (NIST). ATS Quality Standards ISO/IEC 17025:2017 Accreditation Competency of Testing Calibration Labs NCSL Z540-1 Calibration...



Applied Technical Services offers microscope calibration services as part of our long list of available onsite calibrations. Our expert staff adjust microscopes to ensure accuracy and to comply with applicable codes and standards. Microscopes are used in scientific and medical applications to view a small sample object under high magnification. Due to the high magnification factor of these instruments, microscope eyepiece reticles should be periodically calibrated so they can continue to deliver valid results that are within tolerance. Our calibrations lab services microscopes from a range of manufacturers and works with your individual calibration needs. Manufacturers of microscopes that we service include (but are not limited to): AmScope Euromex Hitachi High Technologies HORIBA Scientific Jeol Meiji Techno Motic Omano Omax Vanguard VWR Online Records iPortal is a secure web platform that hosts all of your calibration records in one central location. Instantly access your calibration certificates, recall dates, asset history, and status updates–anywhere, any time. Our Quality Assurance One of our core values at ATS is holding a high standard for service quality. All of our laboratories work according to defined processes, measurable objectives, and proven scientific principles under our ISO certified quality program. ATS Quality Standards ASME NQA-1 Nuclear Quality Assurance Requirements ISO/IEC 17025:2017 Accredited ISO 9001:2015 Registered 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances NCSL Z540-1 Calibration ATS Calibration Services Electrical/Electronic Environmental Dimensional Avionics Standards Lab Thermal Field/Onsite Mechanical Applied Technical Services has been a provider of superior testing, inspection, and calibration services...



Applied Technical Services performs refrigerator calibrations for a range of refrigerator equipment types as part of our long list of onsite calibration services. ATS’ team of professionals ensures refrigerator equipment operates accurately and consistently while complying with industry standards. About Refrigerator Calibration Businesses use refrigerators for more than just storing food. Various industries use refrigerators to store all kinds of materials that require controlled temperature conditions. However, refrigeration systems should be periodically calibrated by a qualified expert. Uncalibrated refrigerators can start to lose precision as they age – potentially resulting in lost time and product. Our qualified professionals can ensure that your refrigerator performs within tolerance while meeting your individual requirements. We service commercial and industrial refrigerators from multiple manufacturers, including (but not limited to): American Biotech ESCO Fiocchetti Follett Helmer Scientific Kelvinator Labcold Marshall Scientific Marvel Scientific PHC Thermo Scientific VWR Online Records iPortal is a secure online platform that hosts all your calibration certificates, asset history, status updates, and recall dates. iPortal is accessible anytime, from any location. Quality Assurance Our commitment to quality comes with every service we provide at ATS. All data generated is traceable to the National Institute of Standards and Technology (NIST), and we perform our work through stringent standards under ISO certified quality program. ATS Quality Standards ISO/IEC 17025:2017 Accredited NCSL Z540-1 Calibration ASME NQA-1 Nuclear Quality Assurance Requirements ISO 9001:2015 Registered 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances Your Provider for Calibrations Across Multiple Industries Avionics Dimensional...



Applied Technical Services performs incubator calibration as part of our extensive array of calibration services. Our lab staff verifies or corrects incubators’ ability to maintain accurate, consistent chamber conditions while meeting applicable codes and standards. The Need for Calibrations Laboratory incubators are used to maintain specific atmospheric conditions for the storage and growth of microbiological cultures. Establishing the correct temperature, humidity, and even CO2 outputs of the incubator is essential for the survival of the contained samples. Incubators that are left uncalibrated, however, can begin to function less accurately as they age – potentially resulting in lost time, money, and effort. ATS calibrates several incubator types from multiple manufacturers, including (but not limited to): Benchmark Scientific Boekel Esco Fisher Scientific NuAire SHEL LAB Unico VWR Yamato Online Records ATS calibration clients can access online records through the iPortal web platform. iPortal provides quick and secure access to your calibration status updates, asset history, recall dates, and certificates. ATS Quality Assurance We are committed to providing a high standard of quality for our clients. Our staff works according to measurable objectives, defined processes, and established scientific principles under our ISO-certified quality program. All data we generate is traceable to the National Institute of Standards and Technology (NIST), and our lab is accredited to ISO 17025 by A2LA. ATS Quality Standards NCSL Z540-1 Calibration ISO/IEC 17025:2017 Accredited ISO 9001:2015 Registered ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances Your Provider for Calibrations...



Applied Technical Services offers RTD probe calibrations in addition to our long list of other calibration services. Our highly trained and certified staff service RTD probes to verify or correct their accuracy as well as to ensure they comply with applicable codes and standards. Resistance Temperature Detectors RTD probes – or resistance temperature detector probes – are sensors that record temperature through differences in resistance. Various industries rely on these probes for accurate and consistent temperature measurements. However, if left uncalibrated, RTD probes can begin to drift from their original accuracy as they age. Incorrect RTD probe readings can result in compromised product quality, lost time, and added costs. Probes should be periodically calibrated by a professional so that they can continue to deliver valid, reliable results. ATS services RTD probes from multiple manufacturers, including (but not limited to): Cole-Parmer Fluke Heraeus Honeywell Omega Omron Palmer Wahl Pyromation Rosemount TE Connectivity Thermo Sensors Vaisala Online Records We make access to calibration records simple for our clients. iPortal is a secure web platform that hosts all of your calibration status updates, certificates, asset history, and recall dates. Clients can access iPortal from anywhere, 24/7. Trusted Quality Assurance At ATS, we are proud to hold a high standard for service quality. Our prompt and thorough results are complemented by our stringent, ISO certified quality program. Quality Standards ASME NQA-1 Nuclear Quality Assurance Requirements ANSI/NCSL Z540-1 Calibration 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances ISO/IEC 17025:2017 Accredited ISO...



Applied Technical Services offers a range of humidity calibration services, including hygrometer calibration. Our highly trained and certified staff can ensure that your hygrometer equipment delivers accurate results while complying with applicable codes and standards. Accuracy is Critical Businesses use hygrometers to measure the amount of humidity or Dew Point in the atmosphere. For instance, they can be used to monitor humidity in a manufacturing facility or lab where products need to be kept under specific conditions. More and more, industries are requiring environmental conditions be recorded at the time of test. Unfortunately, even the best hygrometers can begin to lose their accuracy through contamination and aging. Annual hygrometer calibration can assure that your instruments continue to deliver valid results that are within tolerance. Our calibrations lab services all types of hygrometers from a range of manufacturers, including: Cole-Parmer Extech Fisher Scientific Fluke Kahn MadgeTech Omega Palmer Wahl PCE Instruments REED Shaw VWR Online Records iPortal is a secure web platform that hosts all of your calibration records in one place. Instantly access future calibration recall dates, history, assets, and certificates – anywhere, anytime. Our Quality Assurance All of our calibration services are backed by our ISO certified quality program, and all data generated in our lab is traceable to the National Institute of Standards and Technology (NIST). We are committed to working with integrity, professionalism, and established scientific principles. ATS Quality Standards ASME NQA-1 Nuclear Quality Assurance Requirements ISO/IEC 17025:2017 Accredited ISO 9001:2015 Registered 10 CFR 50 Appendix B...



Applied Technical Services performs hot plate calibration as part of our wide range of calibration services. Our expert calibration team services hot plates so they meet industry standards as well as deliver consistent, valid results. Why Calibrations Are Important Hot plates are used to heat various substances in laboratory and manufacturing applications. Businesses that require precise heating capabilities often request hot plate calibrations to ensure they are within tolerance. ATS’ calibration department verifies or corrects hot plate temperature uniformity and ensures that temperature output accurately corresponds with the temperature control reading. Our calibration certificates include As Found and As Left Data and all data are traceable to the National Institute of Standard and Technology (NIST). Additionally, online calibration records such as asset history, certificates, and reports are available to all clients through the iPortal secure web platform. We service a range of hot plates from multiple manufacturers, including: Cole-Parmer Corning Dataplate Fisher Scientific IKA Matest Omega Sigma Systems Sikama Talboys Thermo Scientific Thermolyne VWR Weller West-Bond ATS Quality Assurance As a leading calibration service provider, we focus closely on having a high standard for quality. We perform our work through measurable objectives, defined processes, and proven scientific principles. Quality Standards 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances ISO/IEC 17025:2017 Accredited Competency of Testing Calibration Labs ISO 9001:2015 Registered Quality Management ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration ATS Calibration Services Avionics Electrical/Electronic Field/Onsite Standards Lab Dimensional Thermal We can attest to the importance...



Applied Technical Services offers calibration services for a long list of electronic equipment, including frequency counter calibrations. Our team of experts adjusts frequency counters to ensure they remain in tolerance required by applicable codes and standards as well as your individual requirements. Frequency counters require precise settings to display frequency measurements properly. If left unmaintained, frequency counters can produce invalid results and cost your business extra time and money. To correctly calibrate frequency counters, ATS compares the test device to a standard reference. All data generated in ATS calibrations labs are traceable to the National Institute of Standards and Technology (NIST). We service a range of frequency counters from multiple manufacturers, including: B&K Precision Circutor Crompton Instruments ELEQ F. C. Misure Keysight Technologies Rohde & Schwarz Stanford Research Systems Tense TTI Online Records To simplify calibration records access, we offer records through the iPortal web platform. Quickly and securely access status updates, certificates, asset history, and future calibration recall dates from anywhere, anytime. ATS Quality Standards As part of our high standard for quality, all of our calibration departments follow measurable objectives, defined processes, and proven scientific and engineering principles. ATS Quality Standards ISO/IEC 17025:2017 Accredited Competency of Testing Calibration Labs ISO 9001:2015 Registered Quality Management ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances Your Provider for Frequency Counter Calibrations and More Electrical/Electronic Environmental Avionics Dimensional Thermal Field/Onsite Mechanical Standards Lab For decades, Applied Technical Services has...



Along with our other calibration services, Applied Technical Services also offers spectrophotometer calibration services. Our experienced team adjusts spectrophotometers so our clients get the best results while complying with applicable codes and standards. About Spectrophotometer Calibration Spectrophotometers are used in both laboratory and manufacturing applications to measure light wavelength intensity. Due to the precise measurements involved, spectrophotometers must be calibrated correctly to deliver valid results. Metrics we evaluate include wavelength accuracy, photometric accuracy, and stray light performance. ATS services spectrophotometers from multiple manufacturers, including (but not limited to): Agilent Technologies Aurora Instruments Auxilab Biotek Instruments Buck Scientific Cecil Instruments Datacolor Hach Jenway Mettler Toledo Thermo Fisher Scientific X-Rite Inc. Online Records Clients can instantly access calibration asset history, certificates, and reports through the iPortal web platform. iPortal allows for quick, secure, and convenient records management. ATS Quality Assurance Holding a high standard for service quality is one of our top priorities at ATS. Our calibration certificates include As Found and As Left Data and are traceable to the National Institute of Standard and Technology (NIST). ATS Quality Standards ASME NQA-1 Nuclear Quality Assurance Requirements ISO/IEC 17025 Competency of Testing Calibration Labs ISO 9001:2015 Quality Management 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances NCSL Z540-1 Calibration ATS Calibration Services Avionics Electrical/Electronic Environmental Dimensional Thermal Standards Lab Field/Onsite Mechanical For over 50 years, Applied Technical Services has performed services according to measurable objectives, defined processes, and stringent standards. We understand the importance of properly calibrated equipment in...



Applied Technical Services performs cable tensiometer calibration, wire tension meters and other calibration services. Our calibration department helps verify and correct cable tensiometer accuracy so our clients can maintain safe and consistent operation while complying with applicable codes and standards. Cable tensiometers – also called wire tension meters – measure cable tension and typically display the subsequent reading on a dial scale. Businesses rely on tensiometers to be accurate, as incorrect tension measurements can pose a safety risk for personnel and potentially damage equipment. Cable tensiometers can become less accurate as a result of physical damage, over-stretching of the internal spring, and spring corrosion. Our experts use standardized weights to adjust tensiometer equipment to their proper specifications. Online Records All client calibration records are available on the iPortal web platform. iPortal allows you to quickly and securely access calibration certificates, asset history, status updates, future calibration and recall dates. Trusted Quality Assurance At ATS, one of our core values is upholding a high standard for quality. We center our services on measurable objectives, defined processes, and rigorous standards under an ISO certified quality program. ATS Quality Standards ISO/IEC 17025 Accreditation for Testing Calibration Labs ISO 9001:2015 Registration for Quality Management ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances NCSL Z540-1 Calibration ATS Calibration Services Electrical/Electronic Avionics Environmental Dimensional Thermal Field/Onsite Standards Lab Mechanical Since 1987, Applied Technical Services’ calibration department has been a preferred provider of calibration services for multiple...



Applied Technical Services offers several torque calibrations services, including torque transducer calibration. Our calibration experts make sure torque transducers perform correctly and deliver accurate readings while meeting applicable codes and standards. Torque Transducers Torque transducers are testing instruments often used in machinery industries to evaluate torque wrench accuracy. As with any measuring equipment, torque transducers require periodic calibration to continue to function effectively. Continued use of uncalibrated transducers can compromise the quality of products and cost your business extra time and money. We have the ability to calibrate torque transducers with our certified Torque Arms and Weights up to 2,000 foot-pounds. Online Records For your convenience, we offer calibration records through the iPortal web platform. iPortal hosts calibration certificates, current asset status, asset history, and due date reports all in one place. Our Quality Assurance At ATS, maintaining a high standard for service quality is our number one priority. We execute calibrations according to measurable objectives, defined processes, as well as stringent standards that have been ISO certified. Additionally, all of our As Found and As Left Data are traceable to The National Institute of Standard and Technology (NIST). ATS Quality Standards ISO 9001:2015: Registration Quality Management ISO/IEC 17025:2017 Accredited Competency of Testing Calibration Labs 10CFR21 Reporting of Non-Conformances 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration Additional ATS Torque Calibration Services Beam Type Torque Wrenches Dial Torque Calibrations Electric Torque Guns Pneumatic Torque Guns Rotary Torque Analyzers Torque Analyzers Torque...



In addition to our other calibration services, Applied Technical Services performs spectrum analyzer calibrations. The Need for Calibration Our team of calibration experts verify that spectrum analyzers perform according to OEM specifications. Spectrum analyzers can display signal attributes such as amplitude, RF power, frequency, and modulation. Due to the precise measurements involved, these analyzers need to be calibrated regularly to deliver valid test results. If left unchecked, inaccurate measurements can equate to lost time, added expense, or liability for your business downstream. Online Records Calibration records are available online through the iPortal web platform. Clients can quickly and securely access calibration due date reports, current asset status, asset history, and certificates. Calibration for Multiple Spectrum Analyzer Models, Including: Advantest Aeroflex Agilent Anritsu B&K Precision GW Instek Hameg Instruments Hewlett Packard IFR Systems Keysight Marconi Instruments Protek Rigol Rohde & Schwarz Tektronix Quality Assurance Each one of our calibration services is complemented by our high standard for service quality. We work with attention to measurable objectives, defined processes, and proven scientific and engineering principles. ATS Quality Standards ISO/IEC 17025:2017 Accreditation of Testing Calibration Labs 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances ISO 9001:2015 Registration Quality Management ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration ATS Calibration Services Choose Applied Technical Services for all your calibration needs – we have over 50 years of proven testing, inspection, and calibration experience. Our lab is accredited to ISO 17025 by A2LA and all data generated is traceable to...



Applied Technical Services performs calibrations for a range of viscometer types from multiple manufacturers. Our calibration experts ensure viscometer measurement accuracy and compliance with applicable standards for our clients. Viscometers Viscometers measure the viscosity – or thickness – of liquids and are often used in scientific, manufacturing, food service, and other industries. However, uncalibrated viscometers can compromise the quality of processes and products and cost your business extra time and money. Companies can work with a third-party calibration lab, such as ATS, to ensure their viscometer equipment is calibrated correctly and can provide the accurate results they need. Our experts calibrate viscometers with a NIST traceable standard solution. Viscometer Manufacturers We calibrate viscometers from multiple manufacturers, including (but not limited to): A&D Instruments Anton Paar Brookfield BYK Gardner Cannon Instruments HAAKE Lamy Rheology LAUDA Scientific Mettler-Toledo International RheoSense Thermo Fisher Scientific Schott Instruments Quality Standards As a leading calibrations company, we take pride in having a high standard of quality. ATS operates under a quality program with measurable objectives, defined processes, and stringent, ISO certified standards. ATS Quality Standards ISO/IEC 17025 Accreditation for Testing Calibration Labs ISO 9001:2015 Registration for Quality Management ANSI/NCSL Z540-1 Calibration ASME NQA-1 Nuclear Quality Assurance Requirements 10 CFR 21 Reporting of Non-Conformances 10 CFR 50 Appendix B Quality Assurance Criteria for Nuclear ATS – Your Provider for Viscometer Calibrations Dimensional Environmental Avionics Electrical/Electronic Mechanical Field/Onsite Standards Lab Thermal For over 50 years, Applied Technical Services has offered superior testing, inspection, and calibration services. Our calibration...



Applied Technical Services performs calibrations for all types of pressure gages, including vacuum gages. Our calibration team carefully makes the necessary adjustments to maintain gage accuracy and compliance with applicable standards for our clients. What is Vacuum Gage Calibration? Vacuum gages are used to measure negative pressure in a variety of industrial applications. As vacuum gages age, they are subject to repeated forces that can offset the accuracy of their readings. Incorrect measurements can result in lost time and money, as well as compromised product quality for your business. Gages should be periodically calibrated to maintain the accuracy and consistency of their readings. To properly perform a vacuum gage calibration, we use a highly accurate vacuum source and vacuum standard. Online Records We make access to your calibration records simple. iPortal is a secure web platform that hosts all your calibration status updates, certificates, asset history, and recall dates in one central location. Proven Quality Assurance At ATS, we are committed to providing a high level of service quality. Under our ISO-certified quality program, we offer accurate results, cutting-edge equipment, and detailed reporting. ATS Quality Standards ISO/IEC 17025 Competency of Testing Calibration Labs NCSL Z540-1 Calibration ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR21 Reporting of Non-Conformances 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ISO 9001:2015 Quality Management Related Calibration Services Our superior calibration services include: Dimensional Environmental Electrical/Electronic Avionics Mechanical Standards Lab Field/Onsite Thermal About Us Since 1987, Applied Technical Services has been an experienced leader in calibrations for...



As part of our extensive calibration capabilities, Applied Technical Services performs tape measure calibration. Why Do Tape Measures Need Calibration? Many industries rely on accurate measurements in their daily operations. However, incorrect or inconsistent data from uncalibrated tape measures can potentially result in larger issues later on – unnecessarily adding time and cost to a project. Tape measures can begin to lose accuracy as a consequence of wear and tear, erasure of painted markings, nicks and scratches, and blade wear on the leading edge. Through our calibration services, ATS ensures that our clients’ measuring equipment meets their individual needs while satisfying industry standards. Online Records We offer clients online calibration records access through the iPortal web platform. iPortal hosts all calibration certificates, current asset status, asset history, and due date reports in one convenient location. ATS Quality Assurance Our calibration team knows the importance of obtaining accurate measurements. As part of our commitment to quality service, our calibration certificates include As Found and As Left Data and are traceable to the National Institute of Standard and Technology (NIST). We perform our work according to measurable objectives, defined processes, and stringent standards under an ISO certified quality program. ATS Quality Standards ISO 9001:2015 Registered Quality Management ISO/IEC 17025:2017 Accredited Competency of Testing Calibration Labs NCSL Z540-1 Calibration 10CFR21 Reporting of Non-Conformances 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ASME NQA-1 Nuclear Quality Assurance Requirements Proven Hand-Held Tool Calibrations Bore Gages Calipers Countersink Gages Crimp Tools Dial and Test Indicators Height...



Applied Technical Services performs digital and analog timer calibrations. Our calibration experts help ensure that our clients’ timers and other timing devices maintain accurate and precise operation while meeting applicable codes and standards. ATS also offers stopwatch calibration. About Timer Calibration Timers measure time interval counting upward or downward from a set point. As they sustain repeated use or age with service life, timers can become less accurate and require calibration. For industries that rely on accurate timing data, maintaining exact measurements is essential. Inaccuracies in timers can be difficult to identify and can affect production runs or test results. Our calibration experts perform calibrations for a range of timer manufacturers and for all types of industries. Data generated in our calibration labs are traceable to the National Institute of Standards and Technology (NIST). Online Records ATS provides secure online calibration records access through iPortal. Calibration status updates, certificates, asset history, and future calibration recall dates are available online at any time for your convenience. ATS Quality Standards To provide the best service, our calibration department performs all services according to measurable objectives, proven processes, and stringent standards that have been ISO certified. ISO 9001:2015 Registration Quality Management NCSL Z540-1 Calibration ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR50 Appendix B Quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances ISO/IEC 17025:2017 Accredited Competency of Testing Calibration Labs Superior Calibration Services Avionics Environmental Dimensional Electrical/Electronic Standards Lab Mechanical Thermal Field/Onsite Applied Technical Services is well-versed in a long list of calibration...



Applied Technical Services performs stopwatch calibration services for digital and mechanical stopwatches. Whether for scientific, manufacturing, or any other applications, our calibration lab ensures stopwatches and other timing devices such as timers maintain accurate and precise operation while complying with applicable codes and standards. Our Stopwatch Calibration Services Stopwatches are timing devices that measure time interval counting upward or downward and can be mechanical or digital. As they endure repeated use or age with service life, stopwatches can start to lose their accuracy and require calibration. Exact measurements are critical for industries that rely on precise timing data, and inaccuracies can be difficult to spot. Our calibration experts service a range of stopwatch manufacturers and models so our clients can continue to conduct their daily operations with precision and efficiency. All data generated in ATS calibration labs are traceable to the National Institute of Standards and Technology (NIST). Online Records ATS makes calibration records access simple with iPortal. Calibration status updates, certificates, asset history, and future calibration recall dates are available online 24/7 for your convenience. ATS Quality Standards To maintain our high standard for quality, we operate our lab and field services according to measurable objectives, defined processes, and stringent standards that have been ISO certified. ISO 9001:2015 Registered ANSI/NCSL Z540-1 Calibration Laboratories ISO/IEC 17025:2017 Accredited ASME NQA-1 Nuclear Quality Assurance Requirements 10 CFR 21 Reporting of Non-Conformances 10 CFR 50 Appendix B Quality Assurance Criteria for Nuclear Superior Calibration Services Environmental Dimensional Avionics Electrical/Electronic Field/Onsite Mechanical Thermal Standards...



Applied Technical Services offers sound level meter calibration services for a variety of manufacturers and industries. Sound Level Meters Sound level meters (SLM) are usually hand-held instruments and use a microphone to provide a read-out of changes in air pressure caused by sound waves. These meters verify sound levels to protect the hearing of worksite personnel, meet government requirements, and monitor environmental conditions. Sound level meter calibrators are used to field check and calibrate SLM before each use and provide confidence in measurements taken by the meter.   Unfortunately, an inaccurate sound level meter calibrator can compromise such data. To avoid this issue, companies can rely on calibration labs like ATS to perform a calibration on their SLM and SLM calibrators. Typically, an annual calibration is recommended for both. Online Records We offer clients easy access to calibration records through the iPortal online platform. iPortal quickly displays status updates, calibration certificates, asset history, and future calibration recall dates. ATS Quality Assurance ISO/IEC 17025:2017 Accredited (A2LA): Competency of Testing Calibration Labs NCSL Z540-1 Compliant: Calibration 10 CFR 21 Compliant: Reporting of Non-Conformances ASME NQA-1 Compliant: Nuclear Quality Assurance Requirements ISO 9001:2015 Registered: Quality Management System 10 CFR 50 Appendix B Compliant: Quality Assurance Criteria for Nuclear Performing Calibrations for Multiple Sound Meter Manufacturers, Including... 01dB ACO Bruel & Kjaer Casella CEL Castle Cirrus Cortex Cygnet Delta OMH Dicesva Extech IVIE Larson Davis Metrosonics Norsonic Ono Sokki PCE Istruments Pulsar Instruments Quest Rion Sencore Sonopan Svantek Terrasonde ATS – Your Provider for...



Applied Technical Services offers pH meter calibration services for analog and digital meters. Our calibration experts adjust pH meters so they can continue to deliver consistent and accurate readings while meeting applicable codes and standards. Keep Your Meter Accurate A pH meter is an instrument that measures the amount of hydrogen ions in a aqueous solution which determines it’s acidity or alkalinity. Many industries, including agriculture, water treatment, manufacturing, healthcare, and others rely on accurate pH measurements in their daily operations. Changes in meter accuracy can be subtle and difficult to notice, resulting in unreliable results. Performing periodic meter calibrations can help ensure accurate, consistent pH readings. Through our calibration process, we can adjust pH meters in reference to buffer solutions with a known pH level. Online Records We provide client calibration records online through iPortal for quick and convenient access. iPortal stores future calibration recall dates, status updates, certificates, and asset history in one central location. ATS Commitment to Quality Quality Standards 10 CFR 21 Reporting of Non-Conformances ISO 9001:2015 Registered: Quality Management ANSI/NCSL Z540-1 Calibration ISO/IEC 17025:2017 Accredited (A2LA): Competency of Testing Calibration Labs ASME NQA-1 Nuclear Quality Assurance Requirements 10 CFR 50 Appendix B Quality Assurance Criteria for Nuclear pH Meter Brands We Calibrate Include... Apera Instruments Beckman Coulter Corning Denver Hach Horiba Hamilton Hanna Instruments Horiba ITT Analytics X LaMotte Metrohm Mettler Toledo Oakton OHAUS Pulse Instrument Sartorius Scientech Sensorex Thermo Fisher Scientific ATS – Your Provider for All Your Calibration Needs Avionics Dimensional Electrical/Electronic Environmental...



Applied Technical Services offers oven calibration services. Our team of calibration experts can travel to client facilities to help assess and improve oven heating accuracy, consistency, and efficiency. Why Temperature Control is Important Ensuring even heat distribution and correct temperature readings is important for any industry that relies on heating from ovens and furnaces. It can be difficult to know whether temperature readings are truly accurate, and incorrectly or inefficiently manufactured products can mean added time and expenses for your business. At ATS, our calibration process includes correcting temperature control and monitoring devices, as well as documenting temperatures in different areas of the oven or furnace over time to verify consistency. Online Records ATS makes calibration records management simple. We offer client calibration records online through iPortal — a central hub for status updates, calibration certificates, asset history, and future calibration dates. ATS Quality Assurance Applied Technical Services has been providing industry-leading calibration services since 1987. Our calibrations are accredited to ISO 17025 by the A2LA, and all data we generate is traceable to the National Institute of Standards and Technology (NIST). To maintain our quality standards, we focus on our core principles of accurate results, timely service, detailed reporting, and helpful client support. Our calibration department understands the importance of high standards for quality when choosing a calibrations service provider. We perform all of our services according to proven scientific principles, measurable objectives, and defined processes. ATS Quality Standards ISO 9001:2015 Registered Company ISO/IEC 17025:2017 Accredited Calibration Labs 10...



Applied Technical Services performs gauss meter calibration for both analog and digital gauss meters. ATS’ calibration experts ensure our client’s meters deliver accurate and consistent readings to comply with industry standards and maintain quality control. Gauss Meter Accuracy Gauss meters are used to measure the strength of relatively small magnetic fields. Sensitive measuring equipment such as gauss meters periodically require calibration to continue to give valid readings. Incorrect readings are not always obvious and can result in lost time and effort. Our calibration process involves adjusting the meter in reference to a magnet with a known flux density, ensuring the highest degree of accuracy possible. Online Records For more convenient calibration records access, we offer client records online through iPortal. iPortal allows instant access to calibration asset history, status updates, certificates, and future calibration recall dates. Our Quality Standards At ATS, we are proud to center our work on quality. All of our services – including calibrations – are based on measurable objectives, defined processes, and stringent industry standards through an ISO certified quality program. ATS Quality Standards 10CFR21 Reporting of Non-Conformances ISO 9001:2015 Quality Management ISO/IEC 17025 Competency of Testing Calibration Labs 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration Proven Calibration Services Environmental Avionics Electrical/Electronic Dimensional Mechanical Field/Onsite Standards Lab Thermal Applied Technical Services has been a leading provider of testing, inspection, and calibration services for decades. As calibration professionals, we understand the importance of calibration in preserving the...



Applied Technical Services performs dial indicator calibrations for multiple industries. Our calibration experts help verify the accuracy of dial indicators and make adjustments as necessary so they meet the applicable codes and standards. Dial indicators are utilized to display relatively small measurements within scientific, manufacturing, and other industries. For instance, they are often used to check the precision of critical dimensions during the manufacturing process. However, dial indicators can experience wear and become less effective over time. Conducting periodic calibrations on these indicators is essential in maintaining the accuracy and consistency of their measurements. Our experts provide calibration services both in our lab and onsite. Online Records To make our calibration services more convenient for our clients, we offer calibration records through the iPortal web platform. iPortal offers secure, instant access to asset history, certificates, and reports. Superior Quality Assurance As part of our commitment to quality, ATS works according to measurable objectives, focused procedures, and stringent standards. Our calibrations data are traceable to the National Institute of Standard and Technology (NIST) and our calibration certificates include As Found and As Left Data. ATS Quality Standards NCSL Z540-1 Calibration ISO/IEC 17025:2017 Accredited (A2LA): Competency of Testing Calibration Labs ISO 9001:2015 Registered: Quality Management 10CFR50 Appendix B Quality Assurance Criteria for Nuclear ASME NQA-1 Nuclear Quality Assurance Requirements 10CFR21 Reporting of Non-Conformances Proven Calibration Services Dimensional Environmental Electrical/Electronic Avionics Thermal Mechanical Field/Onsite Standards Lab As a longstanding leader in the calibration field, Applied Technical Services serves a long list of industries...



Applied Technical Services performs centrifuge calibration services for all types. We help our clients maintain proper centrifuge operation by calibrating the revolution speed, temperature, and timer functions. Centrifuges Centrifuges are used in scientific and medical applications and rely on careful measurements to effectively separate particles from a solution. As centrifuge equipment ages and sustains mechanical stress, the readings can begin to lose their accuracy. Incorrect speed, temperature, or timer readings can compromise the effectiveness of the machine. Although there is no permanent fix for this drift in accuracy, centrifuges can be adjusted back to their original accuracy through calibration. Online Records To make calibration records management simple, ATS provides client records online through our portal. iPortal is your central location for calibration asset history, future calibration dates, status updates, and certificates. ATS Quality Assurance At ATS, we understand the importance of high-quality service when choosing a calibration service lab. We perform our services through measurable objectives, defined processes, and according to stringent quality standards. ATS Quality Standards ISO/IEC 17025:2017 Accredited (A2LA): Competency of Testing Calibration Labs ISO 9001:2015 Registered: Quality Management 10 CFR 50 Appendix B Quality Assurance Criteria for Nuclear 10 CFR 21 Reporting of Non-Conformances ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration Proven Calibration Services For decades, Applied Technical Services has been an active leader in calibrations within a broad range of fields. Our lab is ISO/IEC 17025:2017 accredited by A2LA, and all data generated is traceable to the National Institute of Standards and Technology (NIST)....



Applied Technical Services is a 3D scanning company dedicated to exceeding our clientele's various testing and inspection needs. ATS relies on modern tools and advanced computer software to perform comprehensive 3D scans through Computed Tomography (CT), CMM, and 3D Laser Site Scanning. The process of Computed Tomography (CT) involves placing a test material inside a machine that uses an X-ray projector to examine the object from multiple angles, generating data that is converted into a 3D computer model. Capable of discovering near-microscopic flaws inside a test material, CT is often relied upon for conducting failure analysis and thickness measurements. As with the CT method, Coordinate Measuring Machines (CMMs) can be used to scan and analyze a variety of test products and industrial components. ATS’ accurate CMM inspections can provide useful measurements of large, high-density materials of up to 47”x118”x39” and a weight capacity of 5000 pounds. ATS also performs 3D Laser Site Scanning, which can be utilized to generate computer models of accidents or fire scenes in forensic investigations. Please contact ATS customer service if you would like to determine which scanning method is best for you. Testing Capabilities ATS’ 3D Scanning services are performed by our experienced technicians, who routinely operate advanced equipment to produce accurate models, measurements and test results. Our Industrial CT Applications Include: Reverse Engineering First Article Inspections Dimensional Layouts Porosity Analysis Additive Manufacturing Flaw Detection/Identification Our Tools Used for Industrial CT Scanning Include: Zeiss Metrotom 1500, 225kV micro-focus 50 kg (110 lb) weight limit Analysis...



Applied Technical Services provides shunt calibrations. Current shunts, also known as shunt resistors, are used to measure Alternating Currents (AC) or Direct Currents (DC) by the voltage drop across the resistance. These shunt resistors are connected in series with the current flow. The current flow is calculated using Ohm’s Law or by calibrated meter movements. It is important to get your shunts calibrated to ensure the accuracy of measurements. Shunt Calibrations Performed at ATS: Amp Meters with Shunts Current Shunts Shunt Resistors Strain Gage Shunt ATS Calibrations Lab Applied Technical Services has an Electronic Calibrations Lab that is capable of calibrating most commercial off the shelf (COTS) equipment. Most precision measuring equipment require regular calibration services. ATS is a well-known leader in the calibrations world for our NIST traceable, ISO 17025 Accredited calibrations. We can provide a 5 to 7-day turnaround on most in-house calibration orders. We also can use our Quality Approved Vendors to provide a centralized location for all your calibration needs. Quality Assurance System Our quality assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, ISO 9001:2015 registration, 10CFR50 Appendix B, 10CFR Part 21 and ISO/IEC 17025. We are also able to provide calibrations that are accredited to A2LA. We Meet Customer Needs by Providing: Clear and accurate data Professional services delivered in a timely manner Qualified, equipped and engaged employees Services in accordance with applicable standards and specifications ATS complies with the following Quality Standards: 10 CFR 50 Appendix B- Quality Assurance Criteria for Nuclear...



Applied Technical Services provides Tachometer Calibrations. A Tachometer is an instrument that measures the RPM (Revolutions per Minute) of rotating bodies such as a disk or shaft in a machine. RPM may also be converted to other units of measure in the tachometer, such as FPM (Feet per minute). These devices are commonly utilized in vehicles and across the aerospace industry to measure RPM of a motor. No matter the type of tachometer you are using, it is important to have the device regularly calibrated to ensure that during its operations the correct measurements are being provided. Types of Tachometers Calibrated at Applied Technical Services: Calibration of Contact Tachometer Using Signal Generator Contact Tachometers Using Motor Drive and Counter with Tachometer Head Mechanical Tachometers Non-contact Tachometer Using Signal Generator Non-contact Tachometer Using Stroboscope Optical Tachometers ATS Calibrations Our Calibration labs are the leading resource for NIST Traceable ISO 17025 Accredited calibrations. We can provide calibrations in accordance with A2LA requirements upon request. For in-house calibration requests, Applied Technical Services can meet or exceed a 5 to 7-day turnaround. We also have a network of quality approved vendors that allow us to offer a one stop shop for your equipment. In addition, ATS provides a web-based interface, iPortal, that enables you to access information about your equipment. This information includes electronic copies of calibration certifications, current equipment status, history of service and due date reports for your equipment. ATS Calibration Labs provide services in the following disciplines: Avionics Lab Dimensional Lab...



ATS' expert 3D part scanning services employs computed tomography (CT) to detect flaws or defects in the structure of product components. Because of the X-ray factor involved in this method, CT provides a view of conditions inside the object, making it a valuable 3D inspection method. To begin the scanning process, an ATS technician places the sample part in one of our CT chambers. Once secured to a platform and sealed inside, the X-ray projector begins emitting radiation focused in the shape of a cone, fan, or beam. The pedestal raises the subject into the path of these X-rays, which pass through the sample part and hit a detector mounted across from the source. This detector processes a 2D black-and-white image in an operation called tomographic reconstruction based on the levels of energy it picks up. Because more dense materials absorb more of the X-rays than do less dense materials, each tomogram depicts the variation in density between the areas of the subject being scanned. Once the first tomogram (otherwise known as a slice) is complete, the platform maneuvers the sample part so that a different angle faces the projector. The process repeats for thousands of cycles, each exposure creating a new slice captured from a different orientation from the ones before it. By taking slices of the subject from every possible angle, tilt, rotation, and elevation, our technicians can compile this multitude of 2D images into a single 3D X-ray model. Called a voxel-based point cloud, our experts can...



Applied Technical Services offers unparalleled volumetric measuring capabilities to our clients by performing CT metrology scans. Also known as computed tomography, CT represents an exciting new testing method due to the amount of information gleaned from a single scan. Although its developers pioneered this technology for its invaluable medical applications (namely, its ability to help doctors detect a variety of unseen ailments such as internal bleeding or cancerous tumors) testing services like ATS increasingly offer this method to their clients for industrial uses. With the help of our CT imaging capabilities, we can take a closer look at your products. Call or click today to request an inspection. Computed Tomography and Metrology One of the most in-demand purposes that CT can fulfill is metrology. Metrology, as it applies to production and industry, is measuring a sample component or assembly to verify that it complies with the specifications of its original design (within an acceptable margin of error, called tolerance). By confirming a given sample’s precise dimensions and comparing them against a design document like a drawing or CAD model, manufacturers can either determine that the components they mass produce come out the same every time or adjust their production process to achieve part uniformity. Applications of Our CT Services The metrology process can play a role in several industrial applications to which CT is naturally suited, including: First Article Inspections: a comprehensive assessment of the first unit to judge its compliance with design specifications. While the overall inspection can include...



Applied Technical Services offers CT 3D scanning for reverse engineering applications. These technically advanced scans or X-ray inspections provide an efficient way to obtain measurements and build an accurate CAD model for industrial components, equipment, and/or parts. Computed Tomography (CT) inspections are usually preferred by clients needing both internal and external measurements due to the methods’ cost-effectiveness and efficiency advantages over CMM Laser Scans. Three-dimensional CT scans have numerous applications in Reverse Engineering practices, as they can be utilized in redesigning flawed products, replacing lost CAD files, and developing drawings for legacy components. Testing Capabilities ATS employs experienced CT technicians to perform our dynamic 3D Scanning tests. We provide a wide range of applications for our CT Services, such as First Article Inspections, Advanced Porosity Analysis, Scan-to-CAD, and Additive Manufacturing. Our industrial computed tomography tools include: Zeiss Metrotom 1500, 225kV micro-focus Annual A2LA calibration Certified to accuracy within 4. 5 microns Analysis volume up to 300 mm (11. 75 in) diameter x 600 mm (23. 6 in) high 50 kg (110 lb) weight limit Northstar Imaging X5000 Multi-Axis Manipulator (x, z, tilt, rotation), able to support up to 250 lb CT System scans with spiral acquisition in order to scan elongated objects that cannot fit within a single exposure The resolution of the manipulator angle is 0. 001 of a degree Minifocus 450kV X-ray Machine (0. 016” Focal spot at 3mA) Dual-energy capability with 225kV Microfocus X-ray Machine (As low as 0. 0002” Focal size based on voltage) Applied Technical...



Applied Technical Services offers First Article CT Scanning for clients looking to validate the quality of their industrial products. Computed Tomography (also known as CT Scanning) is an efficient, non-intrusive method of measuring the internal and external features of a given component, as well as a vital tool in discovering flaws such as voids and delamination. CT scanning is performed by placing a sample part inside a machine that projects X-rays through the subject, generating images based on data the machine collects. These 2D images are then compiled into a detailed 3D model that shows both the interior and exterior features of the scanned part. First Article CT Scans are a dependable method for determining if a given product meets necessary dimensional and quality requirements, which is why this type of testing is heavily relied-upon in industries such as aerospace, nuclear power, and additive manufacturing. Testing Capabilities ATS’ First Article CT Scanning services are performed by our experienced Technicians, who operate cutting-edge equipment to perform accurate tests and inspections. Our industrial CT testing tools include: Zeiss Metrotom 1500, 225kV micro-focus Analysis volume up to 300 mm (11. 75 in) diameter x 600 mm (23. 6 in) high 50 kg (110 lb) weight limit Annual A2LA calibration Certified to accuracy within 4. 5 microns Northstar Imaging X5000 Minifocus 450kV X-ray Machine (0. 016” Focal spot at 3mA) Dual energy capability with 225kV Microfocus X-ray Machine (As low as 0. 0002” Focal size based on voltage) Multi Axis Manipulator (x, z, tilt,...



Applied Technical Services offers High-Resolution Computed Tomography as an efficient, nondestructive testing method for industrial components. Having been utilized for decades in the medical sector, Computed Tomography (CT) Scanning has more recently become a relied-upon testing method for clients working in the industries of aerospace, additive manufacturing, and nuclear power, among other fields. This increase in demand for CT testing has been aided by computer technology advancements that have allowed for high-resolution scans of examined components to be converted into detailed virtual models. During CT inspections, a tested material is rotated on an axis inside a machine where X-ray images are taken. The computer then compiles these images to generate an accurate 3D model, which can then be used to locate internal flaws and take thickness measurements of the original material. Testing Capabilities ATS’ high-resolution computed tomography services are performed by our CT technicians, who possess both the extensive operating experience and cutting-edge equipment to provide accurate tests and inspections. Our industrial CT scanning tools include: Zeiss Metrotom 1500, with a 225kV micro-focus Annual A2LA calibration Certified to accuracy within 4. 5 microns Chamber fits specimens up to 11. 75 in (300mm) in diameter x 23. 6 in (600mm) high. 50 kg (110 lb) weight limit. Northstar Imaging X5000 Minifocus 450kV X-ray projector (0. 016” Focal spot at 3mA) Dual energy capability with 225kV Microfocus X-ray Machine Can achieve focal size as low as 0. 0002” (based on voltage) Multi-Axis Manipulator (x, z, tilt, rotation), capable of supporting max 250...



Applied Technical Services (ATS) offers CT (Computed Tomography) Services for clients looking to analyze and verify the quality of their products. The demand for Computed Tomography has increased in recent years due to advancements in computer technology, allowing CT scans to provide an efficient, nondestructive method of testing for industrial purposes. ATS’ advanced Tomography machines can aid manufacturing companies throughout a product’s design and analysis phases, as well as being capable of accurately locating internal deficiencies during failure investigations. When performing a CT inspection, an object is placed inside a machine where it is situated between an X-ray projector and an X-ray detector (also known as a DR Panel). The machine then proceeds to take multiple X-ray images by rotating the projector on an axis around the examined test material. Through a process called tomographic reconstruction, all data collected by the machine is then converted by a computer into cross-sectional pictures that can then be formed into a virtual 3D model. Our detailed, three-dimensional CT scans are highly useful in measuring interior dimensions and discovering hidden design flaws. Testing Capabilities All of our Computed Tomography services are performed by ATS’ well-trained CT technicians, who use cutting-edge equipment to provide comprehensive tests and inspections. Our industrial CT scanning tools include: Zeiss Metrotom 1500, 225kV micro-focus 50 kg (110 lb) weight limit Analysis volume up to 300 mm (11. 75 in) diameter x 600 mm (23. 6 in) high Annual A2LA calibration Certified to accuracy within 4. 5 microns Northstar Imaging X5000...



Applied Technical Services (ATS) offers Computed Tomography Scanning for clients looking to test and evaluate their products. Scanning via computed tomography (CT) is one of the most reliable and comprehensive non-destructive testing methods available. Three-dimensional CT scans can be utilized in countless ways, whether to aid a company with forensic and failure analysis services or assist in the evaluation of internal characteristics of a component. In computed tomography scanning, an object is analyzed inside a machine by an X-ray emitter that scans the subject. An imaging panel then collects projected X-ray data and sends it to a computer, which converts the data into several thousand cross-sectional images of the scanned object to yield a 3D model. Thanks to recent technological advancements that have increased computer processing power, computed tomography scanning has become an efficient way to locate and take volumetric measurements of structural flaws in sample components. Testing Capabilities ATS’ experienced CT Technicians conduct all our computed tomography scanning services. These testing experts use industry-leading analysis tools to produce accurate, precise inspection results. Our industrial CT scanning equipment includes: Northstar Imaging X5000 Minifocus 450kV X-ray Machine (0. 016” Focal spot at 3mA) Dual energy capability with 225kV Microfocus X-ray Machine (As low as 0. 0002” Focal size based on voltage) Multi Axis Manipulator (x, z, tilt, rotation), able to support up to 250 lb CT System scans with spiral acquisition in order to scan elongated objects that cannot fit within a single exposure Resolution of manipulator angle is 0. 001...



Applied Technical Services offers clients incomparable diagnostic power through our industrial CT scanning labs, which perform 3D X-ray imaging on parts and assemblies. Otherwise known as computed tomography, CT derives from traditional radiography — a form of imaging that uses X-rays to allow technicians a cross-sectional look inside of a subject as if it had been bisected. This 2D imaging technique has held an irrefutable place in the medical field for several decades; millions of patients around the world receive X-rays every day to help diagnose potential issues ranging from digestive blockage to bone fractures. It is only more recently that people began using radiography for industrial applications, including concrete inspection and weld assessment. Like its precursor, CT saw its primary initial use as a medical imaging tool. This method uses a series of X-ray exposures to create hundreds or even thousands of images referred to as tomograms or slices. Technicians collate these slices to produce 3D X-ray models (called voxel-based point clouds) that display a cross-sectional view of the subject from every conceivable angle, tilt, rotation, elevation, and orientation. Such rich data has proven invaluable to hospitals in locating blood clots, detecting tumors, imaging changes in long-term conditions such as heart disease, and a variety of other uses. CT too has only seen industrial applications later in its history, as improvements in modern computing power have made the method more accessible to more testing and inspection companies like ATS. CT Scanning Applications The 3D X-rays produced by CT offer...



Applied Technical Services stands at the forefront of industrial CT scan companies by employing the method’s versatility and precision to serve clients in a variety of applications. More formally known as computed tomography, CT represents the most powerful method of nondestructive testing currently available. While people are more familiar with the method’s medical uses (which allows doctors to detect and locate issues ranging from internal bleeding to cancerous tumors), CT scanning has seen increasing use in industrial applications. Companies can request a CT scan on their parts, components, and assemblies to achieve a variety of goals, such as: Reverse Engineering Quality Assurance Design Specification Compliance First Article Inspection Thickness Measurements Dimensional Layouts Flaw Detection/Identification Material/Part Failure Analysis Litigation Support How the Method Works Being an offshoot of traditional radiography, the computed tomography process bears some similarities: CT scans produce tomograms (black-and-white images also known as slices that depict a cross-sectional view of the subject as if bisected) by exposing a sample part to a barrage of X-Rays which are captured by a detector mounted opposite. The major differences between the methods present themselves in the number of images produced by a single test and how those images can be used. At the beginning of a CT scan, a pedestal inside the chamber moves the subject into the path of the X-Rays. This platform will then maneuver the sample subject so that a new angle faces the projector, allowing the next slice to capture a different view of the object. CT...



Applied Technical Services’ experienced technicians regularly CT scan parts and assemblies to locate flaws and ensure compliance with design specs. CT scanning, a process more formally known as computed tomography, is a high-resolution testing method with a range of applications. Though the technology was primarily used for medical purposes in the past, testing and analysis companies like ATS now use it as a diagnostic tool in various industrial applications to achieve a detailed, comprehensive, and multi-faceted analysis. Call us or submit a request form if you need computed tomography services from ATS. How We Use CT to Scan Parts Focused X-Rays The process begins when our experienced technician places one of the sample parts inside our CT chamber. Once the sample parts are secured inside the chamber, a projector emits focused X-rays in a beam, fan, or cone pattern. Next, a mechanical pedestal raises the sample parts into the path of the X-rays. The X-rays penetrate the subject and emerge from the other side. Like in conventional radiography, a detector positioned across from the X-ray projector captures the rays remaining after they pass through the sample and generates a black-and-white image based on the data it receives. Quick Tomogram Slices The resulting scan, called a tomogram, depicts the inside of the subject as if it had been cleanly sliced into two sections — thus, these images are colloquially referred to as slices. Because more dense materials (e. g. , metal) absorb more X-rays than less dense materials (e. g. ,...



Applied Technical Services performs 3D X-ray services for those clients who need exhaustive analysis of a product or component. X-ray imaging technology, otherwise known as radiography, has proven to be an invaluable diagnostic tool for the medical industry for over a century; its ability to show the conditions inside of a human body (without cutting anything open) revolutionized medicine. With time, people have devised an industrial use for the technique, allowing experienced technicians to find discontinuities beneath the surface of inorganic materials ranging from concrete slabs to energy piping. The advent of the computer gave rise to a new breed of imaging capabilities — a method for yielding 3D X-ray images called Computed Tomography. This procedure also saw its first uses in the medical field but has more recently been implemented by testing and inspection services like ATS as a powerful nondestructive testing method. How CT Scanning Produces 3D X-Rays Because it is an offshoot based on radiographic technology, computed tomography (often abbreviated as CT) bears several similarities to its predecessor. Our expert technicians begin the process by enclosing the subject sample in the CT chamber. Inside, a powerful source emits a barrage of X-rays at the subject. As in traditional radiography, these X-rays penetrate the subject and are read by a detector mounted opposite the emitter. The resulting black-and-white image (called a tomogram or a slice in CT and a radiograph in conventional radiography) presents a cross-sectional view of the subject, allowing technicians to look inside the subject as...



Applied Technical Services’ calibrations department offers pin gage/plug gage calibrations. Pin Gages/Plug Gages Pin gages/Plug Gages are a simple precision measurement tool that is very effective in measuring a hole diameter to a high degree of accuracy. To ensure the quality of your gages, they should be scheduled regularly for calibration services. ATS can calibrate pin gages/plug gages up to 12 inches in diameter. Our department is also capable of calibrating other gages including go/no go, ring, plug, and thread. Popular Manufacturers Glastonbury Meyer Starrett Vermont Calibrations Standards Lab Applied Technical Services’ Calibration Standards Lab can conduct calibrations of your test and measurement equipment in our environmentally controlled laboratories. Our lab temperature is maintained at approximately 68 +/- 2. 0° F and humidity controlled at 30-55% RH. To reduce any vibration effects, the lab also has isolation joints in the flooring. For in-house calibration orders, ATS will meet or exceed a 5 to 7 day turnaround. In addition, we can offer a one stop shop for your equipment calibration needs due to our diverse capabilities and our network of quality approved vendors. Applied Technical Services also provides a web-based interface, iPortal, for your convenience. Through this tool, you can gain access to electronic copies of calibration certifications, current equipment status, history of service and due date reports for your equipment. All ATS Calibrations Include As Found and As Left Data Traceable to NIST (National Institute of Standards and Technology) Performed in accordance with documented and controlled procedures About ATS Applied...



Applied Techincal Services has the capabilities to perform pin gage calibration on all of your pressure and vacuum needs in our environmentally controlled lab. ATS has the capability to calibrate all of your Pressure Gauges, Compound Pressure Gauges, Differential Pressure Gauges, Pressure Transducers with Displays and without, Pressure Transmitters, Manometers, Inclined Manometers, Magellanic Pressure Gauges, Photohelic Pressure Gauges, Absolute Pressure Gauges, Absolute Pressure Transducers and Anti-Skid Test Sets using our highly accurate pressure sources. We use a combination of our dry air systems that can generate pressures down to 0. 001 in. H2O and up to 1,000 psig. We also use a very accurate Dead Weight Systems that can calibrate pressure gauges up to 15,000 psig with water/alcohol and up to 40,000 psig using hydraulic oils. We also have the capability to configure and reconfigure your Pressure Transducers to Displays. Additionally, we have the capability to calibrate all of your Vacuum needs using a highly accurate vacuum source. We are also able outsource all of your oxygen cleaning needs in addition to your pressure gauge calibration. All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, ISO 9001:2015 registered, 10CFR50 Appendix B, 10CFR Part 21 and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on...



Balance calibration is necessary for preventing the natural performance decline that arises from normal use over time. As repeated usage may slowly diminish a balance’s efficiency, the accuracy of a balance or scale begins to deteriorate, and results become less accurate. It is vitally important to make sure that your device is regularly maintained through routinely scheduled balance calibrations, to preserve the precision of your balance and ensure that your device adheres to established quality requirements. At Applied Technical Services, we provide on-site or in lab balance calibrations to ensure your weighing device is measuring properly and yielding accurate results. Our mechanical calibration labs, where we perform our balance calibration service are well-equipped with modern technology and experienced staff. Calibration Capabilities Calibration Weight Range – 0 to 1200 lbs. Types of Balances Calibrated at ATS Equal Arm – An equal arm balance containing two platforms that are equidistant and separated by a pivot point, or fulcrum, that acts as the center of gravity allowing for a measurement of “zero” when both scales are maintained at an equal level. Unequal Arm – The unequal arm balance is comprised of two platforms that are not equidistant from the fulcrum. One arm that holds the platform is shorter than the other. The object that is weighed is placed on the shorter arm, while weights are placed on the other arm until balance is achieved. Spring – The spring balance consists of a coiled spring and a hook, relying on physics and the springs...



Gauge block calibration is a service that Applied Technical Services routinely provides. We perform calibrations in our standards calibration labs, which are complete with modern technology, state-of-the-art equipment, and knowledgeable staff. At ATS, calibration services are comprehensive and include all gauge blocks essential in manufacturing operations, individual part inspections, and tool making. Popular Gauge Block Brands Calibrated by ATS Fowler Mitutoyo Starrett Webber The Importance of Gauge Block Calibration A gauge block is a time-tested metrology tool that helps prevent significant production errors. These tools are usually highly reliable and yield extremely accurate results, but because of frequent use, their tight tolerances tend to diminish over time. Due to these circumstances, it is important that these tools are calibrated regularly to maintain high performance and accuracy. Our Focus on Customer Service ATS offers exceptionally high-quality ISO-17025:2017 accredited calibration services. It is our mission to continuously exude principles of reliability, accuracy, and convenience to all our clients, whom we support locally, nationally, and globally. We promise to deliver efficient and quick turnaround times of a standard 5-7 business days while providing responsive and friendly customer service. ATS Quality Assurance Our calibrations are NIST traceable and are performed in accordance with documented and standard procedures. All our calibrations comply with applicable standard quality requirements. Our other regulations and standards that we adhere to are: ISO 17025:2017 accredited, ISO 9001:2015 registered, 10 CFR 50 Appendix B, ANSI/NCSL Z540-1, and 10 CFR Part 21. For more information on our calibration services, please do not...



Abbe Refractometer Calibration is amongst the mechanical calibration services that we provide for various tools and equipment. Our calibration labs maintain compliance with standard quality requirements and are supervised by our expert calibration personnel to ensure that your Abbe refractometer is properly calibrated and producing accurate results. Our Calibration Labs and Quality Management Systems We have implemented a quality management system to hold ourselves accountable and ensure that we are continuously abiding by all pertinent requirements and regulations.   Our calibration services are NIST traceable, and we perform all calibrations in accordance with documented and standard procedures. Our other regulations and standards that we are registered and in compliance with include: ISO 9001:2015-2015, 10CFR50 Appendix B, ANSI/NCSL Z540-1, and 10 CFR Part 21. When you need instant access to information regarding an asset iPortal, our integrated web system, is available to all clients. iPortal allows clients to access electronic records such as up-to-date status of assets, asset history, calibration certificates, and reports. Popular Refractometer Brands Calibrated By ATS: Atago ATC Brix About Applied Technical Services Accuracy, reliability, and convenience are principles that we value at ATS. These three principles have been the basis of our mission for over five decades, and over that period we have preserved our reputation as a leader in testing, inspection, and calibration services. We serve many industries, including automotive, aerospace, chemical, construction, and energy, consisting of clients located locally, nationally, and globally. For more information on how to get your Abbe Refractometer calibrated, please do...



Applied Technical Services provides calibrations for a wide range of tools and equipment – including ATC refractometer calibration. Refractometers measure the refraction of light as it encounters a material, and are often used to identify unknown substances and their purities. An ATC refractometer incorporates automatic temperature compensation into its measurements. Maintaining an accurate and precise refractometer is critical, which is why our calibration labs comply with standard quality requirements and are supervised by our calibration experts. Our Calibration Labs and Quality Management Systems We take pride in our extensive quality management system that keeps us in compliance with all applicable regulations and requirements. All ATC Refractometer calibration services are NIST traceable and are performed to standard calibration requirements adhering to controlled and documented procedures. We count our ISO 9001:2015-2015 registration, 10CFR50 Appendix B, ANSI/NCSL Z540-1, and 10 CFR Part 21 among the other standards and regulations that we adhere to. Should you need information regarding an asset at your fingertips, an integrated web system is available to all clients. iPortal is our web-based interface that allows clients to access electronic records of calibration certificates, up-to-date status of an asset, asset history, and reports for the device or equipment being serviced. Popular Refractometer Brands Calibrated by ATS: Abbe Atago Brix About ATS Since 1967, we have delivered exceptional service of unparalleled quality to our clients, consistently providing accurate results and detailed reports. Reliability, convenience, and accuracy are some of the principles we value at ATS. It is our continued mission to...



Our Calibration Services At Applied Technical Services, we deliver a host of calibration services for your equipment or devices — one of them being refractometer calibration. Our calibration labs are equipped with modern technology permitting us to calibrate your refractometer and many other devices with ease. Popular Brands Calibrated by ATS Abbe Atago ATC Brix The Importance of Refractometer Calibration Refractometers are most commonly used to measure liquid characteristics. Various industries utilize refractometers, ranging from automotive, manufacturing, and food & beverage. Since refractometers are used often in these industries, keeping them maintained and calibrated is critical for efficient and accurate measurements. Industry-Specific Uses of Refractometers Automotive - The automotive industry relies on refractometers to check and measure ethylene glycol-based and propylene glycol-based heat transfer fluids in car engines to ensure proper functioning of the vehicle Manufacturing - Mechanical engineers use the device to assure that the heat engines of their mechanics are properly converting thermal energy to mechanical energy to elicit mechanical work Food & Beverage - Food and beverage producers can use the devices to check the moisture content of their product to determine the quality and purity of the product. Veterinary Medicine - Kidney health in cats, dogs, and other large animals are measured using three-scale refractometers Our Focus on Customer Service ATS offers accurate, reliable, and convenient service to our many clients expanding locally, nationally, and globally. All while staying true to our mission, we have proudly gained a reputation for setting high standards for the work...



ATS performs Vernier, dial, and digital caliper calibration services in our ISO/IEC 17025:2017-accredited calibration labs. ATS Calibrations Our calibration labs work with a wide range of calipers, length and height meters, and other measuring gages, inspecting the critical instruments for damage, inaccuracy, and imprecision. Next, we compare readings with our NIST-traceable standards and make adjustments as necessary. Our procedures are applicable for inside and outside calipers and can be validated according to the US and metric measurement standards. Our lab experts have years of experience and are very familiar with industry standards and regulations. Our commitment to quality is reflected in our customer service, quality assurance accreditations, and NIST traceable certifications. We provide clients with a digital certificate of calibration available on our secure client platform. Types of Calipers We Test We inspect, test, and certify a variety of caliper types, including: Vernier Dial Digital Electronic Micrometer Slide We Calibrate Popular Brands We test many name brands, including: Starrett Mitutoyo Chicago Brand Fowler Husky TTC Brown & Sharpe Brembo Neiko Tools China Brand ML Tools Digimatic About Us ATS offers a wide range of testing, inspection, and calibration services for national and international clients. We are an ISO 9001:2015 registered company with a recognized Quality Management System for maintaining high-quality customer service from our representatives, experts, and technicians. Our rigorous dedication to quality assurance helps us comply with the following standards and regulations: ANSI/NCSL Z540-1 10 CFR 50 - Appendix B 10 CFR Part 21 Contact Us Call or click...



At Applied Technical Services (ATS), our specialized labs are equipped with modern technology and qualified staff, enabling us to perform colorimeter calibration services on your device. We will calibrate your instrument by conducting a series of tests which are performed through a comprehensive process involving distilled water, solution dilution, wavelength synchronization, and finalized with detailed reports. Colorimeters Calibrated by ATS: Hach Hanna Instruments LaMotte SpectraCal The Importance of Colorimeter Calibration While colorimetry is the main use of a colorimeter, determining a substance’s absorbance is not the instrument’s only job. Colorimeters serve unique purposes in different industries. More specifically, colorimeters are used to test water quality — screening for chlorine, fluoride, cyanide, and other potentially harmful chemicals. Additionally, colorimeters aid in determining the concentration of enriched plant nutrients in the soil, hemoglobin in blood, and identifying low-quality and imitation drugs. Due to the colorimeters versatile and quite critical application, it is important that your instrument remains efficient, precise, and reliable. The best way to achieve this state of performance is ensuring that your colorimeter is calibrated regularly.   Our Focus on Customer Service Serving clients locally, nationally, and globally, ATS has gained a reputation of setting high standards and for providing work of unparalleled distinction to our clients. It is a part of our mission to provide our clients with the highest quality service, focusing on accuracy, reliability, convenience, and flexibility — just a few of the many characteristics that we, at ATS, embody. Our calibration services are always quick with...



Applied Technical Services' Extech 45170 anemometer calibration services and capabilities Applied Technical Services’ Calibrations Team is comprised of experienced technicians, who are well versed in Metrology. We provide accurate and precise calibration services for our clients as we understand how necessary it is for you to have your measuring equipment efficient and functioning properly. We specialize in Extech Calibrations and are certified to perform Extech 45170 Anemometer Calibration Services. We proudly work with a multitude of clients in the automotive, electrical, HVAC, environmental, structural, safety and manufacturing industries. ATS’ Specialty Airflow Meter Capabilities Amongst our wide breadth of calibration capabilities, our Calibration laboratories deliver Extech 45170 Anemometer calibration services for your air flow meter. All our services are ISO/IEC 17025 accredited by the A2LA, ISO 9001:2015 registered, and are compliant with all standard quality requirements such as, 10CFR50 Appendix B, ANSI/NCSL Z540-1, and 10CFR Part 21. Our in-house lab houses various wind tunnels of all sizes and capabilities to calibrate your anemometers, such as our Eiffel-type Wind Tunnel. Our Eiffel-type produces high-velocity wind speeds ranging from 2. 5 mps to 35 mps, also producing an accuracy level of . 6%, a better deviation than the typical 1% ensuring exact calibrations on your Extech 45170. Convenience and flexibility are an integral part of our mission as ATS. With that in mind, we give our clients the option of dropping off or shipping your Extech 45170 anemometer to our technically advanced calibrations lab. We at ATS can calibrate your anemometer on site...



ATS provides precision Computed Tomography (CT) imaging and metrology services to its clients, using our 225kV micro-focus Zeiss Metrotom scanner. This instrument is optimized for high resolution and calibrated measurements. What is CT? Computed Tomography is an imaging process that captures and compiles a series of X-rays to render a 3D model of objects, both inside and out. Individual projections create a cross-sectional image of the object as if it had been perfectly cut through your chosen plane of section. The process, which functions much like when a doctor takes a CAT scan of a patient’s brain to look for abnormalities, renders a highly-detailed perspective that allows for unparalleled diagnostic analysis of the object. Even the most minor of structural flaws can be measured for repair or rendered large for study. Multiple X-ray images can be arrayed to create a single, three-dimensional model for a more in-depth consideration. Industries Serviced: Aerospace Automotive Construction Forensic / Legal Investigations Manufacturing Military Pharmaceutical Power Generation Pulp and Paper CT Allows for New Possibilities in Nondestructive Testing Joints previously unable to be X-rayed can now be imaged with CT Complicated shapes are no problem Greater detail than older imaging methods Tons of information from multiple images make up one model Can pick up minuscule structural imperfections Take 3D measurements of flaws in assemblies, castings, additive manufactured parts, forgings, etc. Extremely accurate Measure internal parts without destructive testing Micron-range calibrated measurements Complements additive manufacturing New NDT techniques that adjust to new manufacturing methods Both part-to-CAD...



Applied Technical Services (ATS) is a notable leader in Surface Roughness Tester Calibration Services. Our expert technicians understand the importance of maintaining the functional accuracy of your surface roughness tester and will ensure that your product is calibrated to the highest level. ATS calibrates various surface roughness tester models including, but not limited to: SPI Gar PCE Surftest Mitutoyo Starrett Fowler Mahr-Federal ATS’ Quality Assurance & Management Mission ATS’ calibration services involve a well-developed and distinct set of processes performed by our extensively trained technicians. Our expert technicians follow a specialized procedure to ensure your service is conducted with a consistency that yields optimal results. All calibration services performed on your tester will receive a certificate of calibration, a tamper-proof seal, and a label listing your calibration service due date. Our ISO/IEC 17025:2017 accredited and ISO 9001:2015-2015 registered calibration services ensure the proficiency of our processes and services. Operating under our Quality Management System, ATS is committed to providing our clients with exemplary service compliant with requirements of 10 CFR50 Appendix B, ANSI/NCSL Z540-1, and 10CFR Part 21. All calibrations are performed in our dimensional inspection labs allowing us to provide you with excellent, high-level service. Our standard completion time is 5 to 7 business days. If you are on a time constraint, we can provide expedited service to better accommodate your needs. Should you need your surface roughness tester calibrated, please do not hesitate to contact us for more information or for a quote! We at ATS will take...



Applied Technical Services Dimensional Inspections department offers Surface Roughness Measurement services to predict the performance of your machined component, its flatness accuracy, or detect any defect or irregularities on a sample’s surface. All our services comply with the following quality standards and applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50 Appendix B, and 10 CFR Part 21. Upon request, ATS’ Dimensional Inspections department can provide services that are ISO/IEC 17025:2017 accredited and ISO 9001:2015 registered. Surface Roughness Measurement, otherwise known as surface metrology, assesses surface area of a given product or material. Most engineering drawings call out surface finish requirements besides dimensions and tolerances on a part. This type of surface topography assessment is essential in determining whether the surface in question is suitable for functionality purposes. Engineered parts will benefit from this service the most due to the crucial requirement of precise engineering. How is Surface Roughness Measured? Surface Roughness Measurement is calculated by the relative roughness of your product’s surface area and is expressed as a single numeric parameter, Sa, or Ra, if the calculation involves calculating the roughness of a product’s linear profile. Roughness can also be measured by a surface roughness comparator or a profilometer that measures surface profile. ATS' Surface Roughness Measurement Capabilities Flatness Accuracy Flat surfaces are ideal for dimensional inspections as well as the overall functionality of the product. If a part needs to fit into a section or another part, or if a part may require lubrication, it is important that the...



Precision Instrument Sales ATS proudly distributes the highest quality metrology equipment available for most in-house measuring, gaging, and inspection applications. Bowers Group Bore Gauges Thread Measuring External Micrometers Hardness Testers Brown & Sharpe CMMs Calipers Micrometers Optical Systems CDI Torque Digital Torque Testers Torque & Data Collectors Electronic Torque Wrenches Torque Screwdrivers Daughtridge Sales Pressure Gauges Transducers & Transmitters Comparators Temperature Switches Dorsey Metrology Thickness Gages Optical Comparators Dial Indicators Concentricity Fixtures Dyer Gage Bore Gages Groove Gages Thickness Gages Electronic Indicators Fowler High Precision Micrometers Height Gages Levels & Protractors Measuring Tool Sets Gage Assembly Thread Gages Master Setting Discs Thread Ring Gages Taperlocks Gilmore Diamond Diamond Scribes Fiber Optic Scribes Impact Markers Hardness Testers Glastonbury Southern Gage Cylindrical Rings Thread Gages Precision Spindles Taper Gages Larson Systems INC. Force/Length Testers Torsion Spring Testers Spring Gauges Test Weight Sets Mahr Calipers Micrometers Metering Gear Pumps CNC Measuring Stations Meyer Gages Ring Gages Taperlocks & Trilocks Thread Gages Master Setting Discs Mitutoyo Micrometers Hardness Testers Surface Plates Linear Gages Mountz Torque Analyzers Torque Multipliers Torque Wrenches Calibration Test Equipment Ohaus Precision Balances Indicators Moisture Analyzers Weight Sets Renishaw CMM Probes Metrology Fixtures Gauging Systems Optical Encoders R&R Fixtures CMM Plates Optical Comparator Fixtures Clamps Magnets Snap-on Torque Testers Insulated Tools Torque Wrenches Calibration Weights Starrett Optical Comparators Depth Gages Electronic Calipers Fixed Gages S-T Industries Calipers & Dividers Dial Indicators Feeler Gages Center Punches Sun-Tec Corporation Tension & Compression Vickers/Knoop Testers Rockwell-Type Testers Brinell Testers Swiss-Precision Instruments Borescopes Electronic Indicators...



The Benefits of Onsite Calibrations Applied Technical Services has a wide range of capabilities to perform onsite calibration services on your tools and measurement equipment. When you need to quickly restore NIST traceability and accuracy to your measurements, you can trust ATS. Our qualified technicians can travel to your facility and service your equipment, reducing downtime and eliminating the risks associated with shipping fragile and sensitive instruments. We also calibrate large and heavy equipment such as industrial ovens, environmental chambers, and optical comparators, that cannot be easily removed from your location. Our Calibration Field Services We specialize in tools and equipment for a variety of industries, including oil and gas, aviation, and pharmaceuticals. Our field capabilities include the calibration of the following equipment: Centrifuges Compression Test Machines Concrete Pipe Test Machines Coordinate Measuring Machines (CMM) Environmental Chambers Flow Meters Footage Counters Freezers Hardness Testing Machines Heat Sealers Incubators Magnetic Particle Inspection Units Melt Flow Indexers Laser Micrometer Microscopes Moisture Analyzers Multi Amp Test Sets Optical Comparators Ovens/Furnaces Refrigerators Scales and Balances Surface Plates, Granite Tensile/Universal Test Machines Video Measuring Systems Call +1 (888) 287-5227 to speak with a representative about our full list of onsite capabilities. Our Accreditations ATS maintains ISO/IEC 17025:2017 accreditations for lab and field calibrations. We are an ISO 9001:2015-registered company, meaning that we adhere to a Quality Management System designed with a customer focus. Our experts follow documented and repeatable procedures during testing, inspection, and calibration services, so our clients enjoy high-quality services and accurate data....



A Leader Among Avionics Calibration Companies Types of Avionic Equipment Calibrated ADF Antenna T/S Analog Altimeter T/S Angle Position Indicator Communication Analyzer Digital Radio Altimeter T/S Digital Turbine T/S Escape Slide Lighting (ESL) T/S Fuel Quantity T/S G/S Ramp T/S LOC Ramp T/S M/B Ramp T/S Manifold Failure Detection T/S Nav Check 1 Nav Comm T/S Nav Indicator T/S NAV-COMM T/S Navigation Converter Pitot Static Test Set Pneumatic System Tester Ram Air Turbine T/S Ramp T/S RF Signal Generator SELCAL Ramp T/S TCAS Antenna Coupler TCAS Ramp T/S Variable Stop and Yaw Trim Slaving Tool VOR ILS COMM Ramp T/S VOR ILS Ramp T/S VOR Ramp T/S VOR/ILS Signal Generator Wheel Speed Simulator



Leading Resource for NIST Traceable ISO 17025 Accredited Calibrations Types of Mechanical Equipment Calibrated Accelerometers Adhesion Testers Aircraft Weighing Kits Angle Blocks Ball Sphere, CMM Type Ball Standard Sets Barometers Beakers Bench Centers Bench or Super Micrometers Bolt Tension Gages (Skidmores) Bore Gages/Bore Micrometers Cable Tensiometers & Wire Tension Meters Calipers (Dial, Digital, Vernier) Chart Recorders Coating Thickness Gages Combination Squares Conductivity Meters Countersink Gages Countersink Standards Crimp Tools Cylindrical Ring Gages Data Loggers Density Meter Dynamometers/Crane Scales Durometer Hardness Testers Durometer Test Blocks Feeler Gage Sets Flow Meters/Air Velocity Meters Force and Load Equipment Gage Blocks Gage Block Sets Gages - Individual Blocks Gloss Meters Height Gages - Dial, Digital and Vernier Height Standards Indicators Indicator Testers Length/Micrometer Standards Levels Load Cells and Proving Rings LVDT Units Master Setting Disc Micrometer - ID Micrometers - V-Anvil, Thread Mikemasters/Caliper Standards Micrometer Heads Optical Flats Optical Scales/Graticule Loops Parallel Bars/V Blocks/1-2-3 Blocks Pin Gages/Plug Gages Pin Gage Sets Pi Tapes Plastometers Portable Hardness Testers Pressure Calibrators/Digital Manometers Pressure Gages (Digital/Dial) Pressure Relief Valves Pressure Transducers with Digital Displays Protractors Radius Gages Refractometers Screw Pitch Gages Sine Bars Snap Gages Squares Steel Rulers/Length Scales Straight Edges Surface Finish Standards Surface Finish Testers Survey Equipment Tape Measures Taper Gages Tension/Compression Gages Test Sieves Thread Micrometer Standard Thread Plug Gages - Non Standard Thread Plug Gages - Standard US & Metric Threads Thread Rings Gages - Non Standard Thread Ring Gages - Adjustable Thread Ring Gages - Fixed Thread Wires Torque Analyzers Torque Arms/Wheels...



ATS Calibrates A Large Variety of Temperature, Humidity, Infrared and Environmental Recording Devices Applied Technical Services' Environmental Calibrations Lab has the capabilities for calibrating a large variety of temperature, humidity, infrared, and environmental recording devices. We have multiple calibration temperature standards, temperature wells and humidity generating chambers in the process to keep turnaround time to a minimum. We can perform the test to the manufacturer’s specifications as well as customizing your test points to meet your quality requirements. Types of Environmental Equipment Calibrated Chart Recorders Colorimeters Conductivity Meters (Liquid) Conductivity Meters (Solid) Conductivity Standards Conductivity and pH Contour Probes Data Loggers DaqStations Density Meters Dew Point Meters D. O. (Dissolved Oxygen) Meters Environmental Meters Fluoride Meters Gauss Meters Hydrometers/Specific Gravity Hygrometers Hot Plates Hot Bond Composite Repair Systems Induction Heaters Infrared (IR) Thermometers Infrared (IR) w/ Thermocouple Moisture Meters pH Meters pH Meters & Liquid Conductivity Psychrometers Salt Meters Soldering Irons Spectrophotometers TDS (Total Dissolved Solid) Meters Temperature/Block Calibrators/Bath Temperature Controllers Temperature Test Sets Thermocouple Calibrators Thermometers - Dial Thermometers - Glass Thermometers - Surface RTD Probes RTD Thermometer W/ Detachable Probe Thermistor Probes Thermocouple Probes Thermocouple Thermometer (Display Only) Humidity (Hygrometers) Humidity Meters Humidity Recorders (Digital) Humidity Probes or Sensors Wind Flow - Anemometers Wind Flow - Velometers Wind Flow - Air Data multimeters



Reverse Engineering Dimensional Inspection can provide valuable information for your reverse engineering project. Applied Technical Services’ extensive experience in Dimensional Inspection makes our Inspection Specialist and engineers a valuable resource to reverse engineer virtually any part you might need. Whether a full dimensional inspection is required or just a portion of the product needs inspecting, our inspectors and engineers can assist you in developing your drawings or provide you with complete inspection data to re-create the part you need.   Full Dimensional Inspections Inspection and Engineering Product Drafting Complete Inspection Data Proportional Inspection



ATS' dimensional inspection lab is an ISO-17025:2017-accredited inspection lab. By utilizing measuring equipment and supporting software of unsurpassed quality, we can provide virtually unlimited dimensional inspection capabilities and CMM inspection services. State-of-the-Art Equipment Our dimensional inspection services are complete with a full metrology lab and 3 ultra high-accuracy Coordinate Measuring Machines (CMM), video measuring capabilities for extra small items like circuit boards, a 30" optical comparator as well as a full range of precision dimensional measurement instruments. We are able to provide precision measurements in a timely and efficient manner with virtually unlimited metrology services. Our ultra-large CMM has the capacity of inspecting extra large parts of up to 47" x 118" x 39" (1. 200 mm x 3,000 mm x 1,000 mm) and up to 5,000 pounds. Unlimited Dimensional Inspection Measuring Equipment and Software Video Measuring Capabilities 30" Optical Comparator Full Metrology Lab Dimensional Inspection Services 3D Scanning Reverse Engineering CMM Dimensional Inspection CMM Inspections Services CMM Measurement Services FARO Arm Laser Scanner Services Precision 3D Scanning Surface Roughness Measurement Contact Us Click here to request calibration or inspection support from ATS. Have questions? Call +1 (888) 287-5227 to speak with a representative about how we can support you!



Housing World Class technology and Ultra High Accuracy Automated Coordinate Measuring Machines (CMM’s), combined with the greatest available software PC-DMIS CAD++ 2013 and the most experienced CMM programmers in the industry, Applied Technical Services is the most comprehensive Dimensional Inspection source available. From simple linear measurements to the most complex and accurate measurements imaginable, our CMM Inspections and CMM Programming capabilities are unsurpassed. ATS’ virtually unlimited Dimensional Inspection Labs is equipped with three Ultra High Accuracy CMM’s, a 7-10-7, a 9-15-8 and a 12-30-10 to complete our Dimensional Inspection Laboratory. Housed in a controlled environment, our Lab is highly recognized in the industry and committed to our customers' needs to provide all inspections with ultimate accuracy. Dimensional Inspections are performed in accordance with ASME Y14. 5M – 2009. CAD Model Inspections 100% Dimensional Layouts First Article Inspections PPAP Reports Process Capability Studies / CpK Studies Inspection Gage and Fixture Calibration Certifications Dimensional Inspection Assistance CMM Programming Assistance (PC-DMIS)



Hand Tools and Other Miscellaneous Tool Calibrations ATS Calibrations Lab, established in 1987, provides full-service calibrations for your hand tools, dimensional inspection, and repair services. We are certified to calibrate a multitude of hand tools, ensuring that your tools are functioning with accuracy. Our Calibrations lab upholds standards of precision and accuracy that our clients have to come to rely upon for the past 30 years. ATS is approved by multiple major Aerospace, Automotive, Defense and Nuclear Industry companies and our data is directly traceable to the National Institute of Standards and Technology (NIST). Types of Tool Calibrations Services Additional Hand Tools Height Gages Length Scales Levels Protractors Tape Measures Hand Tools Bore Gages Calipers Countersink Gages Dial and Test Indicators Micrometers Other Miscellaneous Calibrations Cable Tensiometers Crimp Tools Durometer Hardness Testers Wire Tension Meters



Standard Turn Around Times of 5-7 Days or Less Applied Technical Services has a wide range of capabilities to perform force, pressure, and torque calibrations of your test and measurement equipment in our environmentally controlled laboratories. ATS will meet or exceed a 5 to 7 working day turnaround on in-house calibration orders. Through our network of Quality Approved Vendors, we can provide a one-stop shop for all of your calibration needs. Types of Force, Pressure, and torque Calibrations Services Accelerometers ISO 16063-21 Standard Measure Amplitude Measure Bias Measure Phase Measure Sensitivity Calipers Dial Digital Electrical Inside Measurements Outside Measurements Vernier Compression and Tension Dynamometers Hydraulic Cylinders Load Cells Skidmore Bolt Dynamometers Digital Mechanical/Analog Hydraulic Jamar Dillon Chatillion Miscellaneous Cable Tensiometers Hardness Blocks Refractometers Viscometers Wire Tension Meters Other Services Electronic Calibrations Hand Tools Metrology Equipment On-Site Calibrations Standards Lab Pressure Gauges Compound Pressure Magnehelic Pressure Manometers Pressure Transducers Torque Calibrations Dial Torque Wrenches Torque Multipliers Torque Transducers Torque Watches Torque Wrenches Craftsman Overview Other Snap-On



Environmentally Controlled Laboratories The ATS Calibration Standards Lab can provide accurate and precise calibrations of your test and measurement equipment in environmentally controlled conditions. With our diverse capabilities and through our network of Quality Approved Vendors, we can provide a one stop shop for your equipment calibration needs. ATS' Laboratory Capabilities Gage Block Calibration Certificated English/Inch Gage Blocks Certificated Metric Gage Blocks Computer-Generated Data Report Deviation Measurement Long Gage Block Comparator Fixed Gaging Ball Gages CMM Spheres External Gages/Standards Internal Gages/Standards Snap Gages On-Site Services Environmental Chambers Hardness Testers Optical Comparators Surface Plates Tension & Compression Other Services Force & Pressure Accelerometer Metrology Equipment Electronics Hand Tools Thread Comparison & Reference Controlled Labs English and Metric Precision Measurement Special Pitch Diameter Weight A2LA Accreditation ASI/ASTM Comparison Method Controlled Laboratory Various Classes of Mass About Us ATS offers a wide range of testing, inspection, and calibration services to national and international clients. We maintain several ISO/IEC 17025:2017 accreditations in calibration and mechanical, electrical, chemical, and nondestructive testing. As an ISO 9001:2015-registered company, ATS ensures our services conform to our Quality Management System, satisfying industry norms, regulatory requirements, and client specifications. Contact Us Call +1 (888) 287-5227 to schedule on-site or laboratory calibration services from ATS.



Traceable to the National Institute of Standards and Technology (NIST) ATS Calibration Services offers a wide range of calibrations, dimensional inspections, and repair services. ATS is approved by multiple major companies in the aerospace, automotive, military, and nuclear industries. The data generated is directly traceable to the National Institute of Standards and Technology (NIST). ATS' Calibration Labs were established in 1987 and are ISO/IEC 17025:2017 accredited by A2LA. This is our assurance to you that our equipment is calibrated to accepted national standards, and that our procedures are validated as appropriate for the wide range of dimensional metrology instruments that we calibrate. Click here to explore our certifications and quality standards. Types of Calibration Services Offered Accelerometer Amplitude Auto-System Procedure Phase Sensitivity Specification Database ISO 16063 Standard Avionics Collins, IFR, ATA ISO 17025 Major Manufacturers Signal Generator, Ramp, Transponder Traceable Through NIST Dimensional Inspections 100% Dimensional Layouts CMM Inspection First Article Inspection Reverse Engineering Electronic Calibration Humidity Multimeters Oscilloscope Thermal Environmental Services Humidity IR pH, TDS, Conductivity Temperature Equipment Sales Precision Metrology Torque Testing Equipment Plug Gages Thread Gages CMM Fixture Force & Pressure Compression & Tension Dynamometer Flow/Air Velocity Meters Pressure Vacuum Gage Ball Gages CMM Spheres External Gages/Standards Inside Diameter Gage Internal Gages/Standards Taper Thread Gage Hand Tools Bench or Super Micrometers Bore Gages Calipers Countersink Gages Dial and Test Indicators Protractors On-Site Environmental Chambers Hardness Testers Optical Comparators Surface Plates Tension & Compression Standards Lab A2LA Accreditation Adjustable Thread Fixed Gaging Gage Block Calibration On-Site Services Weight...



Calibration Companies Accredited to ISO 17025 by the A2LA ATS Calibrations, established in 1987, provides full-service calibration, dimensional inspection, and repair services. ATS is leader among calibration companies due to our partnership with multiple major Aerospace, Automotive, Military, and Nuclear Industry establishments and our data is directly traceable to the National Institute of Standards and Technology (NIST). The ATS Calibration Lab is accredited to ISO 17025 by the A2LA. This is our assurance to you that our precision equipment is found to be acceptable and that our procedures are validated as appropriate for the wide range of dimensional metrology instruments that we calibrate. Types of Calibration Capabilities Air Flow Mass Flow Controller Mass Flow Meter Rotameters Accelerometer Amplitude Auto-System Procedure Phase Sensitivity Specification Database Dimensional 100% Dimensional Layouts CMM First Article Inspection Reverse Engineering Surface Plates Electronic High Voltage Multimeters Oscilloscope Radiometers Signal Generators Environmental Data Acquisition Systems Environmental Loggers Humidity Loggers Temperature/Humidity Thermal Equipment Sales CMM Fixture Plug Gages Precision Measuring Torque Testing Equipment Thread Gages Force Dynamometer Force Gauges Load Cells Scales Skidmore Bolt Testers Hand Tools Miscellaneous Tools Bore Gages Contersink Gages Dial/Test Indicators Protractors Calipers Micrometers On-Site Calibrations Environmental Chambers Hardness Testers Optical Comparators Surface Plates Tension/Compression Pressure Magnehelic Pressure Gage Nanometers Pressure Transducers Vacuum Gauges Standards Lab Adjustable Thread Fixed Gaging Gage Block Calibration Weight Calibrations Torque Pneumatic/Electronic Torque Guns Torque Multipliers Torque Trandsducers Torque Watches



Electronic / Electrical Calibration Services The ATS electronic calibration labs are a leading resource for NIST-traceable and ISO/IEC accredited calibrations. We calibrate most commercial off-the-shelf (COTS) equipment. Many precision measuring devices require calibration, and ATS is the leading resource for NIST-traceable, ISO/IEC 17025:2017 accredited calibrations. Our experts strive to achieve a 7 to 10 workday turnaround for in-house calibration orders. Through our network of Quality Approved Vendors, ATS can provide a centralized location for all your calibration needs. Types of Electrical Equipment Calibrated Aircraft Test Set Audio Analyzer Battery Analyzer Capacitance Meter Centrifuge Charge Amplifier Circuit Breaker Test Set Clamp-on Meter & Probe Current Shunt Decade Box Dielectric Tester Digital Voltmeter Earth Ground Clamp Electrical Safety Analyzer Electronic Load ESD Check System Frequency Counter Frequency Generator Fuel Meter Function Generator Gauss Meter (Analog & Digital) Ground Resistance Tester High Current Test Set High Resistance Meter High Voltage Meters Hipot/Insulation Tester Homemade Test Set LCR Meter Leakage Current Tester Light Intensity Meter Load Bank Locomotive Simulation Equipment Loop Calibrator Magnetometer Meggers/Insulation Tester Mega Ohm Meter Micro Ohm Meter Microphone Motor Rotation Indicator Multi Amp Test Set Multichannel Recorder/Data Logging Multifunction Calibrator Multimeter (Benchtop & Handheld) Multiplexer Navcom Test Set Network Analyzer Noise Dosimeter Oscilloscope Panel Meter Power Meter Power Quality Logger Power Supplier Process Calibrator Quick Break Tester Radiometer Rate Alarm Meter Resistor Safety Analyzer Scopemeter Signal Conditioner Signal Generator Sonic Tension Meter Sound Level Calibrator Sound Level Meter Spark Tester Spectrum Analyzer Stopwatch Stroboscope Strain Indicator Surge Tester Survey Meter/Geiger...



ATS has provided full-service calibration, dimensional inspection, and repair services since 1987. Serving businesses across the aerospace, automotive, military, manufacturing, and power generation industries, we help clients ensure their equipment maintains metrological traceability to the National Institute of Standards and Technology (NIST). The ATS calibration labs are ISO/IEC 17025:2017-accredited by A2LA. This is our assurance to you that our equipment is calibrated to accepted national standards and that our procedures are validated for the wide range of equipment and metrology instruments we calibrate. ATS' Calibration Lab Capabilities We calibrate a wide array of tools, instruments, and equipment. A non-exhaustive list of our major capabilities is included below. If your equipment is not listed here, call +1 (888) 287-5227 to speak with our customer service representatives about how we can support you. Flow Calibration We offer calibration and meter proving services for air flow and a variety of liquid flow meters, including: Bubble Meter Mass Flow Meter Rotameters Turbine Meter Ultrasonic Flow Meter Wastewater Avionics Lab Aircraft Scales Function Generators Air Data Test Sets ATC ATCRBS Ramp Distance Measuring Mode S/TCAS Ramp Nav/Comm Ramp Test Dimensional Calibrations 100% Dimensional Layouts CMM First Article Reverse Engineering Surface Plates Electronic Calibrations High Voltage Multimeters Oscilloscope Radiometers Signal Generators Environmental Calibrations Anemometers Humidity Infrared (IR) pH Conductivity Temperature Force Calibrations Bolt Testers Dynamometers Force Gages Load Cells Scales Hand Tool Calibrations Bore Gages Countersinks Calipers Micrometers Dial and Test Indicators Miscellaneous Tools On-Site Calibrations Environmental Chambers Hardness Testers Optical Comparators Surface Plates Tension/Compression Pressure...



Applied Technical Services performs calibrations on a wide variety of tools and equipment. We offer gloss meter calibration services to ensure that our clients' precision instruments are returning the most accurate measurements possible. What is Gloss and Why Measure It? Gloss is a visual attribute that we see whenever we look at any surface. Some fraction of the light shining on a surface strikes at a given angle and bounces, giving off a reflection. The quality of the reflection, specifically how clear and distinct it is (the glossiness of the reflection), depends on a variety of factors including: The angle at which the reflection is perceived How much light diffuses How much light is reflected The first two of these factors are largely determined by the characteristics of the surface being observed; for instance, a smooth surface tends to yield a more distinct reflection with contrasting colors and definite shapes. Polished metals and certain types of paint coats are very glossy for this reason. Alternatively, a rough surface causes the light to diffuse and thus yield a hazier image — if any at all. Their surface roughness is the reason why hair produces little gloss and cotton shirts produce none whatsoever. Because gloss is a discernible visual characteristic, it may affect a consumer's choice when deciding whether to purchase or pass up an item. To control for this quality (and give consumers every reason to buy), manufacturers and product designers need to measure the gloss of their product's surface. Testers...



Extech Light Meter calibrations are common at Applied Technical Services (ATS). Our professionals are aware of how important it is for clients’ equipment to have precise measurements. Since 1987, clients have relied on ATS labs for their Extech Light Meter calibrations. When the Extech Light Meter calibration is finished, you can be 100% confident in the accuracy of your equipment’s measurements. ATS Provides High Quality Services ATS is one of the few labs in the country that offers ISO/IEC 17025:2017-accredited calibrations. Furthermore, we provide calibrations with uncertainties as low as 2. 9% for white light and 4. 5% for black light. ATS labs provide standard turnaround times of seven to ten days. Expedited service gives your equipment next-on-bench priority all the way through the calibration process. Typically, this can be met with two-day turnaround on regular calibrations that do not require repairs. Along with offering prompt services, clients can trust the quality through the implementation of our Quality System that consistently helps improve the services provided to our customers. Other Models and Instrument Types We Calibrate Multimeters Scope Meters Thermometers Process Tools Power Supplies Sensors Oscilloscopes Insulation Testers Ground Resistance Testers Continuity Testers Voltage/Current Testers Air Flow Meters



Applied Technical Services offers high precision wind speed calibration services to help clients ensure their anemometers and other wind speed indicators are performing satisfactorily. As the need for renewable energy sources increases, so does the need for dependable measurement tools. Our ISO/IEC 17025:2017 accredited laboratory is fully equipped with powerful machinery that enables our experts to calibrate a wide range of hot wire, vane, pitot tube, propeller, and ultrasonic anemometers traceable to NIST. Our standard turnaround time for calibration orders is 5-7 days with expedited service available for an additional fee. ATS' Experienced Calibration Experts ATS’ experienced staff utilize custom fabricated wind tunnels to meet a wide variety of wind velocity calibration needs. Our laboratory houses wind tunnel models of various sizes, capable of testing calibration at both high and low speeds, as well as evaluating wind direction. Our professional technicians administer calibrations in the range of 2. 5 mps to 35 mps. Our new Eiffel-type calibration wind tunnel also exhibits an increased measurement accuracy level of ±0. 6%, vs. the typical ±1%. We carefully examine each calculation against either manufacturer specifications or specifications requested by the end user. Our experts also conduct thorough inspections of wind vane anemometers to detect any chips, burs, or cracks in the vane blade. Serving Clients In Many Industries ATS professionals have experience working with diverse client needs. Common industries served include: Construction Mining HVAC Environmental Cultivation Research and Development Since 1987, ATS has established itself among the world’s leading providers of timely and...



The Applied Technical Services (ATS) Family of Companies performs weight calibrations to help clients validate their mass standards. The Importance of Test Weight Calibrations Quality assurance programs across various industries require certainty, traceability, and precision to uphold a consistent quality standard throughout an organization's processes. Among many other considerations, they rely on accurate mass measurements to minimize waste, maximize productivity, reduce the likelihood of recalls, and comply with regulations. Businesses must calibrate their scales and balances to ensure resulting measurements remain accurate, which they achieve by referring back to their mass standards. Also known as test weights, these objects represent the standard unit from which all of an organization's mass measurements derive. How Weight Calibrations Keep Mass Measurements Accurate Quality assurance programs must maintain unbroken traceability to a standard to ensure the accuracy of their measurement tools. To preserve this integrity, the standards themselves must also be calibrated—both to confirm they haven't degraded over time and to certify their traceability for compliance and reporting purposes. Regular test weight calibrations, performed by qualified providers, help quality management personnel reduce waste and increase efficiency by validating the accuracy of their mass measurements. Our Mass Calibration Capabilities Take You One Step Closer to Certainty The ATS Family of Companies' weight calibration services help clients keep their operations running smoothly. Our team of specialists performs this precision calibration service in our climate-controlled standards lab, adhering to strict, documented procedures. We regularly calibrate the following types of mass standards: Stainless steel weights Precision weights Cast-iron...



Applied Technical Services offers Vision Engineering equipment calibration and distribution for this manufacturer. Vision Engineering is renowned for its innovations in advanced optical viewing systems. With extensive quality management processes, Vision ensures their products are suitable for the most demanding metrology applications. ATS distributes some of the highest quality metrology equipment, including Vision Engineering products. Our precision instruments sales staff will find meaningful incorporation of Vision equipment into your business. We offer the following Vision Engineering Equipment: Stereo Microscopes Mantis Compact Mantis Elite Mantis Elite-Cam HD Lynx EVO Lynx Lynx VS8 SX25 SX45 SX45-TR SX80 SX100 Bench Magnifiers LFM LED Wave LED Circus LED KFM LED Digital Inspection and Magnification Camp EVO Cam II - Digital Microscope Non-Contact Measurement Systems Swift PRO Duo Swift PRO Elite Swift PRO Cam Xpress Falcon Falcon CNC Hawk Elite Hawk Duo Hawk Duo CNC Kestrel Elite Swift Swift Duo Metallurgical Microscopes TIM5 Since 1987 - ATS Calibrations With lab facilities accredited to ISO/IEC 17025 (A2LA), ATS Calibrations offers full calibration, inspection, and repair services in compliance with applicable national and industry standards. Electronic Calibrations Calibrating common commercial “off-the-shelf” tools, our experts can inspect your electronic equipment needs. Offering a centralized location for calibration, ATS recognizes the need for regularly calibrated equipment. Electronic calibrations are performed on (but not limited to): Digital Voltmeters Multimeters Oscilloscopes Omega Thermocouples Southwire Meters Avionics Calibrations Upholding regular maintenance of avionic materials guarantees operational maintenance in safety assurance. Our Calibration experts abide by your manufacturer standards to certify that proper...



ATS offers Vermont Gage calibrations and is a certified distributor for Vermont Precision Tools. A division of Vermont Precision Tools, Vermont Gages was established in 1980 to specialize in the manufacturing of gage pins and sets. The combination of expertise in creating quality products is at the core of success for Vermont. Our dedicated sales staff can show you how Vermont Gages can add value to your daily operations. Contact us to uncover the benefits of Vermont tools and equipment! Vermont Gage Equipment Available in both Imperial and Metric measurement systems (for applicable equipment) Vermont Plug Gages Class ZZ (Steel, Black Guard) Class X (Stocked in Steel) Custom Custom Reversibles Standard Length (2' long) Step Gage (2" long, Steel or Black Guard) Long Length (up to 12" long) Custom Taperlocks Custom Trilocks Custom Progressives Custom Hex Gages Vermont Ring Gages Custom Rings Masters Custom Setting Discs Hole Location Gages Flexible Hole Location Gages Thread Gages Standard Taperlocks Standard Reversibles Standard STI (Screw Thread Insert) Standard Rings Standard Setting Plugs Thread Measuring Wires Gear Measuring Wires Standard Pipe Plugs Standard Pipe Rings Blanks Standard HSS Jobber Length/Long Length Standard Cobalt Jobber Length Custom Straight Blanks Accessories Gage Handlers, Holders, Bushings, Boxes and Inserts ATS Offers Several Calibration Services Regardless of the engineering needs of your company, ATS Calibrations can inspect and test your metrology equipment. Our lab facilities are A2LA-recognized with accreditation to ISO/IEC 17025 standard. Dimensional inspection and equipment repair services are also offered by our experts. Below are various...



Verimation Conductivity Meter Calibrations are offered at Applied Technical Services (ATS). The Verimation manufacturers are known for their dependability and precision, while being simple and rugged. To sustain the accuracy of the measurements these meters provide, it is essential to have them calibrated. The ATS Calibration Lab Our ISO/IEC 17025:2017 accredited calibrations lab can perform Verimation Conductivity Meter Calibrations. Conductivity meters are used in many industries which include: aerospace, metals processing, casting, maintenance, and quality assurance. In the before mentioned industries, it is vital to have accurate measurements to ensure that your company is providing quality products. Our lab experts, within the calibrations department, are familiar with the equipment used in these fields and the standards associated with the various industries. Calibration labs consist of: Mechanical Instruments Lab Electronic/ Electrical Instruments Lab Temperature/ Environmental Lab Force and Pressure Lab Standards Lab Onsite Services Applied Technical Services ATS has been delivering services in the fields of testing, inspections, analysis, investigations and calibrations for over 50 years. We have built an admirable reputation for providing high quality services with unmatched value. Our clients range nationally and internationally. The following are the industries we serve: Aerospace/Aviation Automotive Chemical Commercial Properties Construction Consumer Products Energy Insurance/Legal Manufacturing Military Nuclear Oil/Gas Pharmaceutical Power Generation Pulp and Paper Steel and Aluminum Telecommunication Quality Services At ATS, we recognize the importance of an established and accredited quality system. Our Quality Assurance Department oversees that our services are in compliance with the applicable standards and are meeting measurable...



Applied Technical Services offers unmatched velometer calibration services traceable to NIST, with a 5-7 day standard turnaround time. We assist members of the HVAC, agricultural, construction, environmental research, mining and wind energy communities in ensuring their velometers are functioning properly. Our ISO/IEC 17025:2017 accredited velometer calibration laboratory equips our highly experienced staff with state-of-the-art wind tunnels that are custom fabricated and computer controlled to meet the specific needs of our clients with greater accuracy and assurance. Our wind tunnel capabilities can achieve a uniform flow rate of wind speeds up to 35 mps with an accuracy of 1. 2%. The straightening vanes of the wind tunnel fan smoothen the airflow to optimize uniformity. Every velometer is meticulously examined at both decreasing and increasing direction of speed so that any hysteresis effects are accounted for. Each measurement is verified by means of comparative calibration of a reference velometer with NIST traceable certification. The repeatability of every calibration is also verified so that results are unquestionably certain. ATS also provides immediate access to calibration records via our online iPortal system. This streamlined portal allows for real-time updates on the status of equipment currently being calibrated in our laboratory, maximizing equipment maintenance efficiency and tracking. For an additional fee, we also offer expedited calibrations upon request. ATS performs all calibrations in accordance with an ISO 9001:2015 registered Quality Assurance Program, which satisfies military, nuclear, commercial and aerospace requirements. We are dedicated to providing our clients with clear and accurate data to ensure strict...



Applied Technical Services is an industry leading engineering firm, delivering fully accredited vane anemometer calibration services to reduce the risk of measurement inaccuracy. Testing is undertaken at our ISO/IEC 17025:2017 accredited instrument calibration laboratory, which is monitored for environmental fluctuations like humidity and temperature to assure consistent repeatability and efficiency. Our laboratory is one of the most expansive and highly sophisticated facilities in North America. It houses state-of-the-art technology that allows our dedicated experts to calibrate precision measuring equipment with unparalleled accuracy. State-of-the-Art Equipment Our calibration lab is well equipped with a custom fabricated Eiffel-type wind tunnel that provides an improved test uncertainty ratio and more environmental control than ever before. This powerful machinery is capable of sourcing a uniform flow rate of wind velocities up to 35 m/s (6,890 FPM) at an accuracy of less than 1. 2 percent. This high level of precision provides clients with the peace of mind of knowing their vane anemometers are calibrated correctly. We realize how critical equipment like vane anemometers are to our clients’ work. Because of this, we place the utmost importance on quality. We approach every assignment with the expectation that our work is to be thoroughly audited for quality by our customers and other third parties. Vane anemometers are examined further for any chips, cracks, or burs in the vane blade. All calibration measurements are performed according to the specifications of documented procedures and data generated is traceable to The National Institute of Standards and Technology. ATS professionals examine...



UVP J221 Black Light Meters are photovoltaic devices that measure the intensity of ultraviolet energy from ultraviolet lamps. UVP J221 Black Light Meter calibrations are a service provided at Applied Technical Services (ATS) Labs. The manufacturer recommends calibration/verification every six months to ensure the best possible accuracy. Reliance on inaccurate results may lead to compliance violations, destruction of delicate materials, and unsafe conditions. ATS Provides High-Quality Services ATS is one of the few labs in the United States to offer ISO: 17025:2017 accredited calibrations on radiometers and light meters. Thanks to our high-accuracy light sensors, we can provide calibrations with uncertainties as low as 4. 5% for black light and 2. 9% for white light. ATS labs can provide normal service in seven to ten business days. Expedited Services If your equipment is time-sensitive, we offer an expedited service that gives your equipment next on bench priority throughout the calibration service, provided that no adjustments or repairs are required. Typically, this is less than 48 hours. Standard Compliance ATS labs can calibrate light meters to meet your specific standards and ensure consistent, accurate readings by testing your device over a wide variety of test points. In coordination with our calibration lab’s accreditation by the American Association for Laboratory Accreditation (A2LA), we also provide our own quality management system. ATS Calibration Lab Capabilities Measurements of fractions of a lux to 42,000 lux Our Quality Management System ANSI/NCSL Z540-1 ISO/IEC 17025:2017 Accredited 10 CFR Part 21 ISO 9001:2015 Registered 10 CFR 50...



The ATS Family of Companies (FoC) offers torque wrench calibrations from several accredited labs. Many mechanical technicians are required to know the specific amount of torque applied to nuts, bolts, and other fasteners to prevent undertightening or overtightening. Torque wrenches for these projects are often required to have routine calibrations in an effort to meet regulated industry standards.  With ATS as your calibration provider, your company can schedule reliable inspections, calibrations, and repairs from our qualified professionals. ATS Capabilities ATS has earned an excellent reputation among national and international companies. Our A2LA ISO/IEC 17025:2017 accredited calibration labs produce data that is traceable to NIST, so we can restore accuracy and precision to our clients' devices. We can calibrate torque wrenches within 5 ounce-force per inch and 2,000 pound-force per foot. We can calibrate devices according to client specifications and common industry standards, such as ISO and ASME. 24/7 Digital Report Access Our lab experts are committed to providing clients with the highest quality of service through accurate testing, detailed reporting, and proper documentation in a timely manner. Clients can conveniently access digital copies of their calibration documents through our client portal. Types of Torque Wrenches Calibrated Our calibration experts regularly calibrate a wide range of mechanical equipment, including torque wrench types such as: Digital Electric Pneumatic Torque Multiplier Beam Adjustable Electronic Dial Open End Air Split Beam T Handle Screwdriver Power Crows Foot Automotive Ratchet Micrometer Insulated Impact Manufactured Brands We frequently provide force, pressure, and torque calibrations for popular...



Applied Technical Services (ATS) regularly performs thermometer calibration services. Temperature plays an important role within many industries and the processes they use on a day-to-day basis. Many rely on their thermometer to measure the temperature accurately and assume it will do its intended job precisely, however; just like any other tool it is periodically necessary to calibrate the temperature measuring devices. Since 1987, the ATS Calibration Lab has provided full-service dimensional inspections, repair services, and calibrations. Our ISO/IEC 17025:2017 (A2LA) accredited lab generates data that is directly traceable to the National Institute of Standards and Technology, otherwise known as NIST. Our employees are qualified, enabled, and engaged throughout the entire calibration service process. Online Records Our client portal provides clients with online access to copies of calibration certificates, status updates, and future calibration dates. ATS Calibrates Thermometer Brands ATS calibrates products from a wide variety of manufacturing brands, including: Extech Fluke ThermoWorks Grainger Thomas Cooper-Atkins If you do not see your product in this list, do not worry. Call +1 (888) 287-5227 to speak with a representative about whether we can service your product. About ATS Applied Technical Services has delivered exceptional services in testing, inspections, analysis, investigations, and calibrations for over 50 years. Our labs serve clients nationally and internationally. We provide services to the following industries: Automotive Chemical Manufacturing Oil and Gas Power Generation Pulp and Paper Our Commitment to Quality Assurance Through our Quality Assurance department, we can ensure the quality of our services is of high...



Applied Technical Services has established a reputation for being an industry leader in thermocouple calibration. Our world-class calibration experts confirm your instrument’s accuracy in testing temperature recording equipment, including transmitters, controllers, thermometers, alarms, indicators, and probes. ATS provides full-service calibration services to support the consistent performance of your precision temperature measuring equipment. We calibrate the following: Infrared (IR) with Thermocouple Thermocouple Calibrators Thermocouple Probes Thermocouple Thermometer (Display Only) Thermocouple Thermometer with detachable probe Flexibility To Meet Your Needs ATS experts understand exactly how critical thermocouples and thermocouple calibrators are to your work and quality processes. That’s why our metrology team wants to help you achieve maximum levels of accuracy when utilizing or calibrating thermocouples. We can accommodate calibrations to your application or to OEM specifications. We offer our expertise at our metrology laboratories but are also capable of conducting calibrations on-site at your facility to minimize downtime. We maintain a quick standard turnaround time of 5-7 days on all calibration orders, however, we also offer expedited calibrations to meet your deadlines. You can also be set up on our asset management system, iPortal, which provides you with updates on the status of your equipment, due dates for future calibrations, and electronic copies of calibration certificates. Dedicated To Providing The Highest Quality Services Thermocouples are utilized in a broad array of scientific and industrial applications including manufacturing, process controls, quality management, HVAC, agriculture, etc. No matter the application, these devices must be calibrated regularly to produce interpretable measurements. ATS has received...



ATS performs thermal calibration services for clients who need to ensure that their sensitive equipment yields only the most accurate measurements. We provide accredited calibrations on various types of temperature devices including glass thermometers, thermocouple thermometers, RTD thermometers, temperature recorders, dial thermometers, surface thermometers and digital thermometers. Our Commitment to Quality All calibrations performed include As Found and As Left Data and are traceable to NIST, the National Institute of Standards and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web based interface, iPortal, which gives you access to electronic copies of your calibration certificates, current asset status, asset history and due date reports for your equipment. Our Calibrations Capabilities ATS provides complete calibration services for all of your thermometry needs. From ITS-90 Fixed point cells to bench top thermometer displays to hand-held devices, we can offer the best calibration solution for the strictest requirements. Our calibration services range from bench top thermometry systems, dial thermometers, glass thermometers, platinum resistance thermometers (PRT’s), Thermocouples, & more. Glass Thermometers Thermocouple Thermometers RTD Thermometers Dial Thermometers Surface Thermometers Digital Thermometers Chart Recorders Data Loggers Probes & Sensors



Applied Technical Services has the capabilities to perform durometer hardness tester calibration in our environmentally controlled lab. We can calibrate Cable Tensiometers and Wire Tension Meters, Crimp Tools, Durometer Hardness Testers, Gloss Meters, LVDT units, Refractometers, Strap Tension Meters, Viscometers and Viscosity Cups including Ford Cups and Zahn Cups. All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology, and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of Calibration Certificates, current asset status, asset history and due date reports for your equipment. Cable Tensiometers Wire Tension Meters Crimp Tools Durometer Hardness Testers Gloss Meters Refractometers Strap Tension Meters Viscometers



ATS offers world-class temperature probe calibration services at competitive prices. Our technicians employ state-of-the-art equipment and methodologies including temperature baths, ice point references, block calibrators, and standard and high accuracy thermometers. Our Accreditations Our temperature probe calibration services are accredited by the A2LA in accordance with the requirements of ANSI/NCSL Z540-1 and accredited with the International Standard ISO/IEC 17025:2017, General Requirements for the Competence of Testing and Calibration Laboratories. We earn our accreditation through a rigorous evaluation of our laboratories, equipment, processes, quality management system, and the technical competency of our specialists. This accreditation verifies our proficiency in performing NIST traceable temperature probe calibration services within a defined scope. Accredited Temperature Probe Calibration Services Temperature measuring equipment calibrations from -196°C to 1200°C Relative humidity measuring equipment calibrations from (10 to 95)% RH Infrared measuring equipment calibrations from -30°C to 500°C Further Calibration Capabilities Regardless of whether the instrument is a component unit within a larger system or a stand-alone device, we can calibrate it. ATS performs calibrations in-house as well as on-site at your facility. This reduces the amount of down-time required to calibrate any in-process equipment and allows us to calibrate equipment that may be too large to send to our lab. We calibrate a wide variety of temperature probes, including but not limited to: Surface Thermometers Thermocouples RTD Probes Data Loggers Digital Thermometers Handheld Thermometers Dial Thermometers ITS-90 Fixed Point Cells Bench Top Display Thermometers Glass Thermometers We maintain a standard turnaround of 5 to 7 days on...



Our Swiss Precision Instruments Calibration and Distribution Services Applied Technical Services recognizes the need that companies express for reliable, precise metrology equipment; as such, ATS provides Swiss Precision Instruments calibration and distribution services to our clients. We represent Swiss Precision Instruments by supplying their tools to our discerning customers and offer those clients long-term support by calibrating their equipment to operational efficiency. ATS Supplies Precision Measuring Tools Including (But Not Limited To): Digital Drop Indicators Indicator Holders Bore Gages Height Gages Gage Blocks V Blocks Dial Calipers Micrometers Instruments ATS' Calibrations Services Additionally, our dedicated ATS Calibrations experts can calibrate your SPI metrology instruments either in-lab or on-site. Our Calibrations team is experienced, performing inspection services validated by major manufacturing companies. With environmentally-controlled ISO 17025:2017 accredited labs, our department serves as a “one-stop-shop” for your Calibration needs. Gage Block Calibrations Utilizing our Block Comparators in combination with the Mahr Federal Gage Block Measurement Software, ATS Calibrations can produce reports summarizing the technical details of several block types. ATS can certify both English/Inch and Metric Gage Blocks with: 130B-38W1 Gage Comparator 130B-58W1 Long Gage Comparator Hand Tool Calibrations Metrology hand tools need to regularly be calibrated to ensure product quality standards continue to be met. Deviations from the standard can prove harmful to testing reporting accuracy. Types of hand tools that we regularly calibrate include (but are not limited to): Bench/Super Micrometers Countersink Gages Height Gages Indicators Indicator Testers Weight Calibrations Operating in accordance with recent ASI, ASTM, NIST, and other...



ATS Offers Unrivaled Sun-Tec Corp Calibration and Distribution Services A Michigan-based company, Sun-Tec Corp. is regarded as a specialist in their hardness and mechanical testing products. Abiding by numerous industry hardness standards, Sun-Tec products satisfy the uniformity and performance specifications necessary for product excellence. To ensure that our clients not only have access to but are getting all they can out of their precision equipment, ATS performs Sun-Tec Corp. calibration and distribution services. Sun-Tec Corp. Equipment Offered Includes Rockwell Hardness Testers CLC-200R CR Series CR-1eA Vickers/Knoop Hardness Testers CM-800 Series CV-800 Series ARS-10K Testing System Metallographic Equipment CMP Abrasive Cutting Machines CMP Grand and Polish Machines CMP Mounting Presses Ductility Testers G2 Ball Punch Deformation Brinell Hardness Testers DTLC-3000 PH Series PHL Series Tension/Compression Machines NST Tester Portable Testers CPT Series CDR Series PT Portable Tensile Tester Microscopes SBS Microscope EV-745 ATS' Calibration Services Besides distributing their products, our Calibration lab can also test and inspect the accuracy of Sun-Tec metrology equipment. ATS Calibration has been in service for over 30 years, serving as a “one-stop shop” equipped with the latest technology. Our calibration offerings include environmental recording devices, electronic equipment, and hand tools. The data we provide are directly traceable to the NIST (The National Institute of Standards and Technology) to ensure accepted national standards are met. Avionics Calibrations With approval from leaders within the Commercial and Military Aerospace industries, our Avionics calibrations recognize numerous different manufacturer specifications for the instruments we calibrate. North Atlantic Industries, TEL, IFR, and...



Awarded the world-renowned title of, “the World’s Greatest Toolmakers”, Starrett has set defined standards for the fine precision tools industry. Manufacturing more than 5,000 metrology instruments, we at ATS are proud to provide Starrett calibration and distribution services. Contact us today to learn more about our precision and measuring instrument sales and calibrations. Starrett Precision Tools Precision Measuring Tools Hand Tools: includes micrometers, calipers, gages, data collection systems Gage Blocks Surface Plates Jobsite and Shop Tools Hand Tools: includes tape measurers, layout tools, marking tools Precision Ground Stock Flat Stock Drill Rod Metrology Equipment Vision Systems: video measurement, video inspection Optical Systems: comparators Laser Measurement Systems: profile measurement systems Our Calibrations Services Since 1987, ATS Calibrations has established itself as a leading provider of full-service inspection, repair and calibration services. With lab facilities accredited to ISO/IEC 17025 (A2LA), our Quality System standards guarantee accuracy for followed methodologies. Further approval from major industrial companies validates our commitment to quality excellence. Environmental Calibrations ATS professionals recognize the importance of monitoring your environmental recording devices for maintaining quality. Our Calibration lab satisfies the ISO/IEC 17025:2017 standards for Environmental Calibration services. We also abide by any necessary technical specifications required by the applicable industry or client. We regularly perform environmental calibrations on the following equipment: Thermal Imagers Temperature Probes Glass Thermometers Velometers Humidity Loggers Gage Block Calibrations Measuring gage blocks up to 20 inches, our labs are furnished with state-of-the-art comparator machines, including: Federal 130B-38W1 Gage Comparator Federal 130B-58W1 Long Gage Comparator Our comparators...



Applied Technical Services (ATS) performs Spectroline DSE-100x radiometer calibrations to ensure that this powerful equipment is yielding precise and accurate measurements. Spectroline DSE-100x Radiometers measure both visible and black (UV) light. These are uniquely designed tools used by many industries for light measurement applications.   ATS calibrations are traceable to the National Institute of Standards and Technology (NIST). ATS is one of the few laboratories in the United States with ISO 9001:2015 registrations and ISO 17025:2017 accreditations that perform calibrations for radiometers and light meters. In addition, our quality-assurance system follows applicable requirements of ANSI/NCSL Z540-1,10CFR50 Appendix B, and 10CFR Part 21. We can also provide American Association for Laboratory Accreditation (A2LA) calibrations upon request. Our reference standards provide accredited radiometer calibrations of visible light to 200-foot candles & UV-A Light up to 2000 µw/cm2. High Quality and Low Turn Around Time ATS offers a normal turnaround time of seven to ten business days. If you are receiving standard calibration that does not require repairs and /or adjustments; we offer expedited next on bench service which gives your equipment priority all the way through calibration service. Typically, this is less than 48 hours. Types of Radiometer Calibration Services Visible Light Calibrations Black Light Calibrations UV Sensors NDT and QC Inspections MIL and ASTM Standards Exceptional Accuracy



Applied Technical Services offers expert Southwire meter calibration services traceable to the National Institute of Standards and Technology (NIST). Our metrology technicians have worked to ensure the precision of your measurement instruments since 1987. ATS experts come from diverse backgrounds, giving them deep knowledge and expertise over a range of instruments and disciplines. Southwire Meter Model Calibration 10010S 10020N 10030S 10040N 11050N 11060S 12070T 13050S 13070T 13090T 13090T 14060S 14070T 14090T 15190T 16020N 16030A 16040T 21010N 21030T 21050T 22070T 23030T 23070T 23090T What Do Calibrations Include? Our calibrations services are second to none. ATS calibrations are ISO 9001:2015 registered and ISO/IEC 17025 and ANSI/NCSL Z540-1 accredited, ensuring that you always receive consistently reliable calibrations. We provide you with both As Found and As Left data, with known levels of testing uncertainties on all calibrations. Calibrations also include a certificate of calibration, calibration label affixed to the instrument, and a tamper seal if applicable. Online Asset Management System You can also be set up with free access to our asset management system, iPortal. This online interface gives you updates on the status of your equipment, recommendations for your next calibration service due date, and electronic copies of your calibration certificates. It safely stores your instrument documentation, providing you with traceable compliance with regulatory requirements, made accessible to you any time, any place. ATS performs Southwire meter calibrations for instruments in-house at our state-of-the-art metrology laboratories as well as on-site at your facility. We understand the importance of minimizing downtime and working...



Applied Technical Services offers Snap-On Torque Wrench calibration services. Our A2LA ISO/IEC 17025:2017 accredited Labs are fully NIST Traceable and managed by calibration experts who have years of experience. For 30 years, our clients have entrusted us with their equipment and for 30 years we have consistently provided precise and accurate results. Our quality assurance goal is to ensure all our clients receive services in accordance with the applicable industry standard. Our experts perform accurate testing and provide detailed reporting with quick turnarounds at competitive pricing.   Torque Capabilities 5 ozf. in to 2000 lbf. ft Since 1967, ATS has been a leader in providing testing and inspection services. We have earned an excellent reputation with our clients nationally and internationally. We serve many industries including automotive, aerospace, chemical, construction, energy, government, industrial, manufacturing, military, nuclear, gas/oil, pharmaceuticals, power generation, pulp & paper, telecommunications, and transportation. Our results are predicated on our technically advanced labs run by our qualified experts. It is our mission to ensure that our clients' needs always come first by providing comprehensive reports, quick turn-around times, and clear, accessible communication. Quality Assurance Systems and Certificates ANSI/NCSL Z540-1 ISO 9001:2015 Registered 10CFR50 Appendix B 10CFR Part 21 ISO/IEC 17025:2017



Applied Technical Services (ATS) provides Signet Conductivity Meter calibrations. Signet manufactures easy to use durable meters that will provide measurements needed in many industries. To ensure the accuracy of these tools, they often require to be regularly calibrated. Calibrations Lab Applied Technical Services has an ISO/IEC 17025:2017 accredited calibrations lab which performs Signet Conductivity Meter calibrations. Along with your conductivity meters, we are capable of calibrating check standards. Our labs are run by experts who are experienced and skilled in calibrating for different industries and their specific standards. Our Calibrations Labs Mechanical Instruments Lab Electronic/ Electrical Instruments Lab Temperature/ Environmental Lab Force and Pressure Lab Standards Lab Onsite Services About Applied Technical Services ATS was founded over 50 years ago. ATS as a company has created an impressive reputation for the quality of work provided in services such as testing, inspections, analysis, investigations, and calibrations. We have provided services to clients both nationally and internationally. We are knowledgeable and experienced in serving the following industries: Aerospace/Aviation Automotive Chemical Energy Insurance/Legal Manufacturing Pharmaceutical Aerospace/Aviation Automotive Chemical Military Nuclear Oil/Gas Power Generation Commercial Properties Construction Consumer Products Pulp and Paper Steel and Aluminum Telecommunication High Quality Services We know it is important to those seeking a testing provider, to trust the company that will be handling their tools. At ATS, we have a Quality Assurance Department which ensures that the quality of our services is of the highest value. They also ensure that each department is meeting measurable objectives through distinct processes,...



ATS offers signal generators calibration along with other calibration services which include frequency devices. Applied Technical Services has an extended range of frequency capability. From DC to 26. 5 GHz we have the standards to calibrate your frequency measuring/generating equipment. We calibrate from small handheld frequency generators to large frequency generators and frequency counters. We have the ability to custom tune the calibration test points to meet your needs. Call today to discuss how we can better meet your calibration needs. Frequency Counters Frequency Generators Stroboscopes Tachometers Stopwatches



Applied Technical Services (ATS) performs Sigmacheck Conductivity Meter Calibrations. The SigmaCheck Eddy Current Conductivity Meter is built to provide the user with accurate conductivity measurements. In order to receive the most precise measurements from your device, it is often required to have the tool calibrated. ATS Calibrations Lab Our ISO/IEC 17025:2017 accredited calibrations lab performs calibrations for SigmaCheck Conductivity Meters. Many industries (aerospace, metals processing, casting, maintenance, and quality assurance) use conductivity meters. In these industries, it is vital to have accurate measurements to ensure your company’s success and the quality of your products. Our lab experts are familiar with these fields and the standards associated with them. Calibration Labs Mechanical Instruments Lab Electronic/ Electrical Instruments Lab Temperature/ Environmental Lab Force and Pressure Lab Standards Lab Onsite Services About ATS For over 50 years, ATS has created an admirable reputation for providing clients with services in testing, inspections, analysis, investigations, and equipment calibrations of unmatched quality. We have clients that we serve nationally and internationally. Our labs serve the following industries: Aerospace/Aviation Automotive Chemical Commercial Properties Construction Consumer Products Energy Insurance/Legal Manufacturing Military Nuclear Oil/Gas Pharmaceutical Power Generation Pulp and Paper Steel and Aluminum Telecommunication Quality Assurance At Applied Technical Services, we realize it is important for our clients to know what kind of quality systems are in place when selecting their testing provider. We have a Quality Assurance Department who ensures the quality of our services are of the highest value, and are meeting measurable objectives through defined processes,...



ATS’ Metrology department offers a wide range of calibration services including rotameter calibration. Many industries need to measure the accurate flow rate of liquids and gases to properly monitor equipment. Having unreliable readings can lead to equipment failures due to undetected blockages, inconsistent pressure, or inadequate lubrication on mechanical parts. Quality Assurance and Customer Service ATS’ commitment to quality assurance begins with our labs being fully ISO 17025:2017-accredited by the A2LA. Your calibrated equipment can be traced to the National Institute of Standards and Technology (NIST). Additionally, we comply with other quality assurance requirements like ANSI/NCSL Z540-1, ISO 9001:2015 registration, 10 CFR 50 Appendix B, and 10 CFR Part 21. ATS' experienced lab experts and onsite technicians are well versed in a variety of industry standards. Our goal is to provide accurate testing, detailed reporting, and quick turnarounds. We serve a wide variety of industries including but not limited to aerospace, automotive, chemical, construction, energy/power generation, government, medical/pharmaceutical, manufacturing, military, and nuclear. We have earned an excellent reputation nationally and internationally. Types of Flow Measurements Air Gas Argonne Oxygen Nitrogen Types of Rotameter Instruments Acrylic Digital Bypass Glass Inline Low Flow Magnetic Metal Needle Valve Purge Transmitters Valve Variable Area Popular Brands King Emerson Omega Brooks Yokogawa ABB GFM Zefon Cole-Parmer



Internationally recognized throughout its offerings of metrology products and services, Renishaw equipment is distributed through our precision instrument sales here at ATS. Renishaw metrology is also available for on-site gaging and inspection calibration services at ATS. Specifically, ATS distributes CMM probes & styli manufactured by Renishaw. ATS - Distributed CMM Probes and Styli Renishaw CMM Styli Straight styli Star styli Pinter styli Hemispherical styli Disc styli Cylinder styli Tool datuming styli Custom styli Renishaw CMM Probe Systems 5-axis systems: REVO, PH20 3-axis systems: touch-trigger, scanning, motorized Manual Systems: MH20i, MH20, MH8, MIH, PH1, PH5, PH5/1, PH6, PH6M Our Calibrations Our team of Calibrations experts has offered industry-approved services to our clients for more than 30 years. Our labs are ISO/IEC 17025:2017-accredited and equipped with instruments calibrated to accepted national and industry metrology procedures. With Environmental, Electronic, Avionic, and Hand Tool Calibration services, our experts can inspect equipment across an abundance of professions. Electronic Calibrations Monitoring shifts in the tolerance of electronic metrology equipment are necessary for ensuring the confidence in reported results. The Calibration Lab at ATS is equipped with the finest industry technology to provide services within our standard turnaround time of 5 to 7 working days. Regularly calibrated Electronic equipment includes: Digital Voltmeters High Voltage: insulation testers and megaohm meters Hipot Testers Light Meters: OSHA compliant Multimeters: capacitance and thermocouple Environmental Calibrations Our Environmental Lab possesses the capability to measure the accuracy of numerous environmental recording devices. ATS Calibration experts ensure every inspection is conducted in accordance with...



ATS Offers Rayco Equipment and Calibrations An industry leader for over 40 years, Rayco Fixtures has established itself as a trusted provider of modular and custom fixtures. Servicing the same industries (Automotive, Defense, Machining, Manufacturing, and others), ATS proudly represents Rayco, distributing and calibrating CMM fixturing for our customers. Fixture Plates Cast Aluminum: ¼-20, M4. M6, M8 threads Round Fixture Plates: ¼-20, M8, M6 threads Steel Fixture Plates: ¼-20, M8, M6 threads Acrylic Fixture Plates Vertical Fixture Plates: ¼-20, M8, M6, M4 threads Demo and Used Plates Custom Fixtures Vision Fixtures Vision Plates: ¼-20, M6, M4 acrylic plates Plate and RVFL: ¼-20, M6, M4 Full Frame: ¼-20, M4 Accessories: R4, R6, R20, AX-Box Kits Clamping Kits Magnetic Clamping Kits Vacuum Cleaning Kits Vision Clamping Kits Our Calibration Services Approved by Aerospace, Automotive, and Nuclear companies, ATS Calibrations has been offering Calibration services in over a dozen categories for more than 30 years. Our Calibration labs are ISO/IEC 17025 accredited, ensuring the procedures followed by our experts are systematic. Additional applicable industry quality standards are also satisfied as required. Force, Pressure, and Torque Calibrations Servicing tools such as pressure gauges, cable tensiometers, and torque wrenches, our Calibrations team can measure the accuracy of your pressure and torque equipment. Force, Pressure, and Torque equipment are calibrated in one of our environmentally-controlled Calibration labs, with results typically available within 5 to 7 working days. Avionic Calibrations The dimensional inspection and repair of avionic components are vital in retaining the safety of aircraft. Many...



Temperature Probe Calibration ATS offers world class temperature probe calibration services at competitive prices. Our technicians employ state-of-the-art equipment and methodologies including temperature baths, ice point references, block calibrators, and standard and high accuracy thermometers. Accredited Calibrations Applied Technical Services performs probe calibrations in our ISO/IEC 17025-accredited labs. We earn our accreditation through a rigorous evaluation of our laboratories, equipment, processes, quality management system, and the technical competency of our specialists. This accreditation verifies our proficiency in performing NIST traceable temperature probe calibration services within a defined scope. Our services can also comply with ANSI/NCSL Z540-1 requirements. Temperature measuring equipment calibrations from -196°C to 1200°C Relative humidity measuring equipment calibrations from (10 to 95)% RH Infrared measuring equipment calibrations from -30°C to 500°C Regardless of whether the instrument is a component unit within a larger system or a stand-alone device, we can calibrate it. ATS performs calibrations in-house as well as on-site at your facility. This reduces the amount of down-time required to calibrate any in-process equipment and allows us to calibrate equipment that may be too large to send to our lab. We calibrate numerous device types including: ITS-90 Fixed Point Cells Bench Top Display Thermometers Glass Thermometers Digital Thermometers Handheld Thermometers Dial Thermometers Surface Thermometers Thermocouples RTD Probes Data Loggers We maintain a standard turnaround of 5 to 7 days on all calibration orders, with expedited service available to meet your specific requirements. Status updates, calibration certificates, and maintenance recommendations are provided with easy access through our web-based...



The ATS Family of Companies (FoC) provides pressure gauge calibration from our environmentally-controlled labs. Using highly accurate pressure sources, we can calibrate a variety of pressure-related equipment, from high-pressure gauges to manometers. Our Calibration Capabilities Our pressure calibration lab has the capability to calibrate your equipment using our highly accurate pressure sources. We use a combination of dry air systems that can generate pressures as low as 0. 001 psig in H2O and as high as 1,000 psig. Additionally, our dead weight system can calibrate pressure gauges up to 15,000 psig with water/alcohol and up to 40,000 psig using hydraulic oils. If you need to calibrate vacuum pressures, we offer vacuum gauge calibration using a highly accurate vacuum source. We can also configure and reconfigure your pressure transducers to displays for improved accuracy and precision. Pressure Gauge Equipment We Calibrate We calibrate equipment such as: Pressure Gauges Differential Pressure Gauges Compound Pressure Gauges Pressure Transmitters Pressure Transducers without Display Pressure Transducers with Displays Differential Pressure Gauges Anti-Skid Test Sets Manometers Inclined Manometers Magnehelic Pressure Gauges Photohelic Pressure Gauges Absolute Pressure Gauges Absolute Pressure Transducers Vacuum Gauges We are able outsource all of your oxygen cleaning needs in addition to your pressure gauge calibration. Certified Quality The ATS Family of Companies (FoC) is a growing network of highly qualified testing, inspection, and calibration firms nationwide. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50 Appendix B, and 10 CFR Part 21. Our company is ISO...



ATS offers a broad range of high-quality pressure gauges to our clients from our validated manufacturers. These gauges can also be calibrated in our accredited labs, which are available for most measuring, gauging, and inspection services in verifying the accuracy of reporting necessary for process efficiency. ATS Offers Services the following Pressure Gauge Manufacturers: Ashcroft Dwyer Wika Omega Heise PSI-Tronics Our Calibration Services Established in 1987, the Calibrations department of ATS provides a directory of full-service calibrations within a dozen disciplines. Calibration services, whether in-lab or on-site, are vital in maintaining essential performance specifications. Our Calibration Labs are ISO/IEC 17025:2017 accredited to demonstrate the competency of our personnel in testing and calibrations. Electronics Calibrations Our Calibrations team can calibrate most electronic off-the-shelf inspection and testing instrumentation. Measuring your equipment in comparison to a known industry reference standard ensures the appropriate methods are being conducted throughout followed metrology processes. Our experts regularly calibrate Electronic metrology equipment, including: Clamp Meters Extech Meters Fluke Meters Hipot Testers Omega Thermocouples Hand Tool Calibrations The testing of common measurement hand tools in an environmentally-controlled lab is necessary to guarantee specific tolerances are met when operating under such conditions. Equipment such as indicator testers, length scales, micrometers, plastometers, and protractors are hand tools consistently inspected and calibrated by our Calibrations team. Torque Calibrations Torque Calibration services are vital throughout the lifespan of such equipment, guaranteeing precision and accuracy reported throughout reported measurements. Our Calibration labs are equipped with torque analyzers and transducers to verify the accuracy...



ATS provides the capability for signal sourcing for your oscilloscope needs. O-scopes have traditionally been used as a non-accurate visual tool for signal processing. More recently electronics industries are recognizing the need for more accurate scopes and scope package calibration. ATS provides the capability for signal sourcing for your precision accurate O-scope needs. All calibrations performed include As Found and As Left Data and are traceable to NIST, the National Institute of Standards and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of your calibration certificates, current asset status, asset history and due date reports for your equipment. Wave Shape Amplitude of Signal Triggered Sweeps Delayed Sweeps X-Y Mode Bandwidth Single Sweeps



Our dedicated staff is equipped with years of expertise in Omega thermocouple calibration. Since 1987, our metrology team has established a reputation for ATS in setting the highest quality service standards, so you can rest assured that your precision measuring equipment is in good hands. All ATS calibrations are ISO 9001:2015 registered and traceable to the National Institute of Standards and Technology (NIST) for a range of models and configurations. ATS technicians are extremely versed in the techniques and procedures of Omega thermocouple calibrations. Our experts follow carefully documented methods with the utmost attention to detail. These stringent procedures in combination with our state-of-the-art equipment and rigorous quality standards allow us to provide you with world-class expertise. Precise Measurements Every Time Applied Technical Services offers ISO 17025 and ANSI/NCSL Z540-1 accredited Omega thermocouple calibration services both in-house at our state-of-the-art metrology laboratory or onsite at your facility. We have far-reaching capabilities that include the calibration of Omega thermocouple types B, C, E, J, K, L, N, R, S, T, and U with testing temperature ranges from -250 °C to 1800 °C. We calibrate Omega thermocouple probes as well as fine gauge bare wire and insulated thermocouples. We can tailor calibrations to meet your specified tolerances or tolerances specified in the Omega Manufacturer’s Manual and Technical Specifications. As Found and As Left data is provided with Omega thermocouple calibrations. All results are clearly communicated per ATS SOP-001, Standard Operating Procedure of Measuring and Test Equipment. A calibration label is affixed onto...



Applied Technical Services (ATS) performs Nortec Conductivity Meter Calibrations. Nortec manufactures portable meters that are designed to provide the user with accurate measurements of eddy currents even in the harshest working conditions. To maintain the tool's performance, it is essential to receive regular calibrations. Calibrations Department Here at ATS, we have a 17025 accredited calibrations lab that performs Nortec Conductivity Meter Calibrations. We realize that many industries depend on accurate measurements from their tools. Our lab experts are experienced with these industries and the standards that apply to them. In addition to our capability of calibrating your conductivity meters, we can calibrate check standards. ATS' Calibration Labs Include:  Mechanical Instruments Lab Electronic/Electrical Instruments Lab Temperature/Environmental Lab Force and Pressure Lab Standards Lab Onsite Services About ATS ATS has built an impressive reputation for providing clients with high-quality testing, inspections, analysis, investigations, and calibrations for over 50 years now. Our company delivers services to clients nationally and internationally. We serve the following industries: Aerospace/Aviation Automotive Chemical Commercial Properties Construction Consumer Products Energy Insurance/Legal Manufacturing Military Nuclear Oil/Gas Pharmaceutical Power Generation Pulp and Paper Steel and Aluminum Telecommunication



ATS provides multimeter calibration for both hand-held and bench top multimeters. Using certified reference materials we provide the capability of measuring even the most accurate multifunction device. Along with our measuring capabilities we also provide highly accurate sourcing functions for your measuring devices. We provide calibration of both hand-held and bench top multimeters. We have the capability to test the following functions: AC/DC Voltage, AC/DC Current, Resistance, Capacitance, Inductance, Thermocouple, and Power. All calibrations performed include As Found and As Left Data and are traceable to NIST, the National Institute of Standards and Technology, and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of your calibration certificates, current asset status, asset history and due date reports for your equipment. AC/DC Voltage AC/DC Current Resistance Capacitance Thermocouple Handhold Multimeters Bench top Multimeters Inductance



Mitutoyo America offers a full line of precision measuring instruments utilizing innovative technologies. Applied Technical Services (ATS) is certified as a distributor and performs Mitutoyo calibration in our continued mission of offering equipment necessary for client service excellence. Mitutoyo Tools We Calibrate and Distribute Micrometers: Ball, Bore, Depth, Digital Digital and Linear Scales Optical Measurements Hardness Tester Machines Calipers: Digital, Vernier Indicators: dial, digital Protractors Coordinate Measuring Machines Vision Measurement Systems Surface Roughness Testers Contracer Machines Roundness Measurement Machines Gauges: Linear, Height, Bore, Thickness, Run Out ATS – A Leader in Calibrations Established in 1987, our Calibrations department is a “one-stop-shop” for your metrology inspection and calibration services. Offering both laboratory and on-site services, ATS Calibrations procedures are approved by multiple industry leaders within the Automotive, Aerospace, Defense, and Nuclear industries. Our Calibration labs house equipment that is traceable to the NIST, with procedures followed being accredited to ISO 17025 standard (A2LA). On-Site Calibrations Testing equipment such as Hardness Testers and Environmental Chambers may be difficult to calibrate in-lab due to their size. Our Calibration experts can travel to your facility to perform the calibration and inspection of your equipment at your convenience. We can calibrate the following instrumentation on-site: Tension and Compression Machines: Tensile Testers, Compression Testers Electrical and Mechanical Instruments: Torque Wrenches, Timers, and Tachometers Optical Comparators: Microscopes, Vision systems Environmental Chambers: Humidity Chambers, Drying Ovens Environmental Calibrations Measuring the accuracy of Environmental Recording Devices guarantees the confidence in the decisions made for specific circumstances. Our Calibrations experts...



Applied Technical Services offers a wide range of flow meter calibration services including micro motion flow meters. As an ATS client, you can have confidence that your equipment is being calibrated properly by a reputable organization accompanied with experienced technicians and fully operational lab facilities that are accredited by A2LA to the ISO 17025 standard. Data generated by our precision equipment calibration services are fully NIST traceable. Quality Assurance Programs ANSI/NCSL Z540-1 ISO 17025:2017 Accredited ISO 9001:2015 Registered 10 CFR 50 Appendix B 10 CFR Part 21 Our Commitment to Customer Service Onsite Services Accredited Lab Services Friendly Knowledgeable Technicians Detailed Reporting Accurate Testing Quick Turn-arounds iPortal – Web Access for Clients to Calibration Records Micro Motion Flow Meter Brands Emerson McMillan Coriolis



ATS offers a wide range of calibration services, including micrometer calibration. Micrometers provide very precise dimensional measurements, such as length, width, and diameter, which makes their continued accuracy crucial. We are a leading resource for companies and industries needing to get their precision equipment calibrated in a professional lab or on-site. Established in 1967, ATS has earned an excellent reputation in many industries, including aerospace, automotive, chemical, construction, manufacturing, and power generation. Micrometers Calibrated Universal Outside Inside Depth Bore Outside Diameter (OD) Inside Diameter (ID) Blade Pitch Diameter Limit Tube Ball Bench Digit Mics V Mics Stage Thread Screw Ocular Mechanical Digital Popular Manufacturer Brands that ATS Calibrates Starrett Mitutoyo Fowler Layman InSize Asimeto ATS Quality Assurance Quality assurance programs and accreditations are critical when selecting the right lab to perform your precision equipment calibrations. Here at ATS, we participate in many national quality assurance programs to give our clients confidence in our testing methods and procedures. NIST Traceability ATS provides metrology and calibration services that are fully traceable to NIST. In addition, we offer a web-based iPortal, which gives our clients access to digital copies of calibration certificates, current asset status, asset history, and due date reports for your equipment. Customer Service With years of experience, ATS’ lab experts and field service technicians are familiar with most industry standards and regulations. It is our goal to provide our clients with qualified and engaging employees, who perform services in accordance with applicable standards in a timely manner with clear and...



The Meyer Gage company is a precision gage company dedicating its production efforts towards inspection equipment for the grinding industry. Most importantly, this precision tools company is known for its commercial introduction of Class ZZ pin gages. ATS' calibrations division serves clients who depend on these tools by performing a variety of Meyer gage calibration services, ensuring their precision equipment is producing the most accurate measurements possible. We also partner with Meyer to sell a wide range of gages, pins, and other equipment. Meyer Gage Tools We Calibrate and Distribute Pin Gage Sets Class ZZ Class Z Class X Pin Gages Progressive Style Gages Ring Gages Gage Pins ID/OD Thread Gages Go/NoGo Gaging Master Setting Discs Styles 1, 2, and 3 Our Calibration Services Since 1987, ATS Calibrations has maintained a leading position within the calibration and inspection of metrology instrumentation. Working across a wide range of industry professions has provided our experts with an understanding of calibration needs in accordance to specific standards. ATS Calibration labs are ISO/IEC 17025 (A2LA) accredited and are environmentally-controlled for specific situations. On-site Calibration services are also available. Avionics Calibrations The regular calibration of avionic inspection tools is important in maintaining the dominant principle of safety within the aerospace industry. ATS performs the calibration of metrology tools in accordance with many aerospace manufacturers, including: Barfield Bendix / King Michel North Atlantic Industries Environmental Calibrations Inspecting environmental recording devices such as hygrometers, humidity loggers, and temperature baths is important in guaranteeing accurate results. Our Environmental Calibrations experts...



An A–Z List of Our Calibration Services Mechanical Instruments 1-2-3 Blocks Accelerometers Adhesion Testers Air Velocity Meters Aircraft Weighing Kits Angle Blocks Ball Sphere Ball Standard Sets Beakers Bench Centers Bench Micrometers Bolt Tension Gages Bore Gages Bore Micrometers Cable Tensiometers Calipers Caliper Standards Coating Thickness Gages Countersink Gages Countersink Standards Craftsman Torque Wrench Crimp Tools Cylindrical Ring Gages Dial Calipers Dial Height Gages Dial Pressure Gage Digital Calipers Digital Height Gages Digital Manometers Digital Pressure Gage Dillon Dynamometers Durometer Hardness Durometer Test Blocks Dynamometers Feeler Gage Sets Flow Meters Force and Load Tension/Compression Gages Force Compression Gages Gage Block — Individual Gage Block Sets Gage Blocks Gloss Meters Graticule Loops Hardness Test Blocks Height Gages Height Standards Indicator Testers Indicators ISO 16063-21 Accelerometer Jamar Dynamometer Length Scales Length Standards Levels Load Cells Tension/Compression Gages Load Cells LVDT Units Mass Flow Comparators Master Setting Disc Mems Accelerometer Micrometer — ID Micrometer — OD Micrometer Heads Micrometer Standards Micrometers Mikemasters Optical Scales Parallel Bars Pi Tapes Pin Gage Sets Pin Gages Plastometers Plug Gages Portable Hardness Tester Pressure Calibrators Pressure Gage Pressure Relief Valves Pressure Transducers with Digital Displays Protractors Radius Gages Refractometers Rotameter Screw Pitch Gages Single Axial Accelerometer Sine Bars Skidmores Snap Gages Snap On Torque Wrench Spring Testers Squares Steel Rulers Straight Edges Super Micrometers Surface Finish Standards Surface Finish Tester Survey Equipment Tape Measures Taper Gages Tension Gages Test Sieves Thread Micrometer Standard Thread Micrometers Thread Plug Gages — Non Standard Thread Plug Gages — Standard Metric...



CMM Fixturing Weights, Scales & Balances Optical Viewing Systems Plug Gages Thread Gages Indicators Optical Comparators Precision Measuring Instruments Torque Testing Equipment One of the advantages of purchasing your test and inspection equipment through ATS is that we also provide calibration services. This would mean that, for most of the equipment, you would be able to eliminate an extra step and would not need to deal with sending it out to get it calibrated after you acquire the item. Having an ISO/IEC 17025:2017 accredited source where you can combine your purchase and calibrations needs is a significant advantage that ATS provides. Our experienced and knowledgeable staff can also guide you in selecting the proper equipment to meet your needs. Equipment Offered ATS maintains a large and varied stock of metrology equipment for sale. The range of tools we offer cover most inspection applications. ATS represents the following manufacturers: Brown & Sharpe — Precision Measuring Instruments CDI / Snap-On/ Tohnichi — Torque Testing Equipment Dyer — Bore Gages, Chamfer Gages Fred V. Fowler Co. , Inc. — Precision Measuring Instruments Glastonbury / Southern Gage — Plug Gages, Ring Gauges, Thread Gages Mahr-Federal, Inc. — Snap Gages, Indicators Meyer Gage Company — Pin Gages, Plug Gages, Ring Gages MicroRidge Systems — SPC Processing Equipment Mitutoyo American Corporation — Precision Measuring Instruments Pressure Gages — Ashcroft, Dwyer, Wika, Omega, Heise, PSI-Tronics Rayco — CMM Fixturing Renishaw, Inc. — CMM Probes & Styli Rice Lake Weighing Systems — Weights, Scales & Balances Rite-Weight, Inc....



Your order is not complete until we receive payment. You may call +1 (888) 287-5227 for additional assistance. ATS Calibration Department Multimeter/Clamp Meter Calibration Payment Order Product ServicesPricePay NowMultimeter 10010S$80 per meter Multimeter 10020N$80 per meter Multimeter 10030S$80 per meter Multimeter 10040N$80 per meter Multimeter 11050N$80 per meter Multimeter 11060S$80 per meter Multimeter 12070T$80 per meter Multimeter 13050S$80 per meter Multimeter 13070T$80 per meter Multimeter 13090T$80 per meter Multimeter 14060S$80 per meter Multimeter 14070T$80 per meter Multimeter 14090T$80 per meter Multimeter 15190T$80 per meter Multimeter 16020N$80 per meter Multimeter 16030A$80 per meter Multimeter 16040T$80 per meter Clamp Meter 21010N$80 per meter Clamp Meter 21030T$80 per meter Clamp Meter 21050T$80 per meter Clamp Meter 22070T$80 per meter Clamp Meter 23030T$80 per meter Clamp Meter 23070T$80 per meter Clamp Meter 23090T$80 per meter IR Thermometer 31011F$80 per meterIR Thermometer 31212S$80 per meter Thank you for submitting your Multimeter / Clamp Meter Calibration Order form. Applied Technical Services will be contacting you within 1-2 business days to confirm your order. If you have any questions or concerns, please email customerservice@atslab. com or call +1 (888) 287-5227 and ask for the Calibration Department. Additional Information Prepare Your Package Pack the meter carefully. Ensure the meter is sufficiently protected from damage during shipment. Remove batteries from the meter during shipment to prevent possible leakage. ATS is not responsible for meters that have been damaged during shipment and/or arrive in non-working order. Print the PayPal Multimeter/Clamp Meter Calibration Order Summary and include it with the meter. Ship Your Package Ship the meter to the following address: Applied Technical Services1049 Triad CourtMarietta, GA 30062



Southwire Meter Calibration Order - Applied Technical Services Skip to content +1 (888) 287-5227 Contact Us HomeSolutionsServicesCalibrationEngineeringForensicsInspectionTesting & AnalysisSpecialtyTrainingNDT TrainingRope Access TrainingReliability TrainingIndustriesAerospaceAutomotiveChemicalCommercial PropertiesCommunicationsConstructionConsumer ProductsDefenseEnergy StorageHealthcareInsurance/LegalLife ScienceManufacturingOil & GasPower GenerationPulp & PaperResourcesCalibration iPortalForms & DocumentsBrochuresNews & InsightsStandardsLocationsAbout UsAbout ATSCertifications and StandardsATS Family of CompaniesAcquisitionsATS JobsSGS +1 (888) 287-5227 Contact Us Search +1 (888) 287-5227 Page for Posts: 47549is_page(): falseis_home(): falseis_singular(): trueCurrent template: template-canvas.phpCurrent post ID: 51511get_queried_object_id(): 51511The post type is: calibrationCurrent query: Array ( [calibration] => southwire-meter-calibration-order [post_type] => calibration [name] => southwire-meter-calibration-order [calibration-category] => electronic-equipment [error] => [m] => [p] => 0 [post_parent] => [subpost] => [subpost_id] => [attachment] => [attachment_id] => 0 [pagename] => [page_id] => 0 [second] => [minute] => [hour] => [day] => 0 [monthnum] => 0 [year] => 0 [w] => 0 [category_name] => [tag] => [cat] => [tag_id] => [author] => [author_name] => [feed] => [tb] => [paged] => 0 [meta_key] => [meta_value] => [preview] => [s] => [sentence] => [title] => [fields] => all [menu_order] => [embed] => [category__in] => Array ( ) [category__not_in] => Array ( ) [category__and] => Array ( ) [post__in] => Array ( ) [post__not_in] => Array ( ) [post_name__in] => Array ( ) [tag__in] => Array ( ) [tag__not_in] => Array ( ) [tag__and] => Array ( ) [tag_slug__in] => Array ( ) [tag_slug__and] => Array ( ) [post_parent__in] => Array ( ) [post_parent__not_in] => Array ( ) [author__in] => Array ( ) [author__not_in] => Array ( ) [search_columns] => Array ( ) [ignore_sticky_posts] => [suppress_filters] => [cache_results]...



ATS offers MEMS 3-axis accelerometer calibration including single- and tri-axial services. Our Modal 9155 Workstation is very versatile and has a large range of capabilities. We have the capability of using an air bearing shaker to test accelerometers from 5Hz to 15 kHz for precise back-to-back assessments of ICP (IEPE), charge mode piezoelectric, piezoresistive, capacitive, and velocity sensors in accordance with ISO 16063-21. Our lab experts have combined years of experience and are familiar with ATS’ large database of specifications, test requirements, and procedures. We Calibrate Many Types of Accelerometers Single Axial MEMS Accelerometer Calibration 3-Axis Accelerometer Calibration Types of Measurements Sensitivity Amplitude Phase Bias Measuring vibration is one of the most common uses for accelerometers. It can be critical to get an accurate reading when measuring vibration in the following components: Cars Aircraft Machines Buildings Bridges Turbines Pumps Fans Rollers Process Control Systems Compressors And More... ATS Quality Assurance Due to our commitment to quality, ATS is compliant with many well-recognized quality system standards for various industries. Our certifications, registrations, and accreditations include, but are not limited to, the following: ANSI/NCSL Z540-1 ISO 9001:2015 10 CFR 50 Appendix B 10 CFR Part 21 ISO/IEC 17025:2017 Customer Service ATS serves customers from many industries around the world. It is our goal to meet customers’ needs by providing accurate testing services in accordance to applicable standards/specifications in a timely manner with clear and decisive documentation. We train our employees to be qualified, equipped and engaged with those whom they serve. Industries...



At Applied Technical Services (ATS), we provide Megger calibrations. Megger produces durable and easy to use insulation and conductivity testers. These testers are known for insulation resistance, voltage, and continuity in electrical installations, building maintenance, and electrical testing. As with most equipment, users should regularly calibrate their Megger tools in order to take accurate and precise measurements. Megger Equipment We Calibrate Megohmeters Megger DLROs Battery Testers Ground/Earth Testers Cable Fault Locators Clamp Meters Continuity Testers Power Quality Analyzers DMMs HiPot Testers Voltage Detectors Ultrasonic Leak and Corona Detectors Appliance Testers Phase Meters and Testers Cable Height Meters Solar & PV Testers Don't see your product listed? Don't worry! Call +1 (888) 287-5227 to speak with an ATS representative about our capabilities. ATS: Calibration Since 1987 ATS has offered full-service calibration, dimensional inspection and repair services since 1987. Our calibration labs are ISO/IEC 17025:2017 accredited to provide calibration services for many Megger products. Additionally, our data is directly traceable to the National Institute of Standards and Technology (NIST). We take pride in our lab experts and their knowledge about major industries and the standards associated with them. Online Records For the convenience of our customers, we also offer access to our online records portal. Through this resource, you can view copies of calibration certificates, status updates, and future calibration details for your equipment. Conductivity and Insulation Tester Brands Calibrated Reed Victor Fluke Extech FLIR Samyo Signstek Amprobe ELIKE About Applied Technical Services ATS has provided clients with high-quality services for over...



Applied Technical Services performs MAHR-Federal calibration services. Mahr-Federal is a supplier of dimensional measuring technology gages and systems including, hand tools, electronic gages, metering systems, ball-bearing guide products, snap gages and indicators. The Mahr-Federal production metrology products embody technical innovation and quality-orientation to progress the technical success and efficiency of measuring instruments. We at ATS offer Mahr-Federal equipment and can also calibrate their instruments. Mahr-Federal Measuring Instruments Calibrated by ATS Precision Gages Calipers Micrometers Test Indicators and Touch Probes Digital and Dial Indicators Digital and Dial Comparators Indicating Measuring Instruments Universal Measuring Instruments Millimar Electrical Length Measuring Instruments and Multi-Gaging Metrology Digimar Height Gages Maryision Optical Measuring Instruments Precimar Gage Block and Dial Gage Testing Unit Workshop and Setting Units Universal and High-End Length Measuring Units MarWin Software Platform Marsurf Mobile Roughness Measuring Units PC-Based Roughness Measuring Units Contour Measuring Units Automatic Roughness and Contour Measuring Systems Optical Measuring Units Reference Formtester Table Formtesters Applications MarShaft Optical and Tactile Measuring Units Margear Gear Measuring Units MarOpto Measuring Devices for Optics Industry Applications MarSolution Our Visions Applications Measuring Devices based on Millimar Our Calibrations Founded in 1987, ATS Calibrations offers inspection and testing services to metrology equipment both in-lab or on-site. Our labs are accredited to ISO/IEC 17025 (A2LA), with companies within the occupations of Aerospace, Defense, and Automotive industries approving our metrology services. Listed below are several of our Calibration offerings: Electronic Calibrations Monitoring the shifts and changes in your electronic metrology equipment is essential in guaranteeing confidence in your...



Magnetic flow meter calibration is just one of the many services we offer in our technically advance metrology labs. ATS has been serving clients for more than 50 years nationally and internationally with multiple calibration labs in several locations that are ISO/IEC 17025:2017 accredited to the ISO 17025 standard. At ATS we follow multiple quality assurance programs that give our clients confidence in our services and calibration accuracy. ATS' Quality Assurance Programs ANSI/NCSL Z540-1 ISO 9001:2015 Registered 10 CFR 50 Appendix B 10 CFR Part 21 Customer Service at ATS Applied Technical Services' goal is to provide outstanding customer service through friendly knowledgeable personnel, accurate testing, detailed reporting, and quick turnarounds. For your convenience, the calibration data that ATS provides is fully NIST traceable. Other Popular Models Calibrated at ATS Omega McCrometer Rosemount Toshiba Badger Meter Seametrics APG Greyline



Applied Technical Services provides MagnaFlux Conductivity Meter Calibrations. MagnaFlux is a manufacturer of a wide variety of tools and accessories with one being conductivity meters. To maintain the accuracy of the meter’s measurements it is often recommended to have them calibrated. ATS Calibration One of the many Labs within ATS is our ISO/IEC 17025:2017 accredited calibrations lab, which performs MagnaFlux Conductivity Meter Calibrations. Along with conductivity meters, our labs perform calibration services on check standards. ATS employees are experienced and skilled experts who are familiar with applicable industry standards. Calibration Labs at ATS Mechanical Instruments Lab Electronic/Electrical Instruments Lab Temperature/Environmental Lab Force and Pressure Lab Standards Lab Onsite Services About Us For over 50 years we have been providing services to clients nationally and internationally. We deliver services such as testing, inspections, analysis, investigations, and calibrations. Industries Served Aerospace/Aviation Automotive Chemical Commercial Properties Construction Consumer Products Energy Insurance/Legal Manufacturing Military Nuclear Oil/Gas Pharmaceutical Power Generation Pulp and Paper Steel and Aluminum Telecommunication High Quality Services ATS knows clients seek a trusted partner when pursuing a testing provider. We have a Quality Assurance Department which makes sure that each department delivers services of high quality by meeting objectives through defined processes, certifications, and accreditations. Quality Standards ISO/IEC 17025:2017 Accredited - Competency of Testing Calibration Labs ISO 9001:2015 Registered - Quality Management System 10CFR50 Appendix B quality Assurance Criteria for Nuclear 10CFR21 Reporting of Non-Conformances ASME NQA-1 Nuclear Quality Assurance Requirements NCSL Z540-1 Calibration Additional Conductivity Meter Manufacturers ATS Calibrates Signet SigmaCheck...



ATS offers light meter calibrations that are traceable to the National Institute of Standards & Technology (NIST) for a broad range of device models from various vendors. Light meters are utilized in a variety of industries and applications, including photography, cinematography, OSHA compliance, security, quality assurance, photosensitive materials, regulatory requirements, process controls, and clean room standards. Why is the Accuracy of Photometric Measurements Important? The quantity of light is too difficult to measure with the naked eye. Relying on measurements from an uncalibrated instrument may result in the violation of regulatory compliance, destruction of delicate materials, inaccurate inspections, or unsafe conditions. High Precision, Quality Assured Our trained professionals evaluate test points across the ranges of your device to ensure the light meter provides consistently reliable measurements. We are also capable of calibrating light meters to meet your specific requirements. Our precise measurements range from fractions of a lux to 42,000 lux. Black Light Meters White Light Meters Digital Light Meters Our calibration processes are carefully documented and closely monitored both internally and externally. Our calibration laboratory is ISO/IEC 17025:2017 accredited in a variety of calibration procedures. We are an ISO 9001:2015 registered company with a quality management system compliant with the requirements of ANSI/NCSL Z540-1, 10 CFR Part 21, and 10 CFR 50 - Appendix B. Online Records Portal Known for our reputation for setting the highest quality standards, our calibrations provide you with clear data on the accuracy of your light measurement devices. Calibration status updates and copies of...



Applied Technical Services (ATS) provides KJ Law Engineers Conductivity Meter calibrations. KJ Law Conductivity Meters test for eddy current in non-ferrous metals and alloys. They are manufactured to be simple and precise but rugged for assisting in inspection services. To maintain the accuracy of these tools, it is recommended to have periodic calibrations. ATS Calibration department has been one of the few in the country to obtain ISO/IEC 17025:2017 accredited calibrations for conductivity meters. Our labs offer calibrations for KJ Law Engineers Conductivity Meters. We employ experts who are familiar with these tools and the industry standards associated with them. ATS Calibration Labs Mechanical Instruments Lab Electronic/ Electrical Instruments Lab Temperature/ Environmental Lab Force and Pressure Lab Standards Lab Onsite Services Providing Quality Services for Over 50 Years Applied Technical Services was founded over 50 years ago and has built a remarkable reputation in the services provided such as testing, inspections, analysis, investigations, and calibrations. We have served many clients nationally and internationally. Through the years we have gained experience to serve the following industries: Aerospace/Aviation Automotive Chemical Energy Insurance/Legal Manufacturing Military Nuclear Oil/Gas Commercial Properties Construction Consumer Products Pharmaceutical Power Generation Pulp and Paper Steel and Aluminum Telecommunication Quality System At ATS we want our clients to trust the hands they put their equipment into. Our Quality Assurance Department dedicates itself to ensuring that the quality of our services remains exceptional while meeting measurable objectives through defined processes, certifications and accreditations. ATS Quality Standards ISO/IEC 17025:2017 Accredited - Competency...



ATS routinely provides Jamar Dynamometer calibration services. This highly-regarded instrument manufacturer tends to be one of the more popular handheld grip strength dynamometers due to its durability. However, as a tool that is frequently used with heavy loads and cables, dynamometers can potentially pose a safety and liability risk if left unmaintained. In order to provide proper hand strength measurements, therapy, and record-keeping, it is vital to keep this type of tool properly serviced and calibrated. Our lab has a capability of 0 to 100,000 lbf tension and compression. Jamar is just one of the multiple dynamometer manufacturers we service — other brands include (but are not limited to) Dillon, Camry, Chatillion, and Ametek. Our lab experts have years of experience calibrating tools to suggested manufacturing procedures and industry standards/regulations. Our A2LA ISO/IEC 17025:2017 accredited labs provide data that is fully NIST traceable. ATS serves clients nationally and globally and is known for its friendly service, accurate testing, proper documentation, and quick turnarounds. As part of our dedication to a high level of service quality, ATS can work around your needs and schedule. Online Records Our calibrations clients can quickly and securely access their calibration records online through iPortal. iPortal is available 24/7 and hosts calibration asset history, recall dates, status updates, and certificates. Jamar Dynamometer Calibration Services Types of Jamar Hand Held Tools We Service Hydraulic Digital Why Use ATS As Your Calibration Provider Quality Assurance Systems – ISO 9001:2015 Registered, ANSI/NCSL Z540-1, 10CFR Part 21, and ISO/IEC 17025:2017...



ATS offers a wide variety of calibration services including ISO 16060-21 accelerometer calibrations. Our technically advanced labs have the equipment that enables our experts to verify that your tools are acquiring accurate data. Our A2LA ISO/IEC 17025:2017 accredited labs provide calibrations that are fully NIST traceable. Our professional lab technicians are committed to providing quality services by calibrating your accelerometers using back-to-back comparisons of ICP (IEPE), charge mode piezoelectric, piezoresistive, capacitive and velocity sensors in accordance with ISO 16063-21. To ensure accurate readings and procedures, ATS maintains a large database of accelerometer specifications and test requirements. ATS' ISO 16063-21 Accelerometer Calibration Services ATS' Capabilities 5 Hz to 15 kHz Using an Air Bearing Shaker Measure Sensitivity Measure Amplitude Measure Phase Measure Bias Single, Double and Triaxial Calibration Measuring vibration is one of the most common uses for accelerometers. It is critical to get accurate reading when measuring vibration in the following components: Cars Aircrafts Machines Buildings Bridges Process Control Systems Pumps Fans Rollers Turbines Pumps Compressors ATS serves many industries nationally and internationally. We have earned an excellent reputation for accurate testing, detailed documentation, and quick turnarounds. Our customer service and competitive pricing make ATS a great solution for your calibration needs.



Our Infrared Calibration Services IR thermometers are becoming more common for on-site temperature measurement. The proper documentation of temperature during field-testing is crucial. With our NIST traceable black body source, we can provide calibrations for all your IR equipment. Fluke, Extech, Raytek are just a few of the many different types of IR thermometers we have the capability of calibrating. IR (Infrared) Thermometers Blackbody Sources Thermal Imagers With our ISO 17025:2017 accredited & ANSI Z540 compliant black body temperature sources, ATS satisfies a vast range of calibrated temperature needs. Our capabilities include calibration from -40°C to 500°C or -40° to 900°F. All IR thermometer calibrations include: As Found/As Left Data NIST Traceable standards Quality Approved procedure Statement of quality and uncertainty calculation About ATS At ATS, we provide excellent customer service by offering accurate analysis performed in technically advanced labs at an economical price. In addition to friendly service and quick turnarounds, ATS is committed to quality assurance by holding multiple accreditations and registrations including ISO 9001:2015. If you are looking for a calibrations provider contact Applied Technical Services for accurate and timely services.



NIST-Traceable Calibrations Applied Technical Services' humidity calibration services are fully traceable to NIST. Humidity is a critical environmental factor, which may have an adverse effect on thousands of processes and manufacturing facilities. Using the most innovative two-pressure humidity calibration system, ATS provides an accuracy of 0. 25% R. H. from 3 to 99. 9%. This incredibly accurate method allows for precision calibration of field measurement devices. Our Calibration Lab All calibrations performed include As Found and As Left Data and are traceable to NIST, the National Institute of Standards and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50 - Appendix B, and 10 CFR Part 21. Upon request, we can provide calibrations that are accredited to A2LA. Our company is ISO 9001:2015 registered and ISO/IEC 17025 accredited. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of your calibration certificates, current asset status, asset history and due date reports for your equipment. Two-Pressure Humidity Calibration System Accuracy of 0. 25 % R. H. from 3 to 99. 9% Environmentally Controlled Lab Accuracy in Any Regulated Environments



Applied Technical Services (ATS) provides Hocking Conductivity Meter Calibrations. Hocking produces easy to use conductivity meters that give the user the benefits of a light but a rugged tool to assist them during inspections. To maintain top performance, it is often suggested to have them calibrated regularly. Between our four ISO/IEC 17025:2017 accredited labs, our Family of Companies offers Hocking Conductivity Meter Calibrations. In addition to conductivity meters, our labs are also capable of performing calibration services on instrument check standards. Our labs consist of experts who have experience in calibrating a wide range of testing equipment and are familiar with associated industry standards. Our Calibration Labs  Mechanical Instruments Lab Electronic/ Electrical Instruments Lab Temperature/ Environmental Lab Force and Pressure Lab Standards Lab Onsite Services About ATS Over the last 50 years, we have built a remarkable reputation for the diverse services we deliver, such as testing, inspections, analysis, investigations, and calibrations. We serve clients nationally and internationally in the following industries: Aerospace/Aviation Automotive Chemical Energy Insurance/Legal Manufacturing Military Nuclear Oil & Gas Commercial Properties Construction Consumer Products Pharmaceutical Power Generation Pulp and Paper Steel and Aluminum Telecommunication Quality Assurance ATS is aware of the importance of having the kind of quality systems that are needed when clients are selecting a testing provider. At ATS, our Quality Assurance department ensures that the quality of our services is of the highest level. The performance of each department is monitored continuously to make sure they are meeting measurable objectives through defined processes,...



Contact ATS for reliable hipot tester calibration. Hipot testers measure levels of electrical insulation in appliances, circuit boards, transformers, cables, electric motors, and other electrical components. These instruments perform high voltage tests to ascertain whether the insulation on a component will protect the user from being exposed to electrical currents. Your electrical testing equipment may be knocked around when transported to and from field assignments. The consequences of potential power leakage can be very severe. Ensuring your readings are correct will help you avoid this risk. Since 1987, ATS professionals have been dedicated to providing full-service calibrations to alleviate your measurement uncertainties. We can reduce your risk through best-in-class hipot tester calibration services, ensuring your equipment is operating satisfactorily. Calibrations Traceable to NIST ATS has developed a reputation for setting a standard of excellence in calibration services. We offer a 7-10 day standard turnaround rate, with expedited service available upon request to meet your specific needs. Our experts follow documented and controlled procedures and provide both As Found and As Left data on all calibrations. We perform hipot tester calibrations in-house and on-site, providing test reports and calibration certificates to you upon completion. Your calibration records are also available on iPortal, our online interface that provides asset history, electronic copies of reports, and recommendations for follow-up maintenance or due dates. ATS’ Quality Assurance System Compliance As with any of our calibrations, you can be sure the job is done right the first time. Backed by our ISO/IEC 17025:2017 accredited calibration...



Greenlee Light Meter calibrations are performed often in Applied Technical Services (ATS) Labs. Greenlee Equipment is known as one of the brands at the apex of the radiometer and light meter industry. To ensure light meters read the most precise measurements, regular calibration is often recommended or required. Calibration services help clients control the quality of the work they perform in their various industries. One of the Few Labs Offering 17025-Accredited Calibration Services ATS is one of the small numbers of labs in the country offering ISO: 17025 compliant (accredited) calibrations on radiometers and light meters. We provide measurement uncertainties as low as 2. 9% for white light and 4. 5% for black light sensors. Founded in 1987, ATS Calibrations has maintained an impressive record of high-quality work provided to our clients. We deliver accurate documentation, recording, and precision testing; gaining the confidence and trust that our clients have come to expect. We also supply an iPortal web interface that grants online access to calibration certificates, updates, and reminders for future calibrations. Turn Around Time on Calibration Services Normal: 7 to 10 days Expedite: next on bench priority all the way through the calibration process. Typically, less than 48 hours provided no adjustments and/or repairs are needed. Other Common Brands Serviced Include but are Not Limited To: UVP J-221 Black Light Meter Ardrox DLM-1000 Radiometer Gould-Bass DLM-1000 Extech Light Meter Spectroline DSE-100x Radiometer



Applied Technical Services (ATS) offers Glastonbury Southern Gage calibration services. Glastonbury/Southern Gage is a full-service gage manufacturer specializing in the field of thread gages. Efficiency efforts of Glastonbury/Southern Gage through the integration of customer service and production allow GSG to provide distinguishable metrology equipment. Due to the widespread use of such tools, ATS regularly calibrates GSG metrology instruments. Tools Include: Pipe Thread Gages Taper Pipe Thread Gages Thread Plug and Ring Gages Zero Gages Taper Gages Master Ring Gages Plug Gages Snap Gages Comparators Our Calibrations The ATS Calibrations department is recognized by many Automotive, Aerospace, and Nuclear companies as a qualified metrology calibration service provider. Operating under ISO/IEC 17025:2017 accreditation, the scope of our Calibrations department services covers several disciplines across a wide range of industries. Electronic Calibrations Electronic precision measurement devices must provide accurate readings to ensure reliable results. Our Electronic Calibrations labs are environmentally controlled to solidify an appropriate testing setting. Regularly calibrated Electronic equipment includes: Oscilloscopes Radiometers Signal Generators Southwire Meters Thermocouples On-Site Calibrations ATS recognizes the potential difficulties of calibrating metrology equipment. Our On-Site Calibration experts will travel to your location to expedite the inspection process. Large items that our On-Site Calibrations experts regularly calibrate include: Tension and Compression Machines Hardness Testers Optical Comparators Environmental Chambers Surface Plates Force, Pressure, and Torque Calibrations Our labs at ATS are furnished with the tools to perform the calibration of Force, Pressure, and Torque equipment. Calibration assesses the confidence in which one can have in measurement results. ATS...



General Electric (GE) being an industry leader in tool manufacturing, we often get requests for GE Inspection Technologies Conductivity Meter calibrations. The Auto Sigma 3000 Eddy Current Tester is one of the more frequently calibrated GE tools, which is used for checking non-ferrous metals for material identification and grade quality. Quality Calibration Services Applied Technical Services (ATS) provides quality calibration services and is known for being one of the few labs in the United States to offer 17025 accredited calibrations on conductivity meters. ATS has earned an excellent reputation in customer service by providing on average a five to seven business day turnaround. ATS offers an expedited service for standard calibrations that do not require repairs. This expedited service offers next-on-bench priority service all the way through the calibration. Typically, this is around two business days. Accredited Services Applied Technical Services’ calibration labs are accredited to ISO: 17025 by the A2LA. Additionally, our data is directly traceable to the National Institute of Standards and Technology (NIST). Having NIST traceable calibrations is essential in many industries including Aerospace, Automotive, Military and Nuclear. Additional Brands Calibrated by ATS Centurion NDT Fischer Hocking KJ Law Engineers Magnaflux Nortec SigmaCheck Signet Verimation Other GE Tools Calibrated by ATS Ultrasonic Thickness Gauges Flaw Detectors Hardness Testers



ATS performs gage calibration services for a wide range of Setting Standards and Working Gages. We can calibrate classes XXX, XX, X, Y, Z, and ZZ toolmakers' tolerances as well as customers' tolerances with internal measurements to 12 inches and external measurements to 13 inches. ATS calibrations are performed in accordance with the most recent specification. Common Gage Calibrations We Provide We calibrate a variety of inside and outside diameter gages and standards within our accredited range, including: External Gages/Standards Ball Gages End Measuring Rods Mikemasters (Micrometer Master) Surveillance Kits Master Setting Discs Thread Measuring Wires Thread Plug Gages Special Thread Plug Gages Taper Thread Plugs (NPT, NPTF, and ANPT) Taper Thread Rings Cylindrical Plain Plugs Pins Wires Coating Thickness Standards Internal Gages/Standards Cylindrical Plain Ring Gages Thread Ring Gages Special Thread Ring Gages Snap Gages Our Calibration Lab The Standards Lab is environmentally controlled for high-precision measurement capabilities. The lab is controlled to 68 ˚F (± 1˚F) and humidity-controlled at 30-55% relative humidity. Additionally, the lab has isolation joints in the flooring to reduce any vibration effects. Before performing a gage calibration, all gages are cleaned and placed in the Standards Lab to stabilize to temperature for a minimum of 24 hours. Applied Technical Services participates regularly in "Round Robin Gage Measurement Proficiency Testing" in accordance with our A2LA Accreditation. Our Quality Assurance System Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL, Z540-1, 10 CFR 50 Appendix B, and 10 CFR Part 21. Our company is...



The ATS Standards Lab can provide gage block calibration services for English/Inch gage blocks or metric gage blocks. Our Calibration Capabilities Our Federal 130B-38W1 gage block comparator can measure blocks from 0. 004 to 4 inches (0. 10 mm – 100 mm), and our Federal 130B-58W1 long gage block comparator can measure blocks from 5 to 20 inches (125 mm – 500 mm). Thorough Data Reports These comparators also utilize the Mahr Federal Gage Block Measurement Software, which allows for greater accuracy in measurement and computer-generated data reports. Our data reports include initial deviation measurement along with additional measurements for flatness and parallelism, expressed on the data sheet as variation in length (ViL), in accordance with applicable tolerances for the grade of blocks being certified. Calibration Specifications All gage blocks are certified to their original manufacturer grade tolerance in accordance with one of the following specifications: Federal Specification GGG-G-15C; ANSI/ASME B89. 1. 9M-1984 or ANSI/ASME B89. 1. 9M-2002. The original manufacturer grade tolerance will determine the specification and accuracy limitations that are utilized. Certificated English/Inch Gage Blocks Certificated Metric Gage Blocks Long Gage Block Comparator Computer-Generated Data Report Deviation Measurement Flatness and Parallelism V-Block Calibration About Our Lab The Standards Lab is environmentally controlled for high precision measurement capabilities. Prior to testing, we clean all gage blocks and allow a minimum of 24 hours of stabilization in the Standards Lab. The temperature-controlled lab is maintained within two degrees of 68 ˚F with a relative humidity of 30-55% R. H. The...



ATS experts are competent in offering Fred V Fowler Calibration Services. Fred V. Fowler has been a supplier of high-quality metrology equipment since 1946. Establishing affiliations with other companies, Fred V. Fowler remains dynamic throughout the progressing industry by designing metrology equipment immersed with technological innovations. We are experienced in addressing technological changes, routinely calibrating Fowler Tools to achieve measurement certainty. ATS Calibrates Fred V. Fowler Equipment Including: Calipers: including 6in, 12in, 24in, 40in, digital, Sylvac, Vernier Comparators: including Optica Depth Gages Gages: including bore, dial base, electronic, height, Xtender bore Hardness Testers Indicators: including dial, digital, Xtest Micrometers: including blade, depth, digit counting, electronic, Vernier Protractors: including dia Our Calibration Labs Our Calibration department has been a provider of full-service calibration, repair, and inspection services to metrology equipment for over 30 years. Accredited to ISO 17025:2017 by A2LA, ATS Calibrations are suitable for our serviced Aerospace, Automotive, Military, and Nuclear industries. Avionic Calibrations Leading Aerospace companies trust ATS with their aviation calibration needs. Our Avionics Calibration team services numerous Avionic manufacturers, including: American Reliance Atlantis Collins IFR JC Air Environmental Calibrations Offering calibrations for several infrared, humidity, temperature, and recording devices, our Environmental Equipment Calibrations Lab operates in accordance with industry standards to ensure accurate metrology results. Environmental Calibrations services offered include: Data Acquisition: ISO 9001:2015 registered Humidity: hygrometers, chart recorders, humidity probes Infrared: thermal imagers, blackbody sources Temperature Probe: temperature baths, block calibrators Hand Tool Calibrations Our Calibrations Lab can inspect and measure most off-the-shelf commercial hand tools....



ATS offers ISO-17025-accredited Fluke Multimeter Calibration services. Fluke is one of the popular brands calibrated by Applied Technical Services. In many industries, multimeters must undergo testing to ensure the accuracy of the measurements. Proper calibration of measuring tools is vital because they are essential for many companies to achieve success in their processes and production. Types of Multimeters Tested by ATS Handheld Bench-Top The Functions ATS Tests AC/DC voltage AC/DC current Resistance Capacitance Thermocouple Inductance Power Fluke Products We Calibrate In addition to multimeters, we calibrate a variety of other Fluke products, including: DMMs Dry Blocks Infrared Thermometers Fluke 7380 - Calibration Baths Fluke 5522a - Multi-Product Calibrators ATS - Calibrations Since 1987 Applied Technical Services established our calibration lab in 1987 and has earned a respected reputation due to services provided by our talented and experienced lab experts. ATS Electronics Calibration is capable of calibrating several commercial, off-the-shelf (COTS) tools. Even the most accurate, multi-functional device can be assessed at ATS using certified reference materials. For your testing and measuring equipment, the appropriate calibration department at ATS will provide As Found and As Left data, testing uncertainties, certificates of calibration, calibration labels affixed to equipment and/or containers, and tamper-proof, calibration seals. 24/7 Access to Calibration Reports Our employees are knowledgeable and enthusiastic about testing; our shared mission is to provide clients with high-quality work unmatched in the market. ATS also offers a web-based interface, iPortal, to give customers electronic access to copies of calibration certificates, updates, and due dates...



ATS offers ISO/IEC 17025:2017 accredited Fluke meter calibration services to keep your devices operating at peak performance. We service a vast array of instrument types including process tools, multimeters, power supplies, sensors, scope meters, oscilloscopes, thermometers, insulation testers, ground resistance testers, and other Fluke devices. All calibrations are traceable to the International System of Units (SI) through the National Institute of Standards and Technology (NIST). We include both As Found and As Left data, testing uncertainties, a certificate of calibration, a calibration label affixed to the equipment and/or container, and a tamper-proof calibration seal. Our ISO/IEC 17025:2017 accredited calibration laboratories provide Fluke meter calibrations that are processed in accordance with the most demanding quality standards. Our Quality Management System is unmatched, meeting the guidelines of ANSI/NCSL Z540-1, 10CFR Part 21, and 10CFR50 Appendix B. Our company is ISO/IEC 17025:2017 accredited and ISO 9001:2015 registered. ATS Works With You Our Fluke meter calibrations are available in-house at our state-of-the-art metrology laboratories or onsite at your facility. We offer calibrations that meet published OEM specifications as well as calibrations that meet your specific requirements. Standard turnaround for Fluke calibrations is between 5 and 7 days, however, expedited service is also available upon request. Our iPortal system allows for easy online access to your equipment calibration records. This interface keeps you updated on the status of your equipment, provides you with electronic copies of certificate, and also provides recommendations for your next calibration due date. Why Calibrate? Measurement devices are essential to keeping...



ATS provides fixed gaging calibration for gages such as plug or ring gages. ATS has the capability to perform calibration on a wide range of Setting Standards and Working Gages. ATS has the ability to calibrate classes XXX, XX, X, Y, Z, and ZZ toolmakers tolerances as well as to customer’s tolerances. Internal measurements up to 12 inches and external measurements up to 13 inches can be accommodated. ATS calibrations are performed in accordance with the most recent applicable specifications. External Gages/Standards: Ball Gages, CMM Reference Spheres, End Measuring Rods, Mike masters (Micrometer Master), Surveillance Kits, Master Setting Discs, Thread Measuring Wires, Thread Plug Gages, Special Thread Plug Gages, NPT, NPTF, ANPT Taper Thread Plugs and Taper Thread Rings, Cylindrical Plain Plugs, Pins, Wires, Coating Thickness Standards and any Outside Diameter Gage/Standard within our stated range. Internal Gages/Standards: Cylindrical Plain Ring Gages, Thread Ring Gages, Special Thread Ring Gages, Snap Gages and any Inside Diameter Gage/Standard within our stated range. The Standards Lab is environmentally-controlled for high precision measurement capabilities. The lab is controlled to 68 degree F within a span of +/-1. 0 degree F and humidity controlled at 30-55% R. H. The lab also has isolation joints in the flooring to reduce any vibration effects. All gages are cleaned prior to testing and are placed in the Standards Lab to stabilize at temperature for a minimum of 24 hours. Applied Technical Services participates regularly in "Round Robin Gage Measurement Proficiency Testing' in accordance with our A2LA Accreditation. All...



Applied Technical Services (ATS) Calibration Department frequently performs Fischer Conductivity Meter Calibrations. Fischer is an industry leader when it comes to manufacturing metrology equipment. Fischer Conductivity Meters are a frequent calibration completed at ATS. Our lab experts are knowledgeable and experienced with a large variety of brands and their standards. Calibrations are Essential Calibrations can be essential to the quality of work accomplished daily in your industry. A Fischer Conductivity Meter measures most non-ferrous metals. These meters allow the user to reveal a metal's capabilities to conduct electrical current so users can analyze changes due to heat treatment, composition, and mechanical properties. ATS - A Trusted Calibration Source ATS Calibration provides quality calibration services, including proper documentation, and can test to most standards. We also provide a web-based interface, iPortal, where clients can receive electronic copies of calibration certificates and access to calibration status, history, and due date reports for their equipment. Applied Technical Services offers ISO/IEC 17025:2017 accredited calibrations on conductivity meters, unlike most labs in the country. Our quality assurance system satisfies the requirements of ANSI/NCSL Z540-1, and 10 CFR 50 Appendix B, 10 CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025 (A2LA) accredited. ATS can also validate reference check standards. We understand that instrument confidence is important in many industries, so when you need reliability in your instrument calibrations, trust in ATS. Other Conductivity Meter Brands ATS Services KJ Law Engineers Magnaflux Nortec SigmaCheck Signet Verimation GE Inspection Technologies Centurion NDT Hocking



Extech Easyview Light Meter Calibrations are a brand commonly serviced in ATS labs. Light meters play an active role in many industries, some of which include cinematography, photography, OSHA compliance, photosensitive materials, process controls, clean-room standards, quality assurance, security, and regulatory requirements. Being involved in so many industries, light meters’ calibration is crucial for obtaining accurate readings. The tool’s ability to perform well must meet requirements established by the National Institute of Standards & Technology (NIST). ATS Extech Easyview Light Meter Calibrations Lab Capabilities Measurements of Fractions of a lux to 42,000 lux Applied Technical Services is one of the few labs in the U. S. to offer ISO/IEC 17025:2017-accredited calibrations on radiometers and light meters. With our new, high-accuracy, light detectors, we can provide calibration uncertainties as low as 2. 9% for white light and 4. 5% for black light. Normal turnaround time for light meters is seven to ten days. We also offer expedited service with a two-day-turnaround time for standard calibrations that do not require repairs. High Quality Calibrations Applied Technical Services ensures high-quality calibration services for your equipment. The ATS Calibration Laboratory is accredited by the American Association for Laboratory Accreditation (A2LA). In addition, our Quality Management System complies with requirements established by ANSI/NCSL Z540-1, 10CFR Part 21, and 10CFR50 Appendix B. Our company is ISO/IEC 17025:2017 accredited and ISO 9001:2015 registered. Other Common Brands of Light Meters and Radiometers Serviced at ATS UVP J-221 Black Light Meter Ardrox DLM-1000 Radiometer Gould-Bass DLM-1000 Spectroline DSE-100x Radiometer...



Applied Technical Services is an industry leader in Extech calibration services. Our world-class metrology experts understand the importance of precise measuring equipment. Since 1987, we have worked with clients in the automotive, structural, electrical, environmental, HVAC, manufacturing, and safety industries, ensuring their Extech equipment functions properly every time. We Calibrate Various Extech Models and Instrument Types Multimeters Scope Meters Thermometers Process Tools Power Supplies Sensors Oscilloscopes Ground Resistance Testers Insulation Testers Continuity Testers Voltage/Current Testers Air Flow Meters Light Meters ATS calibration processes were developed and refined by trained specialists. Our experts follow carefully documented procedures to provide you with consistently reliable results. Calibrations include As Found and As Left data with known test uncertainties. We provide you with a certificate of calibration, along with a tamper-proof seal, and calibration label. You can rest assured that your equipment is in good hands. Our calibration services are ISO/IEC 17025:2017 accredited by the A2LA and ISO 9001:2015 registered, certifying the competency of our processes and our staff. Known for our commitment to excellence, we operate under a strict Quality Management System, which complies with the requirements of 10CFR50 Appendix B, ANSI/NCSL Z540-1 and 10CFR Part 21. Maximum Flexibility, Minimal Downtime You can drop off or ship your Extech equipment to one of our technologically advanced metrology laboratories, or we perform your calibration on site. This offers you the convenience of having our specialist bring our expertise to you, minimizing downtime. We are flexible in that we are capable of calibrating instruments to...



ATS calibrates a large variety of environmental chambers with our Environmental Chamber Calibration services. Our Environmental Calibration Services Applied Technical Services has the ability to perform environmental chamber calibration on equipment such as: Ovens Freezers Refrigerators Autoclaves Incubators Temperature and Humidity Chambers Furnaces Thermal Shock Chambers Drying Ovens Heat Treat Ovens Annealing Ovens Food Storage Manufacturing Coolers Temperature Probe Calibration We can also calibrate a variety of temperature probes including Thermocouple Probes and RTD Probes. These may be stand-alone devices and units that are incorporated in an entire system. We also have the capability to Calibrate Temperature Controllers, Over Temperature Controllers and Chart Recorders. Oven Uniformity Calibration ATS can also perform Oven Uniformity and Survey Calibrations based on a variety of specifications. Oven Uniformity and Surveys are usually required to fulfill the requirements related to Heat Treat and Annealing Processes as stated in such specifications as AMS 2750. Calibration Standards Lab ATS uses the latest standards to calibrate your chamber. We have very accurate Platinum Resistance Thermometers as well as high accuracy humidity standards. We also have a variety of Temperature Recorders to perform long-term oven surveys. Our Qualifications All calibrations performed in the field are traceable to the National Institute of Standards and Technology (NIST) and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide...



Applied Technical Services performs Electrical Mechanical Calibration to meet your needs. We bring out standards to your location.   Mechanical Test Equipment Outside, Inside, Depth and Bore Micrometers Calipers Height Gauges Dial, Digital and Test Indicators Length Scales, Pi-Tapes, Rulers, and Tape Measures Footage Counters Protractors Force Gauge Pressure Gauges and Transducers Manometers Magnehelic Pressure Gauges Surface Finish Testers Torque Wrenches and Drivers Vacuum Gauges Weight Scales Platform Scales Triple Beam Scales Analytical Balances Moisture Analyzers XYZ Digital Readouts Electrical Test Equipment Capacitance Meters Clamp-On Meters and Probes Current Shunts Decade Boxe ESD Check Systems Frequency Counters and Generators Fuel Quantity Test Sets Gauss Meters Heat Sealers High Voltage Test Sets High Current Test Sets High Voltage Meters Hi-pot Testers Insulation Testers Magnetic Particle Machines Meggers Mega Ohm Meters Micro Ohm Meters Multichannel Recorders and Data Loggers Multifunction Calibrators Handheld and Benchtop Multimeters Network Analyzers Oscilloscopes Panel Meters pH Meters Power Meters Power Supplies Process Calibrators Pyrometers Rheometers Resistors Safety Analyzers Scope Meters Signal Generators Spectrum Analyzers Stopwatches Stroboscopes Tachometers Temperature Blocks and Baths Temperature Controllers Temperature Recorders Temperature Test Sets RTD, Thermocouple, Infrared, Surface, Dial, Digital and liquid in glass Thermometers Watt Meters Welders Wire Length Meters This is a partial list of our on-site capabilities. Please contact us with any special testing or process equipment that needs to be calibrated in place at your facility. About Us All calibrations performed in the field are traceable to NIST, The National Institute of Standard and Technology and are performed in...



Regular dynamometer calibration from a trusted calibration lab, such as ATS, is crucial for ensuring the continued reliability of your load measurements. Dynamometers (or "dynos") are essential tools for measuring force, weight, and tension in various applications. Safety is a concern when employees are working in an environment involving heavy loads and cables. Potential risks and other liabilities are reduced when employees have dependable tools that help them satisfy proper procedures, regulations, and standards. As such, ATS provides calibration services for a wide range of industries, including manufacturing, power generation, utilities, construction, medical, automotive, and aerospace. Capabilities 0 to 100,000 lbf - Tension and Compression Popular Industry Standards Our friendly, knowledgeable, and experienced lab technicians are familiar with most industry standards and regulations. They can calibrate to popular industry standards, such as: ISO 376 ASTM E74 Types of Dynamometers Digital Dynamometers Mechanical/Analog Dynamometers Hand Dynamometers Popular Brands Dillon Jamar Camry Chatillion Ametek About Us At ATS, our mission is to support client safety and system reliability. We provide testing, inspection, and certification services that help clients make informed business decisions that align with industry standards, federal and international regulations, and company requirements. Our experts serve national and international clients, providing high-quality services in our state-of-the-art labs and in the field. Our Qualifications and Accreditations ATS is an ISO 9001:2015-registered company with a quality system compliant with dedicated quality standards, including ANSI/NCSL Z540-1 and 10 CFR Part 21. Our labs maintain ISO/IEC 17025:2017 accreditations in calibration and mechanical, nondestructive, electrical, and...



Applied Technical Services performs Dyer Calibration Services to meet your needs for Dyer products. Dyer is a Pennsylvania-based company offering specialized gages and systems suitable for any engineering application. Dyer’s expertise in gages results in their position as a leader within the industry. Our Calibrations department at ATS is skilled in their ability in providing services to maintain the metrological accuracy of Dyer equipment. Bore Gages 240 Series 244 Series 400 and 411 Series 200 Series 830 Series 466 Series 220, 222 and 225 Series 271 Series 230 Series 630 Series 270 Series 223 Series 280 Series 136 Series Retractable Bore Gages Groove Gages 210 and 211 Series 104 Series 101/103 Series 132 Series 747 Series 130/131/133/134/135 Series 255/256 Series Electronic I. D. Groove Gages Min-Wall Thickness Gages 301, 302, and 304 Gages 313 Series 309 Series 335 Series Electronic Min-Wall-Thickness Gages Custom Hand Gages Special Application Gages 335 Series 550 Series 282 Series 283 Series 290 Series Custom Hand Gages Indicating Units Dial Indicators Electronic Indicators Set Masters 415 Series Bore Gage Setting Masters (small and large diameter) Ring Gage Set Masters (steel, chrome, and carbide) Setting Discs (steel and chrome) Set Masters Ring Gage Set Masters (steel, chrome, and carbide) Setting Discs (steel and chrome) 415 Series Bore Gage Setting Masters (small and large diameter) Applied Technical Services Calibration Labs Our Calibration services at ATS are approved by numerous aerospace, automotive, and defense industry companies in addition to being accredited to ISO/IEC 17025:2017 (A2LA). Each lab is equipped...



ATS provides Durometer Calibration including Hardness Test Blocks. Besides calibrating Durometer hardness testers, Applied Technical Services has the capabilities to meet your calibration needs in our environmentally controlled lab. We can calibrate Cable Tensiometers and Wire Tension Meters, Crimp Tools, Durometer Test Blocks, Gloss Meters, Hardness Blocks, LVDT units, Refractometers, Strap Tension Meters, Viscometers and Viscosity Cups including Ford Cups and Zahn Cups. All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1,10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of Calibration Certificates, current asset status, asset history and due date reports for your equipment. Cable Tensiometers Wire Tension Meters Crimp Tools Durometer Hardness Testers Durometer Test Blocks Gloss Meters Hardness Blocks Refractometers Strap Tension Meters Viscometers



ATS receives weekly requests for Dillon dynamometer calibration services. This popular name brand is used across many industries nationally and internationally. Facilities that are governed by safety standards and regulations are often required to have their force measurement tools routinely inspected and calibrated. Having reliable equipment that generates accurate readings can reduce safety risks and loss of assets in industries that work with wire cables and heavy loads. Types of Dynamometers We Service Digital Mechanical/Analog Hydraulic Capabilities 0 to 100,000 lbf Tension and Compression Additional Brands We Service Jamar Camry Chatillion Ametek ATS Quality Assurance Quality Assurance Systems – ISO 9001:2015 Registered, ANSI/NCSL Z540-1, 10CFR Part 21, and ISO/IEC 17025:2017 Accredited Fully NIST Traceable Labs A2LA ISO 17025:2017 Accredited Labs Comply with Industry Standards and Regulations – ISO 376, ASTM E 74 and Others ATS Customer Service Serves Clients Nationally and Internationally Friendly and Knowledgeable Field and Lab Experts Accurate and Dependable Testing Proper Documentation Quick Turn-arounds Industries Served Manufacturer Nuclear Facilities Utility Companies Load Handlers Shippers Structural Erectors Military Cable & Wire Installers



Make your quality processes dependable with ATS' digital voltmeter calibration services. Digital Voltmeter Services Applied Technical Services’ metrology experts offer precise digital voltmeter calibration services to ensure accurate measurements every time. Many quality processes depend on the continuous reliability of these instruments. Time, physical use, and environmental factors can alter their characteristics and affect how well they operate. For this reason, it is imperative to calibrate your equipment on a regular basis. Popular Manufacturers Our trained technicians employ certified reference materials, allowing us to calibrate even the most accurate voltmeters. We calculate models from a range of manufacturers, including but not limited to: Valhalla Scientific Tektronix Hewlett Packard Fluke Omega Southwire Accredited Laboratories Our ISO/IEC 17025:2017 accredited laboratories utilize cutting-edge technology and are environmentally controlled to produce dependable measurements. All our calibrations are traceable to the International Standard of Units (SI) through the National Institute of Standards and Technology (NIST). ISO/IEC 17025:2017 accredited calibrations are also available upon request. Our Calibration Processes We maintain strict processes for digital voltmeter calibrations. Our procedures are carefully documented and controlled. ATS metrology specialists can calibrate your device across its full range to standardized OEM specifications or to your requested tolerance of test points. We include As Found and As Left data with all calibrations performed along with known test uncertainties. Calibration certificates, a tamper-proof seal (if applicable), and a calibration label affixed to the equipment and/or container is also included. Electronic copies of your calibration certificates are available through our online asset management...



Customize your Data Acquisition System with ATS' Calibrations service.   Data Acquisition Calibrations Services Data Acquisition Systems are becoming a growing field in real-world monitoring systems. We can customize Data Acquisition Calibration to match the range and sensor type to help meet your quality needs. System accuracy test always ensures you have all the data to make clear and accurate measurements. Voltage, Frequency, Thermocouple, RDT's, are just a few of the parameters available for testing your Data Acquisition Systems. Call today for a free quote. Humidity Loggers Environmental Loggers Temperature Humidity Loggers Data Acquisition Systems Lab Monitoring Equipment



One of the more prevalent tool brands ATS performs torque wrench calibrations on is Craftsman. Our experienced personnel can verify that your torque wrench performs accurately and in conformance with applicable standards according to your needs. Many times, precision torque equipment is required by either quality standards or industrial regulations to undergo routine calibrations. This prevents over or under tightening on fasteners that play a critical role in structures, components and/or equipment. Craftsman torque wrench calibration is one of the more frequently requested name brands to be serviced. Torque Capabilities 5 ozf. in to 2000 lbf. ft Types of Wrenches Calibrated Air Adjustable Automotive Allen Beam Crows Foot Digital Dial Electronic Electric Insulated Micrometer Open End Power Pneumatic Ratchet Split Beam Multiplier T Handle Manufactured Brands Craftsman CDI Tekton Proto Husky Kobalt Pittsburgh Matco Wheeler Armstrong Precision SK Mac Narbar Mountz Seekonk Tohnichi Sturtevant Richmonth Quality Assurance Our quality assurance systems comply with the following: ANSI/NCSL Z540-1 ISO 9001:2015 Registered 10CFR50 Appendix B 10CFR Part 21 ISO/IEC 17025:2017 Accredited Quality Customer Service Quality is at the forefront of everything we do here at ATS. Our Quality Assurance Program ensures our clients receive accurate testing in accordance with applicable standards, documented comprehensive reporting, quick turnarounds, and competitive pricing. Data generated at our A2LA ISO/IEC 17025:2017 accredited labs are fully NIST traceable. For your convenience, we have a web-based interface, iPortal, which gives you access to digital copies of your calibration certificates, current asset status, asset history, and upcoming calibration due dates....



Electrical meter conductivity values are only as reliable as the measurement device’s most recent calibration. The accuracy of these values is indispensable to the quality and safety of industries such as aerospace, agriculture, pharmaceuticals, HVAC, chemical manufacturing, substrate analysis, and water utilities. ATS provides high precision conductivity meter calibration services for portable, handheld, and benchtop devices at our ISO/IEC 17025:2017 accredited laboratories. ATS preforms conductivity meter calibrations for both liquid and solid meters as well as conductivity and pH meter combo units. Our meters and reference solutions are traceable to the National Institute of Standards and Technology (NIST), allowing us to provide you with precise measurements over the full range of your device or to specific tolerances or test points of your choosing. We include both As Found and As Left data on all calibrations, as well as verification that all readings fall within the tolerance listed. Are Your Conductivity Meters Calibrated to the Highest Degree of Precision? ATS technicians undergo rigorous training over the exact techniques and procedures of calibration methods. They are regularly evaluated on their familiarity with the methods, understanding of the equipment, and technical competency with the equipment. We do this as part of our mission to continuously pursue the highest quality standards. Our metrology laboratories provide services of unmatched value. This is made possible through our stringent Quality Assurance System, which adheres to the following requirements: ISO/IEC 17025:2017 Accredited ANSI/NCSL Z540-1 10 CFR Part 21 ISO 9001:2015 Registered 10 CFR 50 Appendix B Proper maintenance...



Applied Technical Services offers modern technological advances in conductivity and pH meter calibrations and Total Dissolved Solids (TDS) measurements adhering to standard conductivity calibration procedures. ATS' pH, Conductivity, and TDS Meter Calibration pH and conductivity meters should be calibrated regularly. Traditional calibration of these meters is through a series of litmus papers and visual verification. ATS provides modern technological advances in pH, Conductivity, and Total Dissolved Solids (TDS) measurement. Our meters and reference solutions are highly accurate and are fully capable of providing accurate measurements over the full range of the instrument. Specific ranges are available upon request. Total Dissolved Solids (TDS) Accurate Meters and Reference Solutions Density Meters Dissolved Oxygen Fluoride Meters Accredited and Qualified Lab All calibrations performed include As Found and As Left Data and are traceable to the National Institute of Standards and Technology (NIST) and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50 -Appendix B, and 10 CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited to A2LA. Stay Up to Date with Your Reports You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of calibration certificates, current asset status, asset history, and due date reports for your equipment. Contact Us Click here to submit a calibration request today. If you have any questions, please call +1...



ATS provides compression tension calibration services.   Our Calibration Capabilities Applied Technical Services has the capability to calibrate Tension and Compression gauges in our environmentally controlled lab. We use high-precision load testers to calibrate your Tension and Compression gauges up to 100,000 pounds. We have the capability to calibrate Load Cells with Displays or without Displays, Dynamometers, Skidmore Bolt Tension Testers, Aircraft Weight Scales, Hydraulic Cylinders and Spring Testers. We also have the capability to configure and re-configure your Load Cells to Displays. We use precision weights to calibrate your Digital Force Gauges, Dial Force Gauges, Aircraft Cable Tensiometers, Weight Scales and Analytical Balances, Triple Beam Scales, Platform Scales, Gram Gauges, Force Applicators, Hanging Scales, Spring Scales, and Fish Scales up to 1,000 pounds. We offer calibrations in accordance with the most recent ASTM E4, Standard Practice for Force Verifications. All of our load cells are calibrated in accordance with the most current edition of ASTM E74. High-Quality Standards All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. Our company is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited through A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of Calibration...



Concerned about the reliability of your clamp meter calibration? ATS can help! Clamp meters measure resistance, frequency, voltage, and capacitance. Their accuracy is crucial in determining the quality of installations, service performance, and system maintenance across various industries. ATS offers reliable clamp meter calibration services traceable to NIST to ensure instruments are operating at their highest degree of precision. We understand the importance of using reliable instruments to take accurate readings, from electrical inspections to HVAC measurements. Our highly trained professionals follow carefully outlined techniques and procedures in the clamp meter calibration. We take every precaution to achieve results with maximum dependability, like conducting preliminary checks on battery levels, verifying the cleanliness of connections and terminals, and ensuring proper warm-up time. Test points are evaluated across the full range of the instrument with results reported per SOP-001, Standard Operating Procedure for Calibration of Measuring and Test Equipment. Online Records Portal We offer quick access to calibration data via our online system. This modern and easy-to-use system also notifies you of the recommended calibration intervals for your clamp meters through automatic computerized calibration due reports. This helps you keep records and ensure the performance and reliability of your meters. ATS is committed to providing clamp meter calibration services that adhere to the most stringent quality standards. This commitment is backed by the following quality assurance certifications, registrations, and accreditations: ISO 9001:2015-registered company 10 CFR 50 - Appendix B 10 CFR Part 21 ANSI/NCSL Z540-1 ISO/IEC 17025:2017-accredited labs Fully Accredited Calibrations You Can...



ATS can help you obtain dependable data with chart recorder calibration each time.   Applied Technical Services offers ISO 9001:2015 registered chart recorder calibration services both in-house and onsite to ensure you get dependable readings from your recorders every time. ATS knows how vital the accuracy of chart recorder system is to the quality assurance of many industries. Our metrology professionals assist clients in maintaining the most stringent standards through high-precision calibrations traceable to NIST. Why is Calibration Important? An accurately calibrated instrument is crucial in complying with the requirements of regulatory groups like the FDA. Without properly functioning chart recorder systems, maintaining consistency in product quality is not possible. Environmental conditions may also affect the functionality of your instruments. Exposure to dust or dirt, vibrations, shocks, as well as any other external forces affecting chart recorders during storage or application increases the need for routine calibration. In the event of an audit, you should feel confident in the accuracy of your instruments and the overall quality of your product. Quick Turnaround, Clear Data, Accredited Services Our ISO/IEC 17025:2017 accredited laboratory provides clear data over your instrument’s operating range, tolerance, and any test point deviations. We perform tests in adherence to tolerances established by either the client, manufacturer, or other applicable GIDEP Metrology Data Exchange Program CD. If these criteria cannot be met, as found data will be provided. Standard turnaround for calibration services is between 5 and 7 business days, however, expedited service is also available upon request. High-Quality...



Applied Technical Services (ATS) Calibration labs often perform Centurion NDT Conductivity Meter calibrations which is used in many industries. Centurion NDT manufactures portable and high-quality conductivity meters, such as the FM-140XL model. In addition to servicing the conductivity meters, ATS is capable of validating reference check standards. Centurion NDT's eddy current based tester is used for sorting most non-ferrous metals for their temper condition and helps in alloy identification. In many industries, it is essential to calibrate a conductivity meter regularly for it to produce accurate and precise readings. The electrical conductivity will indicate whether the material has the properties to perform efficiently. With many precision measuring devices requiring calibration, ATS has become a leading resource for NIST traceable, ISO 17025 accredited calibrations. Along with being able to provide calibrations to the applicable standard, ATS provides five to seven business day turnaround on in-house calibration services. If a client is requesting a standard calibration with no repairs, ATS offers an expedited service which gives the subject asset next-on-bench priority all the way through the calibration process. Typically, this is accomplished in two business days. Trust ATS as Your Calibration Provider Many clients, nationally and internationally, trust ATS to calibrate their precision equipment. ATS meets customer needs by being familiar with many industry standards, housing well-equipped labs, having experienced employees and providing clear and accurate data. Other Conductivity Meter Brands ATS Services Include, But Not Limited To: GE Inspection Technologies Fischer Hocking KJ Law Engineers Magnaflux Nortec SigmaCheck Signet Verimation



CDI is one of the well-known brands on which Applied Technical Services performs CDI torque wrench calibration. Torque wrench calibrations are essential in many industries for ensuring tools’ everyday accuracy and reliability. Depending on industry standards, routine testing may be required to prevent any errors while using a CDI torque tool. As CDI is one of the top tools suppliers in the industry, CDI torque wrench calibrations are common at ATS. ATS and Calibrations Applied Technical Services has been recognized as a highly qualified calibration-service provider since ATS Calibration was established in 1987. The mission of our talented and knowledgeable employees at ATS includes working to provide services of unmatched value to our clients. Through accurate testing, proper documentation, and detailed reporting, our first-rate lab experts provide excellent CDI torque wrench calibrations service. Range of Torque Capabilities: From 5 oz. in to 2,000 lb. ft Other Brands Serviced By ATS Include: Craftsman Tekton Proto Husky Kobalt Pittsburgh Matco Wheeler Armstrong Precision SK Mac Norbar Mountz Seekonk Tohinichi Sturtevant Richmont Quality Assurance Systems Followed by ATS We hold the following certifications, registrations, approvals, and accreditations: ANSI/NCSL Z540-1 ISO 9001:2015 10CFR50 Appendix B 10CFR Part 21 ISO/IEC 17025:2017 Tool Types that ATS Services Include: Adjustable Air Allen Automotive Beam Crow's Foot Dial Digital Electric Electronic Insulated Micrometer Open-End Pneumatic Ratchet Precision SK Norbar Mountz Mac T Handle Tohnichi



ATS Calibrations Department is proud to be a distributor for CDI, Snap-On, and Tohnichi Equipment manufacturers. High-quality torque equipment such as screwdrivers, wrenches, measuring tools, and other special application tools are regularly distributed by our dedicated sales staff. Contact us to understand the value of our represented products! CDI Torque Products: Torque Testers Torque Wrenches T-Handle Torque Heads Snap-On Industrial Digital Torque Pheumatic Torque Hydraulic Torque Tohnichi Manufacturing Torque Wrenches Torque Testers Power Torque Tools ATS Calibrations - Since 1987 Our Calibrations experts have many years of experience in the inspection and calibration of industrial metrology tools. Our ISO/IEC 17025 accredited lab facilities allow our Calibration experts to expand their mastery by using the latest technology in obtaining accurate measurements. Electronic Calibrations Our Calibrations experts are second to none in the inspection of your electronic metrology tools. Following manufacturer specifications, we ensure your instruments are getting the job done accurately for maximum quality assurance. Regularly calibrated tools include: breakdown testers, multimeters, thermal and humidity testers, insulation testers, and oscilloscopes. Gage Calibrations Participating in the Round Robin Gage Measurement Proficiency Test (A2LA) ensures that the ATS Calibrations conduct the inspection and verification of most gage classes with highest accuracy within our environmentally-controlled standards lab. Our staff ensures that the defined manufacturer tolerances are considered upon inspection. We calibrate XXX, XX, X, Y, X, and ZZ, class gages, including: Ball Gages External Gages Snap Gages Taper Thread Rings Hand Tool Calibrations Our Calibrations department regularly inspects widely-used metrology hand tools, including: Micrometers...



Applied Technical Services has the capabilities to calibrate all of your torque testing equipment in our environmentally controlled lab. Our Capabilities We have the capability to calibrate your Dial Torque Wrenches, Beam Type Torque Wrenches, Clicker Torque Wrenches, Single Set Torque Wrenches, Torque Screwdrivers, Torque Multipliers, and Torque Watches up to 2,000 foot-pounds, using our torque analyzers with loading stations. We also have the capability to calibrate your Torque Analyzers, Torque Transducers and Rotary Torque Analyzers using our certified Torque Arms and Weights up to 2,000 foot-pounds. ATS also has the capabilities to calibrate your Pneumatic and electric Torque Guns, and Torque Drivers using our certified rotor style torque transducers up to 150 foot-pounds. Calibration Reporting All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50 Appendix B, and 10 CFR Part 21. ATS is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of Calibration Certificates, current asset status, asset history and due date reports for your equipment. Applied Technical Services Provides Torque Calibrations On: Dial Torque Calibrations Beam Type Torque Wrenches Torque Multipliers Torque Watches Torque Analyzers Torque Transducers Rotary Torque Analyzers Pneumatic Torque Guns Electric Torque Guns Torque Drivers



Caliper calibration is just one of many services provided by our reputable metrology labs. Known for our commitment to quality, ATS offers friendly service backed by quality assurance certifications and accreditations to various national and international standards (ANSI/NCSL Z540-1, 10CFR50 Appendix B, 10CFR Part 21), and holds an ISO 9001:2015 registration and an ISO/IEC 17025:2017 accreditation. The ATS calibration labs provide NIST traceable certifications, and quick turnarounds. Our experienced staff is familiar with applicable industry standards and regulations offering caliper calibration on dial, digital, electric, slide, micrometer, and vernier calipers We test and calibrate to the US and metric measurement standards on name brands ranging from the more familiar to obscure. Popular Caliper Name Brands Calibrated at ATS Labs Brembo Calipers Brown & Sharpe Calipers Chicago Brand Calipers China Brand Calipers Digimatic Calipers Fowler Calipers Husky Calipers Mitutoyo Calipers ML Tools Calipers Neiko Tools Calipers Starrett Calipers TTC Calipers Types of Calipers Calibrated at ATS Dial Digital Electronic Micrometer Slide Vernier



You can rely on ATS for high-quality granite surface plate calibrations. We understand the critical importance of using surface plates as a reference in your facility, which is why we offer calibrations to fit your schedule. Our Process Our technicians can inspect surface plates for surface flatness and detect variations caused by the wear and tear of everyday use. If your plate's measurements are outside of acceptable tolerances, we can help you determine your next steps. ATS uses a Federal Level System to produce a three-dimensional layout of your inspection table. We also check your surface plate with a repeat reading gage. The combination of these methods assures the accuracy and flatness of your surface plate. We can certify your Surface Plate to one of the following: Grade AA-Laboratory Grade Grade A-Inspection Grade Grade B-Toolroom Grade After completing our services, we provide calibration certificates for all items calibrated at your facility. Register for our web-based interface, iPortal, to access electronic copies of calibration certificates, asset history, and due date reports at your convenience. Our Qualifications All calibrations performed in the field are traceable to the National Institute of Standards and Technology (NIST) and are performed in accordance with documented and controlled procedures. Our labs are ISO/IEC 17025:2017 accredited. We are an ISO 9001:2015-registered company with a quality management system that complies with the following: ANSI/NCSL Z540-1 10 CFR 50 - Appendix B 10 CFR Part 21 Advantages of Surface Plate Calibrations with ATS Federal Level System Three-Dimensional Production Layout Repeat...



ATS performs Radiometer calibrations that are fully traceable to NIST.   Radiometers, commonly used in NDT applications or anywhere where OSHA lighting policies are in place are becoming more of the mainstay in the quality documentation. Our standards provide accredited radiometer calibrations of visible light to 200 foot-candles and UV-A light (365nm) up to 2000 UW/cm2. Our standards provide accuracies of up to 5% of the reading for Spectroline and Gould-Bass Meters and up to 3% on some of the Extech Light Meters. All calibrations performed include As Found and As Left Data and are traceable to NIST, the National Institute of Standards and Technology, and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. The ATS calibration lab is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of your calibration certificates, current asset status, asset history and due date reports for your equipment. Visible Light Calibrations Black Light Calibrations UV Sensors NDT and QC Inspections MIL and ASTM Standards Exceptional Accuracy



ATS provides on-site optical comparator calibrations traceable to NIST. We have the ability to calibrate optical comparators and vision machines. Our experts use high-accuracy glass scales to increase precision. ATS regularly calibrates optical equipment such as the following: Video Scopes Microscopes Optical Measurement Projectors Toolmakers Microscope Profile Projectors Vision Systems ATS Quality Standards ATS is an ISO 9001:2015 registered company. All calibrations performed in the field are traceable to the National Institute of Standards and Technology (NIST) and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50 Appendix B, and 10 CFR Part 21. The ATS Calibration lab maintains an ISO/IEC 17025:2017 accreditation. We can provide calibrations accredited to A2LA upon request. Online Access to Calibration Certificates Upon completion of our service at your facility, our experts provide clients with calibration certificates for all calibrated equipment. Clients can sign up for our web-based interface, iPortal, which gives you access to electronic copies of calibration certificates, asset history, and due date reports for your equipment. Check Out Our Field Services Optical comparators are just one of many devices we calibrate in the field. Some of the other instruments our experts can certify on-site include: Centrifuge Calibration Services Compression Tension Calibration Hardness Tester Calibrations Incubator Calibration Medical Scale Calibration Moisture Analyzer Calibration Oven Calibration Services Refrigerator Calibration Scale Calibration Services Surface Plate Calibrations Surface Roughness Testers Contact Us Call +1 (888) 287-5227 or click here to request...



The ATS Family of Companies (FoC) offers on-site hardness tester calibrations to promptly restore NIST traceability without displacing your equipment. We use indirect verification per the applicable ASTM standard, such as: ASTM E18 ASTM E384 ASTM E10 Our Hardness Tester Calibrations We are ISO/IEC 17025:2017-accredited to calibrate the following types of hardness testers: Rockwell Hardness Testers Microhardness Testers Knoop Testers Vickers Testers Brinell Hardness Testers Rockwell ATS calibrates Standard Rockwell Hardness Testers with C, B, and A scales. To certify your Standard Rockwell Hardness tester to the current revision of ASTM E18, you are required to have certified penetrators. If certified penetrators are not available, we can certify your tester to the previous revision. We offer NIST traceability on C scale hardness testers only. We calibrate Superficial Rockwell Hardness Testers with 15, 30, 45 N and T Scales. To certify your Superficial Rockwell Hardness tester to the current revision of ASTM E18, you are required to have certified penetrators. If certified penetrators are not available, we can certify your tester to the previous revision. We offer NIST traceability on C scale superficial hardness testers only. Also, ATS calibrates Twin Scale Hardness Testers with C, B, and A scales plus 15, 30, 45 N and T Scales. To certify your Superficial Rockwell Hardness tester to the current revision of ASTM E18, you are required to have certified penetrators. If certified penetrators are not available, we can certify your tester to the previous revision. We offer NIST traceability on C scale twin...



Hand tools are calibrated in our environmentally controlled lab.   Applied Technical Services has the capabilities to perform Hand Tool Calibrations in our environmentally controlled lab. We can calibrate Bench or Super Micrometers, Bore Gages, Countersink Gages, Calipers, Coating Thickness Gages, Height Gages, Height Master, Indicators, Indicator Testers, Length Scales, Steel Rulers, Levels, Outside Micrometers, Inside Micrometers, Depth Micrometers, Tri-Bore Micrometers, Thread Micrometers, Micrometer Heads, Plastometers, Pi Tapes, Protractors, and Tape Measures. Our Calibration Capabilities Applied Technical Services has a wide range of capabilities to perform calibrations of your inspection, test and measurement equipment in our environmentally controlled laboratories. ATS will meet or exceed a 5 to 7 working day turnaround on in-house calibration orders. Through our network of Quality Approved Vendors we can provide a one stop shop for all of your calibration needs. All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology, and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. The ATS Calibration lab holds an ISO 9001:2015 registration and an ISO/IEC 17025:2017 accreditation. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of Calibration Certificates, current asset status, asset history and due date reports for your equipment The ATS Difference Our professional calibration team...



ATS performs insulation tester calibration along with most Hipots, Breakdown Testers, Earth Ground Meters, High Resistance Meters, Relay Contact Meters, Holiday Detectors, and MegaOhm Meters. Why We Calibrate Insulation Testers Insulation tester calibration is one of the most important verifications of any technician working in the in-line resistance industry. What is often overlooked is the accuracy of their instrument. No insulation is perfect. Even the slightest pinprick can cause dielectric breakdown. Our Capabilities Our facility has the capabilities to test most Hipots, break down testers, earth ground meters, insulation testers, high resistance meters, relay contact meters, holiday detectors, and megaOhm meters. Our ISO/IEC 17025:2017 accredited calibration procedures provide the confidence required by even the toughest quality standards. Decade boxes, resistor stacks, & precision fixed resistors require incredibly accurate and stable measuring capabilities. ATS provides accurate measuring for most high and low-resistance applications. Extensive metrology experience has provided ATS with the ability to accurately verify your assets with the highest level of confidence. Certified Experts and Accredited Services All calibrations performed include As Found and As Left Data and are traceable to NIST, the National Institute of Standards and Technology, and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. The ATS Calibration lab holds an ISO 9001:2015 registration and an ISO/IEC 17025:2017 accreditation. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on...



Applied Technical Services performs Brown and Sharpe Calibration services as it remains as a leading metrology and manufacturing specialist supplier, helping clients achieve consistent quality control processes through the collection of accurate measurement data. At ATS, our Calibrations experts possess the ability to complete requests on Brown and Sharpe Calibration services and other equipment. Metrology Tools and Equipment by Brown and Sharpe that we Calibrate Include: Indicators: dial, test dial Micrometers: including Intrimik Optical Comparator Taper Runner Vises 1-2-3 Blocks Calipers: 6 inches, 12 inches, Vernier, Dial Coordinate Measuring Machines; including Etalon Derby 454 Gages: height, bore, telescoping Gage Blocks Calibration Labs at ATS Originally established in 1987, the ATS Calibrations department offers numerous full-service calibrations to a variety of industries. Our Calibration Labs follow procedures in accordance with national standards within the Aerospace, Automotive, Military, and Nuclear industries. Our Labs are ISO/IEC 17025:2017 accredited by A2LA and utilize equipment which is directly traceable to the National Institute of Standards and Technology (NIST). Electronic Calibrations Our Electronic Calibrations Lab possesses the tools necessary for the calibration of most commercial off-the-shelf electronic equipment. Our experts regularly perform calibration services on different meters, voltmeters, and thermocouples to guarantee accurate readings. Environmental Calibrations Uncovering the environmental effects of temperature, humidity, and infrared devices are crucial in the inspection of your materials. We perform environmental equipment calibrations in combination with manufacturer specifications to meet your specialized needs. Environmental equipment calibration services include chart recorders, temperature and humidity probes, and wind speed instruments (anemometers). Hand...



Applied Technical Services (ATS) provides avionics calibration services and is a leader among avionics calibration companies.   Current Avionics Calibration Services Capabilities: AC Power Source ADF Antenna Test Sets Air Data Test Sets (ADTS) Analog Altimeter Test Sets Angle Position Indicator ATC ATCRBS Ramp Test Sets Battery Charger Charge Amplifier Communication Analyzer Digital Counter Digital Radio Altimeter Test Sets Digital Turbine Test Sets Distance Measuring Equipment (DME) Test Systems EGT System Tester Escape Slide Lighting (ESL) Test Sets Fuel Quantity Test Sets Function Generator G/S Ramp Test Sets Gyro Test Sets LOC Ramp Test Sets M/B Ramp Test Sets Manifold Failure Detection Test Sets Microwave Landing System (MLS) Mode S / Traffic Collision Avoidance System (TCAS) Ramp Test Sets Nav Check 1 Nav/Comm Ramp Test Sets Nav Indicator Test Sets Navigation Converter Pitot Static Test Set Pneumatic System Tester Ram Air Turbine Test Sets Ramp Test Sets RF Power Meter RF Signal Generator SELCAL Ramp Test Sets Stabilization System Test Set TCAS Antenna Coupler TCAS Ramp Test Set Variable Stop and Yaw Trim Slaving Tool VOR ILS COMM Ramp Test Set VOR ILS Ramp Test Set VOR Ramp Test Set VOR/ILS Signal Generator Test Set Wheel Speed Simulator Wide Range Oscillator Common Manufacturers Serviced IFR/Aeroflex JC Air/BF Goodrich TEL-Instrument (TIC) Kustom Michel (TKM) AVTech (Coltech) Quadroid Engineering Atlantis Aerospatiale Alcal American Reliance ATA Barfield Bendix/King BK Precision DME Corp Elgar General Dynamics Hewlett Packard Leader Michel (TKM) North Atlantic Industries Upholtz Dickie TIC Other Calibration Services In addition to the...



ATS provides full-service avionics calibration support. Whether you need to ensure the accuracy and precision of your pressure and temperature readings or electronic devices, ATS can take care of a wide variety of aviation-related instrumentation. Avionics Calibration The ATS Calibration Lab, established in 1987, provides full-service avionic calibration, dimensional inspection, and repair services. ATS is approved by multiple major aerospace, automotive, military, and nuclear companies, and the data generated is directly traceable to the National Institute of Standards and Technology (NIST). Our calibration lab is ISO/IEC 17025:2017 accredited by the A2LA. This is our assurance to you that our equipment is calibrated to accepted national standards and that our procedures are validated as appropriate for the wide range of metrology instruments that we calibrate. Aerospace Equipment We Calibrate Our labs calibrate a wide range of aerospace equipment and avionics, including: DescriptionManufacturerModel NumberVOR/ILS Signal GeneratorCollins479S-6VOR/ILS Signal GeneratorIFRNAV-750VOR/ILS Signal GeneratorIFRNAV-750A (B)VOR ILS COMM Ramp T/SIFRNAV-401LVOR ILS COMM Ramp T/SIFRNAV-402APVOR ILS COMM Ramp T/SIFRNAV-402AP-1VOR ILS COMM Ramp T/SIFRNAV-402AP-2VOR ILS COMM Ramp T/SIFRIFR4000VOR ILS COMM Ramp T/SIFRNAV-402AP-3ATCRBS/DME RAMP T/SIFRATC-600A (-1)(-2)ATCRBS/DME RAMP T/SIFRATC-601 (-1)(-2)TCAS Ramp T/SIFRTCAS-201 (-1)(-2)Transponder DME T/SIFR1200Y-3Transponder DME T/SIFRATC-1400 (A)Mode S AdapterIFRS-1403 CCommunication Service MonitorIFRFM/AM 1200 S (S/A)VOR ILS Ramp T/STEL-Instrument (TIC)T-30AVOR ILS Ramp T/STEL-Instrument (TIC)T-30BVOR ILS Ramp T/STEL-Instrument (TIC)T-30B/BVOR ILS Ramp T/STEL-Instrument (TIC)T-30CVOR ILS Ramp T/STEL-Instrument (TIC)T-30DLOC Ramp T/STEL-Instrument (TIC)T-28BG/S Ramp T/STEL-Instrument (TIC)T-29BVOR Ramp T/STEL-Instrument (TIC)T-27BM/B Ramp T/STEL-Instrument (TIC)T-26BMultifunction Ramp T/STEL-Instrument (TIC)TR-220TCAS Transponder Ramp T/STEL-Instrument (TIC)T-49/C (CF)(CTTransponder DME Ramp T/STEL-Instrument (TIC)T-48/DNav/Comm Ramp T/STEL-Instrument (TIC)T-36CTransponder T/STEL-Instrument (TIC)T-33/A/B/DNav Check 1JC Air01-0235-00Nav Check 1Kustom06-0235-00VOR ILS...



Applied Technical Services offers Ardrox DLM 1000 Radiometer Calibration at our calibrations laboratory. Anywhere OSHA lighting policies are implemented, a radiometer should be in use. Our standards provide accredited radiometer calibrations of visible light to 200 foot-candles and UV-A light (365nm) up to 2,000 uw/cm2. ATS Calibrations Capabilities Include: Up to 5% accuracies of the reading for Spectroline and Gould-Bass Meters Up to 3% accuracies of the reading for Extech Light Meters Services Offered:  NDT and QC Inspections MIL and ASTM Standards UV Sensors Visible Light Calibrations Black Light Calibrations Exceptional Accuracy ISO/IEC 17025:2017 Accredited Calibrations ISO/IEC 17025:2017 accredited calibrations on radiometers and light meters are offered in few laboratories in the U. S. , however, Applied Technical Services is home to one of those few. We can provide our clients calibration with uncertainties as low as 2. 9% for white light and 4. 5% for black light, due to our new, high-accuracy light detectors. At ATS, the average turnaround time on light meters is seven to ten days. For standard calibrations that do not need repairs, clients can request expedited service with a two-day turnaround. Since 1987, Applied Technical Services has worked with clients to ensure testing and calibration services at an unmatched level of quality. At ATS, all calibration services include As-Found and As-Left data traceable to NIST. Calibrations are also performed in accordance with documented and accredited procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21....



Air Gas Flow Meter Calibration is just one of the services we offer in our diverse testing and calibration labs. Many industries require certified calibrations on meters that measure air and gas flow. One of our goals here at ATS is to provide world class service while meeting your calibration and testing needs. Air gas flow meter calibration is just one of the services we offer in our diverse testing labs. Many industries require certified calibrations on air gas flow meters. By keeping your equipment properly maintained you can ensure optimal operational performance and prevent potential asset losses and/or personal liabilities. ATS' Commitment to Quality Assurance Applied Technical Services, Inc. is committed to quality assurance through a variety of initiatives including compliance with nationally known QA standards and our own employee accountability programs. Applied Technical Services meets customer needs through offering services in accordance with applicable standards and specifications. Our goal is to employ industry experts who offer reliable calibration/testing services in a timely manner with detailed documentation. Nationally Recognized Certifications, Accreditations, and Registrations: ISO/IEC 17025:2017 ANSI/NCSL Z540-1 ISO 9001:2015 10CFR 50 Appendix B 10CFR Part 21 Corporate Programs Quality and Safety Training Customer Service Training Reports/Record Training Types of Air Flow Air Air Gas Argon Oxygen Nitrogen Types of Air Flow Instruments Compressed Mass Portable Inline High Temp Digital Electronic Vortex Handheld Popular Brands CFM Bosch Dwyer FastFlow CDI Venturi Omaga Computer Weld Technology King Instrument MKS Sierra Instruments



ATS provides anemometer calibration for various types of portable anemometers, wind speed indicators, and hot wire anemometers traceable to NIST. ATS Offers Powerful Calibration Solutions Our Anemometer Calibration Lab is equipped with a custom-fabricated wind tunnel, which is designed to achieve maximum accuracy during the calibration process. Our capabilities include sourcing a uniform flow rate with wind speeds from 2. 5 meters per second (492 ft/min) up to 15 meters per second (2,953 ft/min). This flow rate accuracy is ensured via our two reference wind anemometers with accuracies as great as ±0. 6%. Each measurement is directly compared against our calibrated anemometers. Additionally, each unit is meticulously tested in both increasing and decreasing speed directions to account for any hysteresis effects. Wind Vane Anemometers are further inspected for physical defects such as burs, cracks, or chips in the vane blade. Upon completion of testing, all data is then recorded and compared to manufacturer specifications or client-requested specifications to determine accuracy and precision. Anemometers Are Crucial to the Energy Field As the renewable energy market increases worldwide, so does the need for reliable and precise measuring equipment. Wind power is quickly gaining strength and providing a cost-efficient alternative to other forms of energy. Expansion of this market also drives the need for reliable and accurate measuring equipment. Anemometers are commonly used by meteorologists at weather stations, people in the HVAC industry for measuring airflow in systems, and scientists monitoring environmental conditions. They are also a very useful tool employed by engineers...



ATS has the capability to perform adjustable thread calibration with American Gage Design and Southern Style Thread Ring Gages. ATS has hundreds of thread setting plugs with standards and special pitch diameter in English and Metric. ATS is also capable of calibrating special gages when a setting plug is unavailable from . 12 inch to 5. 5 inch PD. Our Calibration Procedures ATS takes special care of cleaning and inspecting our customer's adjustable thread gage before calibration to ensure the correct fit. All gages are cleaned prior to testing and are placed in the Standards Calibration Lab to stabilize for a minimum of 24 hours. Our environmentally controlled lab maintains temperatures within 67-69 ˚F and 30-55% relative humidity. The lab also has isolation joints in the flooring to reduce any vibration effects. We participate regularly in “Round Robin Gage Measurement Proficiency Testing” in accordance with our ISO/IEC 17025:2017 accreditations. Calibration Traceability and Reporting All of our calibrations include the measurement and documentation of As Found and As Left Data. Our calibrations are NIST-traceable and performed according to documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. The ATS Calibration lab holds an ISO 9001:2015 registration and an ISO/IEC 17025:2017 accreditation. Upon request, we can provide calibrations that are accredited to A2LA. 24/7 Data Access You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of the following data:...



Accurate and Dependable Calibration Services Applied Technical Services has the capabilities to respond to most of your airflow calibration needs in our environmentally controlled lab. We use the Fluke molbloc/molbox1+ gas flow calibration system. It is the ideal solution for gas flow meter calibration, as well as for calibrating thermal mass flow controllers (MCFs), rotameters, turbine meters, bubble meters, and other flow measurement devices. ATS calibrates flow meters and controllers over a very wide range of flows up to 600 SLM. Our calibrations are performed in accordance with documented and controlled procedures. 24/7 Report Access You can access our web-based interface to view electronic copies of calibration certificates, current asset status, asset history, and due date reports for your equipment. All calibration reports include As Found and As Left Data and are traceable to NIST. Quality Assurance The ATS Calibration lab holds an ISO 9001:2015 registration and an ISO/IEC 17025:2017 accreditation. Upon request, we can provide A2LA-accredited calibrations. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10 CFR 50, Appendix B, and 10 CFR Part 21. Types of Devices Calibrated Gas Flow Meter Thermal Mass Flow Controllers Rotameters Turbine Meters Bubble Meters Other Flow Measuring Devices



Applied Technical Services performs Accelerometer Calibration using our Model 9155 Workstation. We calibrate the accelerometers using an accurate back-to-back comparison of ICP (IEPE), charge mode piezoelectric, piezoresistive, capacitive and velocity sensors in accordance with ISO 16063-21. We can test accelerometers from 5Hz to 15 kHz using an air bearing shaker. We can measure the sensitivity, amplitude, phase, and bias of your accelerometers. We have a huge database of Accelerometer specifications and test requirements that allow us to use an automated system for calibration procedures. Quality Standards and Certifications All calibrations performed include As Found and As Left Data and are traceable to NIST, The National Institute of Standard and Technology and are performed in accordance with documented and controlled procedures. Our Quality Assurance system complies with the applicable requirements of ANSI/NCSL Z540-1, 10CFR50 Appendix B, and 10CFR Part 21. The ATS Calibration lab holds an ISO 9001:2015 registration and an ISO/IEC 17025:2017 accreditation. Upon request, we can provide calibrations that are accredited to A2LA. You can also be set up on our web-based interface, iPortal, which gives you access to electronic copies of Calibration Certificates, current asset status, asset history, and due date reports for your equipment. Contact Us Call or complete our webform to request accelerometer calibrations today.



Applied Technical Services performs industrial CT scanning to help clients in a variety of applications, including thickness measurements, flaw detection and analysis, dimensional inspection, and porosity analysis. What is Computed Tomography? Computed Tomography (CT) scanning has been a fixture in the medical industry since the 1970s. It is an imaging technology that takes multiple X-rays of a subject along a rotating axis. The X-rays are caught by a detector (called a DR imaging panel), which is always positioned across from the X-ray generator with the subject between them. A computer processes the raw data yielded by the detector into an interpretable scan in a process called tomographic reconstruction. Each of these scans shows a cross-sectional view of the subject as if it had been cut through your chosen plane of section. This allows for a detailed look at the inside of the subject without physically harming it. Computers can assemble all of the CT scans into a single 3D model, which is easily viewed and manipulated by technicians. Programs can measure specific features from the scan, such as voids or cracks, volumetrically and with a near-microscopic level of precision. One can see how beneficial this technology has been for doctors diagnosing everything from a tumor in the brain to a blockage in the circulatory system. Developments in Our CT Capabilities Recent developments in supporting technology (faster computers with greater processing power, increased sensitivity of DR panels, etc. ) have made CT scanning practical for industrial use. This is an exciting development...



Applied Technical Services offers industrial computed tomography scanning as a powerful nondestructive method for detecting flaws and taking internal measurements. Industry-focused businesses understand the importance of testing their equipment parts. Preventative maintenance and new product development efforts hinge on finding the flaws and weaknesses of important components before something goes wrong – failure is not an option in the aviation and nuclear industries, for instance. Companies subject their assets to inspection for that reason. Inspectors, usually engineers or technicians, are trained to ensure that no avoidable problem sneaks up on the critical equipment that keeps industry running. Nondestructive testing is the preferred family of analysis method for customers; if the subject passes its inspection, putting the part back into use is a far more attractive prospect than losing it entirely. Strengths and Uses of Industrial CT Industrial Computed Tomography is one of the most comprehensive and powerful NDT methods available. It uses X-rays to build an image of the test material as if it had been sectioned in layers. An X-ray emitter takes multiple projections of the subject while rotating around it, which are received by a DR imaging panel. The projections capture the subject from every angle and can be assembled into a single 3D model for easy manipulation and study. Because it is a composite made of many images, the model shows features beneath the exterior surface of the subject with an incredible amount of detail — far more clarity than afforded by conventional radiography methods. CT also...



A Brief History of Computed Tomography and How CT Services Benefit Industrial Clients ATS performs a variety of CT services to help our clients determine the condition of their components or subassemblies. Computed Tomography (CT) was initially introduced as a medical imaging tool in the 1970s. The scanner consists of an X-ray projector mounted across from a DR imaging panel on a rotating axis. As the projector revolves around the subject and takes X-rays, the imaging panel picks up the raw data from those projections and sends it to the computer. That raw data is transformed into an actual image through a process called tomographic reconstruction. The image that is produced will show a cross-sectional view of the subject as if it had been cut through a chosen plane of section — perfect for looking at a patient’s brain in a non-invasive manner. Technicians can then assemble all of the CT images together in order to create a single 3D model, which is easy to manipulate and study. Because the model is made up of so much data from so many reference points, a CT scan produces a clearer and more precise image than traditional radiography methods. CT services now represent a valuable diagnostic tool for doctors looking for things as small as a tumor or internal bleeding. Industrial Computed Tomography CT services offer various advantages over other imaging methods. Radiography, for instance, only produces a single 2D image with less visual clarity. A CT scan can produce several thousand...



ATS' CT inspections help clients assess both the external and internal condition of their components and subassemblies for a variety of applications. How Computed Tomography Works Computed Tomography (CT) has been widely used in the medical field for decades. It uses X-rays to produce an image of the patient as if they had been cut through the chosen plane of section. An X-ray projector rotates around an axis, taking projections of the patient from every angle, which are picked up by the DR imaging panel mounted opposite from the projector. The raw data from that process is converted by a computer into an image that can be interpreted through a process called tomographic reconstruction. Each projection is taken at a different angle, and every image shows a grayscale, cross-sectional view of the subject. All of the projections can be assembled by a computer into a single, 3D cross-sectional image, easily studied and manipulated. The wealth of data used to produce such a model affords an amount of visual detail reliable enough to render microscopic tumors in a patient. Due to recent developments in complementary equipment (computers with greater processing power and speed, increasingly sensitive DR imaging panels, etc. ), this same diagnostic tool indispensable to doctors has become practical for use in industrial inspections. A Case for Using Industrial CT as an Inspection Tool This is an exciting development because of the strengths that CT inspections have over other types of non-destructive test techniques. CT scans, for instance, provide a...



ATS performs 3D scanning services, both large- and small-scale, to help clients determine the condition of their assets nondestructively. Often, the cause is not immediately apparent when a critical part fails in a piece of equipment. In these instances, companies turn to failure analysis services to gain an understanding of what went wrong. Failure Analysis and 3D Scanning Many failure analysis companies provide 3D scanning services to diagnose what caused the part to fail. This method is effective because it scans a model of the component which can then be closely analyzed. The tester can examine and manipulate these models with greater ease and in more ways than the physical test sample. Finding surface flaws is easy when comparing the 3D scan of the part to its CAD model, and measuring those flaws with exact precision is possible due to computer assistance. These features make 3D scanning services very attractive to industrial businesses for not only failure analysis, but metrology and preventative maintenance efforts as well. Shortcomings of 3D Scanning There are, however, certain limitations to this process: parts can have internal components which may have contributed to the part failure, the structural flaws may not be visible on the surface, or voids may exist within the material itself. 3D scanning cannot pick up on any of these issues on its own, and not all specimens can be subjected to destructive testing. Computed Tomography (CT) scanning addresses these concerns, providing more useful information than 3D scanning services in these scenarios....



Applied Technical Services performs 3D inspections using CT scanning to detect flaws or defects in the structure of product components. Because of the X-ray factor involved in this method, CT provides a view of conditions inside the object. First, About Metrology Parts are designed to specification for a reason; engineers calculated and decided the precise dimensions necessary to make that part work as efficiently and reliably as possible. That attention to detail is especially important in industry, where failing parts can lead to a dangerous or even life-threatening situation. Quality control and failure analysis are imperative to industries like aerospace technology, where slight miscalculations can cause a crash. Companies such as these use industrial metrology to make sure that all the parts in their critical equipment adhere to the industry standard for safest practices. Industrial metrology is the use of measurement in manufacturing to ensure that products are of the exact same dimensions as the engineer’s drawings for quality control purposes. Manufacturers invite inspections of their products to achieve this goal. Computers have helped make this process a great deal easier, as they can perform difficult calculations and compare vast amounts of data in the blink of an eye. And more recently, scanning technology has enabled computers to build an entire 3D model of a subject in a relatively short amount of time. This development has been a great benefit to industrial metrology, as increasingly sensitive scanners render increasingly detailed 3D models for analysis and inspection – models so detailed...




## Inspection


The Applied Technical Services Family of Services (FoC) investigates catastrophic tank failures on-site by assessing whether tanks with corrosion, cracking, settlement, fatigue, or other defects can continue to operate safely before they pose serious safety or environmental risks. How We Investigate Catastrophic Tank Failure At ATS, our multidisciplinary team of experts assesses failure scenes to pinpoint damage, identify root causes, and offer clear corrective actions. While methods vary with tank design, service conditions, and suspected damage mechanisms, we follow a comprehensive testing framework to assess the risk of catastrophic tank failure. We examine and document the damage, collect evidence, photograph failed components, and gather data on operating conditions and maintenance history. Our team reviews NDT results and performs engineering analysis to ensure a thorough investigation. Our asset integrity engineers lead comprehensive site investigations, documenting damage, collecting evidence, surveying the scene, and reviewing operating conditions. We review inspection records, maintenance history, and NDT results to identify contributing factors and previous integrity concerns. Our engineers assess the severity of damage to confirm whether the tank can safely operate under current loads and conditions. Our technicians use non-destructive testing methods, including ultrasonic testing and weld inspections, to evaluate defects and ensure structural integrity. Our metallurgical and laboratory, including metallography, chemical analysis, and mechanical testing, determine the failure mechanism and root cause. Based on our findings, we may recommend continued operation, repairs, reduced operating limits, increased monitoring, or asset retirement. What Standards Are Used to Assess Catastrophic Tank Failure? The most common standards we...



The Applied Technical Services Family of Companies (ATS FoC) provides nondestructive testing (NDT) services to aerospace, manufacturing, and construction clients across Los Angeles and surrounding cities, including Santa Monica, Pasadena, and Long Beach, to meet safety and performance requirements. NDT testing helps improve the safety and reliability by detecting hidden flaws early without damaging or dismantling critical components. Our NDT services help organizations protect personnel, maintain asset integrity, and extend operational uptime and service life, enabling our clients to operate with confidence and certainty.   What Approved NDT Methods are Most Suitable for Detecting Material Defects? The most common NDT methods ATS uses for detecting flaws in metals, composites, and plastics include but are not limited to: Radiographic Testing Ultrasonic Testing Liquid Penetrant Testing Visual Testing Eddy Current Testing Phased Array Testing Magnetic Particle Testing NDT methods can also identify defects in welding, casting, and forging processes. Specialized Testing for Diverse Industries ATS conducts inspections and testing catered to key aerospace, manufacturing, and construction systems in the Los Angeles area. These capabilities include, but are not limited to:  Aerospace NDT Services  Ultrasonic and Radiographic Inspection  Eddy Current Inspection  Magnetic Particle Inspection  Manufacturing NDT Services  Tool & Electronic Calibration  Dimensional Inspection  Radiography  Construction NDT Services Concrete Scanning  Davit Systems Inspection  ICC Special Inspections  Accurate nondestructive testing requires properly calibrated and well-maintained equipment to ensure consistent and reliable inspection results. Our Commitment to Quality ATS is an ISO/IEC 17025:2017-accredited and ISO 9001:2015-registered testing laboratory rooted in partnership and committed to achieving success in every project. Our ASNT certification enables our top experts and cutting-edge facilities to transform unique needs into innovative...



The Applied Technical Services Family of Companies (ATS FoC) provides comprehensive non-destructive testing (NDT) for Bell helicopters. Our experienced inspectors use advanced technologies to assess critical structures and components, identifying defects without altering materials. Early detection of fatigue cracking, corrosion, impact damage, and other discontinuities allows maintenance teams to make informed repairs, minimize downtime, and maintain safety. Our inspections follow established aerospace procedures and deliver accurate, traceable results to support continued airworthiness. What Bell Helicopter Components Require NDT Inspections? Bell helicopter NDT inspections follow the manufacturer’s maintenance manuals, scheduled intervals, airworthiness directives, service bulletins, major repairs, and suspected damage events. Inspections are essential to identify structural defects before they affect performance or safety. Each inspection includes detailed documentation to support maintenance planning and regulatory compliance, including: Inspection methods performed and their intended application. Components examined, inspection locations, and identified indications. Equipment calibration records, acceptance criteria, and recommended corrective actions. Comprehensive reporting creates a permanent inspection history supporting FAA maintenance requirements, quality assurance, and future planning. About Our Bell Helicopter NDT Services Our aerospace inspectors bring extensive rotorcraft inspection experience and advanced NDT technology to support operators in commercial, emergency medical, utility, military, and law enforcement aviation. We inspect critical Bell helicopter components with precision, following industry standards and customer specifications. Fast turnaround, comprehensive reporting, and responsive technical support help maintenance teams reduce downtime and confidently plan repairs, overhauls, and return-to-service activities. Which NDT Methods Are Best for Bell Helicopter Structures and Components? Bell helicopters have various metallic assemblies and mission-critical...



The Applied Technical Services Family of Companies offers comprehensive non-destructive testing (NDT) for Hawker business aircraft. We assist owners, operators, and maintenance organizations in maintaining structural integrity and meeting regulatory requirements. Our inspectors assess airframes, landing gear, and engine components using advanced methods that identify flaws without harming the aircraft. Which NDT Techniques Are Most Effective for Hawker Aircraft Components? Hawker aircraft structures require inspection methods tailored to their materials, design, and potential failure modes. Our inspectors select the most effective techniques to detect surface and subsurface discontinuities while minimizing downtime. Our services include: Ultrasonic testing (UT) for internal flaw detection and thickness measurement. Eddy current testing (ET) for identifying cracks around fasteners and other conductive structures. Radiographic testing (RT) for evaluating internal structural features and complex assemblies. Liquid penetrant testing (PT) and magnetic particle testing (MT) for detecting surface-breaking discontinuities. Visual testing (VT), borescope inspections, and Positive Material Identification (PMI) for detailed component evaluations and alloy verification. Using multiple inspection methods ensures a thorough assessment of critical aircraft systems and supports safe, reliable operation. Our Hawker Aircraft NDT Services Our NDT specialists leverage extensive experience and advanced technology to support Hawker aircraft throughout their service life. We conduct inspections according to industry standards, manufacturer requirements, and customer specifications, providing detailed reports and responsive technical support. Fast turnaround and reliable data enable maintenance teams to make informed decisions, improve efficiency, and return aircraft to service with confidence. How Does NDT Help Extend the Service Life of Hawker Aircraft? Non-destructive testing...



The Applied Technical Services Family of Companies (ATS FoC) provides expert inspection and non-destructive testing (NDT) for HondaJet aircraft. Our inspectors use advanced NDT techniques to identify hidden defects without harming the aircraft. Early detection enables maintenance teams to address issues before they escalate, ensuring your HondaJet remains safe, compliant, and mission-ready. Which Non‑destructive Testing Methods are Best for Specific HondaJet Components? Each HondaJet component requires an NDT method suited to its material, geometry, and service conditions for accurate inspection results. Common techniques include: Ultrasonic testing (UT) for internal flaw detection and thickness measurements Eddy current testing (ET) for surface and near-surface crack detection in conductive materials Liquid penetrant testing (PT) for identifying surface-breaking discontinuities Magnetic particle testing (MT) for locating cracks in ferromagnetic components Radiographic testing (RT) for revealing hidden internal defects Visual testing (VT) forms the basis of many maintenance inspections. Borescope inspections enable technicians to examine engines and confined areas without major disassembly. Positive Material Identification (PMI) verifies alloy composition, ensuring replacement parts and critical components meet engineering and maintenance standards. Using these methods together provides comprehensive evaluations that support structural integrity, regulatory compliance, and ongoing airworthiness of HondaJet aircraft. About Our HondaJet Inspection & NDT Services Our technicians select the appropriate NDT method for each material and geometry to ensure reliable, repeatable results. We provide a comprehensive suite of inspection services tailored to HondaJet structures and systems, including: Ultrasonic testing (UT) Eddy current testing (ET) Liquid penetrant testing (PT) Magnetic particle testing (MT) Radiographic testing (RT)...



The Applied Technical Services Family of Companies (ATS FoC) delivers comprehensive non-destructive testing for Falcon business jets, emphasizing precision, regulatory compliance, and long-term reliability. Our inspectors leverage aerospace expertise and advanced diagnostic tools to assess critical airframe structures and components without damage. Early detection of subsurface flaws and fatigue allows maintenance teams to prioritize repairs, reduce unscheduled downtime, and safeguard operational safety and asset value. Our systematic, well-documented process follows industry best practices to ensure reliable inspection results. When Is NDT Inspection Required for Falcon Jets? Non-destructive testing (NDT) for Falcon jets is required at intervals set by the manufacturer's approved maintenance program and in response to service bulletins, airworthiness directives, structural repairs, or damage assessments. Technicians use NDT to detect fatigue cracking, corrosion, disbonds, delaminations, and other subsurface issues in critical airframe and engine components without affecting structural integrity. Each inspection concludes with a detailed, traceable report that provides maintenance personnel with clear, actionable information for decision-making and supports regulatory audits and long-term planning. Key elements of the inspection report include: Inspection methods used, including the techniques applied and the reasons for their selection. Components and inspection locations, with precise mapping of all examined areas. Equipment and calibration records, including tool verification status, along with severity assessments and recommended next steps. Acceptance criteria and final documentation referencing applicable standards and regulatory requirements. This documentation ensures continuity across maintenance cycles and creates a reliable inspection history to support FAA maintenance requirements and internal quality assurance programs. Our Falcon Jet NDT...



The Applied Technical Services Family of Companies (ATS FoC) provides comprehensive non-destructive testing (NDT) services for Learjet aircraft, helping operators maintain safety, compliance, and asset value. Our experienced inspectors evaluate critical aircraft structures and components without causing damage, enabling owners and maintenance providers to identify discontinuities before costly repairs or disruptions occur. We deliver accurate inspections that support maintenance planning, reduce downtime, and help keep your Learjet in service with confidence. What Does a Learjet NDT Inspection Report Include? Every Learjet NDT inspection includes a detailed report documenting the inspection method, tested components, locations, equipment used, calibration status, acceptance criteria, and findings. Our technicians clearly identify reportable indications and provide documentation maintenance personnel can use to make informed repair or replacement decisions. We maintain traceability by adhering to industry procedures and regulatory requirements. Our documentation supports compliance with Federal Aviation Administration (FAA) maintenance standards by using qualified personnel and procedures aligned with recognized industry practices. This traceable reporting establishes a reliable inspection history that supports maintenance records, quality assurance programs, and aircraft lifecycle management. About Our Comprehensive Aircraft NDT Services The ATS FoC offers a full range of NDT services to support Learjet maintenance and structural inspections. Our capabilities include ultrasonic testing for internal flaws, eddy current testing for surface and near-surface cracks, magnetic particle testing for ferromagnetic components, liquid penetrant testing for non-porous materials, radiographic testing for internal structures, and visual inspections for accessible components. We also offer specialized services including: Hardness testing Positive material identification (PMI) Borescope inspections...



The Applied Technical Services Family of Services (FoC) provides API RP 583 inspection services to identify and assess early signs of corrosion damage. Specifically, API Recommended Practice 583 offers industry guidance for managing Corrosion Under Insulation (CUI) and Fireproofing (CUF) on equipment. It outlines methods for detecting, evaluating, and preventing corrosion, often caused by rust that may not be immediately visible on industrial assets. Turning Inspection Data into Confident Asset Decisions Since corrosion often remains undetected until significant damage occurs, API RP 583 provides a risk-based inspection and mitigation approach to protect vulnerable assets. At ATS, our inspectors are committed to finding potential corrosion issues the first time around. We gather data to support fitness-for-service decisions, helping owners and operators make fast, safe, and cost-effective plans of action for their assets. API RP 583 enables our inspectors to identify critical risk areas, determine equipment susceptible to CUI, and prioritize mitigation efforts. Outdoor equipment exposed to harsh weather, extreme environmental conditions, fluctuating temperatures, or insulation systems vulnerable to moisture absorption is considered high risk. What types of equipment require API RP 583 inspection? API RP 583 inspections are used on insulated or fireproofed equipment, such as: Piping systems Pressure vessels Tanks Heat exchangers Structural components Corrosion Detection Methods for Industrial Assets Early detection of corrosion helps prevent leaks, ruptures, environmental and safety incidents and reduces unplanned downtime. Our experts use specialized equipment and advanced NDT methods to detect corrosion without removing insulation or dismantling critical components. Our non-destructive methods include, but...



The Applied Technical Services Family of Companies (ATS FoC) provides rebar scanning services to detect and locate steel (rebar) reinforcements before drilling or cutting into concrete. This process helps avoid hitting embedded reinforcement materials beneath the concrete’s surface. Rebar scanning is a non-destructive testing (NDT) method that uses ground-penetrating radar (GPR) and electromagnetic rebar locators to deliver critical data in real time without damaging the structures. This method is essential for evaluating structural integrity and quality assurance of reinforced concrete structures. What can Rebar Scanning Detect in Concrete Structures? Rebar scanning can detect a wide range of objects and structural features inside concrete, not just rebar. Our trained experts can identify and map reinforcement elements such as: Subsurface rods Electrical conduits Post-tension cables Anchor rods Plumbing pipes Voids Mesh Wires Scanning also supports structural verification and design validation by providing engineers with data on concrete thickness, slab depth, and density. In addition, advanced rebar scanning in combination with our comprehensive list of NDT methods can help identify material changes, corrosion zones, moisture intrusion, heat buildup, deterioration, and other structural abnormalities. Setting the Standard for Concrete Testing Services When it comes our testing and inspection services, ATS follow multiple international standards to ensure accurate detection, precise measurement, reliable data, and safety compliance. Some key standards for rebar scanning include, but are not limited to: ASTM D6432 (primary GPR standard) ASTM D6087, D4748 ACI 228. 2R EN 12504 ISO 1920-7 ACI 318 AASHTO Our Quality-Driven Approach ATS is an ISO/IEC 17025:2017-accredited and...



The Applied Technical Services Family of Companies (ATS FoC) provides professional residential construction inspections for the Denver, Colorado area. Our team consists of American Welding Society Certified Welding Inspectors (AWS CWIs), who evaluate structural steel and miscellaneous metalwork during important phases of the residential construction process. Our inspections take place during the early stages of planning, enabling us to assess the home's miscellaneous metals and structural steel to ensure their adherence to project drawings, codes, and contract specifications before these components become inaccessible later in the construction timeline. About Our Residential Construction Inspection Services The ATS FoC offers residential construction inspection services for single‑family, multifamily, and custom homes, as well as accessory buildings, throughout the Denver metro area, Front Range, and Western Slope regions of Colorado. Our Certified Welding Inspectors do the following: Visual inspections Weld verification Review welder qualifications and welding procedures Early involvement in a project’s development is crucial to our services because it allows us to identify and address issues before they become hidden or inaccessible later in the project timeline. Our services eliminate the need for costly rework and backtracking while ensuring compliance with project specifications and industry codes. We offer inspections for the following structural elements: Cold-formed and sheet components: Girts, purlins, simpson clips, and other cold-formed elements HVAC and mechanical supports: welded components and supports Miscellaneous metals: staircases, handrails, stair assemblies, steel landings, posts, lintels, rooftop equipment supports, and architecturally exposed structural steel Primary structural steel: columns, beam splices, and connections in accordance with...



The Applied Technical Services Family of Companies (ATS FoC) provides leak path detection for pressurized containers and pipelines. What is a Leak Path? A leak path is an unintended physical route through which fluid or gas escapes from a contained environment. Common causes include: Seal gaps Cracks Corrosion Improper installation What is Leak Path Detection? Leak path detection involves inspecting containers or pressurized systems to identify unintended fluid escape routes. Inspectors use various methods and technologies, including: Ultrasonic Leak Detection Ultrasonic leak detection identifies and locates high-frequency sounds produced by leaks. Infrared Leak Detection Technicians use thermal imaging cameras and sensors to detect energy emitted by leaking gas. Penetrant Dye Leak Detection Technicians apply a visible dye to one side of a component and observe whether it seeps through surface flaws. Mass Spectrometer Leak Detection Technicians use helium as a tracer gas to locate and measure leaks in a system. Hydrostatic Leak Detection Hydrostatic leak tests fill a vessel or pipe with water to identify points of water penetration. About Our Leak Path Detection Services Our laboratory provides expert leak path detection, leveraging decades of experience, certified personnel, and advanced instrumentation for commercial and industrial environments. We follow strict quality and safety protocols to ensure our methods meet industry standards. Our services include: Ultrasonic leak detection Infrared leak detection Penetrant dye leak detection Mass spectrometer leak detection Hydrostatic leak detection Our services help clients identify and address leak paths early, preventing costly or hazardous conditions. About the ATS FoC Founded...



Why is Nondestructive Testing Important for CUI Risk-Based Inspections?   The Applied Technical Services Family of Companies (ATS FoC) offers a variety of nondestructive testing to support corrosion under insulation (CUI) risk-based inspection services.  Our NDT team specializes in detecting hidden corrosion without removing insulation. This helps to keep repair costs down and avoid disrupting operations. Using nondestructive, risk-based inspections also allows early detection of corrosion before it becomes a safety risk for workers who may be exposed in hard-to-reach areas. Inspection Methods Tailored to Client Needs Our comprehensive CUI risk-based inspection program offers multiple NDT methods to address different conditions, risks, and access limitations effectively. Pulsed Eddy Current Testing Pulse eddy current testing uses magnetic fields to produce electrical currents. This method is recommended for CUI risk-based inspections because it detects irregularities in inaccessible areas of pipe wall thickness. Our NDT team uses this technique as a fast way to screen large areas, enabling early detection. Profile Radiography Profile radiography is used to capture images of pipe walls beneath insulation.  This method provides our NDT experts with a direct view of corrosion without removing insulation.  Other advantages of profile radiography for CUI risk-based inspections include, but are not limited to: Captures detailed images of wall thickness for risk assessments. Able to reach complex areas such as piping elbows or any other tight spaces Provides fast data to determine the probability of failure. Real-Time Radiography Real-time radiography delivers valuable results for our customers in risk-based inspections. Our NDT team can provide instant images of...



How Does Cooling Tower Vibration Analysis Support Effective Cooling Systems? The Applied Technical Services (ATS) Family of Companies (FoC) provides cooling tower vibration analysis to assess whether vibration levels remain within safe limits.   Cooling towers play a vital role in maintaining system efficiency by dissipating heat generated by equipment or machinery. While minor oscillation in these towers is normal, vibration analysis can reveal excessive movement caused by underlying issues, such as fan imbalance, drive system irregularities, or structural concerns, which may impact the system’s long-term health.   Cooling tower vibration analysis offers valuable insight into tower performance.  Identifying issues early helps improve equipment efficiency, extend lifespan, and enhance operations.   The Importance of Vibration Analysis: Data Centers and Cooling Towers Data centers rely on cooling towers to regulate server temperatures. When cooling systems operate effectively, data remains accessible, and the center can function as intended.  Cooling inefficiencies can reduce system availability and limit access to essential data—potentially affecting the data center’s reputation.   Cooling tower vibration analysis provides insight into the system’s condition.  Since data centers rely on their cooling systems to keep their servers online, vibration analysis supports their need for continuous uptime, thermal performance, and operational efficiency.   How Cooling Tower Vibration Analysis Helps You Move One Step Closer to Certainty Due to the role cooling towers play in many industrial and manufacturing functions, cooling tower vibration analysis is vital to maximizing efficiency and minimizing risk. ) ATS has a proven track record of providing quality, on-site vibration analysis to support safe, reliable performance in critical operations.   Our experts analyze cooling towers across multiple industries and facilities, including:  Power Generation Oil and Gas Refineries Data Centers Manufacturing and Industrial Processing Commercial Buildings Bioprocessing/Biotech Facilities About ATS and Our Commitment to Quality Service With over 50 years of experience, ATS has grown into a Family of...



The Applied Technical Services Family of Companies (ATS FoC) offers professional residential structural steel inspection services for the Denver, Colorado market. Our team of American Welding Society (AWS) Certified Welding Inspectors (CWIs) conducts comprehensive evaluations of structural steel and miscellaneous metalwork at critical stages of residential construction. These inspections occur in the early stages of planning, allowing us to inspect the home’s structural steel and miscellaneous metals to ensure they comply with project drawings, contract specifications, and relevant codes before these components become inaccessible later in the construction process. About Our Residential Structural Steel Inspection Services Our Denver practice delivers comprehensive inspection services for single‑family homes, multifamily developments, and custom residential projects throughout the Denver metro area, Front Range and Western Slope. Certified Welding Inspectors conduct visual examinations, weld verification, and review welding procedures and welder qualifications. We emphasize early involvement because early review enables us to identify and help resolve errors before issues are buried in subsequent steps of the home’s construction. Our services ensure compliance with industry codes and project specificationsand prevent costly rework later in the construction schedule. Typical Residential Structural Elements Subject to Inspection Primary structural steel: Inspection of beams, columns, and connections in accordance with the American Institute of Steel Construction (AISC) Code of Standard Practice. Welded connections: Assessment of moment connections, connection plates, base plates, bolted connections Miscellaneous metals: Verification of stair assemblies, steel landings and staircases, handrails, lintels, posts, rooftop equipment supports, and architecturally exposed structural steel, including outdoor architectural features Cold-formed and...



The Applied Technical Services Family of Companies (ATS FoC) is a trusted provider of residential structural steel inspection services. Our American Welding Society (AWS) certified welding inspectors (CWIs) conduct comprehensive inspections of residential properties at various stages of construction, ensuring compliance and quality of structural steel and miscellaneous metals. Certified Welding Inspectors ensure compliance with industry codes, project specifications, and drawings. The inspection process is especially important in the early stages of a project, as inspectors must evaluate structural steel and miscellaneous metals before they become inaccessible later in the construction timeline. About Our Residential Structural Inspections Our American Welding Society Certified Welding Inspectors are among the most knowledgeable and experienced professionals in the industry. We build value into your projects and inspect your structural and miscellaneous metals, ensuring industry standards are met. Examples of Residential Structural Steel: Foundation Rebar Embeds: This is normally performed through inspection and testing of the rebar procedure and welder/operator qualification testing. It requires us to be involved at the earliest planning stages of a project to review supplier welding procedures and qualifications. Structural Steel: In accordance with the American Institute of Steel Construction Code of Standard Practice (AISC COSP), structural steel consists of beams and columns. These are used extensively in contemporary home-building designs. Our inspections typically include Moment connections Connection plates and angles between beams Base plates and embed or bolted connections Complete Penetration Welds Beam splices Moment connections Repairs or modifications Open Web Steel Joists Miscellaneous Metals Steel staircases and landings Handrails...



The Applied Technical Services Family of Companies (ATS FoC) is a leader among concrete X-ray companies. Concrete is revered for its strength, durability, and cost-effectiveness, and is widely used in commercial and residential construction. Before modifying or renovating concrete structures and surfaces, it's important to determine what objects lie beneath the concrete. Our concrete X-ray scans generate images of the interior of concrete structures, helping to map out objects before renovations and modifications occur. What is Concrete X-Ray Scanning? Concrete X-ray scanning uses X-rays to create detailed images of the conditions and objects beneath a concrete structure or surface. During scanning, technicians place a radiation source on one side of a concrete structure and a detector film on the other. Once the radiation passes through the concrete, technicians interpret the image and learn more about the concrete’s interior structure. This process helps technicians identify the presence and location of various objects that may be hidden beneath the concrete, such as: Rebar Conduits Pipes Embedded water or gas lines Concrete X-ray scanning reveals the exact size, location, and orientation of these objects, minimizing the risk of construction teams accidentally damaging critical equipment. Scans can also help detect the presence of various anomalies in a concrete material, including: Honeycombing Cracks Voids About Our Concrete X-Ray Scanning Services Our highly trained nondestructive testing (NDT) experts provide concrete radiography services that determine the subsurface conditions of concrete materials, structures, and surfaces. We deploy X‑ray scanning systems across a wide array of job sites to...



The Applied Technical Services Family of Companies (FoC) uses eddy current testing to evaluate the condition of chiller tubes. What is a Chiller Tube? Chiller tubes are the internal pipes enabling a water-cooled chiller to transfer heat out of a building. Often comprised of copper or stainless steel, chiller tubes carry chilled water that circulates throughout a facility via an HVAC system while the refrigerant on the tube’s exterior absorbs or releases heat. The chiller is more energy efficient and effective when the tubes are clean and in good condition. Their condition directly affects system performance and long‑term reliability, underscoring the importance of proper maintenance to keep an HVAC system running smoothly. What Causes Chiller Tube Deterioration? Standard maintenance and inspections are effective at gauging the general condition of an HVAC unit, but not all inspections will include an assessment of chiller tubes. A combination of various thermal, chemical, and mechanical factors can contribute to tube deterioration, and unaddressed deterioration can cause tube leaks, leading to a series of complications within an HVAC system, including: Reduced refrigerant levels, leading to inefficient heating and cooling Increased energy costs Compressor overheating, leading to damage or overheating Unplanned downtime due to repairs Eddy current testing is an effective way to evaluate a chiller tube’s condition before it leaks and leads to other issues. About Our Chiller Tube Eddy Current Testing Services Eddy current testing is the preferred rapid, non‑destructive method for evaluating chiller tubes in commercial HVAC systems. Our technicians use an electromagnetic...



Applied Technical Services provides onsite PMI services that support our clients’ quality control and safety efforts. What is Positive Material Identification? Positive Material Identification (PMI) is the process of verifying a metal alloy’s chemical composition to ensure it meets required specifications. Using non- or minimally‑destructive testing technologies, PMI measures key alloying elements, including, but not limited to: Nickel Chromium Molybdenum Vanadium PMI ensures that an alloy or metal’s chemical composition aligns with required standards and specifications, helping verify a material’s suitability for its intended application. This process is essential for ensuring the mechanical integrity of materials and determining their ability to withstand mechanical stress. PMI is commonly used in the following industries: Aerospace Oil and gas Power generation Our Onsite PMI Services and Analytical Capabilities Our laboratory provides accurate, rapid, and convenient onsite PMI services, helping clients evaluate their materials from their own sites and facilities. Our experts use state-of-the-art portable X‑ray fluorescence (XRF) and optical emission spectroscopy (OES) instruments to determine a material’s alloy grade and chemical composition. These techniques allow us to analyze a wide array of metal alloys, including specialty metals. Our team delivers immediate, decision‑ready results supported by clear documentation and expert interpretation. Our services help our clients do the following: Ensure components comply with ASTM, ASME, and API standards Confirm a material’s composition Verify the filler material of welded components Avoid misidentifying materials Conduct failure analysis Reduce the likelihood of a material’s mechanical failure Why PMI Matters Across Industries PMI is an important safeguard for...



Applied Technical Services helps companies safeguard their critical equipment through comprehensive Fitness‑for‑Service (FFS) evaluations performed in accordance with standards outlined in API 579‑1/ASME FFS‑1. Pressure vessels, piping networks, and tanks will inevitably succumb to the corrosion, cracking, and mechanical damage that accumulates over years of demanding service. ATS provides vessel owners and operators with the insight needed to understand when it’s better to repair or replace equipment. Understanding the Importance of Fitness‑for‑Service in Modern Industry Fitness‑for‑Service, or Fitness‑for‑Purpose, is a quantitative engineering process used to evaluate damaged or deteriorating equipment. It is a foundational tool in industries where reliability and safety are paramount and is commonly used in oil and gas, chemical processing, and power generation. The joint standard API 579-1/ASME FFS-1 governs the FFS evaluation process, providing experts with a structured, tiered approach for assessing equipment in its current state rather than relying solely on design-code assumptions. Design codes address new construction, whereas FFS analysis focuses on real‑world conditions. It’s adept at determining whether equipment can continue operating safely, whether derating is necessary, or whether repair or replacement is the safest and most effective pathway. FFS evaluations bolster Mechanical Integrity programs and support long‑term asset‑management strategies. About Our ASME FFS Evaluations ATS offers comprehensive FFS evaluation services that turn valuable inspection data into practical engineering guidance. Our highly trained and experienced team of engineers and materials experts uses advanced tools and technologies to evaluate various damage mechanisms, including deformation, corrosion, and cracking. Our API 579‑1/ASME FFS‑1 assessment process consists...



Applied Technical Services conducts Fitness‑for‑Service (FFS) evaluations in line with the guidelines outlined in the API 579‑1/ASME FFS‑1 standard. Regardless of how reliable or robust a pressure vessel, storage tank, or piping system may be, degradation over time is an inevitability for all equipment. Mechanical deformation, corrosion, and cracks are realities of industrial operation, and equipment owners and operators must decide when it's best to repair or replace their equipment. Our FFS evaluations provide our clients with a data-driven and in-depth understanding of their assets’ condition. Understanding Fitness‑for‑Service Fitness‑for‑Service, also known as Fitness‑for‑Purpose, is an engineering methodology used to evaluate aged or damaged components. The methodology is often used to manage assets in the chemical processing, power generation, and oil and gas sectors. The API 579-1/ASME FFS-1 standard governs FFS assessments, providing inspectors with the framework necessary to thoroughly evaluate equipment in its current, real-world condition. Unlike design codes such as ASME Section VIII, which apply to new construction, FFS assessments determine whether the continued operation of existing equipment is advisable under present loads and temperatures. ATS FFS Evaluation Capabilities ATS performs comprehensive, tiered FFS evaluations, converting complex inspection data into clear operational guidelines. Our engineers and materials specialists utilize advanced analytical techniques to characterize damage mechanisms, including: Stress corrosion cracking Localized corrosion Geometric distortion We offer tiered API 579‑1/ASME FFS assessments ranging from Level 1 screening through Level 3 Finite Element Analysis (FEA). These assessments provide our clients with the following: Information about an asset’s structural integrity Calculations of...



Applied Technical Services provides rigorous Fitness‑for‑Service (FFS) evaluations performed in alignment with the API 579‑1/ASME FFS‑1 standards. Although pressure vessels, piping systems, and storage tanks are engineered for long‑term performance, real‑world service conditions make degradation an inevitability. Our team of multidisciplinary experts evaluates the structural integrity of equipment, helping equipment owners and operators determine if the asset requires repair or replacement. What is Fitness‑for‑Service? Fitness‑for‑Service, sometimes referred to as Fitness‑for‑Purpose, is a structured engineering process where experts evaluate a component’s condition and integrity. The API 579-1/ASME FFS-1 standard governs the process, which is commonly used in the chemical processing, power generation, and oil and gas industries. FFS assessments are designed to evaluate operating equipment in its current condition, providing critical insight into the equipment’s “remaining life. ” This data empowers asset owners with the information needed to decide if replacement is a more viable option than repair. FFS evaluations are a core component of the Mechanical Integrity (MI) program, which is an asset management program that ensures equipment is mechanically sound enough for operation. Our Evaluation Capabilities ATS performs comprehensive, tiered FFS assessments that transform key inspection data into practical engineering guidance. Our team of mechanical, materials, and structural specialists applies industry-standard techniques to characterize damage mechanisms, including localized corrosion, stress-related cracking, and mechanical distortion. Using the API 579‑1/ASME FFS‑1 framework, we conduct Level 1 screening through advanced Level 3 Finite Element Analysis (FEA). Our services allow us to do the following: Evaluate an asset’s structural integrity Calculate Remaining Useful...



Applied Technical Services (ATS) offers comprehensive Fitness-for-Service analysis services in compliance with the standards outlined in API 579-1/ASME FFS-1. Commercial-grade pressure vessels, piping systems, and storage tanks offer decades of high performance. However, the equipment will eventually succumb to the stresses of industrial applications and environments. Whether the issue is corrosion, cracking, or mechanical damage, asset owners and operators must decide whether to repair or replace their equipment. Applied Technical Services’ Fitness-for-Service evaluations provide clients with the information needed to make an informed decision about the fate of their pressure vessels. What is Fitness-for-Service Analysis? Fitness for Service (FFS), sometimes called Fitness-for-Purpose (FFP), is a quantitative and multidisciplinary engineering methodology that determines if damaged or aged equipment is capable of continued operation or if it should be replaced. API 579-1/ASME FFS-1 is a joint industry standard developed and published by the American Petroleum Institute (API) and the American Society of Mechanical Engineers (ASME). The standard is commonly used in the following industries: Oil and gas Chemical processing Petrochemical Power generation Traditional design codes, such as ASME Section VIII, are written for new construction, whereas FFS analysis addresses a piece of equipment’s existing condition. The analysis provides owners with the critical insight needed to determine if equipment can continue to function safely in its current state or if repair or replacement are better options. FFS analysis is a core component of Mechanical Integrity (MI) programs, helping clients improve their asset management strategies. About Our Fitness-for-Service Analysis Services ATS provides Fitness for...



The Applied Technical Services Family of Companies (FoC) offers comprehensive oil sample testing services. Industrial machines are a significant expense for businesses, necessitating meticulous maintenance plans and strategies to ensure their optimal functionality and extend their lifespan. Oil analysis is a critical component of predictive maintenance programs, and our sample testing services can help identify equipment issues before they worsen. What is Oil Analysis? Oil analysis, or oil sample testing, is the process of analyzing a lubricant’s composition and properties for signs of contamination. Oil analysis is comparable to a blood test during a doctor’s visit; it provides important insight into a machine’s health. Signs of concern within an oil sample may highlight potential issues within the machine itself. An oil analysis provides information on the following: Viscosity Contamination levels Wear metals Additive health About Our Oil Sample Testing Services Our state-of-the-art laboratory offers comprehensive oil analysis services to help optimize maintenance schedules and ensure the health of your equipment. Using advanced gas chromatography/mass spectrometry (GC/MS), we can precisely identify contaminants, additives, and signs of degradation in oil samples. The technology enables us to detect early signs of wear, oxidation, and chemical instability. The data collected from our services provides our clients with the information needed to address issues within their equipment, long before the issues arise to levels that directly impact performance. Our oil sample testing offers critical insights that help clients do the following: Reduce downtime Increase operational efficiency Extend the life cycle of equipment. When is Oil...



Applied Technical Services is a trusted provider of Fitness-for-Service evaluations performed in accordance with API 579-1/ASME FFS-1 standards. While high-quality pressure vessels, piping, and tanks are designed for longevity, in-service degradation such as corrosion, cracking, or mechanical damage is often inevitable. Our FFS evaluations go beyond standard "pass/fail" inspections. ATS conducts multi-disciplinary engineering assessments to quantify the structural integrity of damaged equipment. By evaluating the specific state of your assets, we determine if they can continue to operate safely or require repair, define necessary changes to operating parameters, and provide a calculated remaining useful life. This data-driven approach allows you to move past the "repair or replace" guesswork and make informed, safety-critical decisions. What is Fitness for Service? Fitness-for-Service (FFS), often referred to as Fitness-for-Purpose, is a quantitative engineering methodology used to demonstrate the structural integrity of an in-service component that may contain a flaw or damage. While the concept is a cornerstone of the oil and gas, chemical processing, and power generation industries, it is specifically governed by the API 579-1/ASME FFS-1 standard. Unlike traditional design codes (such as ASME Section VIII), which are intended for new construction, FFS provides a tiered approach to evaluate equipment in its current condition. These assessments help owners determine if a component can continue to operate safely under existing conditions, or if it requires a reduction in pressure (derating), repair, or immediate replacement. By analyzing the "remaining life" of an asset, FFS serves as a critical component of a proactive Mechanical Integrity (MI)...



Applied Technical Services offers FME services to protect equipment from foreign objects that can damage it or create hazardous conditions.   What is Foreign Material Exclusion? Foreign Material Exclusion (FME) is a preventive program designed to protect machinery and systems from contaminants, debris, and other foreign materials that could compromise the equipment’s regulatory compliance, performance, or safety. In industrial and commercial environments, dust, debris, and even common materials such as liquids, tools, and chemicals can enter critical areas of equipment, increasing the likelihood of equipment-related delays and complications.   What is Foreign Object Search and Retrieval? While the primary objective of an FME program is to prevent foreign materials from entering a system, intrusions are sometimes unavoidable. Foreign object search and retrieval, or FOSR, is an important element of an FME strategy designed to retrieve objects after they’ve intruded.   About Our FME Services Our RVI specialists deliver comprehensive FME support by conducting nonintrusive evaluations of hard‑to‑access areas. Our specialists utilize a range of technologies during the inspection process, including:  Borescopes Drones Push cameras Pipe crawlers Magnetic crawlers 3D scanning technology These tools enable our team to inspect systems, allowing for the identification and removal of vulnerabilities from equipment.   The Benefits of FME Programs An FME program can be a vital asset to an operation’s preventative maintenance strategy. The program helps business owners and operators monitor and resolve issues created by foreign material intrusion. This allows them to either prevent or resolve issues before they become more costly and...



The Applied Technical Services Family of Companies (FoC) offers surface eddy current testing services to evaluate surface and subsurface flaws in conductive materials. Eddy current tests are vital to the daily functions of modern society. They’re used to inspect the equipment that enables modern water, fuel, and chemical processing systems. Our NDT experts offer world-class solutions for clients needing eddy current inspections.   What is Eddy Current Testing? Eddy current testing is a widely used nondestructive testing method that uses electromagnetism to evaluate  The condition of conductive materials. During the testing process, technicians energize a specialized coil with an alternating current and then place it near the surface of a material. The proximity creates an alternating magnetic field, generating eddy currents in the test material. Technicians use a screen to observe disruptions in the eddy current test coil, which can be interpreted to identify surface and slightly subsurface flaws such as corrosion, cracks, volumetric wall loss, and percentage wall loss. Eddy current testing is effective on a wide array of metals, including, but not limited to, aluminum, steel, titanium, and copper alloys. This makes the NDT method a popular choice in various industries, including: Aerospace Manufacturing Power Generation More About Our Surface Eddy Current Testing Services Our NDT laboratory's highly trained staff, cutting-edge testing equipment, and accreditation and credentials are the solution to your company’s eddy current testing needs. Our team's industry-standard certifications and decades of collective experience ensure that each service we provide to clients is conducted with care...



The Applied Technical Services Family of Companies (FoC) is a trusted provider of Boeing NDT services. Boeing is one of the most prominent names in the entire aerospace industry and has over 14,000 aircraft in their global fleet today. Our aerospace NDI lab possesses the necessary credentials and capabilities to conduct non-destructive tests on Boeing aircraft and components, thereby ensuring their safety and reliability in flight. Nondestructive Testing in the Aerospace Industry Nondestructive testing (NDT) is critical to maintaining the safety and reliability of modern aerospace systems, enabling technicians to inspect and evaluate planes and their various components without the risk of damage. Nondestructive testing technologies are imperative to ensuring the compliance of aircraft and extending their lifecycles. There are various NDT methods used in the aerospace industry, including the following: Ultrasonic tests Eddy current tests Radiography Magnetic particle tests Liquid penetrant tests Each of the aforementioned testing methods has its respective advantages and disadvantages when inspecting components of a certain size, shape, or location. An informed and trained technician can help decide which methodology would best serve your testing needs. About Our Boeing NDT Services Our state-of-the-art aerospace NDI laboratory offers accredited procedures conducted by certified personnel with decades of collective experience. We maintain industry‑recognized certifications, employ qualified Level II and Level III technicians, and prioritize the needs and requirements of our customers. Our Boeing NDT services are adept at evaluating the following types of equipment: Engine components, including turbine blades, casings, and discs Wing ribs and spars Skin...



The Applied Technical Services Family of Companies (FoC) conducts pulsed eddy current inspections to evaluate the thickness and condition of ferromagnetic materials.   What is a Pulsed Eddy Current Inspection? A pulsed eddy current inspection, or PEC, is a nondestructive testing method that uses electromagnetic induction to measure the wall thickness of iron-based metals. Also used to detect corrosion, PEC inspections differ from conventional eddy current tests because conventional tests require direct contact with a bare surface. In contrast, PEC inspections can be conducted on materials with non-conductive layers such as insulation or paint.   During PEC inspections, technicians use a PEC probe to emit a brief and controlled pulse of electromagnetic energy that penetrates the material. The pulse creates eddy currents within the material, and technicians use the probe to measure the time it takes for the currents to decay, and an algorithm determines the material’s average thickness. Eddy currents require more time to decay in thicker walls than they do in thin walls, so a shorter decay time signifies thinner walls.   About Our Pulsed Eddy Current Inspection Services Our accredited and cutting-edge NDT lab offers pulsed eddy current inspections that benefit various industries, including aerospace, power generation, and the oil and gas sector. Our inspections are precise, reliable, and rapid because they don’t require surface preparation. We can also inspect a wide array of materials while they’re in service, circumventing the need to delay operations while the inspection process takes place. Our PEC inspections are an effective...



The Applied Technical Services Family of Companies (ATS FoC) offers Boeing plane inspections that help ensure the safety and compliance of Boeing aircraft. Boeing is one of the most recognized names in the aerospace industry. While Boeing has its own in-house inspection and repair capabilities, third-party inspection and testing labs, such as ATS, have become a cost-efficient and viable alternative. Our aerospace NDI lab is equipped with the cutting-edge technology needed to thoroughly inspect Boeing planes and their various components, keeping crew and passengers safe and aircraft compliant. Understanding the Importance of NDT in the Aerospace Industry Nondestructive testing (NDT) is an invaluable component of the aerospace industry, where the ability to inspect equipment without damaging it is supremely important. Airplanes and their many parts and components endure immense stress during their operation, and they require rigorous and routine maintenance to maintain their airworthiness. NDT enables experts to systematically assess the condition of a material and determine its integrity or lack thereof. The following types of nondestructive tests are common in the aerospace industry: Ultrasonic Testing High-frequency sound waves detect internal flaws such as voids, cracks, and delamination in a range of materials, including airplane wings and engines. Phased array ultrasonic tests are more advanced and ideal for parts with a more sophisticated geometry. Eddy Current Testing Using electromagnetic induction, technicians detect otherwise hidden damage, corrosion, or cracking present in a part. Penetrant Testing Commonly used to inspect landing gear, welds, and engines, penetrant tests involve technicians using a liquid...



The Applied Technical Services Family of Companies (ATS FoC) specializes in Boeing radiography inspection services, providing nondestructive tests that assess the condition and integrity of Boeing aircraft components. Our expert inspections help aircraft owners and operators protect vital parts, enhance safety, and maintain regulatory compliance throughout the Boeing aircraft's lifecycle. What is Aerospace Radiography? Radiography remains one of the most effective nondestructive testing methods for identifying internal flaws that cannot be detected through surface-level inspection techniques. Radiography tests use gamma or X-rays to develop images of the internal workings of components and structures. The images produced from radiographic tests grant technicians the ability to analyze a material’s anomalies. In aerospace, radiographic imaging is adept at evaluating high‑stress components, including: Turbine blades Welded components Cast housings Landing gear Radiography inspections can detect the following discontinuities and flaws: Fatigue cracks Inconsistent thickness Corrosion Water intrusion Voids More About Our Boeing Radiography Services We offer comprehensive radiographic inspections tailored to the needs of Boeing aircraft owners, operators, and maintenance teams. Accredited to ISO/IEC 17025, our laboratory delivers services in accordance with standards from the FAA, EASA, Nadcap, ASTM, and NAS. Our qualified NDT professionals leverage advanced radiographic methods to help clients achieve operational safety, compliance, and asset longevity. Our services are beneficial to clients seeking to do the following: Maintain compliance with manufacturer standards and aviation regulations. Ensure the airworthiness of their aircraft. Verify an aircraft’s structural integrity, ensuring its safe operation. Reduce aircraft downtime and extend its lifecycle. Our Commitment to Quality...



The Applied Technical Services Family of Companies (FoC) offers Rolls Royce radiography services that evaluate the internal structure of aircraft engines and their components. Rolls Royce is one of the world’s premier aircraft engine suppliers, and they've entrusted ATS with the ability to inspect their engines. Radiography and Aircraft Engine Inspections Radiography is a fundamental component of NDT. X-ray and CT technology grant technicians the opportunity to inspect the integrity and quality of aircraft components without compromising or damaging them. Radiography reveals a range of flaws that cannot be assessed using surface-only inspection methods. This makes radiography adept at identifying the following aircraft engine flaws and defects: Cracks located in blades and welded engine components Gas pockets Signs of overheating Foreign materials in metal Weld defects Installation errors About Our Rolls-Royce Radiography Services Our cutting-edge aerospace NDI laboratory delivers highly reliable radiography inspections for Rolls Royce and many other aircraft engine manufacturers. Our team of seasoned professionals has extensive experience using advanced imaging technologies. Our staff is proficient and professional, working diligently to ensure that we assist our clients in a timely manner, without sacrificing quality or precision. Our inspection services comply with Rolls-Royce-specific standards and those issued by the FAA, EASA, ASTM, NAS, and NADCAP. Our services are an effective resource for owners and operators of aircraft with Rolls Royce engines, helping them protect and prolong the life of their engines while ensuring regulatory compliance. Understanding the Benefits of Radiographic Engine Inspections Radiography inspections are an effective way to...



The Applied Technical Services Family of Companies’ (FoC’s) Goodrich NDT services ensure the reliability and compliance of critical aerospace systems and components. Goodrich Aerospace is a subsidiary of Collins Aerospace, an RTX company. Goodrich manufactures a series of products used in aircraft designed for defense and commercial applications. This includes landing gear, engine components, and critical sensors. Our NDT specialists inspect these components prevent catastrophic failures in aircraft. What is Aerospace NDT? Non-Destructive Testing is an essential component of aerospace safety and reliability. Aircraft owners and operators utilize NDT to safely inspect aerospace vehicles without compromising the vehicle or component’s integrity. Aerospace NDT is an umbrella term, encompassing many nondestructive techniques, such as: Eddy current testing Ultrasonic testing Radiographic testing Liquid penetrant testing Magnetic particle testing These NDT methods can evaluate the surface and subsurface conditions of a range of materials, offering critical insight into the flaws and defects that may be present in a material or component. More About Our Goodrich NDT Services Our state-of-the-art laboratory conducts comprehensive NDT inspections for aerospace components, including those manufactured by Goodrich. As an FAA-certified facility, our technicians evaluate aerospace vehicles in accordance with the highest standards of quality and regulatory compliance. Our team consists of highly trained and proficient professionals, including Level III NDT technicians who oversee our inspection programs. Our services adhere to strict standards, ensuring our clients’ aircraft remain compliant with manufacturer requirements and industry regulations. Understanding How NDT Labs Benefit the Aerospace Industry Aircraft and spacecraft are significant investments...



The Applied Technical Services Family of Companies (FoC) offers Airbus engine inspection services that evaluate plane engines for signs of potential issues. Airbus is the largest commercial aircraft manufacturer, known for its commercial and military aircraft. Our aerospace NDI testing specialists inspect the engines of these planes, ensuring they remain reliable and safe throughout their service life. About Airbus Engine Inspections Airbus engines are complex propulsion systems that power commercial planes, delivering reliable results that keep flight passengers and crew safe during flights. Airbus has a multi-plane lineup that includes multiple types of engines, all of which require routine inspections to comply with regulations issued by the FAA and EASA. In recent years, the FAA has issued multiple directives and proposals for additional inspections of multiple Airbus A320ceo V2500 engines, including the following: V2522-A5 V2524-A5 V2525-D5 V2527-A5 V2527E-A5 V2527M-A5 V2528-D5 V2530-A5 V2531-E5 V2533-A5 Our Aerospace NDI Services Our state-of-the-art Aerospace NDI lab offers a wide range of inspection services that bolster the safety and reliability of plane engines and components. Our team of experts uses a range of modern diagnostic techniques to identify and help our clients resolve issues and defects present in their Airbus engines. We conduct surface and subsurface inspections using the following methods: Infrared thermography Liquid penetrant Borescope Magnetic particle Eddy current Radiography Our FAA and EASA-certified labs have the personnel and technology needed to support the proactive and predictive maintenance strategies of aircraft owners and operators. Our services are ideal for clients seeking to maintain or...



The Applied Technical Services Family of Companies (FoC) performs Blue Origin NDT inspections that identify flaws in Blue Origin spacecraft and spacecraft components. Blue Origin Enterprises, or Blue Origin, is a private American space technology company specializing in the development of reusable rocket technology. Our FAA-certified operations are an immense asset to Blue Origin and its suppliers, helping the space exploration company protect its assets and reputation through comprehensive inspection practices. What is Aerospace NDT? Aircraft and spacecraft consist of a wide range of mission-critical systems that must be thoroughly inspected to protect the viability of a flight or mission. Unlike traditional tests methods, nondestructive tests grant technicians the opportunity to acquire crucial information about an aerospace vehicle without compromising the integrity of a component or part. There are multiple aerospace nondestructive testing methods, including the following: Eddy Current Magnetic Particle Liquid Penetrant Radiography Each of the methods listed above enables specialists to identify and locate flaws or defects that can compromise an aircraft or spacecraft’s performance if left unresolved. About Our Blue Origin NDT Services Our nondestructive testing (NDT) laboratory has the personnel and credentials required to conduct inspections in accordance with the demanding requirements of Blue Origin. Our staff consists of NDT specialists with pertinent experience in aerospace NDT, including Level III NDT techs who oversee our inspection processes, ensuring our inspections are detailed and thorough. How Do Third Party NDT Labs Help Blue Origin? Third party NDT labs help Blue Origin comply with regulations and their own...



The Applied Technical Services Family of Companies (FoC) offers SpaceX NDT services that assess the reliability and compliance of SpaceX aircraft. Space Exploration Technologies Corporation, commonly known as SpaceX, is an American aerospace company known for its innovative designs of spacecraft and rockets. SpaceX relies on NDT labs, such as ATS, to ensure the safety and viability of spacecraft. Our team of NDT specialists takes immense pride in their ability to partner with SpaceX, working toward a shared goal of safe and sustainable space travel. Understanding Nondestructive Aerospace Testing Nondestructive aerospace tests grant experts the ability to inspect aircraft and aircraft components without damaging them. In the last century or so, nondestructive testing has become a crucial part of the aerospace industry as testing technology has steadily evolved. There are several NDT methods used to inspect aircraft, including: Liquid Penetrant During liquid penetrant tests, technicians apply a penetrant to non-porous materials to detect surface flaws such as porosity and cracks. Magnetic Particle Magnetic particle inspection uses electromagnetic currents to detect invisible cracks in ferromagnetic materials, such as steel and iron. Eddy Current Eddy current tests use electromagnetic currents to locate surface flaws on conductive materials. Radiography Testing During radiography tests, technicians use X-rays to generate images that reveal a material’s hidden flaws. Ultrasonic Testing Ultrasonic tests transmit ultrasonic waves, enabling experts to detect flaws present in materials. About Our SpaceX NDT Services As a proud member of the American Society for Nondestructive Testing (ASNT), ATS is a trusted provider of...



The Applied Technical Services Family of Companies’ (FoC’s) Gulfstream inspection services help Gulfstream owners and operators ensure their aircraft are compliant and safe. Gulfstream Aerospace is one of the world’s most recognized and respected aerospace manufacturers, most known for its luxurious private jets. Our NDT inspections have the expertise and equipment needed to inspect these aircraft, helping Gulfstream owners protect their assets and their passengers. About Our NDT Gulfstream Inspections Our aircraft NDT laboratory provides a range of services that ensure the performance, safety, and longevity of Gulfstream jets. Our inspection practices are thorough and work well in conjunction with regular inspection procedures. We conduct nondestructive tests using the following methodologies: Eddy Current Testing Evaluates cracks, bolt holes, coating thickness, and corrosion. Liquid Penetrant Testing Detects small surface defects in various materials. Magnetic Particle Testing Detects small-scale defects in the surface and subsurface of ferromagnetic materials Radiography Testing Identifies internal flaws in a wide array of aerospace components, including castings and welds. Ultrasonic Testing Adept at locating small cracks and similar flaws in aerospace hardware Our lab is an excellent resource for Gulfstream owners seeking to protect their personnel and passengers while extending the life cycle of their aircraft and its essential components. How Do Our Gulfstream Inspection Services Benefit Our Clients? While Gulfstream has its own expansive network of maintenance specialists and facilities available to the owners of Gulfstream aircraft, third-party NDT labs such as ATS can be a viable option for maintenance and upkeep as well. Our NDT...



The Applied Technical Services Family of Companies’ (FoC’s) Sikorsky NDT services help the owners and operators of Sikorsky rest assured knowing their aircraft is safe and compliant. Sikorsky Aircraft is an American-based aircraft manufacturer and a subsidiary of Lockheed Martin, revered for its aerospace innovations, particularly with helicopters. Our NDT specialists use NDT techniques to inspect Sikorsky helicopters and their various components, ensuring the aircraft is airworthy. Our Aircraft NDT Services Our state-of-the-art NDT lab supports Sikorsky helicopter owners and operators by conducting inspections on key components of our clients’ aircraft. Our NDT services allow us to identify and examine damage that is otherwise undetectable in general inspections. As a member of the ASNT and a certified FAA Repair Station, our inspectors utilize proven practices and equipment to ensure the safety and reliability of your aircraft. We can use the following NDT techniques to inspect your Sikorsky aircraft: Eddy Current Testing Eddy current testing is a quick and cost-effective method for inspecting flat, round, and irregularly shaped materials, such as wings, propellers, fuselages, and fasteners. It detects defects caused by corrosion, fatigue, and cracks. Liquid Penetrant Testing Liquid penetrant testing is adept at identifying surface discontinuities, including porosity, cracks, and seams. Liquid penetrant tests can be conducted on non-porous materials, non-ferrous materials, and ferrous materials. Magnetic Particle Testing Magnetic particle testing excels at finding near-surface or surface flaws in ferromagnetic materials, such as landing gear, engine components, and other magnetized materials. Radiography Testing Radiography tests enable technicians to see inside...



The Applied Technical Services Family of Companies (FoC) offers Bombardier NDT services, enabling us to inspect Bombardier aircraft and their various components. Bombardier is a Canadian aircraft manufacturer specializing in business jets and military aircraft. With a nearly century-long legacy, the manufacturer is revered for the performance and luxury of its jets. However, like all aircraft, Bombardiers require inspection and maintenance to ensure their reliability and safety. Our NDT specialists provide essential services that help aircraft owners and operators protect their investments and their passengers. About Our Bombardier NDT Services Aircraft ownership is a significant and expensive investment for individuals and businesses. One of the most costly expenses associated with aircraft ownership is the maintenance required to keep the aircraft compliant, safe, and reliable. Fortunately, our nondestructive testing (NDT) lab has the staff and resources needed to conduct comprehensive tests that could prolong the life of your equipment, reducing the likelihood of catastrophic failures and costly repairs. As a certified FAA repair station and member of the ASNT, we can perform the following NDT services on aircraft: Eddy Current Testing Ideal for measuring coating thickness, conductivity, and identifying cracks Liquid Penetrant Testing Detects surface defects, such as seams and cracks Magnetic Particle Discovers surface or near-surface defects in ferromagnetic materials Radiography Testing Identifies internal flaws and evaluates the internal integrity of materials Ultrasonic Testing Measures a part’s thickness and identifies internal flaws How do NDT Services Benefit the Owners of Aircraft? Routine inspections are effective at highlighting general issues with...



The Applied Technical Services Family of Companies (FoC) uses an internal rotary inspection system to conduct nondestructive tests on tubes and pipes. Tubes and pipes are critical to the operational efficiency and safety of industrial equipment and facilities, and they must be inspected regularly to maximize their life expectancy. Our team of NDT experts utilize the internal rotary inspection system to evaluate key pieces of industrial machinery and equipment. What is the Internal Rotary Inspection System? The Internal Rotary Inspection System (IRIS) is a nondestructive testing (NDT) method where technicians utilize ultrasonic technology to scan the inner and outer diameter of tubes and pipes, allowing them to investigate signs of corrosion. The IRIS inspection process consists of the following processes:  Technicians insert an IRIS probe into a tube before filling the tube with water. The probe’s transducer generates ultrasonic signals within the tube. A rotating mirror driven by a small turbine directs the ultrasonic pulse into tube’s wall Technicians calculate the wall’s thickness by measuring the difference in time it takes the ultrasonic pulses to travel from the inner-diameter (ID) and outer-diameter (OD). About Our IRIS Inspection Services Our certified Our state-of-the-art NDT lab offers IRIS inspection services designed to assess the condition of key pieces of industrial equipment, including: Air coolers Boilers Feed water condensers and heaters Fin-fan heat exchanger tubes Heat exchangers Loading lines Product flow lines Process piping Our certified technicians utilize IRIS to examine volumetric wall loss, giving our clients critical insight into their equipment’s health...



The Applied Technical Services Family of Companies (FoC) is a trusted provider of wireless vibration analysis services. Predictive maintenance is a common practice in industrial environments because it’s an effective way to monitor the health and maintenance needs of critical equipment and machinery. Vibration monitoring is a core component of predictive maintenance, and our experts are eager to help support your company’s operation. Our inspection specialists recognize the role we play in supporting our clients’ operations, and our predictive maintenance programs position our clients for long-term success by establishing a proactive approach to maintenance. What is Wireless Vibration Analysis? Wireless vibration analysis, is wireless vibration monitoring is a predictive maintenance process where reliability experts use sensors and software to track the health of machines and equipment. Maintenance technicians place sensors on key machinery, and software communicates with sensors to provide real-time data about the machine’s vibrations. Virtually all machines vibrate while in use, but there is a spectrum of vibrations associated with normal operating conditions, and vibrations that exceed that spectrum could be a symptom of problems. These problems can range from minor to major, but a comprehensive vibration analysis program allows businesses to implement a proactive approach that preserves equipment and bolsters operational efficiency. Our Wireless Vibration Analysis Services Our team of inspection experts drafts and implements predictive maintenance programs designed to address the unique needs of our clients’ equipment. We recognize that the health of equipment has a direct impact on an operation’s reliability, and our vibration analysis...



The Applied Technical Services Family of Companies (FoC) performs turbine borescope inspections on gas and steam turbines, helping preserve and prolong the effectiveness and reliability of turbines and their components. Gas and steam turbines are essential to the operations of countless companies worldwide, and their failure could have disastrous effects on a business’ bottom line. Our inspection services are beneficial to any turbine owner or operator seeking to protect their investment with the help of accredited and reputable inspectors. Understanding Gas and Steam Turbines There are two primary types of turbines, gas and steam; both turbines allow thermal energy to be converted into mechanical energy, providing power or electricity to other equipment. However, the two turbines differ in their operation as gas turbines rely on air and fuel combustion, and steam turbines operate on heated water vapor. The Advantages of Gas Turbines They can operate on various types of fuel, including natural gas and diesel fuel They generate significant amounts of power in a relatively compact package. They have a rapid start-up time, so they excel as emergency power systems. The Advantages of Steam Turbines They offer high efficiency, including a thermal efficiency as high as 90%. They are incredibly reliable and have long lifespans, allowing them to operate for many decades. They have simpler designs and reduce maintenance needs when compared to gas turbines. About Our Turbine Borescope Inspection Services The ATS FoC has a team of passionate and experienced NDT experts who recognize how important regular inspections are...



The Applied Technical Services Family of Companies (FoC) offers comprehensive HRSG inspection services that evaluate the safety and efficiency of HRSGs. What is an HRSG? A heat recovery steam generator, or HRSG, generates steam using the heat from hot gases that would otherwise go to waste. Industrial equipment, such as gas turbines, produce a significant amount of heat, so HRSGs improve operational efficiency by recapturing waste. Heat recovery steam generators often work in conjunction with gas turbines. In these circumstances, the HRSG collects the turbine’s exhaust gases and works alongside a steam turbine to generate electricity from the exhaust gases. HRSGs are commonplace in industrial environments where additional steam may be necessary to meet the demand of ongoing projects. HRGRs are staples in the oil and gas, pulp and paper, and power generation industries, and they’re commonly found in the following types of facilities: Power plants Chemical plants Refineries About Our HRSG Inspection Services The ATS FoC’s accredited Level II and Level III NDT inspections conduct careful inspections of heat recovery steam generators. Our inspectors rely on visual, eddy current, ultrasonic, and metallurgical methodologies to inspect the following areas of HRSGs: Attic Basement Drums and tanks Exterior Gas Path Water side Why is It Important to Inspect HRSGs? Inspections are a core part of the ownership and operation of all forms of equipment, but especially major machinery like heat recovery steam generators. Professional inspections from accredited parties like the ATS FoC allowed equipment owners and operators to rest assured knowing...



The Applied Technical Services Family of Companies (FoC) offers turbine inspection services that evaluate the health and performance of gas and steam turbines. Turbines are the driving force behind many industrial operations and facilities, especially those in the manufacturing, aviation, and oil and gas industries. Turbines are a major investment for an operation, and like all equipment, turbines require an occasional inspection to ensure they’re operating at full capacity. Fortunately, our accredited inspection lab possesses the necessary credentials, staff, and technology to conduct comprehensive inspections that safeguard turbines and maintain operational efficiency. What are Gas Turbines and Steam Turbines? A gas turbine is an internal combustion engine that converts gas into mechanical energy. Gas turbines typically consist of three main components: a compressor, a combustion chamber, and a turbine, all of which enable the turbine to convert generated energy into electricity or allow the energy to create rotational power for mechanical systems. Gas turbines offer high energy efficiency, minimal thermal waste, and extreme versatility, making them a popular choice for power generation. A steam turbine is a heat engine that converts the thermal energy extracted from pressurized steam into mechanical energy. Our Turbine Inspection Services We have PT/MT/UT/ET certified inspectors located throughout the continental United States. Our inspectors include ASNT Level III and Level II technicians who combine their formal training with on-the-job experience to conduct detailed inspections tailored to the specific needs and demands of our clients. Gas Turbine Inspection Services AFT compressor dovetail inspections Borescope inspections Turbine wheel...



The Applied Technical Services Family of Companies (ATS FoC) provides level III nondestructive testing (NDT) services to clients who rely on the safety and reliability of their equipment. NDT enables thorough inspections that detect abnormalities, including those not visible to the naked eye or hidden beneath the surface. This non-invasive approach helps ensure no issues are overlooked. The Importance of Nondestructive Testing (NDT) NDT level III services help minimize downtime and reduce costs by verifying equipment condition and enabling corrective action before failures occur. Our certified technicians can leverage NDT to: Assess equipment integrity Identify defects or irregularities Empower clients to make informed decisions regarding usage, maintenance, or quality assurance NDT employs various techniques, including visual testing (VT), ultrasonic testing (UT), penetrant testing (PT), magnetic particle testing (MT), and radiography testing (RT), to examine materials and structures for potential defects without inflicting any damage. These methods enable technicians to effectively detect, locate, and evaluate any defects or irregularities present in the material or component under examination. NDT Level III Services and Capabilities NDT Level III represents the highest recognized level of expertise in the field. Beyond their ability to apply the techniques above, Level III technicians can perform the following: Developing and Qualifying Procedures: Creating and approving NDT procedures to ensure industry compliance and project needs. Training and Supervising: Training and overseeing Level I and Level II personnel to enhance NDT team proficiency. Interpreting Results: Analyzing and reporting NDT inspection outcomes, making critical decisions based on their findings. What Industries...



The Applied Technical Services Family of Companies (FoC) provides wireless condition monitoring services that help support the health and extend the life of industrial machinery. Commercial-grade equipment is a major investment for businesses, and its maintenance and upkeep should be a top priority for companies interested in protecting their investment. Our predictive maintenance services, including our condition monitoring, are invaluable assets for business owners and operators tasked with keeping their equipment and operations running smoothly. Understanding Condition Monitoring and Wireless Condition Monitoring Condition monitoring is a predictive maintenance approach that utilizes sensors and tools to continuously monitor industrial systems and equipment, identifying abnormalities and potential concerns. Condition monitoring is an important element of predictive maintenance strategies, and it’s an effective way to monitor many types of rotating equipment, including: Motors Pumps Compressors Condition monitoring is most often associated with vibration analysis. Vibrations are a key indicator of an instrument’s overall performance and health. Wireless condition monitoring utilizes sensors and software to collect and analyze vibration data from industrial equipment. This includes the ability to measure the frequency, amplitude, and intensity of a machine’s vibration. Our Wireless Condition Monitoring Services Our wireless condition monitoring services enable us to remotely monitor the health of our customers’ equipment, allowing us to continuously collect the critical data needed to ensure that equipment performs as expected. Our team of predictive maintenance specialists has the resources and expertise to implement condition monitoring solutions that ensure the reliability and longevity of industrial equipment. Our condition monitoring services...



The Applied Technical Services Family of Companies (ATS FoC) provides remote vibration monitoring services that track and report on the health of machinery. Industrial machines and equipment are often very expensive investments and incredibly important to the efficiency of an operation. Therefore, business owners and operators should take extra precautions to maintain their health and prolong the life of these machines, enabling them to keep their operation running smoothly without interruption. Fortunately, our vibration monitoring services are perfectly suited to develop predictive maintenance programs for our clients, prioritizing their equipment’s health. What is Vibration Monitoring? Vibration monitoring is the process of measuring the vibrational intensity, amplitude, and frequency experienced by rotating machinery during its operation. Vibration monitoring applies to many types of machinery, including pumps, fans, motors, and turbines. Every single type of rotating equipment has its own vibration signature, which can be measured by measuring the machine’s vibration as it operates under optimal conditions. Remote vibration monitoring refers to the ability to monitor vibrations from a distance. Much like conventional vibration monitoring, remote monitoring relies on sensors that provide the information needed for maintenance experts to diagnose any vibration-related issues. After diagnosing an issue, maintenance experts can devise and implement a plan of action designed to address the root cause of the vibrations, thereby reducing the likelihood of further damage to equipment and disruptions to operations. More About Our Vibration Monitoring Services Industrial operations are the backbone of modern society, and the ATS FoC is proud to assist and...



The Applied Technical Services (ATS) Family of Companies offers NDT Procedure Development and Review services to help your business remain compliant and operationally efficient. What is NDT Procedure Development and Review? Nondestructive testing (NDT) procedure development is the process of standardizing documented methods for performing NDT-related tasks, including inspection, training, and testing. Similarly, NDT procedure review involves examining existing procedures and identifying areas for improvement. Both forms of auditing help improve service quality by establishing a uniform method of task completion across an organization. Why is NDT Procedure Development and Review Important? NDT procedure development and review enable your business to comply with industry regulations and improve quality control. Standardizing methods for NDT helps promote clear communication and establishes an explicit set of instructions to complete an NDT task. Reviewing your procedures regularly allows for the refinement of the technique, which helps improve service quality. Without a relevant, clear, and complete set of procedures, your NDT services may lack adequate quality control, leading to unnecessary loss or regulatory noncompliance. The consultants at the ATS Family of Companies can help you reduce costs and eliminate waste associated with unclear NDT Procedures. Applied Technical Services NDT Consulting The ATS Family of Companies (FoC) offers a comprehensive array of Level III NDT consulting services that help you meet your business needs. Our NDT consultants can provide program management and training, certification, and qualification services. Whether you’re looking for consultation or auditing, our NDT consulting services can help you keep your business compliant and...



The Applied Technical Services Family of Companies (FoC) offers marine drone inspection services, enabling us to evaluate hard-to-reach marine structures and vessels. Maritime environments are difficult environments to inspect, so inspectors must utilize advanced technologies to effectively examine these environments for signs of concern. Fortunately, our marine drone inspectors have both the expertise and access to state-of-the-art technology to conduct comprehensive inspections in marine environments. What is Marine Drone Inspection? Marine drone inspections are a modern alternative to more traditional marine inspection methodologies. Drone inspections allow experts to use unmanned devices with specialized cameras and sensors to evaluate numerous materials, structures, and environments, including: Hull inspections Tank inspections Underwater inspections Inspectors use drone technology to identify the presence of corrosion and to monitor its growth. Drone footage can be used both in real time and saved and used for comparative data. More About Our Marine Inspection Services The ATS Family of Companies recognizes how critical marine operations are to modern society, and our services support our marine clients as they ensure the safety and regulatory compliance of their operations. Our staff is highly trained and possesses the knowledge needed to use drones and rope access to safely navigate and inspect maritime environments. Our team of experts offers many different services, including: Hull condition surveys Shipyard repair supervision Steel renewal weld inspections Pitting corrosion surveys Coating condition assessments The Benefits of Marine Drone Inspections Marine drone inspections have become increasingly popular across the maritime industry. An unmanned drone offers many unique...



The Applied Technical Services Family of Companies offers marine rope access inspection services that allow us to inspect vessels and offshore structures. The marine sector is incredibly important to modern society and global economics. However, like all industries, it is not without its risks, so safety is paramount, but maritime vessels and structures present unique challenges for those looking to inspect their safety and compliance with industry standards. Fortunately, our marine rope access inspectors use their specialized skillsets to carry out visual and NDT inspections in hard-to-reach places. What is Marine Rope Access Inspection? Marine rope access inspections evaluate ships and maritime structures in search of any signs of concern that may compromise the integrity of a ship, offshore structure, or the safety of personnel. These inspectors are adept at navigating difficult environments by using ropes, rigging systems, and harnesses to traverse structures. Their abilities help reduce the need for costly cranes and scaffolding, expediting the inspection process and minimizing the length of interruptions. More About Our Rope Access Services The ATS FoC’s rope access inspectors are well-trained and perform a wide range of NDT services in various types of environments. We offer multiple types of examination methods, including, but not limited to the following: Visual inspection Radiographic imaging Ultrasonic testing Our rope access inspectors have the credentials necessary to service in many industries, including those in the marine, petrochemical, geophysical, construction, and telecommunication industries. The Benefits of Rope Access Inspections Rope access is perhaps the most cost-effective and efficient...



The ATS Family of Companies (FoC) provides ASNT Level III consulting services to deliver expert guidance and oversight for your nondestructive testing (NDT) projects. Our team of specialists maintains Level III certification from the American Society for Nondestructive Testing (ASNT), ensuring regulatory compliance and delivering high-quality services. This certification signifies the highest qualification level in NDT — an analytical discipline that assesses materials and structures without causing damage. ASNT Level III Consulting Services ASNT Level III consultants ensure NDT methods are accurate, repeatable, and adequately documented to avoid failures or accidents. Our Level III consultants are also qualified to train and certify NDT personnel, helping your team meet internal and external requirements. Many projects require an ASNT Level III consultant to oversee or develop NDT programs to satisfy standards such as: ASME AWS API Our ASNT Level III Consultants offer extensive technical expertise, ensure compliance, and oversee nondestructive testing programs. These services promote the integrity of vital components and help organizations maintain quality, performance, and safety across their inspection program. NDT plays a key role in industries where structural integrity is critical, such as: Aerospace Automotive Manufacturing Power Generation Construction Defense Commercial Property We have designed our ASNT Level III consulting services to provide dependable, expert support tailored to your specific needs. As a trusted provider, the ATS FoC specializes in assisting organizations like yours with a wide range of NDT methods and procedures, including but not limited to: Infrared Inspection (IR) Liquid Penetrant Testing (PT) Radiographic Testing (RT) Ultrasonic...



Marine Vessels and the Importance of Inspection The Applied Technical Services (ATS) Family of Companies provides an array of maritime services to help clients ensure the safety of their vessels. Shipowners and operators rely on maritime services, which encompass the variety of inspections and ancillary capabilities necessary to keep a ship seaworthy. These assessments are crucial to a vessel’s structural integrity and regulatory compliance. Even typical usage and environmental stimuli within design specifications can cause watercraft to deteriorate over time. If left unattended, underlying problems can damage a ship, potentially jeopardizing the safety of those onboard or even leading to an accident. Identifying compromised areas and addressing them before they further impact the ship’s integrity reduces the risk of costly repairs and helps ensure the safety of crew and passengers. Our Maritime Services Take You One Step Closer to Certainty The ATS Family of Companies (FoC) helps clients verify the condition of their vessel through the following offerings: Hull Condition Surveys In-House OSHA Marine Safety Training Steel Renewal Weld Inspections Repair Specification Development Coating Condition Assessment Classification and/or Owner-required Thickness Measurements Shipyard Repair Supervision Piping Surveys Pitting Corrosion Surveys Our maritime specialists have extensive experience in performing NDT inspections on many types of ships. These Level II- and Level III-certified technicians are qualified to perform several nondestructive methods when assessing client craft, including ultrasonic testing, visual testing, magnetic particle testing, leak testing, liquid penetrant testing, and radiography testing. We also leverage our special access resources — namely SPRAT-certified rope access...



The Applied Technical Services Family of Companies (FoC) offers subsurface interface radar services that identify and locate elements buried beneath the surface. What is Subsurface Interface Radar? Subsurface interface radar (SIR), also referred to as ground penetrating radar (GPR) is a complex non-destructive testing methodology that uses electromagnetic wave propagation to evaluate the interfaces of materials and subsurface features. SIR is an effective way for experts to examine, map, and measure the conditions beneath the surface. It is useful in marine applications because it’s adept at locating buried objects such as utility lines, pipes, and tanks. About Our SIR Services Our Maritime NDT department uses cutting-edge technology to assess structures and environments on behalf of our marine clients. Our team of experts integrates SIR into our inspection process to help promote the safety of workers who may be coring, drilling, and sawcutting in environments where buried subsurface elements, such as PT cables and rebar, may be present. Our professionals provide our clients with detailed information and reports that enable them to avoid unnecessary delays that can occur if workers accidentally cut lines, damage equipment, or encounter hazardous conditions. We use 500 MHz, 900 MHz, and 1 GHz transducers enabling us to conduct SIR inspection for soil depths up to 20 feet and for concrete up to 24 inches thick. The Benefits of SIR Subsurface interface radar is a useful tool for business owners and operators seeking to protect their maritime assets. SIR is non-invasive so the inspection process can be...



The Applied Technical Services Family of Companies (FoC) inspects the condition of hulls and their components and equipment in accordance with a condition assessment program. The marine sector is an integral part of modern society as it’s essential for economic growth and global trade. Marine vessels are highly regulated to ensure safety, efficiency, and uniformity across international waters. Condition assessment programs, like those offered by ATS, are one of the many ways vessel owners and operators can highlight their commitment to properly maintaining their vessels. What is a Condition Assessment Program? A condition assessment program, or CAP, is an optional, but highly detailed assessment of a vessel’s condition at the time of inspection. The purpose of a CAP is to document the status of aged vessels, enabling inspectors to judge them by their current condition as opposed to their age. CAPs can be carried out at any time and during the inspection process surveyors assign five grades to each of the items surveyed. In addition to hull structures, CAPs evaluate cargo handling, machinery, and equipment. Our Condition Assessment Program The ATS Family of Companies’ CAPs verify that our clients’ vessels are suitable for operation and charter. Our experts use our company’s core values to ensure that our inspections are thorough and effective at maintaining safe and reliable conditions onboard a vessel. We continuously update our NDT equipment to ensure that our clients benefit from state-of-the-art service. Why are CAPs Important? A condition assessment program offers numerous benefits for vessels, including...



The Applied Technical Services Family of Companies (FoC) offers condition assessment schemes that evaluate the structural condition of oil tankers. What is a Condition Assessment Scheme? A condition assessment scheme, or CAS, is a required statutory survey scheme. A CAS is specifically designed for Category 2 and Category 3 (non-double hull) oil tankers. The vessels must complete the survey scheme by 15 years of age or before their renewal survey. CAS must be completed in conjunction with the Enhanced Safety Program (ESP), which is a detailed safety guideline for shipping companies and vessel owners. CAS builds upon the ESP and contains additional requirements, such as: The survey must be planned 8 months before the survey’s commencement The flag administration must issue the five-year full term and review and observe the survey and reporting process More About Our CAS Services Our qualified surveyors conduct CAS to inspect the safety, reliability, and functionality of our clients’ vessels. Our comprehensive inspection process is supported by state-of-the-art diagnostic tools and highly trained inspectors with decades of collective experience evaluating tankers. Our CAS services are designed to help clients with tankers that fit the following descriptions: Oil tankers with a deadweight of 5,000 tons or more Oil tankers 15 years old or older Oil tankers that weigh more than 5,000 tons and are older than 15 years old while also carrying crude oil cargo with a density of 15oC higher than 900 kg/m3 but lower than 945 kg/m3 The Benefits of CAS Condition assessment schemes...



The Applied Technical Services Family of Companies (FoC) offers Critical Areas Inspection Plans (CAIPs) that support inspectors, surveyors, and vessel crew members in the maintenance of a vessel. Marine vessels are an essential component of global trade as sea freight is instrumental in the ability to transport resources, raw materials, and goods around the world. The sea freight industry is heavily regulated due to the numerous significant risks associated with poorly maintained vessels. What is a Critical Areas Inspection Plan? Critical Areas Inspection Plans are a systematic approach to evaluating the safety and functionality of a vessel. The plan helps ensure that a vessel is functional, safe, and adequately maintained. These plans are an excellent resource for an operation as they're adept at assessing high-risk areas and identifying hazardous conditions while also documenting the vessel’s history. About Our CAIPs The ATS Family of Companies has offered CAIP services for nearly two decades and our refined approach provides comprehensive inspections for each of our clients. Our CAIPS reveals pertinent information about a vessel, including information about its fracture history, corrosion control systems, and previous repairs. A vessel’s repair history is incredibly important as it enables crew members and engineers to have records of what types of permanent and temporary repairs worked effectively in the past and which ones should be avoided. We track all our vessels on a networked server, which enables us and our clients to access a database containing detailed information and images that can be incredibly useful in...



Applied Technical Services’ (ATS’) offers visual inspection training to equip candidates with the knowledge and hands-on experience necessary to examine the condition of client structures and equipment. Candidates will learn best practices for identifying signs of damage and employing visual aids to conduct visual inspections. How Professionals Use Visual Inspection Technicians use visual inspections to identify surface imperfections such as cracks, delamination, corrosion, and foreign object debris. As a nondestructive testing method, visual inspection entails locating flaws and signs of wear without damaging the subject. This fundamental inspection discipline allows technicians to recognize problematic indications and report their observations to clients for appropriate next steps. What to Expect from a Visual Inspection Training Course In our visual inspection training courses, candidates will master the theory of visual inspection, the procedures to improve the reliability of inspections, and the use of visual aids. ATS’ certified instructors share their years of expertise to ensure students understand key areas of visual inspection and can accurately assess signs of damage or wear. Commonly inspected components include: Studs and Bolts Welds Commonly inspected structures include: Vessels Storage Tanks Piping Systems Generators Furnaces Turbines Boilers Condensers Pressure Vessels Decking Our NDT visual inspection training services instruct attendees to SNT-TC-1A, CP-189, and NAS 410 standards. ATS offers levels I and II visual inspection courses in Marietta, GA, and Greenville, SC. Get to know ATS: Over our five decades in business, ATS has developed vast expertise in testing, inspection, calibration, consulting, and training services. Because we prioritize preparing...



Eddy Current Heat Exchanger Inspection Services Eddy current inspection services are nondestructive and highly effective for assessing the integrity and performance of heat exchangers in the power generation, HVAC, manufacturing, and petrochemical fields, as well as several others. As heat exchangers transfer heat between fluids to maintain optimal operational temperatures, their reliability is just as critical to maintaining business operations as it is to ensuring the safety of personnel. Heat exchanger tubes suffer from wear, corrosion, erosion, cracking, and other forms of degradation over time, compromising their efficiency and structural integrity. ATS' eddy current inspection services provide a fast, accurate, and reliable solution for detecting these defects, and our NDI experts can create custom preventative maintenance plans to help avoid costly equipment failures in the future, all without causing any damage to your heat exchanger systems. Eddy Current Heat Exchanger Inspection Process Eddy current inspections are based on the principles of electromagnetic induction - when an alternating current flows through a coil, it generates a magnetic field, which induces eddy currents in the conductive material of the heat exchanger tubes. Any cracks, thinning, or corrosion in the tube’s material properties disrupt the flow of eddy currents, causing variations in the magnetic field. Our NDI technicians use specialized equipment to detect and analyze these variations, identifying the size, extent, and location of these defects. Eddy current heat exchanger inspections are particularly effective for non-ferromagnetic materials, such as copper, brass, stainless steel, and aluminum, which are commonly used in heat exchanger construction....



Heat exchanger systems are an important part of operations for hundreds of thousands of plants and facilities across countless industries, making their reliability and performance essential. Heat exchangers transfer heat between two fluids or a fluid and a gas, often operating under extreme temperatures and pressures. Over time, the heat exchanger's plates, tubes, coils, and other components are subjected to wear, corrosion, and various types of stress, compromising both efficiency and structural integrity. Regularly scheduled heat exchanger inspection and preventative maintenance services help promote longevity and efficiency by identifying and addressing these issues before they lead to costly failures, unexpected downtime, and even safety hazards. ATS' nondestructive testing and inspection experts provide heat exchanger inspection services for clients operating in the power generation, oil and gas, petrochemical, food and beverage manufacturing, and HVAC fields, as well as several others. Heat Exchanger Inspection Process and Techniques ATS' comprehensive heat exchanger inspections involve a combination of nondestructive testing techniques designed to assess the condition of internal and external components without causing damage or requiring significant disassembly or downtime. Eddy Current Testing One of the most common heat exchanger inspection methods is eddy current testing, which is particularly effective for detecting defects such as cracks, corrosion, pitting, and wall thinning. Eddy current testing works by inducing electromagnetic currents in the heat exchanger's tube walls and analyzing changes in the resulting magnetic field to detect anomalies, which indicate damage or flaws. This technique is highly sensitive, providing detailed information about the size and location...



The predictive maintenance and reliability experts at the Applied Technical Services Family of Companies offer CNC machine monitoring to track, analyze, and optimize numerical control machine performance. CNC Machine Monitoring at ATS As CNC machines have become integral to manufacturing processes in countless industries, maintaining their optimal efficiency and proper functionality is more important than ever. CNC machines offer exceptional accuracy for the production of complex parts and components. Much like all types of high-precision equipment, these machines must be maintained properly to sustain their efficiency and prolong their lifespan. Monitoring CNC machines helps manufacturers maximize productivity, minimize downtime, and avoid costly repairs. The Benefits of CNC Machine Monitoring Some of the key benefits of CNC machine monitoring include: Optimized Utilization Consistent Output Early Defect Detection Reduced Maintenance Costs Improved Energy Efficiency Maintaining Industry Compliance Improved Resource Allocation Innovation and Adaptation Real-time Data Collection Machine monitoring for CNC machines allows real-time data collection to gather information on various parameters such as spindle speed, feed rate, tool wear, temperature, and vibrations. This real-time data is transmitted to centralized monitoring systems to provide operators with immediate information on machine performance and operational status. Real-time monitoring enables quick detection of anomalies or deviations from optimal conditions and allows prompt intervention to prevent potential issues. Regularly scheduled predictive maintenance helps to minimize repair costs, reduce the risk of catastrophic equipment failure, reduce waste, develop strategic planning, reduce accident frequency and severity, and improve the overall reliability and performance of machinery. Additional Machine Monitoring Services...



The Applied Technical Family of Companies (FoC) conducts comprehensive and detailed UT tank inspections. Industrial tanks are an effective means of storage for facilities and businesses needing to store large volumes of liquids and gases safely and practically. However, complications can arise within industrial tanks, so they must undergo routine inspections to prevent or identify issues. Our inspection experts use ultrasonic technology to carry out tank evaluations and inspections. What is Ultrasonic Testing Tank Inspection? Ultrasonic testing or UT is a non-destructive way to characterize a material and determine its flaws. During the inspection process, a technician places a transducer along the tank’s surface sending ultrasonic waves through the material. The waves allow technicians to detect possible defects, such as corrosion and inconsistencies in thickness. After assessing the severity of the tank’s flaws, technicians help companies gain a better understanding of the tank’s service life expectancy and assist them in creating an updated service schedule. About Our Ultrasonic Testing Tank Inspections Our highly trained inspection specialist uses their expertise and our state-of-the-art equipment to assess the integrity of various types of industrial tanks, including: Cold and hot water storage tanks Compressed air tanks Diesel tanks We employ experts with STI, AWS-CWI, and API certifications, ensuring they can analyze a wide range of tanks, pipes, and vessels. What are the Advantages of UT Tank Inspections? Ultrasonic testing tank inspections are immensely valuable to the maintenance programs of industrial and commercial companies. UT inspections can shed light on developing flaws long before...



The Applied Technical Services Family of Companies (FoC) conducts deaerator inspections for deaerators used in industrial boiler systems. Boilers are commonplace across various industries because they are an effective way to generate heat and steam that many industrial applications require. Our inspection services help our clients ensure their deaerator and boiler systems are healthy and functioning as expected. What is a Deaerator? A deaerator heats boiler feedwater and removes dissolved gases, such as oxygen, to create and maintain clean water. Deaerators are commonly used in chemical processing plants and power plants because they minimize the corrosive compounds in steam-generating boilers, prolonging their service life and improving their efficiency. Our Deaerator Inspection Services Our inspection specialists conduct comprehensive evaluations of deaerators. Our inspection process is highly detailed, including external, internal, and performance tests, which allows us to develop a full perspective of the deaerator’s health. During our comprehensive deaerator inspections, we carefully examine the following: Feedwater temperature Spray Valves Distribution trays The concentration of corrosive gases Vessels, pipes, and valves Why is It Important to Inspect Deaerators? Deaerator inspections are essential to industrial operations because they help ensure the efficiency and safety of boilers. Deaerators are made up of multiple components and should be regularly inspected to confirm that there aren’t signs of damage, corrosion, debris, or inaccuracies within the device’s gauges. Inspections allow operators and businesses to identify and resolve issues early on, long before they result in expensive repairs, safety concerns, and equipment malfunctions. Proper deaerator inspections help companies...



Applied Technical Services performs NDT level 2 training for those in search of a focused, thorough training program for Nondestructive Testing (NDT). Nondestructive Testing Nondestructive Testing is one of the most important forms of inspection and quality control available in many industries today. It is used to test the material integrity of an object, without harming or changing the test specimen in any way. NDT is immensely important to not only guarantee the integrity and reliability of a product form, but also to help avoid failures and prevent accidents, ultimately saving lives. NDT Training Process When students begin the training qualification process for Non-Destructive Testing, they are initially classified as trainees. The student then works his/her way up through the certification process to a Level 1, Level 2, and then a Level 3 status as a designated qualified technician. NDT Level 2 After the completion of NDT Level 2 training courses, technicians will be able to confidently set up equipment, calibrate that equipment for accurate results, and conduct inspections according to best practices and procedures. They will also be able to interpret, evaluate, and document the quantifiable indications that they find. NDT Level 2’s will be able to show a deep understanding of all codes, standards, and other documents that ultimately dictate how a particular NDT method will be utilized in a given environment. A qualified NDT Level 2 trained professional will also be able to act as a mentor and provide on-the-job training for both Level I technicians and...



Become a Certified NDT Inspector Applied Technical Services offers NDT inspector training for those seeking to become nondestructive testing inspectors. ATS has advised many NDT professionals and provided them with the required courses that are needed to become a certified inspector per the NAS 410 or SNT-TC-1A standards. NDT Compliance To become certified in an NDT method, you must complete training hours, on the job training (minimum experience requirements); and pass a physical, general, specific, and practical exam. NDT Inspector Training Courses ATS prides itself on our ability to remain compliant and up-to date with all of the following topics and industry requirements: Aircraft Wheel Inspection Eddy Current Level I & II Film Interpretation Introduction to NDT IRRSP Refresher Level III Refresher Liquid Penetrant Level I & II Magnetic Particle Level I & II Radiation Safety Radiography Level I & II Ultrasonic Testing Level I & II Ultrasonic Thickness Testing Visual Testing Level I & II We train to the following standards: NAS 410 SNT-TC-1A CP-189 Additional Services ASNT Testing and Exams Our office in Marietta, Georgia is proud to have been designated an AEC and offer ACCP Level II and Level III exams, ASNT Level III, IRRSP, and Practical Exams. Level III Consulting ATS’ Level III consultants offer a wide variety of services including training personnel, assistance in writing certified procedures, and developing customized examinations that reflect your facility’s equipment and processes. NDT Audits NDT auditing provides an objective and qualified review of your Non-Destructive Testing methods, procedures, and...



At Applied Technical Services, our UT training classes are designed to give students a better understanding of a number of core competencies resulting in application of inspections in product forms and structures, such as castings, forgings, weldments, and various materials. Ultrasonic Testing training classes are broken down into a number of segments to offer a better, more focused curriculum. UT Training Level I – 40 Hours Level I training courses begin with the fundamentals of Ultrasonics. Students will participate in a wide range of practical laboratory exercises, giving them real-world experience in terms of thickness gauging, flaw detection, and mapping. Level I courses are designed for technicians who come into the class with little to no ultrasonic testing experience. UT Training Level II – 40 Hours Level II Ultrasonic Testing training courses take learning to the next level, offering an advanced and intensive course designed to help students develop their practical skills. Applications that are featured in Level II courses include bond inspection, weld inspection, and various other types of techniques. These courses are intended for technicians that have completed Level I training and, therefore, already have some level of UT experience. Goals for Students Above all else, the training options provided by Applied Technical Services are intended to help students prepare themselves for one of the most high-demand positions today. Ultrasonic Testing training makes it possible to enter a wide range of industries, including: Aerospace Automotive Chemical Commercial Construction Manufacturing Military Nuclear Pharmaceutical Pipeline Power Generation Pulp and Paper...



Applied Technical Services offers several different types of nondestructive testing training and certification courses, including ultrasonic testing certification. Ultrasonic Testing Training Level I Level I UT training covers the fundamentals of Ultrasonics, with students participating in practical exercises to gain hands-on experience in areas such as mapping, thickness gauging, and flaw detection. Our Level I ultrasonic testing training and certification course is designed for technicians with limited to no UT experience. Ultrasonic Testing Training Level I Level II UT training courses give candidates an advanced course that helps develop and improve practical skills, covering techniques such as weld inspection and bond inspection. Level II ultrasonic testing training is meant for those that have already completed Level I UT training and certification. Ultrasonic Testing Certification Instructors and Locations Our Level III NDT instructors have decades of experience and are enthusiastic about equipping candidates with the knowledge and experience necessary to excel with their new certification. Our Marietta, Georgia location is recognized by the ASNT (American Society for Nondestructive Testing) as an AEC (Authorized Exam Center) to give students the ability to complete their training and certification exams at the same location. ATS offers several additional types of NDT training and certification at our Greenville, SC location as well, including: Magnetic Particle Testing Training and Certification Liquid Penetrant Testing Training and Certification Eddy Current Testing Training and Certification Aircraft Inspection Training and Certification Infrared Testing Training and Certification Radiography Testing Training and Certification NAVSEA 271 Training and Certification NDT X-ray Training and...



Applied Technical Services offers SNT TC 1A training and certification services. The American Society for Nondestructive Testing offers standards and recommended practices for NDT personnel. What is SNT TC 1A? SNT TC 1A is a standard that establishes guidelines for NDT personnel. Companies adopt the guidelines to develop their criteria using the preexisting standard determined by SNT TC 1A. The standard recommends that employers develop in-house programs to properly train NDT personnel on the specific task and needs of the company.   The Importance of SNT TC 1A Training and Certification SNT TC 1A certification is essential to a career in nondestructive testing as most companies require certification. Although certification is not required, candidates with SNT TC 1A certification have a significant advantage over applicants without certification.   SNT TC 1A Certification Levels Level 1: Personnel can perform examinations, calibrations, and evaluations with specific written instructions. Level 2: Personnel can produce written instructions, provide training, report inspection results, and set up equipment. Level 3: Personnel establish techniques, develop test methods and techniques, interpret codes, and train and observe lower-level personnel. Personnel at this level should have an advanced understanding of the curriculum and can administer and score exams of lower personnel. About Applied Technical Services Applied Technical Services has provided quality engineering consulting, inspection, testing, and training services since our founding in 1967. Our certification and training courses facilitate and foster a friendly learning environment where development is the highest priority. Our highly trained instructors establish engaging classroom settings where...



Applied Technical Services is a leading NDT company that offers NDT training including radiography testing certification (RT certification) for many industries including aerospace, automotive, construction, consumer products, energy, transportation, manufacturing, military, nuclear, power generation, pulp and paper, and telecommunications. With the United States infrastructure aging and safety regulations increasing in most industries, nondestructive testing has ample long-term career growth opportunities for those who are technically inclined and committed to quality assurance. NDT Radiography Testing Industrial radiography is a nondestructive method that is used to examine components and structures using x-rays or gamma rays in order detect internal discontinuities and flaws or to confirm structural integrity. Certification Standards ATS offers certification courses to multiple standards including SNT-TC-1A and NAS 410. SNT-TC-1A – This is American Society for Nondestructive Testing (ASNT) recommended practice that provides guidelines to companies establishing an in-house certification program. This standard is updated on an annual basis. NAS 410 – This is the National Aerospace Standard that provides personnel qualification and certification guidance for companies that have been contracted by the military and other government entities to provide NDT services. Course Descriptions Level I – 40 Hours – Level I is a comprehensive course in the principles and theory of radiography, which includes radiation safety, operation of radiographic equipment, as well as film and film processing Level II – 40 Hours – Level II is an advanced course in radiographic techniques, radiation safety requirements, and film interpretation principles. Technique development and operation in accordance with codes and standards is stressed. Film Interpretation...



Eddy Current (ET) Aircraft Wheel Inspection – 24 Hours This course covers basic Eddy Current theory and techniques for aircraft wheel inspection. This course is designed for aircraft maintenance personnel performing wheel maintenance to FAA requirements. Level I – 40 hours Level I is a basic course in Eddy Current theory, test instrumentation, coils, and basic impedance plane principles. Applications studied include conductivity, lift-off, thickness, and flaw detection applications. Level II – 40 Hours Level II is an advanced program stressing Eddy Current test setup and display interpretation based on impedance plane analysis. This course covers many applications using surface probes, ID probes, and encircling coils. Infrared Level I – 32 Hours This course is geared to the new infrared camera user and will include theory and hands on lab work. Students are welcome to bring their own camera or one will be provided. This course is geared to the new infrared camera user and will include theory and hands on lab work. Students are welcome to bring their own camera or one will be provided. This 32 hour course will include a variety of condition monitoring / predictive maintenance and aerospace applications. Level II – 36 Hours A 36 hour course concentrating on different measurements, applications and documentation requirements. Lab intensive course for practicing and developing knowledge in using your infrared camera. Liquid Penetrant (PT) 16 Hours for SNT-TC-1A, 32 Hours for NAS 410 class An intensive study of the theory, processes, and techniques applicable to both visible and...



Professional NDT Courses Per the NAS 410 and the SNT-TC-1A, if you are interested in becoming a Professional NDT Technician, you will need to complete certain NDT certification courses that will assist you in meeting your goals. ATS offers a wide variety of those courses at various locations on a weekly basis. NDT Certification Course Locations Atlanta, GA (specifically, our Marietta office) Greenville, SC Training courses are also available for presentation at your facility, which can provide cost saving benefits and be formatted to your specific needs. NDT Instructors Our certified instructors have many years of experience in a variety of industries including aviation, commercial infrastructure, manufacturing, and military. NDT Classes ATS’ goal is to train competent professionals that are efficient in their chosen method. ATS designs our classes to be interactive and engaging. Class agendas include: principles and theories on the applicable Non-Destructive Testing method, hands on training with appropriate equipment, and a written class completion exam. Our NDT Classes Include Aircraft Wheel Inspection Inspection Eddy Current (ET) Level I & II Film Interpretation Infrared Level I Introduction to NDT IRRSP Refresher Level III Refresher Visual Testing (VT) Level I & II Liquid Penetrant (PT) Level I & II Magnetic Particle (MT) Level I & II Radiation Safety Radiography (RT) Level I & II Ultrasonic Testing (UT) Level I & II Ultrasonic Thickness (UTT) Testing ATS Trains In Accordance With The Following Standards NAS 410 SNT-TC-1A CP-189 ATA Spec 105 Additional Services Level III Consulting ASNT Testing and Exams...



Applied Technical Services is one of the most well-established NDT training and certification providers in the region, offering radiography testing training courses led by Level III NDT testing instructors. Radiography Testing Radiography testing is one of the most commonly requested types of nondestructive testing, with a variety of applications spanning several different industries. Radiography allows certified technicians to analyze materials, structures, and components to identify discontinuities that would otherwise be undetectable. These fractures, cracks and other flaws can lead to catastrophic system failure and expensive damage, making radiography testing a crucial tool for industry compliance and preventative maintenance. Radiography testing training teaches future technicians how to inspect subjects including: Automotive Parts and Components Metal Welding Pipeline Systems Aircraft Parts and Components Pressure Vessels Boilers ATS’ NDT Training Instructors and Locations Applied Technical Services offers an extensive list of nondestructive training courses taught by Level III NDT experts. These instructors apply years of teaching and work experience to ensure that our candidates finish their certification with confidence and a strong understanding of the subject matter. ATS has an excellent reputation as one of the country’s premier nondestructive testing training and certification providers with strong working relationships with some of the nation’s most prestigious industry leaders. We offer NDT training and certification courses in Greenville, SC, and at our ASNT-approved Authorized Exam Center in Marietta, GA. Our Marietta AEC allows certification candidates to receive training and complete their final exam in the same location. Some of our most commonly requested NDT training...



On-site NDT Training courses are available for presentation at your facility. A course at your facility can provide cost savings benefits and be formatted to your specific needs. Level III Consulting Services ATS can provide Level III services for your company including preparing your written practice and qualifying your personnel. Training courses and examinations can be written to reflect the equipment and procedures in use at your facility. ATS is able to assist in your inspection procedures and auditing your facility to assure conformance to specifications. ATS: High-Quality Service Applied Technical Services has provided industrial and commercial clients with NDT testing and training services for decades. At ATS, we are dedicated to continuously improving our services and capabilities to better assist our clients. We offer Level I, Level II, and Level III NDT training covering a diverse range of NDT testing and inspection methods. If you need a dependable NDT training provider, contact Applied Technical Services today.



Applied Technical Services offers NDT Xray training and certification to certify candidates in nondestructive radiation testing services. Nondestructive Xray Testing and Analysis Xray testing, commonly referred to as radiography testing, has a range of uses spanning several different industries. Radiography allows certified technicians to identify flaws in materials, components, and structures through the use of radiation imaging. These factures, cracks, and other discontinuities are often undetectable without the use of Xray testing, making it a crucial tool for verifying the structural integrity of a subject. NDT Xray training teaches candidates how to perform inspections on subjects such as: Metal Welding Pipeline Systems Aircraft Parts and Components Pressure Vessels Boilers Automotive Parts and Components NDT Training Instructors and Locations ATS’ NDT training and certification programs are instructed by Level III nondestructive testing experts with decades of experience both instructing NDT training candidates and working in the field. Applied Technical Services is proud to be the preferred NDT training provider for some of the nation’s most reputable organizations and companies, applying years of expertise to ensure the highest level of client satisfaction. ATS features several NDT training locations, including Greenville, SC and Marietta, GA. Our Marietta location is an ASNT-approved Authorized Exam Center, allowing aspiring NDT technicians to receive training and complete their final certification exam in the same location. Some of our most popular NDT training courses include: Aircraft Inspection Training and Certification Magnetic Particle Testing Training and Certification Eddy Current Testing Training and Certification Liquid Penetrant Testing Training and Certification...



Applied Technical Services’ Level III NDT instructors provide NDT ultrasonic testing training courses to help candidates acquire and maintain nondestructive testing certifications. Ultrasonic Testing Ultrasonic testing is a general term used to cover a wide range of nondestructive testing services that expose a subject to ultrasonic waves for a variety of purposes. Ultrasonic inspections and testing use an electric transducer to send these waves through a material or object, allowing technicians to identify flaws and damage without damaging the test subject. Ultrasonic testing is commonly used to analyze metals, alloys, plastics, composites, concrete, and ceramics. Some industries that rely on ultrasonic testing include: Automotive Aerospace Building and Construction Manufacturing Medical Metallurgy NDT Ultrasonic Testing Standards and Specifications Ultrasonic testing is used in a wide variety of industries including automotive, materials testing, metallurgy, power generation, oil and gas, aerospace, manufacturing, and electronics testing. Ultrasonic testing is performed to standards such as: ISO 10675 ISO 10375 ISO 16829 ISO 15626 ISO 4386 ISO 18211 ISO 16810 ISO 2400 ISO 16811 ISO 10863 ISO/FDIS 19285 ISO 16823 ISO 7963 ISO 16827 ISO 15626 ATS’ NDT Training Instructors and Locations Applied Technical Services’ Level III NDT instructors apply years of experience, both as instructors and NDT technicians, to ensure that all nondestructive testing training courses effectively prepare candidates for their new roles and credentials. Our location in Marietta, Georgia is an ASNT-approved Authorized Exam Center, allowing those enrolled in our programs to receive training and complete certification examinations in the same location. ATS also...



Applied Technical Services can advise those who may be interested in obtaining NDT technician training and certification. If you are wondering about the requirements and courses needed to assist you in achieving this certification, ATS can provide you with the classes, locations, and dates. Our courses include training for both traditional and advanced NDT methods. Our instructors are certified and have years of experience in various industries ranging from aviation, manufacturing, commercial infrastructure, and military. Our interactive classes are designed to keep you motivated and engaged. Our curriculum covers the principles of a specific method and theories behind its effectiveness. You will get a hands-on experience working with equipment, and be tested on the knowledge you retain. In addition, our classes are offered in our technically advanced labs at any of our select locations and our instructors often travel to customer facilities to perform onsite training. Our NDT Classes Include: Aircraft Wheel Inspection Eddy Current Level I & II Film Interpretation Introduction to NDT IRRSP Refresher Level III Refresher Liquid Penetrant Level I & II Magnetic Particle Level I & II Radiation Safety Radiography Level I & II Ultrasonic Testing Level I & II Ultrasonic Thickness Testing Visual Testing Level I & II We train to the following standards: NAS410 SNT-TC-1A CP-189 ATA Spec 105



ATS is a consulting engineering company with extensive NDE training programs, testing services, and inspection capabilities. Since our founding in 1967, ATS has developed a prominent standing with education, business, manufacturing and insurance industries, and the legal community for effectively discovering facts in nondestructive examination testing, consulting engineering, metallurgy and materials testing, mechanical testing, chemical analysis, forensic and fire investigations, and calibration services. Our Training Courses ATS’ NDE Training classes are created to appeal to professional men and women who perceive that their NDE technical education, skill, achievement and certifications can contribute to the comprehensive success of the NDT industry. We offer an all-inclusive and beneficial array of course programs that are competitively priced and accommodating. Our programs promote interactive learning environments which exceed industry standards and conclusively develop students to become leaders in one or all of the nondestructive examination testing methods. NDE training is provided year-round in all complementary industries with multiple courses or programs occurring weekly. Onsite Training ATS’ NDE training courses are conveniently available for learning and demonstration at your facility. A course at a client’s facility is a cost effective way for a hands-on approach that is able to accommodate to their specific and full-scale needs. NDT Methods Eddy Current (ET) Film Interpretation Leak Testing (LT) Liquid Penetrant (PT) Magnetic Particle (MT) Radiography (RT) Ultrasonic (UT) Ultrasonic Thickness (UTT) Visual Inspection (VT) NDT Expertise Our ASNT certified Level III technicians have multiple years of knowledge and job experience across many industries. ATS is capable of...



Question #1: What are the different levels of NDT qualifications? There are 6 different levels of qualifications per SNT-TC-1A and NAS 410. Trainee – Trainees are individuals participating in an NDT training program. Trainees must obtain work experience under the direct supervision of a Level II, Level III or Instructor in the same method. Trainees cannot independently do testing. Level I Limited – An individual who needs only to perform one specific NDT test on a specified part, feature or assembly should seek out Level I Limited certification. The cognizant engineering organization provides written practice and then considers case by case justification for using a Level I Limited to complete a task. Training hours, test questions and on the job experience can be adjusted to fit this one particular task. However this Level I limited can not perform the NDT test on any other item, other than what he/she was specifically trained to do. Level I – First certifiable qualification level. Level I certifications can only be given for specific NDT technique or method. Level I technicians should have the skills and knowledge to perform specific tests, specific calibrations with written approval of the appropriate Level III individual. This individual shall be able to follow procedures in the techniques for which certified while receiving guidance from a Level II or Level III. Level II – Level II technicians are required to have the skill sets to set up and calibrate equipment, conduct test, and interpret, evaluate and document results in accordance to procedures approved...



The Non-Destructive Testing (NDT) Level 3 training courses offered by Applied Technical Services were created using ASNT CP-105 as a model. These courses are designed to provide students, and ultimately their employers, with the necessary guidelines and documentation to appropriately qualify and certify their NDT technician workforce. NDT Level 3 training is chiefly beneficial in terms of creating a written practice for adapting the ASNT Recommended Practice SNT-TC-1A, and to meet the unique challenges and requirements that particular businesses encounter. Some of the important topics covered in this document will include: A detailed and accurate description of the responsibilities of technicians who are at each level of certification An overview of training, experience, and other requirements for each level NDT Training Throughout the course of their education, students will become better equipped to create the types of techniques and procedures necessary for accurate Non-Destructive Testing in a given environment. They will gain an advanced knowledge of codes, standards, and specifications; and will also deepen their understanding of materials, fabrication methods, and product technology. Level 3 NDT technicians have a host of unique job opportunities waiting for them after certification. Some become consultants, while others become the owners of their own testing and inspection laboratories. Many find gainful employment in supervision, administration, or even management positions. Applied Technical Services ATS’ primary goal involves helping experienced technicians receive their NDT Level 3 certificate which is, and will remain, as one of the most widely respected and accepted certificates of its type worldwide....



National Aerospace Standards Applied Technical Services is a leading NDT company that offers a wide variety of NDT training that meets the specifications of the MIL-STD-410E and/or NAS certification for the new and more relevant NAS 410. These standards are recommended practices and procedures established by the Aerospace Industries Association that should be followed by employers and their personnel who provide nondestructive testing services to military and government entities. ATS’ training facility is located at our headquarters in Marietta, Georgia. We have a fully equipped classroom and laboratory facilities, including the use of our working NDT services division facilities. Our location, just 15 miles north of downtown Atlanta, provides easy access from Hartsfield-Jackson International Airport and major interstate exits. Minimal Formal Training Hours Required – Class Room Hours Eddy Current Level I — 40 Hours Eddy Current Level II — 40 Hours Liquid Penetrant Level I — 16 Hours Liquid Penetrant Level II — 16 Hours Magnetic Particle Level I — 16 Hours Magnetic Particle Level II — 16 Hours Radiography Level I — 40 Hours Radiography Level II — 40 Hours Ultrasonic Level I — 40 Hours Ultrasonic Level II — 40 Hours Minimal On-The-Job Experience Hours Required Eddy Current Level I — 400 Hours Eddy Current Level II — 1200 Hours Liquid Penetrant Level I — 130 Hours Liquid Penetrant Level II — 270 Hours Magnetic Particle Level I — 130 Hours Magnetic Particle Level II — 400 Hours Radiography Level I — 400 Hours Radiography Level II...



Applied Technical Services offers magnetic particle testing training and certification courses to provide candidates with the skills and information they need to become certified in magnetic particle (MT) testing. MT Training Courses Our magnetic particle training and certification course sessions consist of 24 hours of instruction and hands-on experience over 3 days. Classes will cover all areas of magnetic particle testing necessary to prepare trainees for their certification exam, which will take place at the end of the final day of class. ATS currently offers two magnetic particle courses: Magnetic Particle Testing Levels I & II Magnetic Particle Testing NAS410 Levels I & II Magnetic Particle Testing Standards Applied Technical Services’ magnetic particle testing training and certification courses cover the following industry standard: ASTM E1444-05: Standard Practice for Magnetic Particle Testing Our Magnetic Particle Testing Training and Certification Instructors All nondestructive testing instructors at Applied Technical Services apply years of industry and training experience to their classroom instruction, ensuring that our graduates are prepared and confident in their new qualifications. Our NDT instructors remain current in all industry-specific practices and trends to provide comprehensive hands-on training, giving every candidate the instruction they need to succeed when performing magnetic particle inspections in the future. At ATS, our instructors know the importance of developing real experience outside of the NDT classroom as well. Many of our NDT training and certification courses give trainees the opportunity to experience nondestructive testing and inspections before they are performing these services on their own. Training Locations...



Liquid Penetrant Training and Certification Applied Technical Services provides liquid penetrant testing training and certification courses in three locations in the southeastern United States. These courses provide the skills, knowledge, and hands-on experience to become certified in liquid penetrant testing. Liquid penetrant testing training ranges from 2-day to 4-day programs that cover basic principles, standards, materials, processing, testing equipment, inspection and evaluation indications, process controls, and hands-on training. An examination is administered at the end of the final day of courses. ATS offers the following liquid penetrant training courses: NAS410 Levels I & II ANSI/ASNT CP-105 Levels I & II ANSI/ASNT CP-189 Levels I & II Liquid Penetrant Testing Training and Certification Standards ATS’ liquid penetrant testing training covers the following standards: ASTM E1417 – Standard Practice for Liquid Penetrant Testing ASTM Standard Test Methods ASME Boiler and Pressure Vessel Code Liquid Penetrant Testing Instructors at ATS Applied Technical Services employs some of the nation’s best ASNT SNT-TC-1A certified NDT training and certification instructors. All of our instructors provide individual and group instruction, remain current in NDT practices and trends, and have thousands of hours of experience, ensuring that successful candidates are fully prepared to perform nondestructive testing with their new qualifications. Locations We offer liquid penetrant testing training and certification courses at the following Applied Technical Services locations: Marietta, GA Greenville, SC NAS410 Levels I & II (32 Hours / 4 Days) Day 1 Introduction Basic Principles of Liquid Penetrant Testing Day 2 Liquid Penetrant Standards Liquid Penetrant Materials...



Applied Technical Services offers industrial radiography certification training and testing to certify candidates in several types of radiography. Industrial Radiography Industrial radiography is used to identify discontinuities in various types of materials. Industrial radiography incorporates x-ray and gamma radiation to identify cracks, fractures, and other flaws that would otherwise be undetectable. Industrial radiography is an advanced nondestructive testing method with several applications, including testing and inspection services performed on the following types of equipment: Automotive Parts and Components Aircraft Parts and Components Pipeline Systems Metal Welding Boilers Pressure Vessels NDT Training Instructors and Locations Our staff includes several certified Level III nondestructive testing instructors, each with decades of experience both working in the field and providing NDT training. ATS is one of the region’s most well-established NDT testing training and certification providers, with multiple training locations in the southeastern United States. Our headquarters is located in Marietta, Georgia and is recognized by the ASNT as an Authorized Exam Center (AEC), providing training candidates with the ability to attend instructional courses and complete their certification exams at the same location. We offer additional NDT training and certification courses at our Greenville, South Carolina location. Our nondestructive testing courses include but are not limited to: Magnetic Particle Testing Training and Certification Liquid Penetrant Testing Training and Certification Ultrasonic Testing Training and Certification NAVSEA 271 Training and Certification Eddy Current Testing Training and Certification Infrared Testing Training and Certification Radiography Testing Training and Certification Aircraft Inspection Training and Certification Applied Technical Services: Testing,...



Applied Technical Services provides eddy current testing training to instruct and certify candidates seeking to improve their credentials and expand their capabilities. Eddy Current Testing Eddy current testing is a nondestructive testing method used to identify discontinuities in conductive materials. This testing method utilizes principles of electromagnetism to alter the magnetic field of a test subject’s surface, producing eddy currents to identify flaws in a subject’s structure. Eddy current testing has applications in several fields and is required on various types of machinery, equipment, and vehicles to maintain industry compliance. Some common applications of eddy current testing include: Coating Thickness Testing Paint Thickness Testing Aircraft and Aerospace Testing Petrochemical Testing Eddy Current Testing Standards and Specifications Eddy current testing is performed to several different standards, including but not limited to: ASTM E125 ASTM E709 ASTM E309 ASTM E566 ASTM E703 ASTM E1316 ASTM E215 ASTM E376 ASTM E571 ASTM E1004 ASTM E570 ASTM E243 ASTM E426 ASTM E690 ASTM E1033 NDT Training Instructors and Locations As a national leader in nondestructive testing training, Applied Technical Services offers a range of NDT courses led by Level III NDT instructors. These experts have decades of experience, applying the knowledge they have gained as technicians and instructors to equip our training candidates with the experience they need to excel. ATS offers nondestructive testing training programs in Greenville, SC and at our ASNT-approved Authorized Exam Center in our Marietta, GA headquarters. Training candidates enrolled in courses at our Georgia location can complete their NDT...



The Applied Technical Services Family of Companies (FoC) offers level 2 thermography training for level 1 thermographers seeking to improve their understanding of infrared imaging concepts and practices. Upon completion of our training, attendees will be better equipped to deliver high-quality infrared inspections to their clients. What is Level 2 Thermography Training? Building on the foundation of level 1 thermography training, level 2 training is an effective way for professionals to improve their ability to interpret thermal images. Level 2 training is heavily focused on radiometric temperature measurement and principles that are important in the following applications: Condition monitoring Nondestructive testing Quality assurance Predictive maintenance Our Level 2 Thermography Training Our 34-hour thermography training session helps practicing thermographers strengthen their knowledge, improving their ability to navigate real-world situations. The class addresses advanced theories of infrared thermography and covers the following topics: Emissivity Measurement and spatial resolution Inspection processes and strategies Reflected temperature compensation The limitations of IR mirrors The training course adheres to the requirements specified in Recommended Practice No. SNT-TC-1A, as outlined by the American Society for Nondestructive Testing. What are the Advantages of Thermography Training? Thermography training offers numerous advantages for professionals specializing in a variety of applications. Training gives individuals the expertise needed to operate infrared cameras effectively, ensuring that they capture high-quality thermal data. This data, when interpreted by a well-trained expert, provides valuable insights into unseen issues. Thermographic images are multipurpose and can be used to do many things, from pinpointing structural defects in buildings...



The Applied Technical Services Family of Companies (FoC) offers an in-depth level 1 thermography certification training course. What is Level 1 Thermography Certification Training? Level 1 thermography certification training is ideal for thermographers of all experience levels as it serves as a solid foundation for those with less experience and an effective refresher for more experienced professionals. The course consists of a general overview of physics and infrared energy, giving attendees a general understanding of the concepts that they’ll need to avoid beginner mistakes in the field. Our Level 1 Thermography Certification Training Our 32-hour thermography training class teaches attendees how to conduct thermographic inspections that produce accurate data that can be used in various applications, such as: Condition monitoring Nondestructive testing Preventative maintenance Quality assurance The proven inspection methods discussed in our course will help attendees as they participate in hands-on challenges that simulate real-world situations. Upon completion of our training, students will be better equipped to face the challenges seen in the field and they’ll have the opportunity to make potential connections with their peers who are pursuing similar career paths. How is Level 1 Thermography Certification Training Beneficial? Thermography certification is an excellent opportunity for industry professionals to demonstrate their competency and commitment to infrared camera operations and thermal image interpretations. The credentials of thermography certifications are helpful for the following reasons: Improving potential job prospects Establishing a solid understanding of the fundamentals of thermographic technology Enhancing your credibility when conducting thermographic inspections Businesses gain a competitive...



The Applied Technical Services Family of Companies (FoC) performs modal analysis testing services that evaluate how materials and structures respond to applied forces. Commonly used in the aerospace, automotive, and engineering industries, modal analysis is an effective way to validate the design of a product or its components. What is Modal Analysis? Modal analysis is a scientific technique that determines the vibrational characteristics of structures and systems. The analysis process identifies the natural frequencies at which a structure resonates when subjected to external, vibration-inducing forces. These resonances, called modal shapes, correspond to the distinct deformation patterns a structure exhibits under vibration at its experiences vibrational frequencies. Modal analysis is very important as it can anticipate a system’s response to external forces. Once manufacturers understand a structure’s modal properties, engineers can highlight potential vulnerabilities where excessive vibration might occur and cause complications. The information obtained from modal analysis helps design structures that can withstand real-world stresses. Our Modal Analysis Testing Services Our vibration testing lab offers high-quality modal analysis testing services that offer our clients important insight into an object’s natural vibrational tendencies. During the testing process, we stimulate the sample with vibrations, allowing us to observe the following: An object’s natural frequencies The amount of energy an object absorbs when vibrating How an object twists and bends during vibrations Why is Modal Analysis Testing Important? Modal analysis testing has an immense impact on a product’s integrity, performance, and safety because it can be used to do the following: Prevent catastrophic...



The Applied Technical Services Family of Companies offers complete machine predictive maintenance solutions to optimize equipment performance, maximize efficiency, and minimize unexpected downtime. Machine Predictive Maintenance Services at ATS Machine predictive maintenance consists of a variety of testing and analysis methods designed to improve safety, productivity, and efficiency while reducing costs. Vibration Analysis Vibration analysis is a highly effective and cost-efficient predictive maintenance method that measures and analyzes machine vibrations to identify irregularities that may indicate the presence of imbalances, bearing faults, or misalignment in machine components. Early detection allows our experts to recommend targeted maintenance strategies to ensure optimal functionality. Infrared Thermography Infrared thermography is another valuable component of our predictive maintenance services, detecting irregular heat patterns in machinery through the use of infrared cameras. Abnormal heat signatures can indicate a variety of problems, ranging in severity from lubrication issues to electrical faults. Thermographic inspections allow ATS’ reliability engineering experts to pinpoint these issues before they escalate into serious problems. Ultrasonic Testing Ultrasonic testing helps detect high-frequency sounds that are beyond the range of human hearing. These sounds can be a symptom of leaks, electrical discharge, mechanical wear, or a variety of other deficiencies in machinery. Recording these ultrasonic signals allows our engineers to diagnose and address issues early, potentially before their presence could be detected by other testing methods. Oil Analysis Oil analysis consists of examining the lubricating oil used in machinery to detect contamination, wear particles, and other indicators of machine health. Regularly scheduled oil analysis helps understand the...



The Applied Technical Services Family of Companies (FoC) has a machine monitoring system that enables us to provide predictive maintenance services to industrial equipment and machinery. What is Machine Monitoring? Machine monitoring is the process of employing sensors and software to collect and analyze data from industrial equipment. Machine monitoring systems analyze a wide range of factors, including energy consumption, production output, temperature, and vibration. An effective machine monitoring system will help businesses gain critical insight into their equipment’s performance potential and overall health. Our Machine Monitoring System Our machine monitoring services can help businesses monitor their equipment’s health in a non-intrusive manner. Our services can help improve maintenance schedules, providing businesses with the information they need to take preventative action. We offer a multitude of machine monitoring services, including: Bearing vibration monitoring Motor condition monitoring Acoustic vibration monitoring Why is Machine Monitoring Important? Machine monitoring systems are an important component of industrial operations, serving as the backbone for many predictive maintenance strategies. The information gathered from the continuous feed of information offers invaluable insights into the health and performance of equipment that is often critical to an operation’s success. Machine monitoring helps businesses evolve their strategies into a more proactive approach. Failure to consistently monitor the health of machinery may result in the following consequences: An increased likelihood of costly repairs Premature wear and tear that shortens the service life of equipment Increased energy consumption, leading to inefficiencies Production stoppages, potentially leading to missed deadlines More About Our Predictive...



The Applied Technical Services Family of Companies performs lubricating oil analysis to evaluate oil quality and analyze equipment conditions. Analyzing Lubricant Oil Lubricating oil analysis is a diagnostic technique used as a part of predictive maintenance, assessing the condition of lubricants in machinery and equipment to ensure optimal performance and efficiency. This analysis method involves examining samples of lubricating oil to identify wear particles, contaminants, and signs of degradation that can affect the health and longevity of mechanical systems. The primary goal of lubricating oil analysis is to use the yielded data to detect potential issues early and prevent costly equipment malfunction and failure. Key Benefits of Oil Analysis The viscosity and physical properties of lubricating oil can provide key insight into the health and condition of equipment. Lubricating oils degrade over time due to thermal and mechanical stresses, oxidation, and contamination, and changes in viscosity and composition can impair the lubricant’s ability to protect moving parts by effectively reducing friction. Regularly scheduled oil analysis can help detect deviations from normal oil properties, allowing corrective actions before damage occurs. Some of the key benefits of lubricating oil analysis include: Early Issue Detection Contamination Detection Minimized Downtime Improved Equipment Reliability Reduced Maintenance Costs Reduced Equipment Replacements Compliance with Industry Standards Improved Efficiency The Process of Lubricating Oil Analysis Our oil analysis experts closely examine lubricants to detect the presence of wear particles and contaminants. Even properly maintained equipment components undergo wear during normal operation that releases metal particles into lubricating oil,...



The Applied Technical Services Family of Companies (FoC) evaluates the condition of oil samples while gaining insight into the health of equipment. Our services help our clients ensure that their equipment is well-lubricated as we provide them with preventative maintenance tips. What is Oil Analysis? Oil analysis is a predictive maintenance strategy used to assess the health of both the lubricant and the machinery it aids. During the analysis process, we carefully analyze a sample to identify its properties, contamination levels, and the presence of wear debris. This information gathered offers important insight into the internal condition of the machinery, helping machine owners and operators do the following: Prevent breakdowns using the information obtained from the analysis Determine if oil change intervals should be maintained or altered Extend the life of equipment Reducing downtime to maintain operational efficiency More About Our Oil Analysis Services Our oil analysis experts carefully examine lubricating oils to ensure that the oils are effective in maintaining the health of equipment and machines. Our nondestructive oil analysis method reveals important information about machinery, helping our clients further evaluate their maintenance strategies. Why is Lubricant Oil Analysis Important? Oil analysis is an important and effective diagnostic tool for those tasked with the maintenance of industrial machinery. It helps businesses determine if their maintenance practices need to be altered to optimize the performance and longevity of their machinery. Failure to regularly analyze lubricant oils may result in various issues, such as: Unexpected equipment failure Reduced service life for...



The Applied Technical Services Family of Companies (FoC) provides industrial vibration analysis services to commercial companies seeking to determine the degree to which their equipment vibrates. Machines and equipment naturally vibrate during operation, but excessive vibrations may be a sign of underlying symptoms. Predictive maintenance is an essential component of an operation’s efficiency, and our vibrational analysis services are an effective way for businesses to increase their understanding of their equipment’s health. What is Vibration Analysis? Vibration analysis is a predictive maintenance process used to measure the vibrational patterns present in equipment during operation. A machine’s vibration profile can reveal a significant amount of important information about that device’s functionality. The continuous monitoring of vibrations is a convenient way for technicians to notice vibration anomalies that are consistent with faults or failures occurring with a machine or device. More About Our Industrial Vibration Analysis Lab Our expert-led vibration analysis services are designed to benefit commercial and industrial businesses seeking to understand how vibrations affect their equipment. We offer a variety of services that benefit various products and industries, including: Floor vibration analysis Motion amplification vibration analysis Induction motor vibration analysis Rotating equipment vibration analysis Vertical pump vibration analysis Why is Industrial Vibration Analysis Important? Industrial vibration analysis helps businesses take a proactive approach to maintenance that can help sustain their equipment’s functionality which bolsters their operation’s efficiency. Our services help our clients maintain a firm understanding of their equipment’s needs, so they can take corrective actions that minimize the risk...



Our Reliability and Failure Analysis training classes are perfectly suited for reliability engineers, maintenance mechanics/technicians, maintenance supervisors, and plant engineers. Learn more below about how ATS’ training solutions can help prepare your plant crew to locate, address, and prevent failures in equipment and assets. Specialized Classes to Equip the Reliability Professionals of Tomorrow Class Features and Options 3-Day Sessions Discussions and Instruction Geared Toward Industrial Plants Hands-On Experience Instructed by P. E. s and Reliability Professionals Public or Private Classes Major Concepts Roots of Failures Material Properties Failure Mechanisms Fracture Identification Corrosion Recognition Power Transmission Elements Mechanical Integrity Program Emphasizes Practical Approach Learn How to Prevent Future Failures Learn to Accurately Diagnose Mechanical Failures Provide Understanding of How Mechanical Components Function Gain Knowledge on the Causes that Contribute to All Failures



The Applied Technical Services Family of Companies (FoC) offers reliability engineering courses that help businesses and professionals seeking to improve their understanding of reliability engineering practices. Our reliability engineering courses help professionals maintain their certification and licenses, helping them strengthen their knowledge and prepare them for career development opportunities. What are Reliability Engineers? A reliability engineer is a subject matter expert that uses their knowledge and experience in manufacturing and production to help businesses manage their equipment and improve their strategies. Reliability engineers are especially important in industrial settings where specialized machinery is needed to create products and ensure operational efficiency. The engineers help businesses avoid unnecessary mistakes that could otherwise result in costly errors. Our Reliability Engineering Courses We offer scheduled public courses at ATS facilities and private courses at our clients’ facilities, ensuring that our clients can enjoy training courses at their convenience. Our reliability engineering training courses include condition monitoring and mechanical integrity training sessions. Condition Monitoring Data collection using common diagnostic tools Assessing diagnostic data Executing corrective actions Mechanical Integrity  Visual inspections Magnetic participle testing UT thickness testing Radiographic testing Dye penetrant testing The completion of our course earns participants a certification of completion that qualifies for professional development hours. Why is Reliability Engineering Training Important? Reliability engineers are an essential asset to companies as their expertise allows them to improve the reliability of various facets of an operation. Well-trained reliability engineers can have an immediate and immense impact on a business’ bottom line as they eliminate losses, manage risks,...



The reliability professionals at the Applied Technical Services Family of Companies (FoC) offer a variety of industrial predictive maintenance services to assist clients in increasing the efficiency and lifespan of their equipment. Industrial Predictive Maintenance Our Maintenance Experts Our predictive maintenance experts work diligently to provide clients with complete maintenance solutions to ensure the longevity, efficiency, and proper functionality of equipment, machinery, and devices. Employing a variety of testing and analysis methods, our engineers identify potential faults and defects to help prevent machine failures and minimize unexpected downtime. Predictive maintenance pinpoints specific areas of weakness to detect minor issues before they escalate, allowing clients to schedule maintenance and repairs at convenient times. This helps reduce the costs associated with catastrophic failure while helping to prolong the lifespan of equipment and increasing safety. Through comprehensive testing, real-time machine condition monitoring, and data collection and analysis, our highly trained engineers create maintenance plans that are custom-tailored to the specific needs of our clients. Data Collection The process begins with the installation of various sensors on machinery to continuously monitor temperature, vibration, pressure, sound, and other parameters. These sensors collect real-time data that is transmitted to a central system for analysis. Maintenance records and performance data help provide a comprehensive understanding of the equipment’s operational patterns and potential failure modes. Once data collection is complete, our experts analyze this data using sophisticated predictive algorithms. Machine learning models and statistical techniques are employed to identify patterns and anomalies that show signs of impending failure....



ATS NDT training classes are designed to attract professionals whose technical accomplishments and certifications contribute to the overall success of our industry. ATS offers several accommodating NDT training programs establish interactive learning environments that are priced below the industry average. Our programs establish interactive learning environments that exceed industry requirements, ultimately challenging students to become leaders in one or all of the nondestructive testing disciplines. Training occurs year-round with multiple courses being held weekly. Varied, Extensive Training Opportunities Build the Foundation of a Fruitful NDT Career ASNT Exam Center ASNT Authorized Pearson VUE Requirements Total Cost NDT Technician Training All Methods Certified Technicians NAS 410 and SNT-TC-1A Required Courses NDT Classes Eddy Current (ET) Liquid Penetrant (PT) Magnetic Particle (MT) Radiography (RT) Ultrasonic Testing (UT) Ultrasonic Thickness Testing (UTT) Visual Testing (VT) NDT Class Schedule 6-Month Calendar All Methods Start Registration Total Cost Training Schedule NDT Instructors Interactive Level III Instructors Many Industry Backgrounds Professional Years of Experience NDT Questions & Answers Level of Qualifications Minimum Training Hours OJT Training Physical Exams Practical Exams On-site NDT Training ATA Cost Savings MIL-STD-410E NAS 410 SNT-TC-1A



The Applied Technical Services Family of Companies (FoC) performs electric motor vibration analysis to measure the vibrations present in electric motors. Electric motors are commonly used across various industrial applications, and their functionality is often instrumental to an operation’s success. However, vibrations can affect equipment, impacting its performance and safety, so our experts conduct vibration analysis to ensure that our clients’ electric motors perform as expected. What is Electric Motor Vibration Analysis? Electric motor vibrational analysis measures the vibration levels an electronic motor produces during its operation. The analysis monitors the acceleration, amplitude, and frequency of vibrations to determine their severity. This process allows businesses to develop a deeper understanding of a motor’s health, so they can further explore the potential root causes, and resolve the issues before the effects worsen into more expensive and complicated problems. Technicians strategically place sensors on the motor housing and the sensors collect data that can characterize the nature of the motor’s vibrations. This allows technicians to investigate the reasons behind a motor’s vibrational deviations, which are most often caused by the following complications: Damaged or worn bearings Loose mounts or internal components Poorly aligned equipment Uneven weight distribution regarding the motor’s rotating equipment Our Electric Motor Vibration Analysis Services Our electric motor vibration analysis lab helps our clients understand their equipment’s health, so they can properly address the factors limiting its efficiency and reliability. Our proactive strategies help our clients avoid equipment failures that may otherwise compromise their productivity, leading to missed deadlines...



At Applied Technical Services, we are ready and willing to leverage our decades of industry experience to your advantage when it comes to providing NDT consulting. ATS strives to meet the unique needs and challenges of your organization on a daily basis. Our team can not only help augment your existing infrastructure for special projects, but we can also design reliable NDT procedures that you can depend on. In addition to guaranteeing the safe handling of mission-critical equipment, we also provide auditing and responsible Level III services. NDT Compliance ATS prides itself on our ability to remain compliant with all of the following industry standards: ASNT ASME NAS 410 NDT Consulting: The Details At Applied Technical Services, our comprehensive NDT consulting services were designed from the ground up to give you the service you need from a provider you can trust. ATS offers both Level III certification and consultations, and the assistance of NDT Level III personnel for any and all needs to help you better accomplish your business objectives. We proudly offer NDT auditing services, program management and training, qualification, and certification services to give you the peace of mind that only comes with knowing your workforce is ready for any and all future challenges. The NDT methods and procedures ATS is prepared to help bring your organization include, but are not limited to: Eddy Current Testing (ET) Infrared Inspection (IR) Liquid Penetrant Testing (PT) Magnetic Particle Testing (MT) Radiographic Testing (RT) Ultrasonic Testing (UT) Visual Testing (VT) The...



Applied Technical Services is an industry-leading NDT company that offers NAS 410 training. Registrants learn the latest NDT curriculum from qualified instructors in our state-of-the-art classrooms and lab facilities in Marietta, Georgia. What is NAS 410? National Aerospace Standard 410 is a standard of minimal requirements for certified NDT personnel. The Aerospace Industries Association establishes NDT standards to develop and improve industry standards. The Importance of NAS 410 Training Quality assurance is an essential factor in the health of a company and its consumers. NDT serves as an effective method of quality assurance testing, and highly trained NDT personnel are needed to conduct nondestructive testing. We carefully craft our NAS 410 training services to benefit current and aspiring NDT personnel by enforcing strict criteria in our courses. Registrants receive the training needed to qualify them for positions in various industries, including aerospace, automotive, construction, and nuclear energy. Required Classroom Formal Training Hours Eddy Current Levels 1 and 2 - 40 Hours Liquid Penetrant Levels 1 and 2 - 16 Hours Magnetic Particle Levels 1 and 2 - 16 Hours Radiography Levels 1 and 2 - 40 Hours Ultrasonic Levels 1 and 2 - 40 Hours Required On-The-Job Experience Hours Eddy Current Level 1 - 400 Hours Eddy Current Level 2 - 1,200 Hours Liquid Penetrant Level 1 - 130 Hours Liquid Penetrant Level 2 - 270 Hours Magnetic Particle Level 1 - 130 Hours Magnetic Particle Level 2 - 400 Hours Radiography Level 1 - 400 Hours Radiography Level 2...



Magnetic Particle Inspection, or “MT,” is one of the most popular and widely used methods of Non-Destructive Testing. Technicians detect surface and sub-surface discontinuities in a variety of product forms made of ferromagnetic materials. MT is widely accepted as one of the top inspection techniques in the commercial or government industry, making it one of the most in-demand skills set to have. Magnetic Particle Inspection Training Course Applied Technical Services’ Magnetic Particle Inspection training courses are designed to help enhance the knowledge of students in a number of key areas, including quality control, quality assurance, applications, evaluation of findings, and discontinuities. ATS offers two different MT courses for the commonly accepted certification schemes within the industry. The Level II courses involve 24 hours of curriculum for the ASNT’s SNT-TC-1A recommended practice or 32 hours for the NAS 410 certification scheme. These courses offer a complete study of both theory and the practical application of the types of MT methods and equipment that students will need when they’re officially on the job and beginning their careers. NDT Level II Training Course Goals The goals of the Magnetic Particle Inspection training courses offered by Applied Technical Services involve allowing students to not only further their education, but to also position themselves for easy entry into their desired industry. Aerospace, chemical, infrastructure, nuclear, manufacturing, pipeline, power generation, shipyard, and many others are all heavily involved with Magnetic Particle Inspection. To find out more information about ATS’ MT training, please contact our office today....



Applied Technical Services offers a wide variety of NDT training courses. You can find an exhaustive list of our offerings, as well as the price of each class, below. Courses are held regularly throughout the year unless otherwise indicated. Students can schedule one of our by-request training courses or request onsite training in their own facility by reaching out to us at our main line, +1 (888) 287-5227 and asking for “NDT Training. ” Aircraft Wheel Inspection Using ET — $950 Available for Schedule by Request Eddy Current (ET) Level I — $1300 Eddy Current (ET) Level II — $1300 Introduction to Nondestructive Testing — $1300 IRRSP Refresher Course — $850 Available for Schedule by Request Liquid Penetrant (PT) Level I/II — $850 Magnetic Particle (MT) Level I/II — $950 MT According to NAS 410 — $1175 NDT Level III Refresher Course — Starting at $500 Available for Schedule by Request PT According to NAS 410 — $1175 PT/MT Combined Level I/II — $1500 Radiographic Film Interpretation — $950 Available for Schedule by Request Radiography (RT) Film Method Level I — $1300 Radiography (RT) Digital Method Level I — $1300 Radiography (RT) Computed Method Level I — $1300 Radiography (RT) Film Method Level II — $1300 Radiography (RT) Digital Method Level II — $1300 Radiography (RT) Computed Method Level II — $1300 RT Non-Film Method According to NAS 410 Level I — $1300 RT Film/Non-Film Method According to NAS 410 Level I — $2100 RT Non-Film Transition Method According to NAS 410 Level I — $900 Available for Schedule by Request RT Non-Film Method According to NAS 410 Level II — $1300...



The Applied Technical Services Family of Companies (FoC) offers a vibration analysis course that helps professionals strengthen their knowledge and understanding of vibration analysis principles and applications. Vibrations are a naturally occurring mechanical phenomenon that occurs in equipment and structures. However, excessive vibrations can be worrisome as they can lead to accelerated wear and tear, eventually causing premature failure. Fortunately, our vibration analysis class is an effective way of vibration testing personnel to ensure that they’re able to understand vibration-related data to remedy potential failure-inducing issues. What is a Vibration Analysis Course? A vibration analysis course covers the various theories and techniques needed to develop or reinforce an attendee’s understanding of vibrations and how they impact machines, materials, and structures. Vibration analysis courses are carefully crafted to suit the needs of a wide range of personnel, including those who do the following: Specialize in maintenance and reliability Plant operators who use and supervise equipment Asset management staff who create maintenance schedules About Our Vibration Analysis Course Our vibration analysis class is a great way for professionals to connect and learn important skills from experienced experts. We offer an in-depth curriculum that helps attendees better understand the potential of their equipment while improving their ability to conduct comprehensive analyses that benefit their clients. Our predictive maintenance professionals host engaging classes, ensuring that participants can gain perspective from a professional with real-world experience navigating unique situations and carrying out vibration analysis applications. Our vibration analysis course will help students improve their understanding...



The Applied Technical Services Family of Companies conducts electronic motor circuit analysis to detect and diagnose inefficiencies within motor systems through the assessment of motor circuit electrical characteristics. Electric Motor Circuit Analysis Services Electric motor circuit analysis offers a reliable, cost-effective method of preventative maintenance to detect and diagnose potential motor system issues before they become problematic for your business. Motor circuit analysis consists of various testing methodologies and techniques that allow our dedicated reliability engineers to pinpoint specific inefficiencies to help promote increased equipment lifespan and optimal functionality. Static circuit analysis testing involves taking measurements while the motor system is out of operation, while dynamic circuit analysis testing takes place while the motor system is running to detect discontinuities that only occur during operation. Static Testing Insulation Resistance Testing DC Resistance Testing Dynamic Testing IR Thermography Testing Vibration Analysis Motor Current Signature Analysis Preventative Maintenance Services at ATS ATS’ dedicated reliability engineering specialists apply unparalleled skills and knowledge to keep client operations running smoothly. Regularly scheduled preventative maintenance can provide a wide range of benefits, including: Improved safety and reliability Reduced downtime Industry regulation compliance Increased efficiency Extended equipment lifespan Reduced repair and replacement costs Valuable equipment condition insight Minimized environmental impact Reliability Engineering From IR thermography to equipment condition monitoring, ATS offers an expansive list of reliability engineering services. Some of our most commonly requested services include: Reliability Engineering Services Floor Vibration Testing CNC Machine Monitoring Thermal Imaging Inspections Predictive Maintenance Programs Ultrasound Leak Detection Thermography Testing Fan...



The Applied Technical Services Family of Companies (FoC) offers a professional-led vibration analysis class that teaches professionals the core principles of vibration analysis applications. Vibrations occur naturally in materials and machines, but vibrational anomalies can be a symptom of complications worth further investigating. Our vibration analysis course helps professionals learn vibration analysis principles and strategies that help them better serve their clients. What is a Vibration Analysis Class? A vibration analysis class introduces and reinforces concepts and topics about the mechanical vibrations within machines and structures. These courses reinforce the core principles of vibration analysis, while also exploring important concepts that enable technicians to improve their ability to recognize and resolve vibration-related issues out in the field. These courses empower students to develop skills that will benefit them in real-world situations where their new-found knowledge can be instrumental in their ability to help clients. More About Vibration Analysis Class Our vibration analysis training courses help engineers and maintenance professionals strengthen their ability to carry out effective predictive maintenance strategies. Attendees can expect to improve or reinforce their ability to do and understand the following: Identify issues with machinery Analyze vibration data Concepts such as frequency and resonance Our classes benefit experienced vibration analysis experts and beginners alike, as our curriculum empowers attendees interested in investing in their education to further their career prospects. How are Vibration Analysis Classes Beneficial to Professionals? Vibration analysis classes offer a welcoming experience for professionals to learn while creating opportunities to network and better familiarize...



Applied Technical Services helps clients find and address valve leaks in machinery and piping systems with ultrasonic valve leak detection. Ultrasonic Testing Ultrasonic valve leak detection is an effective, cost-efficient method to find leaks through ultrasonic listening, pinpointing the source location of high-frequency sound waves generated by turbulent flow. When a valve leaks, the gas or liquid escaping through the leak creates sound waves inaudible to human hearing. Our ultrasonic testing experts employ the use of ultrasonic sensors that are highly sensitive to high-frequency sound waves and capable of picking up ultrasonic emissions even in high-volume environments. These ultrasonic waves are then converted into audible sounds, at which point ATS’ technicians conduct an ultrasonic sound wave analysis. This analysis then guides an ultrasonic inspection that consists of scanning the valve with an ultrasonic detector to identify the precise location of the leak. Our reliability engineers then provide a recommended course of action to address the leak and any other relevant issues. Ultrasonic Detection Services at ATS Ultrasonic valve leak detection is a nondestructive testing method that can be conducted while machinery is in use, allowing for data collection and analysis without the need for service interruptions. Ultrasonic detectors and sensors are highly sensitive and versatile, with the ability to detect minute gas and liquid valve leaks that could be undetectable by other inspection methods. Ultrasonic valve leak detection is quick, efficient, and cost-effective, requiring a short inspection with immediate results that can help avoid equipment and machinery malfunctions and even...



The Applied Technical Services Family of Companies (FoC) offers ultrasonic leak testing services that locate leaks in industrial equipment and facilities. What is an Ultrasonic Leak Test? An ultrasonic leak test is a nondestructive way to locate the source of leaks within different types of vacuum and pressurized systems. Leaks often emit noise at a frequency that is inaudible to human ears, but ultrasound technology can pinpoint the source of the sound with ease. Technicians use this advanced technology to inspect industrial sites and equipment for potential leaks. Our Ultrasonic Leak Testing Services Our testing lab has advanced ultrasonic technology to locate leaks within industrial pressure and vacuum systems. We use state-of-the-art technology, ensuring our services are precise and effective in different environments. Our services apply to a wide range of equipment, including: Bearings Machine components Piping systems Vessels Why is Ultrasonic Leak Testing Important? Ultrasonic leak detection services are an effective way to safeguard equipment, preserving the efficiency of operations. Unaddressed leaks can become a financial burden that increases as an operation’s reliability declines. Our ability to help our clients identify leaks early on can help save them from the various complications that arise as leaks progress into potentially dangerous situations. Overall, ultrasonic leak tests help businesses do the following: Reduce excessive energy consumption, therefore lower energy costs Prevent leak-related dangers Establish a preventative maintenance strategy More About Our Predictive Maintenance Services Our ultrasonic leak detection services are a component of our predictive maintenance program, which consists of multiple...



The Applied Technical Services Family of Companies uses ultrasonic listening technology to conduct mechanical and electrical inspections on industrial equipment. Industrial facilities are often loud and busy places where it can be difficult to observe the sounds emitting from each machine. Fortunately, modern ultrasound technology helps professionals accurately locate the source of specific sounds, allowing them to investigate the potential causes of worrisome sounds in various environments. What is Ultrasonic Listening? Ultrasonic listening is a preventative maintenance technique that allows businesses to passively evaluate their equipment, highlighting potential areas of concern. This noncontact inspection process uses sensitive listening technology to detect the presence of high-frequency emissions stemming from industrial machines and equipment, and leaks present in industrial facilities and settings. Ultrasonic inspections are adept at capturing the sounds produced by unwanted friction occurring between components as an instrument operates. Ultrasonic inspectors use the technology to diagnose electrical and mechanical issues that may worsen if the contributing factors go unaddressed. More About Our Ultrasonic Inspection Services Our ultrasonic inspection services are a part of our predictive maintenance services that help our clients prolong the service life of their equipment through a proactive approach. Our technicians use our well-maintained and properly calibrated ultrasonic listening technology to carefully survey equipment and environments, locating and identifying any areas of concern that may require action. The Importance of Ultrasonic Inspections in Industrial Applications Passive ultrasonic listening is an important component of preventative maintenance programs in various industries. Modern ultrasonic technology allows for the early detection...



Applied Technical Services offers thermography training courses online to prepare individuals for new and advanced roles in infrared thermography in a convenient and accessible format. Online Infrared Thermography Training Online thermography training offers a flexible and convenient approach for individuals looking to attain their infrared thermography certification without the constraints of traditional classroom settings. Virtual thermography training programs provide comprehensive instruction in thermography principles, equipment operation, data interpretation, and practical applications through virtual learning platforms. As hands-on experience with thermal imaging equipment is important part of online thermography training, our programs offer virtual simulations and remote access to infrared cameras to allow participants to practice operating equipment and capturing thermal images in simulated environments. Practical exercises reinforce theoretical knowledge and help participants develop useful skills in conducting thermal inspections. Data interpretation skills are heavily emphasized in our online thermography programs to ensure that participants can analyze thermal images accurately and effectively identify potential issues such as heat loss, moisture intrusion, electrical anomalies, and mechanical failures. Training materials include software tutorials for image analysis and reporting that guide participants through processing and document thermal data. ATS’ remote thermography classes explore safety protocols and procedures such as electrical safety, PPE requirements, and the best practices for safely conducting inspections to educate candidates on potential hazards associated with thermal imaging inspections. Understanding and following safety protocols is essential to minimizing the risks associated with infrared thermography. Level 1-3 Certification The ATS Family of Companies offers Level 1, Level 2, Level 3, and specialized thermography...



Applied Technical Services provides thermography training courses for Level 1, Level 2, and Level 3 infrared thermography certification to prepare candidates of all experience levels for careers in the field of infrared thermography inspections. Thermography Training Level 1 at ATS Our Level 1 course covers the basics and fundamentals of infrared thermography, including basic infrared theory, infrared camera operation, image analysis techniques, and heat transfer concepts. Graduates from our Level 1 program will be equipped to perform basic thermography inspections under supervision, properly collect data from thermography inspections, and analyze and interpret thermal images for a range of applications. Thermography Training Course Structure Applied Technical Services’ Level 1 programs include 32 hours of dedicated training, ranging from traditional classroom learning to hands-on experience that will help candidates familiarize themselves with their upcoming career responsibilities. Infrared Thermography Applications Infrared thermography is used in a variety of fields and industries and is one of the preferred inspection methods for machine condition monitoring, several types of nondestructive testing, preventative maintenance, and various quality assurance services. Our Level 1 thermography training course will help trainees by familiarizing them with the fundamentals of thermal imaging technology and improving inspection efficiency and effectiveness. Training at Applied Technical Services Applied Technical Services offers an expansive list of training courses and programs. Some of our most popular course offerings include: Failure Analysis Training Condition Monitoring Training Vibration Analysis Training and Certification Infrared Thermography Training Levels 1-3 Rope Access Training and Certification Eddy Current Testing Training NDT Ultrasonic Testing...



The Applied Technical Services Family of Companies (FoC) hosts thermography training courses that help businesses and professionals establish a deeper understanding of thermographic inspection procedures, principles, and concepts. What is Thermography Training? Thermography training familiarizes professionals with infrared cameras and their various uses and suitability for a wide range of applications. Thermography training outlines the fundamentals of thermal imaging technology, introducing attendees to the principles of heat transfer and interaction with the infrared spectrum. Training helps participants improve their understanding of infrared camera operation, enabling them to capture high-quality thermal images. Trainees learn to interpret temperature variations and how to identify and resolve potential problems they encounter in the field. More About Our Thermography Training Courses Our experienced professionals host in-house and on-site training sessions where participants gain hands-on experience addressing situations that mimic real-world scenarios. We offer specialty infrared training sessions alongside level 1, 2, and 3 training opportunities. Level 1 Thermographic Applications Our level one thermographic training is a 32-hour course focusing on the applications and general theories of infrared thermography. This course discusses various topics, including: How to generate clear and high-quality thermal images Infrared theory How to operate thermal imaging equipment Heat transfer concepts Level 2 Advanced Infrared Thermography This 34-hour thermography is designed for practicing thermographers seeking to advance their understanding of infrared technology. This course covers the following topics: The interpretation and diagnosis of thermal situations Emissivity concepts Spatial resolution Measurement resolution Level 3 Best Practices Level 3 is specifically designed to benefit professional...



The Applied Technical Services Family of Companies (FoC) provides SF6 gas analysis services that evaluate the quality of SF6 gas. Gas analysis is an essential service across various industries where gases are needed to optimize production and develop and improve technologies and materials. However, gases can create hazardous conditions, so businesses use third-party labs such as the ATS FoC to determine if a gas is pure, safe, and effective at its intended application. What is an SF6 gas and an SF6 Gas Analyzer? Sulfur hexafluoride, also known as SF6, is an odorless synthetic gas commonly used in electricity distribution and transmission. The greenhouse gas is often present in medium and high-voltage equipment as it serves as insulation for live electricity, allowing the electrical current to be turned on and off. The gas’s prominence in the electrical industry has made it a major contributor to greenhouse gas emissions, so businesses use SF6 gas analyzers to evaluate various characteristics of their gas. An SF6 gas analyzer is adept at determining the quality of SF6 gas, as it provides measurements for the gas’s composition and composition. Portable analyzers offer a convenient way for technicians to conduct analysis in the field whereas lab analysis can greatly improve the accuracy of the gas analysis. About Our SF6 Gas Analysis Services Our SF6 gas analysis services assist our clients as they seek to comply with industry standards and regulations while ensuring that their SF6 gas provides insulation as expected. Our gas chromatography experts acquire samples and...



The Snell Group, a member of the Applied Technical Services Family of Companies, provides in-depth thermography training programs to prepare trainees for entry-level, intermediate, and advanced roles in infrared thermography inspections. Snell Level I, II, and III thermography certification courses are specialized programs focused on providing comprehensive training in the principles and applications of infrared thermography. The Snell Group is widely recognized as a leading provider of thermography training, emphasizing high standards and practical knowledge for professionals in various industries. This training equips participants with the skills necessary to conduct effective thermal imaging inspections and interpret thermal images accurately in order to provide clients with the highest levels of precision and reliability. Snell Thermography Training Curriculum The Snell Group’s training curriculum covers fundamental concepts of thermodynamics, infrared physics, and the behavior of electromagnetic radiation within the thermal spectrum. Participants learn about the principles of heat transfer, emissivity, reflectivity, and thermal imaging techniques. This foundational knowledge is essential for understanding how infrared cameras capture thermal data and interpret patterns in different materials and environments. The Snell Group is proud to offer infrared thermography training online as well as on-site at client locations. Thermography Applications Hands-on experience with thermal imaging equipment is a key component of thermography training as we prepare training candidates to conduct infrared thermography inspections in a wide range of industries. Participants receive instruction on operating infrared cameras, adjusting settings for optimal image quality, and conducting inspections in real-world scenarios. Practical exercises allow trainees to develop skills capturing thermal...



The Applied Technical Services Family of Companies offers rotating equipment monitoring services, ensuring that our client’s machines are performing at their optimal level. What is Rotating Equipment? Rotating equipment is an instrumental part of an industrial’s operations efficiency and success. Businesses in a wide range of industries, including chemical processing, renewable energy, and manufacturing, depend on the health of their rotating equipment to keep up with their production. Rotating equipment is necessary to facilitate the movement of different gases, fluids, and materials throughout various types of machines, including: Compressors Motors Pumps Turbines Like all types of machinery and equipment, rotating equipment requires maintenance and upkeep to ensure its reliability. What is Rotating Equipment Monitoring? Equipment monitoring is a critical component of predictive maintenance strategies for companies that rely heavily on rotating equipment to maintain their operations. The monitoring process is continuous, providing real-time information on the condition of machines so businesses can act and address any abnormalities present during operation. Rotating equipment monitoring is advantageous for businesses looking to get the most out of their equipment by improving its performance and prolonging its service life. Why is Predictive Maintenance Important? Our ISO/IEC 17025:2017-accredited labs offer numerous types of condition monitoring services, including rotating equipment monitoring. Our highly trained employees use our lab’s state-of-the-art equipment to develop and carry out strategies that help our clients further understand their equipment’s status to prevent the following: Equipment failures Excessive repairs Risks to equipment critical to an operation's success Our predictive maintenance and condition...



The Applied Technical Services Family of Companies offers rotating equipment condition monitoring services, helping businesses improve their equipment’s performance efficiency. Rotating equipment is instrumental to the success of industrial applications and facilities. Rotating parts generate energy that fuels various types of machinery, including compressors, fans, generators, and pumps. Regular maintenance and condition monitoring of these machines is necessary to ensure that they meet the demands of an operation with regularity, keeping interruptions to a minimum. What is Condition Monitoring? Condition monitoring is a proactive approach to maintenance that allows businesses to assess the health of their industrial equipment. The process can be periodic or continuous, but it often reveals the presence of many types of concerning issues, including: Bearing wear Lubricant issues Imbalances Fractures and cracks Condition monitoring is a highly important component of predictive maintenance strategies because it reveals critical information about a machine’s health and indicates when it may require maintenance or repair. Our Condition Monitoring Services Our condition monitoring services play a crucial role in helping businesses maintain and improve their operation’s stability. Our employees use their expertise in various studies and applications to deliver comprehensive services improving our client’s operations for years to come. We offer a wide range of condition-monitoring services, including: Capacitance Vibration monitoring Laser alignment Inductive balance Thermography inspections Passive ultrasonic listening Why is Condition Monitoring Important for Rotating Equipment? Rotating equipment is often a critical part of an operation’s success and efficiency. By continuously monitoring a machine’s performance, businesses can detect small...



The Applied Technical Services Family of Companies (FoC) offers predictive maintenance vibration analysis services so that businesses maintain reliable machinery. What is Vibration Analysis and Why is It Important? Vibration analysis is the process of evaluating the frequency, phrase, and amplitude that a machine vibrates during its operation. Technicians can gain important insight into a machine’s health by monitoring vibrations for any signs of irregularities. The information gathered from vibration analysis provides an avenue for technicians and operators to monitor equipment so they can identify and resolve issues sooner rather than later. Vibration analysis is an effective way for technicians and businesses to perform predictive maintenance, prolonging the life of equipment by detecting various types of issues, such as: Bearing wear and tear Damaged shafts Misalignment Imbalance Poor lubrication More About Our Predictive Maintenance Vibration Analysis Services Our predictive maintenance vibration analysis experts use our state-of-the-art lab to provide comprehensive services that help our clients ensure the reliability and safety of their equipment. We use advanced vibration monitoring technology to identify potential issues so we can address them before they expand into more costly and concerning issues. During our analysis, we measure and evaluate vibration signatures to locate the problems causing the excessive vibration. We offer numerous vibration analysis services, including the following: Bearing vibration monitoring Fan vibration testing On-site vibrational analysis Vibration-based condition monitoring How do Predictive Maintenance Services Help Businesses? Predictive maintenance is much more proactive than traditional maintenance practices, making it a highly effective way for businesses...



The Applied Technical Services Family of Companies (FoC) offers professional predictive maintenance solutions that help companies maintain healthy and reliable equipment. Industrial equipment is expensive and often the backbone of an industrial operations’ success and efficiency. However, as equipment ages, it requires maintenance to maintain its production and reliability. Fortunately, we offer predictive maintenance services that help our clients maintain operational efficiency while prolonging the service life of their equipment. What is Predictive Maintenance? Predictive maintenance is a proactive approach to maintenance that uses data analysis to anticipate potential equipment failures, helping technicians develop maintenance schedules that can prevent major issues. Unlike traditional maintenance methods, predictive maintenance is a continuous process where sensors actively collect real-time from operating machines. Predictive maintenance helps businesses notice anomalies within their equipment that may be areas of concern worth investing in before the anomalies evolve into more serious issues. Our Predictive Maintenance Services Our experienced and trained experts establish predictive programs that improve our client’s confidence in their operations’ ability to run relatively uninterrupted. We utilize our state-of-the-art facilities, and our staff’s experience in various applications to determine a predictive maintenance strategy that suits the needs of our clients’ operation. We offer various predictive maintenance services, including: Motor Circuit Evaluations Infrared Thermography Vibration Analysis Passive Ultrasonic Listening Ultrasonic Testing Why is Predictive Maintenance Important? Predictive maintenance is important because it presents business owners and operators with the chance to make an informed decision about a machine’s operation. This allows equipment to operate uninterrupted until...



The reliability testing experts at Applied Technical Services provide predictive maintenance consulting services to formulate comprehensive maintenance plans custom-tailored to the specific needs of our clients. Predictive Maintenance Services The Applied Technical Services Family of Companies’ predictive maintenance professionals work closely with clients to devise complete predictive maintenance solutions through hands-on consulting. These preventative maintenance procedures help ensure machine and equipment efficiency, longevity, and functionality, helping to minimize unexpected expenses and avoid costly replacements and downtime. Our engineers use several different testing and analysis methods to identify potential defects and discontinuities to help prevent equipment malfunction and failure. Predictive maintenance consulting consists of thorough examination of equipment systems, allowing our technicians to pinpoint specific areas of weakness before minor issues escalate into bigger problems. Through machine condition monitoring and comprehensive data analysis, we create maintenance schedules that work around your specific machinery and business needs to eliminate unnecessary expenses while promoting safety and optimal functionality. Lubricating Oil Analysis: assesses the condition of equipment and machinery through lubricating oil examination, identifying contaminants, degradation, and wear particles that can indicate inefficiencies and other issues. Vibration Analysis: monitors the machinery vibrations to detect potential issues that could eventually lead to significant malfunctions and even equipment failure. Infrared Thermography: employs the use of infrared sensors to detect thermal abnormalities within equipment, systems, devices, and components. Imbalances and other irregularities often result in increased temperatures caused by friction, allowing our predictive maintenance experts to identify problematic areas and processes. Ultrasonic Testing: uses high-frequency sound waves...



The Applied Technical Services Family of Companies offers comprehensive predictive asset maintenance services to help businesses optimize their maintenance strategies, reduce operational downtime, and extend the lifespan of their equipment. Leveraging advanced technologies and a wealth of industry experience, ATS provides custom-tailored solutions that meet the unique needs of our clients working in various industries, from manufacturing and consumer products to aerospace and automotive. Data Collection and Monitoring Our extensive data collection and monitoring system is at the core of ATS’s predictive asset maintenance services. Our reliability engineering experts employ a range of sensors to gather real-time data on parameters such as vibration, temperature, pressure, and acoustic emissions. These sensors are strategically placed on machinery and equipment to continuously capture performance metrics, collecting data that provides a detailed picture of the asset’s operational status to form the foundation for predictive analysis. Advanced Data Analytics Applied Technical Services utilizes sophisticated data analytics and machine learning algorithms to analyze the predictive maintenance data collected. By identifying patterns and trends, these analytics can detect anomalies and potential failures before they become critical issues. The predictive models developed by ATS experts provide clients with detailed insight on equipment conditions, allowing for conveniently scheduled maintenance, repairs, and equipment replacements to avoid unexpected service interruptions. Condition Monitoring Continuous condition monitoring ensures that any deviations from normal operating conditions are promptly identified, allowing the expedited resolution of potential issues that can prevent minor inefficiencies from escalating into major problems. Condition monitoring also provides valuable insights into the performance and...



The Applied Technical Services Family of Companies (FoC) performs operational deflection shape analysis on various types of structures and machinery. Vibrations are present in all structures and equipment, but excessive vibrations may be a sign that a significant issue exists within the structure or machine. Our vibration testing lab offers services that determine the origin and severity of vibrations, enabling our clients to make informed decisions about the health of their materials, machines, and structures. What is Operational Deflection Shape? Operational deflection shape (ODS) is an analytical technique used to highlight and measure the dynamic behavior of structures and devices under operational conditions. ODS uses dynamic sensors to capture a material’s vibrational pattern via animated geometric models, revealing information about the material’s phase of vibration and amplitude during operation. The analysis highlights any excessive vibrations present and areas of concern that could compromise the structure’s safety and integrity. Our Operational Deflection Shape Analysis Services Our ODS analysis services help clients evaluate how their machines and structures vibrate under real-world applications. Our experts use the precise data gathered during the analysis process to recommend targeted solutions that would help our clients avoid unnecessary repairs and excessive downtime. Our ODS analysis services provide information on the following: The subject’s deformation patterns under operating conditions The origins of resonating frequencies Determine the source of unwanted vibrations Evaluate the severity of vibrations Nuclear and seismic testing Why is ODS Analysis Important? ODS analysis is highly effective and important because of its ability to help...



The Applied Technical Services Family of Companies (FoC) offers on-site vibrational analysis services that reveal critical information about machinery and machine components. Machines vibrate as they operate, but certain vibrational amplitudes and frequencies may serve as evidence that there are excessive vibrations present that may compromise the service life and reliability of equipment. What is Vibrational Analysis? Vibrational analysis is the process of monitoring the vibrational levels and patterns present in components, machines, or structures. The analysis is effective at highlighting vibrational abnormalities that may represent issues with the equipment’s performance and overall health. Vibrational analysis is an effective way to determine the root cause of concerning vibrations. Our On-Site Vibrational Analysis Our on-site vibrational analysis services offer effective to carry out proactive maintenance strategies on different types of equipment found throughout industrial facilities. Our highly trained technicians use the data gathered from our analysis services to develop and comprehensive picture of the equipment’s inner workings. We offer a wide variety of vibrational analysis services, including but not limited to: Combined temperature and vibration exposure Earthquake simulation Engine mounted vibration Field data acquisition Motion amplification Modal analysis testing Nuclear and seismic testing Our one-site vibrational analysis services apply to numerous types of parts, such as: Bearings Compressors Engines Fans Gear boxes Gears Motors Why is Vibrational Analysis Important? Vibrational analysis services offer businesses an effective way to implement practical condition monitoring and predictive maintenance strategies. The early identification of the issues discovered through vibrational analysis grants businesses the opportunity to...



The Applied Technical Services Family of Companies (FoC) uses state-of-the-art (OGI) optical gas imaging technology to conduct gas leak surveys on industrial sites and facilities. Natural gas is a common fuel source across various applications and environments. However, natural gas does pose serious risks if leaks are present, so our optical gas imaging services are a great way for businesses to detect gas leaks before they evolve into life-threatening circumstances. What is Optical Gas Imaging? Optical gas imaging enables technicians to detect and visualize gas leaks in a variety of environments. OGI technology is instrumental in helping companies comply with regulations that ensure their environments are safe and not susceptible to gas leak-related hazards and accidents. OGI professionals carefully calibrate cameras to detect otherwise invisible gases, enabling them to confirm the presence of even the smallest of leaks. This non-intrusive process offers significant advantages over traditional detection techniques because it allows technicians to survey areas rapidly and from safe distances. Our Optical Gas Imaging Services An optical gas imaging (OGI) lab specializes in the detection and visualization of fugitive gas emissions. Utilizing specialized cameras, these labs employ infrared technology to identify leaks of methane, hydrocarbons, and other industrial gases. Unlike traditional methods, OGI surveys can be conducted from a safe distance and without interrupting operations. This non-intrusive approach allows for rapid and comprehensive scans of large areas, pinpointing leaks with high accuracy. OGI labs play a crucial role in environmental protection by helping industries minimize their impact on greenhouse gas...



The reliability testing experts at the Applied Technical Services Family of Companies perform comprehensive motor vibration analysis to detect vibrational irregularities and imbalances before they cause significant problems, helping clients minimize and avoid costly repairs and replacements. Vibrational Analysis Services Vibration analysis is a popular predictive maintenance procedure, allowing our vibration testing experts to pinpoint underlying issues before they escalate to malfunction or catastrophic failure. Motor vibration analysis uses accelerometers and other vibration detection sensors, applying them to strategic points on the motor to provide real-time condition monitoring. This monitoring provides valuable data that our technicians and engineers then analyze to determine the precise source of the vibration, as well as its frequency and consistency. Assessing the frequency spectrum allows the identification of specific components within machinery, helping to filter through the various vibration emissions of standard operation. Identifying and isolating normal vibrations allows them to be separated from irregular vibrations and abnormalities, guiding the detection of problem areas, imbalances, irregularities, and other inconsistencies. Once problematic vibrations are isolated, pattern recognition helps diagnose faults. Our experts compile all data yielded from the motor vibration analysis in a report that includes recommended corrective actions. We offer complete predictive maintenance plans custom-tailored to your needs, helping your business stay ahead of repairs and services to drastically reduce the risks of system failure and unexpected downtime. Preventative Maintenance at ATS ATS is dedicated to helping your business optimize efficiency, promote safety, maintain compliance with regulatory requirements, reduce repair and replacement costs, and minimize...



The Applied Technical Services Family of Companies offers several motor testing services and procedures to increase the lifespan, performance, safety, and efficiency of motors used in a variety of applications and industries. Motor Monitoring and Testing Preventative motor maintenance services help to ensure the long-term performance of electric motors used in equipment and machinery. The primary objective of this type of testing and analysis is to evaluate and verify the operational longevity, effectiveness, and efficiency of motors under various stress conditions. By systematically assessing different motor parameters, ATS’ highly trained reliability engineers can identify flaws and defects before they lead to inefficiencies, malfunctions, and potential equipment failure. Our testing experts utilize a variety of methods to assess motor condition and functionality, including: Vibration Testing: the motor is exposed to various vibrations to monitor its response to different vibrational frequencies and amplitudes, allowing the detection of potential misalignments and imbalances. Electrical Testing: Surge testing, partial discharge testing, and insulation resistance testing are used to detect inefficiencies, voltage tolerance, and insulation integrity. Endurance Testing: the motor is operated under load for extended periods of time to assess longterm reliability. Environmental Testing: motor and motor components are exposed to specific temperatures and humidity levels as well as corrosive substances and other elements to determine resistance to environmental conditions. The Preventative Maintenance Experts at Applied Technical Services ATS’ preventative maintenance offerings help our clients maintain streamlined business operations through uninterrupted service, minimized costs, and regulatory compliance. In addition to motion amplification analysis, the Applied...



The predictive maintenance experts at Applied Technical Services perform motor current predictive maintenance to enhance the reliability and performance of electric motors used in industrial applications. ATS' Motor Current Predictive Maintenance Programs Our experts utilize a variety of motor current predictive maintenance methods to tailor our programs to the specific needs of our clients working in industries such as petrochemical, building, construction, pulp and paper, renewable energy, life science, consumer product manufacturing, oil and gas, automotive, military and defense, healthcare, aerospace, communications, and aviation. We are dedicated to exceeding client needs, offering an impressive list of testing, inspection, and analysis services, as well as compliance and certification programs. Our predictive maintenance programs typically include: Vibration Analysis Ultrasonic Testing Infrared Thermography Inspections Motor Current Signature Analysis Machine Condition Monitoring Motion Amplification Analysis These testing and analysis procedures allow our predictive maintenance experts to detect electrical signal abnormalities, component imbalances and misalignment, vibrational inconsistencies, thermal irregularities, and ultrasonic emission variabilities before they turn into significant issues. Early detection of minor problems helps provide insight into several aspects of equipment health, providing the information that allows our engineers to create maintenance programs specific to your business’ needs. ATS’ predictive maintenance programs help promote workplace safety, increase the lifespan of equipment and machinery, reduce repair and maintenance costs, and minimize service interruptions. We work diligently to help your business achieve the highest level of optimization possible so you can focus on your business operations. The Applied Technical Services Family of Companies Applied Technical Services’...



Applied Technical Services performs motor circuit analysis to assess the electrical characteristics of motor circuits, identifying potential flaws within the motor system. Motor Circuit Analysis at ATS Our reliability engineers analyze motor circuits through a complex series of tests and procedures to identify and diagnose any potential issues within a motor system. Through static testing, our technicians can pinpoint open circuits, insulation wear, winding shorts, as well as several other inconsistencies and inefficiencies. Static motor circuit testing includes DC resistance testing, and insulation resistance testing such as spot reading testing, time resistance testing, and step voltage testing. Dynamic testing is used to expose potential deficiencies that can only be observed under operational conditions and utilizes testing methods such as vibration analysis, motor current signature analysis, and infrared thermography testing. The Applied Technical Services Family of Companies employs industry-leading professionals that implement the use of advanced testing and measurement methods as well, including phase angle measurements and impedance and admittance testing. Motor circuit analysis is highly effective and cost-efficient, making it a regularly utilized form of predictive maintenance in a variety of disciplines and industries. ATS offers complete testing solutions that are custom-tailored to the specific needs of our clients, working diligently to meet the needs of our diverse clientele so your business can stay focused on doing what you do best. Preventative Maintenance Services ATS’ reliability engineering specialists apply decades of combined experience to help our clients keep their business operations free of interruptions. Regularly scheduled preventative maintenance provides benefits...



The Applied Technical Services Family of Companies (FoC) uses motion amplification to evaluate small movements and vibrations in industrial equipment. Machines vibrate during operation, and these vibrations are often detectable to the human eye. Fortunately, our motion amplification services effectively detect these vibrations and examine their effects on equipment. What is Motion Amplification? Motion amplification is an advanced technique that uses a video processing algorithm for subtle motions. This technology consists of video and image processing software that analyzes each pixel within a video, amplifying vibrations until they are visible to the human eye. The technology helps technicians detect minuscule movements occurring within equipment as it functions, offering a noninvasive way to learn more about the performance and health of various types of machines. About Our Motion Amplification Services Our motion amplification allows us to circumvent the human eye’s limitations to discover more about how our clients’ equipment vibrates and the impact those vibrations may have on the instrument’s future functionality and health. The cutting-edge software distinguishes between background noise and true vibrations, ensuring that the information accurately measures the device’s vibrations. The information we obtain helps maintain operational efficiency while helping our clients develop, implement, and improve predictive maintenance and condition monitoring strategies. The Benefits of Our Motion Amplification Services Motion amplification is a powerful tool for companies seeking a noninvasive way to detect mechanical issues in equipment. The technology is exceptionally accurate, allowing businesses to use it for root cause analysis. Overall, motion amplification services help our clients...



The Applied Technical Services Family of Companies performs motion amplification services that diagnose issues with industrial machinery and equipment. Motion amplification offers significant advantages over traditional vibrational analysis methods, making it an effective way to evaluate the condition of equipment and devise predictive maintenance strategies. What is Motion Amplification? Motion amplification amplifies an object’s motion so that technicians can see the motion present in equipment as it operates. The technology consists of a high-speed camera and cutting-edge video software that processes the data captured in the video image and translates it into information regarding the object’s deflection, displacement, and movement. The noninvasive technology offers an insightful glimpse into a device’s health, allowing experts to gain a deeper understanding of how the presence of vibrations may affect the functionality and health of the equipment. Our Motion Amplification Services We conduct motion amplification services to detect vibrations that are not visible to the human eye. The strength of motion amplification technology benefits a wide range of industries. Our services are ideal for clients seeking to do the following: Confirm the presence of misaligned and loose components Identify machine imbalances Accelerate troubleshooting efforts Improve predictive maintenance strategies The Benefits of Motion Amplification Services Motion amplification is an invaluable resource for companies seeking to evaluate and confirm the health of their equipment. The early detection capabilities of motion amplification technology are an invaluable asset as they help technicians identify and resolve minor subtle issues before they progress into more worrisome concerns. The visual component...



The Applied Technical Services Family of Companies performs motion amplification analysis to detect small-scale movement and vibrations in machinery and equipment to identify and diagnose issues such as imbalance and misalignment. Motion and Vibration Machine Monitoring Motion amplification analysis is a highly effective, cost-efficient method of preventative maintenance, allowing our vibration testing and machine monitoring experts to detect issues in machinery and equipment early on. The early detection of inefficiencies, wear, and malfunctions gives our clients the ability to address issues before they become significant, minimizing repair and replacement costs as well as downtime. ATS’ motion amplification analysis experts use state-of-the-art equipment and software to identify and analyze even the smallest, fastest vibrations. Our analysts track the movement of machinery parts and components through digital image correlation, allowing the detection and capture of all motion that can then be closely examined to diagnose structural weaknesses, high levels of stress, excessive wear, and mechanical faults. The data yielded from this analysis method can help guide design improvements and innovations, optimize repair and maintenance scheduling, and direct other preventative actions to keep your equipment operating properly and your business running smoothly. Machine Condition Monitoring at ATS ATS’ preventative maintenance offerings help our clients maintain streamlined business operations through uninterrupted service, minimized costs, and regulatory compliance. In addition to motion amplification analysis, the Applied Technical Services Family of Companies offers a wide range of machine condition monitoring services, including but not limited to: Acoustic Vibration Monitoring Condition Monitoring Vibration Analysis Failure Mode and...



The Applied Technical Services Family of Companies (FoC) performs modal response spectrum analysis to determine how structures respond to seismic loads. What is Modal Response Spectrum Analysis? Modal response spectrum analysis predicts the seismic response of structures. During the analysis, experts break down a structure’s vibrational behavior into basic vibration modes characterized by specific mode shapes and frequencies. Upon analyzing the mode shapes, engineers can determine how structures will respond to seismic events. The process begins with modal analysis which later helps technicians determine each mode’s response after learning information about its acceleration, displacement, and velocity. Technicians then combine the modal responses to gauge the structure’s likely response. Our Modal Response Spectrum Analysis Services Our modal response spectrum analysis experts assess the seismic performance of various structures. We prioritize the practical application of modal response spectrum analysis, so our services help improve our clients’ understanding of the following: Dynamic analysis Seismic design principles Structural performance under earthquake conditions Why is Modal Response Spectrum Analysis Important? Modal response spectrum analysis is an essential component of earthquake engineering as it helps manufacturers and engineers create efficient and effective structural designs. Experts can gather information about a structure’s natural vibration modes to forecast its response to seismic events. The analysis offers insights into the deformations and internal forces a structure can withstand during an earthquake. This information helps engineers do the following: Analyze earthquake scenarios to calculate the integrity of the structure’s design Identify a structure’s weaknesses Help manufacturers develop cost-effective solutions regarding...



ATS Engineering Performs Finite Element Analysis (FEA) Services for Our Clients ATS offers a full range of Finite Element Analysis services. Our licensed Professional Engineers may use a wide range of diagnostic and other methodologies to predict how your systems and/or components will respond in a variety of conditions. Then our experts will apply the results to popular industry standards and codes. Thanks to our years of experience, we can create advanced CAD and FEA integrated meshes with precise structural, fluid and thermal representations. We ensure top quality analysis by performing validity checks, including convergence analysis, review of constraints, loads and hand calculations, all of which provide high confidence in our solutions. ATS Engineering's Finite Element Analysis Services Applications Design and Structural Optimization Materials Selection / Characterization Modal / Frequency Response Analysis Shock / Explosive / Impact Loading Simulate Responses to Conditions Structural / Thermal Coupling Commonly Analyzed Items Suspension and Fall Arrest Anchorage Systems Tanks Vessels Piping Support Braces Simulated Stimuli Force / Load High Temperatures Low Temperatures Structural Deformation Vibration



Applied Technical Services (ATS) uses the latest Solidworks Simulation software package to perform thermal analysis on a wide variety of parts, systems, and assemblies. Mechanical systems or parts may behave differently under additional thermal loadings which can lead to breakdown, cracking, seizing, yielding, or other types of adverse behavior. A detailed thermal analysis is often combined with other types of FEA, such as static, buckling or with conjugate heat transfer analysis, to deliver the most accurate results possible. FEA can be used to simulate the flow of heat through parts and assemblies due to environmental conditions, friction, electrical or steam power, in additional to numerous other sources of heat input. Parts or assemblies which operate under a wide range of temperatures, or extremely high or low temperatures, may benefit from a thermal analysis. Benefits of FEA Thermal Analysis: Extend bearing life Determine design safety factors under increased operating temperature Lower operating costs Refine and optimize designs Determine sizes of cooling systems Evaluate materiall choices based on expected operating temperature Contact ATS to discuss how a Thermal Finite Element Analysis can help your product or unique design scenario.



Finite Element Analysis (FEA) Modeling and Simulation Applied Technical Services (ATS) is a consulting engineering firm with extensive testing, inspection, and analysis capabilities. ATS’ licensed Professional Engineers utilize finite element analysis to simulate structural, vibration, and thermal response which provide predictions of how your systems will perform. Results of finite element analysis can be evaluated and compared to codes, standards or customer specifications. Linear or Nonlinear FEA ATS’ licensed Professional Engineers (P. E. ) develop static or transient, linear or nonlinear finite element models to evaluate structural and thermal responses. These finite element analyses produce detailed time or frequency histories, graphs and contour plots of stress, structural, and thermal loads, and deformation under various loads or service conditions. FEA Convergence Our engineers are committed to quality. A finite element analysis is only as good as the accuracy of the geometry, boundary conditions, load characterization, and material properties assigned. Our analysts’ design experience produce advanced 3D CAD and FEA models with properly integrated meshes for precise structural and thermal representations. Our validity checks include convergence analysis, review of constraints, loads, and when needed, additional codes or analytical solutions to provide confidence in our results. Backed by In-House Testing and Failure Analysis Experts Finite element representations of critical system components can be validated with in-house testing and failure analysis capabilities. If geometry data is unavailable, ATS can reverse engineer components using the latest scanning technology for precise measurements, and through chemical and mechanical testing determine material composition, mechanical properties, and material defects....



The Importance of Failure Analysis Applied Technical Services performs FEA failure analysis to help clients determine the causes behind a critical failure in their assets. Structures and equipment can fail for a variety of reasons, some immediately evident and others less apparent. Without identifying the source of the failure, these assets cannot safely resume normal operation. Companies turn to failure analysis specialists like ATS to verify the facts behind these events and help them determine steps toward mitigating the underlying cause to prevent it from happening again. One of the methods we use to perform failure analysis is FEA. FEA Applications The finite element method (FEM) of solving partial differential equations can determine a pattern between several variables and how they affect a subject. Finite Element Analysis (FEA), a computer-aided application of FEM, allows our engineering division to simulate and assess a variety of stimuli acting upon a subject and how these inputs — whether relevant or incidental to the service environment — will affect its performance over time. Take a more general look at our finite element analysis services here. Supplementary Services ATS’ in-house computed tomography (CT) capabilities complement our FEA-focused failure analysis services. Because this nondestructive method produces CAD models compatible with our leading FEA software, our engineers can work with the actual failed component in question instead of having to simulate the idealized geometry outlined in its design specifications. Furthermore, the X-ray facet of this imaging method allows us to assess sub-surface features as well. Other Applications While...



The Applied Technical Services Family of Companies (FoC) offers FMEA services that strengthen our client’s predictive maintenance programs. Predictive maintenance strategies are highly effective at prolonging the life of equipment while minimizing the resources spent on unnecessary repairs. What is FMEA? Failure mode effects analysis, or FMEA, is an analytical method used to examine products to determine where potential failures may occur carefully. The process is effective at minimizing the risk of product failure, waste, and consumer issues or dissatisfaction with the product. Our FMEA Services Our highly trained failure analysis experts use FMEA strategies to determine possible points of failure in a product so our clients can resolve issues before they occur. We use state-of-the-art technology to ensure that our client's products can endure the stresses associated with their intended environment and application. In addition to FMEA, we offer: Failure analysis consulting Root cause analysis The Importance of FMEA Failure mode and effects analysis is an invaluable tool for businesses seeking to maintain their quality assurance and operational efficiency. FMEA allows firms to develop comprehensive and proactive maintenance strategies that help them do the following: Identify and prevent modes of failure Avoid issues that compromise a project’s deadline Reduce the likelihood of reoccurring issues Minimize the time and money spent on repairs FMEA should be done periodically, but the following factors may increase the frequency with which FMEA should be conducted: The product’s complexity Regulation-mandated FMEA frequency The product's previous history of failures Products in their design and development...



Industrial NDI Applications The ATS Family of Companies performs NDI services to efficiently diagnose machinery and equipment issues without damaging the test subject. We use our expertise to augment infrastructure and redesign existing NDI programs. Bridge Inspections New Constructions NDI Support Weld Inspections Off-Shore Structures Structural Steel Inspections Boiler Inspections Pressure Vessel Inspections Ship Hull Inspections Piping Inspections Tank Inspections Turbine Inspections Service Water Piping Inspections Outage/Shutdown NDI Support NDI Methods ATS’ highly trained and certified technicians select the most appropriate NDI method for a particular application. Our technicians perform NDI services such as: Magnetic Particle (MT) Digital Radiography (DR) Remote Visual Inspection (RVI) Computed Radiography (CR) Ultrasonic Testing (UT) Computed Tomography (CT) Industrial Radiography (RT) Liquid Penetrant (PT) Eddy Current (ET) Visual Testing (VT) Phased Array (PA) Ultrasonic Thickness Testing (UTT) Quality Assurance Our global reach allows us to support clients with a comprehensive range of industrial NDI services. We maintain compliance with applicable industry standards and regulations, including: NADCAP CP-189 NAS-410 10 CFR 50 IAW SNT-TC-1A TCIA API 653 API 650 API 570 API 510 ANSI/ASME FAA Repair Station ATS: A Leader in Nondestructive Inspection Since our founding in 1967, Applied Technical Services has greatly expanded our nondestructive inspection capabilities, earning us a reputation as one of the nation’s leading NDI companies. We possess the capabilities to serve specific client needs—whether it be a small NDI project or a system-wide outage. Industries We Serve The ATS Family of Companies performs a broad range of NDI services for various...



NDI Technicians at ATS ATS’ NDI technicians help clients determine the health of their equipment and machinery, prescribing relevant actions to solve problems without compromising the structural integrity of a singular component. We use a broad range of NDI methods to detect flaws and discontinuities, including: Ultrasonic Testing (UT) Radiography Testing (RT) Phased Array Eddy Current (ET) Ground Penetrating Radar (GPR) Ultrasonic Thickness Testing (UTT) Computed Tomography Digital Radiography (DR) Magnetic Particle (MT) Liquid Penetrant (PT) Visual Testing (VT) Welding Inspections Our certified technicians conduct welding inspections through the use of many different NDI methods. We evaluate welds in structures including configured components, bridges, piping, pressure vessels, and valves. We identify cracks, fusion, penetration, porosity, and slag inclusions to determine whether a weld coupon meets applicable requirements. Rope Access ATS’ NDI rope access services allow our highly trained and certified technicians to gain access to difficult-to-reach locations. We investigate high-elevation areas of interest such as commercial buildings, bridges, dams, ships, wind towers, tanks, vessels, amusement park rides, and large industrial structures. We comply with rigorous safety procedures to ensure the job site remains accident-free. Quality Standards The ATS Family of Companies’ global reach allows us to support domestic and international clients with a full range of NDI services. We provide cost-efficient solutions while adhering to applicable codes and standards, including: NAS-410 IAW SNT-TC-1A CP-189 TCIA FAA Repair Station NADCAP 10CFR50 ANSI/ASME API 570 API 510 API 653 API 650 About ATS Applied Technical Services has professionalism, experience, and responsiveness in...



NDI Audit Services at ATS The ATS Family of Companies supplies clients with objective, highly qualified reviews of their NDI methods, procedures, and personnel. We guarantee complete, actionable information to ensure clients have confidence in their NDI decisions moving forward. We help clients verify NDI methods such as: Liquid Penetrant Testing (PT) Radiography Testing (VT) Visual Testing (VT) Eddy Current Testing (ET) Magnetic Particle Testing (MT) Ultrasonic Testing (UT) After we conduct on-site audits, we position ourselves as responsible Level III experts for our clients. NDI Compliance Audit Guidelines and Standards The ATS Family of Companies brings numerous benefits to NDI audits, delivering cost-efficient solutions and competitive advantages through quality control. We adhere to all applicable compliance standards and regulatory requirements, including: IAW SNT-TC-1A CP-189 NAS 410 NAVSEA 271 AWS ANSI ASME ASTM NDI Consulting Services Our responsive NDI consultants design advisory programs to meet and exceed client expectations. We solve numerous problems with our Level III certification and consultation services, which include dispatching NDI Level III personnel to reach organizational objectives. Additional Consulting Services Personal Certification and Examination Procedure Writing Training Third-Party Evaluation Project Management Program Development About Applied Technical Services The Applied Technical Services Family of Companies has decades of knowledge and experience spanning a broad range of industries. We compose plans that meet our client’s needs, including handling complete NDI programs and personnel teams. Whether a short or long-term undertaking, we allow clients to determine how much of our expanded services and capabilities they want to involve...



Visual Testing NDI at ATS Our inspectors bring collective decades of experience to the job site, evaluating components that may undermine the longevity and performance of an asset. We identify areas of interest and investigate them to identify cracks, corrosion, malfunctions, leaks, and other visible signs of damage. Our inspectors document the assessments through photos and videos, supplying clients with reports on the condition of the subject. We use a variety of tools, such as borescopes and modern snake eye cameras, to inspect hard-to-reach areas. Based on our findings, our inspectors may conduct additional NDI services to characterize the extent of defects. Common Inspections Pressure Vessel Inspections (API 510 and 620) Tank Inspections (API 653 or 1104) Decking Inspection (AWS D1. 3) Welder Qualification and Certification Stud Inspection (AWS D1. 1/AISC) Commonly Tested Materials Tanks Decking Welds Studs Common Observations Corrosion Improper Weld Height Suck Back Surface Cracks Surface Porosity Undercut Common Applications Bolt Torque Inspection (AISC) Tank Inspections (API 653 or 1104) Decking Inspection (AWS D1. 3) Welding Procedures Welder Qualifications Stud Inspection (AWS D1. 1/AISC) Quality Assurance The ATS Family of Companies helps clients maintain their industrial equipment and large structures, promoting continual safety and efficiency. Our certified team of NDI technicians delivers clear, accurate findings in accordance with relevant codes and standards, including: 10CFR IAW SNT-TC-1A API 510 API 570 NAS-410 ANSE/ASME API 650 API 653 NADCAP CP-189 TCIA FAA Repair Station About ATS Since our founding in 1967, Applied Technical Services has developed a reputation as...



Aircraft Structural NDI Inspections at ATS The ATS Family of Companies provides various NDI services to ensure the structural integrity of aircraft is intact for air flight and passenger safety. Our broad range of NDI capabilities allows us to supply clients with accurate results while meeting industry requirements in the aviation field. During inspections, we use surface and sub-surface techniques to locate cracks, corrosion, gouges, disbonds, delaminations, wear, tears, and other defects. Structural Inspections Aircraft Wheels Flight Surfaces Fuselages Landing Gear Rotor Grip Windows and Windshields Other Engine Components In the Field Services ATS travels both nationally and internationally to conduct aircraft structural NDI inspections. Our mobile radiography labs allow us to conduct radiography testing, film process, and detailed interpretation on-site. NDI Methods Eddy Current (ET) Liquid Penetrant (PT) Magnetic Particle (MT) Visual Testing (VT) Bond Testing Borescope Optical Prism Quality Standards ATS’ NDI technicians maintain certifications in accordance with NAS-410, allowing us to perform each listed method. We hold FAA Repair Station certifications for various locations and are a member of the American Society of Nondestructive Testing (ASNT). ATS is also EASA-approved (European Aviation Safety Agency) as a Part-145 organization. About Applied Technical Services Established in 1967, Applied Technical Services has grown into one of North America’s leading NDI providers. Our certified team of technicians provides high-quality nondestructive inspections for clients across the US and abroad. Company Approvals Lockheed-Martin Piper Air Bus Bombardier Virgin Galactic Raytheon Aircraft RUAG Space Hawker Beechcraft Sikorski Helicopter 3M Beechcraft MHI RJ Cessna Gulfstream...



The Applied Technical Services Family of Companies conducts NDI wing spar inspections to keep clients’ aircraft safe and structurally sound. NDI Wing Spar Inspections at ATS The ATS Family of Companies performs high-frequency eddy current (HFEC) testing to detect wing spar flaws. This technique uses magnetic fields to apply current to metallic objects, allowing our technicians to identify flaws on and beneath the material surface. We conduct eddy current testing in compliance with numerous standards, including: ASTM E1004 ASTM E703 ASTM E426 ASTM E376 ASTM E244 ASTM E243 ASME Section V Article 8 NAVAIR 01-1A-16-2 Additional NDI Aircraft Services Although we provide a broad range of NDI services, the ones relevant to aircraft inspection include: Liquid Penetrant (PT) Magnetic Particle (MT) Radiography Testing (RT) Ultrasonic Testing (UT) & Phased Array (PAUT) Visual Testing (VT) Bond Testing Borescope Optical Prism Quality Standards The ATS Family of Companies holds certification as an FAA Repair Station to perform nondestructive inspections for various locations, as well as approval by EASA (European Aviation Safety Agency) as a Part-145 organization. Additionally, our NDI technicians are NAS-410 certified to meet Aerospace industry requirements. About Applied Technical Services With over 55 years of business experience, Applied Technical Services has become one of the leading NDI testing companies in North America. Our certified team of NDI technicians performs all aircraft services in compliance with our ISO 9001:2015-registered quality management system to ensure we continually exceed client expectations. Company Approvals Lockheed-Martin Piper Air Bus Bombardier Virgin Galactic Raytheon Aircraft RUAG Space Hawker...



The Applied Technical Services Family of Companies provides phased array NDI services to detect defects in otherwise inaccessible components and structures. ATS' Nondestructive Inspection Services Our technicians analyze the structural integrity of components, materials, and structures without impacting or damaging the test subjects. We detect flaws or discontinuities that result in unplanned downtime, revenue loss, personnel injury, and other negative outcomes. Phased Array NDI at ATS The ATS Family of Companies performs phased array NDI by deploying a tightly focused, high-resolution beam into a component or structure. We use this NDI method to measure material and coating thickness, detect changes in material properties, and inspect interfaces and joints. co Commonly Detected Flaws Hydrogen Flakes Stress/Corrosion/Cracking Bond Lines and Lack of Fusion Laminations and Seams Slag Porosite Shrinkage Cracks Stringers Commonly Tested Materials Alloys Aluminum Ceramics Composites Nickel Lead Steel Additional Metals Common Applications Aerospace Components Boiler Tubes Nozzles Rotos and Engines Pipeline Systems Structural Metals Inspections Spindles and Shafts Welds Quality Assurance Our certified team of NDI technicians quickly returns clear, accurate reporting to minimize client downtime. We are certified in IAW SNT-TC-1A, NAS-410, and CP189 and have FAA Repairman certifications for multiple locations. About ATS Since our founding in 1967, Applied Technical Services has grown into one of North America’s leading NDI companies. Our NDI technicians perform high-quality testing and inspection services throughout the US and abroad. We offer nondestructive inspection services in our advanced labs, in the field, and at client facilities. Regularly Serviced Industries Chemical Oil/Gas Power Generation Automotive...



The Applied Technical Services Family of Companies provides NDI tank inspection services to supply clients with clear, accurate data without service interruptions. The Importance of NDI Tank Inspections It is imperative to routinely test the integrity of tanks. Over time, tanks can run into issues that cause degradation, leading to cracks, corrosion, and hidden flaws. If left unmonitored, it could result in catastrophic consequences that negatively affect personnel and the surrounding environment. ATS’ NDI Tank Inspection Services The ATS Family of Companies staffs a certified team of NDI technicians to evaluate tanks and related components, such as floors, nozzles, pipes, roofs, shells, valves, and welds. We deploy various NDI methods while performing tank inspections, including: Eddy Current (ET) Ultrasonic Thickness Testing (UTT) Ultrasonic Testing (UT) Computed Tomography (CT) Liquid Penetrant (LT) Magnetic Particle (MT) Digital Radiography (DR) Visual Testing (VT) Phased Array Radiography Testing (RT) RVI Capabilities ATS’ team of highly trained technicians utilizes remote visual inspection (RVI) capabilities to gauge the condition of equipment without the need for divers, deconstruction, and confined space entry. During our tank inspections, we use borescopes, magnetic crawlers, pipe crawlers, push cameras, and other robotic camera equipment. We identify various flaws, including: Blockage Broken components Corrosion Cracking Erosion Mechanical damage We also use RVI equipment to inspect other equipment, including: Furnaces Gearboxes Heat exchangers Pumps Boilers Turbines Piping systems Pressure vessels HRSGs Generators Condensers Rotating machinery Quality Assurance Our highly trained technicians conduct NDI tank inspections in compliance with applicable codes and standards to...



The Applied Technical Services Family of Companies performs various NDI services to detect flaws and irregularities in materials and components. All services are conducted in adherence with applicable regulatory requirements and standards. Nondestructive Inspection Nondestructive inspection (NDI) is a technique that examines structures, materials, and components for material characteristics or defects in surface and subsurface compositions without impacting or damaging the integrity of a sample. This technique helps to avoid equipment failures that cause personnel injury, revenue loss, unplanned downtime, and other adverse outcomes. The Importance of Nondestructive Inspection Undetected defects during the fabrication, production, or delivery of products and equipment can require repairs or replacement. Performing NDI methods during the manufacturing process of a component or material safeguards assets to help companies comply with rigorous standards and regulations. NDI Services at ATS The ATS Family of Companies provides services related to the nondestructive inspection of client assets and equipment. Our highly trained technicians reveal a number of characteristics, from elemental composition to physical attributes. We complete NDI services using one or a combination of the following methods: Computed Tomography Computed Radiography (CR) Digital Radiography (DR) Ultrasonic Testing (UT) Ground Penetrating Radar (GPR) Radiography Testing (RT) Eddy Current (ET) Phased Array Ultrasonic Thickness Testing (UT) Liquid Penetrant (PT) Visual Testing (VT) Magnetic Particle (MT) Certified Welding Inspectors Our certified weld inspectors (CWIs) use various NDI methods to investigate the condition of welds. We assess various weld types, such as fillet and groove welds. We evaluate flat, horizontal, vertical, and overhead plate or pipe...



The Applied Technical Services Family of Companies performs NADCAP NDI testing to ensure the reliability of our nondestructive testing services. NADCAP Accreditation The National Aerospace and Defense Contractors Accreditation Program, or NADCAP, is an accreditation program for aerospace, defense, and related industries. This accreditation program is a proactive approach to auditing and conformity that adheres to supplier requirements by government and industry leaders. The Importance of NADCAP NADCAP accreditation helps companies gain a new perspective on their functionality, as the auditing process identifies areas for improvement and gives market recognition to areas already doing well. Recording the quality of a workplace highlights whether a process is outdated, if a workflow is difficult, or if a specific process indicator needs prioritization. NADCAP NDI Testing at ATS ATS met the expectations of a stringent audit through the Performance Review Institute (PRI), earning us an accreditation to provide NADCAP NDI testing services to the aerospace industry. Our certification grants our Marietta, GA facility the authority to perform various NDI services, including: Liquid Penetrant Testing Magnetic Particle Testing Eddy Current Testing Film Radiography Testing Quality Standards ATS’ NADCAP accreditation helps us maintain the highest level of professionalism, qualification, and integrity. We comply with a broad range of NADCAP NDI testing standards, including: AC7114S Rev. L (S-U17 Sikorsky) AC7114/1 Rev. J AC7114/2 Rev. J AC7114/1S Rev. K (S-U17 Sikorsky) AC7114 Rev. K We also perform NDI services in compliance with the standards set by our ISO 9001:2015 registration and ISO/IEC 17025 accreditation, ensuring we meet...



The Applied Technical Services Family of Companies helps determine appropriate NDI methods for particular applications to prevent accidents, reduce costs, and provide important product information. Nondestructive Inspection Nondestructive inspection (NDI), also known as nondestructive testing (NDT), is a testing and inspection technique that evaluates a material, component, or structure’s properties for characteristic differences or welding defects without damaging or impacting the sample. This technique helps to avoid equipment failures resulting in unplanned downtime, revenue loss, personnel injury, and other negative outcomes. The Importance of Nondestructive Inspection There is a standard design requirement for all products and equipment, potentially requiring repairs or replacements due to undetected defects during fabrication, production, or delivery. Using NDI methods throughout a component or material’s manufacturing process safeguards assets, helping companies ensure compliance with industry standards and regulations. NDI Methods at ATS The ATS Family of Companies conducts nondestructive inspections to ensure the life-cycle performance of assets and equipment. Our highly trained technicians use various analytical methods to detect defects and irregularities, including: Liquid Penetrant (PT) Radiography Testing (RT) Ultrasonic Thickness Testing (UT) Phased Array Magnetic Particle (MT) Ultrasonic Testing (UT) Computed Tomography Visual Testing (VT) Digitial Radiography (DR) Eddy Current (ET) Ground Penetrating Radar (GPR) Computed Radiography (CR) Quality Standards and Protocols The ATS Family of Companies has a global reach that allows us to support clients with a full range of NDI methods. Our team of experts offers cost-effective solutions while considering our clients’ efficiency and safety. We adhere to all relevant codes and...



The Applied Technical Services Family of Companies features state-of-the-art NDI labs to identify material flaws and prevent equipment failure that could result in revenue loss, unplanned downtime, personnel injury, or other detrimental outcomes. Nondestructive Inspection Nondestructive inspection, or NDI, is the process of evaluating materials, components, and assemblies for irregularities or differences in characteristics without damaging the serviceability of the system or part. NDI allows for thorough and relatively quick evaluations of assets, a crucial step towards ensuring continued performance and safety on the job site. It is also helpful in detecting common defects, which include: Longitudinal Cracks Lack of Fusion Elongated Voids Porosity Cold Laps Slag Inclusions Lack of Penetration Crown Undercuts Offsets or Mismatched Tungsten Inclusions Oxide Inclusions Burn-Through Shrinkage Porosity Quench Cracks NDI Labs at ATS ATS’ NDI labs monitor the health of components and structures. We perform radiography for welder qualification and magnetic particle/liquid penetrant testing on first article items. We test various materials, including aluminum, titanium, steel, copper, composites, and plastics. Lab Services Crane/Hook Inspections First Article Inspections ID/OD Tests for Pipe and Tubing Initial & In-Process Materials NADCAP NDT Accreditation New Parts Test In-service Parts Welder Qualifications Quality Standards Our NDI labs deliver accurate, clear, detailed reports to help clients make prompt, informed decisions. We provide efficient and cost-effective NDI services while maintaining compliance with all applicable industry standards and regulations, which include: SNT-TC-1A FAA A & P REAPAIRMAN NAVSEA ANST EN- 473 Nuclear NAS-410 AWS-CWI ISO 9712 About Applied Technical Services Applied Technical Services is the premier choice among NDI...



The Applied Technical Services Family of Companies provides X-ray NDI testing to help clients maintain the integrity, safety, and reliability of their components and structures. X-Ray X-ray, also known as radiography, allows NDI technicians to view an object’s internal structure. It delivers in-depth imaging to reveal flaws within the material, including: Flaws Fractures Corrosion Cracks Delamination Disbands Tears Voids The Importance of X-Ray NDI Testing X-ray NDI testing verifies conformance with the specifications of components and structures. Routinely inspecting subjects’ conditions to determine any deterioration is essential in avoiding unexpected failure, safety hazards, and service interruptions. X-Ray NDI Testing at ATS ATS’ nondestructive inspection technicians perform X-ray NDI testing to locate hidden defects or irregularities in various materials. We provide computed, digital, and traditional X-ray testing while adhering to applicable industry standards. We conduct X-ray NDI testing on castings, concrete, pipelines, pressure valves, and tanks. X-ray NDI testing requires access to two sides of the tested subject. Our certified team of NDI technicians transmits radiation from a source on one side while the detector develops an image on the other side. We analyze the image for anomalies, providing clients with detailed reports documenting their findings. X-Ray Testing Benefits Detect Internal/External Defects Permanent Record of Inspected Area Effective for Various Material Types Minimum Preparation Detect Embedded Materials Clear, Accurate Imaging No Residual Radiation Portable Quality Standards Our certified NDI technicians return accurate, clear, and detailed reports with quick turnaround times. We ensure our clients have the data to make informed decisions regarding...



The Applied Technical Services Family of Companies staffs nondestructive inspection experts to perform various NDI field services. Nondestructive Inspection Nondestructive inspection (NDI) comprises various analytical techniques to identify defects without causing damage to the test subject. As NDI does not alter the material or structure under examination, it is a crucial technique for manufacturers in a broad range of industries. NDI Field Services at ATS The ATS Family of Companies employs an NDI field team with collective decades of experience to examine assets and equipment for damages that undermine the long-term performance of the tested subject. We identify areas of interest and assess them for signs of wear, such as: Cold Laps Burn-through Crown Undercuts Porosity Tungsten Inclusions Elongated Voids Lack of Fusions Slag Inclusions Oxide Inclusions Quench Cracks Offsets or Mismatched Longitudinal Cracks Shrinkage Porosity Lack of Penetration Computed Radiography Our NDI technicians perform concrete radiography using reliable equipment to locate obstructions with the utmost accuracy. We use X-ray technology to identify conduit, rebar, and post-tension cables in concrete structures. Computed Digital Radiography We utilize computed digital radiography (CDR) systems to give clients precise imaging in greater detail than film. We possess the capability to select and enhance vital areas of interest by using electronic file sharing. Ground Penetrating Radar We perform ground penetrating radar (GPR) by utilizing radar technology to locate post-tension cables and rebar in concrete up to 32″ thick, eliminating the need for a “radiation barrier. ” GPR reveals concrete depth up to 18″. We scan block walls and concrete structures for...



The Applied Technical Services Family of Companies provides Nadcap NDI services to companies working in the aerospace industry. NADCAP The National Aerospace and Defense Contractors Accreditation Program, also known as NADCAP, is a cooperative program for major manufacturing companies. NADCAP provides a cost-effective approach that manages special processes and products while ensuring compliance with standards for the approval process of supplies through the Performance Review Institute (PRI). NADCAP operates through industry consensus based on experts in each facet of production. The Importance of NADCAP Undergoing NADCAP certification helps companies gain a new perspective on their functionality, as the auditing process identifies areas for improvement and gives market recognition to areas already doing well. Recording the quality of a workplace highlights whether a process is outdated, if a workflow is difficult, or if a specific process indicator needs prioritization. NADCAP NDI at ATS Though Applied Technical Services performed nondestructive inspection (NDI) for years, our Marietta, Georgia facility earned its initial NADCAP accreditation to perform film radiography, liquid penetrant, and magnetic particle in 2012. We broadened our accreditation to include eddy current and ultrasound inspections in 2016. ATS’ Certified Team of NDI Technicians ATS’ certified team of NDI technicians ensures the reliability and safety of products, equipment, and assets with our NADCAP NDI services. Our NDI technicians have experience working with processes involved throughout the lifecycle of a product. We use a variety of testing methods to encompass components and materials. Quality Assurance Our NADCAP accreditation allows us to maintain the highest level of...



The Applied Technical Services Family of Companies performs various NDI testing services in our advanced labs. Nondestructive Inspection Nondestructive inspection (NDI), also known as nondestructive testing (NDT) or nondestructive evaluation (NDE), is the examination of components, materials, and structures without damaging or impacting the subject’s integrity. This process combines several different types of testing methods to detect irregularities and defects, which can help to prevent accidents, reduces costs, and meets regulatory standards. NDI detects specific damages, including: Lack of Fusions Offsets or Mismatched Porosity Elongated Voids Quench Cracks Burn-Through Cold Laps Longitudinal Cracks Oxide Inclusions Slag Inclusions Shrinkage Porosity Lack of Penetration Tungsten Inclusions Crown Undercuts NDI Testing Services at ATS The ATS Family of Companies ensures the safety and reliability of assets, equipment, and products with our world-renowned NDI testing services. We possess in-depth experience with the processes involved throughout a product’s lifecycle—from manufacture and design to maintenance and operation. Our certified team of NDI technicians uses various testing methods to evaluate materials and components, including: Ultrasonic Testing (UT) Ultrasonic Thickness Testing (UTT) Phased Array Guided Wave Shear Wave Magnetic Particle Testing (MT) Radiography Testing (RT) Film Digital Computed Corrosion Under Insulation (CUI) Visual Testing (VT) Cameras Borescopes Underwater Remote-Operated Vehicles Unmanned Aerial Vehicles Eddy Current Testing (ET) Penetrant Testing (PT) Liquid Dye Fluorescent Dye Ground Penetrating Radar (GPR)* Computed Tomography (CT)** *Indicates test only available on-site**Indicates test only available in-lab Quality Standards and Protocols Our global reach allows us to support clients with a comprehensive range of NDI...



The Applied Technical Services Family of Companies performs various nondestructive inspection services in our state-of-the-art NDI testing lab. Nondestructive Inspection Nondestructive inspection (NDI), commonly known as nondestructive testing (NDT), examines structures, materials, and components without damaging the subject. This process analyzes material defects and discontinuities at surface and sub-surface levels. Common NDI Defects Cold Laps Slag Inclusions Lack of Penetration Burn-Through Offsets or Mismatched Shrinkage Porosity Oxide Inclusions Longitudinal Cracks Quench Cracks Lack of Fusion Elongated Voids Crown Undercuts Porosity Tungsten Inclusions NDI Testing Lab at ATS The ATS Family of Companies possesses an NDI testing lab to test and analyze various materials, including aluminum, composites, copper, plastics, steel, and titanium. We regularly conduct radiography inspections for welder qualifications and liquid penetrant/magnetic particle testing on first article items. We troubleshoot issues to assist clients in detecting equipment failure that results in revenue loss, unplanned downtime, personnel injury, and other adverse effects. Lab Capabilities Initial & In-Process Materials ID/OD Tests for Pipe & Tubing First Article Inspections Nadcap NDT Accreditation Crane/Hook Inspection Test In-service Parts Welder Qualifications New Parts Common Inspection Methods Ground Penetrating Radar (GPR) Eddy Current Testing (ET) Phased Array Computed Tomography Computed Radiography (CR) Digital Radiography (DR) Magnetic Particle (MT) Liquid Penetrant (PT) Visual Testing (VT) Ultrasonic Thickness Testing (UT) Quality Assurance The ATS Family of Companies provides high-quality services inside our NDI testing lab. We supply clients with accurate, clear reports that include photos, diagrams, repair recommendations, and conclusive findings. When warranted, we offer cost estimations and...



The Applied Technical Services Family of Companies provides aviation NDI services to verify the structural integrity and functionality of aircraft components and parts for air flight and passenger safety. Nondestructive Inspection Nondestructive inspection (NDI) refers to a broad range of analysis techniques that evaluate a material, component, or system’s properties without causing damage. While performing NDI, our technicians uncover the properties of a specific material and indicate the difference between units of the same material to identify potential defects. The Importance of Aviation NDI Services Aviation NDI services are essential when checking the reliability of components in the aerospace industry. These services help aerospace industry manufacturers prevent potential accidents, costly repairs, and revenue loss. Common Aircraft Defects Corrosion Cracks Fractures Flaws Disbands Delamination Tears Voids Aviation NDI Services at ATS The ATS Family of Companies performs aviation NDI services on engine overhauls, newly manufactured parts, military aircraft parts, rotor grips, and more. We serve aviation manufacturing companies, corporate jet manufacturers, major commuter airline companies, military, private aircraft owners, and small aviation businesses. We detect flaws in aircraft components and parts by using various NDI methods, including: Radiography Eddy Current Magnetic Particle Liquid Penetrant Ultrasonic Thickness Testing Bond Testing Borescope Optical Prism Quality Assurance Our certified team of NDI technicians uses advanced nondestructive methods and techniques to help clients meet applicable specifications and standards in both civil and military aviation industries. Our NDI capabilities allow us to provide clear, accurate results while meeting rigorous rules and regulations set by aviation organizations and authorities....



The Applied Technical Services Family of Companies provides NDI CT services, analyzing crucial equipment with our industry-leading computed tomography tools. Computed Tomography Computed tomography (CT) is a computerized x-ray procedure that builds an image of a material. An x-ray emitter takes numerous projections of the sample, capturing every angle of the subject and assembling it into a singular 3D model for easy manipulation and examination. This 3D model shows features beneath the surface of a subject in more detail than conventional radiography methods, allowing computers to measure interior components and defects volumetrically by comparing the scanned model to its CAD model. The Importance of Computed Tomography Due to recent improvements in complementary technology, CT has become a practical testing method for industrial inspections. Scanning materials takes a small amount of time, and the improved DR imaging panels produce x-ray projections with a higher level of visual detail. NDI CT Services at ATS ATS’ team of certified technicians performs NDI CT services by placing an object in the instrument, situating it between an x-ray projector and an x-ray detector, and collecting data through tomographic reconstruction. We convert all collected data into cross-sectional photographs to create virtual 3D models. These detailed, three-dimensional CT scans are essential when measuring interior dimensions and locating design flaws. CT Scanning Tools Zeiss Metrotom 1500, 225kV micro-focus 50g (110 lb) weight limit Analysis volume up to 300 mm (11. 75 in) diameter x 600 mm (23. 6 in) high Annual A2LA calibration Certified to accuracy within 4....



The Applied Technical Services Family of Companies employs NDI consultants to provide clients with high-quality consulting services that adhere to all applicable industry standards and regulations. Nondestructive Inspection Nondestructive inspection (NDI), synonymous with nondestructive testing (NDT), is the examination of materials, components, and systems without damaging or impacting the integrity of a sample. The process of NDI involves the analysis of material characteristics or defects in components and structures. It detects imperfections or irregularities to prevent accidents, reduce costs, and meet regulatory requirements. NDI Consultants at ATS Our team of certified NDI consultants offers Level III certification and consultations. We help augment existing infrastructure for specific projects and design NDI procedures to guarantee the safety of critical equipment. In addition to our NDI consultants, we staff NDI technicians to analyze components inside our advanced labs. We perform a variety of NDI services to assess the health of assets and equipment, including: Visual Testing Cameras Borescopes Underwater Remote-Operated Vehicles Unmanned Aerial Vehicles Penetrant Testing Liquid Dye Fluorescent Dye Ultrasonic Testing Ultrasonic Thickness Testing (UTT) Phased Array Guided Wave Shear Wave Radiography Testing Film Digital Computed Corrosion Under Insulation (CUI) Magnetic Particle Testing Eddy Current Testing Ground Penetrating Radar* Computed Tomography** *Only available onsite **Only available in our laboratories Quality Standards and Protocols The ATS Family of Companies provides detailed reports, including photos, diagrams, conclusive findings, and repair recommendations. We offer rapid turnaround times on consulting, testing, and inspection services to help clients avoid service interruptions and downtime. We comply with various...



The ATS Family of Companies uses electric motor testing (EMT) for predictive maintenance and failure analysis. Regular inspections of electric motors allow clients to plan the repairs needed to run efficiently. Clients can decide on the quality of replacements that meet their budgets. A well-maintained electric motor reduces the risk of a fire caused by overheating. When an electric motor fails or operates at a suboptimal level, equipment can become less effective, overheat, and lead to catastrophic failure. Additionally, efficient electric motors promote energy conservation, saving money and resources. Electric Motor Testing Services The ATS Family of Companies provides EMT inspections to monitor the electric health of motors. Electric motor testing helps identify material defects, mechanical damage, and failure modes, such as: Stator failure Rotor failure Motor fan failure Contamination Improper installation Corrosion Our technicians examine the conditions of critical components in electric motors: power circuits, stator health, rotor health, eccentricity, power quality, and winding insulation. We use energized EMT tests to take performance measurements, such as power quality, current, voltage, and mechanical issues. De-energized EMT tests identify motor and motor circuit issues and determine failure modes indicated while the machine is offline. We use powerful equipment for testing and validating our readings. Our inspectors can compile their findings in a comprehensive report that describes: The failure mode Correlative testing Recommended corrective actions System configuration changes Maintenance and operation changes The ATS Family of Companies promotes safe practices that comply with industry standards, such as NFPA 70E. In large facilities...



The ATS family of companies conducts rotating equipment failure analysis for commercial and industrial businesses. Rotating equipment consists of mechanical components that rely on kinetic energy, such as generators, pumps, and turbines. Industrial facilities heavily rely on rotating machines, so these machines must operate at a maximum capacity to ensure the operation continues to run smoothly. Why is Rotating Equipment Failure Analysis Important? Rotating equipment is integral to an operation’s speed and efficiency, so it's essential that this equipment remains healthy and fully functional. The loss of this high-value machinery often pauses daily operations, resulting in unnecessary downtime. Fortunately, equipment failure is rarely a sudden occurrence, so there are numerous measures operators can take to prevent failure. Rotating equipment failure analysis helps do the following: Collection Important Data Determine the Cause of Failure Improve the Performance of Future Products Prevent Future Failure Common Signs of Failure in Rotating Equipment The best indicator of imminent failure in rotating machinery is the shift in the machine’s behavior. The following symptoms are indicative of a failure in rotating machinery: Burn Damage Excessive Vibrations during Operation Leaking Seals Loud Noises Our Commitment to Quality Applied Technical Services is an ISO-certified quality management system dedicated to improving our operation as we pursue the highest quality. Our employees share our customer-centric ideology and passion for professionalism and consistency. We develop plans of action and procedures to directly address the specific needs of our clients while also adhering to the applicable regulatory standards. Our core values support...



Applied Technical Services conducts a thorough gas leak survey of natural gas systems for industrial and commercial clients. Natural gas is a popular fuel source for businesses, homes, and industries nationwide due to its environmentally friendly reputation, dependability, and affordability. However, gas leaks do occur and can pose risks for natural gas users, emphasizing the importance of gas leak survey services. Gas Leak Causes and Warning Signs Gas line leaks occur when natural gas seeps out of a pipe system into surrounding areas. These leaks worsen over time as pipes age and begin to bend, break, and warp. Unfortunately, gas leaks can often go unnoticed for extended periods of time, increasing the risks they pose to nearby people, structures, and environments. Several warning signs accompany gas leaks, including the following: An Odor of Sulfur or Rotten Eggs Damage to the Gas Line Increases in Gas Bills Physical Effects like Nausea and Fatigue Whistling or Hissing Sounds White Fog or Mist What is a Gas Leak Survey, and Why is it Important? A gas leak survey is a comprehensive inspection of a gas distribution system where technicians analyze sites for symptoms associated with gas leaks. Surveys ensure that industrial businesses and buildings comply with guidelines and regulations. Infrared Gas Leak Detection Thermal cameras convert heat signatures into images, allowing technicians to scan environments and identify the presence of a gas leak. Infrared leak detection is ideal for technicians surveying sites with piping systems in hard-to-reach places because modern thermal cameras are...



The ATS Family of Companies (FoC) provides compressed air leak detection services for industrial and commercial companies. Compressed air leaks often go unnoticed because of their subtle and silent nature. As a result, undetected and unresolved leaks can account for up to a third of an air compressor’s output, leading to increases in costs and decreased efficiency. Fortunately, our air leak detection services help clients locate and resolve compressed air leaks before the situation worsens. Compressed Air Leaks and Where They Occur Numerous factors contribute to the presence of compressed air leaks, including: Everyday Wear and Tear Low-Quality Materials Improper Installation Poor Maintenance Practices Compressed air leakage commonly occurs in the following areas: Couplings Drains Fittings Hoses Pipe Joints Tubes Ultrasonic Compressed Air Leak Detection Technicians use ultrasonic technology to quickly survey the sites of potential leaks, allowing them to recognize and repair leaks before the issue worsens. Ultrasonic instruments have sensitive microphones that detect the subtle sounds of air leaks while ignoring the louder background noises associated with industrial settings. This selective hearing makes ultrasonic air leak detection the ideal choice for operations concerned about potential leakage. The Importance of Compressed Air Leak Detection Services Regularly scheduled compressed air leak detection services can help operations prevent and repair air leakage. Modern techniques are non-invasive, allowing operations to run uninterrupted as we survey areas of concern and develop strategies to minimize future leaks. Our air leak detection services help our clients do the following: Avoid Future Gas Leaks Eliminate Potential...



The ATS family of companies offers rotating equipment vibration analysis for industrial and commercial machinery. Rotating equipment refers to various forms of equipment that rely on kinetic energy to move gases, liquids, and solids throughout an instrument or system. Our vibration analysis services benefit several types of rotating equipment, including compressors, engines, generators, and pumps. Rotating Equipment Vibration Analysis Explained Rotating equipment vibration analysis offers an advanced approach to the maintenance and upkeep of specialized equipment that is fundamental to the everyday functions of an operation. The analysis allows technicians to monitor a machine's vibrations, collecting data that signifies the machine's health in the process. The Importance of Vibration Analysis Vibration analysis provides essential insight into a machine's health and performance. Excessive vibrations during a machine's operation may compromise the equipment's longevity, placing an unnecessary burden on the operation itself. Technicians install vibration analysis systems that use sensors to monitor the vibration's frequency, amplitude, and displacement. The information gathered helps reveal the causes of vibration, allowing operators to resolve the issue before it reaches a critical status. Failure to resolve excessive vibrations in rotating equipment may result in the following: Equipment Failure Excessive Energy Consumption Increased Maintenance Costs Unscheduled Downtime More About our Predictive Maintenance Services Our predictive maintenance programs enable clients to optimize their operations for maximum efficiency. We offer multiple predictive maintenance services, including the following: Alignment and Balancing Offline Motor Testing Reliability Testing Thermal Imaging Inspections Ultrasonic Assessment and Analysis Vibration Analysis Our Commitment to Quality The...



The ATS Family of Companies conducts equipment condition monitoring as a form of predictive maintenance for commercial and industrial machinery. What is Condition Monitoring? Condition monitoring is a predictive maintenance practice in which technicians monitor the condition of equipment to recognize signs of potential failure. Unlike traditional maintenance, which occurs regularly, condition monitoring allows technicians to consider the specific needs of machinery when scheduling and conducting repairs. Technicians use a diagnostic system to monitor the machine's health and use the information gathered to develop a personalized strategy that will improve the machine's status. The Importance of Equipment Condition Monitoring While machine failure may be inevitable, condition monitoring is a valuable strategy that can help predict and prevent faults in equipment. This advanced approach helps technicians adopt proactive plans of action that allow operations to avoid the costly consequences of equipment failure. Condition monitoring offers several advantages, including the following: Avoids Unexpected Downtime Extends the Service Life of Equipment Improves Workplace Safety Increases Operational Efficiency Non-Invasive Maintenance Practices Reduces Costs Routine condition monitoring is an effective way to familiarize oneself with equipment and machinery. This familiarization enables operators to recognize any shifts in performance that may be a cause of concerns or symptomatic of more serious underlying issues. The data collected from condition monitoring also provides insight into the potential sources of the faults, streamlining the repair process. More About Our Predictive Maintenance Program In addition to condition monitoring, we offer the following predictive maintenance services: Alignment and Balancing Circuit Evaluation...



The Applied Technical Services family of companies conducts blower wheel balancing to minimize unnecessary vibrations during the operation of industrial fans. What is a Blower Wheel? Blower wheels stimulate airflow in HVAC systems, allowing fresh air to flow freely and efficiently throughout industrial and commercial buildings. After years of use, the blower wheel's blades accumulate dust and dirt, which can cause the motor to vibrate excessively, signifying an imbalance in the blower wheel. Imbalance can occur for several reasons, including the following: Build Up of Particulate on Blades Changes in Temperature Dirt and Dust Build Up on the Fan's Interior Loose Components Low Vibration Tolerance Manufacturer Error What is Blower Wheel Balancing, and Why is it Important? During the blower wheel balancing procedure, technicians use a balance machine to measure the blower wheel's amplitude of vibration to determine where the frequency of the vibrations increases. Our technicians then clean the blower and make the adjustments needed to balance the fan, improving its efficiency in the process. Failure to properly maintain and balance a blower wheel may result in the following: Excessive Heat during the Fan's Operation Corrosion on the Fan's Components Damaged or Busted Bearings Off-Balance Fan Blades More About Our Predictive Maintenance Capabilities Our predictive maintenance program seeks to provide a personalized approach to maintenance where our technicians consider a piece of equipment's specific needs and history when scheduling and conducting repairs. Our predictive maintenance practices help us reduce the costs associated with regularly scheduled maintenance and the downtime...



The ATS family of companies conducts thermal imaging electrical inspections for commercial and industrial operations. Thermal imaging is an important asset in the predictive maintenance of electrical components and our experienced technicians use advanced IR technology to provide reliable results regarding the health of electrical equipment. What is Thermal Imaging? Thermal imaging cameras convert thermal energy into images that display an object's heat signature. Technicians use the camera to scan environments, revealing information about an object's thermal radiation that may prove helpful in an inspection or investigation. Advancements in thermal technology have made it possible to detect the slightest variations in heat signature, making it possible to develop comprehensive heat maps from the data collected. Thermal Imaging Electrical Inspections Heat increases can pose severe risks to electrical components. Fortunately, thermal imaging cameras can locate heat-related issues with electrical components and connections. Technicians use the information gathered from the camera to inspect areas of concern and take the neccesary steps to resolve the issue. Thermal images offer numerous advantages for electrical inspections, including the following: Cost-Effective Non-Contact Inspections Quick Results Reliable Readings More About Our Predictive Maintenance Services We offer numerous predictive maintenance services that take a proactive approach to the maintenance and upkeep of industrial-grade instruments and equipment. Unlike traditional maintenance, which is schedule-based, predictive maintenance carefully considers a product's current performance and history of repairs, allowing technicians to address the product's unique needs. Our predictive maintenance services include the following: Alignment and Balancing Infrared Thermography Motor Circuit Analysis Reliability...



The ATS family of companies uses an advanced machine vibration monitoring system to measure the vibration frequencies of equipment and machinery. While machine vibration isn't inherently concerning, excessive and aggressive vibrations place machinery at risk. Fortunately, our machine vibration monitoring services help our clients take preventative measures to protect their equipment. What is Machine Vibration? Machine vibration occurs when a machine or its components vibrate back and forth during operation. While some vibrations may occur subtly without much sound, more severe vibrations can become quite noisy and noticeable. Machine vibration is caused by the following: Looseness Loosely attached bearings and components can contribute to machine vibration, accelerating the effects of wear and tear experienced by the machine. Imbalance The imbalance of a machine or its components can place unnecessary stress on the machine's bearings, increasing the likelihood of vibration. Misalignment Angular misalignment can occur during assembly or because of regular use, often leading to vibrations around the axis of the machine. Wear and Tear Everyday wear and tear can impact the damage throughout the machine, causing the device to vibrate during operation. Why is Machine Vibration Monitoring System Important? Machine vibration monitoring systems are an essential factor in the predictive maintenance strategy needed to prolong the service life of industrial equipment. Machine vibration monitoring devices help technicians monitor the amplitude, frequency, and intensity of vibrations in an operating machine, providing insight into the machine's performance and health. Unresolved abnormalities in machine vibrations can result in the following Costly Repairs Excessive...



The ATS Family of Companies offers industrial fan balancing services that improve the safety and performance of industrial fans. Our technicians evaluate fans to determine if they’re unbalanced before performing the procedures necessary to balance the fan. Our services help prevent further damage and extend the service life of industrial fans, improving the efficiency of our clients' operations. The Importance of Industrial Fan Balancing Industrial fans provide essential services that ensure the safety of personnel in industrial settings. Factories and other industrial facilities are often large and complex to cool, which can lead to stale and stagnant air that can affect the health of customers and employees. These fans offer a much-needed solution to this issue, as they are manufactured specifically for large spaces. Unfortunately, industrial fans can collect dust and become unbalanced, limiting the fan’s efficiency, raising operational costs, and resulting in premature failure. Fan balancing helps to correct any issues that may be applying unnecessary stress to the mechanical components of the fan, allowing the fan to operate at a higher efficiency. What is a Fan Rotor Imbalance, and How Does it Occur? A fan rotor imbalance occurs when the axis of the center of gravity differs from the fan rotor’s axis of rotation. Imbalance in a fan rotor can lead to increased vibrations during the fan’s operation, increasing loads on the bearings, fan housing, and motor shaft. Several factors can contribute to unbalancing, including the following: Changes in Environmental Conditions Damaged or Loose Components Dust and Particulate...



Reliability Testing Services, a member of the ATS family of companies, uses optical gas imaging technology to conduct gas leak surveys. Natural gas is a popular fuel source for industrial facilities, businesses, and homes across the globe. With millions of users worldwide, natural gas is prevalent due to its affordability and dependability. Unfortunately, natural gas systems can leak from pipelines and pose risks to people, businesses, and the surrounding environment. Our highly trained technicians carefully inspect industrial and commercial properties to ensure that the grounds are free of any gas leak-related concerns, improving efficiency and reducing costs in the process. Understanding Optical Gas Imaging Optical gas imaging, or OGI, is the process of using thermal infrared technology to visualize and observe the patterns of organic gas in a particular setting. Thermal infrared cameras provide a live infrared map of the temperatures in an environment, allowing technicians to observe each object’s heat signature. Technicians then carefully scan the environment for heat signatures consistent with gas line leaks. OGI enables technicians to conduct surveys safely and swiftly, making it a more practical selection than many other leak detection technologies. Common Signs of Gas Line Leakage The following warning signs should raise suspicions of a potential gas line leak: Hissing Noises near Gas-Powered Appliances Sudden Rise in Gas Bills Symptoms of Fatigue, Headaches, & Nausea The Odor of Sulfur or Rotten Eggs Responding to Natural Gas Leaks While natural gas leaks may seem like an inevitable a byproduct of commercial, industrial, and residential...



Reliability Testing Services, an ATS company, provides thermal imaging inspection services that thoroughly survey the interiors and exteriors of commercial and industrial sites. What is Thermal Imaging? Thermal imaging cameras observe the surface temperatures of objects before transferring the thermal radiation into images and patterns, allowing experts to evaluate an object’s heat signature. Thermal imaging technology can differentiate minor variations in thermal radiation, accelerating the inspection process and improving its accuracy and efficiency. Thermal Imaging Inspection Services Our professional engineers use thermal imaging inspection services to document the conditions of thermal and electrical assets. We survey the interior and exterior of industrial and commercial locations to identify any areas of concern before providing clients with potential solutions. Thermal imaging inspection offers several advantages, including the following: Nondestructive Testing Non-Invasive Inspection Process Radiation Free Real-Time Results The Importance of Thermal Imaging in Facility & Property Management Commercial and industrial facilities often operate on rigid schedules, so they must always run efficiently, even during maintenance and repairs. Thermal imaging technology allows operations to continue uninterrupted as technicians survey the property for issues. Thermal imaging helps assist with analysis involving: Air Leak Detection Condensation Detection Cooling System Inspection Electrical Maintenance Gas Leak Detection Heating System Inspection Insulation Evaluation Moisture Detection Plumbing Water Leak Detection Once detected, technicians work closely with clients to develop ways to resolve any pending issues, improving the operation’s efficiency and reducing unnecessary costs in the process. Our Commitment to Quality Applied Technical Services provides professional inspection, testing, and consulting...



The Applied Technical Services Family of Companies (FoC) conducts a gas line leak test that safely identifies potential leaks. Natural gas is a reliable energy source for countless homes and businesses due to its affordability and environmentally friendly reputation. However, natural gas leaks can be hazardous, so professionals must inspect potential leakage sites to avoid injury or property damage. Fortunately, our ultrasonic and infrared radiation gas leak detection services identify the location of leaks quickly, allowing our clients to resolve the issue before the situation worsens. What are Gas Line Leaks, and Why Do They Occur? A gas line leak occurs when a leak in a gas-burning appliance or gas line causes natural gas to leak into the open air. A series of symptoms and warning signs often accompany gas line leaks, including: The Smell of Rotten Eggs / Sulfur Hissing Sounds near a Gas Line Visible Damage to a Gas Line Fog or White Mist Near Gas Line Various conditions can cause gas line leaks, including: Old & Poorly Maintained Gas Lines Disrupted Connection between Gas Lines & Appliances Malfunctions with Appliances Rusted Pipes Ultrasonic Gas Leak Detection Ultrasonic leak detectors are important tools in the detection of gas leaks in industrial and commercial settings. While conventional leak detectors measure the concentration gas clouds, ultrasonic leak detectors use their sensitive microphones to register the white noises emitting from the source’s leak. Infrared Radiation Gas Leak Detection Our technicians use infrared radiation thermal imagers to identify potential gas leaks in...



The ATS family of companies conducts offline motor testing to evaluate the status of electric motors. Electric motor maintenance can be a complex endeavor; fortunately, our highly trained professionals utilize offline testing techniques and tools to provide services that improve the functionality of electric motors. What is Electric Motor Testing, and Why is it Important? Electric motor testing is an essential component in the predictive maintenance of electric motors that helps operations optimize the service life of their equipment while improving efficiency and reducing costs associated with unnecessary waste. Motors are essential parts of machine systems that must adhere to highly detailed standards and specifications, emphasizing the importance of their upkeep and maintenance. Routine maintenance practices allow operators to assess a motor’s health accurately. In contrast, extended gaps between inspections offer ample time for simple issues to progress into significantly more complex and costly problems. The following factors to consider when developing a maintenance schedule: Repair History Part Availability Effect on Daily Operation Technician Availability Offline Motor Testing Explained Offline motor testing, or motor circuit analysis, determines the general health of an electric motor. As the name suggests, offline testing occurs when the motor is off, allowing technicians to conduct the following tests: Insulation / Static Testing Wind Resistance Testing Voltage Testing DC Hipot Testing Surge Testing Our offline motor testing offers several advantages, including the following: In-Lab or On-Site Analysis Preventative Maintenance Measures Offline and Online Electric Motor Services Improves Efficiency, Reduces Costs Our Commitment to Quality Our ISO/IEC...



Reliability Testing Services, a member of the Applied Technical Services family, conducts machine shaft failure analysis for commercial and industrial operations. While shaft failure is far from a daily occurrence, the impact of shaft failure can compromise an operation's efficiency and pause its production, leading to financial loss and missed deadlines. Fortunately, our highly trained technicians can determine the cause of the failure by assessing the various contributing factors. Understanding Machine Shaft Failure Machine shaft failure results from one or more of the following four failure mechanisms, corrosion, fatigue, overload, or wear. Failure from corrosion and wear are rare occurrences that often leave physical evidence of their presence. However, overload and fatigue occur more frequently and require more extensive investigations into their causes. Overload Failure Overload failure occurs when applied stress exceeds a material's yield or tensile strength. The symptoms associated with overload failure will vary depending on the material's brittleness or ductility. Fatigue Failure Fatigue Failure occurs when cyclical stresses act on the material, causing crack propagation at ever-increasing speeds. The crack's origin and growth will reveal details about the source of the failure. Several other factors can contribute to shaft failure, including: Brittle Fracture Environmental Factors Manufacturing Quality Poor Maintenance Machine Shaft Failure Analysis Machine shaft failure analysis is an investigative tool used to evaluate the potential causes of shaft failure. The process can be challenging, but a thorough assessment of the loads and stresses acting on a shaft often reveal the root cause of failure. During our...



Reliability Testing Services, an ATS company, provides machine condition monitoring services that evaluate the health of equipment and machinery. Technological advancements have improved the efficiency of industrial practices worldwide; however, many industries continue to implore primitive maintenance strategies that result in unnecessary spending and reduced efficiency. Fortunately, our services offer an alternative to the outdated, calendar-based approach of the past. What is Machine Condition Monitoring? Machine condition monitoring, or condition monitoring, is the process of monitoring the various factors that impact the health of equipment. The objective of the practice is to maximize a system’s efficiency by taking a proactive approach to maintenance and upkeep. The Benefits of Machine Condition Monitoring Machine condition monitoring offers several benefits, including the following: Improves Production Output Increases the Service Life of Equipment Reduces Maintenance Costs Our Predictive Maintenance Services Our predictive maintenance services utilize technology to develop a proactive approach to the maintenance and upkeep efforts needed to sustain an efficient operation. Our technicians monitor equipment's well-being to detect any early warning signs of failure, allowing us to take preventative measures to reduce the likelihood of failure. We can curate personalized, predictive maintenance or reinforce preexisting programs, maximizing the machine’s protection against damage. Our Commitment to Quality Applied Technical Services is an ISO 9001:2015-registered qualified management system specializing in inspection, testing, and consulting engineering services. Our ISO/IEC 17025:2017-accredited facilities conduct chemical, environmental, mechanical, and nondestructive testing services for various agencies and industrial sectors. Our employees use their expertise and access to state-of-the-art equipment...



Reliability Testing Services, an ATS company, offers a predictive maintenance service that aids commercial and industrial facilities in their maintenance and upkeep. We assess the equipment's status to determine the machinery's condition, allowing clients to use the data we collect as a guideline for their maintenance schedules. What is Predictive Maintenance? Predictive maintenance is an advanced alternative to traditional maintenance that evaluates the condition of equipment to determine when maintenance is necessary as opposed to recommended. Standard maintenance occurs on a routine basis, leading to unnecessary costs, whereas predictive maintenance considers the specific condition of equipment before service. Predictive maintenance allows an operation to optimize its equipment for peak performance, avoiding unnecessary downtime and repair and replacement costs associated with most routine maintenance services.   The Benefits of Predictive Maintenance Predictive maintenance services offer multiple advantages, including: Improves an Operation's Efficiency Increases Production Capacity Increases the Service Life of Equipment Minimizes Maintenance Costs More About Our Predictive Maintenance Capabilities Our highly trained professionals use engineering and various sciences expertise to observe and inspect equipment and maintenance practices. We utilize advanced technology and nondestructive testing methods to evaluate and analyze industrial equipment and machinery. We offer several predictive maintenance services, including: Balancing and Alignment Infrared Thermography Motor Circuit Evaluation Passive Ultrasonics Reliability Testing Vibration Analysis About Applied Technical Services and Our Family of Companies Applied Technical Services provides high-quality consulting engineering, inspection, and testing services to companies worldwide. We are an ISO 9001:2015-registered quality management system focused on fostering positive experiences...



The ATS Family of Companies (FoC) conducts professional compressed air leak surveys to increase efficiency and reduce energy costs at industrial facilities. Compressed air system leaks account for about 20 – 30 percent of a compressor’s output, leading to inefficient energy outputs. Fortunately, our highly trained technicians can identify and repair these common and costly issues. Identifying Compressed Air Leaks While some air leaks may produce an audible hissing noise, others are more subtle and produce frequencies undetectable by human ears. However, ultrasonic acoustic detectors are sensitive instruments capable of detecting compressed air leaks in noisy industrial environments. These portable instruments have directional mics, audio filters, and amplifiers that pinpoint the precise location of leaks. When surveying sites for compressed air leakage, our technicians carefully scan the environment for signs of potential leaks, which commonly occur in the following areas: Couplings Disconnects Drains Fittings Joints Lubricators Pipe Sections Shut-Off Valves The Consequences of Compressed Air Leaks Compressed air leaks can be financially crippling as they compromise the functionality of the entire compressed air system. Undetected leaks place a substantial burden on compressors, which can compromise their reliability and service life, increasing the costs associated with their upkeep and operation. The Benefits of Compressed Air Leak Surveys Compressed air leak surveys help facilities improve the efficiency of compressed air systems, which helps with the following: Reduce Costs Improve Energy Efficiency Lengthen the Service Life of Compressors While compressed air leaks are common occurrences, they are not inevitable, so we recommend that...



The Applied Technical Services Family of Companies offers compressed air leak detection survey services that locate compressed air leaks for further repair. Compressed air is an expensive utility in manufacturing facilities, and inefficient compressed air systems amplify that cost, but our services help to minimize the money and energy wasted by industrial operations. Understanding the Importance of Compressed Air Leak Detection The U. S. Department of Energy estimates that poorly maintained industrial plants may waste up to 20 percent of their compressed air production through undetected or unrepaired leaks. Failure to conduct regular compressed air leak detection surveys may limit an operation's efficiency, increase energy-related expenses, and compromise equipment's efficiency and service life. Our compressed air leak detection surveys help businesses locate air compression systems that need repair and avoid the unnecessary expenses derived from unintentional leaks. Where and Why do Compressed Air Leaks Occur? Although leakage can occur in any part of the compressed air system, leaks often occur in the following areas of concern: Couplings Disconnects Fittings Flanges Filters Hoses Lubricators Pipe Joints Regulators Sealants Shut-Off Valves Tubes There are several potential causes of compressed air leaks, including: Incorrect Installation Daily Wear and Tear Poor Quality Materials Insufficient Maintenance Ultrasonic Leak Detection Compressed air leaks can be discrete and subtle and often go unnoticed in loud and busy environments associated with industrial settings. While these leaks may escape the human eye and ear, ultrasonic acoustic detectors can locate the leaks using audio amplifiers, filters, and directional microphones. These...



Reliability Testing Services, an Applied Technical Services company, provides professional compressed air leak survey services. Compressed air and gas leakage occurs when gas unintentionally seeps into the atmosphere through a compromised compressed air system. While these leaks may go unnoticed by the human eye, their impact is evident in the rising energy consumption and costs associated with leaks. Our services help improve the efficiency of air compression systems and reduce the expenses related to undetected leaks. The Importance of Compressed Air Leak Detection Air leaks are common in industrial settings, yet they often go unnoticed on crowded and noisy industrial floors. While the subtle sounds of an air leak may go unnoticed by humans, ultrasonic acoustic detectors can locate the source of the leak. These sensitive instruments allow businesses to take the necessary steps to resolve the issue without halting daily operations. Failure to seal air leaks could result in an inefficient compressed air system, responsible for unnecessary energy expenses upwards of several thousand dollars annually. Several factors contribute to compressed air leakage, including: Poorly Made Materials Improper Installation Negligent Use & Poor Upkeep Everyday Wear and Tear How Compressed Air Leak Survey Services Benefit Businesses Compressed air systems often account for about a third of a factory’s energy consumption. However, a portion of that percentage goes to waste as the air compression system suffers from undetected leaks. Our highly trained technicians use ultrasonic leak detectors to survey a building and locate leaks, highlighting their need for immediate repair. We...



Reliability Testing Services, a member of the ATS Family of Companies, uses numerous reliability testing methods to proactively evaluate equipment health and operational readiness. We monitor machinery for early signs of malfunction or failure to predict and prevent unexpected downtime, lost production and costly repairs. Using one or multiple technologies, our ISO certified technicians can determine when and where maintenance is necessary. Our Reliability Testing Technologies Experts at Reliability Testing Services (RTS) have extensive experience and are certified using several testing methods. We can find the most efficient and cost-effective method for evaluating clients’ critical equipment. Infrared Thermography Infrared (IR) thermography is a nondestructive, noninvasive inspection method that measures infrared radiation, which we feel as heat, in a given area. IR thermography displays real-time imaging that can observe temperature differences of less than a centigrade degree. Thermography allows technicians to check for misbalancing, electrical connection issues, overheating, overloading, damaged insulation, underground equipment, and water penetration. Motor Circuit Evaluation Motor circuit evaluation (MCE) is an offline testing method that determines motor health. MCE may address factors such as resistive balancing, resistance and capacitance to ground, and motor winding balancing. This testing method diagnoses rotor bar problems, eccentricity, defective motor connections, insulation system conditions, and other underlying conditions. Passive Ultrasonics Passive ultrasonic listening is a non-destructive, non-contact testing method that detects high-frequency sound waves. Passive ultrasonics can discern irregularities through ambient noise, identifying issues such as bearing anomalies, flow issues, pressure vessel leaks, steam traps issues, arcing, corona, and tracking of your...



Reliability Testing Services (RTS), a member of the ATS Family of Companies, can develop or supplement your predictive maintenance program with our reliability services. We specialize in predictive technologies, facilitating a proactive approach to equipment maintenance by predicting and preventing failures. Our experienced staff uses state-of-the-art inspection technologies to assist commercial and industrial clients. Predictive Maintenance Advantages Predictive maintenance technologies allow technicians to investigate equipment for early warning signs of failure. RTS monitors client equipment with this technology to predict asset failure and avoid breakdowns. Our services help clients minimize unplanned downtime and risks. Predictive maintenance also avoids problems performing unnecessary maintenance. Time-based maintenance could potentially generate excess expenses from unnecessary repairs. Using predictive maintenance, we can identify precisely where and when repairs are necessary. Predictive maintenance can also help clients extend asset life by optimizing operational performance factors for more efficient use. Our condition-based maintenance approach promotes safe, reliable equipment operation. We can design predictive maintenance programs from scratch or supplement clients’ existing programs for any length of time they need. Our Testing Capabilities RTS experts have extensive experience assessing client equipment with numerous predictive technologies. Our versatile range of testing methods ensures that our certified technicians can conduct thorough inspections. We use infrared thermography to collect visual imaging of temperature in real-time, detecting problems such as motor stress, improper lubrication, and trouble with cooling. Vibration analysis investigates irregularities in machine vibration, identifying sources of bearing wear, gear defects, resonance, imbalance, and misalignment. RTS also offers balancing and alignment...



Reliability Testing Services performs rotary kiln girth gear inspections to help clients prevent major failures or damage to their equipment. Our experts examine gears for various failure modes according to the ANSI/AGMA 1010-F14 standard, identifying potential issues early. Different failure modes suggest distinct root causes of the damage. RTS can identify underlying sources of damage to optimize equipment health and operability. Our Girth Gear Inspection Capabilities RTS has multiple technologies available for testing and inspecting girth gears and related equipment. We can determine the most effective and cost-efficient inspection method for each of our client’s particular needs. Our noninvasive technologies include infrared (IR) thermography, which displays real-time imaging of infrared radiation, expressed as heat, in a given area. IR thermography can detect temperature differences smaller than a centigrade degree, evaluating equipment with high accuracy. Areas displaying elevated operating temperatures could indicate underlying problems with the girth gears. Thermography also helps to identify or cross-check issues with oil and alignment. Our oil analysis capabilities allow us to analyze gear lubricant for evidence of flaws or failures. Oil analysis helps with the identification of several failure modes; wear debris particles, for instance, could suggest surface degradation or corrosion. Problems with the lubricant oil can lead to major issues with the gears. RTS can help protect clients’ equipment using critical data from oil analyses. Our reliability testing programs provide long-term solutions for protecting equipment health. We use multiple technologies to monitor clients’ industrial systems. We can supplement clients’ existing programs with our services...



The ATS Family of Companies (FoC) performs AGMA 1010-F14 gear inspections to help clients identify precursors to or causes of gear failure. Gears can express signs of wear and damage in different ways as a result of different root causes. AGMA 1010-F14 outlines several gear failure modes, which we use as a baseline for gear inspections. We assess equipment for numerous industries, including girth gears for mills and rotary kilns. Our experts can identify signs of damage early to prevent major gear failure. Gear Inspection Methods We determine the most efficient and cost-effective solutions to each of our clients’ unique needs. We have several testing and inspection technologies at our disposal, such as oil analysis. Oil Analysis We can conduct oil analyses on gear lubricant: a crucial element of gear health. The presence of debris particles in an oil sample could suggest surface degradation or corrosion, depending on the type of particles present. Choosing the correct oil as a lubricant is another key factor in equipment health. We can determine what your gear lubricant indicates about your equipment’s condition. Infrared Thermography Infrared (IR) thermography is another key tool for diagnosing gear issues. IR thermography is a noninvasive tool for examining thermal patterns in real-time. Areas with elevated temperatures could be symptomatic of underlying gear problems. Additionally, IR thermography can identify alignment issues or cross-check oil analysis results. Predictive Maintenance Programs The ATS FoC also offers balancing and alignment services for instances where testing reveals an issue. Our experts support predictive...



The ATS Family of Companies (FoC) performs condition monitoring and predictive maintenance services for our clients across multiple industries. We use predictive technologies to monitor our clients’ critical equipment and identify potential issues early before failure occurs. Our experts use several nondestructive and noninvasive testing methods to provide machine health information to gauge equipment’s current fitness. Our technicians collect, analyze, and trend data from industrial equipment, which can reveal early signs of asset malfunction or failure. Early detection helps asset owners avoid breakdowns and unplanned downtime, allowing maintenance personnel to operate in a planned environment. We use several advanced inspection methods to collect equipment data, such as vibration monitoring, passive ultrasonic listening, and infrared thermography, warning of impending failures. Predictive Maintenance Benefits Traditional time-based maintenance practices can lead to expensive miscalculations regarding repairs. This could mean unnecessary early replacements or collateral damage and extensive repairs from defects that went unnoticed for too long. Predictive, condition-based maintenance allows us to observe and optimize the equipment’s functionality, prioritizing safety and efficiency. We aim to reduce our clients’ maintenance costs as much as possible by increasing asset availability and preemptive maintenance planning. We pinpoint key operational performance factors that affect equipment efficiency and identify actions that can extend asset life. We monitor changes in performance over time to determine precisely when and where maintenance is needed. We design our predictive maintenance programs around each client’s specific needs. Our experts can set up a program from scratch or provide supplementary services to preexisting programs...



What Is Thermography Testing and How Does Thermal Imaging Work? The Applied Technical Services Family of Companies (FoC) provides thermography testing, also known as thermal imaging or IR thermography, as a nondestructive inspection (NDI) method to assess equipment health using infrared radiation. Any material above absolute zero emits infrared radiation (IR), perceived as heat. Thermographic technology detects this radiation and creates a thermograph, providing a real-time visual of temperature distribution. At ATS, our advanced systems can detect temperature differences as small as hundredths of a degree centigrade, identifying early heat buildup before visible damage occurs. Utilizing Thermographic Testing Our trained experts use thermography as a beneficial tool across numerous industries. During electrical surveys, IR thermography enables technicians to detect overloading, connection issues, and misbalancing in high- and low-voltage equipment. Additionally, our experts can locate potential or existing failures in heating and electrical systems. We can also conduct skin surveys, inspecting insulation and refractory for damage, as well as other construction defects in roofing systems and building envelopes. We can also perform mechanical surveys to detect signs of overheated equipment, bearing faults, lubrication deficiencies, and problems with pipes, plastics, metal parts, and shafts. IR thermography offers several benefits beyond assessing equipment functionality. IR testing can identify humidity, moisture, and water penetration in materials such as soil, paper, and aircraft structures. Thermography is also used to locate underground objects, including storage tanks, pipes, leaks, and tunnels. Your All-in-One Partner for Testing and Inspection Thermographic testing offers many advantages, making it a safe...



Thermography testing, or thermal imaging, is a method for quickly and accurately measuring temperature in a given area. Thermography works by detecting infrared radiation, a form of invisible energy we feel as heat, and converts the data into an image called a thermogram. This allows technicians to evaluate industrial equipment for temperature differences as little as hundredths of a degree Celsius. The Reliability Testing Service (RTS) technicians from the ATS Family of Companies (FoC) provide clients with thermographic testing services for a wide variety of applications, discovering impending failures that could interrupt their processes. Applications for Thermography Thermographic testing benefits both industrial and commercial clients. Our thermography experts apply this technology to numerous circumstances, from measuring water levels in tanks to identifying thermal defects in building structures. Other applications for thermography include: Electrical surveys: checking for misbalancing, overloading, and connection issues in low- and high-voltage equipment Identifying water penetration, humidity, or moisture in aircraft structures, paper, and soil Skin surveys: locating areas where insulation and refractory are missing or damaged Finding defects in pipes, metal parts, shafts, and plastics Mechanical surveys: finding overheating equipment, bearing faults, and lubrication deficiencies Detecting materials and structures hidden underground: hidden tunnels, pipes, underground storage tanks, and pipeline leaks Identifying construction defects in building envelopes, roofing systems, and insulation Finding potential or existing deterioration/failure in electrical and heating systems Infrared thermography is a safe, efficient nondestructive testing (NDT) method. Our experienced technicians and state-of-the-art equipment make our thermography services a valuable predictive technology to utilize...



AGMA Gear Tooth Standards The ATS Family of Companies (FoC) offers gear tooth inspection services in accordance with AGMA 1010-F14. We inspect a wide range of equipment, such as girth gears for kilns and mills, for several industries. The ANSI/AGMA 1010-F14 standard covers several failure modes for industrial gears. The most common failures involve wear or damage to the gear teeth. Our experts can inspect gear teeth to determine the root cause of any flaws and recommend corrective actions, preventing further damage from occurring. Gear Tooth Inspection Services We tailor our approach to gear inspections based on the situation. Our experts can determine the most efficient, cost-effective method for each client’s particular needs. The ATS FoC has several inspection technologies available for inspecting gear teeth, including: Infrared Thermography Balancing Alignment Oil Analysis Infrared thermography allows inspectors to view even slight differences in equipment temperatures. Areas with elevated temperatures may be symptomatic of flaws impairing optimal machine function. We also offer balancing and alignment services. Misaligned gears could pose a significant source of wear or damage to the gear teeth. Our experts can also perform oil analysis on the gear lubrication. Oil analysis can reveal several sources of failure in equipment. Improper oil viscosity can result in gear damage. The presence of contaminants in the oil, such as wear debris, could potentially indicate corrosion or surface damage. We can detect potential flaws quickly and effectively through oil analysis. Long-Term Solutions Regular gear inspections can be part of an ongoing maintenance program....



AGMA Standard Inspections Reliability Testing Services (RTSI), a member of the ATS Family of Companies (FoC), offers AGMA 1010-F14 inspection services to help clients avoid gear damage and failures. Gears exhibit signs of wear and damage in numerous ways, depending on the root cause. RTSI experts use the different failure modes outlined in ANSI/AGMA 1010-F14 as a basis for inspecting gears for various industries, including girth gears for kilns and mills. We can assess the equipment’s condition and evaluate any potential problems before gear failure occurs. Our Gear Inspection Capabilities RTSI uses several technologies to assess equipment health. We determine the most efficient, cost-effective solution for each of our clients, depending on their particular needs. One method we use to evaluate gears is infrared thermography, a tool for visualizing equipment temperatures in real time. Thermography is a nondestructive, noninvasive method for detecting even the slightest temperature differences. Areas with increased operating temperatures could indicate an underlying issue with the gears, such as improper alignment. RTSI provides balancing and alignment services to help keep rotating machinery operating at optimum efficiency. We can also perform oil analysis on the gear lubricant for detailed insight into the system’s health. Choosing the correct oil for gear lubrication is crucial to maintaining gear health. Oil analysis can also reveal signs of gear failure. Contamination from wear debris could indicate corrosion or surface degradation. We can detect potential gear flaws quickly and accurately using oil analysis. We implement numerous inspection technologies through our predictive maintenance programs....



Machine condition monitoring is a predictive testing method that subjects machinery to varying vibrations to ensure proper functionality and pinpoint potential faults. Machine condition monitoring helps avoid potentially catastrophic equipment failure. Reliability Testing Services provides condition monitoring to help our clients prevent unexpected repairs and downtime. Analyzing Machine Conditions Normal machine operations create vibration, but excessive vibration can result in machine degradation, structural damage, and the compromised safety of personnel. The certified experts at RTS conduct machine condition monitoring to identify potentially problematic components before failure occurs, allowing our clients to schedule repairs and replacements at their convenience to prevent service interruptions. Machine condition monitoring identifies potential hazards such as: Imbalance Bearing Failures Mechanical Looseness Bent Shafts Lubrication Issues Electrical Motor Faults Misalignment Pump Cavitation Gearbox Failures Types of Equipment At Reliability Testing Services, our trained inspectors perform machine condition monitoring on many types of equipment, including: Thermal Oxidizers Hydraulic Pumps Gearboxes Air Compressors Mills Air Handlers Electric Motors Cooling Tower Systems Mixers Turbines Coolant Pumps Conveyor Drives Reliability Testing Services at Applied Technical Services Reliability Testing Services, an Applied Technical Services company, works to minimize client costs and safety risks while maximizing the value of our machine condition monitoring services. We help our clients increase their production capabilities by using advanced predictive maintenance methods, including: Balancing and Alignment Motor Circuit Evaluation Vibration Analysis Infrared Thermography Passive Ultrasonic Listening RTS employs the industry’s leading condition monitoring experts. These experienced professionals provide the highest levels of service quality and reliability on...



Reliability Testing Services is an industry leader among condition monitoring companies. Our certified, highly trained condition monitoring experts offer the highest quality services at the best possible value. Condition Monitoring Applications Condition monitoring is a nondestructive predictive testing method with applications in a variety of industries. RTS technicians monitor machine conditions to identify vibrational inconsistencies, allowing our experts to pinpoint specific areas of machine degradation and potential equipment failures. Inspectors can use condition monitoring to diagnose several mechanical issues, including but not limited to: Bearing Failures Bent Shafts Lubrication Issues Pump Cavitation Gearbox Failures Resonance Imbalance Misalignment Mechanical Looseness Electric Motor Faults Our condition monitoring capabilities allow our technicians to recognize early indicators of malfunction or deterioration before problems occur, providing equipment managers with the opportunity to schedule repairs and replacements at their convenience to prevent unexpected downtime. Monitoring Machine Vibration Vibration is normal for most machinery, though excessive vibration can negatively impact equipment performance, diminish product quality, and even cause structural damage. RTS uses condition monitoring to identify potential faults in several types of equipment, including: Electric Motors Coolant Pumps Turbines Mixers Conveyor Drives Pulleys Mills Air Compressors Couplings Thermal Oxidizers Gearboxes Hydraulic Pumps Cooling Tower Systems Bearings Air Handlers Reliability Testing Services at Applied Technical Services Reliability Testing Services, an ATS company, stands at the forefront of condition monitoring companies. We continuously strive to exceed client expectations by minimizing costs and safety risks while maximizing the value of our condition monitoring services. We can establish custom condition monitoring...



The ATS Family of Companies (FoC) conducts condition monitoring vibration analysis to examine a subject’s operational vibrations to identify potential faults and ensure proper functionality. How It Works All machinery creates vibration during regular operation, but excessive vibrations can damage not only the equipment itself but also any surrounding machinery and structures. Vibration analysis is a predictive testing method that allows technicians to observe individual vibrational frequencies to pinpoint abnormalities. Identifying these inconsistencies helps them recognize specific areas of machine degradation and potential equipment failures. Condition monitoring vibration analysis identifies potential hazards such as: Mechanical Looseness Bearing Failures Electrical Motor Faults Bent Shafts Misalignment Lubrication Issues Gearbox Failures Pump Cavitation Imbalance The Importance of Predictive Testing Vibration analysis provides equipment managers with the opportunity to schedule maintenance at convenient times and helps to avoid unexpected downtime due to mechanical failure, allowing our clients to keep their operations running smoothly. Our trained inspectors perform condition monitoring vibration analysis on many types of machinery and equipment, including but not limited to: Hydraulic Pumps Thermal Oxidizers Air Compressors Gearboxes Air Handlers Mills Cooling Tower Systems Electric Motors Conveyor Drives Coolant Pumps Turbines Mixers Reliability Testing Services at Applied Technical Services The ATS Family of Companies includes leading providers of condition monitoring, predictive maintenance, and vibration analysis services. We work to minimize safety risks and client costs while maximizing the value of our condition monitoring services. We help our clients increase their production capabilities by using advanced predictive maintenance technologies, such as: Balancing and...



Machine vibration monitoring is a testing method that subjects machinery to varying degrees of vibration to ensure proper functionality. Vibration monitoring helps clients avoid potentially catastrophic machinery failure. How It Works Machine vibration monitoring analyzes vibrational inconsistencies in equipment and provides insight into future machine failure by identifying issues such as misalignment, imbalance, bent shafts, pump cavitation, electrical motor faults, gearbox failures, bearing failures, lubrication issues, and mechanical looseness. Regular vibration monitoring helps identify machine degradation in heavily used equipment and allows equipment managers to schedule maintenance at convenient times to avoid the risk of downtime due to mechanical failure. Excessive vibrations can cause damage to the machine itself, as well as structures, surrounding equipment, and manufactured products. All machinery creates vibration during regular operation. Analyzing these vibrations allows the observation of individual machine frequencies to identify abnormalities. Trained inspectors can perform machine vibration monitoring on many types of machinery and equipment, including turbines, mills, mixers, air handlers, coolant pumps, gearboxes, conveyor drives, air compressors, electric motors, thermal oxidizers, cooling tower systems, and hydraulic pumps. Machine vibration monitoring is a fundamental part of verifying the mechanical integrity of machinery and preventing the need for emergency repairs that result in service interruptions. Reliability Testing Services at Applied Technical Services Reliability Testing Services, an Applied Technical Services company, provides extensive machine vibration monitoring services that can help to avoid unexpected downtime due to equipment failures. Reliability Testing Services works to minimize client costs and safety risks while maximizing the value of our...



Reliability Testing Services is an industry leader among vibration monitoring companies. Our experienced, certified vibration experts offer reliable, high-quality services at the best possible value. Vibration Monitoring Applications Vibration monitoring is a non-destructive predictive testing science with a wide array of applications. Most machinery experiences sustained vibration as a normal function of daily operation. RTS technicians can plot the vibration waveform into an FFT and break the signal into distinct frequencies. Our experts can use this information to search for anomalies and calculate specific data about the equipment’s operating condition. We can use this method to diagnose a variety of mechanical issues, including: Resonance Misalignment Mechanical Looseness Lubrication Issues Imbalance Gearbox or Bearing Failures Electrical Motor Faults Bent Shafts Our vibration monitoring capabilities allow us to identify early indicators of deterioration or malfunction before they lead to machine failure. This allows proprietors to plan repairs or part replacements at convenient times, reducing unplanned downtime. How Vibration Affects Equipment Vibration can directly impact equipment performance and product quality. Aerospace machine spindles and paper machines can damage products when producing excessive vibrations. Equipment may also experience reduced performance and faster component deterioration due to normal vibrations from operation. RTS uses vibration monitoring to assess several types of equipment for signs of deterioration, including: Thermal Oxidizers Turbines Pulleys Mills Hydraulic Pumps Gearboxes Electric Motors Couplings Cooling Tower Systems Conveyor Drives Bearings Air Compressors Air Handlers RTS can help prevent safety issues and unexpected downtime through routine vibration monitoring, trending equipment data to evaluate...



Utilizing Predictive Maintenance Predictive maintenance presents a more advanced alternative to traditional maintenance methods. Usage or time-based maintenance risks performing too little, too much, or even the wrong type of repair work. This may lead to unnecessary, expensive replacements or failures resulting in collateral damage and costly repairs. Reliability Testing Services, a member of the ATS Family of Companies (FoC), offers predictive maintenance services focused on detecting early signs of malfunction and failure. We monitor equipment for small changes over time and determine what maintenance the equipment needs when repairs become necessary. Our experts can recommend clear repair plans based on predictive maintenance data. Predictive maintenance will greatly reduce unexpected downtime. Monitoring different aspects of current machine conditions allows us to increase equipment availability and reduce maintenance and materials costs through improved planning. The need for parts inventory decreases as predictive maintenance processes develop a comprehensive understanding of the equipment. Predictive Testing Sciences Reliability Testing Services uses several predictive testing technologies to benefit our clients. Each versatile method allows us to gather unique data that helps develop efficient, targeted maintenance practices. Thermographic testing finds problems with motor stress, cooling, and lubrication, among other things, by generating visual representations of temperature. Passive ultrasonics can locate issues such as leaks, corona, and arcing by detecting high-frequency sound waves. Vibration analysis investigates abnormal machine vibration for problems, including bearing faults, misalignment, and imbalance. Motor circuit evaluations check resistive and inductive balance, as well as resistance and capacitance to ground. We combine these technologies...



Preventing Bearing Failure Bearing conditions play an integral role in rotating machinery health. A single bearing failure can result in machine shutdown, downtime, and production loss. Numerous factors can contribute to premature bearing failure. Misaligned components can cause abnormal, premature bearing wear. Machinery imbalance can increase the load on bearings and shorten their lifespan, causing premature failure. Insufficient lubrication can also contribute to bearing faults. The ATS Family of Companies (FoC) can detect these issues before a major failure occurs using bearing vibration monitoring. Detecting Bearing Faults with Vibration Analysis Vibration analysis is a non-destructive, non-invasive examination method that allows technicians to observe equipment health in detail. This versatile form of predictive testing has numerous applications, commonly addressing bearing problems. Defective bearings produce abnormal vibrations that become increasingly evident as the issue progresses. Our experts analyze these vibrations to diagnose issues, such as wear, damage, or other tribological issues with plain or roller bearings. We can identify these problems in several types of machinery, including: Hydro Turbines Pumps Steam Turbines Cooling Tower Systems Gas Turbines Fans Vibration Monitoring Programs We can perform vibration analysis as part of our condition monitoring program services. Vibration-based condition monitoring uses surveillance, testing, and analysis to identify potential issues with bearings, gearboxes, and other components. Monitoring equipment health helps identify changes in machine conditions as they occur, allowing proprietors to plan and schedule maintenance before failure occurs. We can design or supplement a condition monitoring program with our vibration monitoring services. To help keep equipment...



Condition Monitoring Capabilities Condition monitoring is a form of predictive maintenance that records the current condition of industrial equipment. Collecting detailed machine health information enables proprietors to schedule maintenance as needed instead of using time-based techniques. Reliability Testing Services provides comprehensive condition monitoring services that may include any of the following testing methods: Thermography Polarization Indexing Vibration Analysis Resistive Balance Passive Ultrasonics Insulation Resistance Capacitance Inductive Balance We analyze, sort, and trend the collected data to identify any issues that require attention. Condition monitoring can diagnose numerous defects, including: Coupling issues Bearing defects Misalignment Rotor bar issues Unbalance Cavitation Mechanical looseness Resonant frequencies Gearbox defects Excessive load RTS also provides balancing and alignment services to preserve machine reliability. We can determine whether the equipment performs optimally and recommend maintenance actions that could remedy the issue. Benefits of Condition Monitoring Time-based maintenance leaves opportunities for defects to go unnoticed and cause significant problems through collateral damage. Fixing the defects early can prevent potential failures that would compromise employee safety and cause unplanned downtime. Condition monitoring effectively identifies flaws that hinder productivity, preventing further damage and decreasing necessary repair time and costs. Maintenance becomes more efficient with predictive technology, allowing more time to prepare for repairs and less unscheduled downtime. Condition monitoring can also reveal which components are most likely to fail, helping to improve parts inventory efficiency. Condition monitoring generates precise, detailed data that thoroughly addresses equipment health. RTS delivers this data in a clear report that clients can use to...



Condition Monitoring Advantages Condition monitoring is a non-destructive method for analyzing machine characteristics and searching for changes that may indicate deterioration or damage. Locating and Identifying problems early helps to avoid failures, breakdowns, and collateral damage. Condition monitoring helps maintain proactive control over maintenance programs, reducing unexpected downtime and repair costs. Vibration-based condition monitoring is a form of observation that interprets machine vibration characteristics to diagnose issues with equipment health. Vibration monitoring findings can also help optimize machines to run faster or with increased loads, reducing the overall operating costs. Machinery operating at peak efficiency lasts longer with condition monitoring than with run-to-failure tactics. Using Vibration Analysis Vibration analysis is a versatile predictive testing science with a wide range of applications. Vibration monitoring uses testing, surveillance, and analysis to find potential issues with misalignment, bearings, drive belts, imbalance, pulleys, gearboxes, resonance, electrical supply, motors, and other components. Reliability Testing Services provides vibration-based condition monitoring as a program that we can set up from scratch, establishing routes, alarm limits, and monitoring frequencies, or supplement existing condition monitoring programs. Vibration monitoring programs indicate early signs of malfunction or deterioration, allowing proprietors to plan repairs or replacements before failure occurs. Vibration can have a direct impact on product quality; excessive vibrations in paper machines and aerospace machine spindles can damage the product. Routine condition monitoring programs collect and trend data that can help prevent equipment performance issues. At RTS, our certified, experienced vibration analysts deliver clear, accurate data that allows clients to take...



Monitoring Motor Health For many industries, energy constitutes a major portion of expenses, and motors contribute largely to energy consumption. Time-based maintenance could let motor defects go unnoticed, decreasing the machine’s efficiency and thereby increasing energy costs. Applying time-based maintenance could also lead to early repairs or replacement for equipment that could potentially function for years before reaching failure. Motor condition monitoring provides a more efficient alternative. Condition monitoring evaluates motor health, providing data that allows technicians to optimize performance. Problems such as uncontrolled vibrations could lead to catastrophic failure; condition monitoring identifies the source of these issues before damage occurs. By optimizing motor efficiency, condition monitoring improves motor reliability and extends the useful life expectancy. Our Condition Monitoring Services Reliability Testing Services provides the knowledge, experience, and resources necessary for motor condition monitoring. Our certified experts can locate and define potential issues before they cause motor failure. We ensure that clients’ equipment operates within tolerances, allowing optimal productivity. By sorting, analyzing, and trending data, we can identify problems that require attention, and determine whether performance meets manufacturer specifications. Our services include testing, diagnosis, balancing, and alignment. These insights into motor health help to enable proactive maintenance, informed decision making, and planned maintenance. Condition Monitoring Benefits Routine condition monitoring is one of the most effective methods for maintaining optimized motor conditions and comes with several benefits. Discovering potential problems early gives proprietors time to order repair supplies, schedule downtime, and plan for maintenance costs. Preparing for repairs in advance decreases...



Reliability Testing Services is a leader among predictive maintenance companies. We specialize in predictive technologies that enable clients to transition from run-to-failure operation to proactive maintenance. Our fully certified and qualified technicians use state-of-the-art equipment to benefit both industrial and commercial clients. Benefits of Predictive Maintenance Predictive technologies check for early warning signs of asset failure. By monitoring equipment health and predicting asset failure, RTS helps clients avoid breakdowns, thereby reducing risks and unplanned downtime. Predictive maintenance also saves on maintenance costs by eliminating over-maintenance. Time-based maintenance can potentially lead to excess expenses due to unnecessary repairs or collateral damage from failures that went undetected. Predictive maintenance also identifies and optimizes operational performance factors operators can optimize for more efficient use, extending asset life. This condition-based approach to maintenance promotes healthy, reliable equipment operation. RTS can establish a predictive maintenance program from scratch or provide training for companies with existing programs. Our Predictive Technologies RTS experts use several predictive technologies to assess client equipment. Each method is versatile, allowing our certified technicians to conduct thorough inspections. Our technologies include: Infrared thermography: real-time visual imaging of temperature that detects problems with cooling, lubrication, and motor stress, among others Motor circuit evaluation: offline motor testing that checks resistive balance, resistance and capacitance to ground, and inductive balance as indicators of motor health Passive ultrasonics: identifying sounds in the ultrasonic range to assess electrical and mechanical equipment for problems such as flow issues, pressure vessel leaks, arcing, and corona Vibration analysis: investigating abnormalities...



What is Vibration Monitoring? Vibration monitoring is a predictive testing science that has a wide range of applications. This nondestructive form of analysis can identify precursors to machine failure, making repairs or part replacements possible before catastrophic failure occurs. A member of the ATS Family of Companies, Reliability Testing Services, offers vibration monitoring services to industrial and commercial clients. All machinery produces vibrations while running normally. Vibration monitoring technologies plot this as a waveform of amplitude over time. Spectrum analysis breaks this signal into individual frequencies, converting the data into a spectrum of frequency and amplitude. Our experts can search for abnormalities, using the information to calculate more detailed, specific data about the machine’s operating condition. This examination can apply to many types of equipment, including: Hydraulic pumps Electric motors Gearboxes Mixers Cooling tower systems Air compressors Coolant pumps Mills Thermal oxidizers Conveyor drives Air handlers Turbines Predictive Capabilities By analyzing vibrational inconsistencies, vibration monitoring can detect issues before they cause unplanned downtime. Vibration analysis can identify a wide range of issues, such as: Gearbox or bearing failures Mechanical looseness Pump cavitation Imbalance Electrical motor faults Lubrication issues Misalignment Bent shafts Regular vibration monitoring helps to assess heavily used machinery for changes in performance over time. Identifying potential issues early on allows proprietors to schedule maintenance at convenient times. Doing so through upholding a regular inspection schedule optimizes machine performance without causing any unnecessary maintenance. Vibration Analysis Benefits Reliability Testing Services offers custom programs utilizing predictive testing technology. We can...



Passive Ultrasonics Passive ultrasonic listening detects high-frequency sound waves above the range of human hearing to conduct electrical and mechanical inspections. This non-contact, non-destructive form of inspection locates specific sounds, even in areas with considerable ambient noise. Our experts at ATS analyze the resulting waveform for any irregularities indicative of potential faults. Ultrasonic listening assesses on-line equipment, often before vibration analysis is a viable diagnostic option. This method’s detection speed and ease-of-use on the shop floor make it a versatile option for equipment evaluation. Passive ultrasonics can supplement infrared thermography (IR) in potentially hazardous situations, especially in medium- or high-voltage enclosures. Our ultrasonic inspections benefit clients in both long-term, result trending applications, as well as short-term troubleshooting. Our knowledgeable technicians operate ultrasonic technology to our clients’ greatest benefit. Detecting Electrical and Mechanical Faults Passive ultrasonics can identify several types of mechanical problems. Friction between moving components, such as couplings or gear mesh, creates ultrasonic waves. Ultrasonic listening picks up these wavelengths, allowing technicians to identify flaws such as bearing anomalies, steam traps, and flow issues. This technology can also identify leaks in pressurized or vacuum vessels by detecting the turbulent flow of the gas or liquid from the pressurized to the depressurized environment. Detecting large and small leaks saves clients from costly energy expenses. Ultrasonic technology also benefits electric condition monitoring practices by detecting events before flashover (arc flash) incidents occur. Ultrasonic listening can also locate most electrical anomalies, such as arcing, tracking, and corona. Passive ultrasonics consistently finds corona...



Detecting Infrared Radiation Infrared radiation is a type of invisible energy on the electromagnetic spectrum that we feel as heat. All matter with a temperature higher than absolute zero emits infrared radiation. Thermographic testing, also known as thermal imaging or infrared thermography, senses long-infrared radiation and converts it into images called thermograms. Thermographic testing can be performed in real-time and allows technicians to see and measure temperature differences as small as a few hundredths of degrees Celsius. Thermographic Testing Applications For decades, industrial and commercial industries have used thermography to their benefit. Firefighters use it to see through smoke, and energy auditors use it to assess thermal defects in building structures, for example. Thermographic testing has several uses that benefit a variety of industries. Uses include: Electrical surveys: checking for connection issues, overloading, and misbalancing in high and low-voltage equipment Identifying water penetration, moisture, or humidity in soil, aircraft structures, and paper Skin surveys: locating areas of missing or damaged insulation and refractory Finding defects in plastics, pipes, shafts, and metal parts Mechanical surveys: finding lubrication deficiencies, bearing faults, overheating equipment Detecting materials hidden underground: pipes, pipeline leaks, underground storage tanks, hidden tunnels Identifying construction defects: insulation, roofing systems, building envelopes Finding existing or potential deterioration/failure in electrical and heating systems Thermographic testing is a safe, efficient method for predictive examination. This kind of testing has many advantages, such as: Nondestructive and noninvasive testing method Suitable for hazardous or otherwise inaccessible areas Non-contact testing allows technicians to maintain a safe...



Motor Circuit Evaluation (MCE) is a type of off-line testing that yields indicators for motor health. Motor testing is an essential part of maintenance. Motors that sustain core damage cannot perform optimally — if they continue to work at all. Identifying problems early with motor circuit evaluation prevents permanent damage and has many benefits, including: Cost savings: Motor testing provides a clear assessment of current motor health. Motor evaluations identify whether maintenance is necessary to prevent overspending. Regular testing can also limit collateral damage when failures occur, reducing maintenance and replacement costs. Energy conservation: Motor circuit evaluation can identify motor conditions that cause increased power consumption. Left undiscovered, such conditions could accelerate asset wear and affect overall power quality. Increased uptime: Identifying defects before failure occurs allows systems to remain up and running. Motor testing can determine the most efficient and cost-effective maintenance plan. Improved safety: Motor circuit evaluation reduces the frequency and urgency of failures, therefore reducing unscheduled downtimes. Maintenance teams can then make repairs in de-energized conditions. Motor circuit evaluation can also diagnose insulation system health, eccentricity, broken or faulty rotor bars, and defective motor connections. Motor testing with RTS includes polarization indexing and a standard AC motor test. Polarization Indexing Polarization indexing tests the integrity of a motor stator’s insulation system. This de-energized test plots and trends resistance to ground readings. The data generates a ratio measuring the insulation system’s ability to prevent charge from leaking to ground. The results can indicate whether the motor should undergo...



ATS Machinery Monitoring & Diagnostic course provides engineers, mechanics, technicians, and supervisors the knowledge and skills required to correctly identify, prioritize and establish corrective actions for the most common causes of machinery failures. The culmination of over 100 years of collective practical experience, this hands-on course provides a proven test and diagnostic methodology that can be applied to all commercial and industrial equipment. Upon completion of the course participants will demonstrate the ability to: Select and apply condition monitoring & diagnostic tools for expected damage mechanisms Perform a comprehensive visual assessment of machinery installation and installation design Collect meaningful data using commonly available diagnostic tools Assess diagnostic data with commonly accepted alarm limits from applicable codes, standards, and specifications Evaluated condition and diagnostic data utilizing ATS diagnostic methodology Prioritize, report, and execute corrective actions for machinery defects



Predictive Maintenance (PdM) and Condition Monitoring Do you know whether your equipment will run tomorrow?  Early detection allows for a planned and efficient repair response. ATS' Predictive Maintenance (PdM) and condition monitoring services allow you to know precisely what equipment repairs are required and when servicing is necessary. Unplanned downtime is virtually eliminated from daily operation. This means increased equipment availability, improved maintenance planning, reduced maintenance labor and reduced material cost. Our reliability engineers can also develop repair plans and recommendations. Multiple test methods are employed to ensure that abnormal equipment conditions are detected and reported accurately. Test methods include: Condition Assessment Visual Indication Audible Noise Sensible Vibration Sensible Temperature Condition Monitoring Vibration Analysis Acoustic → Ultrasonic Infrared Field Balancing Field technicians can balance facility equipment onsite to reduce repair cost and maintenance downtime.



The Applied Technical Services Family of Companies offers failure mode and effects analysis services to identify potential failure causes and effects and create preventative solutions. Root Cause Analysis vs. Failure Mode and Effects Analysis As one of the leading failure analysis service providers in the country, Applied Technical Services features cutting-edge laboratories, highly advanced failure analysis technologies and equipment, and a staff consisting of some of the leading failure analysis experts in the industry. Our services range from root cause analysis and failure mode and effects analysis to failure analysis consulting. While these services sound similar, they are different steps and approaches to the failure analysis process. Root Cause Analysis Root cause analysis, or RCA, consists of an investigation into a past incident that ended in material, component, device, or system failure. This is a reactive process intended to identify the exact cause of an accident for purposes ranging from maintenance and repair to litigation. Failure Mode and Effects Analysis FMEA is a systematic approach to identifying potential failure modes or causes that could lead up to a failure incident that has not yet happened. FMEA is preventative and is often used during the design phase of processes like manufacturing, building, and construction. FMEA can expose potential vulnerabilities, bottlenecks, or other inefficiencies that could lead to failure as minor as a short service interruption or as severe as a catastrophic failure. This type of failure analysis is intended to construct and implement preventative measures to mitigate risks and ultimately improve...



The Applied Technical Services Family of Companies offers vibration analysis of induction motors services to identify potential issues and help clients maintain optimal efficiency. Motor Vibration Analysis Performing vibration analysis for induction motors can help predict maintenance needs by assessing the condition and health of a motor system. Predictive maintenance can help prevent unexpected downtime, costly repairs, safety hazards, diminished efficiency, and even the need to replace equipment prematurely by increasing the motor’s life expectancy. ATS’ vibration testing experts conduct vibration analysis of induction motors as follows: Vibration Analysis Equipment and Test Subject Preparation Vibration Sensor / Accelerometer Placement Observation and Data Collection Data Analysis Frequency Analysis Standard / Baseline Comparison Fault Identification and Diagnosis Condition Assessment Reporting Vibration Analysis of Induction Motors Benefits Preventative maintenance through vibration monitoring allows the identification of problems before they become significant. As is the case with all preventative maintenance, performing induction motor vibration analysis offers several benefits, including but not limited to: Early Detection: identify potential faults and flaws before they cause significant issues or require repairs. Increased Reliability: staying ahead of necessary maintenance helps reduce and potentially eliminate downtime and service interruptions. Performance Optimization: addressing problems before they reduce functionality helps keep your equipment and business running efficiently. Reduced Costs: taking preemptive measures to address minor issues is significantly more cost-effective than costly repairs and replacements. Improved Safety: prioritize the safety of your personnel and equipment by addressing minor problems before they cause malfunction or catastrophic failure. Informed Decisions: the valuable insights...



The Applied Technical Services Family of Companies performs comprehensive motor current analysis to monitor motor operating conditions to diagnose motor malfunction or failure and prevent damage. Motor Current Signature Analysis Motor current signature analysis consists of monitoring the electrical currents drawn by motors in a variety of commercial and industrial applications in order to detect and prevent faults. Current analysis can be performed without interrupting a motor’s operation, allowing for the early detection of defects to minimize downtime and repair or replacement costs. Our specialized current analysis experts use current transducers to measure the electrical current flowing through a motor, collecting data for analysis. Once the motor current data is analyzed, our technicians document faults, patterns, and anomalies to identify motor issues such as phase imbalance, bearing wear, mechanical imbalance, overloading, electrical faults, and rotor bar damage. All findings are included in diagnostic reports, along with any recommended repairs. Current analysis allows clients to schedule predictive maintenance, improve motor efficiency, extend the lifespan of motors and equipment, and improve safety within their facility. Condition Monitoring at Applied Technical Services In addition to current analysis services, Applied Technical Services and members of our Family of Companies provide the following condition monitoring services: Machine Condition Monitoring Motor Condition Monitoring Condition Monitoring Vibration Analysis Motor Circuit Evaluation Passive Ultrasonic Listening Vibration-Based Condition Monitoring Applied Technical Services Founded in 1967, the Applied Technical Services Family of Companies applies decades of experience to each and every project, regardless of scale. ATS is A2LA ISO/IEC 17025:2017...



The Applied Technical Services Family of Companies performs centrifugal fan balancing services to ensure the safety, reliability, and optimal efficiency of centrifugal fans. Centrifugal Fan Balancing Services With a variety of applications across countless industries, centrifugal fans are an effective tool for moving air or gases through ventilation systems, ducts, and other equipment. Centrifugal fans can create more focused, concentrated airflow due to the fact that their blades are angled, whereas axial fans create a larger airflow with lower pressure. Like nearly all other tools and instruments, centrifugal fans eventually succumb to misalignment, wear and tear, and debris build up. These issues can result in fan imbalance, reduced performance, poor efficiency, high levels of vibration, potential damage to the fan and surrounding equipment, and device failure. The Process of Balancing Centrifugal Fans Centrifugal fan balancing consists of altering the mass distribution within the fan’s assembly to minimize vibrations and optimize efficiency. This process begins with a comprehensive inspection to identify any signs of imbalance, which typically include irregular wear patterns, excessive operating noise, and strong vibrations. Inspections are typically visual, vibrational, or both. Our certified technicians then perform a dynamic balancing through the use of vibration analyzers, balancing machines, and the addition or removal of weight on fan blades or the fan rotor. Alignment is then calculated and adjusted when necessary to ensure proper functionality. Once all adjustments are complete, our specialized fan balancing experts perform a series of tests to verify the centrifugal fan is operating within specified parameters...



The Applied Technical Services Family of Companies offers a comprehensive fan balancing service to ensure the optimal, efficient performance of industrial fans used in ventilation, material handling, warehouses, power plants, air conditioning, and heating systems. The Importance of Fan Balancing Maintaining optimal fan balance helps enhance performance, improve efficiency, reduce vibration, comply with regulatory requirements, promote safety, and avoid potentially catastrophic failures. For Industrial Operations As is the case with nearly all industrial equipment, fans can drift out of alignment after prolonged periods of operation, similar to tools that eventually require calibration. Unbalanced fans require more energy to operate, generate vibration, cause premature wear of critical components, and can ultimately lead to damage that must be repaired. Large fans that move significant amounts of air or gases are particularly prone to imbalance, potentially leading to ventilation system failure and even harmful conditions for workers. For Regular Maintenance Some industries require fans to be balanced at predetermined intervals, though all industrial fans should be maintained with regularly scheduled fan balancing service appointments. Regularly scheduled fan balancing can prevent the need for significant repairs, increase the overall lifespan of the fan, and promote safety for personnel. Our Fan Balancing Services The fan balancing experts at Applied Technical Services apply years of experience to perform quick, efficient service to minimize downtime and service interruptions while keeping costs competitive. We offer fan balancing services both in our state-of-the-art vibration testing laboratory and on-site at your facility for fans that cannot easily be transported. Our...



The Applied Technical Services Family of Companies (ATS FoC) performs vertical pump vibration analysis to help clients ensure the efficient and reliable operation of their pump equipment. Vibration Testing Vertical Pumps Vertical pumps are frequently used in the power generation, petrochemical, oil and gas, and water management industries, as well as several fields. As these types of equipment are subjected to various dynamic forces in their standard operating environment, vertical pump vibration analysis is critical to ensuring proper resilience and optimal functionality. Vibration analysis helps to detect irregularities in mechanical components, including shafts, casings, impellers, and bearings. The analysis allows technicians to identify any potential wear, faults, imbalances, or misalignment early to help avoid pump failure and downtime. Our highly trained vertical pump vibration testing experts apply years of experience to provide clients with in-depth reporting that details the pump’s condition, efficiency, and damage or flaws discovered during the test. Dynamic Testing and Analysis Solutions at ATS The ATS FoC offers a wide range of vibration testing and analysis services. We serve some of the most well-established businesses and organizations operating in the aerospace, manufacturing, automotive, aviation, military, defense, build, and construction industries. Some of our popular vibration testing services include: Shock Testing Earthquake Simulation Engine Mounted Vibration Nuclear Seismic Testing Combined Temp and Vibe Exposure Field Data Acquisition Passenger Compartment Vibration Seismic Testing Sine on Random SRS Shock, Drop, and Tumble Testing Rough Handling Testing Transportation Vibration Testing Resonance Search and Dwell Additional Environmental Testing Services In addition to...



UAV ATS uses specialized UAVs (unmanned aerial vehicles) to inspect a variety of structures and equipment. Our licensed technicians and professional engineers use drones with high resolution visual light and thermal imaging, as well as precision GPS systems for outdoor inspections. We also use drones equipped with LIDAR for inspecting dark, unreachable places, and defect scanning software for measuring surface flaws. Small, collision resistant drones can fit in tight spaces inaccessible to personnel. Common Applications Include: Building Façades Solar Fields Pipelines Industrial Equipment Confined Spaces ROV Our submersible ROVs (remote operated vehicles) eliminate the need for divers, thereby increasing safety wile decreasing costs. Our team professionals include API inspectors, ASNT certified NDT professionals, and professional engineers. The ROVs are equipped with 4K HD cameras and are compact enough to fit in small openings. Our experts conduct ROV inspections in compliance with several standards, including API NFPA and AWWA. Common Applications Include: In-service tanks Pipes Side Walls Roof Plates Hatches



Clients depend on accurate scans and data analysis from their GPR contractors. Ground Penetrating Radar (GPR) is a nondestructive tool used to map a concrete structure and locate embedded objects. Experts from ATS can use this powerful technology on hard-to-access concrete structures, such as slab-on-grade foundations. GPR reveals structural details and deficiencies, including: Pipes Conduits Utilities Rebar Post-tensioning cables Voids Anomalies Our GPR Surveys During a GPR survey, an antenna releases electromagnetic waves that reflect off objects in concrete. A computer converts the reflected signals to an image consisting of lines and parabolas. ATS’s GPR consultants have the training and experience to interpret the results of this 2D image: Embedded object depth and shape Material composition of an embedded object Concrete conditions We can use ferrous metal scanning devices to confirm our readings. Locating Embedded Objects Concrete scanning allows users to locate embedded objects without drilling, cutting, or coring the concrete surface. Invasive procedures on concrete expose crews to multiple risks: Striking a water main or electrical conduit Power outages and downtime Severed post-tensioning cables and rebar Critical injury Death Structural damage If crews must disturb concrete, we recommend they proceed with accurate concrete mapping available through a GPR scan. Slab Thickness We can also use GPR to measure concrete slab thickness. Clients may request this service to ensure compliance with building codes for legal and safety purposes. Slab thickness directly impacts a structure’s load-carrying capacity, stiffness, and ability to withstand bending and shear stresses. Concrete Cover ATS can use...



Using GPR, scanning concrete is a quick and nondestructive method for uncovering information about a concrete structure. Concrete is a popular composite material used to construct foundations, walls, bridges, and parking garages, but the material is not invulnerable to damage. ATS’s GPR (ground penetrating radar) scanning services investigate the source and extent of issues concealed beneath the surface. Condition Evaluations Clients may request concrete GPR scanning to gather information about a concrete slab. During a scan, a transmitter antenna emits electromagnetic waves that bounce off scanned materials. A console displays the signal reflections in a cross-section for real-time results. A skilled technician from ATS has the training and experience to translate the data into practical terms, such as: Estimated slab thickness Concrete coverage of rebar Embedding location and materials Presence of voids and anomalies Damage Detection GPR is a nondestructive method that allows safe and efficient testing without endangering the structure, operation, or current workers. ATS frequently performs GPR scanning at sites with damaged concrete. Surface damage can indicate a larger issue, but without powerful equipment, clients may not recognize the extent of the problem. Damage in concrete takes multiple forms: Spalling Cracking Carbonation Efflorescence Delamination Voids Aging concrete shrinks and loses strength, which could leave the structure vulnerable to carbonation and corrosion. Damage may originate with severe weather or environmental changes, as well as: Abrasion Compression stresses Fatigue Leaks from cracked utilities Rebar corrosion Tension stresses Thermal exposure Vibration Concrete Mapping Maintenance and construction work may also disturb concrete....



ATS performs GPR inspection services to give clients accurate information about the dimensions of a concrete slab and the locations of embeddings. Ground penetrating radar (GPR) is a nondestructive testing method that uncovers hidden defects and objects in concrete. A quick GPR survey from ATS can save clients thousands of dollars overall and detect potential dangers before the structure is compromised. Our GPR Process GPR equipment consists of an antenna, receiver, and computer. During a scan, the antenna emits electromagnetic pulses that reflect off embedded objects, such as rebar, post-tensioning cables, and conduits. The receiver sends the reflected frequencies to the computer for a visual. Our technicians can analyze the GPR findings and verify their conclusions with ferrous metal scanning. GPR is a versatile tool used by a variety of industries, including archaeology, construction, and utilities. Engineering firms like ATS perform GPR inspections of concrete slabs that form the foundation and floors of a structure. Clients may request a survey for multiple reasons: To accurately map the concrete To detect voids, cracks, and other anomalies To measure concrete thickness To calculate the concrete coverage of rebar Why Choose ATS Inspection Services? Safety The best time for a GPR scan is before making any changes to the concrete surface by drilling, cutting, or coring, as these actions can damage the concrete slab and cause irreparable harm. Hastily drilling into a concrete structure may impact the strength of the concrete itself, leading to cracking over time. This can also cause life-threatening injuries...



A ground penetrating radar (GPR) survey reveals critical information about a concrete structure, such as a building foundation or industrial bridge. Many industries use this nondestructive and cost-effective tool, including construction, real estate, and utility maintenance. ATS can quickly map a location for embedded objects without disturbing a concrete slab or compromising its utilities. A GPR survey is a critical safety measure before construction and maintenance crews begin work. An uninformed crew may accidentally compromise the strength and integrity of a concrete structure by drilling, cutting, or coring. Accurate and reliable location mapping can prevent catastrophic failure and injury during construction, renovation, and utility work. GPR Survey & Analysis GPR survey equipment usually includes an antenna, receiver, and computer that controls the system. During a ground penetrating radar survey, we can transmit electromagnetic pulses that reflect off materials beneath the concrete surface. The penetration depth depends on the frequency of the radio waves and scanned material. The GPR computer displays the readings on a console; a trained GPR operator can interpret these results to determine the object’s location. We can estimate the depth of the structure by calculating the dielectric of scanned materials. GPR scanning locates major obstacles and embeddings in concrete, such as: Rebar Utility lines Conduits Piping Post-tensioning cables GPR surveys also indicate voids formed in the porous concrete. Voids can jeopardize the strength of the concrete against the forces applied to it unless treated. Beyond mapping a concrete slab, ATS can identify unknown objects based on their...



ATS provides nondestructive GPR scanning services to map the locations of subsurface objects and structural details in concrete. During a Ground Penetrating Radar (GPR) scan, the GPR equipment emits high-frequency radio pulses that reflect off subsurface objects. The GPR system records these signals in radargrams or tomographic images. Our skilled GPR operators can interpret the data lines in these records and verify their discoveries with ferrous metal detecting devices. Clients often request a GPR scan before a repair or expansion project that requires drilling, cutting, and coring concrete. GPR scanning also reports concrete dimensions and anomalies that may require maintenance. GPR Detects Embedded Materials Our GPR capabilities allow ATS to quickly and efficiently locate embedded materials that can impact structural integrity. Disturbing these components can lead to structural failure, system outage, and critical injuries. We use GPR scanning services to find materials embedded in the concrete, namely: Rebar Post-tensioning cables Conduits and piping Rebar refers to subsurface rods, mesh, and wires that resist tensile forces on the concrete. Reinforced concrete maintains its strength against dynamic loads, vibrations, and weathering. In post-tensioned concretes, strong cables maintain the tensile strength of the concrete to reduce shrinkage and cracking. If construction operations sever critical post-tension tendons, the structural integrity of the entire concrete structure is in jeopardy. Conduits protect electrical wires or convey fluids through pipes embedded in concrete. Maintenance and renovation crews must know the locations of pipes and conduits before operation. Otherwise, if a crew unknowingly strikes an electric conduit, they...



Applied Technical Services offers fit for service (FFS) assessment services for all our clients’ most valuable assets. We perform FFS assessments in accordance with the following applicable codes and standards: API 579-1/ASME FFS-1: Fitness for service assessments API 510: Pressure vessel inspection, maintenance, alteration, and repair API 570: Piping system inspection, maintenance, alteration, and repair API 653: Tank inspection, maintenance, alteration, repair, and reconstruction ASME B31. 1: Power piping fabrication, examination, testing, and inspection ASME B31. 3: Process piping fabrication, examination, testing, and inspection ASME B31. 4: Pipeline transportation system fabrication, examination, testing, and inspection ASME B31. 8: Gas transmission pipeline system fabrication, examination, testing, and inspection Our Expert Personnel At ATS, our trained, licensed, and certified personnel perform FFS and condition assessments, offering expert recommendations for any corrective action our clients’ equipment needs. Our team includes API inspectors, STI inspectors, and professional engineers who can provide cost-effective, solution-based, customized advice on approaching potential issues effectively. Using API 579-1/ASME FFS-1 fitness for service guidelines, we can help clients plan future shutdowns, inspections, and significant repairs while minimizing disruptions to their budget and timeline. FFS Evaluations A fit for service assessment can help to determine the ability for continued operation of fixed assets. FFS evaluations can identify cracking morphology, pitting patterns, and sources of corrosion. Our experts also look for other types of mechanical damage, determining if structural components such as pipes, pressure vessels, and tanks are safe for continued operation. By determining material structural limits, we can identify potential issues...



The Critical Importance of a Good Bridge Inspection Applied Technical Services performs UT- and phased array-assisted bridge inspections, bringing these advanced analysis methods to ensure these critical pieces of infrastructure remain safe and functional. Bridges require regular inspection for fatigue damage due to the stresses they face every time they are used. Rivets, welds, cover plates, and a variety of other components can face assault from cracking or corrosion, each of which would undermine the structural integrity of these elements over time and potentially fail if undetected and untreated. Once an ATS inspector is notified of one of these indications or locates one, often using drone-assisted visual inspections for the latter, he or she may opt for a closer assessment using more advanced methods of NDT, such as ultrasonic testing (UT) or phased array UT (PAUT). ATS' UT and Phased Array Capabilities UT works by using a transducer to pulse sound waves through a material and a receiver to interpret information about those sound waves once they return. Because the sound waves harmlessly propagate through the entire material before bouncing back, UT can detect subsurface features such as cracks by moving the probe over the material’s surface. Our technicians can use this method to determine a variety of features in the subject, including: Location of Discontinuities Length of Discontinuities Material Thickness Coating Thickness Presence of Corrosion A regular UT inspection schedule required by good engineering practices can help bridge-owners prevent failure throughout this infrastructure’s service life. Phased array is an...



Applied Technical Services (ATS) performs penstock inspections and evaluations in accordance with the applicable codes, standards, and best practices listed below. Trained, Certified, and Licensed Personnel ATS understands our Clients are not simply wanting an inspection of their equipment, but rather a true Condition Assessment that can allow the Owner to schedule future inspections, budget major repairs, and plan future shutdowns. As 3rd party penstock consultants, ATS provides inspections and condition assessments utilizing Trained / Certified / Licensed personnel. ATS employs in-house trained personnel who hold API fixed asset inspector certifications and licensed Professional Engineers. Routine Inspections Maintaining routine inspections of your penstock reduces the potential for containment loss while keeping personnel and the environment safe from catastrophic disaster. ATS can help to identify potential issues and damage mechanisms before they become major hazards. The ATS engineering team can develop calculations and repair plans to ensure your repair contractor is provided with a detailed scope of work prior to any repair work being performed. ATS understands our Clients’ desire to minimize downtime, maximizing the value of inspection, and providing Practical Condition Assessments. Mechanical Integrity Programs Mechanical Integrity Programs are integral to process safety management (PSM) and condition monitoring of fixed assets. The ATS engineering team can assess and/or develop a mechanical integrity program for penstocks. A comprehensive mechanical integrity program typically addresses the following aspects: High-Quality Service ATS is continually improving the customer experience. Our experts deliver clear, precise, and accurate results as quickly as possible, allowing clients to make...



ATS Inspection Services Applied Technical Services (ATS) offers Fitness-for-Service Assessments for clients seeking to determine the safety and integrity of their industrial equipment as well as assistance in determining any necessary corrective actions. Fitness-for-Service (FFS) is a recommended practice to assess, evaluate, and monitor applicable industrial equipment (such as tanks or pressure vessels) for the purpose of making run-repair-replace decisions. As several factors affect the aging of industrial equipment, our engineers conduct Fitness-for-Service evaluations to assess a variety of potential flaws such as general corrosion, dents or gouges, brittle fractures, and fatigue of welded joints, among other issues. ATS performs our Fitness-for-Service techniques in accordance with the industry recognized standard API 579-1/ASME FFS-1. This standard describes the necessary procedures for performing thorough evaluations of applicable equipment when they fall outside the general assessment scopes of the primary inspection codes and standards API 510, 653, and 570. Testing Capabilities As recommended by API 579-1/ASME FFS-1, ATS has a multidisciplinary team across multiple departments that conduct Fitness-for-Service evaluations in our nondestructive and mechanical, metallurgical and chemical analysis labs. Our skilled inspectors follow API 579-1/ASME FFS-1 guidelines to provide comprehensive evaluations of the subject. We perform our Nondestructive Testing (NDT) methods in accordance with standard ASNT SNT-TC-1A: Liquid Penetrant Magnetic Particle Ultrasonic Testing Shearwave Phased Array Thickness Testing Eddy Current Testing Visual Testing Radiography Digital Computerized Conventional Performed in Accordance with American Petroleum Institute (API) Standards API 579-1/ASME FFS-1 - Fitness-For-Service 510 - Pressure Vessel Maintenance Inspection, Repair, and Alteration 570 - Piping...



The Applied Technical Services Family of Companies (FoC) provides an advanced and thorough high energy piping (HEP) management program. Failures in HEP systems must be avoided at all costs. They represent a significant personnel safety risk as well as having a major negative impact on reliable and profitable operation. Why Do Plants Need a High Energy Piping Management Program? When plants operate for longer hours, run at full capacity, or have their maintenance budgets cut, the probability of failure increases. Owners of these systems are being tasked by management and insurance companies to minimize the chance of failures, often with minimal budgets and staff to get the job done. Under these circumstances, it is essential that the available resources be optimized. For example, if your budget only allows you to inspect a limited number of welds, it is vital not only that they are the correct welds, but that the evaluation protocol is capable of detecting the conditions that could ultimately lead to a failure. Additionally, damage should be detected early enough to allow proactive management of the systems. The next step is the analysis of the results, which is at the heart of an effective Program. Proper interpretation and analysis of the results is critical. It helps ensure that only defects that could ultimately result in failures are repaired or only the affected components are replaced. Provided the damage is detected early enough, any necessary repair action can be planned and performed in the most cost-effective manner. This will...



A High Reputation for Engineering and Industrial Services Since 1967 We provide engineering services for tank and vessel integrity programs for companies like yours so that you can be confident that you minimize unscheduled downtime and environmental risks while improving safety. Our engineers are experienced, hands-on field professionals that you can count on.   Types of Industrial Services Above Ground Storage Tanks API 653/510/570 Detailed Calculations Mechanical Integrity NACE Coating Inspections API 510 Pressure Vessel Inspections Engineering Evaluations Fitness for Service Mechanical Integrity Thickness Inspections API 653 Tank Inspections Corrosion Rate Fitness for Service Thickness Inspections Engineering Evaluations API 570 Piping Inspections Chlorine/Chlorine Dioxide Service Flammable/Hazardous Chemicals Mechanical Integrity Programs Process Safety Management Resource Conservation/Recovery Act Spill Prevention Control Boiler Inspections ASME Section VIII, Division 1 ASME Section VIII Division 2 Autoclaves Dearator Tanks Glass Lined Vessels Heat Exchangers Boiler Tube Failure Analysis Caustic Corrosion Corrosion Fatigue Deposit Weight Density Erosion Short-Term Overheat Stress Ruptures Heat Exchanger Failure Analysis Deposit Analysis Intergranular Corrosion Stress Corrosion Stress Corrosion Cracking Thermal Fatigue Vibration Fatigue Mechanical Integrity Minimize Downtime Prevent Disasters Protect Environment Protect Personnel



The Applied Technical Services Family of Companies (FoC) offers laser alignment services that help maintain the operational efficiency of rotary equipment. What is Laser Alignment? Laser alignment is the process of an accurate and quick way to evaluate machinery, ensuring that a machine’s components are properly aligned and running on the same axis. During the alignment process, technicians measure two components in a machine, ensuring that they are vertically and horizontally straight. Once technicians determine the accuracy of the components, they make the necessary adjustments to ensure reliability. More About Our Laser Alignment Services Our laser alignment experts work closely with our clients to develop strategies that address their direct needs with precision and urgency. We recognize that poorly aligned shafts can cause costly malfunctions, so our experienced staff uses our state-of-the-art lab to perform precision shaft alignments on industrial machines. Our laser alignment services help to do the following: Increase machine availability by reducing downtime Reduce equipment noise levels and the risk of equipment overheating Extend the service the life of seals and bearings Why are Laser Alignment Services Important? Laser alignment services are important for manufacturers seeking to prolong the life of their equipment while ensuring its functionality. Laser alignments minimize the potential misalignment, which helps prevent the following issues: Wear and tear on bearings Excessive vibrations Energy inefficiency Our Commitment to Quality As an ISO 9001:2015 registered entity, our entire staff prioritizes the experiences of our clients, working diligently to deliver solution-oriented services in a timely manner....



The Applied Technical Services Family of Companies (FoC) evaluates the health of industrial equipment and structures through our infrared thermography inspection services. Our predictive maintenance and inspection services help our clients extend the life of their equipment, sustaining their operation’s efficiency. What are Thermographic Inspections? Thermographic inspections use infrared thermography imaging through specialized cameras to identify temperature changes in equipment and components. The thermal waves detected during infrared thermography inspections are undetectable to the human eye, and they gather important information that can aid in preventative maintenance processes. Our Infrared Thermography Inspection Services Our highly trained infrared thermography experts perform surveys that evaluate equipment for signs of connection issues, misbalancing, and overloading. Our inspections locate preexisting and potential areas of concern, allowing us to recommend courses of action that can address the concerns and limit the likelihood of further issues. We offer a variety of infrared thermography services that aid in the inspections of instruments and structures by highlighting the following issues: Defective insulation Flaws in a structure’s foundation Excessively hot electrical components The presence of excessive moisture Why are Infrared Thermography Inspections Important? Infrared thermography inspections are an invaluable predictive maintenance tool for mechanical equipment, electrical systems, and buildings and structures. Inspections are an effective way to identify potential hazards before they expand into more complex and worrisome situations. Failure to use preventative maintenance measures such as infrared thermography inspections, may result in the following consequences: Avoidable repairs that result in excessive downtime Premature equipment failure Heightened energy expenses...



The Applied Technical Services Family of Companies (FoC) performs floor vibration testing to evaluate how vibration affects the performance of vibration-sensitive equipment. While an instrument’s sensitivity to vibration will depend on its design and application, vibrations from everyday activities around a facility or lab can compromise a machine’s performance and accuracy. Fortunately, the ATS FoC’s state-of-the-art facilities have the equipment needed to test our clients’ equipment in accordance with their unique specifications as well as industry standards. What is Floor Vibration Testing? Floor vibration testing is the process of examining how flooring responds to vibrational frequencies. During the testing process, technicians use a vibration meter to measure the amplitudes and frequencies of vibrations in locations where vibration-sensitive equipment will be operated. The information gathered during the testing process is later compared to the manufacturer's specifications regarding the vibrational frequencies that the instrument can tolerate without complications. Our Floor Vibration Testing Our floor vibration tests measure the ambient vibrations found in environments where vibration-sensitive equipment is located. Upon completion of our testing, our clients will receive a detailed report, noting whether certain equipment will require vibration control. Our experts offer solutions and steps our clients can take to ensure that their equipment functions as intended in situations where excessive vibrations may be present. Why is Floor Vibration Testing Important? Floor vibration tests are needed to protect equipment from vibrations that can damage the equipment itself or negatively impact its performance. Our tests are an effective way for businesses to minimize the...



The Applied Technical Services Family of Companies (FoC) is a reputable failure analysis company capable of determining the root causes of various types of failure. What is Failure Analysis? Failure analysis is the process of evaluating a failed product to determine the factors that led to the product’s failure. Failure analysis experts use a diverse range of tactics and processes to assess why a product, or specific components of the product may not be performing as expected. About Our Failure Analysis Services As an esteemed failure analysis company, we take pride in our ability to provide comprehensive failure analysis services on a variety of products and materials. We regularly perform failure analysis on numerous types of materials, including: Aluminum Copper alloys Stainless Steel Titanium Our failure analysis services are effective at identifying issues related to the following types of problems: Corrosion Design defects and flaws Environmental effects Fatigue Fractures Overloading The failure analysis process is extremely detailed, so businesses must trust the labs that conduct failure analysis services on their behalf. Our lab is led by highly trained experts who have decades of collective experience in chemistry, metallurgy, engineering, and various other disciplines. The diverse educational backgrounds of our staff, help ensure that our services are well rounded and thorough. Why is Failure Analysis Important? While it may be unwanted, product and material failure are inevitable, so many manufacturers use the occurrence of failure as a learning opportunity to help them improve their products and processes. A careful examination of...



The Applied Technical Services Family of Companies (ATS FoC) offers pump vibration testing services that ensure that pump vibrations don’t harm equipment or hinder an operation. Vibrational analysis is an essential component of pump maintenance, and we offer high-quality services that monitor pump vibration to evaluate the well-being of industrial pumps. What is Pump Vibration? Pump vibration is the unwanted movement that exists while pumps operate. Excessive and prolonged vibration in pumps can result in premature failure, so it’s important to evaluate pumps, ensuring their vibrations don’t exceed acceptable levels. Numerous issues can cause pump vibrations, including the following: Misaligned rotors Unstable and irregular fluid movements Loose components within the rotor assembly Unbalanced equipment Worn-out or broken parts More About Our Pump Vibration Testing Services Our rotating equipment vibration analysis lab conducts a multitude of predictive maintenance services that benefit various types of equipment, including industrial pumps. During our pump vibration tests, we use an accelerometer that measures the pump’s vibration levels. Upon completion of our services, our technicians will share their findings on the following: Vibration levels Vibration frequency The pump's historical trends and overall health Our services are an effective way to monitor a pump’s status without interfering with its operation. Why is It Important to Conduct Pump Vibration Tests? Vibration analysis is an effective way to monitor and evaluate the general health of various types of rotating equipment, including pumps. While the expected vibration frequencies can vary with each type of pump, the diagnostic information gathered from...



The Applied Technical Services Family of Companies (FoC) offers fan vibration testing services that help identify imbalances and other potential issues within industrial fan systems. Much like other types of industrial equipment, industrial fans require regular maintenance, and vibrational analysis is an effective way to keep a close eye on a fan’s health. What is Fan Vibrational Analysis? Fan vibrational analysis, or vibration testing, is the process of using an accelerometer to measure the vibrations in the axial, horizontal, and vertical directions as the fan operates at normal speed. During the analysis, our technicians attach an accelerometer to the fan, allowing them to gather data on the vibration’s source and severity. Our Fan Vibration Analysis Services Our predictive maintenance experts develop proactive approaches to ensure our clients’ operations remain on schedule, avoiding unnecessary downtime. Our fan vibration analysis services provide important information on the following: Bearing issues Bent shafts Imbalance Misalignment Structural damage or weakness Rotating looseness Rub Why is Fan Vibration Testing Important? Vibration testing is important when evaluating the health of a fan as it helps technicians identify and resolve issues that can worsen over time. Fan vibration testing is a valuable predictive maintenance tool that prevents the costly consequences that accompany severe fan imbalance. The failure to conduct vibration analysis on industrial fans may result in the following issues: Inefficient fan operation, leading to higher energy consumption Potential safety hazards from loose or broken components Expensive repairs to fix the fan’s issues Excessive vibrations during operation The...



The Applied Technical Services Family of Companies (FoC) performs ODS testing as an extension of phase analysis to evaluate vibrations in equipment. What is ODS Testing? Operational Deflection Shape (ODS) testing, also referred to as ODS analysis, is a technique that provides insight into vibration and noise issues within a machine or structure. During ODS testing, technicians use advanced imaging technology to animate the test structure’s vibration patterns. The visualization of the vibration pattern allows technicians to examine the issues that occur within the machine while it's running. More About Our ODS Testing Services Our ODS testing services analyze unwanted vibrations occurring in rotating equipment and structures. Our technicians collect phase and magnitude data during the equipment’s operation, allowing us to produce an animated model of the equipment. ODS testing is an effective alternative to conventional vibration analysis methods because of its unique ability to uncover hydraulic and mechanical issues that may otherwise go unnoticed. Our ODS tests help our clients identify the following: The location of the highest vibration amplitude The machine’s weakest component Imbalanced rotors Misalignment The Importance of ODS Testing ODS testing is a very effective tool for engineers evaluating the status of various operating systems and machines. Various industries rely on ODS analysis and its ability to do the following: Provide information on where major issues exist, allowing engineers to make repairs Reduce the likelihood of catastrophic failure Develop new designs that improve upon previous designs Improve machine operation, extending its lifespan About the ATS FoC...



The Applied Technical Services Family of Companies offers acoustic vibration monitoring services that detect the source of vibrations caused by equipment and machinery. What is Acoustic Vibration Monitoring? Acoustic vibration monitoring, or passive ultrasonic listening, is an effective alternative to infrared thermography in situations where safety hazards, such as high-voltage enclosures, are present. Acoustic vibrations are caused by friction between moving parts such as couplings and bearings, and the presence of vibrations may be a sign of significant underlying issues, so it’s important to identify the source of vibrations. Our Acoustic Vibration Monitoring Services Our highly trained acoustic vibration experts help our clients evaluate the status of their equipment, offering a safe and effective way to locate the sources of unwanted and excessive vibrations. Our advanced acoustic vibration monitoring systems allow our technicians to detect concerning sounds in noisy, industrial environments where problematic sounds may be too sensitive to be registered by human ears. Why is it Important to Monitor Acoustic Vibrations? Acoustic vibration monitoring is an effective way to monitor the condition of industrial equipment without the need for manual diagnostic testing or visual inspections. Our services help our clients do the following: Conduct preventative maintenance Minimize the presence of safety risks and hazardous conditions Monitor highly sensitive or hard-to-reach machinery Improve operational efficiency Avoid unnecessary maintenance costs About the ATS FoC The Applied Technical Services Family of Companies provides professional inspection, testing, calibration, and consulting engineering services to commercial clients in various industries. Our professional and prompt services...



Leak Surveys The Applied Technical Services Family of Companies (FoC) performs ultrasound leak detection surveys that identify the origin of leaks in industrial environments. Gas and compressed air systems can develop leaks that comprise the system’s efficiency. While these leaks may go unnoticed by human ears, our ultrasonic technology can easily detect the source of leaks, allowing our technicians to identify and resolve the issue. What is an Ultrasonic Leak Detector? An ultrasonic leak detector is a tool that uses a sensitive microphone to detect the high frequency sounds associated with leaks. Ultrasonic leak detectors offer a nondestructive way to conduct preventive maintenance or investigations that confirm the presence of suspected leaks. These devices are especially effective in environments that contain multiple pressurized vessels because their sensitivity allows technicians to quickly isolate sounds that may be stemming from compromised equipment. About Our Ultrasound Leak Detection Surveys Our highly trained experts use advanced ultrasonic leak detection technology to conduct detailed airborne leak detection surveys that help our clients avoid the consequences of unresolved leaks. Ultrasonic leak detection surveys serve as a functional alternative to infrared thermography leak inspections in situations where it may prove to be too difficult or unsafe to make direct contact with equipment. Our services are very versatile and able to help clients detect leaks in a variety of systems, including the following: Air conditioning systems Compressed air systems Gas pipelines Refrigerant lines We work diligently to ensure that all our clients’ concerns are met with care, allowing...



The Applied Technical Services Family of Companies (FoC) offers dynamic rotor balancing services that minimize the risk of mechanical failure in machinery and equipment. More About Our Dynamic Rotor Balancing During our rotor balancing procedures, we carefully examine the reasons why a machine is unbalanced to determine what steps need to be taken to eliminate the conditions causing the unbalance. Once we correct the underlying issues, our clients can restore their confidence in the equipment, knowing that its condition has been restored to a functional state. Our field balancing services enable us to balance a rotor without removing it from the machine, minimizing the unnecessary downtime that is commonly seen in alternative repair methods. Our dynamic rotor balancing services help our clients do the following: Avoid premature failure in equipment Address vibrations that can lead to cracking Improve operational efficiency Minimize the likelihood of rotor-related safety hazards Reduce noises caused by vibrations The Importance of Rotor Balancing Rotor balancing is an analytical method that ensures that rotors remain efficient and effective during operation. Rotating components can become a source of undesired vibrations that negatively impact the equipment’s performance. The frequency in which rotors need to be balanced varies with their speed and design, but we recommend that our clients refer to the device’s operator’s manual for guidance regarding maintenance intervals. Failure to maintain balanced rotors may result in machine failure that leads to prolonged downtime. Our Commitment to Quality The Applied Technical Services Family of Companies offers an expansive network...



The Applied Technical Services Family of Companies provides NDI aircraft inspection services to manufacturers and operators in the aerospace and aviation industry. NDI Aircraft Inspection Services at ATS ATS’ certified NDI technicians help clients fulfill testing requirements by detecting flaws in aircraft engines, parts, and structures. We routinely evaluate combustion chambers, fan blades, air inlets, landing gears, turbine engines, fasteners, rivets, fittings, and fuselages. During NDI aircraft inspections, we use surface and sub-surface techniques to identify cracks, corrosion, disbonds, delaminations, tears, and other defects. ATS performs various NDI aircraft inspection services, including: Eddy Current Testing (ET) Coating measurements Conductivity Testing Fulfills all surface and some sub-surface requirements Magnetic Particle (MT) Inspects large surface areas of complex or irregular ferromagnetic parts Detects surface and sub-surface flaws Indicates flaws on the surface location Liquid Penetrant (PT) Stationary and mobile penetrant inspections Radiography Testing (RT) Requires minimum surface preparation Detects surface and sub-surface flaws Provides permanent inspection records Possesses various inspections capabilities for assembled components Ultrasonic Testing (UT) Requires only single-sided access is required Detects surface and sub-surface discontinuities Superior depth measurement for flaw detection Quality Standards and Protocols The ATS Family of Companies holds FAA Repair Station certifications for multiple locations and EASA approval as a Part-145 maintenance organization. Our highly trained NDI technicians maintain certifications that comply with NAS-410 standards. Additionally, we are ISO/IEC 17025:2017 accredited and ISO 9001:2015 registered to keep businesses operating smoothly. About ATS Since 1967, Applied Technical Services has built a reputation as one of North America’s...



The Applied Technical Services Family of Companies staffs experienced, highly educated NDI specialists to provide services related to the nondestructive inspection of client assets. ATS’ NDI Specialists ATS’ NDI specialists perform a variety of inspection services to ensure the condition and continued performance of components, parts, and structures. We circumvent and troubleshoot issues to prevent failure that may result in personnel injury, revenue loss, or other adverse outcomes. Our NDI specialists complete inspection services using one or a combination of the following methods: Visual Testing (VT) Magnetic Particle (MT) Phased Array Liquid Penetrant (PT) Radiography Testing (RT) Digital Radiography (DR) Eddy Current (ET) Ultrasonic Testing (UT) Computed Radiography (CR) Ultrasonic Thickness Testing (UTT) Computed Tomography Ground Penetrating Radar (GPR) Our specialists commonly detect flaws such as: Elongated Voids Burn-through Longitudinal Cracks Porosity Inclusions Quench Cracks Undercuts Fusion flaws We serve a variety of industries, including: Automotive Aerospace Chemical Oil and Gas Pharmaceutical Manufacturing Power Generation Commercial Properties Shipping/Maritime Renewable Energy Nuclear Construction Refining/Petrochemical Welding and Fabrication Pulp and Paper Military/Defense ATS: A Leader in Nondestructive Inspection Applied Technical Services has 55 years of experience as one of the nation’s most prominent industrial testing and analysis providers. Our certified NDI specialists prioritize customer satisfaction, striving to meet and exceed client expectations. We work diligently to supply clients with reliable results while keeping them updated and informed on the status of their service throughout the entire process. Get in touch with our NDI specialists by calling us at +1 (888) 287-5227 or...



The Applied Technical Services Family of Companies performs various NDI test services to help companies maintain their equipment and large structures. Nondestructive Inspection Nondestructive inspection, or NDI, is a testing method that examines components, structures, and materials without destroying or impacting the structural integrity of a sample. NDI is essential for reducing costs, preventing accidents, and providing important product information. NDI commonly detects flaws, such as: Elongated Voids Lack of Fusions Porosity Quench Cracks Offsets or Mismatched Burn-through Cold Laps Slag Inclusions Lack of Penetration Crown Undercuts Oxide Inclusions Tungsten Inclusions Longitudinal Cracks Shrinkage Porosity NDI Test Services at ATS ATS’ certified team of NDI technicians verifies the condition and continued functional performance of assets and equipment. We circumvent and troubleshoot issues to deter equipment failure resulting in unplanned downtime, personnel injury, revenue loss, or other adverse outcomes. We perform a variety of NDI test services, including: Magnetic Particle Testing (MT) Visual Testing (VT) Cameras Borescopes Underwater Remote-Operated Vehicles Unmanned Aerial Vehicles Radiography Testing (RT) Film Digital Computed Corrosion Under Insulation (CUI) Penetrant Testing (PT) Liquid Dye Fluorescent Dye Eddy Current Testing (ET) Ultrasonic Testing (UT) Ultrasonic Thickness Testing (UTT) Phased Array Guided Wave Shear Wave Computed Tomography (CT)* Ground Penetrating Radar (GPR)** *Indicates test only available in-lab **Indicates test only available onsite Applications Additionally, the ATS Family of Companies supports clients in various NDI-dependent applications, including: Aviation Inspections Engines Helicopter Rotor Grips Windows Wings Wheels Weld Inspections Welding Process Verification Welder Qualification Regular Mechanical Integrity Inspections Fitness-for-Service Assessments. e....



The Applied Technical Services Family of Companies performs aerospace NDI services, exceeding client expectations by providing comprehensive solutions in compliance with industry standards and regulations. Nondestructive Inspection in the Aerospace Industry The aerospace industry uses nondestructive inspection (NDI) methods to analyze the structural integrity and safety of critical components without damaging or impacting the sample. NDI plays a crucial role in detecting flaws or inaccuracies that may result in costly repairs, personnel injury, unplanned downtime, revenue loss, and other adverse outcomes. Aerospace NDI Services at ATS ATS’ certified NDI technicians routinely inspect air inlets, combustion chambers, fan blades, fasteners, fittings, fuselages, landing gears, rivets, and turbine engines. We employ surface and subsurface techniques to locate corrosion, cracks, delaminations, disbonds, gouges, impacts, pitting, porosity, tears, wear, and other defects. We provide a broad scope of aerospace NDI services, such as: Eddy Current Testing (ET) Capable of fulfilling all surface and some subsurface requirements Coating measurements Conductivity Testing Liquid Penetrant (PT) Stationary and mobile penetrant inspections Ultrasonic Testing (UT) Detects both surface and subsurface discontinuities Superior depth of penetration or measurement for flaw detection Only single-sided access is required Radiography Testing (RT) Inspection capabilities for assembled components Minimum surface preparation required Detects both surface and subsurface flaws Provides permanent inspection records Magnetic Particle (MT) Detects surface and subsurface flaws Inspects large surface areas of complex or irregular ferromagnetic parts rapidly Directly detects flaw indication on the surface location Quality Assurance ATS provides various aerospace NDI services to afford our clients the advantage...



The Applied Technical Services Family of Companies provides NDI welding inspection to detect surface and sub-surface discontinuities and flaws. Nondestructive Inspection Nondestructive inspection (NDI), also known as nondestructive testing (NDT) or nondestructive evaluation (NDE), is the process of examining components and structures without damaging or impacting the integrity of a test subject. NDI is essential to facility maintenance plans, ensuring productivity by implementing qualified testing and inspection programs. It is a preventative measure that helps avoid equipment failures that may result in unplanned downtime, lost revenue, personnel injury, and other detrimental outcomes. NDI Welding Inspection at ATS The ATS Family of Companies provides NDI welding inspection services for ferrous and non-ferrous structures and materials. If welding processes introduce metallurgical defects and contaminants into a component, our technicians can detect any discontinuities or irregularities to verify that welds withstand load and stress conditions. Our NDI welding inspection services evaluate welds for various structures, such as bridges, configured components, piping, pressure vessels, and valves. We check for cracks, fusion, penetration, porosity, and slag inclusions to determine whether a weld coupon meets applicable requirements. We use numerous NDI testing methods, including: Eddy Current (ET) Liquid Penetrant (PT) Magnetic Particle (MT) Phased Array (PA) Radiography Testing (RT) Ultrasonic Testing (UT) Visual Testing (VT) Welder and Weld Procedure Qualification To help companies seeking welder and welding procedure qualification according to industry standards, we offer: Procedure Qualification Testing Welder Qualification Testing Weld Procedure Specification Development Quality Assurance The ATS Family of Companies performs NDI welding inspection...



The Applied Technical Services Family of Companies includes a collection of NDI companies that assess the condition of equipment and structures. Nondestructive Inspection Nondestructive inspection (NDI) is the process of analyzing components, materials, and structures without damaging or impacting the sample’s integrity. This process allows certified technicians to systemically determine the health of industrial assets and prescribe relevant actions to remedy issues. The Importance of Nondestructive Inspection NDI is essential for reducing costs, preventing accidents, and providing important product information. It also avoids equipment and product failure that results in personnel injury, revenue loss, unplanned downtime, or other adverse outcomes. Commonly Detected Issues Cooling Cracks Corrosion Cracks Fatigue Cracks Laminations Tears Seams Cupping Weld Defects NDI Companies at ATS From design and manufacturing to operation and maintenance, ATS Family of Companies possesses vast knowledge and expertise in NDI services. We select proper techniques and procedures to detect irregularities in assets, equipment, and products, extending their service lives by identifying problems that threaten long-term functionality. The ATS Family of Companies offers a wide range of NDI testing methods, including: Eddy Current (ET) Liquid Penetrant (PT) Digital Radiography (DR) Ground Penetrating Radar (GPR) Computed Tomography (CT) Magnetic Particle (MT) Ultrasonic Testing (UT) Radiography Testing (RT) Phased Array Computed Radiography (CR) Visual Testing (VT) Ultrasonic Thickness Testing (UTT) Quality Assurance Our NDI companies supply clients with unbiased, detailed reports, which include conclusive findings, photos, and diagrams. We maintain a Quality Management System (QMS) that supports production processes, regulatory compliance, and quality control. Applicable...



Applied Technical Services performs NDI liquid penetrant testing to detect cracks and other flaws in the surface of materials. Liquid penetrant testing is one of the most popular nondestructive testing methods due to its effectiveness, low cost, and versatility. Commonly referred to as PT, liquid penetrant testing can be used on various materials of different shapes and sizes. ATS performs PT and additional types of nondestructive testing in our labs, in the field, and at client facilities. Liquid Penetrant Testing Applications and Findings Liquid penetrant inspections are performed on parts and components such as: In-service Parts Heat Treated Parts Engine Parts Forged Parts Welds Pressure Bodies Inlet and Outlet Blowers Fan Blades Turbine Engines Valves and Components Commonly Tested Materials PT commonly identifies a range of cracks and defects that include: Quench Cracks Grinding Cracks Fatigue Cracks Impact Fractures Overload Fractures Forging Laps Seams Porosity Additional NDI Services ATS performs several different types of nondestructive inspection services, including but not limited to: Phased Array Testing Weld Inspections Tube and Pipeline Inspections Tank Inspections Infrared Testing Eddy Current Testing Ultrasonic Testing Wing Spar Inspections Radiography Testing Magnetic Particle Testing Industries Served ATS performs NDI services for companies operating in industries such as: Power Generation Marine Welding Manufacturing Infrastructure Automotive Oil and Gas Aerospace Nuclear Building and Construction Fabrication Military and Defense Applied Technical Services With over five decades of experience as one of the nation’s most well-established testing and analysis providers, Applied Technical Services has developed a reputation for our dedication...



Applied Technical Services performs NDI magnetic particle testing to detect surface and subsurface flaws in ferromagnetic materials. Magnetic particle inspection, also referred to as MPI, is a versatile and cost-effective nondestructive testing and inspection method that offers precise results with a short turnaround time. When a ferromagnetic material is magnetized, any present defects cause magnetic flux to leak. Our magnetic particle testing experts then apply ferrous particles that help identify discontinuities, characteristics, and causes. Magnetic Particle Testing Applications Magnetic particle testing is commonly used in a variety of industries to inspect: Bolts Castings Forged Parts Generator Components Impellers Rails Pumps Fan Blades Crane Hooks In-service Parts Commonly Tested Materials Applied Technical Services commonly performs NDI magnetic particle testing on materials such as: Iron Cobalt Gadolinium Nickel Ferromagnetic Ceramics Neodymium Additional NDI Services ATS performs several different types of nondestructive inspection services, including but not limited to: Tube and Pipeline Inspections Infrared Testing Phased Array Testing Tank Inspections Weld Inspections Wing Spar Inspections Radiography Testing Eddy Current Testing Ultrasonic Testing Liquid Penetrant Testing Industries Served ATS performs NDI services for companies operating in industries such as: Welding Power Generation Marine Manufacturing Building and Construction Military and Defense Nuclear Fabrication Oil and Gas Infrastructure Automotive Aerospace Applied Technical Services ATS has established itself as one of the country’s leading nondestructive testing, inspection, and examination providers for several decades. Founded in 1967, Applied Technical Services brings 55 years of experience to a variety of industrial testing and analysis services, with departments including forensics,...



Applied Technical Services provides a wide range of nondestructive testing and inspection services to meet the needs of our clients, including NDI ultrasonic testing. Ultrasonic testing, also known as UT, is a nondestructive testing method used to identify and analyze defects and material qualities in a subject without damaging the sample. Our highly skilled experts apply years of experience to precisely detect flaws and document their characteristics in order to help prevent component malfunction and failure, as well as to assist manufacturers to maintain compliance with regulatory requirements and standards. Ultrasonic Testing at ATS Applied Technical Services features a state-of-the-art nondestructive inspection laboratory that houses highly advanced equipment. As ultrasonic testing is a versatile and cost-effective, we also perform ultrasonic inspections in the field and at client facilities. UT requires little preparation and yields quick results, making it the preferred nondestructive testing method for many different types of inspections. NDI Ultrasonic Testing Applications Ultrasonic testing and inspections are commonly used in several different disciplines and industries to analyze: Aircraft Components Pipeline Systems Spindles and Shafts Welds Rotors and Engines Nozzles Boiler Tubes Structural Steel Commonly Tested Materials ATS performs nondestructive ultrasonic testing structures, parts, and components made of materials such as: Ceramics Nickel Lead Steel Alloys Aluminum Composites Additional Metals Additional NDI Services Applied Technical Services offers a variety of nondestructive inspection services, including but not limited to: Radiography Testing Eddy Current Testing Liquid Penetrant Testing Magnetic Particle Testing Wing Spar Inspections Infrared Testing Phased Array Testing Weld Inspections Tank...



The NDI radiography testing experts at Applied Technical Services inspect materials, components, parts, and equipment to serve clients working across a wide range of industries. Radiography nondestructive inspection and testing, also known as radiography testing (RT), is a nondestructive testing method that utilizes radiation such as gamma rays or x-rays to locate defects, cracks, or other discontinuities in a test subject. Radiography testing is highly versatile and can be used to detect surface and subsurface flaws in virtually any material. This type of testing is unique in that it requires very little surface preparation and can be used to examine equipment and components in addition to individual materials. ATS’ certified radiography experts use this precise, cost-effective NDI method to investigate complex structures through internal component isolation, evaluating internal structures to ensure structural integrity. Radiography at ATS The radiography testing experts at Applied Technical Services offer different types of NDI radiography testing to meet the varying needs of our clients working across several different industries. Our radiography testing and inspection capabilities include: Computed Tomography (CT) Computed Digital Radiography Traditional Radiography Common Radiography Testing Applications NDI radiography testing has applications in several industries. Radiography is commonly used for: Aircraft Inspections Concrete Inspections Weld Certifications and Inspections Structural Inspections Pressure Vessel and Tank Inspections Pipeline, Tubing, and Casting Inspections Materials Commonly Tested ATS performs nondestructive radiography testing on a wide range of conductive and nonconductive materials and components, including but not limited to: Metal Structures Pipelines Concrete Welds Forgings Aluminum Applied Technical Services...



The Applied Technical Services Family of Companies offers NDI eddy current testing services to clients working in manufacturing, aviation, and aerospace. Nondestructive eddy current testing is a widely used method that identifies flaws and defects in various materials and components. Eddy current NDI testing is both highly accurate and versatile, utilizing electromagnetic induction with a conductive surface to detect discontinuities and irregularities within a material’s structure. Eddy current inspections are also used to analyze the thickness and conductivity of coatings. This technique is effective in identifying even the smallest surface and near-surface flaws and can penetrate multiple layers without interference. Eddy current testing is particularly useful for materials with complex geometries, as well as for objects that are in underwater or high temperatures areas that are inaccessible for other types of testing. Eddy current testing yields immediate results and is significantly more convenient that many comparable options. Common Eddy Current Testing Applications As eddy current testing is highly versatile, portable, and cost-effective, this testing method is commonly used for: Welded Joint Inspections Aircraft Inspections Nuclear Reactor Inspections Heat Exchanger Tubing Inspections Turbine Blade Inspections Coating Conductivity Testing Fusion Defects Bridge Inspections Alloy Analysis and Identification Heat Treatment Verification Materials Commonly Tested ATS performs NDI eddy current testing on conductive materials including but not limited to: Copper Alloys Aluminum Alloys Stainless Steel Titanium Applied Technical Services Applied Technical Services has developed a reputation as one of the nation’s leading nondestructive testing and inspection providers over the past 55 years. With a...



The Applied Technical Services NDI Laboratory offers a wide range of testing capabilities, ranging from liquid penetrant testing to digital radiography. Nondestructive Inspections Nondestructive inspection, also known as NDI or nondestructive testing (NDT), is a broad discipline that includes testing and inspection methods spanning several different industries. Nondestructive inspections consist of various techniques that test qualities and characteristics of a subject without causing damage. This includes surface and subsurface-level analysis of a material’s structure, identifying flaws and defects that would otherwise be undetectable. Each NDI laboratory at Applied Technical Services houses highly advanced equipment and machinery that allows intricate material examination. Due to the complex nature of this equipment, all ATS NDI labs are staffed by fully certified nondestructive testing experts with years of experience. Common Flaws Discovered Most methods of NDI are highly cost-effective and versatile, providing solutions to businesses and organizations around the world on a daily basis. With an impressive list of tools as our disposal, ATS has the capability to provides NDI services in our labs and on-site. Nondestructive testing and inspections commonly detect flaws such as: Porosity Burn-through Longitudinal Cracks Inclusions Undercuts Elongated Voids Quench Cracks Fusion Flaws Industries Served NDI laboratory services are commonly requested by companies working in the following industries: Military and Defense Fabrication Building and Construction Automotive Power Generation Manufacturing Welding Marine Nuclear Infrastructure Aerospace Oil and Gas Applied Technical Services With over 55 years of experience serving as one of the nation’s most well-established industrial testing and analysis providers, Applied...



Radiography Testing Applied Technical Services provides radiography NDI (nondestructive inspection) services to analyze the internal structure of materials, equipment, parts, and components without damaging the test subject. Radiography testing, commonly referred to as RT, uses radiation (X-rays or gamma rays) to identify cracks, defects, or other flaws in a material. Radiography NDI is highly versatile and can be used on nearly any material to detect discontinuities at surface or subsurface levels. Radiography testing requires minimal surface preparation and can be used to analyze assembled equipment and components. Our technicians use radiography to inspect complex structures, isolating internal components to both identify and assess a variety of internal flaws. Radiography inspections are precise, adaptable, and cost-effective. Radiography NDI Services at ATS Applied Technical Services offers a range of nondestructive radiography testing services to meet the needs of our clients working in several different industries. Our RT capabilities include: Traditional Radiography Computed Digital Radiography Computed Tomography (CT) Common Applications Radiography NDI is commonly used in applications such as: Concrete Inspections Aircraft Inspections Weld Inspections and Certifications Tank and Pressure Vessel Inspections Structural Inspections Tubing, Casting, and Pipeline Inspections Materials Tested Radiography testing can be used on conductive and nonconductive materials, including but not limited to: Pipelines Metal Structures Welds Concrete Aluminum Forgings Industries Served Radiography NDI is commonly used in industries including: Petrochemical Power Generation Pipelines Fabrication Pulp and Paper Military and Defense Manufacturing Aerospace Nuclear Automotive Aviation Pharmaceuticals Applied Technical Services With over 55 years of experience serving as one of...



Applied Technical Services provides eddy current NDI (nondestructive inspection) services to identify material characteristics and discontinuities without damaging the test subject. Eddy Current Testing Eddy current testing is highly versatile and accurate, making it a preferred nondestructive testing method for several different materials, purposes, and industries. Eddy current inspections combine an electric current and magnetism with a subject’s conductive surface (electromagnetic induction), inducing an eddy current that generates a magnetic field. This allows NDI technicians to identify damage, flaws, irregularities, and inconsistencies in a material. Technicians are also able to analyze the conductivity and thickness of coatings on the subject material. Eddy current NDI allows the detection of very small surface and near-surface flaws through several layers without interference. Eddy current testing is highly effective on subjects with complex geometries and can be used on underwater and high-temperature objects. Eddy current NDI is cost effective and provides immediate results. Common Applications Due to its portability, cost-effectiveness, and general flexibility, eddy current inspections are used in a variety of applications. Some of these include: Aircraft Inspections Heat Exchanger Tubing Inspections Welded Joint Inspections Turbine Blade Inspections Nuclear Reactor Inspections Bridge Inspections Heat Treatment Verification Coating Conductivity Testing Alloy Identification and Analysis Fusion Defects Materials Tested Eddy current NDI requires that a test subject be conductive and is commonly used to test materials such as: Titanium Stainless Steel Aluminum Alloys Copper Alloys Industries Served Eddy current testing is commonly used in industries including: Aviation Aerospace Automotive Nuclear Power Generation Petrochemical Pipelines Welding...



ATS provides on-site Mechanical Integrity Training at your facility. Training is conducted by Licensed Professional Engineers who hold a variety of certifications and have decades of Mechanical Integrity experience. Beginning in 2023, API (American Petroleum Institute) requires Continuing Professional Development (CPD) hours for recertification of API-510, API-570, and API-653 inspectors. This 1-day training course provides attendees with a “Certificate of Completion” for 8 CPD’s. Mechanical Integrity is the industry lay term for the reliability and maintenance of industrial fixed assets including: Storage Tanks Pressure Vessels Relief Devices Piping Systems To request a quote for on-site training, please complete the Request Form to the right.



Applied Technical Services offers mechanical integrity training services on-site at client facilities. Mechanical integrity inspections for process equipment ensure proper design, fabrication, construction, installation, operation, and maintenance for all parts and components. This type of predictive maintenance is a key component of process safety management (PSM), preventing failures and containment loss. Regularly scheduled inspections, testing, and calculations provide an in-depth understanding of equipment health, allowing proprietors to make deliberate, informed decisions regarding their assets. Mechanical integrity covers maintenance and reliability for fixed assets such as: Storage tanks Piping systems Pressure vessels Relief and vent systems Recovery and package boilers Heat exchangers Dryer cans Digesters Emergency shutdown systems Pumps Controls Training Requirements Starting in 2023, the API (American Petroleum Institute) requires personnel to complete Continuing Professional Development (CPD) hours as one of the recertification requirements for API 653, API 570, and API 510 inspection certifications. Our one-day training course grants attendees a “Certificate of Completion” worth eight CPD hours. ATS offers training for more than API requirements. Our Licensed Professional Engineers utilize decades of mechanical integrity experience and a variety of certifications to conduct training courses that address all key aspects of mechanical integrity practices. Course Content ATS’ mechanical integrity training courses cover a comprehensive range of inspection methods, including external and internal visual inspections, UT thickness, dye penetrant, magnetic particle, and radiographic testing. We also cover NDT nomenclature. In addition, our program addresses essential concepts involved in mechanical integrity. The seven pillars of excellence serve as the foundation: policy, ownership,...



Applied Technical Services conducts visual weld inspections that evaluate the quality of welded materials. Welding is a popular process amongst manufacturers in various industries, and our experienced certified welding inspectors assess the quality of welds to observe their quality and minimize risk. Why are Visual Weld Inspections Important? Visual inspections are critical to the quality of welds and can often reduce construction costs and minimize costly mistakes in the welding process. Qualified inspectors conduct visual inspections throughout each phase of the welding process to thoroughly examine workmanship, ensuring the quality of the work is code compliant. There are several advantages to visual inspections, including: Nondestructive Inexpensive Minimal use of tools Applied Technical Services’ Pipe Weld Bend Testing Services Pre-Welding Inspections Pre-weld inspections allow welders to observe the preparation process of the welding joint and other materials. This step enables welders to inspect the following: Materials and documents Evaluate the cleanliness of the weld's joints Ensure that the WPS and WPQR are compliant Mid-Welding Inspections During welding, visual inspections are especially important as welders observe the following. Temperature Control Cleanliness Ensure that the welding process is consistent with the WPS parameters Post-Welding Inspections Verify the weld’s completion Ensure that the weld has the proper appearance, length, and size Observe any flaws or inconsistencies in the weld Verify the weld profile Applied Technical Services’ Weld Testing and Analysis Services We provide numerous other weld tests, analysis, and inspection services in addition to our visual weld inspections. We employ certified welding inspectors capable...



Applied Technical Services is an industry leader in weld consulting services amongst CWI inspection companies. The American Welding Society, or AWS, recognizes our welding as certified welding inspectors capable of inspecting various materials and structures. The welding industry has expanded the capabilities of modern materials and infrastructure and is an important factor in our daily lives. Welding is all-encompassing industry responsible for everyday products such as cars and kitchen appliances and large infrastructures such as buildings and bridges. Certified welding inspectors evaluate welds of various sizes and applications to ensure their quality and functionality. What are the Responsibilities of Certified Welding Inspectors? Certified welding inspectors oversee multiple steps in the welding process to ensure that the practices are on par with manufacturer specifications, industry guidelines, and government regulations. The responsibilities of certified welding inspectors include: Ensure welding work complies with the employer, local, state, and federal safety regulations Review welding plans, procedures, equipment, and materials Help develop the welding procedure specification (WPS) Inspect the equipment and consumable materials Monitor the production process Inspect and identify the reason for repairs Supervise or conduct repairs CWIs ensure that the weld's appearance, quality, and performance are acceptable to specific standards. Poorly welded materials may suffer in their appearance, performance, and safety, so qualified inspectors are significant to the success of a welding project.   Applied Technical Services’ Weld Inspection Services Our CWIs conduct detailed inspections on bridges, manufactured materials, pipes, valves, and other materials and structures. Our weld inspector capabilities include: Computer Digital...



Applied Technical Services CWI industrial services help ensure the safety and reliability of welded materials and structures. The American Welding Society, or AWS, recognizes our specialists as certified welding inspectors qualified to perform weld inspections to industry standards on various structures and materials. Why are Certified Welding Inspectors Important? Welding is a critical practice that has improved the quality of modern merchandise and infrastructure in various industries worldwide. Certified welding inspectors oversee the multiple stages of the welding process to ensure that the welds are satisfactory. Certified welding inspectors are responsible for the following: Ensuring that welds comply with employer and industry safety regulations Review welding specifications, plans, and materials Inspect the pre- and post-welding environment Monitor the welding production process Inspect welds and supervise repairs to confirm the weld’s quality Applied Technical Services’ CWI Our Certified welding inspectors offer lab and field inspections on a variety of materials, including: Bridges Manufactured Materials Pipes Pressure Vessels Valves Our inspectors provide services for various industries, including: Aerospace Automotive Construction Manufacturing Oil and Gas Power Generation Applied Technical Services’ Weld Testing, Inspection, and Analysis Our weld testing facilities offer weld inspections, nondestructive testing, failure analysis, and mechanical testing services that evaluate the quality of welds. Our services identify the surface and subsurface flaws in welds to determine their strength and ability to perform specific applications.   Weld Inspector Capabilities Computer Digital Radiography (CDR) Liquid Penetrant (PT) Magnetic Particle (MT) Traditional Radiography (RT) Ultrasonic (UT) Visual Testing (VT) Weld Testing Capabilities Bend Charpy...



Applied Technical Services offers water tank inspection services in accordance with all applicable codes and standards. We perform tank inspections in compliance with STI SP001 as well as other applicable standards and codes such as: AWWA D103 – Water Storage Tanks (Bolted Steel) AWWA D100 – Water Storage Tanks (Welded Carbon Steel) API 653 — Tank Inspection, Alteration, Repair, and Reconstruction NFPA 22 – Water Tanks for Private Fire Protection Certified and Trained Tank Inspectors The team at ATS has years of experience in planning and providing high-quality tank inspections. Our team includes certified API and STI inspectors and licensed professional engineers that conduct water tank inspection services on a routine basis. We offer our clients true Condition Assessments, which provide valuable information needed to plan for scheduled downtime, major repairs, and plan for future inspections. The information given allows clients to have a better understanding of their equipment health. Routine Water Tank Inspections Regular water tank inspections are vital to ensuring the overall health of your equipment. Routine inspections can prevent leakage, environmental damage, and unplanned downtime. Our team of experts utilize specialized equipment to locate and identify corrosion, mechanical damage, or other flaws before they become larger issues. Specialized equipment can include our submersible robots or ROVs (Remotely Operated Vehicles). These robots can be used to inspect water tanks and allow them to remain in service. The robot is lowered into the tank through the roof manway and allows for remote operation. ROV inspections can easily inspect floor...



Applied Technical Services provides ultrasonic pipe thickness testing services to help clients evaluate the condition of their piping systems. Ultrasonic thickness testing (UTT) is a non-destructive method for measuring material thickness from one side of a part or component. Ultrasonic testing utilizes high-frequency sound waves for data collection, allowing inspectors to accurately examine piping without damaging the system. ATS offers UTT for pipes according to the following standards: ASME B31. 3 – Process Piping ASME B31. 1 – Power Piping API-574 – Piping System Components ASME B31. 9 – Piping for Building Services ASME B31. 4 – Pipeline Transportation Systems ASME B31. 8 – Piping Systems for Gas Distribution/Transmission API 570 – In-Service Repair, Inspection, Rating, and Alteration for Piping Systems This quick, portable testing method allows inspectors to monitor corrosion, erosion, and other damage to piping systems. ATS can use UTT to help clients with all their pipe inspection needs. UTT Experts ATS employs trained, licensed, and certified UTT and piping experts to conduct comprehensive condition assessments for client equipment. We can evaluate all our clients’ fixed assets, including pressure vessels, piping systems, tanks, and related parts and components. Ultrasonic thickness testing generates repeatable and highly reliable results and is useful for evaluating large or irregularly shaped components, parts, and structures. Our Professional Engineers and API-certified inspectors collect detailed data that assists proprietors with planning downtime, budgeting for repairs, and planning subsequent inspections. Applied Technical Services is a 3rd party piping and tank consulting company possessing the necessary experience...



Applied Technical Services provides UT pipe testing services to help clients assess the condition of their piping. Ultrasonic testing (UT) is a nondestructive inspection method for detecting flaws in materials and components. UT uses high-frequency sound waves to collect information about a pipe or other component’s surface qualities, such as wall thickness or corrosion levels. ATS offers pipe testing in accordance with the following standards: ASME B31. 1 – Power Piping ASME B31. 3 – Process Piping ASME B31. 8 – Piping Systems for Gas Transmission/Distribution ASME B31. 4 – Pipeline Transportation Systems ASME B31. 9 – Piping for Building Services API 570 – In-Service Inspection, Repair, Alteration, and Rating for Piping Systems API-574 – Piping System Components Ultrasonic testing provides valuable information about piping conditions without impacting the equipment’s integrity. ATS uses UT to help clients with all their piping system needs. Piping System Experts Our certified, licensed, and skillfully trained piping experts conduct thorough condition assessments for piping systems and related equipment. We can examine all aspects of system health, including equipment such as tanks, pressure vessels, and other associated components. Ultrasonic testing is a portable inspection method that generates highly reliable and repeatable results. We can use UT on large and irregularly shaped structures, parts, and components. The data that our licensed Professional Engineers and certified API inspectors collect helps proprietors to plan shutdowns, budget for any repairs, and schedule their future inspections. ATS is a third-party tank and pipe consulting company with the necessary experience and...



Applied Technical Services performs MFL tank floor inspection services, also known as magnetic flux leakage inspections. MFL technology can evaluate ferromagnetic structures and materials for flaws. We conduct magnetic flux leakage inspections according to these standards: API 653 – Tank Inspection/Alteration/Repair/Reconstruction API 575 – Inspecting Atmospheric/Low-Pressure Storage Tanks API 650 – Welded Oil Storage Tanks AWWA D103 – Water Storage Tanks (Bolted Steel) AWWA D100 – Water Storage Tanks (Welded Carbon Steel) UL 142 – Steel Aboveground Tanks containing Combustible/Flammable Liquids NFPA 25 – Water-Based Fire Protection System Inspection/ Testing/Maintenance NFPA 22 – Private Fire Protection Water Tanks STI SP001 – Inspecting Aboveground Storage Tanks MFL inspections are a rapid and cost-efficient resource for tank floor assessments. This method temporarily magnetizes the tank floor, generating a magnetic field. Disruptions in the magnetic field indicate flaws in the structure. MFL data is repeatable and highly accurate, making magnetic flux leakage a reliable inspection option. Magnetic Flux Leakage Experts Applied Technical Services employs licensed, certified, and expertly trained MFL inspectors who provide more than simple inspections; our experienced staff can perform true condition assessments for your equipment. Our MFL assessments allow us to offer tank inspections that don’t damage or otherwise impact the integrity of your fixed assets. Our API-certified inspectors and licensed professional engineers collect data that can help proprietors schedule future shutdowns, budget for needed repairs, and plan subsequent inspections. ATS is a third-party tank consulting company with the capabilities to handle all your fixed equipment needs. Inspection Schedules Adhering...



Applied Technical Services offers MFL inspections, or magnetic flux leakage inspections, for tank floors. MFL testing is a technique for identifying flaws in ferromagnetic vessels such as storage tanks. We conduct magnetic flux leakage inspections according to the following standards: API 653 – Tank Inspection, Repair, Alteration, and Reconstruction API 650 – Welded Oil Storage Tanks API 575 – Inspections for Atmospheric and Low-Pressure Storage Tanks STI SP001 – Inspections for Aboveground Storage Tanks UL 142 – Steel Aboveground Tanks for Combustible and Flammable Liquids AWWA D100 – Water Storage Tanks (Welded Carbon Steel) AWWA D103 – Water Storage Tanks (Bolted Steel) NFPA 22 – Private Fire Protection Water Tanks NFPA 25 – Testing, Inspection, and Maintenance for Water-Based Fire Protection Systems MFL testing is a quick and cost-effective method for examining tank floors. This technique temporarily magnetizes the material under inspection, allowing the inspector to identify disruptions in the magnetic field, which indicate flaws in the material. Magnetic flux leakage data is highly accurate and repeatable, making MFL a reliable testing method. MFL Experts Applied Technical Services’ trained, certified, and licensed MFL experts provide more than a simple inspection; they offer true condition assessments for fixed assets. Using MFL technology, we can perform inspections that don’t affect the equipment’s mechanical integrity. The data that our licensed professional engineers and certified API inspectors collect helps proprietors to plan their future shutdowns, schedule upcoming inspections, and budget for needed repairs. As 3rd party tank consultants, ATS helps clients with all their...



Applied Technical Services offers magnetic flux leak (MFL) inspections in compliance with all relevant codes and standards. This testing method is commonly used in pipeline and storage tank inspections in the oil and gas industry. What is MFL? MFL, or magnetic flux leak, is an inspection method that utilizes electromagnetism to locate flaws and material degradation within steel structures and components. The magnets create a magnetic field that shows distortions if flaws such as corrosion, wall loss, and pitting are present. Flaws such as corrosion in tank floors can lead to loss of product and environmental damage. We strive to provide maximum inspection value to our clients by minimizing unscheduled downtime through our condition assessments. Our Trained and Certified Inspectors From pipelines to above ground storage tanks, our inspectors use decades of experience to provide a wide range of inspection and testing capabilities. Our expertise allows us to provide our clients with the ability to plan for future downtime and inspections as well as budget for major repairs. At ATS, we provide more than a basic inspection; we offer condition assessments that provide clients with a full understanding of their equipment’s status. ATS Mechanical Integrity Programs Applied Technical Services’ mechanical integrity team specializes in developing programs for the prevention of accidental leakage and potential tank failures. We use Recognized and Generally Accepted Good Engineering Practices (REGAGEP) in our programs to our client’s benefit. Our mechanical integrity programs can cover: Jurisdictional regulations Applicable inspection codes/standards Program management/ownership Inspection frequencies Inspection methods...



Applied Technical Services’ metallurgy lab performs nondestructive hardness testing services. We employ technicians with decades of shared experience in nondestructive hardness evaluations, litigation support, failure analysis, and other metallurgical services. What is Hardness Testing, and Why is it Important? Hardness tests determine a material’s strength, wear resistance, ductility, and resistance to permanent deformation or indentation. Hardness tests are a favorite amongst manufacturers because they are often quick, cost-effective, and versatile.   Nondestructive tests provide information on a material’s mechanical properties, which are essential in materials testing, quality control, and failure analysis. Hardness tests also allow manufacturers to forecast a material’s performance in environments where factors such as friction or environmental erosion are likely to occur. Nondestructive Hardness Testing ATS offers the following nondestructive hardness tests: Leeb Hardness Test  The Leeb determines a material's hardness by calculating the energy lost by an impacting body after it impacts the metal sample. Harder samples cause the impact bodies to react more quickly than softer samples. Advantages include: Portable Cost-efficient Yields Highly Accurate Results Ultrasonic Hardness Test  Ultrasonic hardness tests use ultrasonic contact impedance uses a measurement probe to measure the hardness of materials. The technology allows users to yield results while applying less testing force than other methods. Advantages include: Quick Application Results are Digitally Saved for Further Review Ideal for Tight Spaces or Hard to Reach Surfaces Destructive Hardness Testing ATS also conducts several destructive hardness tests, including: Brinell Hardness Test The Brinell hardness test determines the hardness of materials with rough...



Applied Technical Services utilizes submersible remote operated vehicles (ROV’s) for underwater inspections of water tanks. Our ROV’s allow ATS to conduct thorough condition assessments on client equipment in accordance with the following standards: AWWA D100 - Welded Carbon Steel Water Storage Tank Inspection AWWA D103 - Bolted Steel Water Storage Tank Inspection NFPA 25 - Water-Based Fire Protection System Inspection API 653 - Tank Inspection Submersible ROVs allow inspectors to evaluate fixed equipment below the waterline without necessitating confined space entry or major diving operations. We can conduct comprehensive examinations of all your equipment’s surfaces without risking personnel safety. Underwater ROV Experts ATS’ licensed, certified, and highly trained ROV experts provide true condition assessments for fixed equipment. We can assess every part and component related to equipment health, including sidewalls, floor plates, pipes, ladders, hatches, and roof plates with our remotely controlled camera equipment. ROV technology also allows us to perform in-service inspections. ATS’ certified API inspectors and licensed Professional Engineers collect accurate data that helps fixed equipment owners plan future shutdowns, schedule additional inspections, and budget for repairs. As a third-party tank consulting company, ATS has the necessary equipment and expertise to handle any client’s fixed asset needs. Systematic Inspection Programs Maintaining a systematic inspection program can lower the risk of containment loss in fixed equipment, promoting safety for personnel and the surrounding environment. Extending the time between inspections beyond the recommended length can result in problems with coating failure, corrosion, excessive debris, sediments, and contamination. Corrosion is a...



Applied Technical Services offers submersible ROV inspection services for clients who need equipment condition assessments. ROV’s (remotely operated vehicles) are unmanned robots that technicians can use to conduct visual inspections on client equipment. Our submersible ROV’s allow us to evaluate water storage tanks and other equipment according to the following standards: AWWA D103 for Bolted Steel Water Storage Tanks AWWA D100 for Welded Carbon Steel Water Storage Tanks API 653 for Tanks NFPA 25 for Water-Based Fire Protection Systems ROV technology can eliminate the need for confined space entry and expensive diving operations. ATS experts can inspect all a tank’s internal services without taking any safety risks. ROV Experts Our certified, licensed, highly trained personnel can offer true condition assessments for client equipment. We can assess all aspects of the equipment’s health, including floor plates, sidewalls, ladders, roof plates, hatches, and pipes, using remotely controlled inspection equipment. ROVs also allow us to conduct inspections while the equipment remains in service. ATS’ licensed Professional Engineers and certified API inspectors can collect thorough, accurate data that allows asset owners to budget for any major repairs, plan future shutdowns, and schedule subsequent inspections. As third-party tank consultants, we have the equipment and expertise necessary to assist clients with all their fixed asset needs. Consistent Inspection Programs Keeping consistent inspection programs lowers risks of containment loss and helps maintain a safe environment. Postponing inspections beyond the recommended timeframe can lead to issues with corrosion, contamination, excessive debris, coating failure, and sediments. Corrosion, a leading...



Applied Technical Services offers FEA services to assist clients in determining how their product or material would react to forces such as vibration, fluid flow, heat, and other physical effects. This process shows the physical limitations of materials, and the results can be compared and evaluated to applicable standards and codes. Our Trained Personnel The trained and certified personnel at Applied Technical Services provide high-quality FEA services. We perform Condition Assessments that give our clients the ability to schedule shutdowns, plan future inspections, and budget for repairs. ATS employs certified experts and licensed professional engineers to perform FEA services. Our FEA Capabilities Our team of Professional Engineers can develop transient or static, linear, or nonlinear finite element models to determine and assess thermal and structural responses. These analysis reports can record frequency histories and detail time, graphs, and contour plots of stress, structural loads, thermal loads, and deformation under loads or service conditions. Our FEA analysts can produce advanced 3D CAD and FEA models with precise thermal and structural representations. Additionally, ATS can provide the following FEA capabilities: Suspension and Fall Arrest Anchorage Systems Structural Elements ASME Sec. VIII Analysis Piping Systems ATS Quality For more than 50 years, Applied Technical Services has prided itself on providing the highest levels of client satisfaction. Our customer service team will always put you in touch with the most qualified professional to help with your inquiries. To ensure complete customer satisfaction, we provide concise and timely results with accurate reporting. At Applied Technical...



Applied Technical Services offers SP001 tank inspection for aboveground storage tanks. The Steel Tank Institute (STI) defines the scope of the standard to include inspections of aboveground shop-fabricated tanks, portable containers, small field-erected tanks, and associated secondary containment. We conduct tank inspections in accordance with many other applicable standards and codes such as: NFPA 25 – Water-Based Fire Protection System Inspection, Testing, and Maintenance API 575 – Atmospheric and Low-Pressure Storage Tank Inspections NFPA 22 – Water Tanks for Private Fire Protection API 650 – Oil Storage Tanks (Welded) API 620 – Design and Construction of Large Welded Low-Pressure Storage Tanks AWWA D100 – Water Storage Tanks (Welded Carbon Steel) UL 142 – Steel Aboveground Tanks for Flammable/Combustible Liquids API 653 – Tank Inspection, Repair, Alteration, and Reconstruction AWWA D103 – Water Storage Tanks (Bolted Steel) ATS Trained Professionals ATS employs certified experts and licensed Professional Engineers to conduct true Condition Assessments. These assessments provide our clients with the information needed to plan for major repairs, scheduled downtime, and plan future inspections. As 3rd party tank inspectors, ATS personnel hold FTPI and FRPI inspector certifications. Routine Tank Inspections Maintaining regular tank inspections can reduce the chances of malfunction that may cause environmental damage. Our team of experts can assist in diagnosing potential problems and damaged parts before the become a larger issue. ATS puts safety and client satisfaction at the forefront of our services, so we minimize downtown while maximizing inspection value. Our team has decades of experience that allow...



Applied Technical Services offers API 579 Fitness for Service assessment services for valuable client assets. We conduct FFS assessments in compliance with applicable standards such as: API 579-1/ASME FFS-1: Fitness for service assessments API 510: repair, maintenance, alteration, and inspection for Pressure vessel API 570: alteration, inspection, repair, and maintenance for Piping systems API 653: Tank inspection, reconstruction, alteration, repair, and maintenance ASME B31. 1: Power piping fabrication, inspection, testing, and examination ASME B31. 3: Process piping fabrication, inspection, testing, and examination ASME B31. 4: Pipeline transportation system fabrication, inspection, testing, and examination ASME B31. 8: Gas transmission pipeline system fabrication, inspection, testing, and examination Our Qualified Personnel ATS technicians are highly qualified and certified to perform API 579 FFS assessments and expert counsel for any questions our clients may have. Our qualified team of inspectors and professional engineers can provide solution-based, cost-effective advice on their potential problems. Utilizing API 579, our team can give clients the necessary information they need to allocate resources or plan shutdowns for required maintenance. Fitness for Service Fitness For Service or FFS assessments can assist in determining the continued operation of an asset. FFS assessments can identify pitting patterns, sources of corrosion, and cracking morphology. Additionally, our technicians evaluate for mechanical damage to determine whether components such as pressure vessels, tanks, and pipes are suitable for operation. By understanding the structural limits of materials and components, we can determine potential issues before they become larger. Fitness for Service evaluations can maximize inspection value, minimize...



Applied Technical Services provides UT pipe inspections to detect irregularities and defects in piping materials and components. The regular inspection of pipes is imperative to many industries such as power generation, oil and gas, and pharmaceuticals, which rely on pipes for essential work operations. What is UT? UT, or ultrasonic testing, is a nondestructive testing method used to measure the thickness of pipe walls. UT pipe inspections utilize high-frequency sound waves that produce reflections to help locate defects in pipes or welds. Common defects include corrosion, cracks, lack of penetration, lack of fusion, inclusions, or other imperfections that may affect the integrity of the pipes. We offer ultrasonic solutions for UT pipe inspections depending on client specifications and pipe accessibility. The following methods can be specified to accommodate a client’s needs: Automated Ultrasonic Solutions Manual Ultrasonic Thickness Measurements IRIS (Internal Rotating Inspections System) Near Drum (Boiler Generating Bank Tubes) Phased Array Ultrasonics Ultrasonic inspections provide a cost-effective method of NDT that produces reliable results. This method is highly portable and flexible because it only requires access to one side in most cases. This allows our technicians to inspect irregularly shaped and cumbersome materials. Our team can provide rapid and highly accurate results using the latest and most advanced equipment. Additional NDT Capabilities Applied Technical Services has provided nondestructive testing for more than 50 years, solidifying ourselves as a long-standing leader in the NDT field. We employ NAS-410, SNT-TC-1A, and CP-189 certified technicians that can provide ultrasonic solutions. Our NDT laboratory...



Applied Technical Services’ nondestructive testing department performs aircraft window inspection services. Our NDT experts can determine whether an aircraft shows signs of damage or irregularities in its windshield and cabin windows. If damage is present, we can recommend a strategy for repair or replacement. Thorough window inspections are essential for maintaining safety and functionality for all types of aircraft. Types of Aircraft Window Damage Scratches Gouges Cracks Chips Shelling Scaling Debonding Delamination Sealant Damage Ply Separation Why Windows? Most aircraft windows are not glass. Instead, they are made of a stretched acrylic that is as transparent as glass but tougher, shatter-proof, and more cost-effective. These acrylic windows are also a primary component of the aircraft’s structure, carrying the same load as the fuselage. Their role towards the aircraft’s structural integrity make windows an important aircraft component to inspect. If one window shows signs of deterioration or damage, the other windows on the aircraft could likely show similar flaws. In some cases, acrylic window thickness testing might be necessary to verify the integrity of the window. During an aircraft window inspection, we use ultrasonic testing to measure window thickness without having to remove or alter the window. Windshield Inspections – Optical Prism The windshield is the largest area of non-reinforced structure on an aircraft, so it is important to verify that it maintains manufacturer specifications. This prominent front cabin window endures extreme thermal, aerodynamic, and mechanical stresses with repeated pressurization cycles. Consequently, a main weak spot for windshields is the bolt...



Applied Technical Services offers X-ray weld inspections for various industries, including automotive, aerospace, infrastructure, construction, and more. Our technicians inspect the quality and integrity of welds to evaluate whether they meet applicable standards and codes. NDT and X-Ray We use X-ray testing to create meticulous and detailed images of an object’s internal structure. X-ray’s ability to not destroy or alter the object makes it an ideal weld inspection method. Additionally, X-ray is a very flexible method that is suitable for most materials. Performing X-ray weld inspection requires access to opposite sides of the weld. On one side transmission of radiation passes through the object to the other side, where a detector film records the absorption difference to create an image. This detector film image serves as a record for the inspection. X-ray weld inspections have inherent safety concerns due to the use of radiation and, as such, should only be performed by qualified ATS professionals. Our team creates a secure perimeter encompassing the inspection area to ensure the safety of all personnel. ATS technicians can accurately interpret the x-ray images and write detailed reports for our clients. Reasons for Weld Inspection Welds are an integral part of the construction of components and must adhere to respective standards and codes. Welds can be exposed to intense forces during operation, causing them to show signs of damage or deterioration over time. It is imperative that welds undergo regular inspections to ensure their integrity. Our technicians inspect the weld material, base metal, and...



Applied Technical Services is a global leader among nondestructive testing companies. Nondestructive testing is an analysis method for structures, materials, and components that does not destroy or impact the sample. We can apply multiple analysis methods to detect irregularities and defects to meet industry standards or requirements. Nondestructive testing can prevent accidents, test for quality assurance, reduce costs, and provide vital product information. Many industries employ nondestructive testing to establish peak life-cycle performance for their assets and equipment. Nondestructive testing is essential to avoiding product or equipment failure that may result in loss of revenue, personnel injury, unplanned downtime, or other adverse effects. As the premier choice of nondestructive testing companies, Applied Technical Services provides NDT testing for a wide range of industries, including but not limited to: Refining/Petrochemical Aerospace Shipping/Maritime Military/Defense Power Generation Oil and Gas Nuclear Commercial Properties Automotive Pulp and Paper Construction Welding and Fabrication Pharmaceutical Manufacturing Renewable Energy Chemical Our NDT professionals employ various testing methods to encompass all materials and components. We regularly perform the following testing methods: Computed Radiography (CR) Digital Radiography (DR) Magnetic Particle (MT) Ground Penetrating Radar (GPR) Radiography Testing (RT) Ultrasonic Thickness Testing (UTT) Ultrasonic Testing (UT) Computed Tomography Liquid Penetrant (PT) Eddy Current (ET) Phased Array Visual Testing (VT) For a fully comprehensive list of our nondestructive testing methods, click here. Common Nondestructive Testing Irregularities Cooling Cracks Corrosion Cracks Laminations Tears Fatigue Cracks Weld Defects Seams Cupping Grinding Cracks Applicable Certifications, Standards, and Accreditations ANSE/ASME FAA Repair Station 10CFR50 API...



Applied Technical Services is a global leader among NDT inspection companies. We have provided NDT inspections for over 55 years. Our team of qualified professionals regularly services a wide range of industries. ATS travels locally, nationally, and internationally to perform NDT inspections. What is NDT? Nondestructive Testing, or NDT, is an inspection method that analyzes materials, components, and structures without impacting or destroying the sample. Our technicians employ various analytical methods to detect defects and irregularities. NDT is useful in testing for quality assurance, reducing costs, preventing accidents, and providing important product information. Additionally, it is essential to avoid equipment or product failure that could result in personnel injury, unplanned downtime, loss of revenue, or other detrimental effects. Conducting nondestructive testing is a common industry practice to ensure that the life-cycle performance of assets and equipment is satisfactory. If you need a nondestructive inspection, inquire now. Explore Our Services Common testing methods that our technicians regularly perform include: Computed Tomography (CT) Eddy Current (ET) Ground Penetrating Radar (GPR) Liquid Penetrant (PT) Magnetic Particle (MT) Radiography Testing (RT) Digital Radiography (DR) Ultrasonic Testing (UT) Ultrasonic Thickness Testing (UTT) Phased Array (PA) Visual Testing (VT) Common Defects Detectable Using NDT Using sophisticated and noninvasive methods, our experts can detect and identify common defects, including: Fatigue Cracks Laminations Corrosion Cracks Cooling Cracks Tears Cupping Weld Defects Grinding Cracks Seams Popular Applications of NDT Tank Inspections Crane Hooks Bridge Inspections Pressure Vessel Inspections Weld Inspections Steel and Bolting Inspections Aircraft Inspections Ship Hull Inspection...



Business and Efficiency Consultants Helping Clients Achieve Operational Excellence Since 1994 Reliability Testing Services, Inc. (RTSI) employs predictive technologies — such as thermography, vibrational analysis, passive ultrasonic listening, and others — to assess the current health of client equipment. The qualified experts at RTSI use their expertise to help both commercial and industrial companies get the best performance and life expectancy out of their machinery. ATS acquired RTSI in 2018, welcoming the dedicated staff to our Family of Companies (FoC). Together, the FoC supports clients through a large catalog of testing, inspection, and calibration services. RTSI's Services RTSI offers a variety of reliability services, including: Testing Methods Infrared Thermography Polarization Indexing Vibration Analysis Balancing and Alignment Passive Ultrasonic Listening Applications Reliability Testing Mechanical / Skin / Electrical Surveys Motor Circuit Evaluations On-Line Motor Testing Power Quality Snapshots Training Services Infrared Thermography Levels I, II, & III AC/DC Motor Theory and Testing Applications Synchronous Motor Theory and Testing Applications Basic Vibration Analysis Predictive Maintenance Program Implementation



Many companies need to rely on a thorough analysis of the conditions of various concrete slabs, beams, pillars, or walls before they can safely proceed with the cutting, coring, or grinding of such surfaces. Applied Technical Services’ nondestructive testing (NDT) division performs GPR Concrete Scanning services for clients seeking an efficient way to reduce potential work hazards and avoid costly construction project mistakes. A GPR (Ground Penetrating Radar) system consists of a radio wave transmitter, a receiver, and a computer that can gather information on the condition of the scanned concrete. GPR scans are often used to detect embedded objects in concrete such as rebar and post tension cables. ATS works with contracting and coring professionals when objects are found in concrete structures, using collected data to determine the safest corrective action. Testing Capabilities The GPR Concrete Scanning method is performed by experienced NDT personnel who use up-to-date ground penetrating technology capable of detecting hidden metallic objects in concrete up to 18” thick*. Clients may request 3-D computer scans for formal reports and archiving. *ATS also offers X-Ray Scanning (Concrete Radiography) for clients looking to inspect concrete structures for metallic and non-metallic objects. Our reliable technology can provide x-rays for clients looking to scan for, and identify, objects in concrete up to 24” thick. Applied Technical Services – A Reliable Testing Provider Since 1967, ATS has established itself as a reliable provider of testing and inspection services, developing an excellent reputation across both national and global markets. We serve clients...



Applied Technical Services provides nondestructive vessel inspection services using remote visual inspection (RVI) techniques. RVI is a visual testing method that utilizes robotic or otherwise remotely operated camera technology to assess equipment and structures. We can ensure standard and code compliance while maximizing safety and efficiency using RVI. RVI Capabilities Our RVI experts use numerous technologies, such as push cameras, drones, pipe crawlers, borescopes, and magnetic crawlers, to conduct thorough visual inspections. These tools allow inspectors to evaluate vessels for cracks, mechanical damage, pitting, corrosion, and other flaws. We collect high-resolution visuals and three-dimensional scans to document equipment conditions in detail. Our certified technicians can make repair and maintenance recommendations based on the collected data. Advantages of RVI Remote visual inspection eliminates the costs and safety risks associated with confined space entry and equipment deconstruction. RVI allows inspectors to assess hazardous and tight spaces quickly and efficiently, assisting clients with everything from failure analysis to research and development. We use RVI to inspect more than just vessels; we can also evaluate: Heat Exchangers Generators Furnaces Rotating Machinery Gearboxes Boilers Pumps Condensers Turbines HRSGs Tanks Piping Systems We can assist clients with all their industrial systems, which includes equipment for the nuclear industry such as bottom mount instrumentation, control rod drive mechanisms, and reactor pressure vessels. RVI can also assist with FOSAR (foreign object search and retrieval) operations. We can locate and remove objects or other debris from deep within industrial equipment to resolve blockages and other issues. We can conduct...



Applied Technical Services offers NDT tank inspection services to provide clients with valuable data without interrupting production time. Our experts use remote visual inspection (RVI) tools to maximize the safety and efficiency of our tank inspections. Our RVI Capabilities Remote visual inspection allows technicians to accurately gauge equipment conditions without the need for equipment deconstruction, divers, or confined space entry. We provide high-quality inspections using magnetic crawlers, push cameras, borescopes, pipe crawlers, and other robotic camera equipment. Our in-service tank inspections require minimal preparation. Remote inspections supply high-definition footage; we also have 3D scanning capabilities for a more detailed understanding of equipment conditions. We can identify flaws such as: Corrosion Broken Components Blockage Erosion Mechanical Damage Cracking Equipment Inspections ATS provided complete assessments for tanks and related components, such as tank roofs and floors, welds, shells, nozzles, valves, and pipes. We can also utilize our RVI technology to inspect other equipment, including: Rotating Machinery HRSGs Pressure Vessels Turbines Piping Systems Furnaces Boilers Heat exchangers Pumps Gearboxes Condensers Generators We conduct all inspections according to applicable codes and standards, ensuring safety for personnel and the surrounding environment. Our experts can recommend maintenance and repair actions based on inspection findings to keep equipment in optimal condition. Experts in NDT ATS’ nondestructive testing experts aid numerous industries with their wide range of testing capabilities. We employ professional engineers and experienced, certified technicians to provide the highest-quality services available. These experts offer numerous testing and inspection options, such as: Penetrant Testing Ultrasonic Thickness Testing...



Applied Technical Services offers diesel tank inspection services to help clients maintain safety for their fixed equipment. We inspect diesel tanks according to standards such as: STI SP131 – Inspection, Repair, and Modification of Underground Storage Tanks STI SP001 – Aboveground Storage Tank Inspections API 653 – Tank Inspection, Reconstruction, Repair, and Alteration API 650 – Welded Tanks for Oil Storage Our Tank Experts ATS knows that our clients need more than simple inspections to keep their equipment running optimally. Rather, we provide true condition assessments that assist clients with planning shutdowns, scheduling future inspections, and budgeting for major repairs. As 3rd party diesel tank consultants, our certified experts are qualified to provide high-quality condition assessments. Our team of experts includes Professional Engineers and inspectors holding API and STI certifications. Routine Inspection Plans Routinely inspecting your diesel tank’s condition helps to reduce the likelihood of containment loss and promote safety for people and the surrounding environment. ATS experts can identify damage, flaws, and other issues with any equipment before they develop into major hazards. Our engineers can document any necessary maintenance for your repair contractor, so they have a detailed scope of work before beginning repairs. Our practical condition assessments help clients minimize unexpected downtime with maximum efficiency and low inspection costs. Mechanical Integrity Program Management ATS can assess and develop mechanical integrity programs for diesel tanks. We address process safety management (PSM) and monitor fixed asset conditions while also noting: Program management and ownership Inspection methods Applicable inspection standards...



Applied Technical Services offers above ground storage tank integrity testing according to numerous standards, including: UL-142 — Steel Aboveground Tanks for Combustible and Flammable Liquids API 12P — Specification for Fiberglass Reinforced Plastic Tanks API 653 — Tank Inspection, Alteration, Repair, and Reconstruction STI SP001 – Aboveground Storage Tank Inspections Our Licensed Experts ATS experts offer more than simple inspections; they conduct true condition assessments for our clients’ above ground storage tanks. As third-party tank consultants, we help clients plan future shutdowns, schedule inspections, and budget for major repairs. Our licensed, trained, and certified inspectors include Professional Engineers, STI inspectors, and API inspectors. Routine Above Ground Tank Inspections Routine tank integrity testing promotes safety by reducing the chances of containment loss. Our inspectors can identify issues such as mechanical damage or corrosion before they become significant hazards. We can create repair plans that outline the full scope of needed maintenance and deliver those plans to your repair contractor before any work begins. We aim to maximize the value of our inspections by minimizing our clients’ downtime and costs. ATS Mechanical Integrity Programs ATS can assess or create mechanical integrity programs for above ground storage tanks. We use process safety management (PSM) to monitor fixed asset conditions for the benefit of our clients. Our mechanical integrity programs also typically address the following: Inspection methods Inspection frequencies Applicable inspection standards Remaining life of the shell, floor, and roof Recommended repairs Program management and ownership Jurisdictional regulations Outstanding Service Applied Technical Services has...



Applied Technical Services performs structural steel weld inspections through our nondestructive testing department. We assess structures and components for surface and subsurface flaws. Welds must withstand a certain level of load and stress conditions to meet safety and quality standards. Our technicians use several NDT technologies to search for any discontinuities, defects, or irregularities that may impact weld quality. Our NDT weld inspections help clients prevent accidents, meet regulatory requirements, improve reliability, reduce costs, and keep thorough maintenance and repair records. Our Weld Inspection Experts ATS weld inspectors are ASNT (American Society for Nondestructive Testing) and AWS (American Welding Society) certified. Our experts perform weld inspections in accordance with applicable codes and standards. Our inspections may involve one or more nondestructive testing methods, such as: Ultrasonic Testing (UT) Eddy Current (ET) Magnetic Particle (MT) Liquid Penetrant (PT) Phased Array Ultrasonic Testing (PAUT) Radiographic Testing (RT) Visual Testing (VT) ATS experts inspect everything from bridges to pressure vessels and can assist clients with weld procedure specification development and qualification testing for welders and procedures. We conduct inspections according to AWS, ASME, API, AWWA, NAVSEA, ASTM, and numerous other codes and standards. Should your weld inspection needs exceed the scope of nondestructive testing, ATS failure analysts, metallurgists, mechanical weld testers, and chemists can help find a solution. Our Expertise in NDT Applied Technical Services has performed inspection, testing, and consulting engineering services for more than five decades. Our nondestructive testing experts deliver accurate analyses of key assets by applying a high degree...



Tank Codes and Standards ATS provides tank inspection services, performing tank testing and inspections according to numerous codes and standards, including: API 653: Tank Inspection, Repair, Alteration, and Reconstruction API 575: Inspection of Atmospheric and Low-Pressure Storage Tanks API 510: Pressure Vessel Inspection Code: In-service Inspection, Rating, Repair, and Alteration STI SP001: Standard for the Inspection of Aboveground Storage Tanks STI SP131: Standard for Inspection, Modification, and Repair of Underground Storage Tanks NFPA 25: Standard for the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems Qualified Tank Inspectors We know that our clients need more than equipment inspections; they need full condition assessments for their fixed assets. These assessments give proprietors the resources to schedule future shutdowns at optimal times, plan future inspections, and budget for any necessary repairs. Our trained, licensed, and certified inspectors can assist clients with their tanks, pressure vessels, piping systems, and other related equipment. We employ certified STI and API inspectors, CWI technicians, professional engineers, and certified NDT technicians who can address all our clients’ needs. Tank Inspection Plans Establishing a routine tank inspection plan can streamline the inspection and maintenance processes while promoting a safe setting for personnel and the surrounding environment. Our inspection plans help decrease the risk of unexpected failures by detecting mechanical damage, corrosion, cracking, and other potential issues early. ATS engineers can develop repair plans that detail the precise scope of necessary work for a client’s equipment. We take every possible step to maximize the value of our inspections...



Trust a certified tank inspector like Applied Technical Services to help you maintain standard compliance. We can inspect tanks according to numerous applicable codes and standards, including: API 653 – Tank Inspection, Repair, Alteration, and Reconstruction API 510 – Pressure Vessel Inspection Code: In-service Inspection, Rating, Repair, and Alteration API 575 – Inspection of Atmospheric and Low-Pressure Storage Tanks STI SP131 – Standard for Inspection, Modification, and Repair of Underground Storage Tanks STI SP001 – Standard for the Inspection of Aboveground Storage Tanks NFPA 25 – Standard for the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems Our Certified Experts ATS employs a team of certified tank consultants from numerous industries. Our experts include certified NDT professionals, licensed professional engineers, and inspectors certified under STI, API, and AWS-CWI standards. This team has extensive experience testing and evaluating tanks, piping, and other related components. Our experts provide more than basic inspections; they offer thorough condition assessments for your entire system. We can help organize your inspection plans, allowing time to plan maintenance and budget for repairs. Tank Inspection Programs Routine tank inspections can reduce the chances of leaks of containment loss, maintaining a safe environment for personnel. As 3rd party tank consultants, we can optimize an inspection program that minimizes unexpected downtime and maximizes inspection value. Our experts use a variety of specialized equipment to identify problems before they evolve into major hazards. We can identify corrosion, mechanical damage, and cracks, among other issues, and our engineers can develop a...



Remote Visual Inspections from ATS Applied Technical Services performs RVI inspection services as part of our diverse array of nondestructive testing capabilities. Remote visual inspection (RVI) is a type of visual test that utilizes specialized camera equipment to evaluate structures and equipment. Our inspectors use several robotic camera systems to examine inaccessible spaces from a remote location. We help clients manage safety and standard compliance through our RVI inspections. Our Technology Our remote visual inspection experts use several technologies to satisfy clients’ needs, including drones, magnetic crawlers, borescopes, pipe crawlers, and push cameras. Using these tools, we can identify corrosion, cracks, pitting, and mechanical damage, providing clients with high-resolution visuals and 3D scans. Certified technicians use the data to help clients determine whether repairs or replacements are necessary. Inspection Applications RVI allows technicians to visually examine small or hazardous spaces without compromising safety or necessitating costly equipment deconstruction. This capability allows us to assist clients with everything from research and development to failure analysis for equipment such as gas turbines, observing internal components or operating conditions in real-time. With RVI, we can help optimize the service life of equipment such as: Generators Boilers Furnaces Piping Systems Rotating Machinery Heat Exchangers Gearboxes HRSGs Pumps Condensers Turbines Tanks Our NDT experts can help clients maintain safety and efficiency for their industrial systems. We can even apply our RVI capabilities to the nuclear industry, providing inspections for: Reactor Pressure Vessels Bottom Mount Instrumentation Bare Metal (BMI) Control Rod Drive Mechanisms (CRDM) Remote visual...



Applied Technical Services provides concrete X-ray scanning for various industries in the Los Angeles area. Our non-destructive testing team regularly uses radiography to scan for foreign embedded objects or defects that are not visible to the naked eye. Why Utilize Concrete Inspections? When working with concrete, knowing the location of any embedded objects such as rebar, pipes, cables, or anything else that could interfere with the drilling, coring, or cutting of concrete proves mission-critical. Hitting these foreign objects could damage equipment or pose a safety risk to the job site and work personnel. This could result in potential structural damage, causing a project to be more time-consuming and costly. Furthermore, fully understanding what features lay inside a concrete structure before work begins can prevent causing electrical, plumbing, or structural damage. Concrete X-ray inspections can help isolate problems before they become a more significant issue in the future. ATS Radiography Radiography, also known as X-ray, is the most effective method of inspecting concrete due to its reliable and accurate imaging capabilities. Our NDT technicians utilize this technology to view the interior structure of concrete to locate any potential structural issues or embedded objects. X-ray allows technicians to see any obstructions such as rebar, conduits, plumbing or wires in concrete structures up to 24” thick. To perform X-ray scanning, our technicians require full access to both sides of the structure. From there, radiation is transmitted through the concrete from one side to a detector film recording the differences in absorption on the...



ATS uses a variety of visual inspection techniques to assess equipment for numerous industries. Our certified NDT professionals assist commercial and industrial clients across the globe with gauging equipment conditions, product quality, and other applications. We offer a diverse array of advanced inspection techniques to suit the wide range of inspection opportunities we can fulfill. ATS conducts visual inspections for pipes, bolts, vessels, decking, tanks, studs, and other equipment. We can assess corrosion, welds, cracks, porosity, and other traits according to API, AWS, and AISC standards, depending on the client’s needs. Remote Visual Inspection Remote visual inspection (RVI) is a visual inspection technique that allows inspectors to evaluate structures and components remotely through specialized camera systems. Our RVI experts use robotic crawlers, borescopes, drones, magnetic crawlers, and push cameras to inspect small, hazardous, and otherwise inaccessible locations. RVI produces high-resolution visuals that clients can save for future reference. RVI also has the capacity for 3D analysis. These qualities allow inspectors to assess cracks, corrosion, and other mechanical damage with precision. We use remote visual inspection techniques to evaluate a wide range of equipment, including: Rotating Machinery Piping Systems Generators Heat Exchangers Gearboxes HRSGs Boilers Tanks Pumps Turbines Furnaces Condensers Remote visual inspection assists clients with more than failure prevention; RVI helps manufacturers with research and development as well. During test engineering, our experts can assess operating conditions for turbines and other equipment in real-time. The data we gather can help optimize the machinery’s life cycle. Applications in FOSAR Foreign object...



Applied Technical Services offers gas turbine inspection services to help clients maintain their machinery effectively and efficiently. Our remote visual inspection (RVI) capabilities allow us to inspect gas turbines without invasive techniques. Turbines are essential pieces of equipment that need adequate maintenance to function optimally. When operating at optimum efficiency, turbines have the longest possible service life and a higher level of safety. By identifying potential problems early, we can help prevent premature failures and loss of productivity. Remote Visual Turbine Inspection RVI is an efficient and cost-effective inspection for gas turbines, eliminating the need for time-intensive disassembly. Remotely operated camera systems can go deep into inaccessible, tight spaces and transmit real-time imaging to the inspector. This quick, portable inspection method helps to locate wear, cracks, and corrosion, even in areas with little to no lighting. We can use RVI technology to inspect everything from the rotor to the gas path and impeller blades. Our technology collects high-resolution visuals for 3D analysis of cracks, pits, and other flaws. RVI allows us to conduct thorough inspections while saving clients time and money. Research and Development RVI technology can also help gas turbine manufacturers with research and development. Our experts can identify a turbine’s operating conditions in real-time during test engineering. We can use the data gathered to help improve and optimize the equipment’s life cycle. ATS conducts thorough analysis for every stage from pre-production to failure analysis. Our RVI Services ATS uses borescopes, push cameras, and magnetic crawlers, among other technologies,...



Applied Technical Services provides push camera inspections as one of the many remote visual inspection (RVI) services we offer. The Benefits of Push Cameras A push camera inspection could benefit a wide range of equipment, including pipes, shafts, ducts, and other areas with limited access. ATS uses push cameras to eliminate the need for costly equipment disassembly and destructive inspection and maintenance processes. Push camera inspections also allow us to prevent exposing personnel to hazardous conditions. We can safely and thoroughly inspect all our clients’ equipment, providing benefits such as: Reduced risk of forced shutdowns Locating and measuring corrosion and erosion Improved system performance Push Cameras, FOSAR, and FME In addition to standard inspections, we use push cameras to conduct foreign object search and retrieval (FOSAR) operations. When components, dirt, tools, or other debris become lost in hard-to-reach places, they can cause damage to equipment and systems. ATS can pair our push cameras with retrieval equipment to locate and remove the items, documenting cleanliness. We can apply our FOSAR capabilities to foreign material exclusion (FME) zones, where cleanliness has utmost importance. When foreign objects breach FME boundaries, they can cause: Safety hazards Decreased efficiency Increased operating costs Equipment degradation or inoperability Fuel cladding damage Excess radiation Contamination ATS can protect critical systems and structures from damage by providing a comprehensive push camera inspection. We provide clients with detailed data from each inspection so they can keep updated inspection and maintenance records. Remote Visual Inspection Our remote visual inspection services take...



Remote visual inspection (RVI) is a type of non-destructive testing that uses specialized camera equipment to conduct visual tests on structures and equipment. Technicians use drones, borescopes, and other types of robotic camera systems to remotely access confined spaces, foreign material exclusion zones, and other inaccessible areas. Applied Technical Services’ remote visual inspection services help clients maintain standard compliance and safety with minimal disruptions to productivity. About the Method ATS utilizes RVI as an efficient, cost-effective inspection method with a wide variety of applications. We use push cameras, magnetic crawlers, borescopes, drones, and pipe crawlers to address all our clients’ inspection needs. Our technology helps assess flaws such as mechanical damage, corrosion, cracks, and pitting through high-resolution visuals and 3D scanning capabilities. Our certified technicians can collect and analyze data with high accuracy and detail, determining whether repairs are necessary. Applications for RVI RVI is a versatile testing method that can save costs on equipment deconstruction and confined space entry. Foreign object search and retrieval (FOSAR) is a common application for remote visual inspections. When objects or debris become lost in inaccessible areas, they can impact equipment integrity. We can pair our RVI technology with retrieval tools to remove the objects from deep within turbines, pipes, and other equipment. Our remote visual inspection services can also assess the health of a wide range of equipment, including: Generators Piping Systems Furnaces Boilers Condensers Pumps Tanks Turbines Rotating Machinery Gearboxes HRSGs Heat Exchangers We check all equipment thoroughly for flaws and damage...



Applied Technical Services’ remote visual inspection (RVI) capabilities allow us to assist clients with foreign material exclusion practices. What is Foreign Material Exclusion? Foreign material exclusion (FME) is a process by which personnel prevents the introduction of outside dirt or debris into restricted areas where foreign materials pose an economic, mechanical, or safety risk. Violating FME protocols could allow substances such as grinding particles, dirt, unapproved chemicals, combustible materials, paint chips, or other residues to contaminate a system. Equipment or tools could also fall into inaccessible places during maintenance. Foreign objects lost in FME areas could cause: Blockages Compromised safety Contamination Equipment inoperability Equipment degradation Excessive vibrations Excessive radiation Fuel cladding damage Increased Operating Costs Mechanical damage Reduced efficiency ATS uses advanced RVI technology to perform a comprehensive range of foreign material exclusion services. We can protect your critical systems and components by finding, retrieving, and cleaning foreign material and providing documentation of cleanliness. RVI Applications in FME At ATS, we use high-resolution visual inspection technology to investigate exclusion zones. Our capabilities allow us to evaluate equipment such as: Tanks Turbines Bottom Mount Instrumentation Condensers Piping Systems Reactor Pressure Vessels Pumps Generators Gearboxes Reactor Vessel Closure Heads Rotating Machinery Boilers Heat exchangers Furnaces HRSGs Pressure Vessels Our arsenal of inspection tools includes push cameras, magnetic crawlers, borescopes, pipe crawlers, and drones capable of evaluating FME zones while minimizing intrusion. We pair our cameras with retrieval tools, eliminating the need for confined space entry, divers, and equipment deconstruction. Our technology also...



Foreign object search and retrieval (FOSAR) is a specialized service for locating and removing lost items from within industrial systems and structures. During routine maintenance practices, objects such as tools, parts, dirt, combustible materials, or other debris can fall and become lost in hard-to-reach spaces. These lost materials could cause numerous problems in the equipment, including: Impact damage Excessive vibration or radiation Blockages Fuel cladding damage Reduced efficiency Equipment inoperability or degradation Increased operating costs Contamination Compromised safety Many options for retrieval, such as confined space entry or equipment deconstruction, are expensive, time-consuming, and potentially hazardous. Applied Technical Services uses remote visual inspection (RVI) technology to perform foreign object search and retrieval operations in a safe, efficient manner. We use RVI tools to examine: Boilers Heat Exchangers Condensers Piping Systems Furnaces Generators HRSGs Gearboxes Pumps Pressure Vessels Tanks Rotating Machinery Turbines Our Methods ATS uses a variety of robotic and remotely operated camera systems to provide FOSAR services. Our arsenal of equipment includes: Push Cameras Borescopes Drones Magnetic Crawlers Robotic Crawlers We pair high-resolution equipment with retrieval tools, allowing us to efficiently find and retrieve lost objects and debris. Our certified RVI technicians have the skills and experience required to perform inspections with precision and efficiency. Our RVI tools also have 3D analysis capabilities for analyzing flaws such as cracks, pitting, and corrosion. We can provide clients with an accurate understanding of their equipment’s condition. A comprehensive RVI inspection can help clients minimize unplanned shutdowns, increase equipment efficiency, and increase...



Applied Technical Services performs foreign object search and retrieval (FOSAR), a specialized inspection service for the retrieval of lost items within industrial equipment. During maintenance, tools or debris can become lost in inaccessible places. These items could cause impact damage, excessive vibration, equipment inoperability, or blockages. Disassembling equipment, enlisting divers, or performing confined space entry could be expensive and potentially hazardous options. ATS uses remote visual inspection (RVI) technologies to perform FOSAR, retrieving the lost items in a safe and efficient manner. FOSAR Applications We offer FOSAR services for a variety of equipment, such as: Boilers Condensers Furnaces Gearboxes Generators Heat exchangers HRSGs Piping systems Pumps Pressure Vessels Rotating machinery Tanks Turbines Our RVI Technology ATS uses specialized RVI technologies to carry out FOSAR operations. Our assortment of equipment includes various robotic and remotely operated camera systems, such as: Borescopes Magnetic Crawlers Push Cameras Robotic Crawlers Drones We pair our high-resolution cameras with retrieval tools so we can efficiently locate and retrieve any lost objects. Our experienced RVI experts can skillfully direct the remotely operated cameras through confined spaces and foreign material exclusion (FME) zones. Our experts help clients find the most cost-effective, efficient FOSAR solution for their individual needs. NDT Experts At ATS, our nondestructive testing experts help clients maximize their productivity. We perform FOSAR services safely and efficiently so that clients can increase their uptime and profitability. Our certified experts work quickly to ensure that clients can make prompt, informed decisions regarding their equipment. ATS specializes in NDT,...



Remote Visual Inspection Applied Technical Services provides robotic tank inspection services, giving clients essential information without interrupting their production. We utilize our remote visual inspection (RVI) technologies to make our inspections as safe and efficient as possible. Our RVI technologies include push cameras, magnetic crawlers, borescopes, pipe crawlers, and other robotic camera systems that allow technicians to conduct comprehensive tank inspections remotely. RVI removes the need for divers, confined space entry, or equipment deconstruction without forfeiting the quality of the examination. Robotic inspection allows the tank to remain in service and requires minimal preparation. Our cameras capture high-definition footage that allows us to identify numerous flaws, including: Cracking Erosion Broken Components Corrosion Blockage Mechanical Damage We also have the capacity to 3D analyze and measure any flaws, giving clients a more detailed understanding of their equipment’s condition. Our Capabilities ATS offers more than a simple inspection; we conduct a full condition assessment on tanks and their components, including floors, shells, nozzles, roofs, welds, valves, and more. ATS can also apply our RVI technology to more than just tanks. We can service: Rotating Machinery Pressure Vessels Piping Systems Turbines Gearboxes Boilers Generators Heat exchangers Pumps Furnaces Condensers HRSGs We can ensure safety and compliance with applicable standards for all our clients’ critical assets. Our experts can make suggestions regarding maintenance and help plan future shutdowns and repairs. Our NDT Experts Applied Technical Services’ non-destructive testing division offers a variety of services that benefit numerous industries. Our highly experienced experts, including professional...



Remote visual inspection (RVI) is a form of nondestructive testing that allows technicians to inspect structures and equipment remotely, using various types of specialized camera equipment. Our NDT experts use borescopes, drones, and other forms of robotic camera systems to access confined spaces and areas that are otherwise inaccessible. RVI is a safe, efficient, cost-effective inspection method with a versatile range of applications. Applied Technical Services’ remote visual inspection capabilities allow us to help clients maintain safety and standard compliance without disrupting production time. Our RVI Capabilities ATS is equipped to handle all our clients’ RVI needs. Our specialized equipment includes: Borescopes Push Cameras Magnetic Crawlers Drones Robotic Crawlers Our trained, certified RVI specialists have ample experience performing remote visual inspections. Their expertise allows ATS to offer inspections of the highest possible quality. Utilizing high-resolution visuals and 3D analysis technology, our technicians can report accurate equipment conditions in detail. We can assess flaws such as cracks, corrosion, pitting, and mechanical damage and determine whether maintenance is necessary. RVI Applications RVI has a high degree of versatility, with numerous potential applications. ATS uses RVI to conduct foreign object search and retrieval (FOSAR) operations. When lost tools or other foreign objects pose a threat to equipment integrity, our experts can use push cameras and retrieval equipment to locate and remove the foreign materials. Remote visual inspection also has numerous applications in the nuclear industry. We use our advanced technology to conduct various inspections, such as: Bottom Mount Instrumentation Inspections Bare Metal Inspections...



Applied Technical Services offers a comprehensive variety of industrial NDT services. We utilize decades of experience to meet each of our client’s unique needs. Our highly trained technicians are certified to NAS410, SNT-TC-1A, and CP189, offering high-quality services to clients around the globe. We test a variety of structures and materials to help clients maintain safety, efficiency, and profitability. Industrial Applications Disassembling your critical equipment for maintenance processes can be costly and time-consuming. Our NDT services can help diagnose issues within essential machinery quickly and efficiently. We can use our expertise to augment clients’ infrastructure or redesign existing NDT programs to maximize efficiency and profitability. Common NDT applications include: Piping Inspections Bridge Inspections Structural Steel Inspections Pressure Vessel Inspections Boiler Inspections Tank Inspections Ship Hull Inspections Turbine Inspections Service Water Piping Inspections New Constructions NDT Support Outage / Shutdown NDT Support Off-Shore Structures Weld Inspections NDT Methods ATS experts can help determine the most appropriate testing method for any particular application. Outfitted with the latest equipment, we deliver the most detailed, accurate results possible for every respective method. Our specialists perform a variety of NDT services, including: Visual Testing – VT Remote Visual Inspection – RVI Digital Radiography – DR Industrial Radiography – RT Computed Radiography – CR Computed Tomography – CT Liquid Penetrant – PT Ultrasonic Testing – UT Ultrasonic Thickness Testing – UTT Phased Array – PAUT Magnetic Particle – MT Eddy Current – ET We are continuously expanding our list of industrial NDT capabilities. ATS utilizes the...



Foreign material exclusion (FME) is a process or practice for personnel to avoid introducing outside tools or debris into an area where the foreign material poses a mechanical hazard, safety hazard, or economic risk. Applied Technical Services performs comprehensive FME services, using advanced RVI technology to protect critical systems, components, and structures from uncontrolled foreign materials. Foreign material can be located, retrieved, and cleanliness documented for peace of mind. Why is FME Important? Poor FME practices could introduce substances such as dirt, paint chips, grinding particles, combustible materials, unapproved chemicals, or other residues into a system, which could harm its operation, chemistry, or components if not removed. Equipment and tools could also become lost in the FME work area during maintenance or inspections. The presence of foreign materials in an exclusion zone can potentially cause: Equipment inoperability Equipment degradation Fuel cladding damage Compromised safety Excessive radiation Reduced efficiency Contamination Increased Operating Costs NDT in Exclusion Zones ATS utilizes remote visual inspection (RVI) technology to inspect exclusion zones, minimizing risks for essential equipment such as: Turbines Piping systems Pumps Gearboxes Rotating machinery Boilers Furnaces HRSGs Generators Heat exchangers Condensers Tanks Pressure Vessels Nondestructive Equipment and RVI Our array of equipment includes borescopes, push cameras, and robotic crawlers that can access FME zones with minimal intrusion. These tools can access confined spaces and restrictive areas while reducing or eliminating the need for equipment disassembly. Our trained, experienced NDT technicians can use RVI technology to collect high-resolution visuals and 3D imaging data. RVI...



Applied Technical Services conducts Piper wing spar inspections to ensure our clients’ Piper Aircraft maintain safety and industry standard compliance. The Importance of Wing Spar Inspections Wing spars are the aircraft components that connect the wings to the fuselage. As wings move during flight, a significant amount of force is applied to the fasteners, leading to the weakening and potential fracturing of a wing spar and wing spar components. Airworthiness directives created by the Federal Aviation Administration (FAA) and Department of Transportation (DOT), such as AD 2020-26-16, have updated the requirements for inspections on Piper wing spar systems. Piper Aircraft must meet the standards set by these directives to maintain compliance and safety. Airworthiness Directive 2020-26-16 As of February 16, 2021, the FAA and DOT require that several Piper Aircraft models adhere to new wing spar inspection standards. To see if your model is included in this directive or for other details, please see AD 2020-26-16. For a complete list of included Piper Aircraft models/serial numbers and all other details of AD 2020-26-16, please see the airworthiness directive here. NDT Aviation at Applied Technical Services We employ the industry’s premier nondestructive aviation testing experts to guarantee testing accuracy and reliability. Our technicians maintain NAS-410 certification and have experience performing nondestructive testing in various fields and disciplines. ATS inspectors utilize high-frequency eddy current (HFEC) testing to identify even the smallest discontinuities in Piper wing spar inspections. The use of eddy current testing allows flaw detection on the surface and subsurface of...



Applied Technical Services performs Piper eddy current inspections to detect discontinuities, identify material configuration, and analyze coating thickness and conductivity. ATS specializes in eddy current inspections for Piper Aircraft to ensure safety and compliance with airworthiness directives such as AD 2020-26-16. Eddy Current Inspections in Aviation The accuracy and flexibility of eddy current testing make it a highly effective technique for detecting flaws and defects in aircraft. Piper eddy current inspections combine electric current and magnetism to form a magnetic field on a test subject’s conductive surface. Eddy current inspections allow our highly trained NDT technicians to scan large areas of the aircraft, as well as uniquely shaped surfaces and tight spaces that are otherwise difficult to access. Eddy current testing is unaffected by non-conductive layers, such as sealants and paint, and requires minimal part preparation. Frequently Tested Materials Aluminum Titanium Stainless Steel Conductive Materials Common Eddy Current Testing Applications in Aviation Rotating Bolt Hole Inspections Surface and Subsurface Inspections Conductivity Measurements Magneto-optic Imaging (MOI) Applied Technical Services Applied Technical Services is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA, and has been a leader in the NDT Aviation industry since 1975. With our highly trained nondestructive testing experts and state-of-the-art testing facilities, we strive to reduce client costs while maximizing the value of our Piper eddy current inspection services. With over five decades of experience, ATS is proud to be the preferred NDT services provider for numerous aerospace, military, automotive, and nuclear companies. Contact Us Contact us...



Tank Standards Applied Technical Services is a leader among tank testing companies. We evaluate tanks according to numerous standards, including: API 575 API 579 API 653 API 650 API 620 API 12P ASTM D4097 ASTM D3299 STI SP001 STI SP131 AWWA D100 AWWA D103 NFPA 22 NFPA 25 UL 58 UL 142 FTPI RP 2007-1 Trained, Licensed, and Certified Personnel ATS’ team of highly trained experts allows us to stand out amongst other tank testing companies. Our group of 3rd party tank consultants consists of licensed professional engineers, API inspectors, STI inspectors, NDT technicians, and CWI inspectors. These experts conduct comprehensive condition assessments for clients’ equipment. We offer an array of testing techniques to help clients budget for repairs and reduce unexpected downtime by scheduling future shutdowns and inspections. Routine Tank Testing Regular tank testing sustains a safe setting for employees and the surrounding environment. ATS checks tanks for issues such as deterioration, buckling, cracks, corrosion, delamination, flaking, thinning, and pitting. We use specialized technology to identify flaws early, lowering the chances of containment loss. Our engineers use the precise data to provide accurate condition assessments of the equipment and develop repair plans needed before any repair work begins. These services help clients to minimize downtime, streamline maintenance processes, and maximize profitability. Mechanical Integrity Program Maintenance ATS can use implement our tank testing services in a mechanical integrity program, consistently monitoring our clients’ equipment for changes in asset health. We assess tank construction, operation, and maintenance using Recognized and Generally...



Applied Technical Services provides phased array inspections, also known as phased array ultrasonic testing, to detect defects in otherwise inaccessible components and structures. Phased array deploys a focused, high-resolution beam into a structure, such as a pipe or vessel, to identify potential discontinuities. Advanced Services Phased array inspection is a highly advanced nondestructive testing method that allows technicians to determine thickness, identify weld defects, or inspect materials for potentially detrimental discontinuities. Our phased array testing specialists are experienced leaders in their field and have undergone comprehensive ultrasonic NDT training. ATS provides quality phased array inspection services for the aviation industry in the United States and abroad. Phased Array in Aviation Phased array ultrasonic testing is a commonly utilized method of aircraft inspection. Phased array inspections are used to examine ceramics, plastics, and metals, including but not limited to: Steel Stainless Steel Aluminum Titanium Iron Copper Applied Technical Services Applied Technical Services employs the industry’s most experienced nondestructive testing experts. The NDT Aviation services provided by our team at ATS effectively increase safety, reduce costs, and help prevent downtime for our clients around the world. With over fifty years of experience, ATS strives to ensure the highest level of client satisfaction with excellent customer service, innovative technologies, and reliable information. Our customer service team connects clients to relevant experts who can help provide solutions to their problems. These knowledgeable experts report findings as quickly as possible, giving clients the information necessary for making informed decisions. Contact Us Contact us today to...



Pipe Borescope Inspections Applied Technical Services performs Pipe Borescope Inspections on several types of pipelines, including: Process Piping High Energy Piping Boiler Tubes High Purity Piping Distribution Piping Our ATS Experts Industries such as power generation and pharmaceuticals that depend on piping systems must undergo periodic inspections to get an accurate understanding of their equipment’s health. ATS uses industry-leading borescope equipment, such as the XLG3 VideoProbe inspection camera, to handle our clients’ inspection requests. We employ certified API-570 inspectors and licensed professional engineers to administer true condition assessments that allow our clients to plan future shutdowns and designate resources for necessary maintenance. Our professional team has the experience to help clients plan inspection schedules. Routine Pipe Inspections Pipe borescope inspections can identify common pipeline issues with welds, erosion, fatigue, corrosion, blockages, and cracking. Left unaddressed, these issues could lead to costly failures or leaks. Our routine inspections help keep pipelines and related components working safely and properly, minimizing expensive repairs. We aim to extend the life of our clients’ pipelines, thereby increasing their reliability, efficiency, and profitability. Our pipe borescope inspections offer several benefits, such as: Confined space navigation Data management Decreased downtime Enhanced images Flexibility Light output articulation Portability Real-time connectivity Mechanical Integrity Evaluations Our pipe borescope inspections are part of our intensive mechanical integrity programs. Our inspection experts can help to refine inspection programs to suit each client’s specific needs. Our examinations follow applicable codes and standards so clients can be certain their equipment meets any requirements. Our...



Fitness for Service Applied Technical Services performs fitness for service (FFS) inspections for numerous industries, such as power plants and manufacturing. We use FFS inspections to monitor, evaluate, and assess applicable industrial equipment, including tanks, piping, and pressure vessels. These inspections determine the integrity and safety of industrial equipment, helping proprietors make run-repair-replace decisions. We look for cracks, dents, corrosion, fractures, fatigue, and other issues that may affect the aging of the equipment. We can conduct FFS assessments in compliance with numerous standards, including: API 579-1/ASME FFS-1 API 510 API 570 API 653 ASME B31. 1 ASME B31. 3 ASME B31. 4 ASME B31. 8 Our highly trained and qualified experts can accurately assess a material’s structural limits, identifying any potential issues before they become hazards. NDT Technologies ATS is a multidisciplinary firm with FFS inspection capabilities in multiple departments, such as metallurgy, nondestructive testing, mechanical testing, and chemical analysis. We utilize several forms of nondestructive testing (NDT) technology to preserve the integrity of our clients’ equipment. Our NDT capabilities include: Eddy Current Magnetic Particle Radiography Digital Conventional Computerized Liquid Penetrant Visual Ultrasonic Phased Array Shearwave Thickness The wide range of technologies we use allows us to take a comprehensive look at our clients’ assets, inside and out. Our NDT experts can determine which form of testing would be most effective for each client’s unique needs. ATS Experts ATS employs an experienced team of experts to conduct FFS inspections. These professionals have extensive knowledge in their respective industries and can...



Applied Technical Services performs jet fuel line testing to verify the reliability, safety, and compliance of client aircraft. Overview Aircraft fuel systems require comprehensive testing protocols that simulate the internal and external factors that a system faces during standard operation. Through the use of nondestructive testing, our highly trained specialists can pinpoint any potential flaws that a fuel system could face in real-world conditions. Our Testing Methods Aircraft fuel system testing begins with a thorough inspection that checks for flaws or inconsistencies that deviate from the fuel system’s original design. After the initial assessment, technicians use several mechanical components such as drives, pumps, and gearboxes to replicate standard operating conditions, letting them monitor fuel flow and pressure. By recreating the exact conditions of takeoff, initial ascent, cruising, descent, and landing, our experts can analyze fuel system performance in all normal flight scenarios; doing so allows them to provide clients with precise, reliable data about the state of their fuel system and any necessary changes. Applied Technical Services Applied Technical Services is ISO 9001:2015 registered and ISO/IEC 17025:2017 accredited by the A2LA and has been a leader in the NDT Aviation industry since 1975. With our state-of-the-art testing facilities and highly trained nondestructive testing experts, we constantly strive to maximize the value of our fuel line inspection services while reducing client costs. ATS is proud to be the preferred NDT services provider for numerous military, aerospace, automotive, and nuclear companies. Contact us today to schedule your aircraft’s next jet fuel line...



Applied Technical Services conducts aviation liquid penetrant testing (PT), also known as dye penetrant testing, LPI, and/or FPI to examine aircraft components and identify any potential cracks or discontinuities. What is Liquid Penetrant Testing? Aviation liquid penetrant testing is a nondestructive testing method commonly used to identify defects in nonporous aircraft materials such as aluminum and titanium. Liquid penetrant testing starts with our technicians applying a special liquid to the inspection surface, which a process called capillary action then draws into any surface breaking discontinuities. The component under test next undergoes a visual inspection to identify any leaks or surface imperfections. Liquid penetrants typically contain dyes to make any flaws more visible. Applications Weld Inspections Turbine Engines Inlet and Outlet Blowers Pressure Bodies Fan Blades In-Service Parts Forged Parts Engine and Valve Components Heat-Treated Parts Commonly Treated Materials Steel Stainless Steel Aluminum Titanium Nickel Ceramics Glass Rubber and Plastics Routine Findings Impact and Overload Fractures Fatigue, Quench, and Grinding Cracks Seams and Porosity Forging Laps Applied Technical Services ATS has served as a leader in the NDT Aviation industry since 1975. We continually work to reduce client costs while increasing the value of our nondestructive aviation testing services. Our highly trained specialists consistently apply their extensive experience to every job, delivering the highest levels of service quality and reliability to our clientele. Applied Technical Services is ISO 9001:2015 registered, ISO/IEC 17025:2017 accredited by the A2LA, and proud to be the preferred NDT services provider for numerous automotive, aerospace, military, and...



Applied Technical Services performs hydraulic cylinder inspections for our clients to ensure proper functionality, personnel safety, and industry compliance. Hydraulic Systems in Aviation Aviation hydraulic systems adjust the positioning of aircraft components such as flight control surfaces, cargo doors, landing gear, mechanism stabilizers, and wheel brakes. These systems require professional maintenance that adheres to strict industry standards. Hydraulic Inspections and Maintenance Services Applied Technical Services conducts comprehensive hydraulic cylinder inspections by utilizing nondestructive testing methods to analyze the following components: Cylinder Rods Pistons and Caps Sealed Sectors Fluid Lines Cylinder Barrels ATS recommends establishing a regular inspection and maintenance schedule to avoid a potentially catastrophic hydraulic system failure. Inspection Methods ATS’ nondestructive testing experts start hydraulic cylinder inspections by performing a visual examination of rods, pistons, and caps to identify signs of cylinder degradation. They follow this visual inspection with several nondestructive testing methods, including but not limited to: Function Testing Proof Pressure Testing Internal Bypass Testing End-of-stroke Bypass Testing Applied Technical Services Applied Technical Services has spent the past five decades consistently delivering the highest levels of service quality and reliability. ATS is ISO 9001:2015 registered and A2LA ISO/IEC 17025:2017 accredited. We employ the industry’s best NDT experts to ensure dependable, efficient results on every project, minimizing client costs while maximizing the value of our nondestructive aviation testing services. ATS is the preferred NDT services provider for several companies in the automotive, aerospace, military, and nuclear industries. Trust the proven experts at ATS and contact us today to schedule...



Applied Technical Services conducts AD 2020-26-16 testing to verify compliance with Airworthiness Directives set by the Federal Aviation Administration and Department of Transportation. All relevant aircraft must meet AD 2020-26-16 requirements as of February 16, 2021. Airworthiness Directive 2020-26-16 AD 2020-26-16 is an FAA and DOT directive specifying wing spar maintenance standards for several Piper Aircraft models. AD 2020-26-16 compliance requires a series of calculations and inspections, along with potential main wing spar replacements. The following Piper Aircraft models require AD 2020-26-16 testing according to the FAA: PA-28RT-201T – All PA-28RT-201 – All PA-28R-201T – All PA-28R-201 – Some Serial Numbers Excluded PA-28R-200 – Some Serial Numbers Excluded PA-28R-180 – All PA-28-235 – All PA-28-181 – All PA-28-161 – Some Serial Numbers Excluded PA-28-151 – All PA-32RT-300T – All PA-32RT-300 – All PA-32R-300 – All PA-32-300 – All PA-32-260 – All For a complete list of included Piper Aircraft models/serial numbers and all other details of AD 2020-26-16, please see the airworthiness directive here. Applied Technical Services Applied Technical Services works hard to minimize client costs while maximizing the value of our nondestructive aviation testing services. With over fifty years of experience, ATS brings the expertise and resources necessary to consistently deliver the highest levels of service quality to our clientele. We employ the industry’s premier NDT aviation experts, each of whom possesses the certification and knowledge to provide reliable results. We are proud to be the preferred NDT services provider for numerous automotive, aerospace, military, and nuclear companies. Contact...



Applied Technical Services performs fitness for service (FFS) evaluations for numerous industries including power generation, pulp & paper, chemical, manufacturing, and others. We utilize FFS to evaluate and assess fixed assets such as tanks, piping, and pressure vessels. FFS evaluations can help determine the integrity and safety of industrial equipment, helping asset Owners make run/repair/replace decisions affecting aging equipment. ATS conducts FFS evaluations in accordance with API 579-1/ASME FFS-1. Our highly trained and qualified experts can accurately assess a material’s structural limits, identifying any potential issues before they become hazards. NDT Technologies ATS is a multidisciplinary firm with FFS capabilities in multiple departments, such as engineering, metallurgy, nondestructive testing, mechanical testing, and chemical analysis. We utilize several forms of nondestructive testing (NDT) technology to preserve the integrity of our clients’ equipment. Our NDT capabilities include: Eddy Current Magnetic Particle Radiography Digital Conventional Computerized Liquid Penetrant Visual Ultrasonic Phased Array Shearwave Thickness The wide range of technologies we use allows us to take a comprehensive look at our clients’ assets, inside and out. Our experts can determine which form of testing would be most effective for each client’s unique needs. ATS Experts ATS employs an experienced team of Engineers and Subject Matter Experts to conduct FFS evaluations. These professionals have extensive knowledge in their respective industries and can recommend cost-effective solutions for any potential issues. Our experts include: Professional Engineers (in most US states) API inspectors STI inspectors Metallurgists Scientists Chemists Certified Technicians FFS can help clients reduce unplanned downtime, schedule...



Ultrasonic Inspections ATS offers ultrasonic tube inspection services to industrial and commercial clients. Many industries, such as oil and gas, pharmaceuticals, and power generation, rely on tubing for essential processes. Periodic inspections help to maintain the reliability, efficiency, and safety of the tubes. ATS conducts ultrasonic tests according to individual clients’ needs while following applicable industry standards. Ultrasonic testing (UT) uses high-frequency sound waves to determine material characteristics in tubing. The UT transducer emits ultrasonic waves into the test material that echo back to the sensor from the rear wall or any intervening flaws. This allows technicians to determine wall thickness and find the location and depth of subsurface flaws. ATS offers several different ultrasonic solutions for tubing inspection depending on the clients needs, the applicable damage mechanisms’, and the accessibility to the tubing. The following Ultrasonic Techniques can be catered to your specific needs: Manual Ultrasonic Thickness Measurements Automated Ultrasonic Solutions Phased Array Ultrasonics IRIS (Internal Rotating Inspections System) Near Drum (Boiler Generating Bank Tubes) Ultrasonic inspections are a cost-effective form of nondestructive testing (NDT) with reliable, repeatable results. UT is portable and only requires access to one side of the tube in most cases. Ultrasonic technology allows technicians to inspect large and irregularly shaped equipment. Our NDT experts can deliver rapid results using UT, giving proprietors the information they need to make quick, informed decisions. Our sophisticated equipment measures thickness and/or locates flaws and estimates their size and shape with high accuracy. Our NDT Services ATS has decades...



Applied Technical Services provides FAC corrosion testing to catch this phenomenon early and ensure client equipment receives the necessary maintenance and repairs to keep it running for longer. What is Flow-Accelerated Corrosion? Flow-accelerated corrosion (FAC) is the accelerated corrosion due to the depletion of the protective oxide layer on the surface of components such as piping or vessels exposed to flowing liquid or steam. As the protective layer dissolves, the metal corrodes, resulting in metal loss that reduces the component’s structural integrity. If unaddressed, this corrosion can lead to the component thinning, perforating, or even instantaneous rupturing. FAC corrosion poses a significant risk to the safety of both equipment and personnel, requiring proper maintenance to ensure uninterrupted service and production. Nondestructive Flow-Accelerated Corrosion Testing FAC corrosion testing is essential to ensure proper equipment maintenance, safety, and reliability. Applied Technical Services utilizes two nondestructive testing (NDT) methods to detect FAC corrosion: Visual Inspection Ultrasonic Examination. Visual Inspection Visual FAC testing relies on our trained, certified technicians. Due to their high level of experience and expertise, our technicians can locate and monitor areas at greater risk of flow-accelerated corrosion and provide clients with recommendations to address any potential issues. Ultrasonic Thickness Testing Ultrasonic FAC testing is a noninvasive testing method that measures the wall thickness of equipment by emitting ultrasonic waves into tubes, pipes, and pressure vessels. The ultrasonic waves ricochet off the internal walls of these structures, providing measurements that allow our certified NDT technicians to determine material thickness and detect...



Applied Technical Services performs pipe integrity inspections in compliance with several applicable standards and codes, including: API 570 ASME B31. 1 ASME B31. 9 API 574 ASME B31. 3 ASME B31. 8 ASME B31. 4 Our Qualified Personnel Industries that rely on piping systems need periodic pipeline inspections to get an accurate picture of their equipment’s health. At ATS, we have the equipment and expertise to handle all our clients’ pipeline inspection requests. Our licensed professional engineers and certified API inspectors conduct condition assessments that give clients the information they need to plan shutdowns and allocate resources for necessary maintenance. Our experienced personnel can help clients plan their inspection schedules to maximize the benefits while remaining convenient for proprietors. Routine Pipe Inspections Metal loss from corrosion, cracking, and poor joints are among the most common piping issues. These problems can lead to costly leaks or environmental disasters if left unaddressed. ATS offers routine pipe inspections to keep pipelines and related components running properly. We examine several types of piping, including process, distribution, and power piping. Our experts check these pipes for cracking, manufacturing flaws, weld quality, and internal and external corrosion. ATS can identify these issues early before they cause major failures, thus minimizing safety risks, saving on expensive repairs, and extending the pipeline’s life. Evaluating Mechanical Integrity Applied Technical Services performs pipe inspections as one component of our mechanical integrity programs. Our engineering team develops mechanical integrity programs to suit each client’s specific needs. We can evaluate equipment such...



Applied Technical Services performs flow-accelerated corrosion testing to help clients identify FAC early before failure occurs. Flow-accelerated corrosion (FAC) develops when flowing liquid or steam erodes the protective surface layer from vessels, piping, or other components, which rapidly increases corrosion rates. FAC is especially prevalent in components where the flowing substance experiences harsh changes in velocity, leading to wall thinning and perforation. ATS inspects components that have a high risk of experiencing FAC, including: Inlet header tubes Injection quills Tees Sampling lines Pipe and tube bends Thermowells Pump impellers Feedwater lines High-pressure reducers Condensers Seam piping Deaerators Boilers Vessels Heater drains Undetected FAC can cause leaks, instantaneous ruptures, or catastrophic failures. We identify the early indicators and discern high-risk areas to help prevent failures. FAC impacts several industries, including nuclear, petrochemical, and manufacturing. ATS works with these industries to maintain safety and equipment health. Nondestructive FAC Testing Methods ATS utilizes several nondestructive testing (NDT) methods to identify flow-accelerated corrosion. Our trained, certified technicians can recommend the best options for individual clients. Visual inspection is a simple, straightforward inspection method. Visual FAC inspection requires careful attention otherwise the mechanical integrity is at risk. Our technicians at ATS are highly qualified and experienced; they can locate and monitor FAC and make specific recommendations on necessary actions and repairs. Ultrasonic thickness testing measures wall thickness for a variety of equipment, such as tubes, pipes, and pressure vessels. Thickness testing works by emitting a pulse of ultrasonic waves, which bounce off the back wall...



ATS performs FAC inspection services for numerous industries. Flow-accelerated corrosion (FAC), also known as flow-assisted corrosion, occurs when fast-flowing fluid or steam dissolves the protective oxide layer on exposed metal, causing an increased corrosion rate. Factors such as flow velocity and turbulence, material composition and geometry, temperature, pH, and dissolved oxygen concentration can affect FAC progression. ATS' inspection services identify flow-accelerated corrosion before perforation or failure occurs. We inspect a variety of equipment that is at risk of FAC, including: Steam generators Steam piping Condensers Deaerators Thermowells Tube bends Boilers Vessels Sampling nozzles Heater drains Injection quills Pipe bends Nondestructive Corrosion Testing Methods Applied Technical Services uses nondestructive testing (NDT) techniques to evaluate client equipment for FAC without causing any unnecessary damage or downtime. Regular inspections help to determine corrosion rates and allow for better maintenance planning. We can gather precision data while minimizing inspection costs using specialized technologies. Technicians perform visual inspections to check for FAC in large components such as deaerators or other vessels that may be vulnerable. Visual inspection can effectively identify flow-accelerated corrosion and helps to form a plan for any necessary actions. Our qualified experts have extensive experience in assessing FAC and discerning the most economical solution for each client. Ultrasonic thickness testing is another common FAC detection method. Technicians gather data at regular intervals along the equipment using a grid system. Our experts can use the data to trend corrosion rates and determine where the wall thickness falls below minimum requirements. Phased array corrosion...



ATS provides FAC testing to help clients prevent major failures. Flow-accelerated corrosion (FAC) occurs when fast-flowing fluid or steam dissolves the protective layer on the interior walls of pipes and vessels. This phenomenon leads to an increase in corrosion, causing wall thinning, leaks, and instantaneous ruptures. FAC often occurs in areas with high flow rates, such as tube inlet ends, pump impellers, and pipe blockages. Temperature, pH, flow pattern, and metallurgical characteristics also impact the level of corrosion. Flow-accelerated corrosion affects many industries, including steam and nuclear power plants. Corrosion Testing Methods ATS utilizes several forms of nondestructive testing (NDT) to evaluate pipes, pressure vessels, and other components for erosion and corrosion. Our non-invasive techniques do not impact the structural integrity of your components, thus reducing costs while providing vital information regarding equipment health and necessary maintenance. Visual Inspections Technicians use visual inspections to evaluate FAC in large equipment such as deaerators and other vessels susceptible to this type of damage. Visual inspection is an effective method for identifying flow-accelerated corrosion and establishing a plan for necessary actions moving forward. Our certified experts have ample experience assessing FAC and determining the most economical solution on a case-by-case basis. Ultrasonic Thickness Testing Ultrasonic testing can determine material thickness in piping, vessels, and other equipment. The gauge emits ultrasonic waves and measures the time they take to echo back to calculate thickness. Areas with wall thinning may indicate the presence of FAC. Ultrasonic testing only requires access to one side of the...



Applied Technical Services performs NDT eddy current fastener, bore, and bolt hole inspection services to verify the condition of client aircraft engines. Keeping a plane airworthy requires a great deal of attention and preparation. Regulatory agencies across the world, such as the Federal Aviation Administration (FAA), and original equipment manufacturers (OEMs), such as Piper, each require licensed aircraft to undergo regular inspections to verify its continued airworthiness. Implementing and upholding a regular inspection schedule allows qualified technicians to find problems early enough to avoid component failure. The most thorough and cost-effective way to conduct these inspections involves a branch of analysis called nondestructive testing (NDT). While several methods serve in this capacity, including visual inspection and ultrasonic testing, one of the most trusted methods remains electromagnetic eddy current testing (ET). How Eddy Current Inspection Helps Clients Stay Airworthy This method uses electric induction caused by running alternating current through a coil to create a magnetic field around it. Applying this oscillating field to an electrically conductive solid (i. e. , metals) causes a second current to swirl in the material, which then creates its own magnetic field. Because changes in the material — such as thin sections or discontinuities near the surface — change the impedance in the coil, our technicians can monitor where these changes occur and use the information to determine the location of these defects. Eddy current testing works on a variety of metals, ranging from steel to titanium and from copper alloys to aluminum. This versatility...



About Applied Technical Services Applied Technical Services is a provider of high-quality testing, consulting, and inspection services. Since 1967, ATS has established an excellent reputation for the various services we offer to several industries. We are known for uncovering facts in chemical analysis, metallurgy, materials testing, nondestructive testing, destructive testing, calibrations, and forensics. ATS offers pipeline integrity testing, using both non-destructive and destructive test methods. To prevent sudden and costly pipeline failures, operators must have a defined integrity management plan. Staying up to date with the integrity and structure of your pipelines is critical to planning and prioritizing preventative maintenance measures. The Pipeline and Hazardous Materials Safety Administration (PHMSA) has a set rule that mandates these preventative maintenance measures and their documentation to standardize pipeline inspections and assessments. We are equipped and able to perform pipeline integrity testing in alignment with the PHMSA ruling. We have many experts with various backgrounds, including chemistry, mechanical, and metallurgical testing, that can take a multi-disciplinary approach to conduct the testing that our clients require. Common integrity test methods used on pipelines include tensile testing, Charpy impact testing, and chemical analysis. Industries ATS Serves Aerospace Automotive Chemical Commercial Properties Construction Consumer Products Defense Healthcare Legal Manufacturing Nuclear Oil/Gas Power Generation Pulp and Paper NDT Capabilities with Pipeline Integrity Testing Along with destructive testing, Applied Technical Services has the capability to perform nondestructive testing on pipelines and other assets. Operators must keep documentation of their materials and components; when getting preventative maintenance performed, qualified inspectors...



Applied Technical Services performs piping inspections and evaluations according to the following applicable codes and standards: ASME B31. 9 ASME B31. 8 ASME B31. 4 ASME B31. 3 ASME B31. 1 API 574 API 570 Trained, Certified, and Licensed Personnel Clients need service beyond a simple inspection for their piping systems; ATS knows that the information from a true condition assessment can outfit fixed-asset owners with the knowledge they need to plan their inspection schedule, allocate for any required repairs, and determine the best way to conduct planned shutdowns. ATS provides piping inspections and condition assessments through the efforts of our trained, licensed, and certified personnel. ATS maintains this team of qualified individuals — each a certified API inspector and licensed Professional Engineer — in-house to keep costs down for our clients. Routine Inspections Upholding an inspection schedule keeps clients up to date on the condition of their asset, allowing owners to mitigate the costs associated with component failure — potentially including damage to the environment or endangering personnel in the case of containment loss — by intervening before potential issues and damage mechanisms snowball into major hazards. Our engineering team can calculate service life-expectancy and create repair plans to outfit your repair contractor with a comprehensive scope of work before any repairs commence. ATS understands our clients’ business needs, and so commits to minimizing downtime and maximizing the inspection’s value by providing thorough practical condition assessments. Mechanical Integrity Programs Process safety management (PSM) and condition monitoring rely on well...



Applied Technical Services is among the top Pressure Vessel Inspection Companies that evaluate and inspect pressure vessels according to the following applicable standards and codes: API 510 API 572 API 620 ASME Sec VIII Trained, Certified, and Licensed Personnel ATS understands that clients need more than a simple inspection for their equipment. By performing a true condition assessment, we can give them the information they need to select a consistent inspection schedule, budget for recommended repairs, and organize future planned shutdowns. As experienced 3rd party pressure vessel consultants, ATS’ trained, certified, and licensed personnel provide both inspections and condition assessments. We maintain our pressure vessel inspection teams in-house, drawing on the expertise of specialists holding both a Professional Engineering license and API inspector certification. Routine Inspections Upholding a routine inspection schedule for your pressure vessel can make the difference between a catastrophic failure and a normal working day. ATS condition assessments reduce the possibility of containment loss, which reduces danger to both personnel and the environment. Our pressure vessel inspection team identifies damage modes and other potential issues before they have the chance to turn disastrous. The mechanical integrity team specializes in calculating a fixed asset’s service life expectancy and developing repair plans to prepare any repair contractor with a complete and detailed scope of work before they begin any repair work. We work with clients to maximize the value of their inspection by minimizing downtime and providing the most practical condition assessments possible. Mechanical Integrity Programs Instituting a strong...



Applied Technical Services offers solutions for steam pipe inspections (a. k. a. high energy or power piping inspections). Our engineering and NDT experts can help you ensure safe and reliable operation of your high energy piping systems in accordance with: API 570 – In-Service Inspection, Rating, Repair, and Alteration of Piping Systems API 574 – Inspection Practices for Piping System Components ASME B31. 1 – Power Piping High Energy Piping Steam piping systems are high energy piping systems that are usually found in power and industrial facilities, carrying superheated steam at high pressures. High-pressure piping is susceptible to fatigue, high-temperature creep, flow accelerated corrosion, and thermal shock, among other problems. Coupled with the intense forces that these systems operate under, minor issues could potentially lead to catastrophic failure. In 2007, the American Society of Engineers (ASME) revised B31. 1 Power Piping Design and inspection code for high-pressure piping systems to improve personnel safety. This revision provides guidelines to the development and implementation of a Program to help manage steam pipes in a safe, reliable manner. Our periodic inspections can determine if there are defects that may need repair and/or monitoring. Early flaw detection is key to effective management of high-pressure piping systems – increasing reliability, safety, profitability, and efficiency. Our Licensed and Certified Personnel ATS understands that our clients want more than a simple inspection of their equipment; rather, they need a full Condition Assessment that allows the proprietor to schedule future shutdowns and inspections, and budget major repairs. As...



Tank Codes and Standards Applied Technical Services (ATS) performs tank integrity inspection services in accordance with the applicable codes and standards listed below: API 653 – Tank Inspection, Alteration, Repair, and Reconstruction API 650 – Welded Tanks for Oil Storage API 620 – Design and Construction of Large Welded Low-Pressure Storage Tanks API 575 – Atmospheric and Low-Pressure Storage Tank Inspections STI SP131 – Inspection, Repair and Modification of Underground Storage Tanks STI SP001 – Aboveground Storage Tank Inspections UL 58 – Steel Underground Tanks for Flammable and Combustible Liquids UL 142 – Steel Aboveground Tanks for Flammable and Combustible Liquids AWWA D100 – Welded Carbon Steel Water Storage Tanks AWWA D103 – Bolted Steel Water Storage Tanks NFPA 22 – Private Fire Protection Water Tanks NFPA 25 – Testing, Inspection, and Maintenance of Water-Based Fire Protection Systems Trained and Licensed Personnel ATS recognizes that our clients are looking for more than an inspection of their equipment; they need a true Condition Assessment that will allow the proprietor to budget major repairs, and plan future shutdowns and inspections. As 3rd party tank consultants, ATS employs trained, certified personnel and licensed Professional Engineers to perform inspections and condition assessments. Our in-house trained experts are certified API and STI inspectors. Routine Tank Inspections Maintaining routine storage tank integrity inspections decreases the chances for containment loss while sustaining a safe setting for personnel and the surrounding environment. ATS can identify corrosion, mechanical damage, and other potential issues before they turn into major hazards....



Applied Technical Services (ATS) conducts ROV water tank inspections using submersible robots to allow the tank to remain in-service. Our submersible robots (a. k. a. submersible remote operated vehicles – ROV) can be lowered into the water tank from the roof manway and do not require confined space entry of inspection personnel. Water tank inspections utilizing submersible ROV’s are performed in accordance with the applicable codes and standards listed below. API 653 – Tank Inspection, Repair, Alteration, and Reconstruction API 575 – Inspection of Atmospheric and Low-Pressure Storage Tanks AWWA D100 – Welded Carbon Steel Tanks for Water Storage AWWA D103 – Bolted Steel Tanks for Water Storage NFPA 22 – Water Tanks for Private Fire Protection NFPA 25 – Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems Trained and Certified Personnel At ATS, we understand that our clients need more than a simple underwater inspection of their equipment. We offer a true Condition Assessment that allows the owner to schedule future shutdowns and inspections, and budget major repairs. As 3rd party tank consultants, ATS employs trained, certified, and licensed personnel to conduct all inspections and condition assessments. Our in-house trained experts include API certified inspectors and licensed Professional Engineers. Maintaining Inspection Programs Maintaining routine water storage tanks inspections lowers the possibility of containment loss and keeps people and the surrounding environment safe from major disasters. ATS helps identify damaged mechanisms and potential problems before they evolve into substantial hazards. Our ATS engineering team calculates repair plans to ensure...



Applied Technical Services performs FRP fiberglass pipe inspections and evaluations to applicable codes and standards, including the following: FRPI-SP1020 FRPI-SP1030 FRPI-SP1040 FTPI RP 2007-1 TAPPI 0402-28 API 12P ASTM D4097 ASTM D3299 Trained, Certified, and Licensed Personnel ATS understands that our clients require a full condition assessment on their equipment instead of a mere inspection, as the former can allow the owner to schedule out subsequent inspections, budget for any significant repairs, and plan for future shutdowns. As qualified 3rd party fiberglass pipe consultants, ATS’ trained, certified, and licensed personnel perform both condition assessments and inspections. ATS employs trained personnel in-house, each of whom holds FTPI and FRPI inspector certifications, as well as licensed Professional Engineers. Routine Inspections Maintaining a strict inspection schedule for your fiberglass pipe reduces the likelihood of containment loss while keeping both the environment and personnel safe from potential disaster. ATS can help identify potential problems and damage mechanisms before they devolve into major hazards. The ATS engineering team regularly develops calculations and repair plans to ensure client repair contractors have a detailed scope of work before beginning any repair work. Clients need practical condition assessments and minimal downtime to get maximal inspection value — concerns that ATS addresses through our expertise and professionalism. Mechanical Integrity Programs Mechanical integrity programs prove indispensable to both condition monitoring and process safety management (PSM) performed on a fixed asset. ATS’ engineering team can both evaluate and develop a mechanical integrity program specific to individual fiberglass piping systems. Instituting a...



ATS experts conduct corrosion under insulation (CUI) testing and inspections. Corrosion under insulation is a type of metal corrosion that occurs due to moisture and oxygen exposure. Breaks in jacketing or insulation can allow water to seep into an insulation system via rain, condensation, or spillage. If the insulation absorbs the water, or the water collects underneath it and cannot escape the system, CUI can occur. Why is Corrosion Under Insulation an Issue? CUI affects carbon steel as general or localized corrosion; even stainless steel can experience localized corrosion or stress corrosion cracking. Left unaddressed, CUI can cause leaks, equipment failure, and unexpected downtime. ATS performs CUI testing and inspections to help clients minimize these potential issues. Corrosion under insulation can be a difficult problem to detect because the insulation hides visual evidence of any issue. By the time this flaw becomes apparent, it can be expensive to fix. CUI affects many industries, but chemical, maritime, and petrochemical companies face this problem most often. Piping and tank systems should have an inspection program in place to detect this common issue before it causes failure. ATS offers several CUI testing methods for early detection. Testing and Inspection Methods Insulation removal is the most labor-intensive, expensive CUI detection method. Nondestructive testing (NDT) methods are more effective for monitoring pipe and tank conditions. Our NDT professionals can conduct preliminary visual testing and inspections to determine which inspection method is ideal for your equipment. Radiometric Profiler Our radiometric profiler is a portable system that...



ATS understands the importance of thoroughly inspecting cast parts for flaws and defects, so we offer casting radiography services. Virtually every industry uses cast parts in daily operation. These parts’ reliability directly affects production and safety at our clients’ facilities. ATS provides casting radiography services to identify potential flaws in castings and ensure manufacturing specifications are met. The casting solidification process allows the opportunity for various types of defects to develop that could weaken the part. The flaws are often volumetric, which radiography can easily detect. Some common casting defects that radiographic inspection can identify are: Porosity Cracks Shrinkage Inclusions Voids Misrun Cold shut Mottling Dross Radiographic testing can identify small flaws before they propagate into major defects. ATS can analyze your casting quality and determine if the castings meet applicable standards. Radiographic Testing Radiographic testing is a nondestructive testing (NDT) method that uses x-rays to detect surface and internal casting flaws. A radiographic source emits ionized radiation on one side of the part, and a film or detector on the other side measures the amount of radiation that filters through. The resulting radiograph is a 2D image that helps to visualize the part’s interior and exterior surfaces. Lighter areas on the film show where the material absorbed more radiation; darker, more exposed areas may indicate voids or thinner material. Radiographic evaluation is a quick and effective method for analyzing hidden interior qualities in a casting. Radiography works for several kinds of materials, including metal, plastic, rubber, composites, electronics, and...



Applied Technical Services performs Cessna NDT aircraft inspections to keep clients airworthy. Cessna products are some of the finest private aircraft in the skies, and we serve their owners and operators by conducting standard-compliant inspections to verify that these machines remain safe for flight. ATS offers a variety of nondestructive testing (NDT) methods and completes them according to the specifications relevant to each aircraft. Our experience inspecting Cessna aircraft prepares us to detect nearly imperceptible flaws where they exist. Our NDT Aircraft Inspection Capabilities ATS’ NDT expertise allows us to detect minute flaws in aircraft components. Although we perform numerous disciplines of NDT for clients in many industries, those relevant to aircraft inspection remain the tried and true: Visual Inspection (VT) Foundational, used to preliminarily assess conditions and determine appropriate next steps Most cost-effective option Dye Penetrant (PT) Harmless dye gathers in surface flaws to draw inspectors’ attention Relatively quick process Options to use either a visually brilliant color or one fluorescent under blacklight as appropriate Cost-effective Eddy Current (ET) Uses magnetic properties of metals exposed to a field produced by a current-bearing coil Highly sensitive method that can detect surface defects even beneath coating layers Our technicians maintain certifications in accordance with NAS-410 to perform each of the above methods. Our Marietta lab holds the distinction of being certified to perform select NDT methods (including VT, PT, and ET) by both the FAA (Repair Station #HC4D227M) and the A2LA (ISO/IEC 17025:2017 #1888. 04). Our pedigree in aviation inspection makes...



Applied Technical Services performs NDT wing spar inspections to keep client aircraft safe and in the air. The wing spar is an integral component that connects the wings to the fuselage. These fasteners each bear a great deal of the stress generated during flight, requiring both the strength and flexibility to keep the aircraft together. The repeated stress from flights completed throughout its service life can gradually weaken these components as material fatigue sets in, eventually causing fractures in the component — often appearing in bolt holes. If not caught early by a qualified inspector, these same forces can cause these cracks to propagate and undermine the wing spar’s structural integrity. To ensure the safety of this critical component and avoid wing separation, owners and operators take their aircraft to certified aviation inspection services like ATS to verify the condition of their wing spars. ATS' Aviation NDT Capabilities and Qualifications Our experienced aviation inspectors each maintain NAS-410 certification to perform nondestructive testing (NDT) on a wide variety of subjects, including aircraft components. Beyond their expertise in visual inspection, they employ high-frequency eddy current (HFEC) testing to detect flaws as small as an eighth of an inch in subjects such as the wing spar. This powerful NDT method uses magnetic fields created by applying current to metallic objects in a specific way, allowing our technicians to find flaws on, and just beneath, the material surface. Our Marietta lab maintains an ISO/IEC 17025:2017 accreditation to perform eddy current testing to the following...



Fiberglass Tank Standards Applied Technical Services (ATS) offers fiberglass tank inspections and evaluation services in compliance with applicable specifications and standards such as: FRPI-SP1020 – Visual Imperfections that Affect FRP Fixed Equipment in Chemical Applications FRPI-SP1030 – Damaged Mechanisms that Affect FRP Fixed Equipment in Chemical Applications FRPI-SP1040 – Integrity and Leak Testing on FRP Fixed Equipment in Chemical Applications FTPI RP 2007-1 – In-Service Aboveground Atmospheric FRP Tank and Vessel Inspections TAPPI 0402-28 – Used Fiber-Reinforced Plastic (FRP) Equipment Inspections API 12P – Fiberglass-Reinforced Plastic Tank Specification ASTM D4097 – Contact-Molded Glass-Fiber-Reinforced Thermoset Resin Corrosion-Resistant Tank Specification ASTM D3299 – Filament-Wound Glass-Fiber-Reinforced Thermoset Resin Corrosion-Resistant Tank Specification Trained, Licensed, and Certified Experts ATS offers our clients more than a simple inspection of their equipment; we perform true Condition Assessments that allow our clients to budget for major repairs, schedule shutdowns, and plan future inspections. As 3rd party fiberglass tank consultants, ATS employs licensed Professional Engineers and certified experts to conduct condition assessments and inspections. Our team of in-house trained personnel hold FRPI and FTPI inspector certifications. Routine Tank Inspections By maintaining routine fiberglass tank inspections, you can reduce the chances of containment loss while protecting people and the environment from injurious disasters. Our experts can help to diagnose potential issues and damaged mechanisms before they cause major hazards. The engineers at ATS can prepare plans for your repair contractor, so they have a detailed scope of necessary repairs prior to performing any repair work. ATS understands that our clients...



Applied Technical Services (ATS) performs drone aerial inspection services. At ATS, we utilize Unmanned Aerial Vehicles – UAV (a. k. a. Drones) to inspect structures and fixed assets including, but not limited to: Cell Towers Stadium Light Towers Stadium Structural Steel Wind Turbines Bridges Building Façades Tower Cranes Port Cranes Exhaust Flue Stacks Distillation Columns Flare Stacks Solar Fields Roof Tops Drone Aerial Inspection Equipment ATS uses the latest in drone inspection technology utilizing Real-Time Kinematic (RTK) systems that allow navigation by global positioning. The RTK system is accurate to within a centimeter, which allows for pinpoint localized spotting. Our expert pilots make use of drone maneuverability, hover, and stability modes to capture precise 4K images and video footage. Our drones feature various camera mounts for infrared and high-resolution with optical and digital zoom. Extended flight times accommodate the heights and conditions associated with taller structure inspections. Drone Aerial Inspection Personnel The Federal Aviation Administration (FAA) regulates drones to maintain safe, manageable airways. ATS complies with all FAA regulations on commercial drone use while performing drone-supported inspections. ATS pilots maintain training and a FAA part 107 licensure. FAA guidelines for commercial drone operation include: Equipment may only be guided by an FAA licensed drone pilot. Drone planned for commercial use must be registered with the FAA. Drone (including any payload) must weigh less than 55 lbs. Operator may only fly drone in visual sightline during outside inspections. Pilot may only fly drone at a max 100 mph. Pilot may not...



Tank Codes and Standards Applied Technical Services performs tank floor inspections in compliance with applicable codes and standards, including: STI SP001 for Aboveground Storage Tanks STI SP131 for Underground Storage Tanks API 653 for Tank Inspection/Repair/Alteration/Reconstruction API 650 for Welded Oil Storage Tanks API 620 for Low-Pressure Welded Storage Tanks UL 58 for Steel Underground Flammable/Combustible Liquid Storage Tanks UL 142 for Steel Aboveground Flammable/Combustible Liquid Storage Tanks NFPA 22 for Private Fire Protection Water Tanks NFPA 25 for Water-Based Fire Protection Systems AWWA D100 for Welded Carbon Steel Water Tanks Licensed and Certified Experts ATS tank consultants include experts from numerous industries. We employ licensed professional engineers, certified NDT professionals, and certified API, STI, and CWI inspectors. Our team utilize their extensive experience to conduct comprehensive condition assessments of tank floors and bottoms. Our tank floor inspections give proprietors the knowledge they need to budget for major repairs, plan future shutdowns, and schedule future repair work. Our experienced inspectors help clients understand the true condition of the tank floor. Routine Tank Inspections Scheduling routine tank floor inspections minimizes the potential for accidental releases, keeping personnel and surrounding environments safe from possible disasters. As 3rd party tank consultants, ATS experts use a variety of specialized equipment to identify potential flaws such as cracks, corrosion, and mechanical damage before they evolve into major hazards. Our engineering team streamlines the repair process by calculating the scope of necessary repairs and developing plans for clients’ repair contractors before they begin any work. Mechanical...



Applied Technical Services provides STI tank inspections to help aboveground storage tank (AST) owners comply with EPA and industry standards. We can complete tank inspections in compliance with STI SP001 as well as numerous other codes and standards, such as: API 575 – Atmospheric and Low-Pressure Storage Tank Inspections API 620 – Design and Construction of Large Welded Low-Pressure Storage Tanks API 650 – Oil Storage Tanks (Welded) API 653 – Tank Inspection, Repair, Alteration, and Reconstruction UL 142 – Steel Aboveground Tanks for Flammable/Combustible Liquids AWWA D100 – Water Storage Tanks (Welded Carbon Steel) AWWA D103 – Water Storage Tanks (Bolted Steel) NFPA 22 – Water Tanks for Private Fire Protection NFPA 25 – Water-Based Fire Protection System Inspection, Testing, and Maintenance Trained and Certified Inspectors From tank farms to piping systems, our consultants use their experience in an array of testing and inspection techniques to ensure our clients can budget for major repairs and plan future inspections and downtime. Our team of experts includes licensed professional engineers and certified API and STI inspectors. Our services include more than a simple inspection; we conduct condition assessments that provide asset owners a true understanding of their equipment’s health. Routine Storage Tank Inspections Regular STI tank inspection can prevent containment loss, protect personnel from potential hazards, and protect the environment by identifying problems early. Our industry experts use specialized equipment to identify mechanical damage, corrosion, and other potential flaws before they evolve into significant hazards. We can also develop repair plans...



Applied Technical Services performs several porosity analysis methods for clients who need to ensure the quality of their production materials. Porosity and Your Products Pores are voids that form at or below a material’s surface, making it uneven and structurally weaker. Excessive porosity can undermine a material’s tensile strength, elasticity, resistance to deformation under pressure, damping capacity, and other mechanical characteristics that make it a good choice as a constituent material in the first place. Voids can form during various parts of the production process — most often during the casting or pouring phases — when air bubbles form in the molten material before it cools and solidifies. ATS' Porosity Analysis Capabilities ATS’ varied testing divisions use a variety of methods to determine porosity, each offering different benefits based on individual testing needs — so we encourage prospective clients to investigate which best suits their testing needs. We offer the following methods of porosity analysis: Metallurgy Image Analysis/Point Counts by Scanning Electron Microscopy (SEM) and optical microscopy on metallographic sections made from the components Computed Tomography CT: taking thousands of microscopically accurate X-ray images from every angle allows our technicians to compile them into a 3D model and measure voids volumetrically Nondestructive Testing Radiographic Testing (RT): our experts can detect subsurface voids by taking X-rays of the sample Ultrasonic Testing (UT): administering ultrasonic frequencies and measuring the return time can reveal discontinuities, information that our experts can use to measure void length or width Penetrant Testing (PT): quick and efficient...



Applied Technical Services offers Piper wing spar bolt hole inspections to keep both commercial and private aviators safe in the skies. Per an airworthiness directive (AD) soon to be published by the Federal Aviation Administration (FAA), many Piper aircraft will soon require inspection. The design of several models in the PA-28 and PA-32 lines are prone to developing fatigue cracks around visually inaccessible bolt holes in the lower cap of the main wing spars after a significant service life. These cracks will propagate to undermine the integrity of this important structural component if not addressed, potentially culminating in the wing detaching from the fuselage mid-flight. The FAA now requires that affected aircraft undergo inspection within 100 hours of time-in-service (TIS) of completing 5,000 hours TIS, receiving a serviceable replacement wing spar, or if found to have missing or incomplete maintenance records — whichever comes first. Piper themselves also issued a service bulletin (SB 1345) requiring that affected aircraft owners complete an inspection according to the same criteria outlined by the FAA and then send the results to the manufacturer. Noncompliance may result in the suspension of an FAA certificate or punitive fines. ATS performs the assessment required by both Piper and the FAA, high-frequency eddy current testing (HFEC) according to SAE ARP4402, to detect any potentially dangerous cracks forming and help clients maintain their craft’s airworthiness. HFEC Testing for Piper Wing Spar Bolt Hole Inspections Eddy current testing allows our NAS 410-certified technicians to find defects at and near the...



Applied Technical Services’ Consulting Engineering group offers mechanical integrity inspection services to ensure that process equipment is properly designed, constructed, fabricated, installed, and operated and maintained to prevent failures and accidental releases. Mechanical integrity is one of the most important elements included in Process Safety Management (PSM). A complete mechanical integrity inspection program is typically comprised of applicable codes, regulations, and standards, identification and categorization of equipment, a management system, routine maintenance, inspection and testing, Preventive Maintenance (PM) and Predictive Maintenance (PdM), training, and a Quality Assurance (QA) program. It is important to ensure certifications are recognized by OSHA, as well as meeting federal requirements from the EPA. ATS provides a mechanical integrity inspection plan that is tailored to meet each client’s specific requirements. Our assessments are typically based on qualitative risk-based inspections (RBI) in addition to our extensive knowledge and expertise in our customer’s industry. Our qualified engineers and technicians can put an inspection program in place that adds value with reduced costs and time-saving results. Mechanical Integrity Inspection Plans In order to preserve the endurance and productivity of equipment assets, ATS can conduct 5, 10, 15, 20 or more year intervals for mechanical integrity inspections. Standards and procedures of inspection data are compiled to ensure quality and accurate results. Our inspections meet API 653, 570, 510, and STI. In addition to maintaining a company’s resources, inspections are vital in ensuring safe working conditions for employees and contractors. Our trained engineers inspect and review all documentation, equipment, and operational...



At Applied Technical Services, our Reliability Services division performs on-site bearing failure analysis for numerous industries and companies to identify what damage mechanisms, human error classifications, and system deficiencies contributing to it. Our testing procedures encompass both in-the-field visual examination and our advanced lab services such as metallography, scanning electron microscopy (SEM), hardness testing, and chemical analysis. In addition to our thorough testing services, we achieve precise reporting and results with our recognized quality assurance program. To ensure reliable findings, ATS consultants follow standard specifications to identify the most effective means of inspecting failed components, determine the root cause of the failure, and ensure a return to safe and reliable operation. Our process meets the criteria for conducting on-site bearing failure analysis through standard practices and analysis of component failures along with other applicable, specialized methods. ATS’ standards-focused approach to inspections and testing positions us as the foremost provider of on-site bearing failure analysis services. Examples of On-site Bearing Failure Analysis Findings and Outcomes Identifying Damage Mechanisms Hertizan Fatigue Surface Fatigue Abnormal Wear Patters Fretting Corrosion Mechanical & Electrical Fluting Lubrication Deficiencies Contamination Arcing Damage Skidding True & False Brinelling High loads Human Error Classifications Design Manufacturing Installation Maintenance Operations Situational Blindness System Improvements Storage & Transportation Lubrication Programs PdM/PM Activities Machinery Installation & Installation Design Specifications Machinery Rebuild Specifications Training ATS can develop a complete maintenance strategy to identify potential failure modes according to the conditions in which your company’s equipment operates. Our Predictive Maintenance (PdM) Condition Monitoring program...



MSB96-10B: Preventing Crankshaft Failure Applied Technical Services inspects aircraft engines for signs of crankshaft failure in accordance with the MSB96-10B standard for airworthiness. Small, general-use aircraft tend to use a reciprocating engine, also known as a piston engine. These subsystems produce the energy that rotates the propeller and generates lift for the aircraft. The crankshaft, like in land-faring vehicles, represents one of the most integral components of a functioning piston engine — if the crankshaft fails, the engine fails soon after. When Continental Motors determined that a class of piston engines was prone to cracking in their crankshafts, they issued a mandatory service bulletin (MSB) to ensure the safety of affected aviators. The next year, the Federal Aviation Administration (FAA) determined that the reliability of these same models were compromised due to ineffective manufacturing processes for their crankshafts; they created an airworthiness directive (AD) requiring that affected aircraft replace the defective components. Both these standards demanded that the operators of aircraft featuring the engines in question submit their crankshafts for a specific type of nondestructive inspection every time they are to be installed. As noncompliance with applicable ADs often results in being grounded, owners and operators of affected aircraft seek out the help of inspectors with experience serving the aviation industry, such as ATS. What MSB96-10B and FAA AD 97-26-17 Apply To MSB96-10B and FAA AD 97-26-17 both require a UT inspection for subsurface fatigue cracks that form below the intermediate main bearing fillets. It applies every time the crankshaft...



Applied Technical Services offers ultrasonic weld testing to detect surface and subsurface defects or flaws in welds. Ultrasonic testing (UT) uses high-frequency sound energy to conduct inspections and take measurements. Our technicians procedurally compare defects and flaws against standards and historical data to determine whether the integrity of a weld is strong enough to remain in service or needs replacement. Each industry and every individual company require its own set of inspection needs, equipment capabilities, and regulatory standards. Industries that commonly utilize ultrasonic weld testing are oil and gas, power generation, transportation, manufacturing, and infrastructure. Typical assets for weld inspection include pipelines, tanks, pressure vessels, and structures. Our UT Services Our NDT technicians perform ultrasonic weld testing based on the type, size, complexity, and environmental conditions of the subject weld. This method is accommodating in that test samples do not have to be cut or sectioned, and because technicians only require one sided access. Results are repeatable and reliable, and definitively safer and less disruptive than radiography (RT). Ultrasonic testing can be used on both ferrous and nonferrous materials. UT can detect, measure, and determine the exact position of a wide variety of discontinuities, including cracks, voids, inclusions, disbonds, and similar defects that affect structural integrity. Highly Qualified Experts Ultrasonic weld testing requires a high level of operator training, experience, and application of testing procedures: qualifications that our NDT technicians maintain and execute. Since UT is a portable method, services can be performed in various working conditions on irregular and...



Ultrasonic Inspections Applied Technical Services offers various ultrasonic pipe testing to detect defects in a wide range of piping components and materials. Ultrasonic inspection uses sound reflections in order to determine pipe thickness and to locate defects in welds and materials. ATS performs ultrasonic pipe testing using the latest in ultrasonic technology to ensure accurate and dependable results. Ultrasonic pipe testing is effective for detecting flaws in piping welds used in many different industries, including oil and gas, power generation, pulp and paper, and pharmaceuticals. ATS’ NDT technicians use this method to find a variety of defects including cracks, corrosion, lack of fusion, lack of penetration, inclusions, and other similar defects that can affect structural integrity. Test results are dependent on the flaw type, size and material being analyzed; however, it is a method that is distinctly repeatable and reliable. In addition, ultrasonic testing is a portable test that allows for inspecting irregular and large parts, structures and/or components. Responsive NDT Consultants Ability to inspect surface and subsurface levels Provides both thickness measurement and flaw detection Provides depth and size information Superior depth of penetration Only minimum inspection preparation is required Only single-side access is required Safer and less disruptive than radiography (RT) Rapid results Cost-effective Portable Meets regulatory requirements Ultrasonic Testing Applications Pipes / Tubes Weldments Forgings Castings Bars and Shapes Thickness Measurements Plate Inspection Certification, Accreditations & Standards ABS API 650, API 653, API 510, API 570 SNT-TC-1A CP-189 NAS-410 ASTM 10 CFR 50 ANSI/ASME NAVSEA NADCAP NQA-1...



Applied Technical Services offers NDT aircraft inspection services applying the latest technology. Both manufacturers and operators in the aviation and aerospace sectors must comply with strict mandatory standards and perform extensive regulatory maintenance inspections. Alloys prized in aircraft construction for their strength and lightness — such as aluminum, titanium, stainless steel, nickel alloys, and cobalt super-alloys — will ultimately give way to fatigue.   Our certified NDT technicians can help clients efficiently fulfill testing requirements by detecting flaws in aircraft parts, structures, and engines. Our team of specialists routinely inspects air inlets, fan blades, combustion chambers, fasteners, fuselages, fittings, rivets, turbine engines, and landing gears. Aircraft parts and components have a limited life cycle and thus are generally on an inspection or replacement schedule. During in-service inspections, ATS employs surface and sub-surface techniques to find cracks, corrosion, pitting, gouges, tears, impacts, disbonds, porosity, delaminations, wear, and other defects. ATS’ NDT aircraft services help our clients save time and reduce inspection costs while meeting standards and specifications. Our assessments serve aviation companies, operators, and/or organizations (armed forces). ATS is a certified FAA Repair Station and member of the American Society for Non-Destructive Testing (ASNT), with fully trained and certified NDT technicians. Our techs are highly experienced and prepared to perform comprehensive, nondestructive testing methods. NDT Methods & Advantages for Aircraft Eddy Current (ET) Capable of fulfilling all surface and and some subsurface requirements Coating measurements Conductivity testing Liquid Penetrant (PT) Stationary and mobile penetrant inspections Magnetic Particle (MT) Surface and subsurface...



NDI Aviation Services Applied Technical Services offers nondestructive inspection (NDI) aviation services. Proper NDI inspections are critical to the design, manufacture, maintenance, and safety of aircraft. Technicians will use NDI methods throughout an aircraft’s lifecycle to assess its health, routinely inspecting parts, structures, and engines. Aircraft undergo massive fatigue stresses due to the forces acting on them while in flight. Finding and resolving issues is, therefore, fundamental to safe and routine operation.  Common defects discovered while performing NDI methods include cracks, corrosion, fractures, disbonds, delaminations, and tears.  Aircraft components that we regularly inspect include, but are not limited to: Engine Blades Landing Gears Welds Fitting Bolts Fuselages Rivets Wings Adhesive Bonds Our team of NDI technicians is certified to NAS 410 and other standards as required by the Aerospace industry. ATS’s techs and inspectors are trained, experienced, and equipped to perform thorough testing utilizing the most advanced nondestructive methods and techniques. ATS assists clients in meeting applicable standards and specifications in both the civil and military aviation industries. NDI Aviation Methods Performed Eddy Current (ET) Liquid Penetrant (PT) Magnetic Particle (MT) Radiography Testing (RT) Ultrasonic Testing (UT) Phased Array (PAUT) Visual Testing (VT) Bond Testing Borescope Optical Prism Thermography NDI Aviation On-site Services Travel On-site to National Locations Travel On-site to International Locations Aviation / Aerospace Businesses Commuter Airlines Corporate Jets Military Aircraft Private Aircraft Perform all Methods Mobile Radiography Lab ATS’ NDI aviation capabilities help clients by reducing the downtime and expenses associated with inspection, whether performed in-house or...



Applied Technical Services provides nondestructive inspection (NDI) aircraft services. We perform NDI aircraft services to ensure individual aircraft parts and overall structural integrity are intact for air flight and passenger safety. Since in-service aircraft endure a high rate of fatigue loading, identifying and mitigating defects before a problem arises is critical. NDI methods can detect cracks, flaws, voids, corrosion, disbonds, delaminations, tears, and impact damage. Components, parts, and structures that are commonly inspected in aircraft include engine blades, landing gear, ailerons, fuselages, and wing spars. We help clients maintain safe aircraft operation practices. ATS’ NDI technicians are highly experienced and qualified to examine aircraft components to applicable standards and specifications for civil, commercial, and military aviation. Responsive NDT Consultants Eddy Current (ET) Eddy current testing can determine surface and subsurface defects, corrosion, surface inconsistencies, and bolt hole irregularities. Liquid Penetrant (PT) Our technicians use liquid penetrant testing to detect hairline cracks in-service fatigue cracks, and other surface connected damage in both non-ferrous and ferrous materials such as castings, forgings, and welded surfaces. Magnetic Particle (MT) Magnetic particle testing detects discontinuities at and just below the surface of ferromagnetic materials such as iron, nickel, cobalt, and equivalent alloys. Radiography Testing (RT) Radiography testing allows technicians to reveal a variety of defects in various aircraft components. Radiography can be performed on components prior to installation or in-situ at the hangar. Ultrasonic Testing (UT) Ultrasonic testing can determine internal and external flaws while inspecting the numerous parts of an aircraft structure. Bond Testing Bond testing inspects the integrity...



Applied Technical Services performs a wide variety of NDE services both in our lab and on client premises. Companies must maintain their industrial equipment and large structures to promote the continued safety and efficiency of their use. Even the most impressive of these assets can fail over time; as critical components succumb to cumulative damage, the asset’s structural integrity and ability to perform its function are undermined. This deterioration can prove inconvenient at best and, if left unaddressed, dangerous at worst. Because these large structures and equipment are comprised of thousands of components, testing remains the best way to know what maintenance and repair work they require. Companies rely on NDE services, such as those provided by ATS, to verify the health of their assets and help determine the next steps for upkeep. What Are NDE Services? NDE — the abbreviation for Nondestructive Examination or Nondestructive Evaluation, depending on who you ask — represents a branch of testing that does not damage the subject of analysis. This characteristic proves advantageous when examining components intended to return to service, as every company wants to minimize the costs and downtime associated with inspections. Also referred to as NDT (Nondestructive Testing) and NDI (Nondestructive Inspection), these services help clients identify cheaper maintenance goals now so that they do not have to replace costly assets in the future. Our Nondestructive Capabilities ATS maintains a team of NDE technicians, licensed to ASNT SNT-TC-1A and CP-189, available to both analyze components shipped to our lab and...



Applied Technical Services offers decades of nondestructive testing (NDT) industry experience through our team of certified NDT consultants. ATS answers our clients’ needs through our NDT support, training, and inspection capabilities. Our NDT experts bring their skills, professionalism, and expertise to bear when helping find solutions for the companies we serve. In addition to employing NDT procedures and tools to inspect crucial facility equipment and/or products, ATS also offers auditing and Level III consulting services. ATS ensures satisfaction and confidence in our work by complying with the following industry certifications, accreditations, and standards: API 650 API 653 API 510 API 570 SNT-TC-1A CP-189 NAS-410 ANSI/ASME ASTM 10CFR50 NAVSEA NADCAP NQA-1 NDT Welding Inspection Methods ATS’ NDT consultants design advisory and implementation programs to properly meet each client’s unique requirements. Our customers trust us to solve their problems through our Level III certification and consultation services — which can include dispatching NDT Level III personnel to help reach organizational objectives. ATS offers services to cover a variety of client needs, including auditing, consulting, qualification and training, certification, program management, noncompliance support, and Nadcap support. Specifically, our NDT consultants can handle validating clients’ nondestructive testing policies and activities, ensuring NDT methods are applied in accordance with industry specifications, compiling NDT standards and procedures, evaluating third-party procedures and inspections, and specifying written practices for training and certification. ATS performs a variety of NDT methods and techniques for numerous industries including, but not limited to: Eddy Current (ET) Liquid Penetrant (PT) Ground Penetrating Radar...



Applied Technical Services offers NDT welding inspection services for structures, both ferrous and non-ferrous, and components to detect surface and sub-surface defects and discontinuities. Welding processes can introduce contaminants and metallurgical defects into a component. In order to meet quality and safety standards, welds are commonly required to withstand load and stress conditions. Technicians use various NDT testing methods to detect defects and irregularities; doing so helps to meet regulatory requirements, prevent accidents, reduce costs, improve reliability, and provide vital information on maintenance service or repair records. ATS’ welding inspectors are certified in accordance with the American Society for Nondestructive Testing (ASNT). In addition, many of our nondestructive testing services are accredited by the National Aerospace and Defense Contractors Accreditation Program (Nadcap) and the American Laboratory for Laboratory Accreditation (A2LA). ATS’ certifications and accreditations ensure inspections are carried out to applicable standards. NDT welding inspections may involve one or any combination of nondestructive testing methods that we can perform either in our advanced lab or at our clients’ facilities. Technicians evaluate weld procedures and qualify welders using methods determined by industry specifications. For companies seeking to qualify welders and welding procedures according to industry standards, ATS offers weld testing and training. Nondestructive Testing Methods Welder Qualification Testing Procedure Qualification Testing Weld Procedure Specification Development Weld Inspection Methods Our NDT welding inspections help companies achieve peace of mind through our quality control, nonconformance, verification, and weld procedure validation services. ATS’ NDT division offers a variety of inspection methods, including but not...



Applied Technical Services is a leader among NDE Companies. Our experts perform a variety of nondestructive examinations. All examinations are provided by highly trained technicians who are certified to SNT-TC-1A, NAS410, and CP189. ATS has the capabilities to travel nationally and internationally to perform NDE services on a wide variety of structures and materials. Popular NDE Applications Tank Inspections Crane Hooks Bridge Inspections Weld Inspections Concrete Testing / Coring Ship Hull Inspections Stud Inspections Deck Inspections Bolt Torque Pressure Vessel Inspections Tubing Inspections Aircraft Inspections Off-Shore Structures Pipelines Ground Penetrating Radar NDE Inspection Methods Liquid Penetrant - PT Magnetic Particle - MT Ultrasonic Testing - UT Ultrasonic Thickness Testing - UTT Eddy Current - ET Phased Array- PAUT Visual Testing Industrial Radiography- RT Digital Radiography - DR Computed Radiography - CR Computed Tomography - CT Commercial Construction Services Concrete Radiography: This service is capable of identifying post tension cables, rebar and conduit in concrete structures up to 24” thick. Radiographs are reliable and obstructions are located with 100% accuracy. Computed and Digital Radiography: With computed and digital radiography, we can obtain precise imaging when inspecting materials, components and structures. This technology allows the capability to select and enhance areas of interest and the convenience of electronic file sharing. ATS commonly performs CR and DR on: Welds Pipelines Assemblies Circuitry Electronics Plastics Ground Penetrating Radar (GPR): With radar technology, ATS has the capability to locate post-tension cables and rebar within concrete. This is possible in concrete up to 32” thick. GPR...



Applied Technical Services offers heat exchanger testing as part of our wide range of nondestructive testing services. Our NDT field technicians can thoroughly test heat exchanger tubes and verify that they operate safely in accordance with applicable codes and standards. A Proactive Approach to Heat Exchanger Maintenance Heat exchangers are used in the chemical, nuclear, wastewater treatment, and other plants to heat and cool industrial processes for improved efficiency. This temperature exchange is accomplished with the use of tubes that carry fluid through separate channels. However, heat exchanger tubes are frequently exposed to high fluid pressure and should be regularly tested to ensure satisfactory performance, efficiency, and safety. Heat exchanger tubes can suffer cracking, pitting, general corrosion, and other types of surface and sub-surface flaws. If left unchecked, these flaws can deteriorate into larger issues and potentially result in compromised performance, operational failures, and unplanned shutdowns. For this reason, the best approach to heat exchanger maintenance is a proactive one. Typical Heat Exchanger Testing Findings Deposit Build-up Intergranular Corrosion Microbiologically Induced Corrosion Pitting Corrosion Stress Corrosion Cracking Thermal Fatigue Vibration Fatigue Heat exchangers can vary from operation to operation; subsequently, there is no one “catch-all” test method to satisfy every circumstance. ATS can nondestructively test both ferromagnetic and non-ferromagnetic tubes using several proven NDT methods: Eddy Current Used for non-ferromagnetic tubing, eddy current testing (ET) detects and characterizes surface flaws such as cracking and voids. ECT creates a magnetic field with electricity and magnetism onto the conductive metal surface. Variations...



What is Nondestructive Testing? Nondestructive testing is the analysis of materials, structures and/or components without destroying or impacting the integrity of a structure or component. It includes the examination of unique material characteristics or welding defects and discontinuities in surface and sub-surface compositions. Various test methods are used for detecting defects and irregularities to meet standard or regulatory requirements, prevent accidents, reduce costs, improve product reliability, and provide vital information on maintenance service or repair initiatives. Who Needs Nondestructive Testing? Numerous industries utilize nondestructive testing to ensure the condition and continued life-cycle performance capabilities of their equipment and assets. Prevention is central to avoid equipment failures that may cause injury, unplanned downtime, lost revenue or any negative disclosures. In addition, plant managers can make informed decisions based off the critical data on the status of existing processes and assets. Applied Technical Services offers solutions by performing a host of nondestructive testing services for clients in a variety of industries, including but not limited to: Aerospace Chemical Construction Military/Defense Oil and Gas Power Generation Refining/Petrochemical Shipping/Maritime Automotive Commercial Properties Manufacturing Nuclear Pharmaceutical Pulp and Paper Renewable Energy Welding and Fabrication Nondestructive Testing Methods Computed Radiography (CR) Digital Radiography (DR) Ground Penetrating Radar (GPR) Magnetic Particle (MT) Radiography Testing (RT) Ultrasonic Thickness Testing (UTT) Computed Tomography Eddy Current (ET) Liquid Penetrant (PT) Phased Array Ultrasonic Testing (UT) Visual Testing (VT) Common Nondestructive Testing Defects Cooling Cracks Cupping Grinding Cracks Seams Weld Defects Corrosion Cracks Fatigue Cracks Laminations Tears Certification, Accreditations & Standards...



Nondestructive inspection (NDI), which is synonymous with nondestructive testing (NDT) is the examination of object materials and/or components without destroying or impacting the integrity of the inspected article. The process involves analysis of material characteristics or welding defects and discontinuities in surface and sub-surface structures and components. Nondestructive inspection includes test methods used to detect defects and irregularities in an effort to prevent accidents, reduce costs, improve product reliability, meet standard or regulatory requirements, and provide essential knowledge on maintenance service or repair benchmarks. Nondestructive inspection is utilized in a multitude of industries to ensure the condition and continued functional performance capabilities of equipment and assets. Circumventing and troubleshooting issues assist in deterring equipment failures that may cause injury, unplanned downtime, revenue loses or any potential negative exposures. Nondestructive inspections offer facility managers direction in making cognizant decisions from the indispensable analysis with the condition of existing processes and assets. Applied Technical Services delivers results by executing an array of nondestructive inspection services for a collection of clients in unique industries, including but not limited to: Aerospace Automotive Chemical Commercial Properties Construction Manufacturing Military/Defense Nuclear Oil and Gas Pharmaceutical Power Generation Pulp and Paper Refining/Petrochemical Renewable Energy Shipping/Maritime Welding and Fabrication Nondestructive Inspection (NDI) Methods Computed Radiography (CR) Computed Tomography (CT) Digital Radiography (DR) Eddy Current (ET) Ground Penetrating Radar (GPR) Liquid Penetrant (PT) Phased Array Magnetic Particle (MT) Radiography Testing (RT) Ultrasonic Testing (UT) Ultrasonic Thickness Testing (UTT) Visual Testing (VT) Common Nondestructive Inspection (NDI) Defects Cooling Cracks Corrosion...



Leave fuel tanks to the experts – Applied Technical Services offers special detailed Boeing 737-NG wing tank inspection services. Our extensive NDT process verifies whether aircraft are in conformance with Flight Length Sensitive (FLS) requirements from the Federal Aviation Administration (FAA). Why Wing Fuel Tanks? In addition to the fuel tank in the fuselage, commercial aircraft like the 737-NG also have fuel tanks housed within their wings. The sealants inside these wing tanks can start to lose their flexibility and effectiveness as a result of aging or degradation from the extreme stresses exerted on the aircraft during flight. Once the sealant disbonds or cracks, the tank may develop a leak. Defective fasteners, rivets, or other parts can be the source of a leak as well. To determine if this is the case, ATS will safely and completely inspect the internal fuel tank for any defects. Fuel leaks can be a serious hazard and can worsen over time if left unchecked; a wing tank inspection can mitigate this issue. As a special detailed inspection (SDI), the wing tank inspection process goes beyond just a quick glance at the tank. Before we inspect the tanks, we de-fuel them and allow them to dry. Our technicians then remove the sealant through our efficient removal process. Once we have full access to all hidden areas of the tank, we can thoroughly check the fasteners, rivets, and other components for any signs of leakage. Superior Aircraft NDT Services Applied Technical Services has years of valuable...



Applied Technical Services offers nondestructive crane hook inspection services for clients in a broad range of sectors. Our Nondestructive Testing department can detect unseen cracks or other hidden defects within crane hook equipment and verify whether they are in compliance with applicable codes and standards. Crane hooks, also called hoist hooks, are used to lift heavy loads. Due to the intense forces generated by frequent heavy lifting cycles, crane hooks can be susceptible to fatigue failure. Fatigue failure can be caused by any one or a combination of factors where cracks initiate and propagate as a result of overload, high cycle count, manufacturing or installation flaws, extreme temperatures, and chemically active environments. Most failures begin as a crack in the hook shank and can occur without warning. Routine crane hook inspections performed according to standards such as ASME B30. 10 can reveal fatigue-related flaws that call for more thorough nondestructive testing (NDT). As a company with advanced NDT capabilities and extensive experience, we offer magnetic particle testing, liquid penetrant testing, and other nondestructive test methods to locate defects in crane hooks that are not normally discovered during routine inspections. To completely inspect all critical components (hook shank, bearing, and nut), we disassemble crane hooks for testing. Each inspection includes a detailed test report. Common Contributing Factors to Crane Hook Fatigue Failure: Chemically Active Environments Extreme Operating Temperatures Frequent Cycles Improper Installation Manufacturing Flaws Overload Poor Maintenance Your Trusted Provider for NDT Crane Hook Inspections Since its beginnings in 1967, Applied...



Nondestructive evaluation (NDE), also commonly referred to as nondestructive testing (NDT) is the process of examining materials, structures and/or components without damaging or impacting the integrity of the tested subject. The specific practice involves the analysis of material attributes or welding flaws and discontinuities in surface and sub-surface formulations. Nondestructive evaluation combines several test methods to detect defects and irregularities which may help in reducing accidents, cutting costs, meeting regulatory standards or requirements, improving reliability, as well as providing critical data on maintenance service or repair plans. Why is NDE Important? NDE is an important aspect for any facility maintenance plan while ensuring long-term productivity by implementing a qualified testing and inspection program. NDE is a preventative measure designed to help avoid equipment failures that may cause injury, unannounced downtime, lost revenue or other negative outcomes. ATS’ nondestructive evaluation capabilities, in addition to our experience, proactive and consistent support, allows our clients to focus on their operational tasks while increasing safety and reliability. NDE Methods Visual Testing (VT) Ultrasonic Thickness Testing (UTT) Ultrasonic Testing (UT) Radiography Testing (RT) Magnetic Particle (MT) Phased Array Liquid Penetrant (PT) Ground Penetrating Radar (GPR) Eddy Current (ET) Digital Radiography (DR) Computed Tomography (CT) Computed Radiography (CR) Industries Utilizing Nondestructive Evaluation (NDE) Aerospace Automotive Chemical Commercial Properties Construction Manufacturing Military/Defense Nuclear Oil and Gas Pharmaceutical Power Generation Pulp and Paper Refining/Petrochemical Renewable Energy Shipping/Maritime Welding and Fabrication Common Nondestructive Evaluation (NDE) Defects Cracks Cupping Fatigue Cracks Grinding Cracks Laminations Porosity Seams Tears Weld Defects Voids...



Applied Technical Services performs metal X-ray testing for a long list of industrial fields. Our team of NDT professionals test the quality of metal structures and components to ensure they can continue to operate safely and meet the requirements of relevant codes and standards. Our Metal X-Ray Strategy X-ray — a type of radiography — is a preferred NDT method due to its ability to clearly view through steel, nickel, aluminum, and other metals. X-rays can only be performed when access to both sides of the test material is available. NDT technicians transmit radiation through the object on one side, while a detector film records the differences in absorption on the other side. We then interpret the resulting X-ray images for signs of hidden flaws or defects within the metal, such as cracks, voids, and corrosion in accordance with the relevant codes and standards. Periodic, thorough evaluations are essential for preventing minor flaws from growing into more serious problems. After testing, we provide clients with a detailed test report that highlights our findings. With X-rays, our technicians can test metallic materials, leaving them unaltered and without any residual radiation. We make sure to follow all guidelines for radiation safety, including designating a restricted clearance area once testing is in progress. Advantages of X-Ray NDT Detect Embedded Materials Clear, Accurate Imaging Detect Changes in Thickness Effective for Many Material Types Detect Internal/External Defects Portable Safe for Test Object, Personnel, and Environment Permanent Record of Inspected Area No Residual Radiation Minimum Preparation...



Applied Technical Services performs X-ray pipe inspection services for various industries. Our nondestructive testing experts radiographically evaluate the condition of pipes according to applicable standards while helping our clients maintain safe and effective operations. Pipes used in industrial applications should be checked for poor quality welds, compromised valves, and wall loss caused by corrosion. Our X-Ray Strategy X-ray, also referred to as radiography, enables NDT technicians to analyze the interior and exterior structure of pipes without having to alter or damage any components. X-ray inspections require having access to two sides of the pipe – one side to transmit radiation, and one side to record it. The detector film records the differences in absorption, showing dense parts as light areas and voids as dark areas on the resulting X-ray. Our experts accurately interpret X-ray images and provide a detailed inspection report to conclude their findings. At ATS, safety is a top priority. We follow all radiation safety guidelines and make sure to designate a restricted clearance area during the inspection process. Additionally, our X-ray inspections do not leave any residual radiation on the test components or the surrounding environment. What Makes X-Ray an Effective NDT Method Detect Embedded Materials Clear, Accurate Imaging Effective for Many Material Types Minimum Preparation Detect Internal Defects No Residual Radiation Portable Permanent Record of Inspected Area ATS X-Ray Services Spans Multiple Industries Aviation Automotive Commercial Properties Construction Fabrication Shops Foundries Maritime Pharmaceuticals Pipeline Petrochemical Power Generation Pressure Vessel Pulp and Paper ATS and X-Ray Pipe...



Applied Technical Services’ nondestructive testing department performs X-ray NDT testing to check for hidden flaws or defects in nearly any material. We offer both traditional, computed, and digital X-ray testing according to applicable standards while helping our clients in maintaining the safety, reliability, and integrity of their components and structures. Industrial X-Rays X-ray – also known as radiography – enables NDT technicians to view the internal structure of an object. X-ray delivers accurate imaging that can quickly reveal flaws within materials such as cracks, corrosion, and voids, making it a proven NDT method. Testing components and structures before they are placed in service to verify conformance to specifications, and periodically inspecting their condition to determine if any deterioration has occurred are essential to avoiding unexpected setbacks in the future. We perform X-ray NDT testing on: Pressure vessels Concrete Castings Tanks Pipelines Welds The X-ray method requires access to two sides of the test object. Radiation is transmitted from a source on one side, while a detector develops an image on the other side. Our NDT experts analyze the resulting image for the presence of any anomalies and provide clients with an inspection report that summarizes our findings. Due to the radiation levels involved in X-ray testing, our team follows stringent safety measures – including designating a restricted clearance area while we perform our test. Additionally, our testing does not leave any residual radiation. Benefits of X-Ray Testing Detect Internal/External Defects Clear, Accurate Imaging Minimum Preparation Detect Embedded Materials Effective for...



Applied Technical Services performs nondestructive casting x-ray inspection services for a range of industrial applications. Our team of NDT technicians helps clients verify that their castings conform to original design specifications and meet the requirements of various code standards. Working with Casting Materials Industries that use components made by the metal casting process heavily rely on them for the performance, reliability, and safety of their daily operations. Virtually every industry in every market uses cast components in some form. For this reason, ATS puts cast parts through our rigorous X-ray inspection to analyze casting quality, and to ensure each component meets the applicable standards. It is important to identify small flaws through such inspections before they have time to deteriorate into larger defects once put in service. Below are some common defects we find during casting X-ray inspections: Cold Shut Cracks Dross Gas Porosity Inclusions Misrun Mottling Segregation Shrinkage Voids ATS X-Ray Inspection Process Radiography, also referred to as X-ray, gives NDT technicians a clear look into the internal structure of nearly any material. X-ray inspections do not alter or damage test materials, making it a preferred method for casting evaluation. Our experts follow all applicable radiation safety guidelines when performing X-ray inspections. To perform an X-ray on a component, our technicians need access to two opposite sides of the casting material. We transmit radiation from a source on one side; while a detector film records the differences in absorption on the other side. We interpret the resulting X-ray image...



Applied Technical Services performs industrial X-ray services for clients in nearly every industry. Our computed, digital, and conventional radiography capabilities can uncover internal defects within components to determine if they meet the requirements of relevant codes and standards. Our Industrial X-Ray Process To clearly analyze an object’s internal structure, NDT technicians use the radiographic method (also referred to as X-ray). X-ray transmits radiation through one side of the object, while a detector placed on the other side develops a resulting film or digital image. Because of this setup, X-ray requires access to both sides of the material (i. e. OD only for pipe welds, inside and outside of tanks and pressure vessels). Our trained experts then interpret the image and provide clients with a detailed inspection report. Radiography is a proven NDT method due to its ability to promptly reveal interior cracks, voids, and corrosion. Discovering defects within components and structures early on is important – even minor flaws can propagate into larger problems over time. Our NDT experts work to help ensure the safety, reliability, and profitability of products for clients. When executed properly, radiography is not only an effective testing method but a safe one. ATS technicians make it a priority to follow all applicable radiation safety measures, including the designation of a restricted clearance area during the testing process. There is no residual radiation from our testing. Reasons for Industrial X-Ray Effective for Many Material Types Detect Embedded Materials Detect Internal/External Defects Clear, Accurate Imaging Detect Changes...



Applied Technical Services performs X-ray testing for a range of industries and applications. Our nondestructive testing team can radiographically check for hidden flaws or defects within nearly any material according to applicable codes and standards. ATS offers traditional, computed, and digital radiography both in our laboratories or in the field. Why Choose Radiography? X-ray (or radiography) produces clear, accurate imaging that allows technicians to view the internal structure of an object. X-ray services can locate flaws or defects within materials such as cracks, voids, and corrosion before they become more serious issues over time– saving our clients time and money in the long-term. Our NDT experts regularly perform X-ray work on pressure vessels, pipelines, tanks, castings, and concrete. To execute an X-ray, our technicians need access to two opposite sides of the object. We transmit radiation from one side and place a detector to record the image on the other side. After the service is complete, we interpret the resulting differences in absorption and provide a detailed X-ray report. Our highly trained and certified technicians make sure to follow all applicable safety guidelines. Due to the radiation levels involved with X-ray inspections and testing, we must designate a clearance area while the process is underway. However, X-ray has no residual radiation. X-Ray Method Advantages Minimum Preparation Clear, Accurate Imaging Effective for Many Material Types Detect Internal Defects Detect Embedded Materials No Residual Radiation Permanent Record of Inspected Area Portable Industries We Serve Aviation Automotive Commercial Properties Construction Fabrication Shops Foundries...



Applied Technical Services performs weld X-ray inspections for a wide range of industries, including aviation, automotive, construction, infrastructure, and maritime. We inspect the quality of welds between metallic surfaces to help verify that they conform to applicable codes and perform safely and reliably. X-Rays in Nondestructive Testing X-ray testing is used to create a detailed image of an object’s internal structure. X-ray is a suitable method for weld inspections because technicians do not have to alter or destroy the object to thoroughly analyze it. X-ray is also a flexible method that can be used on almost any material. X-rays require access to two opposite sides of the weld. On one side, the source transmits radiation into the object, while on the other side a detector film records the differences in absorption to develop a clear image. The film or digital image serves as a permanent record of the inspection. Due to the safety concerns whenever radiation is involved, X-ray inspections should be performed by experienced radiography experts such as those at ATS. Additionally, our technicians accurately interpret resulting X-ray images and provide detailed weld inspection reporting for our clients. Why Welds? Welds are a vital part of component construction and must meet applicable codes and standards. In addition, welds can face prolonged exposure to intense forces even during regular operation. Over time, some welds can begin to show signs of deterioration or damage. It is important to inspect the base metal, weld material, and heat affected zones of welds –...



Applied Technical Services performs RT Weld Inspections. Our nondestructive testing department radiographically inspects welds for a broad range of industries, including the aviation, automotive, construction, infrastructure, nuclear, military, power generation, medical, and maritime industries. Radiography - A Proven NDT Method Radiography – or X-ray –can be performed on nearly any material to produce an image of its internal contents without altering or damaging the test sample. For this reason, radiographic inspections are an effective way to assess the quality of welds between metallic materials. To perform a radiographic inspection, our technicians require access to both sides of the weld being tested. Radiation is transmitted from a source on one end, through the test object, and onto the detector film on the other end. After this transmission, the film records the differences in absorption and creates a permanent record of the inspection. Radiography is a method that requires professional experience and training. Our NDT experts handle x-ray weld inspections safely and are skilled in interpreting inspection results. As part of our inspection service, we provide precise weld inspection reports to present our findings. Common Weld Defects Welds can be subjected to prolonged stress during their lifetime, which can lead to weakened or unsafe components. ATS inspects for weld quality to ensure your system meets the specified construction code, and no welding defects are present. ATS can also inspect weld quality to verify that in-service welds can continue to serve their purpose reliably and safely. Discontinuities that can occur in the base...



Applied Technical Services performs radiographic inspections for a long list of industries and applications. Our nondestructive testing staff can detect hidden flaws or defects within an abundance of material types in accordance with applicable codes and standards. ATS’ capabilities include traditional, computed, and digital radiography either in our laboratories or in the field. Our NDT Radiography Inspections Radiography (or x-ray) allows technicians to view the internal structure of an object with clear, accurate imaging. Radiographic inspections can reveal flaws or defects within materials such as cracks, corrosion, and voids. Over time, small flaws can grow into more serious problems – resulting in lost time and unexpected costs. Knowing the external and internal condition of components and structures can save a lot of hassle in the long-term. ATS performs radiography work on castings, concrete, pressure vessels, pipelines, and tanks. Radiography requires access to both sides of the object. Our NDT experts transmit radiation from one side, while on the other side they place a detector to record the image. After the inspection, we analyze and interpret the resulting film or digital picture and provide our clients with a detailed radiographic inspection report. Our highly trained and certified technicians follow all applicable safety guidelines for radiography. As part of our stringent safety measures, we designate a clearance area while inspections are underway due to the radiation levels involved. However, our services leave no residual radiation. Advantages of Radiography Clear, Accurate Imaging Detect Changes in Thickness Detect Embedded Materials Detect Internal Defects Effective...



Applied Technical Services is an expert in concrete slab X-ray testing. Our nondestructive testing department inspects concrete to verify the presence of any hidden anomalies or determine the location of embedded objects. Our Proven X-Ray Capabilities Radiography (or X-ray) allows NDT technicians to view the interior structure of nearly any material. Due to its ability to reveal discontinuities both on and below the surface with clear and accurate imaging, X-ray is a preferred NDT method for: concrete slabs columns beams floors Working with Concrete Before drilling, coring, or cutting into concrete, it is crucial to be aware of any rebar, pipes, conduits, cables, or wire mesh that could be integrated within. Accidentally destroying such embedded objects could pose a risk to personnel safety and structural integrity. Additionally knowing what is inside of the slab prior to drilling will save time and money by ensuring no electrical or structural components are damaged. Proper X-ray inspections can help discover these flaws before they grow into more serious problems over time. To perform an X-ray, we need access to both sides of the concrete structure. On one end, we transmit radiation into the concrete; on the other end, a detector film records the differences in absorption to develop an image. Our experts analyze the resulting image and provide our clients with a detailed concrete inspection report. Our highly trained and certified technicians follow all applicable safety guidelines when working with radiation and designate a restricted boundary area during the inspection process. If inspecting...



Applied Technical Services offers concrete X-ray services for various industries and applications. Our nondestructive testing department can inspect concrete radiographically to check for the presence of defects that cannot be seen with the naked eye and determine the location of embedded objects. Many companies want to know whether there are objects embedded inside their concrete structures before drilling or coring. Unintentional damage to rebar, pipes, conduits, cables, or wire mesh nested within concrete could pose a structural or safety risk – adding time and cost to the project. Additionally, anomalies such as cracks, corrosion, voids, and honeycombing can pose a threat to concrete integrity. Companies who need third-party inspection services can rely on ATS to perform a thorough X-ray inspection in accordance with applicable codes and standards. Unintentional damage: Rebar Pipes Conduits Cables Wire mesh nested within concrete Additional anomalies: Cracks Corrosion Voids Honeycombing Advantages of X-Ray Radiography – also referred to as X-ray – is a go-to NDT method for concrete due to its clear, detailed imaging capabilities. To take advantage of X-ray for the inspection of concrete slabs, columns, beams, and floors requires access to both sides of the structure. We transmit radiation through the concrete from one side, while a detector film records the differences in absorption on the other side. The film can then be interpreted by our experts and serve as a permanent record of the inspection. Due to the presence of radiation in X-ray inspections, we are required to designate a restricted boundary area...



Applied Technical Services performs radiographic weld inspections for many types of industries. Our nondestructive testing department verifies weld quality and code conformance for our clients to ensure component safety and reliability in accordance with applicable codes and standards. About the Radiography NDT Method Radiography — or x-ray — allows for the internal imaging of objects using radiation. This is a common NDT method because it can analyze almost any type of material without altering or damaging it to view the internals. This of course also includes welds between metallic materials. To radiographically inspect a weld, our technicians need access to both sides. Radiation is transmitted from one side of the weld, while a detector film records the resulting image on the other. The film creates an image of the weld and serves as a permanent record of the inspection. Radiography requires professional training and experience. Our NDT experts are well-versed in how to accurately interpret x-ray images and follow appropriate radiation safety measures during their inspections. After inspection, we provide clients with a detailed weld inspection report, as well as radiographic images. Our Weld Inspections Welds can often be subjected to process flaws and prolonged stress, causing them to become compromised or damaged. We inspect the base metal, weld material, and heat-affected zones for signs of discontinuities. Some common defects our technicians find in welds include: Slag Inclusions Porosity Internal/External Undercut Internal Concavity Incomplete Penetration Incomplete Fusion Inadequate Weld Reinforcement Excessive Weld Reinforcement Cracks Cold Lap Cluster Porosity ATS and...



Applied Technical Services offers high-pressure piping solutions, including a detailed management program. Our NDT experts inspect these systems to verify that they can continue to operate safely and reliably. High-Pressure Piping High-energy piping are piping systems typically found in industrial plants that carry superheated steam under high pressure. High-pressure piping can be susceptible to high-temperature creep, fatigue, thermal shock, flow accelerated corrosion, and other problems. When coupled with the intense forces that these systems operate under, minor issues could potentially lead to catastrophic failure. To improve personnel safety, the American Society of Engineers (ASME) issued a revision to the B31. 1 Power Piping design and inspection code for high-pressure piping systems in 2007. This revision provided guidelines to the development and implementation of a Program to help manage these systems in a Safe and reliable manner. Having a company such as ATS perform periodic inspections can help verify what parts of the system have defects or may need attention in the future. Early flaw detection is key to effective management of high-pressure piping systems – increasing safety, reliability, efficiency, and profitability. Field Evaluation Methods Magnetic Particle Examination Linear Phased Array Ultrasonic Testing Annular Phased Array Ultrasonic Testing Hardness and Material Composition Analysis Replication Our Management Program Develop/Review a Corporate Level Program Document We align goals, roles, and responsibilities for the project according to current industry best practices. Develop Risk-Based Prioritized Inspection Locations To help us prioritize, we review existing data, walk through the site, and conduct interviews with plant personnel...



Applied Technical Services’ certified NDT inspectors provide reliable thermite weld inspections. In railways all across America, thermite welds are used to effectively join steel rails. ATS has performed nondestructive tests on thermite welds for rail construction projects all over the country.  We can help clients develop inspection procedures, techniques, and calibration standards in order to meet industry standards. Over time, these joints experience an enormous amount of stress and fatigue loading, which could result in rail failures and/or safety hazards. The railway industry has established many regulations and standards that require routine thermite weld inspections. Our inspectors are familiar with industry procedures and can provide timely reports on the presence, location, and classification of any defects.   Rail Industry Standards and Regulations: ISO — International Organization for Standardization ENIFE — European Rail Industry GS1 — A Global Organization that Develops Standards IRIS — International Rail Industry Standard ANSI — American National Standards Institute RailCIS — Rail Committee on Information Standards AAR — Association of American Railroads FRA — Federal Railroad Administration ATS Provides Services to Many Types of Railways Long Distance Rails Intercity Passenger Rails Light Rails Monorails Tram and Trolleys Heritage Trains NDT Methods Used in Rail Weld Inspections There are a variety of NDT methods available to perform rail weld inspections. These methods can reveal a wide range of defects and deformities, including lack of fusion, porosity, slag inclusions, hot tears, cracks, hot cracks, and cold cracks.   Thermite Weld Inspection Methods Visual — Certified inspector performs detailed...



Applied Technical Services offers a broad list of maritime inspection services. Our thorough inspections ensure that our clients know the status of their marine vessel’s safety, performance, and efficiency. Our Maritime Services Hull Inspection Ultrasonic Thickness Testing Coating Condition Assessment Steel Renewal Weld Inspection Piping Survey ABS Special Survey Hull Inspection The hull is one primary area of the vessel that should be inspected regularly due to its susceptibility to developing cracks, holes, dents, corrosion, and other types of defects. Even small flaws can deteriorate over time if left undiscovered. Our NDT experts have years of experience in performing hull inspections according to the applicable standards. Thickness Measurements Due to their constant exposure to salt-water and other natural elements, marine vessels can fall victim to corrosion (rust, for example). Corrosion creates an issue when it eats away at the ship’s metallic components, causing material loss. To measure if the vessel has in fact endured any material loss, our NDT technicians perform ultrasonic thickness testing (UTT). UTT harnesses ultrasound technology to send high-frequency sound waves directly into the test material. The signal then reflects back into our probe device, delivering an accurate thickness measurement that we can compare to the manufacturer’s original specification. Coating Condition Assessment The vessel’s paint coating – aside from improving appearances – acts as a protective barrier for the metal underneath. Oxygen, temperature, and pH can all cause coating degradation, among other environmental and operating conditions. For maximum protection, paint coatings should have a certain level of...



Applied Technical Services offers ABS special survey options for the maritime industry. The American Bureau of Shipping (ABS) develops standards for the: design construction and operational maintenance of marine vessels Why Survey? The special survey, also called the class-renewal survey, is performed every five years. The survey verifies that the structure, systems, equipment, and essential auxiliary machinery are in satisfactory condition and don’t have any high-risk flaws or damage. Common irregularities our technicians find on client vessels include: cracks dents holes corrosion. If defects are present, it is important to identify them while they are still in their early stages. If left undiscovered, small flaws can potentially deteriorate into bigger problems. Performing ABS special survey inspections regularly can prolong the life of the vessel as well as maintain a safe level of operation. Ultrasonic Thickness Testing As part of the special survey, ATS performs thickness testing for vessel components. One of the biggest threats to sea vessels is corrosion – such as the reaction between the vessel’s metallic materials and salt-water to form rust. Corrosion can slowly eat away at the metal and cause material loss, resulting in decreased thickness. To accurately measure thickness, our NDT experts use ultrasonic thickness testing (UTT). In the UTT method, high-frequency sound waves are sent directly into the test material through a probe, which then reflect back. Our technicians analyze the properties of the signal to obtain a thickness reading. ATS and ABS Special Survey Applied Technical Services performs nondestructive testing for a number...



Applied Technical Services offers a wide range of hull marine services, including hull inspections. Performing inspections regularly can help identify any flaws or damage on the hull that could potentially compromise the performance and safety of the vessel. Some common hull defects we find on client ships are cracks, dents, holes, scrapes, and corrosion. Ultrasonic Testing There are often irregularities in the hull that are not visible to the naked eye. To detect these less obvious flaws, our expert NDT technicians use the ultrasonic testing method (UT). UT takes advantage of ultrasound technology to send high-frequency sound waves directly into the test material through a probe. These waves then reflect back to the probe, and our technicians analyze them for inconsistencies. Unusual wave patterns typically indicate a defect in the material. UT is also used to determine the thickness of the hull in a method called ultrasonic thickness testing. Hull Coating Condition Assessment Blistering Calcareous Deposits Cissing / Fisheye Corrosion Cracking Orange Peel Peeling Sagging ATS additionally performs assessments for hull paint coatings. The ship’s coating is the main barrier between the metal surface and the corrosive environment that ships are regularly exposed to. Coatings can deteriorate over time due to corrosion caused by oxygen, temperature, pH, and other factors. If left undiscovered early on, unprotected areas of the hull could potentially develop into more substantial damage. There is no such thing as a perfect coating – tiny and unavoidable surface contaminants such as water, oil, or dust in the...



Applied Technical Services offers dry dock survey services for the maritime industry. Every sea-going vessel is required to undergo a dry dock survey at regular intervals as established by the International Maritime Organization (IMO) and Safety of Life at Sea (SOLAS). These periodic dry dock inspections are essential for extending the ship’s useful life as well as upholding the safety of the ship, its personnel, and the environment. Dry Dock Survey – Stepping Out of the Water A dry dock survey is where a vessel is taken out of the water to be thoroughly inspected. The vessel is loaded into a narrow service bay that is later drained of water, leaving the entire structure exposed. This way, our technicians can inspect the parts of the vessel that would otherwise be submerged below the water line. The metallic materials used in the manufacturing of ships can be susceptible to salt-water reactions, humidity, and temperature – which could lead to defects caused by corrosion. Our technicians can uncover such defects in our survey process, preventing smaller defects from deteriorating into more serious damage over time. Ultrasonic Thickness Testing ATS offers thickness testing as part of our dry dock survey. Vessels that fall victim to corrosion can suffer material loss in metallic components, such as the hull. To assess these components for material loss, our NDT experts perform ultrasonic thickness testing (UTT). UTT uses ultrasound technology to send high-frequency sound waves directly into the test material through a probe. These waves then reflect...



Applied Technical Services offers a range of services for maritime structures, including hull inspections. Hull inspections help ensure ships maintain safe and effective operation by checking both hull thickness and any hull defects or damage that may be present. If left undiscovered early on, hull defects could potentially further deteriorate and develop into more substantial damage. Threats to Hull Integrity Buckling Bulges Corrosion Cracks Dents Gashes Holes Leaks Ruptures Scrapes Ship hulls can sustain damage in several ways – the most apparent being direct impacts with foreign objects. Such impacts could include collisions with other structures, or grounding on the sea bottom, for example. Impacts cause immediate damage and should be inspected as soon as possible to avoid catastrophic outcomes later on. Ultrasonic Thickness Testing Over time, hulls can also develop damage in the form of corrosion. The metallic materials used in the manufacturing of ships inevitably corrode as they are regularly exposed to oxygen and salt water. Common types of corrosion are galvanic, electrolytic, crevice, and simple oxidation (rust). Eventually, these corrosive reactions become an issue when they begin to eat away at the ship’s hull, causing material loss. To determine if the hull has experienced a loss in thickness, ATS performs Ultrasonic Thickness Testing (UTT). UTT takes advantage of ultrasound technology to emit high frequency sound waves into the test material. Those waves are then reflected back into our UTT probe device, allowing our technicians to determine the wall thickness based on the wave properties. How We Perform...



Applied Technical Services offers ship hull inspection services to ensure ships can maintain safe and effective operation while meeting applicable standards. We use proven nondestructive testing methods to assess both ship hull thickness and any hull defects or damage that may be present. Hull damage could potentially grow into a larger safety hazard for both the personnel and cargo on board if left unchecked. Common Ship Hull Defects Scrapes Cracks Dents Holes Buckling Corrosion Leaks Ruptures Bulges Buckling Ships sustain hull damage for a variety of reasons. The most obvious type of damage is from direct impacts. Grounding – the impact of the ship on seabed – can cause damage to the underside of the ship. Impact damage can vary widely in severity and should be inspected as soon as possible before it develops into a more significant problem. Ultrasonic Thickness Testing Aside from making physical contact with foreign objects, ship hulls can also take a beating from mother nature in the form of corrosion. Rust is the most common form of corrosion, but ship hulls can suffer from galvanic, crevice, and electrolytic corrosion as well. Corrosion can eat away some of the hull material, causing loss in material thickness over time. If the paint is deteriorating, it may be a sign of corrosion underneath the paint. To verify if hull thickness has been affected by corrosion, our NDT experts can perform ultrasonic thickness testing (UTT) as part of the ship hull inspection. UTT sends soundwaves directly into the test...



The Applied Technical Services (ATS) NDT Division offers ultrasonic rail testing. Our experts are SNT-TC-1A Certified Technicians offering thorough inspections to reduce the risk of rail failures —the second leading cause of railway accidents behind railcar defects. Rail failures can be caused by manufacturing defects, abnormal traffic effects, rail corrosion, poorly maintained joints, or improper welding. ATS provides ultrasonic rail testing solutions nationally and internationally to a variety of clients in the rail industry. Types of Rails Inspected: Class 1 Railroads Commuter Rail Light Rail Monorails People Movers Ports Short Line Streetcar Trolley Ultrasonic Testing Ultrasonic testing is the most popular NDT method used on rails today. ATS offers traditional ultrasonic testing and phased array ultrasonic rail testing. This method is ideal for rail inspections since it can detect surface and subsurface fatigue fractures, material deformations, and weld discontinuities through ultrasound technology. It is applicable to most parts of the rail including rail heads, rail footers, and rail welds. Common Defects Revealed Through Ultrasonic Rail Testing: Horizontal Cracks in Head Vertical-longitudinal Slit in Head Horizontal Crack at Web Foot Junction Horizontal Crack at Head Web Junction Bolt Hole Crack Transverse Fracture Transverse Fatigue Crack in Head Horizontal Crack at Stop and Bottom Fillet Radius Vertical – Longitudinal Crack in Foot Transverse Cracks in Rail Foot Lack of Fusion, Cracks, Porosity, Slag Inclusion in Welds Thermite Weld Testing Services Thermite welds can be one of the most problematic regions of a rail system, making routine inspections imperative. Our experienced technicians are...



Rail Testing Safety-driven rail organizations understand the value that reliable rail inspection companies can bring. Applied Technical Services, established in 1967, has grown into one of the leading NDT companies in North America. From the East Coast to the West Coast, our SNT-TC-1A Certified Technicians can perform thorough inspections on your rails. Rails may bear defects from manufacturing and welding processes, which can be exacerbated by constant exposure to stresses such as contact fatigue and corrosion. Over time, they will show deterioration and defects as a result of these factors. Proactive rail companies uphold routine inspection schedules that meet industry standards. Rail Areas That Need Routine Inspections Head Web Foot Switchblades Welds Bolt Holes NDT Inspection Methods Offered By ATS Ultrasonic Testing Phased Array Testing Eddy Current Testing Magnetic Particle Testing Radiography Type of Rails Inspected Class 1 Railroads Commuter Rails Light Rails Monorails Streetcar Tram / Trolley Rails There are many types of defects and discontinuities that can be revealed during a routine inspection. Any of these indications and failures could eventually lead to catastrophic conditions if not properly identified and addressed. Common Defects and Failures Bolt Hole Cracks Horizontal Cracks at Web Foot Junction Transverse Fatigue Cracks in Head Horizontal Cracks at Head Web Junction Horizontal Cracks at Stop and Bottom Fillet Radius Lack of Fusion, Cracks, Porosity, Slag Inclusions in Welds Transverse Cracks in Rail Foot Transverse Fractures Traverse Cracks in Rail Foot Vertical — Longitudinal Slits in Head A Leader Among Rail Inspection Companies Make ATS...



Applied Technical Services’ nondestructive testing department offers thorough aircraft wheel inspection services. The wheels of an aircraft experience significant dynamic loads during take-offs and landings due to the repeated speed and impact forces involved. Although aircraft wheel components are designed to withstand normal flight operation, extreme mechanical and environmental conditions can nonetheless initiate small discontinuities which could lead to cracking, corrosion, and other problems requiring regular inspections. Our technicians help clients maintain safe aircraft operation by performing inspections on wheel components such as wheel halves, tie bolts and nuts, bead seats, and bearings. Common Wheel Defects Cracks Corrosion Paint Flaking Nicks Scratches Overheating Impact Damage Deep Grooves Excessive Wear Loose Components Wheel Bead Seat – Eddy Current Inspection A crucial part of the aircraft is the wheel bead seat– where the rubber edge of the tire contacts the wheel. The wheel bead seat can be an area prone to failure due to fatigue or heat damage. To verify the condition of this important component, our technicians use an eddy current probe to look for signs of irregularities on the wheel bead seat. The probe uses an electromagnetic field to detect flaws in the metal that are not visible to the naked eye. Wheel Bearing Inspection Wheel bearings handle the load of the aircraft during landing, making inspections for bearings essential. Wheel bearings showing any defects will usually need to be replaced. Common flaws seen in wheel bearings are as follows: Galling Spalling Overheating Brinelling False Brinelling Staining and Surface Marks...



Applied Technical Services offers ultrasonic testing for several industries, including aviation. By performing aircraft ultrasonic inspections, our nondestructive testing experts can detect flaws that could potentially compromise safety and performance. Hidden imperfections on aircraft such as cracks, corrosion, and delamination are just some of the defects we uncover during our ultrasonic testing. Ultrasound Technology Ultrasonic testing (UT) is a nondestructive testing method that takes advantage of high frequency sound waves to analyze inconsistencies within materials. Our technicians use a transducer, or probe, to emit ultrasonic waves into the test object at a certain interval and angle. These waves then reflect back into the probe, which displays inconsistencies in the wave pattern if there is a defect present. An advantage of UT is that it can detect flaws inside a component as well as at its surface. Common flaws found in aircraft components using UT are cracks, corrosion, and delamination. Areas we inspect with UT include engine fan blades, landing gear, engine components, welds, fittings, joints, bolts, and adhesive bonds. Types of Ultrasonic Testing Traditional Ultrasonic Testing Under conventional UT, the probe produces and receives a single ultrasonic wave at a fixed focal point and angle. This method requires technicians to know where to look for irregularities in advance. Phased Array Ultrasonic Testing Phased Array UT is an advanced method that can operate with a wide range of angles, giving it the ability to produce two and three-dimensional views of the flaw. This is an effective method for aviation parts that have complex...



Applied Technical Services offers aircraft eddy current inspection services for the aviation industry. Our state-of-the-art eddy current testing equipment enables us to inspect aircraft components for irregularities such as: cracks corrosion fatigue Early detection of such defects is important for flight safety and prolonging the life of the aircraft. Eddy Current Testing — Taking Advantage of Electromagnetic Induction Eddy current testing (ECT) is a method of nondestructive testing mainly used to detect surface flaws in conductive materials – ideal for the relatively thin metal material found in aircraft. ECT combines electricity and magnetism to create a magnetic field on the conductive metal surface. Our expert ECT technicians look for variations in electrical conductivity readings of this magnetic field, which typically indicate an irregularity on the surface. Why Planes? The general flexibility and accuracy of the eddy current testing method makes it very effective for the nondestructive testing of aircraft components. ETC allows our technicians to scan large areas of the aircraft surface/subsurface (wings, fuselage, etc. ) quickly, as well as tight spaces and complex-shaped surfaces. Additionally, ECT is not affected by non-conductive layers (paint and sealant), requires minimum part preparation before testing, and does not need direct contact with the part. Other aircraft parts that can be inspected with eddy current include engine blades, propellers, rotors, fasteners, and holes. Common Eddy Current Inspections for Aircraft Surface and Subsurface Inspections The exterior surface of an aircraft can be subject to strong mechanical and environmental forces during normal operation. A thorough eddy...



Several kinds of equipment can benefit from a borescope inspection: aircraft engine, turbines, and other rotating equipment. Applied Technical Services offers borescope inspections for a number of applications, including borescope inspections for aircraft engines. Borescope inspections are a type of visual inspection that can examine hard-to-reach or inaccessible components without taking them apart or damaging them. Aircraft engine disassembly can be complex, risky, and expensive – making nondestructive testing techniques such as borescope inspections essential to evaluating the condition of engine parts. Additionally, these inspections can contribute to improved flight safety by quickly detecting aircraft engine defects before they can cause further problems. Borescope: Defined Put simply, a borescope is a very compact camera designed for use in tiny mechanical spaces that can’t be observed through traditional flashlight and mirrors inspection. Borescopes are essentially thin tubes fitted with a series of lenses and a light. The structure of this camera system is designed to be fully flexible and adjustable, making it possible to examine tight areas without damaging any components. Our NDT technicians feed the borescope directly into the part being inspected while navigating its path using a video display. The most common flaws we detect in aircraft engines are cracks caused by mechanical fatigue, thermal cycling, unintended overheating and vibrations. We also look for debris, residues, corrosion, wear, or other signs that might indicate that there may be an issue in one of the engine’s components. Borescope Inspection Benefits Confined Space Navigation Detailed, Magnified Imaging Irregularity Size, Shape, and...



Aviation Technical Testing, LLC performs pickle fork inspections for aviation clients to ensure the continued reliability of these critical components. Aircraft wing-to-fuselage joints with active suspension (more commonly referred to as pickle forks, so named due to their distinctive shape) serve a fairly important role in the design of a plane — they fasten the wing spars to the fuselage. These components absorb many of the forces imposed on the wings during a flight, including torsion, bending, and vibrational stresses. Mounting two to each side of the body, with one in front and one behind the wings, allows the wings to flex in the wake of aerodynamic forces and prevents the joint from incurring fatigue damage. Per the Federal Aviation Administration (FAA), issues with this part could undermine the aircraft’s structural integrity, while a mid-flight failure would be catastrophic since it will likely “result in loss of control of the airplane. ” Due to these considerations, engineers place a great emphasis into the design of the component. Reasons for Inspection Pickle forks are designed as safe-life parts. This means they have a defined lifespan, after which maintenance must retire them regardless of whether they show signs of fatigue. Due to the essential nature of these components’ function, engineers design pickle forks to last the entire lifetime of the plane itself: 90,000 cycles of takeoffs and landings. Their design means airlines, pilots, and day-to-day maintenance should expect that the component will not show signs of impending failure before the 90,000-cycle threshold,...



Drones, also known as UAV (Unmanned Aerial Vehicle) and UAS (Unmanned Aircraft System), are being employed in just about every area of life and how we go about doing things. It seems that a week doesn’t go by without a new use for a drone is being visualized and capitalized upon. At ATS we can help you, in a cost-effective way, with some of the many new methods that are out there utilizing a UAV (Drone). In addition, all of Applied Technical Services UAV professional pilots are Part 107 FAA licensed and US military veterans. Because of the ability to reach particular areas that for many would be cost-prohibitive or otherwise inaccessible, UAVs are evolving as an optimal operational instrument for many services including environmental administration and monitoring, accident investigations and various types of inspections to name a few. Information Duplication Not long ago, the only form of taking most aerial shots was by using a camera boom, getting on top of buildings, using aerial lifts or scissor lifts, using a very long ladder or even using a helicopter. Now, employing drone shots (UAV’s) is a very conventional cost-effective tactic, and even though aerial lifts and helicopters still have their practices, the innovative aerial drone solution has supplemented greatly to many programs. With our quick deployment and report turnaround time, Applied Technical Services is a one-stop shop for all your aerial drone photography documentation needs. Evidence Delivery With over 50 years of testing and investigations, our experts are just a...



Industrial organizations with mission-critical assets understand the value that reliable NDT companies can bring. By calling on professionals to properly assess the conditions of those structures and equipment, owners can extend their service lives by finding and addressing issues that threaten long-term functionality before failure. Nondestructive testing (NDT), a discipline of analysis that makes no lasting change to the subject it examines, allows certified technicians to systematically determine the health of industrial assets and prescribe relevant actions to stem any problems they detect without compromising the structural integrity of a single component. ATS' NDT Capabilities Aviation NDT Engine Overhauls Flight Surface Examinations Helicopter Rotor Grip Analysis Landing Gear Inspections Parts Investigations Field Services GPR IRIS Pipeline Inspections Shear Wave Weld Inspections Heat Treatment Achieve Uniform Heat Penetration Pre-and-Post-Weld Heat Treatment Prime Against Corrosion, Fracture, and Other Failure Temperatures of 2400+ °F Industrial Computed Tomography Yields Dimensional Inspection Renders Subsurface Flaws Volumetric Measurement of Defects Highly Versatile Method 4D Imaging for Failure Analysis Methods Digital Radiography Eddy Current Liquid Penetrant Magnetic Particle Phased Array Ultrasonic Testing Ultrasonic Thickness Testing Visual Testing Outages Tanks Pressure Vessels Piping Paper Machines Boilers Near Drums Training Auditing Certifications Classes Eddy Current Levels I & II Infrared Levels I & II Introduction to NDT Level III Refresher Liquid Penetrant Magnetic Particle Levels I & II Radiography Levels I & II Ultrasonic Levels I & II Visual Testing Levels I & II Our Nondestructive Testing Services Since our founding in 1967, Applied Technical Services (ATS) has grown...



One of ATS’ most requested services is pipe testing and inspections. With such a variety of tests that can be performed on pipes, we offer numerous applications including nondestructive testing, mechanical testing, environmental testing, failure analysis and weld certification. Since our founding in 1967, we have earned an excellent reputation nationally and internationally with clientele from multiple industries. Industries Served Chemical Commercial Construction Energy Industrial Manufacturing Military Nuclear Oil / Gas Pharmaceuticals Power Generation Pulp and Paper Nondestructive Testing (NDT) NDT inspections are commonly requested by industries whose pipes and pipelines are in service. These evaluations give owners/operators peace of mind when their components and systems are determined to be safe and structurally sound for continued use. Alternatively, when NDT inspections reveal safety hazards due to assets being compromised by fatigue, corrosion, use of improper materials, poor manufacturing processes, and/or weldment issues, precautions can be taken to avoid catastrophic failures. NDT Services Traditional Radiography / X-ray Computed Digital Radiography Ultrasonic Ultrasonic Thickness Magnetic Particle Liquid Penetrant Eddy Current Mechanical and Environmental Testing Mechanical testing on pipes will help you determine mechanical properties such as strength and ductility as well as material behavior when exposed to external forces, pressures, and environmental conditions. Being aware of your systems’ limitations will provide safety, dependable equipment, and avoid unexpected down time. Mechanical Testing Services Bend Reverse Bend Tensile Tension Rockwell Hardness Charpy Impact Micro-Hardness R-Value N-Value Flattening Reverse Flattening Flaring Flange Pressure — Hydrostatic Pressure — Pneumatic Environmental Testing Services Accelerated Weathering Altitude Coating...



Applied Technical Services (ATS) performs UAV inspections to help clients understand the condition of their industrial assets. Industrial facilities are heavily equipped with complex machinery of various types to assist in production. It is important for these manufacturers to have their machinery functioning optimally at all times to avoid productivity loss, high expenses due to repairs, and injury to personnel. To ensure that these risks are avoided, regular mechanical and structural integrity inspections are recommended to make certain that equipment is mechanically and structurally sound. Drone (UAV) Inspections ATS offers the latest technology and methods to accommodate your inspection needs. The inspection services offered include condition assessments of buildings, infrastructure, and equipment; all of which may be made possible or supplemented with UAV Inspections, or unmanned aerial vehicle inspections. UAV Inspections can enhance inspections by accessing areas that would normally be difficult or cost prohibitive to inspect due to location or height issues. UAV’s maneuverability allows for easy examination and diagnosis. ATS is a leader among most UAV Inspection companies and provides professional engineers and inspectors including API-certified. All drone inspection services provided by our technicians will come with customer tailored data reports and may offer solutions to all the problems that they may discover. All our drones are acceptable for use outdoors, with GPS capability, and indoors, in non-GPS environments. Full confined space entries may be performed by our drones, potentially without the entry of the operator.   External UAV Inspections For jobs that are outdoors and GPS-enabled, ATS...



Applied Technical Services offers drone inspections to companies who need to assess the condition of their piping systems. By conducting inspections this way, our Engineering team cuts down on the cost to our clients and increases the efficiency of the inspection process. Why You Need to Have Piping Systems Inspected A leak in a pipe can cause a variety of unwanted problems, ranging from lost efficiency and preventable costs to environmental damage and liability for lawsuits. To avoid an assortment of negative consequences, owners request inspections of their piping systems. This process locates areas that maybe causes for concern, identifies their origins, and prescribes methods to alleviate the issues. Conducting a thorough piping system inspection can be demanding and imprecise work, however. Expansive process piping can stretch for hundreds or thousands of feet in an industrial facility — the sheer size of which makes efficiently locating a localized issue area (such as sections suffering from corrosion) like finding the proverbial needle in a haystack. While inspectors and engineers can narrow the search to certain areas that are more susceptible to corrosion and leaks than others based on the system’s design, the sheer size of a piping system limits the efficiency of a standard API 570 piping inspection. ATS employs a variety of methods to investigate flaws in piping systems, using everything from radiometric profiling to visual inspection to discover these problems. ATS Engineering now has a new, more efficient method in our toolkit for locating defects in sprawling process piping:...



Applied Technical Services offers the latest methods of assessing the condition of our clients’ buildings, structures, machines, and other large assets in the most efficient and complete manner: industrial drone inspections. Industrial companies of all specialties use an array of complex machinery to generate their product on a massive scale. They need their equipment to work exactly as intended ad infinitum to avoid: falling production levels lost productivity staggering repair costs preventable onsite injuries Regularly scheduled inspections help ensure that industrial companies react in a timely and appropriate manner to any flaws, damage, or other trouble that may be undermining the performance of their equipment. Conventional methods of industrial inspection are comparatively inefficient. Take for instance diagnosing an issue with a plant’s rafter system or the roof tubes of a boiler; the conventional method for inspecting these areas of concern involves scaffolding, which requires significant preparation to erect, ratchets up the price for the client, and introduces intrinsic risk for the inspector — not to mention the risk and requirements of performing confined space entry (CSE). By using drones, also referred to as UAVs (unmanned aerial vehicles) or sUASs (small unmanned aircraft systems), ATS Engineering has streamlined the process of inspecting areas that humans find difficult to access. Technicians can easily examine the hypothetical problem areas using our highly maneuverable drone units without ever personally leaving the ground. Unique among drone inspection companies, ATS uses in-house API certified inspectors and professional engineers as our pilots and camera operators; this allows...



Applied Technical Services is a consulting engineering firm that performs inspections for clients who need to determine the condition and maintenance needs of their bridge. We offer drone bridge inspections to complement traditional inspections — a more modern and efficient method of assessing these important pieces of infrastructure. The various entities that own the world’s bridges share a common understanding. They all know that a bridge is a complex feat of engineering that needs regular assessment and maintenance to ensure it continues to function without failure. Inspectors need to analyze various areas of concern for signs like cracking, corrosion, or other structural damage to determine the overall health of the bridge. Take for instance a steel girder bridge intended for a high volume of vehicle traffic: girders support a great deal of weight from the underside of the bridge. Cover plates, which are welded onto the bottom flange, strengthen these girders. The load caused by traffic is applied to the cover plate at a perpendicular angle every time a car passes overhead, making these components especially susceptible to stress-related (fatigue) damage. If minute stress fractures develop in one of these cover plates, it can undermine the structural integrity of a section of the bridge over time. It is an inspector’s job to investigate known or expected problem areas like these and quantify any findings. Regularly scheduled inspections serve to alert concerned parties of smaller issues and suggest preventive maintenance to avert greater problems. The potential impacts of a bridge failure...



ATS' Drone Capabilities ATS Engineering utilizes a variety of drone units, also referred to as unmanned aerial vehicles (UAVs) or small unmanned aircraft systems (sUASs) to perform our drone roof inspection services for our clients. Our advanced UAVs: Can hover to produce extremely stable images and video Uses multiple camera mounts for optimization of inspection angles Navigate according to a global positioning system that is accurate within centimeters Achieve longer flight times with a multi system approach Use thermal imaging to help inspectors diagnose specific trouble areas Furthermore, we have UAVs capable of inspecting conditions inside confined space areas (non-gps environments) such as penthouses and industrial equipment. Drone Roof Inspections Applied Technical Services performs drone roof inspections for commercial clients who need to assess the well-being of their roofing system. Regularly inspecting roofing systems for various warning signs allows businesses to avoid preventable failure and costly repair/replace projects. The same environmental forces that roofs are designed to protect against can also undermine their performance over time: punctures caused by anything from hail to foot traffic can allow moisture to build up under the protective upper layer of the roof, causing mold, rot, and leaks if left untreated. A thorough inspection will reveal damage and other precursors to roof failures, which may then be addressed accordingly. ATS uses drone-assisted visual inspections to investigate whether client roofing systems are in good health. The conventional method of roof inspection involves sending personnel up a ladder to observe the condition of the roofing system....



Applied Technical Services offers underwater ROV camera inspections. This type of assessment is an excellent solution for industries that need to perform tank inspections on vessels that need to remain in service. The NFPA 25 and API 653 are just a couple of the industry standards that accept this form of evaluation. The main benefits of this type of inspection include the following: Cost-Effective No Water Loss Detailed Documentation Tank Remains In Service Eliminates Need for Diver Examples of Inspection Areas: Floor Plates Roof Plates Side Walls Hatches Ladders Pipes ATS Excellence For over 50 years, ATS has been partnering with industries nationally and internationally. Our qualified personnel are well versed in many standards and regulations. Our corporate quality assurance program ensures our experts are focused on safety, accurate testing, detailed reporting and timely turn arounds. Industries Served: Chemical Commercial Properties Construction Energy Government Industrial Manufacturing Military Nuclear Oil & Gas Pharmaceuticals Pulp and Paper



Applied Technical Services performs regular pipe camera inspections to ensure client systems perform to expectations. We use the latest in proven inspection technology to determine problems with welds or corrosion, identify blockages, cracks, or other discontinuities. In this way, our highly-skilled Applied Technical Services team delivers the results you require, allowing you to find swift solutions to problems that otherwise could lead to serious or potentially hazardous situations; ones that can also result in major time or financial losses for your business. Inspections Using the XLG3 VideoProbe Welds Corrosion Erosion Fatigue Cracking Blockages With almost half a century of experience as a provider of the highest quality of inspection services, our talented and enthusiastic team of professionals will use the industry-leading XLG3 VideoProbe remote visual inspection system to swiftly and clearly identify a wide variety of problems. It provides a superb probability of detection, delivers results through real-time communications, and can record high resolution video and still images for reporting deliverables. Using this superb, menu-driven inspection equipment, and its amazing level of light-enhanced image clarity, crystal clear surface scan with rotate and zoom capabilities, allows us to work quickly in assessing, viewing and then measuring the size, shape, and depth of any defect. It is flexible, rugged and thoroughly portable, allowing our operators a high level of freedom of movement during inspections in many difficult environments or locations. Choosing ATS for your Remote Visual Inspection Needs We appreciate that all such inspections, however necessary, is critical to your work processes...



Applied Technical Services offers safe and timely camera inspection of a tank, pressure vessel, pipeline and other industrial component or system remotely where there are hazards or space limitations to conduct regular visual inspections. Our highly experienced technicians pair their knowledge and skills to the latest in camera inspection technology to deliver results that our clients require. Camera inspections provide detailed assessments that allow our customers to evaluate potentially risky or detrimental situations, which can seriously impede work flows, and gravely impact your company or project profitability. Ca-Zoom PTZ 140 Camera Inspection Services Corrosion Blockages Erosion Welds Cracks Fatigue Other Discontinuities Our advanced and proven remote-viewing system fits through a 140 mm opening and features a 40x color zoom camera capability, backed up with the necessary standard of high-intensity spot or flood lighting. This allows us to provide the high level of both still image or full-motion video detail necessary for intricate inspection work in any spatially-limited or excessively hazardous locations. It also includes a laser measurement capability, integrated temperature warning system, and functions both in-air and under-water. When you require the highest quality of tank, pipe, or pressure vessel inspection work, where hazards or space constraints prevent in-person assessment, you’ll expect competitively-priced camera inspection services carried out safely and quickly to minimize or prevent any dangers, time or financial losses. Applied Technical Services is the trusted go-to solution for many companies and organizations in fields as diverse as manufacturing, oil, gas, construction, defense, pulp and paper, chemical, telecommunications, and...



Applied Technical Services (ATS) is a world-class engineering company providing borescope inspections of pipelines, tanks, pressure vessels, heat exchangers, and aircraft engines. ATS' inspection services group uses state-of-the-art equipment to deliver results of the highest quality available in the industry today. Our borescope inspection technology can determine problems with welds, detect corrosion issues, identify blockages, examine for presence of cracks, as well as other discontinuities. Our proficient ATS technicians deliver accurate results, providing our clients thorough findings to problems that otherwise could lead to serious or potentially hazardous outcomes. In addition, our inspection solutions facilitate minimizing down time and potential financial losses for your company. XLG3 VideoProbe Capabilities Welds Corrosion Erosion Fatigue Cracking Blockages ATS has extensive experience as a provider of quality borescope inspection services. Using the industry-leading XLG3 VideoProbe borescope inspection camera, we are capable of immediately and systematically identifying any problems for our clients. It provides a superior ability for condition assessment, delivering results through real-time transfer, while recording high resolution video and images for reporting purposes. Using this optimized menu-driven inspection equipment, and its abundant level of light-enhanced image clarity, clear surface scan, and rotate and zoom capabilities, allows us to work rapidly in assessing, viewing and then measuring the size, shape, and depth of any irregularities. It is adjustable, rugged and completely portable, allowing our operators a remarkable level of freedom of movement during inspections in many difficult environments or locations. Choosing ATS For Your Remote Visual Inspection Needs AT ATS we understand the critical requirements...



Applied Technical Services provides safe and detailed assessments of hard to reach areas in your industrial fabrication units, roofs, storage tanks, and much more. Our visual inspections with technically advanced cameras will deliver you peace of mind or alert you to potential risks. Types of Camera Inspection Services: Borescope Inspections Confined Space Navigation Data Management Decreased Downtime Enhanced Images Flexibility Light Output Articulation Portability Real-time Connectivity XLG3 VideoProbe Drone Inspections Cost Effective Detailed Documentation Safer Inspection Services Blockages Corrosion Cracks Erosion Fatigue Other Discontinuities Welds Pipe Inspection Services Confined Space Navigation Data Management Decreased Downtime Enhanced Images Portability Real-time Connectivity Underwater ROV Inspections Cost Effective Detailed Documentation Eliminates Need for Diver No Water Loss Tank Remains In Service



A Leader Among Pipeline Inspection Companies Before your company buries that pipe make sure that you have had pipeline inspection companies run an accurate inspection. Validating the quality of the welds and moving forward with the project ensures your company's ability to be efficient and profitable on each pipeline project. Our Level II and Level III pipeline inspectors will help ensure these results. Periodic pipeline inspections are also a necessity of the pipeline industry and ATS has the expertise and equipment to handle all of your inspection requests. Pipeline Inspection Benefits Avoid costly leaks Avoid environmental disasters Detect cracking Detect manufacturing flaws Detect internal and external corrosion Preventive maintenance and periodic inspections will extend the life of the pipeline and save on costly repairs and accidents. Pipeline inspection methods include visual, ultrasonic, magnetic particle, and X-ray. All inspections for pipeline inspection companies are performed per regulated codes and standards. With 24 locations in the United States, we can quickly assemble crews to service your pipeline inspection needs. Give us a call at +1 (888) 287-5227, and we'll show you why so many companies trust us for their pipeline inspections.



Applied Technical Services understands how important it is for both amusement park attendees and managers to maintain the utmost confidence in the safety of rides and other attractions. To help ensure the continued health and integrity of this equipment, ATS' rope access division performs rollercoaster NDT inspections. Our Rollercoaster NDT Inspections The ability to inspect and maintain rides and other attractions in an efficient manner is a strong commitment. Our skilled professionals use the latest equipment and technology available to assist in completing your NDT inspections and to ensure that you experience as little downtime as possible. According to the ASTM, a visual inspection by a qualified technician is one of the fastest and easiest ways to spot potential issues in high use, high impact equipment. Having regular visual inspections by one of our skilled technicians is just one way to lower your costs and ensure that your equipment is in peak operating condition. Our rope access division offers safe, accurate, and cost effective testing and inspections designed to limit down time and have a minimal impact on the operations at your facility. Qualified Inspectors Our amusement ride inspectors and technicians maintain high safety standards and in many cases hold multiple licenses, certifications and other popular credentials which include professional engineering and advanced NDT certifications. All ATS rope access experts receive advanced training and "work at heights" certifications. This expertise offers an essential way to improve safety for your guests and ensures that our technicians are able to navigate your...



Many equipment failures are the result of errors introduced during installation or maintenance. Many of these errors are undetectable until failure occurs. The best means of preventing failure is to ensure that equipment is installed and maintained correctly (workforce development). Is your workforce prepared for the technical challenges they will face today? ATS can deliver the necessary knowledge and skills to your maintenance and engineering workforce to achieve world class reliability. Our training programs are designed by experienced reliability professionals and taught by engineers and experienced maintenance craftspeople. Workshops emphasize adherence to standards, guidelines and industry "best practice" for: Machinery Installation Alignment Critical Machinery Fits and Tolerances Fastener Selection and Usage Balancing Lubrication Failure Investigation Techniques Bearing Installation Workshops are administered in a "hands on" environment and may be tailored to your specific needs.



Our highly trained technicians are certified in IAW SNT-TC-1A, NAS 410 & CP189. Some of our most common NDT services include liquid penetrant testing (PT), magnetic particle testing (MT), eddy current testing (ET), ultrasonic testing (UT), radiography testing (RT), and visual testing (VT). We also provided more advanced NDT methods like ultrasonic phased array testing, computed digital radiography testing, and computed tomography testing. Traditional and Advanced Methods Digital Radiography Electronics Composites Elongated Voids Hot Tears Slag Inclusions Eddy Current Conductive Materials Heat Damage Detection Heat Treatment Inspections Materials Identification Stress Corrosion Cracking Ground Penetrating Radar Concrete Cutting Coring Experts PT Cables Rebar Utilities Industrial Computed Tomography 3D Models Generates CAD Data Minute Flaw Detection Volumetric Measurements Liquid Penetrant Cracks Fractures Metals Plastics Porosity Magnetic Particle Castings Cracks Embrittlement Forging Laps Welds Phased Array Flaws in Structural Metals Laminations and Seams Pin Holes in Welds Slag Inclusions Stress Corrosion Cracking Radiography Cold Laps Concrete X-Ray Longitudinal Cracks Porosity Steel Structures Tungsten Inclusions Ultrasonic Hydrogen Flakes Inclusions Incomplete Fusion Shrinkage Cracks Stringers Ultrasonic Thickness Ceramic Materials Coating and Lining Corrosion Loss Materials Thickness Wall Measurements Visual Testing AWS CWI Fillet Weld Size Improper Weld Height Studs Suck Back Surface Cracks



At Applied Technical Services, LLC (ATS), we are proud of our reputation as a leading provider among Tank Inspection Companies. Originally established in 1967, we have decades of experience helping clients both nationally and internationally with all of their unique tank and pressure vessel inspection needs. We prioritize safety and quality while providing accurate and timely inspection solutions. Our team of qualified, certified inspectors and engineers provide unsurpassed attention to detail and are dedicated to providing the data and analysis you need when you need it the most. We offer not just a field inspection, but also a condition assessment of your equipment. Industry Standards ATS proudly services a wide variety of storage tank and pressure vessel clients and provides inspections in accordance with industry accepted standards, including: API NBIC UL ANSI AWWA STI EEMUA NACE FTPI TAPPI In addition to our standard tank and pressure vessel inspections, ATS also offers assessment services including risk-based inspections (RBI), mechanical integrity (MI) program assessment, OSHA process safety management inspections (PSM), risk management plans (RMP), and EPA spill prevention control and countermeasure (SPCC) plans. ATS is prepared to provide accurate and timely results that exceed your expectations for all your tank and pressure vessel inspection and evaluation needs. We service tanks and pressure vessels of all shapes, sizes, and configurations, including metal, concrete, tile, brick, polyethylene, and fiberglass reinforced plastic for customers throughout North America and abroad. Evaluation and Certification Services Our experienced team of tank inspectors and engineers hold multiple certifications and...



Our Services ATS offers several services for tank and vessel analysis: ASME Section VIII, Division 1 Pressure Vessel Design Pressure Vessel and Storage Tank Design Third-Party Review Tank and Vessel Modification / Repair Design ASME Audit Vessel Calculations and Drawings (for U-Stamp Application) Freeze Dryer Modification / Repair (Lyophilizers) API 579: Fitness-for-Service API Compliance Our team of expert engineers, inspectors, and technicians can also evaluate compliance with API standards, including: API 510: Pressure Vessel Inspection API 570: Piping Inspection API 581: Risk-Based Inspection API 653: Storage Tank Inspection Nondestructive Inspections If you need a quick inspection of an in-service or out-of-service tank, our NDT technicians are qualified to perform nondestructive tests with minimal disruption to your assets. Tank Inspections A certified tank inspector can travel to your location and evaluate the condition and mechanical integrity of tanks, pressure vessels, and other critical structures and components. Click here to learn more about our storage tank inspection services. About Us The ATS Family of Companies (FoC) offers a wide range of lab and field services. Our experts can follow national and international standards and regulations or design custom testing, inspection, and certification solutions to fit your needs. Call +1 (888) 287-5227 to speak with a representative about our tank and vessel analysis services.



Applied Technical Services offers Remotely Operated Vehicle (ROV) Tank Inspections for situations that require inspections and monitoring of tanks while they remain in service. In addition to being a cost and time saving measure, utilizing an underwater vehicle eliminates the dangerous application of using divers in confined spaces, and reduces risk overall. Our ROV employs a 4K HD camera with live video streaming, 8000 lumen floodlights, 12-hr battery life, is lightweight enough to be lifted by hand, and is compact enough to fit through a 13 inch diameter opening. This NDT Visual Inspection Process is applicable in several industry standards including the NFPA 25, AWWA, API 653 and others. Advantage of ROV Tank Inspections Tank Remains In Service Minimizes Tank Preparation Time Increased Cost Effectiveness (by Eliminating Need for Divers) Increased Safety (Eliminates Safety Risks Associated with Divers) Detailed Documentation — Captures Inspection Videos and Photos ATS Excellence ATS’ ROV Tank Inspectors are industry leaders due to their focus on safety, personal certifications and attention to detail. Safety ATS’ commitment to safety involves comprehensive safety training programs that all employees must complete. Additional safety modules are assigned to employees based on their area of expertise. Our safety director and support staff continually monitor employees and their safety practices in the lab and on job sites. Certifications ATS Experts hold multiple certifications that include but are not limited to Professional Engineers, ASNT Certified NDT Professionals, AWS Certified Inspectors, and API Inspectors. Experts Include: Professional Engineers P. E. Mechanical Metallurgical Structural Civil...



ATS offers quality services that will assist you in meeting the NFPA 25 Tank Inspection Requirements. Our qualified staff members have in-depth experience in performing tests and inspections that are outlined in this specific regulation, and can help you satisfy stringent industry standards. Frequency Guidelines for Tank Evaluations Interior Tank — Per 6. 2. 6. 1. 2 — tanks inspected every 5 years Interior Steel Tank w/o Corrosion Protection — Per 9. 2. 6. 1. 1 — tanks inspected every 3 years Exterior Tank — Per 9. 2. 5. 1 — quarterly inspections ATS Visual Inspection Options In-Service Underwater Submersible Remote Operated Vehicle (ROV) Evaluation Out-of-Service Traditional Visual Inspection of Drained Tank If your interior visual tank inspection shows signs of pitting, corrosion or coating failures you will need to reference 9. 2. 6, which states additional testing is required. Examples of Additional Testing Outlined in 9. 2. 6 Adhesion Testing Ultrasonic Thickness Testing (UTT) on Tank Shell and Floor Dry Film Thickness Measurements Wet Sponge Testing / Spark Testing Vacuum Box Testing Tank Components Internal and external tank components can present vulnerabilities subject to failures and discontinuities. To ensure reliability, our inspectors will run tests on components that need to be operationally sound. Collection of such instruments is what makes it possible to maintain proper water levels and temperatures. Our detailed reports will reflect all observations and findings, besides ones that exhibit fatigue, corrosion, or physical damage. Various Internal Components Inspected Piping Valves Drains Fittings Hangers, Braces, and Supports Various...



To help ensure that your water-based fire suppression system is operating properly, ATS offers NFPA 25 Fire Water Storage Tank inspection services. To keep your personnel and resources safe from fire and the extensive damage it may cause, industries are required to adhere to the NFPA (National Fire Protection Association) Regulations. In the 2017 edition, the regulation outlines the minimal guidelines for fire water tank inspections, testing and maintenance. Frequency Guidelines for Tank Evaluations Fire Water Tank Interior – Every 5 Years – Per 9. 2. 6. 1. 2 Fire Water Tank Interior without Corrosion Protection – Every 3 Years – Per 9. 2. 6. 1. 1 Exterior of Fire Water Tank – Quarterly – Per 9. 2. 5. 1 Based on the frequency guidelines above, ATS’ qualified inspectors offer visual testing that meets the specified requirements. Visual Testing Process To make the inspection process more efficient for you and your facility, ATS offers underwater evaluations using our technically advanced submersible remote operated vehicle (ROV). This visual inspection process can be more cost effective than hiring a diver to perform inspections besides being a time saver, allowing you to achieve quality inspections without having to drain your tank(s). Per 9. 2. 5. 4 – Required Tests for Interior Pitting, Corrosion, or Coating Failures If pitting, corrosion, and coating failures are discovered during the visual inspection process then NFPA 25 requires additional testing on a drained tank. Our experienced personnel have the expertise to perform these additional tests if necessary. Additional...



Beyond the obvious financial issues associated with maintaining equipment, there are three reasons why every company should have a mechanical integrity program: To protect personnel To help prevent disasters To protect our environment In addition, state-to-state laws apply specifically to some aspects of the ASME Boiler and Pressure Vessel codes along with federal requirements from OSHA and the EPA, such as SPCC, PSM and BMP. As if things were not confusing enough, there are also individual industry specific guidelines available from TAPPI, NACE, STI and others. Do you have a Mechanical Integrity program in place to periodically inspect and evaluate your pressure vessels, pressure piping and storage tanks? Is your Mechanical Integrity program taking advantage of inspections from a corrosion-engineering standpoint? How qualified are the personnel who are inspecting your tanks? Whether chemical, pharmaceutical or pulp and paper, ATS provides turn-key Mechanical Integrity programs completely customized to suit your company's unique requirements. Mechanical Integrity Program Design and Implementation When it comes to design and implementation for small operators or mill-wide mechanical integrity programs, ATS is second to none. We begin by determining your specific needs, and then customize your plan to fulfill all your requirements. Our plans are typically based on qualitative RBI along with our in-depth experience and knowledge about your industry. Whether you are starting from scratch or have an existing NDE provider but need help bringing your mechanical integrity program full circle, we can show you a path to minimizing inspection costs and maximizing value and up...



Applied Technical Services offers in service tank inspections for those who have tanks that cannot be out of commission for any length of time, or for those who are wanting to take a more efficient and cost effective approach. In efforts to help our clients stay in compliance with API 653 Above Ground Storage Tanks or NFPA 25 Fire Water Tank Standards, ATS employs certified visual inspectors who are experts in performing underwater Remotely Operated Vehicle (ROV) inspections. Electing to choose in-service ROV tank evaluations allows you to eliminate the need for divers and avoid risks associated with that dangerous procedure as an overall safety precaution. In Service Tank Inspections Personnel ATS tank inspectors are experts in many industries. They are familiar with a wide variety of industry standards and stay current on technology and trends. They may hold multiple certifications that include but are not limited to: Professional Engineers P. E. (Mechanical, Metallurgical, Structural, Civil, and Material) Certified NDT Professionals (VT, MT, RT, UT, ET, PR) AWS Certified Welding inspectors (CWI) API Inspectors — 653/510/570 We Serve the Following Industries: Aerospace / Aviation Automotive Chemical Commercial Properties Construction Consumer Product Energy Government Insurance / Legal Industrial Manufacturing Military Nuclear Oil / Gas Pharmaceuticals Power Generation Pulp & Paper Telecommunications Quality Assurance & Safety at ATS ATS’ Quality Assurance Program reflects our commitment to quality by providing accurate testing, detailed reporting and timely turn-arounds. Each employee is aware of, committed to, and actively involved in the quality improvement process. Furthermore,...



ATS' boiler inspections service offers a wide variety of applications that can be applied to many different types of industrial boilers including recovery, bark, coal, gas, biomass, and alternative fuel. Our customer base spreads across many industries including Power & Utility, Pulp & Paper, Biomass, Chemical/Refinery, Packaged Boiler Systems, and others. Engineering Evaluations Mechanical integrity Thickness Inspections Fitness for Service (FFS) Evaluations Corrosion Rate and Remaining Life Determination Turnkey Management Program Jurisdictional State Special Evaluations DA Tanks Typical Deterioration and Discontinuities Uncovered Our targeted inspections are designed to detect and quantify various forms of damage and deterioration phenomenon, such as: Cracking / Broken Component Erosion / Erosion-Corrosion Wall ThinningCorrosion Under Insulation (CUI) Tide Line and Corrosion Zones Brittle Fracture Thermal Fatigue Mechanical Failure Atmospheric Corrosion Cooling Water Corrosion Caustic Corrosion Pressure Vessels Inspected Pressure Vessels within our expertise include: ASME Section VIII, Division 1 ASME Section VIII, Division 2 Deaerator Tanks Heat Exchangers Glass-Lined Vessels Autoclaves Research Vessels Dryer Cans and Yankee Dryers Tailored Programs Our vessel inspections can be tailored to your process equipment and risk mediation programs such as: Mechanical Integrity Program (MIP) Process Safety Management (PSM) Spill Prevention, Control, and Countermeasure (SPCC) Resource Conservation and Recovery Act (RCRA) Chlorine and Chlorine-Dioxide Service Flammable or Hazardous Chemicals Proprietary Process Chemicals Testing Applications We utilize the following test methodologies in our evaluations to gain a thorough understanding of the condition of your equipment: Magnetic Particle Testing (MT) Penetrant Testing (PT) Radiography Testing (RT) Ultrasonic Thickness Testing (UTT) Visual Inspections...



Applied Technical Services, LLC is a leader among boiler inspection companies. We have designed our boiler inspection services to meet your unique business needs - regardless of what those needs happen to be. We can inspect many different types of industrial boilers including coal, gas, recovery, bark, biomass, and alternative fuel. This is one of the major reasons why our customers are spread out across a host of different industries including Pulp & Paper, Power & Utility, Packaged Boiler Systems, Biomass, Chemical/Refinery and others. Boiler Inspection Standards At ATS, we have made it our mission to comply with popular industry standards, including but not limited to: ASME ANSI OSHA NACE ASNT ASTM TAPPI Many of these standards require inspections on a regular basis, and ATS is an industry leader in establishing and maintaining boiler inspection programs. ATS also offers value added inspections including Boiler Fitness Surveys, Condition Assessments, and Boiler Tube Remaining Life Assessments. Regularly Inspected Systems and Components ATS' highly trained technicians will dutifully inspect many common mission-critical systems and components, including: Drums Welds (both Butt and Attachment) Headers Structural Supports Tubing Piping Deaerators Burners Attemporators Fans Economizers Super-Heaters Generating Banks Structural Steel Supports Composite Tubes Boiler Openings (Man-Ways and Ports) Air Heaters Boiler Inspection Safety At ATS, we have designed our boiler inspections and all other related services to meet or exceed OSHA safety guidelines. Additionally, ATS proudly employs a safety manager and various safety personnel to guarantee safety compliance at all times. NDT Boiler Inspections ATS's NDT...



Applied Technical Services has earned an excellent reputation for our above ground storage tank inspection services. Our experts have been thoroughly trained in several specialized techniques used to perform storage tank evaluations. ATS’ procedures are in accordance with industry standards and American Petroleum Institute (API) codes. We provide detailed reports that accurately reflect the reliability of your tanks. API Certified Inspectors/Registered Professional Engineers Our final inspection calculations and recommendations are reviewed and approved by an API certified inspector (as applicable) and/or a state-registered professional engineer. The evaluation calculations include: Remaining life of the roof Remaining life and minimum thickness of the floor and shell Recommended repairs Next scheduled inspection NDT Above Ground Storage Tank Inspections ATS' NDT inspections are performed by ASNT-certified personnel using calibrated equipment in compliance with our ISO 9001:2015 registration. Services Requested Mechanical Integrity Evaluations Ultrasonic B-Scans and C-Scans Magnetic Flux Leakage Visual Inspections Ultrasonic Thickness Measurements Remote Access Ultrasonic Crawlers Vacuum Box Inspections Guided Wave Scans Common Standards Include API 650 — Welded Steel Tanks for Oil Storage API 653 — Tank Inspection, Repair, Alteration, and Reconstruction UL-142 — Steel Above-Ground Tanks for Flammable and Combustible Liquids AWWA D100 — Welded Steel Tanks for Water Storage API 12P — Specification for Fiberglass Reinforced Plastic Tanks ASTM D4097 — Contact-Molded Glass-Fiber Reinforced Tanks ASTM D3299 — Filament-Wound Glass-Fiber Reinforced Thermoset Resin Chemical-Resistant Tanks Contact Us Tank inspections are a call or click away! Call +1 (888) 287-5227 to speak with a representative about how ATS can support...



ATS is FAA Repair Station Certified in Several States ATS distinguishes themselves from other nondestructive testing companies by offering a broad range of aviation NDT inspection services. Our aviation inspections are performed by certified personnel in accordance with the most stringent U. S. , international and/or client specific standards. Aviation NDT Services Aircraft and Aviation NDT Lab Advanced Technology All NDT Methods Engine Overhauls Manufactured Parts Military Aircraft Parts Parts Investigation State-of-Art NDT Lab Aircraft Engine Inspections Bleed Air Ducting Core Fan Blades Turbine Cases Aircraft Structural NDT Inspections Aircraft Flight Surfaces Fuselage Landing Gear Various Engine Components Windows and Windshields Aviation NDT Services Bond Testing Borescope Eddy Current Liquid Penetrant Magnetic Particle Optical Prism Radiography Ultrasonic Thickness Testing Company Approvals Bell Helicopter Boeing Aerospace Bombardier Canada Air Cessna Gulfstream Hawker Beechcraft Learjet Lockheed-Martin Raytheon Aircraft Sikorsky Others Helicopter Rotor Grip Inspections Corrosion Damage Detect Fatigue Cracks Detect Stress Fractures



Why Choose ATS Helicopter Rotor Grip Inspections? Applied Technical Services has many years of experience with helicopter rotor grip inspections. Our experts look for cracks that may be caused by manufacturing processes, fatigue, stress and/or corrosion. We inspect rotor grips in the field or in our state-of-the-art lab. Our customer base includes the military, private aircraft owners, small companies, and medical evacuation companies. Rotor grip inspections are extremely crucial in ensuring safe operation of helicopters. Failure of the grip can lead to separation of the main rotor blade and the pilot can loose control of the helicopter. Therefore, repetitive inspections are required to be conducted after defined flight intervals. Grip surfaces are inspected for corrosion damage or fatigue cracking using ultrasonic, penetrant or eddy current techniques. Besides the regularly scheduled inspections, FAA can issue airworthiness directives (ADs) based on discoveries made on specific aircraft. ADs are issued by the FAA in accordance with Code of Federal Regulations (CFRs) to correct an unsafe condition in an aircraft that requires immediate action. Other Aviation Inspection Services Aviation NDT Services Aviation On-site Services Engine Inspections Structural Inspections Multiple FAA Repair Station Certificates Aviation NDT Lab NDT Training



Applied Technical Services' nondestructive testing group performs a variety of aviation NDT services to detect flaws in aircraft components. Whether they need failure analysis, product verification or condition assessment, clients request our aviation services because we return accurate results quickly. The methods we use to test aircraft parts are as follows: Radiography ATS has over 30 years of experience in aviation radiography inspection. Having traveled nationally and internationally to shoot and develop images that assist aircraft owners in meeting inspection standards, ATS’ mobile radiography labs enable us to shoot most areas of your aircraft and allow us to do on-site development for immediate results and interpretation. Eddy Current ATS uses eddy current inspection to detect surface and subsurface flaws. Using state-of-the-art equipment allows us to inspect different aircraft components for cracks, corrosion, and change in temper condition caused by fatigue, stress, and extreme heat. Our techniques include: surface and subsurface inspections, rotating bolt hole inspections, MOI, and conductivity measurements. Ultrasonic Thickness Testing Our expert technicians use ultrasonic testing to discover internal and external flaws while inspecting many different parts of the aircraft structure. We offer on-site service to do full aircraft inspections and our Marietta and Greenville facilities offer in-shop ultrasonic inspections for many different aviation parts. Magnetic Particle Many aviation companies request ATS to perform a magnetic particle inspection on a wide variety of aircraft structures. Our technicians are skilled at finding cracks and other flaws as the result of fatigue, stress, and corrosion. ATS performs stationary and portable...



ATS NDT's World Class Visual Testing Services Applied Technical Services (ATS) provides NDT Visual Testing for a wide variety of materials and product types. Our highly skilled examiners are thoroughly trained in advanced techniques to determine and interpret visible surface imperfections. In addition to visual inspections we are capable of using computer controlled imaging systems for measuring or inspecting components. Visual testing offers a vast range of options to evaluate proper systems or product quality utilizing effective techniques for detection of surface flaws and discontinuities. Our quantified results are achieved with the use of advanced tools such as templates, displacement and depth gauges. Our certified staff of NDT professionals provides quality inspection services to a broad range of industries throughout the US and abroad. Visual Testing services are offered in our laboratories, field locations and/or customer premises. Common Inspections Tank Inspections per API 653 or 1104 Pressure Vessel Inspections per API 510 and 620 Stud Inspection per AWS D1. 1/AISC Decking Inspection per AWS D1. 3 Welder Qualification and Certifications Commonly Tested Materials Welds Tanks Studs Decking Common Observations Improper Weld Height Suck Back Undercut Surface Porosity Surface Cracks Corrosion Typical Applications of VT Welder Qualifications Welding Procedures Tank Inspections per API 653 or 1104 Stud Inspection per AWS D1. 1/AISC Decking Inspection per AWS D1. 3 Bolt Torque Inspection per AISC



ATS' Thorough Visual Inspection Services Applied Technical Services (ATS) offers NDT Visual Inspection for a wide range of industrial structures, welds, materials, and configured equipment. Our inspectors are decidedly skilled and are exhaustively trained in advanced procedures to determine and analyze visible surface imperfections. Additionally, we are adept at applying computer-controlled imaging systems for measuring and inspecting of components. Visual inspection provides a broad spectrum of opportunities to assess equipment condition, proper application, or product quality, employing effective procedures to detect discontinuities or surface flaws. Our calculated results are produced using advanced tools such as displacement, templates, and depth gauges. ATS' certified NDT professionals offer quality inspection services to numerous industries domestically and internationally. Visual inspection services are offered in our laboratories, in the field, and/or on client premises with customer service as the priority and cost savings as a primary goal. Commonly Requested Visual Inspection Services Decking Inspection per AWS D1. 3 Stud Inspection per AWS D1. 1/AISC Tank Inspections per API 653 or 1104 Pressure Vessel Inspections per API 510 or API 620 Welder Qualification & Certifications Common Materials Inspected Bolts Vessels Decking Piping Studs Storage Tanks Welds Common VT Applications Improper Weld Height Suck Back Surface Cracks Surface Porosity Undercut Corrosion Industries Using VT Bolt Torque Inspection per AISC Decking Inspection per AWS D1. 3 Stud Inspection per AWS D1. 1/AISC Tank Inspections per API 653 or 1104 Welding Procedures per AWS, API Welder Qualifications per AWS, API



UT Testing: A Powerful NDT Method Applied Technical Services provides UT Testing in detecting discontinuities, material characterization, and dimensional depth and/or overall measurements. In utilizing UT Testing it is important to detect flaws for identifying material integrity during the inspection as it is imperative for having considerable penetration depth for determining subsurface flaws. Our advanced UT Testing equipment is acutely precise in finding flaw location and size and shape characteristics. In most circumstances, it is only required to have access from one side while our technicians are able to perform the inspection and obtain quick results. Additionally, ATS offers more specialized types of ultrasonic testing with ultrasonic thickness testing (UTT) and phased array (PAUT) for supplementary nondestructive testing services. In material fabrication and processes it is vital to employ ultrasonic testing procedures to reveal common and uncommon discontinuities. Our NDT technicians are experienced in detecting flaws found in continuous castings, forgings, composites, billets, ingots, bars and rods, plates and sheets, pipes and tubular forms, and welds. All of ATS' certified NDT technicians perform the highest-quality inspection services across an expansive range of industries nationally and globally as we conscientiously accommodate our clients with either field testing or employing our in-house NDT lab for a complete and diverse testing facility. Common Findings Hydrogen Flakes Laminations/Seams Shrinkage Cracks Burst, Porosity, and Gas Holes Stringers Welding Defects Incomplete Fusion/Penetration Materials Commonly Tested Aluminum Alloys Ceramics Composites Lead Nickel Steel Various Metals Common Applications Aircraft Components Butt Welds Composites Landing Gears Nozzle Testing Pipe...



ATS' Ultrasonic Thickness Testing (UTT) Services Applied Technical Services offers ultrasonic thickness testing (UTT) to determine material thickness and to measure the thickness of coatings and/or linings. Our technicians have been trained to calibrate the UTT gauges based on materials. Since our founding in 1967, many industrial plants and facilities have called on ATS to measure boiler tube walls, steel plating in sides, tanks, decks and the superstructure. Our excellent reputation was established by our accurate and precise readings. Our certified staff of NDT technicians provide quality inspection services for a broad range of industry sectors throughout the US and abroad. Ultrasonic thickness testing (UTT) services are offered in our laboratories, field locations and/or on customer premises. Common Findings Material Thickness Coating Thickness Lining Measurements Wall Measurements Corrosion Loss Commonly Tested Materials Many Metals Nickel Aluminum Lead Many Ceramics Glass Common Applications Material Thickness Coating Thickness Lining Thickness Wall Measurements Corrosion Loss Industries Regularly Requesting UTT Aerospace Automotive Nuclear Petrochemical Pipeline Power Generation Pulp and Paper Manufacturing ATS Expertise Applied Technical Services has been a leader in testing, inspections, and consulting engineering for decades, offering knowledge and experience to clients from numerous industries. Our NDT consultants prioritize customers’ safety and efficiency. ATS experts report accurate, detailed data as quickly as possible so clients can maintain optimal productivity. Our experts are also available for questions throughout the testing process. Contact Us If you need ultrasonic thickness testing, contact ATS today. We take a closer look.



Ultrasonic Testing Services Applied Technical Services offers NDT ultrasonic testing (UT) to: detect flaws take dimensional measurements enable material characterization UT is recognized for having the highest depth of penetration to detect subsurface flaws. Our sophisticated ultrasonic testing equipment is highly accurate in determining flaw position and estimating size and shape. In most cases, it is necessary to have only one side access, and our technicians can evaluate with immediate results. Our Capabilities ATS offers traditional ultrasonic NDT services as well as specialized types of UT testing: Ultrasonic Thickness Testing (UTT) Phased Array Ultrasonic Testing (PAUT) We use ultrasonic testing techniques that can detect common and uncommon discontinuities caused by base material processes and fabrication. We are experts in detecting flaws found in ingots, continuous castings, billets, plate and sheets, bar and rod, pipe and tubular products, forgings, castings, composites, and welds. Our certified staff of NDT technicians provide quality inspection services for a broad range of industry sectors throughout the US and abroad. NDT UT services are offered in our laboratories, field locations, and on customer premises. Common Findings Shrinkage Cracks Stringers Laminations / Seams Hydrogen Flakes Burst, Porosity, and Gas Holes Incomplete Fusion/Penetration Welding Defects Commonly Tested Materials Many Metals Nickel Aluminum Lead Many Ceramics Glass Common Applications Structural Steel Pipeline Welds Weld Inspections Turbine Rotors Pipe Testing Butt Welds Nozzle Testing Landing Gear Composites Spindle / Shaft Testing Aircraft Components Industries Benefiting from Our UT Services Aerospace Automotive Nuclear Petrochemical Oil and Gas Power Generation Pulp and...



Applied Technical Services (ATS) offers NDT Radiography Testing for inspecting materials, components and structures. One of the greatest advantages to radiography testing is it can be used on almost any material and can reveal discontinuities that are located on or below the surface. We can provide permanent inspection records by using film or digital imaging. ATS provides traditional radiography and computed digital radiography. Many industries call on us to test concrete, welds, pipeline, pressure vessels and castings. Our technicians are certified to SNT-TC-1A, NAS-410, and have FAA repairman certifications. This certified staff of NDT professionals provides quality inspection services to a broad range of industry sectors throughout the US and abroad. Radiography Testing services are offered in our laboratories, field locations and/or customer premises. Common Findings Longitudinal Cracks Lack of Fusion Elongated Voids Porosity / Cold Laps / Slag Water in Honeycomb Incomplete Penetration Crack in Airframe Structures Many Welding Flaws Commonly Tested Materials Metals Castings Steel Structures Pipelines Structures Welds Concrete Forgings Aluminum Common Applications Boiler Tubes Castings Pipelines Structures Weld Inspections Weld Certifications Concrete Aircraft Structures Components Tanks Inspections Industries Benefiting from Our Radiography Testing Services Aerospace Automotive Commercial Properties Construction Fabrication Shops Pharmaceuticals Pipeline Power Generation Petrochemical Pulp and Paper Pressure Vessel



Applied Technical Services provides NDT Radiographic Testing (RT) for inspecting materials, welded components and structures. One of the absolute benefits to radiographic testing is that it can be applied on almost any material composition to uncover discontinuities that are located on or below surfaces. As a major advantage, we can archive permanent inspection records by using film or digital imaging for long-term evaluations and storage. ATS offers traditional radiographic and computed digital radiography (CDR). Our professional technicians are certified to SNT-TC-1A, NAS-410, and have FAA repairman certifications. ATS’ standing in NDT allows numerous industries to use our services to test concrete, castings, welds, pipelines, and pressure vessels. ATS’ certified NDT professionals provide quality inspection services to numerous industries domestically and abroad. We offer radiographic testing services in our laboratories, in the field, and/or on client locale with emphasis on customer service and cost savings as a primary objective. If you need radiographic testing, contact Applied Technical Services today for a free quote. Common Findings Crack in Airframe Structures Elongated Voids Incomplete Penetration Lack of Fusion Longitudinal Cracks Porosity / Cold Laps / Slag Water in Honeycomb Welding Flaws Commonly Tested Materials Castings Concrete Forgings Metals Pipelines Aluminum Steel Structures Structures Welds Common RT Applications Aircraft Structures Boiler Tubes Castings Components Concrete Pipelines Structures Tanks Inspections Weld Certifications Weld Inspections Regularly Served Industries Aerospace Automotive Construction Commercial Properties Fabrication Pharmaceutical Pipeline Power Generation Petrochemical Pulp and Paper Welding Fabrication



Serving the Pulp and Paper Industry For over 50 years, Applied Technical Services has established itself as a leading nondestructive testing company with comprehensive inspection and analysis capabilities serving some of the most recognizable names in the pulp and paper industry. Our decades of experience in serving the pulp and paper industry allows us to manage, comply, and support pulp and paper mill facilities in an efficient and cost-effective approach, which positions ATS above our competition. ATS excels at performing shutdowns, turnarounds, and outages (STOs) with innovative solutions utilizing technology, project management, planning, teamwork, and industry-specific experience. As a result, we eliminate downtime while maintaining safe and reliable inspections to get plant operations back online in a timely manner. ATS' Outage Personnel Our technicians are thoroughly qualified to perform the vast discipline of NDT inspections, all in compliance with API 653, API 510, API 570, AWS-CWI, and ASNT SNT-TC-1A requirements, which enables our clients to focus on other critical operational issues. Due to the adverse environment of a pulp and paper facility, with corrosive chemicals, high pressures, elevated temperatures, and mechanical operations, it is vital that inspections are conducted with the highest level of evaluations to ensure capital assets are maintained. In addition to our highly trained and certified NDT technicians, ATS can deploy a team of professional engineers (P. E. ) for applications that require engineering evaluations. Our inspection initiatives implement Mechanical Integrity Programs (MIP), Fitness-For-Service (FFS), Corrosion Rate and Remaining Life Determination, Process Safety Management (PSM), Risk-Based Inspections...



ATS’ Nondestructive Testing Division has earned an excellent reputation among many industries for providing boiler and pressure vessel inspections. These mechanical integrity inspections are often required by OSHA, API, ASME and other governing agencies to ensure safe and reliable equipment. Pressure vessel owners are required to develop, document, and implement an inspection/repair plan that outlines procedures that meet required codes. Those plans often require inspectors to perform routine inspections, provide test results, documented damages/vulnerabilities and fit for service certifications. Our Engineers and certified staff of non-destructive testing professionals provide quality NDT services throughout the US and abroad. Licensed Professional Engineers (P. E. ) ASNT SNT-TC-1A Certified NDT Personnel CP-189 Inspectors API Inspectors AWS Certified Welding Inspectors (CWI) We Perform Mechanical Integrity Inspections to the Following Standards API 510 API 571 API RP 572 API 579 API 910 API 620 API 941 API 945 ASME FFS-1 ASME PCC-1 ASME PCC-2 ASME PCC-3 OSHA 29 CFR 1910 OSHA 29 CFR 1915 OSHA 29 CFR 1926 Pressure Vessel Inspections Within Our Expertise ASME Section VIII, Division 1 ASME Section VIII, Division 2 Deaerator Tanks Heat Exchangers Glass Lined Vessels Autoclaves Research Vessels Dryer Cans and Yankee Dryers Reactor Vessels Evaporators Vaporizers Air Receivers ATS Provides the Following Data Corrosion Rate Determination Remaining Life Calculations ASME FFS-1 Evaluations Fitness for Service Analysis API RP 579 Fit for Service Evaluations Required Thickness Determination Maximum Allowable Working Pressure Determination Evaluation of Existing Equipment Detailed Inspection Reports and Records Isometric and CAD drawings As a leader in...



ATS' Phased Array Ultrasonic Testing Services Applied Technical Services offers phased array ultrasonic testing (PAUT), an advanced inspection method that combines phased array (PA) inspections with ultrasonic testing (UT). Our experts use a phased array probe to produce a steerable, tightly focused, high-resolution beam that creates a detailed image slice of a structure or weld, making it easy to identify flaws or discontinuities. One of the advanced features of PA testing is the ability to view the scan in real time from a remote location. Common Findings Flaws in Structural Metals Stress Corrosion Cracking Shrinkage Cracks Stringers Laminations and Seams Hydrogen Flakes Slag Bond Lines and Lack of Fusion Porosity Our Services We are ISO/IEC 17025:2017-accredited in a variety of nondestructive testing methods, including ultrasonics and phased array. Our nondestructive testing (NDT) technicians are experienced leaders in the ultrasonic testing field who have undergone additional training focusing on phased array NDT techniques. ATS' ultrasonic testing experts provide quality inspection services for a broad range of industries throughout the US and abroad. Our NDT division offers phased array ultrasonic testing services in our laboratories, field locations, and on customer premises. Frequently Tested Materials Plastics Ceramics Metals and Alloys Aluminum Titanium Copper Iron Steel Common Applications PAUT is an indispensable test method in a variety of applications, including: Structural Metals Inspections Pipeline Welds Aerospace Components Weld Inspections Detection and Sizing of Stress Corrosion Cracking in Turbine Rotors In-service Testing of Pipes Flange Corrosion Under Gasket Industries Regularly Requesting Phased Array Chemical Manufacturing...



ATS' NDT testing lab is one of North America's leading NDT labs and is equipped with the latest equipment. We perform all NDT methods on various materials and components for Nuclear, Aerospace, Maritime, Manufacturing, Automotive, Petrochemical, Transportation, and Construction Industries. Some of the daily inspections we perform are radiography for welder qualification and liquid penetrant/magnetic particle on first article items. We can also develop new techniques in our NDT testing lab for inspecting your materials. Within ATS' NDT labs we test an array of materials not limited to plastics, composites, steels, aluminum, copper, and titanium. Our Lab Technician CERTIFICATIONS SNT-TC-1A NAS-410 FAA A & P or REPAIRMAN ASNT NAVSEA AWS-CWI EN 473 Nuclear ISO 9712 Lab Services Crane / Hook Inspection First Article Inspections ID/OD Tests For Pipe & Tubing Initial & In Process Materials Nadcap NDT Accreditation New Parts Test In-service Parts Welder Qualifications Common Inspection Methods Liquid Penetrant Magnetic Particle Ultrasonic Testing Eddy Current Testing Radiography Digital Radiography Visual Testing Phased Array Regularly Served Industries Aerospace Automotive Construction Fabrication Shops Infrastructure Maritime / Ship Yards / Submarine Manufacturing Military Nuclear Welding Fabrication Power Generation Foundries Steel Making Common Defects Detected Longitudinal Cracks Lack of Fusion Elongated Voids Porosity Cold Laps Slag Inclusions Lack of Penetration Crown Undercuts Offsets or Mismatched Tungsten Inclusions Oxide Inclusions Burn-Through Shrinkage Porosity Quench Cracks Dedication to Customer Service Applied Technical Services has provided high-quality NDT testing services to industrial and commercial clients for over fifty years. We strive to provide the best customer...



ATS Performs a Variety of NDT Services Our certified staff of professionals provides quality inspections and NDT services to a broad range of industry sectors throughout the US and abroad. Inspections are performed by highly trained technicians certified to: SNT-TC-1A NAS410 CP189 ATS travels locally, nationally, and internationally to perform nondestructive testing on a wide variety of materials and structures. Commercial Construction Services Concrete Radiography - Obstructions can be located with 100% accuracy with reliable radiographs. X-rays give us the ability to identify rebar, conduit, and post-tension cables in concrete structures up to 24" thick. Our services are guaranteed to give you the results you need. Computed Digital Radiography - Our computed digital radiography systems give us precise imaging with much greater detail than film. The capability to select and enhance critical areas of interest and the ease of electronic file sharing are just a few advantages our customers enjoy. Additional Specialty Field Services Ground Penetrating Radar (GPR) - Using radar technology, we can locate post-tension cables and rebar in concrete up to 32" thick. This non-intrusive inspection can be employed at any time, eliminating the need for a "radiation barrier. " GPR can reveal the depth of concrete up to 18". Block walls and concrete structures can be scanned for proper rebar placement. 3-D computer imaging is available for formal reports and archiving. Nondestructive Examination of Weldments ATS has full NDE capabilities for weld inspection of structural and stainless steels along with aluminum alloys. Inspections are performed to a...



ATS supports clients through NDT outages and turnarounds, smoothing the inspection process and minimizing downtime. Our technicians are certified to SNT-TC-1A. We provide these services effectively to clients in the pulp and paper, chemical, nuclear, and utility industries because we understand how specialized the production process has become and how demanding the outage environment can be. Tanks, Pressure Vessels, and Piping Systems Through the use of automated ultrasonic thickness crawlers, continuous thickness scans can be performed on the shell of carbon steel tanks and vessels, as well as piping systems. This inspection data is presented in a graphical format that can include minimum wall thickness calculations in accordance with a variety of standards, such as API 653. ATS employs an experienced staff of inspectors certified in API 653, API 510, and API 570. Paper Machine Inspections ATS uses fully automated thickness crawlers capable of on-line velocity adjustments to compensate for changes in acoustical properties inherent in the casting process. This allows for an accurate thickness scan across the full length of a dryer can. Internal visual examination of paper machine dryers is one of the most efficient and effective methods of inspection. During a visual inspection, the condition of internal components and areas of shell thinning and grooving can be determined. Magnetic particle inspection of the heads and journals of paper machine dryers, along with ultrasonic soundness inspection of the bolts are performed to find minor defects and cracks before they become major problems. Boiler Inspection Services Fast, cost-effective boiler...



Applied Technical Services offers nondestructive Mag Particle Inspection services for analyzing surface and near-surface discontinuities. ATS’ professional techs are able to detect flaws in ferromagnetic materials by generating a magnetic field directly and/or indirectly into a configured component. Multiple methods are used for inspection such as dry particle and wet suspension while applying continuous and residual magnetization. ATS employs this method as one of the most cost cutting solutions with a short turn-around time. Our qualified personnel of NDT professionals offer exceptional mag particle inspection services to a broad spectrum of industries domestically and globally. We perform Magnetic Particle Inspections in our laboratories, in the field and/or on client locations with customer service and cost reductions as major priorities and primary goal. Common MT Inspections Cooling Cracks Cupping Grinding Cracks Laminations Machine Tears Quench Cracks Blasting, Pickling Cracks Seams Commonly Tested Materials Castings Ferromagnetic Alloys Iron Nickel Steel Welds Common MT Applications Bolts Castings Crane Hooks Fan Blades Forged Parts Generator Components Impellers In-Service Parts Rails Valve Bodies and Pumps Industries that Most Benefit from MT Inspections Aerospace Automotive Construction Nuclear Offshore Structures Petrochemical Pharmaceutical Pipelines Transportation Power Generation Pulp and Paper Ship Yards Welding Fabrication Amusement Parks Industries that Most Benefit from MT Inspections For over fifty years, ATS has been dedicated to providing excellence in customer service. Our NDT experts are always working to improve the client experience, working directly with customers to find solutions for their problems. Clients can contact our experts at any point during the...



Applied Technical Services provides magnetic particle inspection as a method of nondestructive testing. Also known as MPI, magnetic particle inspections are used for detecting surface and near-surface discontinuities. Our technicians are able to detect flaws in ferromagnetic materials by inducing a magnetic field directly or indirectly into a component. Many of the methods used are dry particle and wet suspension while applying continuous and residual magnetization. Magnetic particle inspection is one of the most cost-effective inspection methods used and, furthermore, offers a short turn-around time. Our certified staff of NDT professionals provides quality MT services to a broad range of industries throughout the US and abroad. We can perform Magnetic Particle Testing in our laboratories, field locations, and customer premises. Common Types of Defects Uncovered Seams Laminations Cupping Cooling Cracks Grinding Cracks Machine Tears Blasting, Pickling Cracks Many Others Commonly Tested Materials Iron Nickel Steel Ferromagnetic Alloys Castings Welds Common Applications Bolts Rails Castings Valve Bodies and Pumps Forged Parts In-Service Parts Generator Components Fan Blades Impellers Crane Hooks Industries that Use MDI Aerospace Automotive Construction Nuclear Offshore Structures Pharmaceutical Pipelines Power Generation Pulp and Paper Petrochemical Ship Yards Welding Fabrication High-Quality Customer Service Applied Technical Services has provided non-destructive testing and inspection services for over 50 years. We maintain a reputation of excellence by constantly working to improve the client experience. Our customer service ambassadors connect clients directly to relevant experts who can devise solutions to their problems. Our experts deliver clear, detailed reporting as quickly as possible, ensuring...



One of the most popular inspection methods Applied Technical Services (ATS) provides is liquid penetrant testing (PT). Many of our customers request this method because it is highly sensitivity to small surface flaws and discontinuities. It also can be used on a wide variety of shapes and materials ranging from metals, plastics, and rubbers. PT is a cost effective approach to rapidly inspect large objects or a high quantity of items. What PT Testing Uncovers ATS is capable of detecting common and uncommon discontinuities open to the material's surface. Some of the most common discoveries are fatigue cracks, grinding cracks, overload and impact fractures, forging laps or seams, and weld discontinuities. Common Findings Fatigue Cracks Grinding Cracks Quench Cracks Overload Fractures Impact Fractures Forging Laps Porosity and Seams Many Others Our certified staff of NDT professionals provide quality inspection services for a broad range of industries throughout the US and abroad. We offer PT services in our laboratories, field locations and/or customer premises. Commonly Tested Materials Aluminum Steel Nickel Stainless Steel Ceramic Materials Glass Plastic Rubber Common Applications Forged Parts In-Service Parts Turbine Engines Weld Inspections Fan Blades Pressure Bodies Valve Components Inlet / Outlet Blowers Stainless Steel Fillet Welds Engine Parts Heat Treated Parts Industries that Benefit the Most From Liquid Penetrant Testing Manufacturing Automotive Pulp and Paper Pipeline Pharmaceutical Ship Yards Aerospace Construction Petrochemical Power Generation Welding Fabrication Contact Us If you need liquid penetrant testing, contact ATS today. Call +1 (888) 287-5227 to learn more about our...



Applied Technical Services is a well-known nondestructive examination (NDE) provider. To better serve our clients, we have expanded our offerings to include drone inspection services. When relevant to the scope of the work requested, our NDT field team can perform various inspections using Unmanned Aerial Vehicles (UAVs). Otherwise known as drones or small unmanned aircraft systems (sUASs), these inspection tools are piloted from the ground via remote control and can take high-resolution pictures and video. Our drones can fly hundreds of feet into the air, allowing our trained technicians to observe areas of large equipment or tall structures that are otherwise difficult to access. Drone-assisted visual inspections are a more efficient alternative to traditional methods of visual inspection; climbing tall ladders, using aerial lifts or cranes, descending from above via rope-access, standing on adjacent buildings, rigging up a camera boom, or shooting footage out of a helicopter will be more costly and dangerous, or yield a less thorough of an analysis than one of our drone inspections. Drone Capabilities ATS’ Engineering division keeps an array of drones available for inspection services. Our technicians select the most appropriate combination from our fleet of UAVs according to the scope of the requested analysis. GPS Enabled We use one type of drone that specializes in outdoor inspections because of its extremely precise Real Time Kinematics (RTK) global positioning/navigation system. This unit features long flight times, two camera mounts, and extra flight modes that enable highly stable footage. These features, along with its ability...



ATS provides highly responsive customer service, detailed reporting, and quick turnarounds when compared to most other drone inspection companies. A Case for UAV Inspections Applied Technical Services utilizes unmanned aerial vehicles (UAVs) — also known as small unmanned aircraft systems (sUASs) but best known as drones — to perform inspections on specific structures or equipment if requested or otherwise when practical. Drones are a new class of tool that offers many benefits to our Consulting Engineering Department’s visual inspectors — allowing them to view areas that are either dangerous or difficult for humans to access. Clients may find the process of sending a drone to look for cracks in a weld at the top of a freestanding 350 ft tower much faster, safer, and cheaper than sending a technician up in a basket attached to a crane. This efficiency-boosting device drives down the cost for clients and increases the speed with which our technicians can complete their visual inspection. ATS’ drones are outfitted with high-resolution cameras capable of taking photos or videos. These drones are both highly maneuverable and stable while hovering. The combination of such features allows our licensed drone pilots and experienced camera operators to collect high-quality visual data needed to evaluate any areas of interest. Unique among drone inspection companies, all of ATS’ flights are operated by a team of certified technicians and professional engineers — the same group that performs unassisted visual inspections. Their dual expertise allows them to not only provide data on any problems...



Drone Inspections by ATS Applied Technical Services is trusted around the world to conduct quality nondestructive examinations (NDEs). We have expanded our offerings to include drone inspection services, which we perform to discover visible defects in large structures and equipment. Spurred initially by hobbyist interest, drone technology has also seen rapid adoption rates in the last few years by businesses that see the potential drones offer commercially. Because we specialize in inspection services, ATS came to recognize how drones could help both our consulting engineering department and our clients during the inspection process. Drone Inspection Capabilities ATS’ engineering division employs a fleet of drones to perform visual inspections on client structures and equipment. Depending on the scope of the inspection, our technicians may choose from a variety of units specialized for different environments. By choosing the appropriate unit for the job, our inspectors can easily assess vast pipelines for damage from the air or examine internal conditions of a tank without performing confined space entry (CSE). Because of the power and versatility of our drone units, ATS Engineering can offer the following services: Remote Visual Inspections Thermal Imaging Inspections Standards and RegulationsTo ensure the continued order and safety of the airways in the wake of rapid drone adoption, the Federal Aviation Administration (FAA) created a list of rules and regulations for both recreational and commercial UAV usage. Part of ATS’ commitment to quality entails observing industry standards and government regulations when performing services for our clients. For that reason, we...



ATS' Guided Wave Testing (GWT) Services Applied Technical Services, Inc. (ATS) provides guided wave testing as a productive and efficient method for effective pipeline surveying by applying low-frequency ultrasonic waves originating from a single test location. Axial or circumferential cracks and corrosion loss in above ground storage tanks, insulated and buried pipes can be identified in addition to their estimated location and size using this technique. As a time-saving measure in reducing cost, guided wave testing allows ultrasonic inspection and evaluation of large sections of pipeline which may include insulated pipes that can remain unaltered while staying in service without the need to remove contents from the lines as a beneficial result. In addition, stress cracks can be identified in above ground storage tank steel plates for multipliable use. Structural Health Monitoring (SHM) ATS can implement structural health monitoring (SMH) for fixed installation for continual and long-interval data-collection and detection monitoring in wide-ranging areas. Guided Wave Testing Detects Flaws In: Buried Anchor Rods Heat Exchanger Tubing Metal Structures Pipelines Steel Cabling Capabilities Ability to inspect underground piping, pipelines and insulated pipes for internal or external corrosion and cracks. Pipe size outside diameter for inspection range from 0. 25-inch to 60-inch. Operating frequency range between 8 kHz to 250 kHz; at higher frequencies it can lower the near-field zone as well as the dead zone at less than 0. 5 ft. Test above ground tanks and pressure vessels for stress cracking. Industries Best Served by This Method Oil & Gas Petrochemical...



Unparalleled Ground Penetrating Radar Services Applied Technical Services’ nondestructive testing division offers a variety of inspection methods, performed in our lab or on client site. Construction industry clients request one method in particular to detect everything from flaws like voids to features like structural beams; our ground penetrating radar services (GPR) relay detailed information about conditions beneath the surface of a concrete sample. Many construction professionals and concrete cutting/coring experts call on ATS to provide this proficient nondestructive testing method that accurately scans concrete identifying rebar, conduits, and post-tension cables. Since 1967, ATS has established an excellent national and global reputation for dependable testing and inspection services. Along with our 20 plus service locations we have assembled a strong network of technicians capable of handling large jobs quickly and efficiently. Our certified and experienced NDT experts use the latest ground penetrating technology, making them industry leaders due to their expertise and accurate data interpretations. Detected by Inspections Sewage Lines Water Mains Void Areas Pipe Rebar Support Structures Power Supplies Common GPR Requests Concrete Cutting and Core Experts The Utilities Industry Construction Contractors Structural Engineers Identified by GPR Inspections Pipes Water Mains Post Tension Cables Rebar Conduits Dedicated Customer Service At Applied Technical Services, we work to constantly improve our nondestructive testing services. We prioritize our customers, offering short turnarounds and thorough, detailed reporting. We connect clients directly to relevant experts who can help with their particular needs. If you need ground penetrating radar services, contact ATS today.



In the field of eddy current testing companies, Applied Technical Services provides ET testing in detecting cracks, material or coating thickness, and conductivity measurements. Our technicians can inspect your products to reveal material surface cracks and defects with quick results. Additionally, ATS has the means to test complex shapes and sizes due to the type of equipment utilized while performing eddy current. ATS has the ability to implement advanced ET testing such as scanning, swept frequency, multiple frequency, and pulsed inspections for adaptable and resolute inspections. ATS' certified NDT technicians perform the highest-quality ET testing services across a large spectrum of industries nationally and globally. We take great measure to accommodate our clients with either field testing or employing our in-house NDT lab as a versatile testing facility. Our certified staff of NDT professionals provides eddy current nondestructive testing services to a broad range of industries throughout the US and abroad. ET Testing services are offered in our laboratories, field locations and/or customer premises. Commonly Tested Materials Titanium Copper Alloys Aluminum Stainless Steel Conductive Materials Common Applications Aircraft Inspections Heat Exchanger Tubing Heat Treatment Inspections Rail Head Test Tube Analysis Industries Using ET Aerospace Automotive Nuclear Petrochemical Pipelines Power Generation Pulp and Paper Ship Yards Welding Fabrication Industries Using ET Applied Technical Services has provided clients with high-quality nondestructive testing services for decades. We prioritize our clients, offering the best customer service possible. Our experienced NDT experts deliver detailed reports as quickly as possible, prioritizing our clients’ needs. If you...



Applied Technical Services offers Eddy Current Testing for crack detection, material or coating thickness, and conductivity measurements. Our inspections are capable of revealing small cracks and defects at or near the surface and have the ability to provide immediate results. ATS has the capability to inspect complex shapes and sizes of conductive materials at location due to the portability of our eddy current equipment. ATS also provides advanced techniques such as scanning, multiple frequency, swept frequency and pulsed inspections. Our certified staff of NDT professionals provides eddy current testing services to a broad range of industries throughout the US and abroad. ET Testing services are offered in our laboratories, field locations and/or customer premises. Common Materials Tested Titanium Copper Alloys Aluminum Alloys Conductive Materials Common Eddy Current Applications Aircraft Inspections Heat Exchanger Tubing Heat Treatment Inspections Rail Head Test Tube Analysis Industries Using ET Aerospace Automotive Nuclear Petrochemical Pipelines Power Generation Pulp and Paper Ship Yards Welding Fabrication Our ET Services Applied Technical Services offers decades of experience in NDT. We have provided high-quality testing, inspection, and consulting engineering services for over 50 years. Our eddy current experts provide excellence in customer service, assisting clients directly with their inquiries. We deliver clear, detailed, accurate reporting as quickly as possible, enabling clients to make informed decisions regarding their equipment. If you need eddy current testing, contact ATS today. We take a closer look.



ATS: Trusted Provider of Eddy Current Inspections Applied Technical Services offers Eddy Current Inspections for detecting cracks, material configuration or coating thickness and conductivity measurements. Making use of this electronic induction technique, ATS’ technicians are skilled at uncovering small-scale cracks and defects — both surface and sub-surface — with the capacity to analyze instant results. While using eddy current inspections equipment, ATS has the ability to inspect intricate contours and varying sizes of conductive materials. Additionally, ATS offers leading technology for scanning, swept frequency, multiple frequency and pulsed inspections. ATS’ certified team of NDT technicians provide eddy current testing services to an expansive range of industries throughout the United States and worldwide. Eddy current services are offered in our advanced labs, in the field and/or customer locations. Common Materials Tested Aluminum Conductive Materials Stainless Steel Titanium Common ET Applications Aircraft Inspections Heat Exchanger Tubing Heat Treatment Inspections Rail Head Test Steam Generator Tubing Conductivity measurements Industries Using ET Aerospace Automotive Nuclear Petrochemical Pipelines Power Generation Pulp and Paper Ship Yards Welding Eddy Current Experts ATS possesses extensive expertise in nondestructive testing. Our NDT experts offer a wide variety of testing capabilities, including eddy current testing. ATS’ dedication to excellent customer service sets our NDT services apart. We connect clients directly with relevant NDT experts who can assist them and answer their questions. We deliver reports within a short time frame, providing clients with the information they need. If you could benefit from eddy current inspections, contact ATS today.



Applied Technical Services (ATS) implements one of the most proven inspection methods using dye penetrant testing. Our clients ask for this method since it is extremely receptive to small surface flaws and discontinuities. In addition, it is used on a wide-range of complex and intricate contours and materials ranging from metals, plastics or polymers, and composites. PT is a highly-demanded cost cutting measure to quickly inspect large-sized objects or a considerable amount of components. By applying dye penetrant testing, our techs are certified to detect common and uncommon discontinuities exposed to the material's surface. In most cases, the revealed findings are fatigue cracks, grinding cracks, quench cracks, impact fractures, overload fractures and weld discontinuities. ATS' certified team of NDT professional techs offer complete inspection services to an expansive range of industries domestically and globally. Dye Penetrant Testing services are offered in our laboratories, in the field and/or on client premises with customer service as a priority and cost effectiveness as a primary goal. Common PT Findings: Fatigue Cracks Grinding Cracks Impact Fractures Laps Overload Fractures Porosity and Seams Quench Cracks Forging Defects Common Materials Tested: Aluminum Ceramic Materials Glass Composites Nickel Plastic Rubber Stainless Steel Various Metals Common PT Applications: Engine Parts Fan Blades Fillet Welds Forged Parts Inlet/Outlet Blowers In-Service Parts Pressure Bodies Stainless Steel Turbine Engines Valve Components Weld Inspections Industries Using PT: Aerospace Automotive Construction Manufacturing Ship Yards Petrochemical Pharmaceutical Pipeline Power Generation Pupl and Paper Welding Fabrication



Applied Technical Services performs digital industrial radiography when inspecting materials, components and structures. Our highly rated radiography systems give us precise imaging with much greater detail than film. The capability to select and enhance critical areas of interest and the ease of electronic file sharing are just a few advantages to our customers. Many industries call on ATS to perform digital industrial radiography on welds, pipelines, assemblies, circuitry, electronics and plastics. Our certified staff of NDT professionals provide quality CDR inspection services for a broad range of industries throughout the US and abroad. Computed digital radiography services are offered in our laboratories, field locations and/or customer premises. Applications of Digital Radiography: Boiler Tubes Castings Pipelines Structures Weld Inspections Weld Certifications Concrete Aircraft Components Aircraft Structures Tank Inspections Commonly Tested Materials & Products: Assemblies Circuitry Electronics Metals Plastics Composites Aluminum Steel Castings Pipelines Structures Welds Forgings Common Findings: Longitudinal Cracks Porosity Lack of Fusion Elongated Voids Water in Honeycomb Cold Laps Slag Inclusions Incomplete Penetration Lack of Penetration Root Undercut Crown Undercut Offsets / Mismatched Tungsten Inclusions Burn-Through Blow Holes Shrinkage Hot Tears Crack in Airframes Root Concavity Root Convexity Industries Requesting This Method: Aerospace Automotive Construction Fabrication Shops Nuclear Petrochemical Pharmaceutical Pipeline Power Generation Pulp and Paper Welding Fabrication Quality NDT Services Applied Technical Services has been a leader in NDT services for over 50 years. We dedicate ourselves to providing excellent customer service. We put clients directly in contact with NDT experts who can help with their inquiries. Customers...



ATS offers CUI inspection services that comply with applicable standards. In 2014, The American Petroleum Institute (API) published a new Recommended Practice (RP) 583, which focused on the awareness of external corrosion under insulation (CUI) complications. Our onsite NDT team offers CUI inspections that assist in detecting possible corrosion under insulation issues and help owners avoid related risks. CUI can occur on any component, such as steel piping or vessels, as a result of water trapped under insulation. This type of attack can even be experienced on stainless steel components in the form of pitting corrosion or stress corrosion cracking. Various factors may influence the amount of damage due to CUI. The most common ones being, corrosivity of the environment, duration of exposure to moisture, condition of the jacketing, service temperature, and the type of insulation. Radiometric Profiler Method of Inspection Our radiometric profiler is a handheld radiographic system using a low-level radioactive source. The source is mounted to a C-arm and measures density changes which can allow for an estimation of the pipe wall thickness. The low-level source does not require any radiation barricades and does not set off radiation meters attached to tanks. Realtime Radiographic Inspections ATS' real-time radiography equipment generates x-rays to identify CUI. With this specialized equipment (OpenVision™) an operator can quickly pinpoint areas of concern to either supplement with profile radiography or strip small amounts of insulation for further evaluation. Contact Us To learn how ATS can support your next project and to get a...



ATS will lead your organization to identify and eliminate causes of equipment failure. Our experienced personnel will conduct in depth field investigations to assess the conditions leading to failure. Field investigation combined with state-of-the-art laboratory failure analysis capabilities will yield quick and accurate results. ATS engineering staff will work with your organization to determine the most effective means of eliminating failure, ensuring safe and reliable operation. Troubleshooting and Diagnostics Methods Include: Field Investigations Root Cause Determination Component Failure Analysis Metallurgical Failure Analysis Learn more on Metallurgical Failure Analysis. Root Cause Failure Analysis Facilitation Methods Include: Component Failure Investigation (CFI) Root Cause Investigation (RCI) Root Cause Failure Analysis (RCA)



How can you improve your performance with reliability development? Optimizing your Condition Based Monitoring Program is essential to keeping your rotating equipment operating efficiently and effectively. By identifying key damage mechanisms needing to be resolved, ATS industry experts can help you successfully fine tune your reliability centered maintenance programs with reliability development. We evaluate all aspects our your programs, including equipment health, equipment criticality, efficiency, data analysis, procedures, alarms, training, troubleshooting methodologies, and reporting. Our consultants will provide detailed action plans with assessments that will guide you in improving your equipment reliability, technical knowledge, and implementation efficiency. Applied Technical Services will partner with you on reliability development to reduce your downtime and improve your quality of life.



Improve Performance with Preventative Maintenance Optimizing your Condition Based Monitoring Program is essential to keeping your rotating equipment operating efficiently and effectively. By identifying key damage mechanisms needing to be resolved, ATS industry experts can help you successfully fine tune your reliability centered maintenance programs with preventive maintenance. How ATS Contributes We evaluate all aspects our your programs, including equipment health, equipment criticality, efficiency, data analysis, procedures, alarms, training, troubleshooting methodologies, and reporting. Our consultants will provide detailed action plans with assessments that will guide you in improving your equipment reliability, technical knowledge, and implementation efficiency. Applied Technical Services will partner with you on preventive maintenance to reduce your downtime and improve your quality of life.



ATS performs pipeline evaluations per the API 570 piping inspection standard. Our certified and qualified experts can assess power piping and process piping systems for flaws, defects, and risks in order to help clients determine their maintenance needs, plan repairs, and determine their next course of action. Fitness for Service Applied Technical Services offers API 570 Fitness for Service assessments for operational client assets. We conduct FFS evaluations in compliance with applicable standards, such as: Fitness-for-Service (FFS) Evaluations Program Management Engineering Evaluations: Pressure and Structural Calculations Risk-Based Inspections (RBI) Damage Mechanism-Driven Inspections Corrosion Rate and Remaining Life Determination Pipe Support Placement Evaluation Thermal Analysis Evaluation Risk Mediation Our inspections are tailored to your piping and risk mediation programs, including: Mechanical Integrity Program (MIP) Process Safety Management (PSM) Spill Prevention, Control, and Countermeasure (SPCC) Resource Conservation and Recovery Act (RCRA) Chlorine and Chlorine-Dioxide Service Flammable or Hazardous Chemicals Proprietary Process Chemicals Inspections Methods We utilize the following methods in our inspections to gain an understanding of the condition of your piping: Visual Testing (VT) Ultrasonic Thickness Testing (UTT) Penetrant Testing (PT) Radiographic Testing (RT) Magnetic Particle Testing (MT) Bubble Leak Testing (BLT) Targeted Inspections Our targeted inspections look to find and quantify damage and deterioration, such as: Corrosion Under Insulation (CUI) Corrosion Erosion Fatigue Cracking Contact Us Contact ATS today to schedule piping inspections with our qualified and certified team! Call +1 (888) 287-5227 to speak with a representative or click here to submit a request form.



ATS is a leader among Pressure Vessel Inspection Companies. Our API inspectors have been properly trained and certified, and frequently perform API 510 pressure vessel inspections. Along with API 510, API 570 for piping and API 653 for above ground storage tanks are the commonly requested evaluations, all being applicable to a wide variety of industries. Program Capabilities: Engineering Evaluations Mechanical Integrity Thickness Inspections Fitness-for-Service (FFS) Evaluations Corrosion Rate and Remaining Life Determination Turnkey Management Program Jurisdictional State Special Evaluations Targeted Inspections Our targeted inspections focus in finding and quantifying such damage and deterioration phenomenon as: Cracking / Broken Component Erosion / Erosion-Corrosion Wall Thinning Corrosion Under Insulation (CUI) Tide line and Corrosion Zones Pressure Vessels Expertise Include: ASME Section VIII, Division 1 ASME Section VIII, Division 2 Deaerator Tanks Heat Exchangers Glass-Lined Vessels Autoclaves Research Vessels Dryer Cans and Yankee Dryers Process Equipment and Risk Mediation Our vessel inspections are tailored to your process equipment and risk mediation programs such as: Mechanical Integrity Program (MIP) Process Safety Management (PSM) Spill Prevention, Control, and Countermeasure (SPCC) Resource Conservation and Recovery Act (RCRA) Chlorine and Chlorine-Dioxide Service Flammable or Hazardous Chemicals Proprietary Process Chemicals Equipment Condition Assessment Methods We utilize the following test methods in our inspections to gain an understanding of the condition of your equipment: Visual Inspections (VT) Ultrasonic Thickness Testing (UTT) Magnetic Particle Testing (MT) Penetrant Testing (PT) Radiographic Testing (RT)



The ATS Family of Companies (FoC) is a leader among tank inspection companies. Our API 653-certified inspectors regularly perform API 653 tank inspections. Many industries call upon ATS to also perform other popular services according to the API 570 and API 510 standards. Mechanical Integrity Program Capabilities Thickness Inspections Engineering Evaluations Corrosion Rate and Remaining Life Determination Fitness for Service Evaluations (FFS) Turnkey Tank Management Program Targeted Inspections Our targeted API 653 tank inspections look to find and quantify damage and deterioration, such as: Corrosion Rate Remaining Life Under Floor Corrosion Corrosion Under Insulation (CUI) Tide Line and Corrosion Zones Settlement and Planar Tilt Aboveground Storage Tank Inspections Our expertise in aboveground storage tanks includes: SP-001 Tanks UL-58 Process Equipment and Risk Mediation Our inspections are tailored to your process equipment and risk mediation programs, such as: Mechanical Integrity Program (MIP) Process Safety Management (PSM) Spill Prevention Control and Countermeasure (SPCC) Resource Conservation and Recovery Act (RCRA) Chlorine and Chlorine-Dioxide Service Flammable or Hazardous Chemicals Proprietary Process Chemicals Equipment Condition We utilize the following test methodologies in our inspections to gain a thorough understanding of the condition of your equipment: Visual Inspections (VT) Ultrasonic Thickness Testing (UTT) Magnetic Particle Testing (MT) Penetrant Testing (PT) Radiographic Testing (RT) Magnetic Flux Leak Detection (MFL) Vacuum Box Testing (VBT) Peripheral Considerations Secondary Containment Sizing Contact Us Contact the ATS FoC to schedule API 653 services. Call +1(888) 287-5227 to speak with a representative about our capabilities or click here to submit a webform...



ATS travels nationally and internationally to provide the same services onsite that are offered by our aviation NDT lab. We are prepared to fly or drive to your location to perform any and all NDT methods relevant to your needs. Our mobile radiography labs enable us to perform radiographic testing, process the film, and provide detailed interpretation on-site. Our customer base is comprised of private aircraft owners, small aviation businesses, corporate jets, military, and major commuter airline companies. Our professional technicians are highly trained and certified to deliver excellent service and accurate interpretations. We arrive on time and prepared with the right equipment, the right standards, and everything needed to get the job done. You will have the reports in hand when we leave your site. Mobile Aviation NDT Capabilities Travel Nationally Travel Internationally Perform all Methods Mobile Radiography Lab Private Aircraft Corporate Jets Military Commuter Airlines Aviation Businesses ATS' Aircraft and Aviation NDT Lab Services ATS has a state-of-the-art NDT lab. The lab is equipped with the latest and most advanced NDT equipment. We will perform any and all of the NDT methods on your aviation parts and components. Some of our most common jobs include rotor grips, newly manufactured parts, engine overhauls, and military aircraft parts. ATS has been called upon many times to do unique custom jobs like parts investigation on downed airplanes. Our NDT lab frequently serves private aircraft owners, aviation manufacturing companies, small aviation businesses, corporate jets, military, and major commuter airline companies. Aviation NDT...



ATS technicians are highly trained and certified to perform aircraft structural NDT inspections in the field and from our dedicated labs. Their in-depth experience gives them the ability to detect and interpret common and rare defects. Common flaws detected by NDT in aircraft structures are cracks or metal loss caused by corrosion, cyclic stresses due to pressurization and depressurization, impact damage, and disbonding and delaminations found in composites, which could be caused by: Mechanical Fatigue Thermal Stress Corrosion How Crucial Are NDT Inspections? Conducting periodic nondestructive evaluations is very crucial in the effective structural management of aircraft components. These periodic inspections are performed on all commercial and civil aircraft after a certain amount of flight hours or take-offs and landings. In the U. S. , airlines and large commercial operators follow programs specified by the Federal Aviation Administration (FAA). The airworthiness authority in Europe is EASA (European Aviation Safety Agency). ATS maintains multiple FAA repair stations and is approved by EASA as a Part-145 maintenance organization. The nature of the flaw and the type of material that is to be inspected are critical factors in determining the nondestructive technique that has to be utilized in aircraft structures. We have decades of experience with such inspections. If you need aircraft structural NDT inspections, contact ATS for a closer look. Parts Inspected Flight Surfaces Windows and Windshields Landing Gear Fuselage Aircraft Various Engine Components NDT Inspection Methods Eddy Current Radiography Ultrasonic Liquid Penetrant Magnetic Particle Borescope Optical Prism Bond Testing Ultrasound &...



ATS specializes in aircraft engine inspections, ensuring no flaw or threat goes undetected. We have been leaders in the Aviation NDT Industry since 1975 when we obtained our repair station certificate from the FAA. Our nondestructive testing experts commonly identify flaws such as cracks caused by mechanical fatigue, thermal cycling, unintended overheating and vibrations. Engine Part Inspections Core Fan Blades Bleed Air Ducting Turbine Cases Typically, most aircraft components are inspected at regular intervals representing certain number of flight hours to ensure that cracks or flaws are detected before they reach a critical size, and the affected parts are either repaired or replaced before catastrophic failure. Although different types of aircraft will have varying requirements for inspections, FAA sets preventative and minor maintenance schedules in addition to the mandatory annual aircraft engine inspections. Besides the regularly scheduled inspections, FAA also publishes "AD Notes" (Airworthiness Directives) to alert owners of aircraft and provide them information about unsafe conditions. NDT Inspection Methods Eddy Current Radiography Ultrasonic Liquid Penetrant Magnetic Particle Borescope / Video Probe Contact Us If you need an aircraft engine inspection, contact the ATS Family of Companies (FoC). Our growing network of expert technicians and firms can reach clients faster than ever. Call +1 (888) 287-5227 to learn more about our services.




## Forensics


Applied Technical Services provides comprehensive evidence storage solutions for clients who require temporary or long‑term protection of critical materials. Evidence often plays a decisive role in both criminal and civil cases, so proper storage is essential to maintaining its credibility, integrity, and legal admissibility. With decades of experience in forensic engineering, ATS supports litigation, insurance investigations, and technical evaluations. We offer secure, reliable storage services that help preserve evidence throughout an investigation. Understanding the Importance of Evidence Storage Effective evidence storage is fundamental to preserving the condition of evidence used in investigations, audits, and legal disputes. Secure storage environments protect items from tampering, contamination, environmental degradation, and unauthorized access, all of which can compromise a sample's evidentiary value. It’s also important that evidence storage be well organized, allowing authorized personnel to retrieve evidence quickly when needed for examination, expert review, or courtroom presentation. To be effective, evidence storage providers must maintain organized systems, adhere to thorough documentation practices, and implement strict security measures. ATS upholds these standards to ensure every item remains secure and ready for use at any stage of the legal process. About Our Evidence Storage Solutions Applied Technical Services’ climate‑controlled evidence storage facility protects and preserves a wide range of materials, from small components and samples to full‑scale vehicles such as automobiles, boats, and compact aircraft. Our secured facility encompasses more than 22,000 sq. ft. of dedicated storage space, with the ability to expand as needed to support large or complex cases. Continuous 24‑hour video surveillance, multiple...



The Applied Technical Services Family of Companies (ATS FoC) performs property appraisal services, working on behalf of insurance companies to establish the objective value of residential properties. The insurance claims process is intentionally meticulous as it requires comprehensive assessments and detailed investigations to ensure the fairness of the insurance claim process and its ultimate outcome. The ATS FoC employs technical specialists and consultants who can serve as the accredited appraisers insurance companies need in dispute resolution. What is an Insurance Claim Appraiser? An insurance claim appraiser conducts evaluations and investigations to determine the true value of a loss. Often appointed by a policyholder or insurer, the insurance appraiser is responsible for ascertaining an asset’s replacement cost or actual cash value without bias, not even toward the party that employs them. In the event of a dispute, both the insurer and the policyholder will procure the services of their respective appraisers, and those appraisers will conduct their own assessment of the circumstances and conditions to determine the property’s value. If the two appraisers fail to resolve the dispute in a timely manner, they will jointly select an umpire who is another impartial party with the ability to assess an asset’s value. In many instances, the umpire’s valuation of the asset is binding if one of the two disagreeing parties accepts their appraisal. However, the umpire’s appraisal is not binding in all jurisdictions. Learn More About Our Property Appraisal Services Our insurance claim appraisers are an important asset to insurance companies interested...



The Applied Technical Services Family of Companies (FoC) offers dispute resolution services that help insurance companies determine an asset’s fair value. Insurance claims can be a stressful process for all parties involved, especially when the insurer and the insured disagree on an asset’s valuation. While these disputes are common, it doesn’t make them any less of a challenge to address. Our appraisers have the credentials, credibility, and experience needed to evaluate circumstances through an objective lens to determine the value of an asset. What is Dispute Resolution? In the context of an insurance claim appraisal, dispute resolution is a highly structured process designed to resolve instances where an insurer and a policyholder disagree on the valuation of a loss. Insurance claim appraisals are a type of alternative dispute resolution, which are pathways that allow two parties to resolve their dispute without escalating litigation. Independent appraisers, such as ATS, conduct thorough and impartial investigations on behalf of one of the disputing parties, and another appraiser conducts an unbiased investigation on behalf of the other party. If the two appraisers can’t agree on the asset’s valuation, they will jointly select an umpire who can help resolve the dispute. About Our Dispute Resolution Services Our network of over 1,200 experts specializing in consulting, property condition assessment, litigation support, and forensic services enables us to provide comprehensive advice and guidance to clients in even the most challenging of claim dispute resolution scenarios. Our dispute resolution services are primarily focused on disputes involving residential properties....



The Applied Technical Services Family of Companies (FoC) offers claim dispute resolution services that help policyholders receive fair valuations for their assets. The insurance claims process can be incredibly complicated and frustrating for both the insurer and policyholder. This is especially true if the process concludes with an unsatisfactory valuation of an asset. Fortunately, our services can help insurance providers present data and evidence that determines the true value of lost and damaged property. What is an Insurance Claim Dispute Resolution? An insurance claim dispute resolution is the process of resolving a disagreement between an insurance provider and a policyholder about an asset. An appraisal is an alternate dispute resolution that allows the policyholder and carrier to resolve their issues by escalating the issue to litigation. The Appraisal process typically goes as follows: The policyholder and/or the carrier disagree on the valuation of a repair, replacement, or loss. Each party selects an independent appraiser who will gather information to determine a fair valuation. If the two parties cannot agree on a valuation, they will jointly select an umpire. The umpire determines the property or asset’s value, and that valuation is binding if one or both disputing parties agree on the valuation. More About Our Claim Dispute Resolutions The ATS FoC’s claim dispute resolution services are an excellent resource for insurers that need to prove the fairness of their valuations. Our appraisers have an in-depth understanding of the claim process, and unique industry insights help us navigate the nuanced claims processes...



The Applied Technical Services Family of Companies (ATS FoC) employs trusted insurance claim appraisers who help insurance providers determine fair valuations of assets. What is an Insurance Claim Appraiser? An insurance claim appraiser conducts an independent assessment of an asset’s value to ensure that the insurance company’s valuation of the asset is fair and reasonable. In a best-case scenario, when property is damaged or lost, the policyholder and the insurance company can agree on the valuation of the asset. However, this is not always the case, which often prompts policyholders and insurers to hire their own appraisers who can present their own valuation of the asset and ensure that the insurance company’s appraiser is acting in good faith. The policyholder’s appraiser and the insurance provider’s appraiser must agree on a valuation; if not, they jointly appoint an umpire. The umpire is an expert whose neutrality allows them to resolve the conflict and establish a final valuation. In most jurisdictions, the umpire’s decision is binding once two of the three parties involved agree on a valuation. About Our Insurance Claim Appraiser Services Our team members leverage their extensive knowledge of residential and commercial properties and assets to help deliver fair outcomes for our clients involved in valuation disputes. We have the expertise and experience needed to accurately evaluate the value of a loss for clients, and our network of over 1,200 experts and consultants ensures that we are always capable of assembling a team that can address the unique needs of...



The Applied Technical Services Family of Companies (FoC) employs numerous professionals that can serve as injury biomechanics expert witnesses in litigation involving bodily harm. Lawsuits are inherently stressful, but lawsuits concerning personal injury or even death, can be an unbelievably taxing experience on the prosecution and defense. Our expert witnesses help clarify information so that the various parties involved in litigation can gain an objective understanding of the circumstances surrounding the sustained injuries. What is Injury Biomechanics? Injury biomechanics allow experts to carefully explore the physical and mechanical factors of an injury. By understanding the design and functionality of biological systems, biomechanics experts can provide essential insight into the contributing factors of a wide range of injuries sustained in various situations, such as: Workplace accidents The use of defective products Slips, trips, and falls Motor vehicle accidents Our Injury Biomechanics Expert Witness Services The ATS Family of Companies has an impressive network of biomechanics specialists that can double as expert witnesses. Once our clients inquire about our services, we pair them with an expert that suits their specific needs. Our experts use their understanding of physics and the human body to gather information that be used to determine the following: The causes of an accident Medical malpractice The causes of personal injury or death Product liability We use accident reconstruction and injury causation examination practices to determine how and if a series of specific events could lead to the alleged injuries. Why are Expert Witnesses Important? An expert witness can...



The Applied Technical Services Family of Companies employes experts specializing in forensic injury biomechanics. Our biomechanics employees use their knowledge and experience to serve as expert witnesses in legal proceedings involving personal injury. What is Injury Biomechanics? Forensic injury biomechanics uses the principles of anatomy, biomechanics, and physics to evaluate and predict how the human body responds to external forces. Injury biomechanics is often used to reconstruct the events of an accident, helping experts determine the likelihood that the accident could be responsible for the injuries being alleged. Forensic injury biomechanics can be an invaluable resource in legal proceedings, offering a professional perspective and legitimacy to an argument that may be otherwise difficult to convey or defend. About Our Forensic Injury Biomechanics Lab Our forensic injury biomechanics lab assists our clients as they seek to analyze the facts of accidents and incidents involving the personal injury of employees and visitors. Our employees work diligently to determine the truth of a situation and carefully evaluate physical evidence, data, and medical records with an unbiased perspective. We use cutting-edge technology to ensure that our processes are cost effective and highly effective at gathering the information needed to develop comprehensive reports. The Importance of Injury Biomechanics Forensic injury biomechanics offer an effective way to connect to the principles of engineering and physics to better understand bodily injuries sustained in accidents and incidents. Forensic biomechanics can be incredibly important in legal proceedings as it offers a means to clarify an otherwise complex matter into...



The Applied Technical Services Family of Companies (FoC) serves as a biomechanical engineer expert witness for companies needing industrial professionals with proficiency in biomechanics. Our engineering team consists of professionals from a wide range of backgrounds with expertise in numerous applications and disciplines. Our experienced staff is more than capable of analyzing facts and information surrounding an event to determine the cause. What is Biochemical Engineering? Biochemical engineering is designing, developing, and maintaining devices and equipment for biomedical purposes. Not only do biomechanical engineers create devices like artificial organs and limbs, but they may also create the computer software and systems needed to materialize their designs. What is a Biomechanical Engineer Expert Witness? A biomechanical engineer expert witness uses their understanding of bioengineering concepts and practices to aid in legal proceedings. The expert’s knowledge and experience enable them to analyze facts to reconstruct events involving accidents or injury, making them a critical part of the litigation process for events involving product failure, medical malpractice, and personal injury. Our Biomechanical Engineer Expert Witness Services Our biomechanics department employs professionals who understand how the human body reacts to forces and movements. Our expertise allows us to evaluate a variety of situations, including, but not limited to: Assaults Collisions Falls Fatalities Trips Slips Our services offer an in-depth analysis of how and if external factors could have contributed to injuries involving the following: Concussions and focal brain injury Spinal injuries involving soft tissue and bone fractures Extremity injuries such as meniscus and ligament...



The Applied Technical Services Family of Companies (FoC) serves as a biomechanics expert witness in legal proceedings where the cause of personal injuries is under review. As a third-party consultant, we offer objective and unbiased perspectives that can be instrumental in explaining complex concepts to the jury or court and assessing the likelihood of certain events occurring. What is a Biomechanics Expert Witness? Biomechanics expert witnesses use their knowledge of and expertise in engineering and anatomy to evaluate how external forces cause injuries in the human body. They can be an important resource when determining how various types of events such as accidents, slips, assaults, and falls caused bodily harm. Their role in understanding the true causes of physical trauma can be invaluable in courtroom settings, as defendants and prosecutors seek to uncover the truth. Our Biomechanics Expert Witness Services We offer an extensive list of injury biomechanics expert witness services, that help do the following: Explaining complex concepts to an unfamiliar audience Use facts and expertise to develop impartial opinions Strengthen legal arguments We employ a team of qualified experts who are committed to uncovering truth as they collect data, evaluate medical records, and obtain information about the facts of a situation. Why are Expert Witnesses Important? Expert witnesses use their specialized educational background and expertise to clarify complex concepts in legal proceedings. Technical information can be difficult to grasp, especially in high stress environments such as a courtroom, so expert witnesses are an invaluable resource to legal professionals...



The Applied Technical Services Family of Companies (FoC) offers comprehensive investigative engineering services that benefit various industries. Industrial environments feature a variety of complex equipment that can develop issues that are difficult to diagnose. Fortunately, our forensic engineers have the expertise and knowledge to determine the causes of equipment breakdowns and failures. What is an Investigative Engineer? An investigative engineer, or forensic engineer, uses their understanding of scientific and engineering principles to investigate the failure of a structure, machine, or material. Investigate engineers can specialize in numerous fields and applications, but they’re commonly used for the following: Accident reconstruction Biomechanics Electrical failure analysis Mechanical failure analysis Structural failure analysis Our Investigative Engineering Services The ATS FoC has investigative engineers with decades of collective experience in numerous engineering-based services and practices. We have the staff and resources needed to conduct thorough evaluations and investigations of the root causes of failure in a variety of products, structures, and materials, including: Buildings and structures Construction and industrial equipment Consumer products Electrical systems The ATS FoC has investigative engineers with decades of collective experience in numerous engineering-based services and practices. We have the staff and resources needed to conduct thorough evaluations and investigations of the root causes of failure in a variety of products, structures, and materials, including: Determine the cause and contributing factors to a product or material’s failure Evaluating the dangers of product defects Assessing the plausibility of specific circumstances contributing to injuries Determining damages for insurance claims Identify hazards for businesses...



The Applied Technical Services Family of Companies (FoC) offers comprehensive electrical engineer fire investigator services, identifying the root cause of electrical fires to assist clients with legal proceedings and insurance claims. Electrical Engineer Fire Investigator Services Our highly trained electrical fire engineers perform exhaustive investigations, assessing scenes and examining electrical wiring, panels, and equipment to identify electrical sources that could potentially be responsible for starting fires. Our experts collect physical evidence and apply forensic investigation techniques to conduct in-depth analyses in our forensics laboratory. This allows ATS’ electrical engineer fire investigator team to determine the cause of the fire, whether it started from a short circuit, arc fault, grounding fault, or something else. Every step of the investigation process is thoroughly documented and compiled into precise, detailed reporting. These technical reports can be used to assist in legal proceedings, criminal cases, and insurance claims, and our engineers also provide fire investigation expert witness services. Electrical fire investigations are commonly requested by those working in a wide range of industries, including but not limited to manufacturing, legal, construction, real estate, government, regulations, utilities, and insurance. Our Forensic Services The ATS FoC has cultivated an impressive reputation for service quality and customer satisfaction and is the preferred forensic investigation services provider for some of the most prestigious businesses and organizations in the region. In addition to fire investigations, our forensics department’s most popular service offerings include: Evidence Storage Forensic Construction Expert Testimony Black Box Imaging Event Data Recorders Litigation Expert Witness Services...



The Applied Technical Services Family of Companies (FoC) offers house fire investigation services that determine the root causes of house fires. After firefighters extinguish the fire, investigators analyze the scene to determine the cause of the fire. Our forensic experts use their experience and knowledge to identify the cause of the house fires, which helps to aid in legal proceedings and criminal investigations. What is a House Fire Investigator? A third-party house fire investigator conducts an impartial and thorough evaluation of the scene of a house fire. While insurance companies and fire departments often have their respective investigators, a third-party investigator may be more adept at assessing the specific details surrounding a particular fire. Investigators have specialized knowledge that enables them to do the following: Determine the fire’s source Examine physical evidence Study fire patterns Interview witnesses Our House Fire Investigation Services Our house fire forensic experts examine the causes, origin, and contributing factors of residential fires. They use their knowledge of chemistry, engineering, and fire physics to comb through the scene of a fire, acquire evidence, and develop well-informed theories about what may have occurred. The information gathered by our fire investigation experts can be used to aid in the following: Insurance claims Court cases Fire prevention strategies Why are House Fire Investigations Important? House fire investigators are a great resource for individuals and agencies interested in determining the cause of a house fire. Fires can develop for various reasons and investigations are needed to rule out certain factors...



The Applied Technical Services Family of Companies (FoC) assists clients in need of an HVAC forensic technician. Our technicians have the qualifications to inspect HVAC systems to determine how their performance or failure impacts individuals and businesses. HVAC systems are an essential part of the comfortability and safety of industrial facilities, and our HVAC forensic services help businesses uncover the reasons behind their system’s failure or complications. What is an HVAC Forensic Technician? An HVAC forensic technician uses their knowledge of and experience with HVAC systems to assess the root causes of the system’s failures or shortcomings. HVAC technicians often have a depth of experience addressing HVAC complications caused by a variety of issues, such as design flaws, poor maintenance practices, and human error. About Our HVAC Forensic Technicians The ATS FoC employs passionate HVAC forensic technicians with a wealth of mechanical engineering knowledge due to their experience working with HVAC systems in various environments. Our technicians analyze the totality of the system, to discover any potential issues that may’ve preceded or directly caused the equipment failure. Our staff’s qualifications allow them to serve as expert witnesses for HVAC-related issues. We can consult, offer litigation support, and testify in cases where the lawsuit involves the following: HVAC Construction issues and errors Fire Refrigeration Electrical systems Why are HVAC Forensic Technicians Important in Litigation? HVAC forensic technicians can be a great resource in legal proceedings because they have highly specialized knowledge of complex equipment and situations. Their ability to asses physical...



The Applied Technical Services Family of Companies (FoC) employs HVAC forensics engineers who investigate the causes of HVAC failures. HVAC systems help to maintain comfortable, safe, and energy-efficient environments. However, like other complex systems, HVACs can pose serious challenges and risks when exposed to certain or when their owners neglect their maintenance. Our engineers examine HVAC systems to provide insight into their defects, failures, and potential areas of concern. What is HVAC Forensics? HVAC forensics is a highly specialized field where engineers and specialists evaluate the root causes of performance issues and failures. The process is methodical, relying on the expertise of specialists and advanced technology to analyze HVAC components and their functionality. About Our HVAC Forensics Services Our expert-led HVAC forensics services are invaluable to businesses that need assistance with preventative maintenance strategies, insurance claim support, and litigation. During our forensic investigations, we carefully analyze HVAC systems and the surrounding environment to gather conclusive evidence regarding the cause of the system’s failure or inefficiencies. Upon completion of our services, our clients will have a better understanding of the following: The root causes of HVAC failures Design flaws or system defects HVAC-related maintenance needs Our HVAC forensics specialists can investigate situations involving the following: Boiler explosions HVAC related fires Carbon monoxide poisoning Weather-related damage The presence of excessive moisture and mold Why is HVAC Forensics Important? It is a valuable tool for those seeking to understand the failures or concerns of HVAC systems and it helps businesses do the following:...



The Applied Technical Services Family of Companies (FoC) has expertise in forensic biomechanics that can aid in our clients’ legal proceedings. Lawsuits are often high stress engagements where a third-party perspective can be invaluable in determining truth. What is Forensic Biomechanics? Forensic biomechanics uses the principles of biomechanical engineering to aid in litigation where biomechanics experts are needed to determine if specific conditions could result in specific injury or injuries. Forensic biomechanics professionals use their knowledge of biomechanics and engineering to analyze evidence and data to develop complex computer models that reconstruct the events leading to an incident or accident. The information gathered by forensic biomechanical engineers can be the exact evidence needed to determine facts of a situation in legal proceedings. They can determine liability in various situations, including those involving criminal investigations, defective products, or medical malpractice. More About Our Biomechanics Services Our highly trained and experienced biomechanics engineers use their knowledge of kinetics in conjunction with our advanced computer modeling services to analyze how the human body reacts to foreign forces acting upon it. We use scientific principles and facts to determine if the injuries or death claimed to be caused by specific circumstances are indeed biomechanically possible. Our forensic biomechanics services can uncover the causes of a wide range of injures, including: Concussions Brain lacerations and contusions Meniscus tears Intervertebral herniated discs Boney fractures Whiplash Femur fractures Ligament tears Why are Forensic Biomechanics Important in Litigation? Forensic biomechanics offer a unique advantage in the court room...



The Applied Technical Services Family of Companies (FoC) has forensic biomechanical engineers who serve as expert witnesses during litigation. What is a Forensic Biomechanical Engineer? A forensic biomechanical engineer uses the concepts and principles of biomechanics to aid in legal investigations where personal injury or even death has occurred. The engineers serve as expert witnesses and use their understanding of mechanics, engineering, and the human body to reconstruct events and determine the likelihood of specific events occurring. As an expert witness, an engineer evaluates medical records, witness statements, and physical evidence and facts from the scene to provide an objective opinion on the likelihood of specific injuries occurring from particular conditions. About Our Forensic Biomechanical Engineers Our forensic biomechanics engineers can be a critical part of legal proceedings where there are questions regarding the plausibility and extent of personal injury or death in the aftermath of an accident. Our expert witness services extend to a wide range of events, including slips, trips, falls, vehicle accidents, and product failures. Our objective opinion is an asset in the courtroom, as it can inform legal professionals and jurors of the validity or likelihood of specific claims, empowering them to make informed decisions regarding the facts and scientific details of a case. We determine injury causation for various types of injuries, including: Lower and upper extremity injuries Spinal injuries Traumatic brain injuries Why are Expert Witnesses Important in Legal Proceedings? Expert witnesses simplify otherwise highly technical and complex subjects and concepts in a courtroom....



The Applied Technical Services Family of Companies (FoC) offers a wide range of litigation support services, ranging from comprehensive forensic investigations to sports injury expert witness services. Sports Injury Expert Witness Services ATS connects clients, legal teams, and insurance companies with sports injury experts with specialized knowledge and experience in sports medicine. Our expert witnesses provide thorough litigation support in and out of the courtroom. These services include but are not limited to: Case Material Review Expert Opinions Legal Team Consultation Injury Analysis Report Composition Expert Witness Court Testimony As our sports injury experts have extensive experience in all relevant fields, their services typically begin with a thorough review of all case materials. This includes medical records, equipment or other physical evidence, any media documenting the incident, injury reports, and any other relevant information available. Injuries are then analyzed to determine the extent of damage as well as to verify the correlation and causation between the incident and the injury. Our experts assess how and why the injury occurred, including all possible factors that led to the incident. This analysis helps our sports injury expert witnesses develop an informed opinion on the case to determine if there were any safety failures or mistakes made by organizations, coaches, trainers, or other staff that could have contributed to the incident. Our sports injury experts provide credible, knowledgeable testimony in court proceedings, thoroughly explaining details to the judge and jury in terms that are accessible to those without a medical background. These experts...



The soft tissue injury experts at Applied Technical Services Family of Companies (FoC) offer comprehensive legal support, including expert witness testimony and other litigation assistance services. Soft Tissue Injury Expert Witness Testimony When it comes to building and supporting an injury lawsuit, expert witness credibility is critical. Our expert witnesses provide a wide range of litigation support services, including: Medical Record Review Expert Opinions Court Testimony Causation Evaluation Future Medical Needs Estimation Report Preparation Claim Support Concept Explanation In legal proceedings pertaining to injuries, it is particularly important to have an expert witness who can provide thorough, accurate explanations and simplifications of medical concepts. Judges, juries, and legal teams have limited knowledge of the intricacies of complex medical information and terminology, and an experienced expert witness can provide in-depth insights and explanations of a diagnosis, treatment, related costs, and what the future may look like for the injured individual. A soft tissue injury expert witness plays a massively important role in helping the jury come to an informed decision. Litigation Support at ATS As a trusted name in litigation support for decades, the Applied Technical Services Family of Companies understands the importance of credible, knowledgeable expert witnesses. ATS helps connect legal teams, clients, and insurance providers with expert witnesses specializing in countless fields, including but not limited to: Elevators Injuries and Failures Ladder Injuries Vehicular Accidents Fire and Arson Slip and Fall Insurance Complaints Environmental Forces Material Failure Manufacturer Defects Poor Materials Lack of Maintenance Improper Installation or Repair Structural...



The Applied Technical Services Family of Companies (FoC) offers electrical forensic analysis services. Electrical systems are the backbone of modern society and when these systems fail, they often require a thorough investigation to determine the root cause of the failure. Our electrical forensic engineers conduct investigations that uncover the causes of electrical failures and help our clients navigate the consequences, including insurance claims, repair strategies, and litigation. What is Electrical Forensic Analysis? An electrical forensic analyzer uses their knowledge of electrical components and systems to investigate electrical-related accidents, incidents, and crimes. During their investigation, a forensic analysis expert will evaluate evidence to determine the events that led to the electrical failure. The information gathered in electrical forensic analysis can be used to do the following: Establish liability in legal proceedings Aid in the insurance claim process Determining product defects R&D to improve product designs Our Electrical Forensic Analysis Services Our electrical forensic analysis engineers work diligently to uncover the causes of electrical system failures caused by mechanical issues, accidents, and foul play. Our services are essential for clients who need assistance with litigation as our experts can serve as expert witnesses during legal proceedings. Our electric forensic analyzers use their expertise to analyze evidence and develop objective and scientifically supported opinions determining which party is liable for the electrical system’s failure. Why is Electrical Forensic Analysis Important? Forensic analysis services help our clients gain an objective perspective of their electrical system’s faults. Our staff is well educated and trained so...



The forensic engineering experts at the Applied Technical Services Family of Companies conduct electrical system and component investigations in incidents involving fires, explosions, and equipment failures. Our engineers apply their expertise in electrical systems to determine the cause and origin of an incident where electrical malfunctions are suspected to have played a role, providing clients with thorough reporting that details findings that are critical for resolving disputes, settling insurance claims, improving safety protocols, and preventing future incidents. The Forensic Electrical Engineers at ATS Clients call on our industry-leading engineers when electrical systems are suspected of causing a fire, malfunction, or failure, with incidents ranging from small fires to catastrophic structure failures. Our forensic investigators examine electrical wiring, circuit breakers, transformers, control systems, electrical equipment and appliances, and electric meters to determine the precise cause of an incident, whether it be an electrical fault, human error, or product defect. ATS’ forensic engineers and investigators work closely with insurance adjusters and legal professionals to identify any electrical components that may have contributed to the event. Evidence is collected and then taken to our forensics laboratory, where our technicians conduct in-depth testing through a variety of forensic analysis techniques. Forensic Electrical Engineering Applications Electrical engineering services are commonly utilized in several industries, fields, and disciplines. As electrical fires can result from faulty wiring, overloaded circuits, or malfunctioning appliances, electrical engineering plays a large role in fire investigations. Forensic engineers can identify the root causes of fires and work alongside fire marshals and insurance...



The ATS Family of Companies offers industrial forensic engineering services to examine and analyze failures in industrial structures, machinery, and systems, helping clients identify root causes of failures. Industrial Forensic Engineering Services Our failure analysis experts and engineers identify the precise flaws and failures that contribute to structural collapses, equipment malfunctions and breakdowns, and a wide range of other industrial accidents. Our industrial forensic engineering investigations yield data that can help prevent future failures, improve safety and reliability, and aid in litigation and insurance claims. These investigations consist of the following methods and techniques: Material Analysis Failure Analysis Root Cause Analysis Accident Investigations Metallurgical Analysis Failure Mode and Effects Analysis Finite Element Analysis Nondestructive Testing and Inspections Failure mode and effects analysis is a systematic approach used to identify potential failure modes in a system and assess their effects on overall performance. It helps prioritize risks and guide preventive measures. Nondestructive testing and inspections involve the use of ultrasonic testing, magnetic particle inspections, and other methods that can be conducted without damaging the subject to evaluate the integrity of materials, giving engineers the data necessary to detect internal flaws or weaknesses. Metallurgical analysis focuses on understanding the properties, behavior, and failure mechanisms of metals and alloys used in industrial systems. By examining microstructures, fracture patterns, and wear, forensic engineers determine the cause of material failures. Finite element analysis uses digital simulations to predict how components or structures will react to real-world physical forces, like stress, heat, and vibration. This preventative...



The ATS Family of Companies offers a wide range of electrical forensic investigation services, including electrical fire investigations conducted by our industry-leading forensic experts. Electrical Forensic Investigation Services Electrical forensic investigation services involve a methodical process aimed at identifying the cause of a fire or failure related to electrical systems. Our investigators examine the scene of the incident for potential evidence, which usually includes damaged wiring, appliances, machinery, electrical panels, or other equipment. Detailed photographs and documentation are collected to detail the layout and condition of electrical systems before any physical examination takes place. Our engineers continue the electrical forensic investigation by collecting any physical evidence that may hold clues about the origin of the fire or malfunction. These wires, circuitry, or other components are carefully preserved and taken to ATS’ state-of-the-art forensics laboratory for further analysis. Through visual inspections, X-rays, and electrical continuity tests, our team of investigators identifies whether electrical faults like short circuits, overloads, or improper grounding were responsible for the fire. Once the analysis is complete, we compile all data and findings into a comprehensive report that includes images, documentation of all steps of the investigation, the cause of the fire, contributing electrical failures, and recommendations for preventing future incidents. In cases involving legal or insurance disputes, our electrical forensic investigation experts offer expert witness services, providing testimony to assist a legal team and any other litigation support requested. Forensic Services at Applied Technical Services With decades of experience serving as the region’s premier forensic investigation...



The forensic department at the Applied Technical Services Family of Companies (FoC) features an expansive range of engineering investigation services, ranging from accident reconstruction to catastrophic industrial failure analysis. Forensic Engineering Investigations Engineering investigation services in a forensic capacity involve the systematic analysis of accidents, failures, or malfunctions in machinery, systems, and structures to determine the failure’s root cause, allowing our engineers to provide clients with expert insights. These investigations typically occur after equipment failures, structural collapses, fires, explosions, or other catastrophic accidents. ATS’ industry-leading forensic engineers use a range of specialized techniques, including failure analysis, accident reconstruction, and material testing, employing methodologies from nondestructive testing, metallurgical analysis, and digital simulations to gather evidence and assess damage. The findings from these investigations are used to assist clients with legal disputes, insurance claims, safety improvements, increased efficiency, and other manners of optimizing operations. Forensic engineering investigation services are cost-efficient and highly effective for identifying liabilities, improving industrial processes, and ensuring that similar incidents are prevented in the future. Our Services Metallurgical analysis examines the properties, behavior, and failure mechanisms of metals, focusing on microstructures, fracture patterns, and wear to determine the cause of material failures. Finite element analysis uses virtual simulations to predict how structures, equipment, or components will react to stress, heat, vibration, and other forces, allowing ATS’ engineers to identify potential weaknesses early. Failure mode and effects analysis is a method for identifying potential causes of failure within a system and assessing their total impact, helping to prioritize risks...



The Applied Technical Services Family of Companies (FoC) offers vehicle crash testing services that evaluate how vehicles and their passengers respond to the external forces experienced during an automotive collision. Unfortunately, motor vehicle accidents are an inevitability, so auto manufacturers must account for them to ensure that their vehicles are reasonably safe in the event of an accident. What is a Vehicle Crash Test? A vehicle crash test evaluates the safety performance of motor vehicles under specific collision-related conditions. There are various crash tests, but they primarily involve a forced collision between a vehicle and a stationary structure or another vehicle. Engineers and experts use the crash test as a diagnostic and predictive tool to determine where design flaws may exist and how vehicles may react to specific points of impact. The information gathered during crash testing helps experts do the following: Evaluate the vehicle’s structural integrity Ensure that seat belts and airbags function as intended Inform consumers of a vehicle's potential strengths and weaknesses in an accident Improve vehicle design and safety More About Our Vehicle Crash Testing Serving Our dynamic impact testing experts use our state-of-the-art equipment and facilities to conduct vehicle crash tests. Our services help clients evaluate their vehicles to ensure they comply with regulations and meet the manufacturer’s quality and safety standards. We offer multiple types of vehicle crash tests, including: Frontal crash testing Low-speed collision testing High-speed collision testing Vehicle structure and component crashworthiness Why is Crash Testing Important? Vehicle crash tests subject automobiles...



The Applied Technical Services Family of Companies (FoC) conducts high-speed impact testing to evaluate how vehicles respond to high-impact collisions. Car accidents and collisions can be harmful or deadly even at low speeds. However, high-speed collisions are exponentially more likely to result in serious injury or death. Our high-speed impact tests help auto manufacturers evaluate how their vehicles perform in high-speed collisions that mirror real-world situations. What is a High-Speed Impact Test? A high-speed impact is the process of conducting a controlled experiment where engineers subject vehicles to high-speed impacts that challenge their structural integrity. The information gathered during a high-speed impact test enables manufacturers to address weaknesses within a vehicle’s design. The test results allow manufacturers to make changes that can improve the reliability and safety of their motor vehicles. Our High-Speed Impact Testing Services Our engineers use their decades of collective experience and our state-of-the-art facilities to conduct comprehensive tests analyzing how vehicles respond to external forces. We recognize the importance of dynamic impact testing, so our experts work closely with clients ensuring that their specific demands are met so they can rest assured knowing that their vehicles have undergone the extensive testing needed to confirm their safety. Upon completion of our services, we provide our clients with a detailed report detailing our findings so that they can take the necessary steps to improve their product’s design. In addition to our high-speed impact tests, we offer the following: Full-scale dynamic crash tests Horizontal accelerometer tests Vertical drop tests...



The Applied Technical Services Family of Companies (FoC) offers automotive crash testing services analyzing how vehicles respond to collisions. Automotive safety standards have advanced with technology, so manufacturers are always seeking to implement new features and designs that minimize the risk of harm in the event of a car accident. Our crash testing lab helps manufacturers produce safe and reliable vehicles. What is a Crash Test? As their name suggests, automotive crash tests are destructive tests performed on motor vehicles to evaluate the vehicle’s ability to effectively protect its occupants during a crash or accident. The process often consists of cameras, data systems, and crash test dummies, all of which are used to analyze how the external forces associated with car accidents impact the vehicle and its occupants. Our Automotive Crash Testing Services Our highly trained engineers lead our automotive crash testing services. We understand and recognize that automotive vehicles must be able to transport their inhabitants safely, so we offer comprehensive services that determine the strengths and weaknesses of vehicles involved in simulated accidents or collisions. The simulations mimic real-world conditions, so the information gained during the testing process provides relevant information on the factors and forces present in real-world accidents. We offer a variety of dynamic impact tests, including: High-speed impact tests Vertical drop tests Full-scale dynamic crash tests Why is Automotive Crash Testing Important? Automotive crash tests are an essential component of the automotive manufacturing process. Car accidents are inevitability so automotive manufacturers must properly test and...



The Applied Technical Services Family of Companies offers whiplash expert witness services to assist in legal proceedings and court cases. Whiplash Expert Witness Services Applied Technical Services helps connect clients, law firms, prosecution and defense teams, and insurance companies with whiplash experts to aid in several parts of the legal process. Our whiplash expert witnesses provide assistance and guidance in the following areas: Assessment and Diagnosis: evaluating the extent and nature of whiplash injuries, reviewing medical records, conducting examinations, and ordering tests. Report Preparation: preparing thorough reporting that includes evaluation and examination results, injury severity, and potential impact of injury. Expert Testimony: providing expert witness testimony in court to explain medical complexities in a way that is accessible to juries, lawyers, and judges. Cause and Effect Analysis: analyzing data from the injury and accident to provide an expert opinion on whether the injury was caused by the specific incident. Treatment: providing opinions on past, current, and future treatment. Cross-examination: defending opinions and findings through professional expertise during cross-examination by opposing counsel. All ATS whiplash expert witnesses are knowledgeable, credible professionals in their field and have extensive experience assisting in legal proceedings. Expert Witness Services at the ATS Family of Companies The Applied Technical Services Family of Companies is dedicated to connecting clients with court-qualified experts for both criminal and civil cases, providing critical assistance in and out of the courtroom. Our experts have experience in a variety of fields, including forensics, biomechanics, mechanical engineering, fire investigations, medical and pharmaceutical, OSHA...



The Applied Technical Services Family of Companies (FoC) offers nerve injury expert witness testimony for court cases and other legal proceedings. Expert Witness Testimony Expert witnesses help bridge the gap between medical science and the legal system, providing credible testimony in court, consulting with legal teams, writing detailed reports to support or refute claims, and offering their expert opinions. The ATS FoC's nerve injury expert witnesses are highly knowledgeable, applying their experience as experts in their fields to offer defensible, comprehensive testimony in both criminal and civil cases. As inadequate testimony can complicate the prosecution or defense, confuse members of the jury, and potentially lead to a mistrial, the importance of an experienced, credible expert witness is significant. Nerve Injury Expert Witness Testimony As juries are comprised of individuals with diverse backgrounds and knowledge, legal proceedings with a jury require expert witnesses to educate jurors on the subject matter and details of a case. ATS’ expert witnesses provide thorough, accessible information to help all parties involved understand the complexities of an injury trial. This can include a variety of case factors, such as environmental forces, improper maintenance, insufficient materials or material failure, manufacturer defects, and faulty installation or repair. Additional Legal Support Services In addition to our diverse expert witness services, the Applied Technical Services Family of Companies offers several types of support for legal proceedings, including but not limited to: Fire Scene Investigation Services Product Liability Investigations Thermal Imaging Secure Evidence Storage Failure Analysis ACTAR Traffic Accident Reconstruction Metallurgical...



A tire failure expert delves deeper into the cause and effects of tire failure than a typical accident reconstructionist can. Tire failure can cause loss of control and an accident. After a vehicle crash, an accident reconstructionist may provide information for a case or claim. While accident reconstructionists have general knowledge of tires and various car components, they lack the specific knowledge and manufacturing experience a tire expert has. Our Services and Lab Capabilities ATS offers tire failure analysis for passenger, light truck, and radial medium truck tires in cases of blowouts, tread separation, and damage. Document Study The tire expert will examine documents about the tire failure or vehicle accident. These documents include: Scene photographs Tire and vehicle photographs Driver and passenger testimonies Witness statements Service reports Police reports Tire Failure Analysis The tire failure expert looks for defects that indicate manufacture, design, or service errors that could have led to the failure. For instance, over-loading or under-inflating tires can cause over-deflection. Then the expert looks for pattern marks, defects, and indicators of impact, oxidation cracking, chafing, and polishing. The engineer considers the influence of road hazards, abuse or misuse, foreign materials, and aging on tire failure. X-Ray Equipment After a visual inspection, the expert may cut open the tire or perform an x-ray scan. The use of an x-ray machine allows for repeated nondestructive tests on the failed tire or a matching tire from the same vehicle. If the expert suspects a manufacturing error, they can subrogate the...



Investigating origin and cause of fire loss requires a consolidation of skills, knowledge, experience, and technology. At ATS, we initiate investigative assignments in a complete and expedited approach to minimize the challenge of gathering hidden or tainted evidence from a fire scene. Our incident site investigators, chemists, and Certified Fire Investigators (CFI) have the proficiency to investigate and determine the origin and cause of fires. In addition to our thorough evaluations, we analyze and prepare each case to withstand the demands of litigation. Our fire investigators utilize only nationally accredited lab facilities which enables efficient and precise analytical reporting. All investigative inquiries consist of careful and systematic practices into the origin and cause of fire and explosion outcomes. ATS’ certified fire investigators (CFI) provide numerous services including but not limited to vehicle and structural fire analysis, combines, digital and UAV (drone) scanning, secured evidence storage, arc mapping, failure analysis, product liability investigations, liability evaluations for structures in compliance with fire codes, technical and desktop reviews, theory testing and scene preservation. By utilizing new data collecting technology such as UAVs (drones), our FAA Certified pilots can make sweeping surveillance from previously inaccessible viewpoints. Our well-rounded approach permits us to manage a more multitiered investigation while providing clients prompt and defined results. Origin and Cause Examinations Since 1974, ATS has provided certified fire investigators in litigation support and expert witness testimony in the court of law. Our technically-skilled personnel perform on-site examinations and laboratory testing into the origin and cause of fire...



The analysis of a vehicle fire can be much more difficult than the analysis of a structure fire; vehicles contain numerous systems that are capable of acting as fuel or ignition sources for fires. Our standard vehicle fire investigations include complete photography, sampling of vital fluids, and checking for signs of arson. Requirements for Vehicle Fire Investigations Vehicle fires have their own requirements for chemical analysis. We look at engine fluids for evidence of excessive wear that may indicate a possible motive for arson. Additionally, we can examine fluids for evidence of contaminants such as sugar or sand. Our Marietta facility has a bay equipped with a 15,000 lbs. capacity vehicle lift, allowing for the proper inspection of vehicles from all angles, including the underside. We have on staff both electrical and mechanical engineers familiar with all major vehicle systems, and our vehicle fire specialists are knowledgeable of all types of vehicles, including but not limited to trucks, buses, atv's, agriculture, forestry and mining equipment. Regularly Used Inspection Methods Complete Photography Sampling of Vital Fluids Signs of Arson Engine Fluids Analysis Evidence of Contaminants Speed Control Deactivation Switches



ATS offers appropriate evidence storage solutions for most needs in addition to our regular forensic services. The Importance of Secured Evidence Storage Compromised evidence makes a case vulnerable to cross-examination with a potential for an undesirable outcome. Before it is submitted to a jury or to a judge, the evidence will spend a good amount of time in a secured storage, but during this stage, the evidence may get compromised. We believe that the collection, storage, and preservation of physical evidence is one of the most important parts of the litigation process. All evidence is not the same, requiring different storage needs, that coupled with the absence of security measures against insensitive, uncaring handling or even malicious tampering is a catastrophe waiting to happen. Likewise, specific procedures must be taken into consideration for sensitive evidence, and the vulnerability for contamination relating to temperature, humidity or many other conditions. Because of the usual lengthy litigation process, temporary secured evidence storage locations should be able to deliver such elementary protections, and be able to preserve the evidence unharmed. Our Security Measures ATS has the ability to secure evidence in a storage area that is only accessible to select, qualified personnel. With over 20,000 sq ft of secured evidence storage space and with the ability to acquire more space if needed, the area is large enough to fit several vehicles simultaneously, boats and even small planes with the ability to contain them during the prolonged litigation process. Additionally, the secured storage area is...



Your Source for Inspection and Investigation Services The Applied Technical Services Family of Companies (ATS FoC) routinely assists with conducting the fire or forensic investigation, in addition to the evidence handling, of some of the most unusual large loss subrogation cases throughout the country. Over the past 40 plus years, we have become one of the go-to inspection or investigation laboratory for many Fortune 100 and Fortune 500 companies, DOD and Government entities, and others. Whether it is a vehicle or structural fire, vehicle accident, accident reconstruction, machinery failure, crane collapse, plant explosion, marine and inland marine loss, as well as large-scale cases of natural disasters such as tornado damage, flooding, hurricane damage or windstorms, our highly qualified personnel can help you. ATS has the knowledge and decades of experience for making the difference by performing thorough investigations leaving no stone unturned. Our experts have helped attorneys with expert testimony, including trial testimony, on Federal and State courts for both sides, plaintiff or defense, and also brought numerous subrogation cases to fruition with successful outcomes. What Makes Us Different? One factor that sets ATS experts apart from the competition is that our experts respond promptly and can arrive on site in conjunction with the attorneys, investigators or adjustors in order to preserve and analyze key evidence and diagnose liability. Our clients are offered timely and cost-effective on/off-site accurate inspections or investigations (on-site if circumstances permit it). We can help prosecute or defend large loss or small property subrogation claims, including...



An Introduction to Arc Mapping For the insurance professional concerned with fire investigations, it is important to effectively choose and communicate with those you rely on for a proper investigation. This article is intended to better inform you of a tool known as Arc Mapping. The goal is to provide a brief introduction to the subject matter to keep in perspective how this tool can be beneficial, and the roles investigative professionals can play during an origin and cause analysis. What is Arc Mapping? NFPA 921 section 3. 3. 8 (for this article, the 2014 edition is cited) states the following: Arc mapping is the systematic evaluation of the electrical circuit configuration, spatial relationship of the circuit components, and identification of electrical arc sites to assist in the identification of the area of origin and analysis of the fire’s spread. At face value, the investigator draws a map (sketch) depicting all of the electrical circuits in the fire zones of interest—wiring, outlets and appliances etc. Then locations where electrical activity (arcing) is present are added to the map followed by spots where wiring has suffered melt damage. Finally, a note of the breaker condition for the circuits of interest are made. Investigators then combine this knowledge with the other tools of fire investigation (witness information, burn patterns, fuel sources and ignition sources) for added insight as to the area of origin and cause of a fire. What Arc Mapping Provides On a good day, Arc Mapping can provide key information...



Applied Technical Services is an accredited testing lab with the equipment and capabilities necessary for a water loss investigation. The team of HAAG Certified inspectors and forensic experts here at ATS has numerous years of experience investigating the origin and cause of water damage. We have worked for many years with both litigation attorneys as well as Insurance Adjusters on both sides of subrogation cases involving a wide diversity of plumbing issues by performing HAAG-certified inspections. To enhance the ability of our clients to make informed decisions, our HAAG-certified inspector and Forensics Investigators will provide an objective and science-based examination. From experience, we understand the importance of rendering an opinion (and reasons for them) that will withstand judicial scrutiny, and are effectively communicated to the trier of fact. HAAG Certifications Our HAAG Certified inspectors possess the following certifications. Commercial Roof Inspector Certification Residential Roof Inspector Certification Water Damages Water damage can come from many sources and in a variety of methods. Most damage from water in homes normally comes from the following causes, which can be discovered during the HAAG Certified inspection: Leaking, frozen, and damaged pipes Household supply lines and connectors Improper plumbing installation Leaky, failed, and defective valves Drainage issues Failed sump pumps Water Infiltration Water infiltration through the exterior envelope can cause severe damage to the interior finishes, leading to business loses and interruptions. ATS can provide building envelope assessments, infrared thermography, moisture mapping and roof inspection services with our HAAG Certified inspectors.



ATS performs Forensic Investigations for insurance companies and law firms. We act as third-party investigators whose multidisciplinary expertise allows us to both determine the truth behind disputed events and provide expert testimony in court proceedings. Our forensics department provides a variety of services that hold particular interest to clients in the insurance and legal industries. Furthermore, companies that manufacture products of all sorts find our investigative capabilities useful for determining the cause of accidents and liability in the case of injury. We perform a list of forensic services that includes, but is not limited to, the following: Our Forensic Investigation Capabilities: Accident Reconstruction Traffic Accident Reconstruction Black Box Imaging Event Data Recorders Industrial Accident Reconstruction Evidence Storage 20,000 sqft Climate-Controlled Dedicated Storage Area Secured Environment Failure Analysis Cleanliness Testing Contaminant Analysis Material Identification Metallurgical Examinations Paint Bonding Failure Particle Size Determination Radiography SEM-EDS Special Services Joint Inspections Thermal Imaging Capabilities Structural Analysis 3D Site Scanning Forensic Building Consultation Natural Disaster Inspections Structural Fire Damage Assessment



A certified arson investigator analyzes a fire scene for indicators of the origin, cause, and perpetrator of an incendiary fire. Drawing on their education and training, ATS’ certified investigators can offer the insight needed to prove that arson occurred and how it was possible. Our experts inspect arson cases for commercial and residential structures, along with several types of vehicles. A certified arson investigator has the credibility and knowledge of fire physics, fire patterns, investigation methodology, arson motivations, and arson indicators. Many of our investigators hold: A professional engineer license (P. E. ) National Association of Fire Investigators (NAFI) certification International Association of Arson Investigations (IAAI) certification Evidence Collection and Storage ATS’ arson investigators can inspect a fire scene after the fire is extinguished. They will take photos and scans of the site, record their observations, and make visual inspections when possible. During an arson investigation, a forensic investigator looks for clues that indicate a planned and intentional fire. Common signs of arson include the following: Accelerants Damaged sprinkler systems High heat stress Multiple origins Signs of theft or forced entry Suspicious activity Unusual burn patterns Next, arson investigators take samples for forensic laboratory testing. These samples include ash, soot, accelerant liquids, chemicals, and other materials that may reveal information about the crime. We can store evidence in a secured and climate-controlled location during the investigation and subsequent proceedings. Origin and Cause Investigations ATS provides origin and cause investigations to uncover the arsonist’s means for starting the fire. To learn...



A certified fire investigator brings the latest research and techniques to cause and origin investigations after a natural, accidental, or intentional fire. A testing and inspection company, ATS employs professional engineers and experienced technicians for forensic services. Many of our investigators hold certifications from professional organizations, such as NAFI and IAAI. Common certifications include: Certified Fire Investigator (CFI) Certified Vehicle Fire Investigator (CVFI) Certified Fire and Explosion Investigator (CFEI) Certified Insurance Fraud Investigator (CIFI) Accreditation Commission for Traffic Accident Reconstructionists (ACTAR) ATS can analyze structural, equipment, and vehicle fires for probable cause and fire origin. ATS Fire Investigations The hours after a fire are a critical period for a forensic investigation. Our investigators can promptly section off the fire scene from contamination. Next, our forensic fire investigators study the scene, taking pictures and 3D laser scan when necessary to preserve the layout of the site and potential evidence for future inspection. If arson is suspected, we can efficiently identify the presence of accelerants with our canine units. When our certified fire investigators discover materials of note, they can closely inspect the potential evidence on-site and in one of our forensic laboratories. Investigators will look for key evidence, such as: Fire patterns Incendiary devices, liquids, and materials Trace evidence Evidence of forced entry or theft Footprints Tire impressions Melted debris We can also conduct or refer to witness interviews and reports to learn more about the structure or machine’s maintenance and construction history, fire circumstances, and contributing factors. Our detailed methods...



ATS’ licensed professional engineers can perform electrical forensic analysis to determine the source of electrical faults, equipment failure, electrical fires, and other electrical incidents. Clients may request our electrical analysis services: After an electrical failure After an electrical fire After lightning damage Before filing an insurance claim During subrogation During litigation An electrical failure can take multiple forms, from a single outlet tripping to industrial power system failure. Reduced electrical performance, unreliable service, and power outages can lead to critical failures in machinery, slowed production, and life-threatening electric shock. ATS offers three major electrical forensic analysis services: power surge evaluation, code compliance evaluation, and electrocution and electric shock evaluation. Power Surge Evaluation A power surge occurs when an electric current exceeds the expected amount, resulting in equipment and circuit damage, reduced performance, and service interruption. It can happen from electrical overload, faulty wiring, lightning strikes, and other sudden influxes of electric current. During a power surge evaluation, we inspect the equipment damaged during the surge and determine the cause of the surge. We also cover Smart Homes, which are more vulnerable to electrical failures due to the heavy reliance on electrical power for operation. Code Compliance Evaluation ATS can also inspect existing electrical work for compliance with the National Electrical Code (NEC) and other related regulations. Some relevant electrical standards include: OSHA 29 CFR 1910. 303 – General Electrical Requirements OSHA 29 CFR 1910. 305 – Wiring Methods, Components, and Equipment for General Use OSHA 29 CFR 1910. 334 –...



ATS performs accident reconstruction engineering services to establish the facts of an accident. We work with minor-impact, multi-vehicle, train and vehicle, and rollover accidents that involve passenger vehicles, commercial vehicles, and motorcycles. Our accident reconstructionists collect data on the collision, then use powerful technology to determine the forces and causes of the accident. Finally, our experts can present our findings to clients and a jury in animated form. Accident Data Collection Accident reconstruction engineering relies on evidence, such as: Driver and witness accounts Scene and aerial photographs FARO 3D laser scans Vehicle photographs Pictures and scans of the scene are especially valuable, as they preserve details from the collision scene and environment, including: Skid marks Debris location Vehicle positions Weather conditions Roadway conditions Data Extraction Imaging equipment also provides vital data about vehicles. For example, the Event Data Recorder (EDR) or “black box” stores imaged data about speed, acceleration, and braking within a 10-20 second frame around the crash. An accident reconstructionist can also extract data from an infotainment system with a Berla tool. This data may include call logs, emails, SMS messages, and navigation history from a phone linked to a vehicle via USB or Bluetooth. The infotainment system can reveal if someone was using the phone at the time of the accident. Vehicle Inspection Our reconstructionist may recommend mechanical failure analysis to determine if mechanical failure caused the accident. An ATS mechanical engineer will inspect individual systems in the vehicle, such as: Air brake system Brakes Airbags Steering...



ATS’ accident reconstruction services allow professional engineers called accident reconstructionists to determine the cause of a traffic collision or vehicle malfunction. The research from these proceedings forms the basis of insurance claims and expert witness testimony. We work with commercial and passenger vehicles, trucks, and motorcycles in the following types of collisions: Minor impact Multi-vehicle Vehicle rollover Train and vehicle Accident Reconstruction Data To reach an accurate conclusion, we use multiple data sources for the following information: Speed Acceleration Braking Stopping distances Driver input Reaction time Direction Roadway conditions Our experts examine the scene of the collision for physical evidence, such as tire marks on the road or scratches on the cars. We can use the FARO 3D laser scanner to preserve a model of the accident scene that encompasses the location and condition of the physical evidence for later inspection. After the scene is cleared, we can analyze photographs of the accident scene and vehicles for information about the roadway conditions, vehicle positions, and other traces of visual evidence. Our experts perform photogrammetry and video analysis to estimate the size and location of the vehicles before, during, and after the crash. Black Box Data Most vehicle manufacturers that equip cars with an Event Data Recorder (EDR) meet the 49 CFR Part 563 standard that requires easily accessible crash data. The EDR or Electronic Control Modules (ECM), also known as the “black box,” stores crash data on vehicle speed, acceleration, and braking in a 10- to 20-second timeframe surrounding the...



Equipment failure analysis exposes the cause of equipment malfunction after an incident. For heavy machinery and critical systems, every moment of operation counts. Failure grinds your normal production to a halt—even worse, it can result in injury or fatality, litigation, and insurance company fees. Hire an ATS professional engineer to find out the cause of the damage and the party liable for injury and losses. Our engineers evaluate various mechanical and electrical equipment, including the following: Construction equipment (cranes) Elevators and escalators Farm equipment Industrial equipment (forklifts, pumps, hydraulics) Marine equipment Oil and gas equipment Safety guarded equipment Our Experts in Equipment Failure Analysis ATS holds rigorous requirements for our professional engineers, so our evaluators must meet the following conditions before they can conduct evaluations: Complete a four-year degree in engineering or a related field Hold a Professional Engineering License Pass comprehensive exams Work for a licensed engineer for at least four years Continue their education and training Heavy Equipment Damage Evaluation Our professional engineers evaluate equipment for damages, identify equipment failure causes, and provide support during repairs and litigation. The damage evaluation determines the cause of the failure to identify the responsible party. Common causes of machine or equipment failure include: Design or manufacture defect Improper service or repair Lack of maintenance Improper use Ignoring safety procedures and signage As part of the equipment failure analysis, the engineer surveys the site for contributing factors. During this phase, the engineer tests equipment function and takes samples for laboratory testing. The...



Electrical forensics investigates the failure or interruption of electrical devices and electrical power, especially when personal injury or equipment damage occurs. ATS and our Family of Companies (FoC) employ experienced professional engineers to perform electrical evaluations at your site after an incident. Common electrical incidents include: Electrical failures Electrical fires Electrical injuries (shock or electrocution) Clients may request forensic electrical evaluations before filing an insurance claim or during subrogation and litigation. What Happens During a Forensic Electrical Evaluation? A professional engineer performs forensic evaluations to discover the origin and cause of the damage, along with the party liable for the failure. The engineer checks for damage to systems and appliances related to the electrical failure and explores contributing factors. For instance, an ineffective lightning protection system can contribute to HVAC system failure after a lightning strike. Frequent causes of electrical failure and damage include: Improper installation Misuse of equipment or system Unsafe work environment Aging equipment Power surge Our Electrical Inspections ATS provides three main types of electrical evaluations: Power surge evaluation Electrocution and electrical shock evaluation Electric code compliance evaluation Power surge evaluations establish the cause of a power surge that may have resulted in system failure or damage, such as a lightning strike or a utility company problem. A power surge can be especially damaging to smart homes due to the prevalence of electrical equipment and appliances inside and outside the home. An electrocution or electrical shock evaluation determines the cause and effects of electrical shock on a...



Flood damage inspections determine the source and scope of flood-related damage to your building or its foundation. The forensic engineer who performs the inspection works with the property owner to ensure the safety of building occupants following a natural disaster or man-made flood caused by dam failure or faulty appliances. Your commercial property has suffered flooding damage. Your employees are safe, but your utilities have sustained damage. Some floodwater has drained away or dried, but part of your infrastructure is still submerged in standing water. It is only a matter of time before mold and mildew develop. You need an inspector on site to record as much information as possible before you file a claim and plan your next steps. Trust ATS to send a licensed and experienced Professional Engineer (P. E. ) to inspect your property for flooded areas and signs of water damage. What Is a Flood Damage Inspection? An ATS engineer can perform a visual inspection of your site for evidence of flood damage. Our experts determine whether the damage is due to: Hydrostatic Pressure Hydrodynamic Pressure Erosion Consolidation Scouring Bridge inspections for scouring are especially important to avoid bridge collapse and loss of life. After determining the location and type of damage, the professional inspector offers their expert insight for your next steps. Using years of education and experience, our experts advise clients on the costs and benefits of repair or replacement for damaged materials. Specialized mechanical engineers can inspect your HVAC components, elevators, and escalators...



The Applied Technical Services Family of Companies offers an expansive range of litigation support services to assist law firms, insurance companies, and other clients with forensic investigations and expert witness testimony. With over 55 years of business experience, ATS applies unparalleled expertise to provide industry-leading fire investigation, vehicle accident reconstruction, industrial accident investigation, 3D site scanning, product liability, court proceeding support, and evidence storage services. Applied Technical Services is proud to be the preferred litigation support provider for some of the nation’s most prestigious businesses and organizations. Forensic Services ATS specializes in a wide variety of litigation support and forensic services. These services typically fall into one of the following categories: Accident Reconstruction Services: We offer comprehensive industrial accident and automotive accident reconstruction services, including 3D site scanning, model and virtual reconstruction, construction and worksite reconstruction, black box imaging, and event data recorder services. Evidence Storage: Our Marietta, Georgia location features over 20,000 square feet of secured, climate-controlled evidence storage capable of housing everything from golf carts to small aircrafts. Failure Analysis Services: Our forensic experts perform several different types of failure analysis services, including contaminant analysis, paint bonding failure analysis, mechanical and fatigue failure analysis, and radiography. Special Services: Our special services include drone inspections, joint inspections, and thermal imaging. Structural Analysis Services: We perform 3D site scanning, forensic building consultation and inspections, structural fire damage inspections and assessments, and natural disaster inspections. 3D Laser Scanning Accident Reconstruction Accident Reconstruction Expert ACTAR Traffic Accident Reconstruction Arc Mapping Arson Investigators...



The ATS Family of Companies staffs accident forensic experts to perform forensic accident reconstruction services. Accident Reconstruction Accident reconstruction is a forensic field that utilizes engineering, mathematics, and physics to determine the cause of an accident involving passenger cars, trucks, and SUVs. Accident reconstruction experts use these principles to form professional opinions on velocity, driver visibility, collision angles, and other accident factors. ATS Accident Reconstruction Experts The ATS Family of Companies’ accident reconstruction experts determine the cause of a vehicular accident. We identify the driver input, mechanical failures, reaction times, speed, and stopping distances. We also compare each driver and witness account to the physical evidence. We provide various accident reconstruction services, including: Vehicle rollovers Motorcycles Train and vehicle collisions Multi-vehicle accidents Commercial vehicles Passenger vehicles Minor impact accidents Crash Data Retrieval We download crash data from electronic control modules (ECM) in passenger and commercial vehicles. We identify acceleration, speed, braking, and other accident factors. We retrieve vehicle crash data from: Roll-over sensors (ROS) Powertrain control modules (PCM) Airbag control module (ACM) 3D Laser Scanner The ATS Family of Companies’ Faro Scanner uses 3D laser technology to construct three-dimensional replicas of the accident scene. These three-dimensional replicas include: Distances Measurements Vehicle position Scene and roadway information Damages including undercarriage With this information, our accident reconstruction experts create a model of the roadway to demonstrate its role in the case. VBOX Video HVD2 We utilize VBOX Video HVD2 to provide real-time video of low-speed collisions. This tool simulates the driver's recollected...



The Applied Technical Services Family of Companies provides Bosch crash data retrieval in the event of an accident. Crash Data Retrieval A crash data retrieval (CDR) tool is a computer system that images the data from an airbag control module (ACM) after airbag deployment or other automotive incidents. An ACM detects sudden changes in a vehicle’s direction or rotation and records the data associated with these changes if the event meets certain specifications. Imaging Imaging saves a digital copy of a vehicle’s crash/event data onto a computer in a secure file. It accurately assesses crashes involving passenger cars, trucks, and SUVs. The retrieval and analysis of this data help accident reconstruction experts evaluate evidence efficiently. Bosch Diagnostics Bosch Diagnostics is a leader in event data recorder (EDR) technology. Auto manufacturers, crash researchers, government agencies, and law enforcement trust Bosch products to assess EDR information in vehicles. Bosch Crash Data Retrieval Bosch crash data retrieval allows reconstruction experts to image crash data parameters before, during, and after a crash. Bosch event data recorders are integrated into nearly every vehicle, automatically recording essential information. Bosch crash data retrieval is a reliable and versatile platform for retrieving EDR data. Once the data is downloaded and saved in a secure file, the CDR software can generate a detailed report for investigators. Crash Data Retrieval Experts at ATS The ATS Family of Companies staffs automotive accident experts to download Bosch crash/event data in commercial and passenger vehicles. The data depends on the vehicle’s make, model,...



The Applied Technical Services Family of Companies provides forensic accident reconstruction in the event of a vehicular accident. Forensic Accident Reconstruction Forensic accident reconstruction utilizes forensic investigation techniques to determine what occurred during an accident. This area of investigation uses computations, engineering, mathematics, photogrammetry, physics, and simulations to reconstruct the scene of an accident. Forensic accident reconstruction experts inspect all aspects of an accident using specialized tools and technology to create a replica of what occurred. They evaluate damaged vehicles, property, and other evidence at the scene of the accident, such as skid marks and final resting position. What Forensic Accident Reconstructionists Do The ATS Family of Companies conducts forensic accident reconstruction to determine speed, stopping distances, reaction times, mechanical failures, and driver input. Our experts compare every driver and witness account to the physical evidence procured at the scene. We provide forensic accident reconstruction on cases involving: Vehicle rollovers Train and vehicle collisions Passenger vehicles Multi-vehicle accidents Motorcycles Minor impact accidents Commercial vehicles CDR or "Black Box" Data ATS’ mechanical engineers download CDR or "Black Box" data from the electronic control modules (ECM) of commercial and passenger vehicles. We provide clients with key factors, such as acceleration, braking, and speed. We can retrieve vehicle record data from: Airbag control module (ACM) Roll-over sensors (ROS) Powertrain control modules (PCM) 3D Laser Scanner ATS’ Family of Companies utilizes 3D laser scanner technology from our FARO Scanner to create a three-dimensional replica of the accident site, including measurements, distances, vehicle position, scene/roadway...



The Applied Technical Services Family of Companies provides accident reconstruction animation while performing accident reconstruction services. Accident Reconstruction Animation Accident reconstruction animation constructs a computerized simulation showing the exact sequence of events before, during, and after an accident. The Importance of Accident Reconstruction Animation An accident reconstruction animation is an essential tool in accident investigation and litigation. It displays an accident from various angles and perspectives, allowing accident reconstruction experts to strengthen their expert witness testimonies in courtroom trials. Accident Reconstruction Animation at ATS We use the information from the accident scene to form a timeline of events accounting for vehicle system data, photogenic evidence, and infotainment records. We construct animations that compare our professional findings to the evidence of a case, including eyewitness reports. 3D FARO Laser Scanner We use 3D laser technology from our FARO Scanner to obtain measurements, distance, vehicle position, damage including undercarriage, and scene/roadway surface information. These measurements help our experts create a model of the roadway surface to demonstrate its role in the case. VBOX Video HD2 We utilize VBOX Video HD2 to create real-time videos concerning low-speed collisions, simulating the events of the driver and comparing them with the crash data. The tool factors maximum speed, acceleration, braking, movement, and distance into the accident reconstruction to support or dispute the driver’s statement. HVE 2D and 3D Accident Reconstruction Software Our experts use HVE 2D and 3D accident reconstruction software to recreate a collision in order to determine the cause of injuries. Quality Assurance...



The Applied Technical Services Family of Companies' forensic imaging specialist team scans buildings quickly and thoroughly using thermal imaging cameras. ATS' Forensic Imaging Specialists The ATS Family of Companies staffs a team of forensic imaging specialists to operate thermal imaging cameras to scan buildings, identifying issues within building envelopes, HVAC systems, or plumbing systems. We locate various damages, including: Air leaks Condensation Construction defects Missing insulation Moisture in walls, roofs, and insulation Plumping leaks Our forensic imaging specialists follow all manufacturing instructions to ensure systems are set up correctly. We require our specialists to complete comprehensive training programs, ensuring the quality and efficiency of our services. Property and Facility Management Detection of condensation formation Detection of long-time construction damage Detection and prevention of mold and clay Drying efficiency of ceilings, floors, and walls Inspection of distant heating system Inspection of home electrical Inspection of indoor environmental Performance and repair of HVAC system Moisture and Indoor Air Quality Moisture is present in building envelopes from either condensation or leakage. Though it can raise serious concerns, infrared images detect water damage easily. These images help forensic specialists determine the extent of damage and confirm with moisture meters. Water Leak, Humidity, and Condensation Detection Air tightness testing Building envelope thermography Dew point thermography inspection Door seal inspection Floor heating thermography Heating thermography inspections Moisture thermography inspections Roof moisture thermography Wall seal heat loss inspection Quality Assurance The ATS Family of Companies supplies clients with unbiased forensic engineering reports, which include conclusive findings, photographs,...



The ATS Family of Companies provides fire scene investigation services that examine all fire-related incidents after firefighters have extinguished the fire. Fire Chemistry Three crucial components must be present for a fire to start: an oxidant, a fuel source, and a sufficient amount of energy in heat form. A fourth factor—a self-sustaining chemical chain reaction—creates a fire tetrahedron. The absence of these factors results in a fire not starting or a fire extinguishing through: Cooling (Heat Removal) Smothering (Oxygen Removal) Starving (Fuel Removal) Heating Process The heating process causes both liquids and solids to create vapors. This is known as pyrolysis and forms pyrolysis products— flammable substances of low molecular weight—by decomposing materials through fire. The heat a fire produces can spread in three different ways: Conduction: The transfer of heat through direct contact with a medium Convection: The transfer of heat through the circulation of air Radiation: The emission of heat as radiation through a medium Safety Concerns A fire scene increases the risk of possible hazards, such as asbestos, damage, debris, electricity and gas mines, heated materials, structural collapses, dangerous combustion products, and other toxic substances. Experts must conduct a dynamic risk assessment at the scene to declare it safe. Fire Scene Investigation Services at ATS The ATS Family of Companies performs fire scene investigation, closely surveying the scene of a fire to locate its origin and cause. We conclude whether the fire was natural, accidental, or deliberate, ensuring that similar situations do not happen again and aiding...



ATS provides precision forensic testing services so clients can get the detailed, accurate data they need. We inspect structures and heavy equipment, such as automobiles and elevators, to analyze damage and identify the cause of failure. Clients request the precision and accuracy of ATS’ forensic testing services in scenarios such as the following: High-stakes legal cases and criminal investigations Safety inspections for buildings, vehicles, or machines Determining whether to recall a mass-produced item Planning and evaluating load-bearing structures Dimension mapping Forensic Engineering Investigations Clients may turn to ATS to resolve questions about a failure or accident’s cause and origins. Clients need accurate and reliable information after a mechanical or structural disaster. ATS forensic engineers can investigate the causes and origins of fires, structural damages, equipment malfunctions, and traffic accidents. We frequently inspect damage caused by the following: Natural disaster Arson Lack of maintenance Improper installation Poor design Manufacturing defect As part of an investigation, we may perform various types of testing in our forensic testing laboratory. Our experts regularly perform fact-finding investigations and tests to help clients plan a response that complies with the relevant industry standards. We can recommend whether a client should hire a contractor to repair damages or fully replace a component. In certain situations, an ATS representative may support the client with contractor bid evaluations. Before or after repairs, clients may wish to confirm if their products or structures meet industry standards, such as: National Electric Code (NEC) International Organization for Standardization (ISO) International Building Code...



Expert witness companies such as ATS connect clients with court-qualified field experts for civil and criminal cases. Our selection of expert witnesses can address a broad range of circumstances in and out of the courtroom. An expert witness from ATS may specialize in an area of engineering, such as: Biomechanics Structural engineering Forensics Fire investigations Mechanical engineering OSHA standards and regulations An expert witness from ATS can provide statements during the: Trial Deposition Mediation Arbitration Credible Testimony from Experienced Experts Legal cases often rely on witness testimony and expert opinion. An ATS expert witness has the courtroom experience to deliver clear and concise testimony that presents the facts of the case. We can provide context for members of the court who lack the necessary experience to understand the physics and chemistry behind a material failure or mechanical accident. An effective expert witness testimony enables jurors to reach a fair verdict. With over fifty years of service and a national presence, ATS maintains a reputation for timely results and thorough analysis. Our experts deliver credible and reliable statements that hold up to cross-examination. We can consult a wealth of resources about a case: Aerial photographs Condition reports Drone footage Emergency service reports Eyewitness accounts Laboratory testing Laser scans Photographs Maintenance history Residue and liquid samples Subrogated materials Weather patterns Laboratory Testing and Inspections We can also support litigation with laboratory testing, inspections, code compliance testing, and forensic consultations. ATS’ experts have access to our cutting-edge laboratory and resources from our coast-to-coast...



Arson and Fire Investigations Fires often char or incinerate the immediate evidence of their causes, but an IAAI Certified Fire Investigator (CFI) from ATS has the expert training to identify trace evidence and accelerants behind a blaze. Arson and fire investigations aim to uncover where the fire originated and its cause so those affected can begin to rebuild their losses with insurance coverage and legal support. ATS has successfully investigated fires in: Commercial buildings Electric wiring Heavy equipment Residential properties Vehicles What is IAAI-CFI? The International Association of Arson Investigators (IAAI) fuels cutting-edge research on intentional fires. As a global authority on fire investigations, the IAAI ensures all CFIs undergo training on indicators of intentional and accidental fires, fire flow, arc mapping, explosions, and how to recognize fire patterns. Additionally, CFIs gain a thorough understanding of NFPA standards, such as: NFPA 921 NFPA 1021 NFPA 1033 NFPA 1037 The IAAI-CFI certification is the culmination of years of education and work experience. Achieving certification is proof of a recipient’s commitment to fire safety, the newest investigation techniques, and measurable standards. All CFIs must complete professional training, have work experience, score 70% or higher on a comprehensive exam, and recertify every five years. Fire Investigations When called to a fire scene, a CFI from ATS will record and document the undisturbed site before collecting evidence with the proper protocol for identification and storage. Throughout an investigation, a fire investigator may uncover evidence such as accelerants, tire marks, and footprints. ATS can also...



ATS’ expert witness services include comprehensive and defensible testimony in civil and criminal cases. Litigation can sink a company’s reputation and lead to significant costs, even for the winning side. Inadequate expert testimony can confuse a jury, muddle the defense or prosecution, and contribute to a mistrial, which is why clients turn to ATS for reliable and reputable support. We offer expert witness testimony, research, and laboratory testing in cases such as: Arson Breach of contract Insurance complaints Slip and fall Subrogation Vehicular accidents Professional Consultants Attorneys representing a party in a legal case may consult with an ATS expert for industry knowledge. For instance, if a client represents an injured party in a car crash, an ATS engineer can provide subject matter expertise on the biomechanics of the injury directly related to the collision. Our state-of-the-art laboratory allows engineers to perform close inspections and tests to verify the condition of the evidence, such as a corroded wheel axle that triggered a loss of vehicular control. ATS’ main laboratory capabilities include: Chemical Analysis Failure Analysis Material Testing Metallurgical Testing When needed, an accident reconstructionist can consult with a mechanical or structural engineer to simulate a crash or catastrophic failure. Certain states permit accident reconstructions as evidence in a trial. Courtroom Testimony In a court case, jurors without industry knowledge must understand the facts of the case and their significance. Expert witnesses fill these gaps in knowledge to allow judges and juries to make informed rulings. In explaining the mechanics, physics,...



A forensic specialist from ATS can assess a structure or heavy equipment after a potential crime, natural disaster, or critical failure has occurred. Our certified professional engineers often specialize in the following investigations: Fire and Arson Natural Disasters Structural Engineering Mechanical Engineering Accident Reconstruction Electrical Systems What Can an ATS Forensic Specialist Do? Property and Heavy Equipment Inspections A forensic specialist typically begins an investigation with a visual inspection of the scene, during which they record their observations of evidence location, position, and significance. To preserve the layout of the debris before the site is cleared or contaminated, a specialist may take photographs or scans of the scene. An investigator may take a closer look at potential evidence on-site with field equipment such as a moisture meter or infrared camera, a megohmmeter, an inspection robot, or a 3D laser scanner. Laboratory Testing The investigator may also collect evidence for forensic testing in a state-of-the-art laboratory. Our expert technicians regularly take on clients who require the following: Failure Analysis Testing Metallurgical Testing Product Liability Testing Materials Testing Mechanical Inspection Additional Services Depending on the situation, we may provide an accident reconstruction for insurance and court evidence. After collecting evidence during an inspection and performing forensic tests, we record our conclusions in a comprehensive and defensible analysis. Additionally, our staff includes court-certified engineers who can provide reliable expert witness testimony before a jury. Beyond providing a simple forensic investigation, we can support clients with: Joint Inspections Evidence Storage Lab Rental About Our...



Applied Technical Services’ Forensic Crash Specialists provide a variety of crash and accident-related services, include ACTAR accident reconstruction, 3D accident scene scanning and recreation, automotive and aircraft crash investigations, and accident-related litigation support. ATS’ Certified Forensic Crash Specialists The Applied Technical Services forensics department was established in 1974, providing nearly a half-century of experience performing forensic investigations. Our certified crash specialists perform accident investigations in the field and in our state-of-the-art forensic laboratory, as well as providing expert witness testimony and legal advising on accident-related court proceedings. Our crash specialists investigate onsite, providing crash data extraction, site scanning, and impact simulations. These services are extremely helpful to legal teams and insurance companies, providing highly detailed information on all aspects of the incident. ATS: The Forensic Investigation Experts In addition to our forensic laboratory, ATS features a massive evidence storage facility at our Marietta, Georgia location. This storage space provides over 8,000 square feet of secure evidence storage and is capable of housing vehicles ranging in size from motorcycles and all-terrain vehicles to personal aircraft such as helicopters. As we deal with forensic investigations of all kinds, ATS also offers: Fire Scene Investigation Services Evidence Storage Black Box Imaging Product Liability Investigations Natural Disaster Inspections Forensic Construction Expert Testimony Litigation Expert Witness Services 3D Site Scanning Forensic Building Consultation ACTAR Traffic Accident Reconstruction Forensic Crash Specialist Testimony Elevator Expert Witness Testimony Forensic Locksmithing Industrial Accident Reconstruction Other ATS Services In addition to forensic investigations and litigation support, Applied Technical Services specializes...



The ATS Family of Companies (FoC) provides several types of forensic services performed in the field, in our state-of-the-art forensics laboratory, and in the courtroom. These services include elevator expert witness testimony, forensic locksmithing, traffic and industrial accident reconstruction, and fire scene investigations. Elevator Investigations and Litigation Support ATS’ forensics experts specialize in a variety of types of forensic engineering services, such as escalator and elevator expert witness testimony and investigations. These experts consult, testify in court proceedings, and provide general litigation support for insurance companies and attorneys in legal cases involving elevator safety, accidents, and failure. Applied Technical Services’ forensic department has been assisting legal teams since 1974, applying nearly five decades of experience to every investigation and consultation. Additional Forensic Services at ATS Our highly experienced forensics department performs a wide range of forensic investigations and provides expert legal testimony in court proceedings for insurance companies and law firms. Our forensic laboratory is in Marietta, Georgia location and features a secure, climate-controlled evidence storage facility capable of housing vehicles ranging in size from motorcycles to personal aircraft. With 48 years of experience as a forensic services provider and 55 years of industrial testing and analysis experience, ATS is trusted by some of the country’s most prestigious companies. Some of our more popular forensic services include: Fire Scene Investigation Forensic Crash Specialist Testimony 3D Site Scanning Industrial Accident Reconstruction ACTAR Traffic Accident Reconstruction Accident Scene Replication Forensic Building Consultation Secure Evidence Storage Event Data Recorders Forensic Construction Expert Testimony...



Applied Technical Services’ Forensics Division features several Forensic Testing Service offerings, including forensic locksmithing, forensic construction investigations and expert testimony, elevator investigations and expert testimony, and crash reconstruction. Forensic Services at ATS Applied Technical Services is one of the nation’s premier Forensic Testing Service providers, offering a wide range of forensic services in the field, in our laboratory, and in the courtroom. Our highly advanced forensic laboratory is located in Marietta, Georgia, where we offer evidence storage in our secure, climate-controlled 20,000 square foot evidence storage facility. Some of our forensic testing service offerings include: 3D Site Scanning: ATS offers 3D laser scanning to preserve the quality of evidence and accident scenes by creating 3D models of different types of environments. This procedure creates perfect recreations of fire and accident scenes that maintain aspects such as distance, and spatial relations. Traffic Accident Reconstruction: Our forensic experts are able to create an identical recreation of a traffic accident scene to provide further insight into the nature of the incident. We offer this service for accidents involving motorcycles, cars, trucks, and small and large aircraft. Industrial Accident Reconstruction: ATS provides industrial accident reconstruction services to allow the identification of various factors involved in industrial accidents, such as roof collapse, floor failures, and personal protective equipment. Fire Scene Investigations and Expert Testimony: Our experts perform fire scene investigations in the field and offer fire scene litigation support services as well. Our highly trained forensic staff are capable of performing various types of fire...



Applied Technical Services’ Forensic Department offers forensic investigation services as well as litigation support. We offer services including forensic construction expert testimony and investigations, elevator expert testimony and investigations, and ACTAR-certified crash reconstruction services. Forensic Construction Expert Investigation and Testimony Services Applied Technical Services’ forensic construction expert team investigates construction defects, construction safety regulations, accidents, and injuries, as well as offering expert witness testimony and forensic construction litigation support. Our experts have decades of experience conducting forensic investigations in the field and working in ATS’ state-of-the-art forensics laboratory, utilizing innovative technologies to provide precise, reliable data that can be used by insurance companies and legal teams. Our forensic construction experts offer services pertaining to: Construction Safety Construction Insurance and Injury Claims Construction Defects Construction Evidence Construction Laboratory Testing Construction Litigation Support Additional Forensic Services at ATS Our advanced forensics laboratory is located in Marietta, Georgia, along with our evidence storage facility that features over 8,000 square feet of secured, climate-controlled evidence storage that can house everything from all-terrain vehicles to different types of aircraft. ATS has several years of experience providing forensic services to some of the country’s most prominent legal and insurance companies. In addition to forensic construction expert services, ATS offers: 3D Site Scanning Forensic Crash Specialist Testimony Elevator Expert Witness Testimony Industrial Accident Reconstruction Forensic Building Consultation ACTAR Traffic Accident Reconstruction Forensic Locksmithing Natural Disaster Inspections Fire Scene Investigation Services Evidence Storage Product Liability Investigations Black Box Imaging Litigation Expert Witness Services Certified Forensic Expert Services ATS:...



After an automobile accident, machine failure, or structural disaster, call a forensic engineering consultant from the ATS Family of Companies (FoC). Our experienced and licensed professional engineers can investigate the origin and cause of fires, crashes, and equipment stoppages. We know our customers value safety and detailed analysis, so our consultants deliver a comprehensive and defensible report on what caused a failure or damage. We employ highly educated and trained professional engineers who specialize in mechanical and structural engineering, from commercial and residential buildings to industrial machinery. When things go wrong, trust a forensic engineering consultant to determine how to make them right again. Our Services Once dispatched, a forensic engineering consultant from ATS will arrive on-site for an inspection. During this time, our consultant can take photographs and scans to preserve evidence. When relevant, a forensic consultant may use the powerful FARO 3D laser scanner to record the dimensions and locations of evidence in a building or accident scene. Our forensic consultants follow the scientific method to determine the origin and cause of structural failure, fire, equipment damage, and vehicular collision. If a forensic consultant finds evidence needing further analysis, they can take samples to one of our forensic laboratories for close inspection and testing. ATS’ expansive testing capabilities—such as chemical analysis, metallurgical testing, nondestructive testing, and calibrations—allow us to gather detailed information. Using cutting-edge technology, an ATS consultant can uncover clues hidden under debris, and manufacturing defects. Property Inspections ATS experts conduct close inspections of structural damage and...



Forensic consultants provide new perspectives and capabilities to projects. ATS’ forensic consultants can identify damages, defects, and their causes. In certain cases, they may recommend repairs. They can also assess the code compliance of a structure or system. Finally, many of our consultants are qualified to provide expert witness testimony. Clients may request forensic consultants for multiple reasons, such as: To provide information and expertise in claims or trial To identify a defect that requires a recall After severe damage to a building through a natural or man-made disaster To check for code compliance and safety To know the scope and estimated cost of repairs To prove the party responsible for an automobile accident or theft Forensic Inspections Our forensic consultants can perform forensic inspections of damaged structures and malfunctioning equipment. Buildings and Other Structures A forensic structural engineer assesses critical damage to a building after a natural disaster, such as a flood or storm. As part of the evaluation, ATS consultants can use thermal imaging, X-bot inspections, moisture meters, and other equipment for destructive and nondestructive testing. Our experts may take samples for mold and asbestos identification, chemical analysis, and materials testing. Vehicles and Equipment After a vehicular accident, ATS consultants can determine the cause of the collision and create a reconstruction of the event based on witness statements, evidence, and measurements from the crash site, vehicle inspections, photos, and scans of the crash site and vehicles involved. Professional mechanical engineers from ATS may examine a faulty appliance or...



Forensic companies such as ATS frequently perform investigations after a catastrophic failure or occurrence. ATS’ clients trust us to supply prompt testing and analysis to determine the cause of damage or failure and the liable party. We can also evaluate code compliance, recommend repairs, perform forensic testing in our award-winning laboratory, and testify as expert witnesses. Our client-focused approach to forensic investigations means that we tailor the scope of our services to meet the client’s needs. Some of our clients include: Attorneys Building owners and managers Companies Equipment manufacturers Equipment users Third parties involved in a case Our Forensic Services Forensic consultants with different areas of expertise provide new perspectives and capabilities to projects. ATS forensic consultants can identify damages and their causes, recommend repairs, and assess the code compliance of a structure or system. Finally, many of our consultants are qualified to provide expert witness testimony in legal and insurance matters. Some of our services include: Accident reconstruction Contractor bid evaluation Cost of repair estimation Damage inspection Electrical analysis Environmental evaluation Equipment evaluation Expert witness testimony Fire and explosion investigation Marine evaluation Premises liability Product liability Repair recommendation Storm or flood investigation Structural analysis Vehicle evaluation Our Forensic Laboratories During an inspection, our experts may take samples for testing in our A2LA and NADCAP-accredited Marietta laboratory. We can perform metallurgical and materials testing, failure analysis, and nondestructive tests at your convenience. Our on-site and laboratory tools include: 3D laser scanner English XL VIT articulated strut device HVE 2D and...



The Applied Technical Services Family of Companies employs an accident expert witness to determine key factors at the scene of an accident. Accident Expert Witness An accident expert witness utilizes various methods to conduct a scientific analysis of the accident. They possess in-depth experience in the forensic field, making their testimony crucial in swaying the opinion of a jury. An accident expert witness must have qualifications in a specific field to be considered for the role, and a court will determine whether they possess the necessary expertise and legitimacy to render professional opinions. Accident Reconstruction Services at ATS The ATS Family of Companies employs a team of biochemical engineers to assist our ACTAR-certified accident expert witnesses. We work together to calculate the amount and direction of a force when working on a particular accident. With this information, we can identify if the injuries at the scene are consistent with the conclusive findings of a case. Our professional experience qualifies us as an expert in various cases, particularly passenger vehicles, commercial vehicles, motorcycles, vehicle rollovers, minor impact accidents, multi-vehicle accidents, and train and vehicle collisions. We Complete Cases Involving: Passenger Vehicles Commercial Vehicles Motorcycles Vehicle Rollovers Minor Impact Accidents Multi-Vehicle Accidents Train & Vehicle Collisions Crash Data Retrieval Our team of accident expert witnesses can download crash data (CDR) from electronic control modules (ECM) of both commercial and passenger vehicles. Depending on factors such as the make and model of a vehicle, the data can provide clients with information such as...



Applied Technical Services and its family of companies staff engineers experienced in mechanical forensics to determine if damage was sustained after a mechanical failure or if it was the root cause. Mechanical Failure Mechanical failure renders a component or system inoperable, leading to significant issues ranging in severity. Locating the root cause can help prevent any future damage from occurring, as well as assist in insurance claims and legal proceedings. Common Types of Mechanical Failure HVAC and other building ventilation Piping, such as plumping and natural gas lines Motor malfunctions in appliances Insulation damage Construction deficiencies Industrial hydraulic failures Break fire ATS' Mechanical Forensics Services The ATS Family of Companies staffs an expert team of engineers to provide mechanical forensics services that analyze the cause of any mechanical failure or pre-existing condition that could have contributed to the damage. We follow rigorous industry standards to determine what materials or parts could have potentially contributed to equipment failure and how the properties of each failed component impacted the resulting damage. Our engineers utilize scientific processes to assess materials and parts involved in the failure. After performing this assessment, our mechanical forensic engineers deliver an in-depth evaluation of what occurred to clients, offering solutions for future prevention. Product Liability Evaluations Our mechanical forensic engineers perform product liability evaluations to identify whether the loss resulted from a manufacturing defect, poor design, or operator error. We utilize our highly advanced engineering laboratory for onsite testing and analysis. Our engineers inspect safety-guarded equipment to assess...



The Applied Technical Services Family of Companies provides ladder expert witness services, including testimonies regarding the design, manufacture, and safety of all ladders and their components. ATS' Ladder Expert Witness Team The ATS Family of Companies staffs a ladder expert witness team to provide independent opinions as consultants on litigation matters. We are capable of rendering opinions, drafting reports, and providing expert testimonies. Our ladder expert witness team regularly works with: Articulating ladders Combination ladders Extension ladders Ladder levelers Ladder stabilizers Permanently mounted ladders Stepladders Stepstools Fall Protection System Inspection The ATS Family of Companies performs fall protection system inspections to help business owners and managers comply with safety regulations. We provide inspection and certifications for numerous fall protection systems and components, including: Personal fall arrest equipment Roof anchors Horizontal lifelines Vertical lifelines Ladders OSHA Compliance Our professional engineers (P. E. s) perform routine OSHA-compliant inspections on fall protection systems. We evaluate our clients' systems and assess them for any signs of damage. Additionally, we outline necessary maintenance or repair actions in our reports upon completion. Forensic Engineering Team The ATS Family of Companies employs a forensic engineering team, many of whom are industry professionals in ladder inspection and related fields. We utilize cutting-edge technology to perform various procedures to determine if the failure in equipment resulted from improper service or repair, lack of maintenance, manufacturing defect, or operator error. We provide services in the following ways: Accident Investigation Accident Reconstruction Design Safety Failure Analysis Fire/Explosion Prevention Hazard Communication Standards...



The Applied Technical Services Family of Companies is one of the region's most well-established forensic structural engineering firms, with experts that evaluate the extent of damage following several different types of incidents. Forensic Structural Engineering Forensic structural engineering identifies the integrity of a building or structure. Licensed professional engineers are skilled in various disciplines, including building code violations, design flaws, water damage, framing issues, foundation issues, soil movements, and geotechnical issues. These engineers are well-versed in mechanics and physics, understanding how different materials will hold up in various conditions and situations. Forensic Structural Engineering Firms Forensic structural engineering firms provide evaluations to help property owners determine the cause of damage. They employ experts to identify if the damage resulted from a third-party contribution, lack of maintenance, construction defect, or material failure. Once examined, experts supply property owners with detailed reports documenting the full extent of damages. Professional forensic structural engineering firms possess the proper knowledge and skillset to diagnose and determine what led to the component or structure failure. Upon hire, they can consult with the attorney about their findings to provide litigation support in court proceedings. The Importance of Forensic Structural Engineering Firms Forensic structural engineering firms are essential in identifying the cause of failure and establishing the chain of events that led to the damage. Sometimes structural damage can occur due to catastrophic events, such as heavy wind, snow, and floods, and the cause is attributed to the weather. However, this is not always the case, and the...



The Applied Technical Services Family of Companies staffs a forensic metallurgist team to test the properties of alloys and metals. Forensic Metallurgy A forensic metallurgist tests and analyzes failed equipment, ranging from a single component to an entire system. They work with various equipment, including structural components, fasteners, valves, piping, metal structures, storage tanks, and hydraulic systems. They conduct inspections to identify the source of any loss resulting in injury, property damage, or legal action. They also assess the site of failure to improve the construction process, so the same errors do not happen again. Component or System Failure Can Occur Due To: Chemical Contamination Corrosion Defective Material Improper Design Improper Maintenance Improper Welding Manufacturer Defect Poor Installation The ATS Family of Companies Forensic Metallurgist Team The ATS Family of Companies forensic metallurgist team offers in-depth inspections of equipment and system failures. Once these inspections end, we complete a peer-reviewed process to supply clients with photos, diagrams, repair recommendations, and conclusive findings. Failure Analysis Our forensic metallurgists conduct failure analysis on various materials, such as steels, titanium, aluminum, ceramics, plastics, glass, super alloys, and copper alloys. We consult with clients to identify the full scope of factors during a project, including the size of a component, the shape of a component, and the material of manufacture. Metallurgical Testing Techniques Chemical Analysis Energy Dispersive Spectroscopy First Article Testing Graphite Evaluation Hardness Testing Inclusion Rating Mechanical Testing Microstructural Assessment Optical Testing Reverse Engineering Scanning Electron Microscopy XRD (X-ray Powder Diffraction) X-Ray Fluorescent...



The ATS Family of Companies' property damage expert team identifies the origin and cause of any personal losses. Property Damage Expert A property damage expert clarifies all relevant facts to distinguish the origin and cause of damage, identifying any parties involved. They inspect a property to produce an accurate report and recommend remedies for all defects. The Importance of a Property Damage Expert Identifying the origin and cause of damage is essential to property owners. Sometimes the answer to a specific loss proves to be highly complex and technical, but an experienced property damage expert possesses the proper analytical skills and knowledge to determine what led to the loss in question. ATS' Property Damage Expert Team ATS’ property damage expert team provides forensic reports, consultation, and testimonies on structural failures that result in property damage, personal injury, or financial liability. We conduct in-depth testing and analysis to obtain crucial information, determining whether the damage was a result of a construction defect, lack of maintenance, third-party contribution, or material failure. When the cause of damage is verified, we supply clients with conclusive findings supplemented by diagrams, photographs, and repair recommendations. Property Evaluations Structural Evaluations Marine Evaluations Fire Investigations Flood Damage Evaluations Equipment Evaluations Electrical Evaluations Environmental Evaluations Expert Tire Services Accident Reconstruction Services Automotive Evaluations Codes and Regulations ATS’ property damage expert team evaluates the property’s compliance with federal, state, and local regulations, including: County and municipal zoning requirements Building and fire safety codes ADA access Quality Assurance Many of our...



The Applied Technical Services Family of Companies employs arson investigators to conduct investigations on commercial and residential properties to identify the origin and cause of a fire. Arson Investigation Arson investigators assess whether a fire resulted from arson—the act of deliberately setting fire to a property. They couple criminal interrogation, investigation, and interview techniques with their knowledge of fire science when inspecting a scene. They search for any evidence of accelerant use, such as gasoline and other flammable substances, working to locate the starting point and spread of a fire. Arson investigators also inspect commercial and residential properties to ensure they comply with fire safety standards and regulations to mitigate the potential risk of a fire. How The Arson Investigation Process Works Arson investigators inspect fire-related incidents after firefighters extinguish a fire. They will survey any damages at the scene to identify the origin and cause, concluding whether they were accidental, deliberate, or natural. Establishing the facts is essential in ensuring that similar events do not happen in the future. Arson investigations must conduct a dynamic risk assessment, starting with an external examination of the scene to identify any points of entry. They inspect the entire area to preserve potential evidence before producing a plan to obtain items of interest. Ultimately, these investigators determine the cause of the fire and identify any potential criminal activity. Arson Investigator Responsibilities Respond to and investigate fire scenes Identify and collect evidence Determine whether a crime has been committed Write reports Pinpoint potential motives...



The Applied Technical Services Family of Companies provides accident reconstruction expert services. Forensic Accident Reconstruction Accident reconstruction is a field of forensics that determines the circumstances surrounding an accident, often pertaining to traffic collisions involving automobiles, buses, trucks, motorcycles, and pedestrians. Accident reconstruction experts conduct an analysis of the accident to determine details regarding the driver's visibility, collision angles, velocity, and other accident factors. ATS’ Family of Companies Accident Reconstruction Experts The ATS Family of Companies employs accident reconstruction experts to gather all available evidence at the scene of the accident. We assess the data to establish details such as the cause of the accident, speed, reaction times, driver input, stopping distances, and mechanical failures. We provide accident reconstruction services for: Commercial vehicles Passenger vehicles Vehicle rollovers Train and vehicle collisions Multi-vehicle accidents Minor impact accidents Crash Data Retrieval We download crash data (CDR or "Black Box" data) from the electronic control modules (ECM) of commercial and passenger vehicles. We retrieve a passenger vehicle's record data from: Airbag control module (ACM) Roll-over sensors (ROS) Powertrain control modules (PCM) 3D FARO Laser Scanner Our FARO Scanner provides 3D laser technology that our experts utilize to create a 3D replica of the accident scene, including vehicle position, measurements, damage to the undercarriage, scene and roadway surface information, and distances. With this type of technology, our accident reconstruction experts construct 3D animations to showcase the causation of a collision. VBOX Video HVD2 Our VBOX Video HVD2 showcases low-speed collisions by using real-time video....



The Applied Technical Services (ATS) Family of Companies offers a highly qualified team of forensic building consultants. We provide mechanical, electrical, and structural engineering on top of environmental, fire cause and origin, and accident reconstruction services. What Forensic Structural Engineers Do A forensic structural engineer is a licensed Professional Engineer with the knowledge, ability, and skill to inspect, evaluate, and analyze structural engineering problems. They must be able to render opinions, conclusions, and recommendations for clients when a structure faces failures, damages, or performance issues. How Structural Damage Inspections Work Forensic structural engineers locate the source of damage during an inspection. They will investigate any structural damage resulting from improper installation, maintenance failure, or non-compliance with building codes and standards. They can also assess whether the structural damage took place after the completion of the building—perhaps due to lack of maintenance, natural disaster, or third-party involvement. Reasons for Structural Damage: Lack of proper moisture barriers Poorly designed foundation or roof system Insufficient ventilation Improper flooring or window installation Deficient design leading to collapse Incorrect material application Non-compliance with building codes and standards Identifying Sudden or Long-Term Damage Engineers can determine whether the damage was sudden or gradual, as well as if it was accidental, intentional, or enhanced. These classifications determine who is liable for the structural damage. Engineers working on the case can even provide testimony as expert witnesses in trials, depositions, and mediations. Our Team of Experts The ATS Family of Companies employs our forensic building consultants to create...



Applied Technical Services is an automotive expert witness in legal proceedings involving transportation and motor vehicles. Traffic collisions are daily occurrences that often result in personal injury, property damage, and legal disputes. While the causes of an accident may seem straightforward, unforeseen factors often contribute to or even cause the event. Automotive experts analyze these factors to determine the causes, attribute fault, and aid in litigation by serving as expert witnesses. What is an Expert Witness? An expert witness has extensive knowledge, experience, or training with a specific occupation or subject matter, qualifying them as an expert in the court of law. The expert uses their expertise to develop an objective opinion on the contributing causes of a dispute. Unlike a lay witness, an expert may not be present at the scene of an accident, so they rely on evidence and lay witness testimony to develop their understanding of the case's particulars. Why are Automotive Expert Witnesses Important? Automotive experts offer essential insight into motor vehicle technical and complicated functions. While many of us may see traffic collisions as a consequence of driver error, automotive experts carefully consider all factors when examining evidence. Automotive expert witnesses have an in-depth understanding of the following: Automotive Engineering Automotive Technology Commercial Vehicles Manufacturer Defects Manufacturer Warranties Recalls Applied Technical Services' Automotive Forensic Services We employ automotive expert witnesses with experience in various transportation-related fields and occupations. Our expert witnesses aid in arbitration and litigation and provide expert testimony when necessary. In addition to...



Applied Technical Services offers forensic thermal imaging services that aid with investigations and inspections. What is Forensic Thermal Imaging? Infrared thermography, or forensic thermal imaging, is a process that converts an object's thermal energy into images of patterns displayed on a thermal imaging device. These patterns provide insight into the conditions of environments contained within structures such as pipes or walls. Thermal imaging is effective at discovering irregularities involving: Abnormally Hot Electric Components Insulation Defects Cracks in a Building's Foundation Excessive Moisture Plumbing Issues Inferior Building Materials Thermography and Forensic Investigations Thermography is a popular test method for investigations involving building and homes' structural integrity and inner workings. The technology helps investigators and maintenance personnel quickly locate and evaluate areas of concern in hard-to-reach places. Thermography has several benefits that aid in the investigation process, including: Nondestructive Testing Noncontact Technology Real-Time Results Ideal for Inaccessible Areas of Interest Effective in Small or Large Areas About Our Forensic Thermal Imaging Services Our forensic imaging services are quick, competitively priced, and provide insight into the deficiencies of a structure. We offer several infrared imaging services that comply with common industry standards, including: ASTM C1060 ASTM C1153 ASTM D4788 ASTM E1186 ASTM E11934 ISO 6781 ISO 18434-1 ISO 18436-7 More About Our Forensic Investigation Services Our team of forensic specialists consists of licensed professional engineers that determine the causes of mechanical, structural, and equipment failure in various materials. We offer dozens of forensic services that investigate the sites of incidents, crimes, and disputes, allowing...



Applied Technical Services is a truck accident expert witness capable of serving as an expert witness for litigation involving commercial trucking accidents. While car accidents are damaging enough, commercial trucking accidents present a unique danger because of the sheer size and weight of the trucks involved. Unfortunately, much like car accidents, truck accidents are inevitable, and the resulting damage often leads to expensive repairs, injury, death, and legal action against the party responsible for initiating the chain of events. What are Truck Accident Investigations? Truck accident investigations consist of a thorough evaluation of the drivers, vehicles, road conditions, and evidence regarding a truck accident. Our investigation services consist of multiple steps, including: Evidence Collection Examination of the Company's & Driver's Records Black Box Data Retrieval Witness Identification & Interviews Consult with Relevant Experts Motor Vehicle Inspections The information gathered helps investigators reconstruct the accident and associate the fault with the responsible parties. Why are Truck Accident Expert Witnesses Important? Our truck accident expert witnesses use their experience, training, and knowledge to examine evidence and form an objective on the events surrounding trucking accidents. Truck accident expert witnesses may offer their professional opinion on the following: Automotive Defects Assessment of Mechanical Errors Causes of Collison Human Error Origin of Injury Trucking Safety Safety Feature Performance Safety Violations Our expert witnesses help simply relevant information that is otherwise detailed and technical information examined in accident-related cases to aid the jury's understanding of the subject. We also support clients during litigation and offer...



Applied Technical Services’ Certified Forensic Expert service offerings include forensic investigations as well as litigation support. We offer services, including forensic locksmithing, crash reconstruction, elevator investigations, and forensic construction. Certified Forensic Expert Investigation and Testimony Services ATS features teams of Certified Forensic Experts with various specialties and certifications, from ACTAR-certified crash reconstruction experts to Qualified Elevator Consultants (QEC). Our forensic investigators have decades of experience working in the field and conducting testing in our highly advanced forensics laboratory, while our expert witnesses provide legal counsel and litigation support in and out of the courtroom. Additional Forensic Services at ATS ATS features a state-of-the-art forensic testing laboratory located in Marietta, Georgia, where we also provide evidence storage in our secure, climate-controlled 20,000-square-foot evidence storage facility. Our Certified Forensic Experts have several years of experience serving some of the country’s most prestigious legal, insurance, and manufacturing companies. Some of our additional forensic service offerings include: Evidence Storage Natural Disaster Inspections Forensic Construction Expert Testimony Black Box Imaging Litigation Expert Witness Services Product Liability Investigations Fire Scene Investigation Services Elevator Expert Witness Testimony Forensic Crash Specialist Testimony 3D Site Scanning ACTAR Traffic Accident Reconstruction Forensic Building Consultation Industrial Accident Reconstruction Forensic Locksmithing Other ATS Services In addition to the services provided by our Forensics Department, ATS offers: Calibrations: ATS performs calibrations and inspections for aviation equipment and machinery, CT scanning and analysis, mechanical tool calibrations, CMM calibrations, electrical calibrations, dimensional calibrations, thermal measurement equipment calibrations, and several other types of calibration services. Engineering:...



Applied Technical Services is a forensic engineering expert able to investigate and serve as an expert witness for forensic failure investigations. What is Forensic Engineering? Forensic engineering uses engineering applications to determine the cause of material, structural, or equipment failure. The information acquired from forensic investigations can benefit construction companies, manufacturers, insurance agencies, and law firms. Forensic engineers are essential in events where people or property are injured or damaged, as they investigate potential causes and support their clients in litigation. Why are Forensic Engineering Experts Important? Our forensic engineering experts evaluate matters about civil, construction, and structural issues and serve as expert witnesses in court. Expert witnesses use their experience, knowledge, training, and expertise in a particular subject or field to aid in litigation. Forensic engineering experts analyze the details of an incident to reverse engineer the events to determine the responsible party. Forensic engineering experts provide support in cases involving: Breaches of Contract Construction Defects Failure to Comply with Codes & Regulations Fire Damage Natural Disaster Damage Structural Collapse Our forensic engineering experts conduct several services, including: Accident Reconstruction Code Compliance Inspections Damage Analysis Expert Witness Testimony Mediation Support Professional Consulting More About Our Expert Witnesses Services Applied Technical Services’ forensic team specializes in investigating the causes of equipment, mechanical, and structural failure. We employ licensed professional engineers with decades of shared experience in various disciplines, allowing us to take a thorough and well-rounded approach to our investigations. Our forensic services support multiple industries, including: Aerospace Automotive Construction...



ATS’ forensic engineering consultants can inspect damages and failures to vehicles, equipment, and structures. Forensic engineers can determine the origin and cause of damages, recommend repairs, and assess contractor bids, when needed. Our advanced labs and technology provide accurate information that empowers clients to pursue their business interests. Consultant Qualifications We encourage the personal achievements of our staff both at and away from the workplace. To qualify for a professional engineering (P. E. ) license, engineers in most states must meet the following qualifications: Complete a four-year degree in engineering Spend at least four years working for a licensed P. E. Pass comprehensive and rigorous exams Gain a license from a state engineering board Continue education and training in forensics Along with a P. E. license and four-year degree, ATS forensic engineering consultants are free to pursue official certification in their areas of expertise. Many of our professional engineers have access to the latest research and techniques promoted by professional forensic organizations, such as: ACI ACTAR ALOA ASCE ASHRAE CVSA EASA IAQA IAAI IAATI IAFF ICC NAFE NAFI NFPA NSPE RCI SAE Our Forensic Engineering Services ATS offers a wide range of forensic engineering services for building owners and managers, vehicle owners, law enforcement, attorneys, manufacturers, and other clients. Structural Forensic Services ATS’ structural engineers can evaluate a structure to identify liability and defects, assess damages, and perform tests. We can detect asbestos, chemical spills, mold, moisture intrusion, lead paint, imported drywall, and assess the indoor air quality. We cover...



Applied Technical Services serves as a maritime expert witness for litigation involving marine activities such as construction, navigation, and shipping. The maritime industry dominates trade, travel, and recreation, so it is important that businesses and personnel engage in safe practices. Unfortunately, accidents occur, and like any industry, maritime activities can occasionally lead to disputes where legal action and expert witnesses are needed. What are Expert Witnesses? Expert witnesses use their experience, knowledge, and training in a specific field to aid in legal action. Expert witnesses simplify the technical details of a case and are called upon when the information in question extends beyond common knowledge. The individual serving as an expert witness can also use their well-informed opinion to conclude the circumstances in question. What is a Maritime Expert Witness? A maritime expert witness is an induvial whose knowledge of maritime-related practices qualifies them as an expert in a court of law. These experts investigate events responsible for personal injury or property damage to determine which party is responsible. Our maritime expert witnesses help clients support and defend claims of wrongdoing by: Testifying on Maritime-Related Matters Providing Litigation Support Offering Consulting Services Examining the Facts of the Case More About Our Forensic Testing Services Applied Technical Services' forensic lab testing services determine the causes of materials' structural, mechanical, and equipment failure. We use state-of-the-art equipment to investigate and inspect materials promptly and accurately. Our forensic specialists have decades of collective experience in various industries, allowing us to investigate claims from...



Applied Technical Services testifies as a product liability expert witness in court cases involving product error or failure. Products of all types are prone to failure, which may result in legal action against the responsible parties. We evaluate the facts of cases regarding product liability and offer aid as expert witnesses. What is a Product Liability? Product liability is the liability assumed by all parties involved with the production or distribution process of products. We expect manufacturers, retailers, and wholesalers to sell products that are safe for consumers. Failure to do so may result in legal action requiring an expert witness. What is an Expert Witness? An expert witness is an individual whose experience, education, and expertise in a particular field qualifies them to serve as a witness in court. Expert witnesses analyze the evidence and facts of the case to provide an objective opinion on the details of the dispute. Expert witnesses provide the following services: Offer an Impartial & Expert Opinion Help Clients Prepare Documents Improve the Understanding of Complex Subjects Testify on Behalf of Clients Why are Product Liability Expert Witnesses Important? When we purchase products, we, as consumers, assume that they are safe to use and reliable. Unfortunately, this isn't always the case as a manufacturer's or distributor's negligence, poor production practices, and breaches of contract may result in product liability claims. Product liability expert witnesses analyze the evidence surrounding product liability claims and make impartial statements about the dispute. Experts play an essential role in...



ATS’ family of companies possesses the necessary skills and resources to offer comprehensive hurricane structural damage evaluation services. A single hurricane can put thousands - if not millions - of homes, businesses, and other structures at risk. These deadly weather systems can cause severe destruction to anything in their path. Hurricane damage evaluations serve to determine the precise source and extent of structural damage, helping clients repair their structures and prepare concrete evidence for litigation. Storm Damage Assessments Hurricanes can spur numerous hazardous conditions that may damage a structure, including winds, flooding, and tornadoes. ATS looks at every factor that may have contributed to structural damage, including preexisting ones. Our expert staff are familiar with FEMA base flood evaluation (BME) and ASCE wind load requirements, so they can determine whether a structure sustained damage due to inadequate design or construction. Flood Damage When hurricanes bring flood waters, ATS can determine the effects of the hydrodynamic and hydrostatic pressures. We can identify any damage caused by erosion, scour, or consolidation from inundation. Alongside the structure itself, we can assess damages to HVAC systems, escalators, elevators, and other equipment, attributing any damage to the appropriate source. In addition, we maintain high-water mark databases that include every major domestic flood event. The data covers maximum reported flood depths and wind speeds, assisting with flood evaluations and cases where flooding is not yet confirmed. We can also make aerial footage of flooding events available to our clients. ATS also offers relative elevation and positive...



Applied Technical Services’ Forensics Department offers a wide range of litigation support and forensic investigation services, including ACTAR Traffic Accident Reconstructionist services, forensic construction experts, forensic locksmithing services, and forensic crash specialists. Traffic Accident Reconstruction ATS’ mobile ACTAR-accredited forensics team specializes in traffic accident reconstruction to assist law firms and insurance companies in automotive accident-related court proceedings. Our experts utilize advanced technology to produce a comprehensive reconstruction of accidents, then performing a thorough investigation with accurate reporting and timely results. Our ACTAR Traffic Accident Reconstructionist team features the following equipment and service capabilities: Crash Reconstruction 15,000 lb. Vehicle Lift Real-time X-ray Services Stolen/Recovered Vehicle Inspections Engine Diagnostic Services Light Bulb Analysis Arc Mapping Infrared Spectrum Analysis FTIR HVE® Accident Computer Simulation Faro® Digital Scanning Debris Chemical Analysis Black Box Downloading Evidence Collection and Storage Unmanned Aircraft System Aerial Photography Forensic Investigation Services at ATS Applied Technical Services’ state-of-the-art forensic laboratory in Marietta, Georgia, offers several different types of forensic services and features over 8,000 square feet of secured climate-controlled evidence storage. Since its founding in 1974, ATS’ forensics division has become a leader of forensic investigations and litigation support, establishing business relationships with some of the country’s most reputable legal, insurance, and manufacturing companies. Some of our most commonly requested forensic services include: Natural Disaster Inspections Litigation Expert Witness Services Black Box Imaging Product Liability Investigations Event Data Recorders Evidence Storage Forensic Construction Expert Testimony Industrial Accident Reconstruction Forensic Expert Witness Services Elevator Expert Witness Testimony Forensic Building Consultation 3D...



Applied Technical Services serves as a forensic engineering expert witness for commercial, legal, and insurance clients. Engineering is complex practice relied on by various industries worldwide, and there are often situations in which accidents, damage, or injury occur. Forensic engineering experts examine these events to determine fault, improve the practice, and investigate the conditions of materials. What is a Forensic Engineering Expert? A forensic engineering expert has extensive knowledge and experience in the application of engineering principles. Forensic engineering experts provide objective and accurate information about situations involving property damage or injury because of poor engineering practices. The information gathered by forensic engineers is admissible in court, and they may testify as expert witnesses. What is an Expert Witness? Expert witnesses use their certification, education, experience, and training to aid in litigation. An expert witness observes the evidence and facts of a case to develop an objective opinion on the events that inspired the legal actions. Expert witnesses simplify the case's otherwise scientific or complicated details, improving the jury's understanding of the situation. About Our Forensic Engineering Expert Witnesses Our forensic engineering expert witnesses use their expertise in civil, mechanical, structural, electrical, and mechanical engineering to investigate accidents and failures in materials. Our forensic services help our clients do the following. Assess the Origin & Causes of Damage Determine the Extent of Damage Estimate Repair Costs Expert Witness Testimony Mediation Support Inspect for Code Compliance Offer Repair Recommendations Professional Consulting We offer numerous forensic engineering services, including: Accident Reconstruction Construction...



The role of a forensic electrical engineer is to pursue the origin, cause, and party responsible for an electrical failure or electricity-related accident. This position knits together forensic science with engineering for clients in the legal, insurance, manufacturing, and law enforcement industries. Forensic electrical engineers from ATS are state-licensed Professional Engineers (P. E. ), many of whom have earned additional certifications in CFI, CFEI, and CVFI. To obtain a P. E. license, prospective engineers in most states must: Earn a 4-year degree in Engineering Complete four or more years of work under a licensed professional engineer Pass rigorous and comprehensive exams Continue their education through ongoing training ATS Forensic Electrical Evaluations Power Surge A power surge happens when an electric circuit receives more electric current than expected, which can cause damage or reduced performance to any connected appliance or device. Power surges follow: Electrical overload Faulty wiring Lightning strike Utility interruption A forensic electrical engineer studies the circuit or equipment where the surge occurred, such as a multi-plug extension cord. They may look for physical damage, the wattage ratings of the appliance involved, and other indicators of how the surge happened and its aftereffects. Sometimes, engineers may take samples or small appliances for testing in one of our ISO/IEC 17025:2017-accredited labs before concluding the cause of the malfunction. Code Compliance To assess the safety and reliability of an electrical system, ATS forensic electrical engineers perform electrical code compliance evaluations. We can assess the condition and safety of the currently installed...



Applied Technical Services’ Forensics Department offers several types of expert testimony and forensic investigation services, including forensic expert witness services, forensic construction expert services, traffic accident reconstruction services, and forensic locksmithing services. Forensic expert witnesses have extensive knowledge and expertise in their field, granting them recognition as an expert in their discipline by the court system. These experts apply this expertise to establish facts upon which evidence can be compared to, providing litigation support to a legal team. As court cases carry great significance, expert witnesses must both be proficient in their field as well as have experience serving as an expert witness to ensure credibility in a courtroom. Applied Technical Services’ forensic expert witnesses are highly experienced professionals who frequently provide legal support and are confident in a courtroom setting. Forensics at ATS: Investigation and Litigation Support Services Applied Technical Services’ forensics teams provide both forensic investigation services as well as litigation support services. Our forensic experts apply years of experience to every case and excel at everything from traffic accident reconstruction to fire scene investigations. ATS’ Marietta, Georgia location features a climate-controlled facility with over 8,000 square feet of secure, climate-controlled evidence storage in addition to our state-of-the-art forensic laboratory. Some additional forensic services we offer include but are not limited to: Traffic Accident Reconstruction Elevator Expert Witness Testimony 3D Site Scanning Industrial Accident Reconstruction Forensic Building Consultation Forensic Locksmithing Forensic Crash Specialist Testimony Expert Witness Litigation Support Fire Scene Investigation Services Natural Disaster Inspections Evidence Storage Forensic...



Applied Technical Services provides hurricane structural damage inspection services for buildings and businesses impacted by hurricane-related weather events. Hurricanes and Structural Damage Violent winds, heavy rain, and widespread flooding accompany hurricanes and cause extensive damage to anything in their path. Roofs, walls, and openings are particularly susceptible to damage because of their direct exposure to the various forces associated with hurricanes and similar weather events. While some damage may appear obvious, a structural damage inspection is often needed to properly assess a home or building's soundness following a traumatic weather event. Why is Structural Inspection Important? Engineers perform structural inspections to evaluate the condition of a home or building's beams, columns, or foundations. Engineers pay particular attention to the load-bearing components of the structure because they significantly impact the building's integrity. Structural issues may result in the following conditions. Ceiling Cracks Cracked Walls Sagging Roofs Sloping Floors ATS' Hurricane Structural Damage Inspections Our licensed structural engineers examine the details of a property to thoroughly evaluate the status of the home or building's structural integrity. We emphasize a few areas of importance during our inspections, including: Basements Brickwork Crawl Spaces Exterior Walls Foundations Framings Masonry Interior Walls Our inspections determine if a building needs extensive repairs following the events of a hurricane. We recommend that clients request our services if they suspect, detect, or observe any damage or failure in the structure of their home or business. During visits, our engineers conduct visual inspections of the building to diagnose the situation before...



Applied Technical Services provides construction expert witness testimony for construction-related litigation. The construction industry is instrumental in the expansion and advancement of communities, economies, and nations worldwide. The complex nature of the industry leaves room for disputes, injuries, and property damage, leading to legal action where a construction expert witness is needed. What is a Construction Expert Witness? A construction expert uses knowledge and expertise to provide an expert opinion to the jury in construction law cases. Construction law consists of several common causes of disputes, including: Building Delays Code Violations Construction Safety Contractual Disputes Design Evaluation Forensic Investigations Material Defects Regulation Compliance Price Discrepancies Work Zone Safety Why is Expert Witness Testimony Important? Unlike lay witnesses, lawyers select expert witnesses to provide an objective perspective on the specific circumstances of a lawsuit. This selection presents a unique opportunity to use a professional’s expertise to simplify the otherwise complex factors that often contribute to the conditions of the case. Expert witnesses can support the defense or plaintiff in multiple ways, including: Arbitration Support Claim Evaluation Expert Testimony Formulate Claims, Counterclaims, & Defenses Litigation Mediation Professional Consultation Strategy Development About Our Forensic Team Our licensed engineers specialize in electrical, mechanical, and forensic testing and analysis services. We employ professionals with decades of collective experience in engineering and various sciences to ensure that our services are thorough and well-informed. Our investigations occur on-site or in our labs and uncover the contributing factors that have led to an accident or material failure. We...



Applied Technical Services serves as a fire investigation expert witness for litigations involving fire-related issues. Fire investigators collect physical evidence from the site of a fire to determine if the cause of the fire was accidental or deliberate. The investigator's conclusion may be used in court, and fire investigation expert witnesses may be called upon to lend their expertise to the case. Fire Investigation Expert Witness Fire investigations consist of highly detailed and complex processes that can be difficult to explain to jurors unfamiliar with the practice. A fire investigation expert witnesses help with the following tasks. Arbitration Support Claims Evaluation Consulting Damage Analysis Litigation Mediation More About Our Fire Investigation Services Our accredited and licensed team of fire investigators determines the cause of fire-related incidents. Our services range from the initial inspection of the scene of a fire to the expert testimony needed to resolve legal disputes. We have decades of experience with fire investigations and offer numerous fire-related services, including: Chemical Analysis of Fire Debris Compliance with Fire Codes Determination of Cause & Contributing Factors Evaluation of Electrical Components Expert Testimony Flash Point Determination Fire Investigators Product Liability Secured Evidence Storage Thermal Analysis About Applied Technical Services Applied Technical Services provides professional testing, inspection, and consulting engineering services worldwide. We operate according to an ISO 9001:2015-registered quality management system with a customer-centric approach that seeks to ensure that our clients receive excellent service and that our organization prioritizes growth and improvement. We can personalize our services to meet...



Applied Technical Services’ Forensics Department offers several types of investigation and expert testimony services, including litigation expert witness services, forensic locksmithing services, elevator expert testimony, forensic construction expert, and crash specialist services. Forensic Expert Witness Services Expert witnesses are individuals with extensive expertise and knowledge in a specific discipline that allows them to be recognized as an expert of their field by the court system. Expert witnesses provide litigation support in a court case by applying their expertise to establish relevant facts and discuss how these facts support or conflict with the court case. Due to the significance of court proceedings, it is crucial for a litigation expert witness to possess both proficiency in their field as well as experience in a courtroom setting. Applied Technical Services’ expert witnesses are confident professionals who regularly provide legal support for cases involving their expertise. Forensic Investigation and Litigation Support Services at ATS Applied Technical Services features a multifaceted Forensics Department that performs forensic investigations as well as providing litigation support for court proceedings. Our Marietta, Georgia location is equipped with a highly advanced forensics laboratory as well as a secure 20,000 square foot climate-controlled evidence storage facility. Both our forensic investigation teams and expert witnesses have years of experience serving the manufacturing, legal, and insurance industries and have developed exceptional reputations due to their consistently excellent quality of service. Some of the forensic services we offer that are most commonly requested include: Natural Disaster Inspections Black Box Imaging Fire Scene Investigation Services...



ATS uses vehicle forensics for accident reconstruction, automotive evaluation, product liability, and tire evaluation services. Our professional engineers work with passenger and commercial vehicles, motorcycles, tractor trailers, and heavy equipment to identify the cause of a vehicular crash or failure. We find that the most common causes of failure include: Design flaws Manufacturing defects Poor maintenance and repair Operator errors Additionally, our court-certified expert witnesses can report our findings for insurance claims and legal proceedings. Accident Reconstruction Forensic experts use accident reconstruction to identify the cause, liability, and factors that contributed to a collision. We can compare reports and witness accounts of the collision with photos of the scene and vehicle damage. To learn more about driver reactions, we extract crash data from the vehicles’ event data recorders (EDR). We may perform a mechanical failure analysis to gather additional information. After collecting data, we use VBOX Video 2 to simulate an accident consistent with the crash data. Finally, we can present our conclusions as an animated accident reconstruction to clients and a trial jury. Automotive Evaluation Our automotive evaluations determine the cause of an accident or failure and the conditions of the vehicles involved. We can also assess if the damages sustained by the vehicles are consistent with reports of the event. As modern vehicles incorporate more information systems, ATS has adapted special tools, such as the Berla iVe, to access the following: Airbag Control Modules (ACM) Alarm systems Electronic Control Modules (ECM) Engine immobilizer systems EDR Infotainment systems Powertrain...



Applied Technical Services serves as a litigation expert for clients in need of objective statements and testimony amidst legal action. Our forensic personnel has decades of collective experience in various industries and applications, allowing us to offer litigation support for a wide range of subjects. What is a Litigation Expert? A litigation expert or expert witness uses their expertise to present an expert opinion for civil suits or criminal cases. Litigation experts possess the experience, skill, knowledge, education, or training in a particular practice or profession needed to aid their clients in court. These attributes help litigation experts conduct several services, including: Challenging Opposing Experts Develop Strategies Formulate Defenses, Claims, & Counterclaims Review Documents Understanding the Value of Litigation Experts While lay witnesses may testify in court without any experience in the subject of the case, expert witnesses use their expertise to analyze the facts of the case. Litigation experts use their credibility to establish a well-informed perspective that helps jurors navigate the nuanced nature of court cases. This practice is incredibly valuable when the presented information is complex and beyond the scope of common knowledge. More About Our Forensic Services Our forensic investigation services benefit businesses, law firms, government agencies, and private equity firms involved in legal proceedings. Our services include but are not limited to the following. Code Compliance Construction Accidents Chemical Analysis Failure Analysis Fire Forensic Data Collection Joint Inspections Insurance Claims Machine Failure Motor Vehicle Collisions Product Liability Investigation Roof Inspections Secured Evidence Storage Thermal Imaging...



Applied Technical Services serves as a construction defect expert witness in court cases involving improper construction practices. The construction industry is an important sector of our society that serves as a catalyst for the growth of businesses, cities, countries, and economies. However, like any industry, sometimes construction services lead to legal disputes where expert witnesses are needed to provide credibility to an argument which is why third-party expert witness services ATS are so important. What is a Construction Defect Claim? A construction defect expert witness provides an objective perspective and professional opinion for legal actions involving construction companies or their clients. Claimants file construct defect claims for several reasons, including: Breaches of Contract Construction Delays Cost Discrepancies Failure to Comply with OSHA Standards Engineering & Design Flaws Improper Construction Practices Unfair Practices The issues mentioned above may result in severe consequences such as: Code Violations Permit Revocation or Suspension Property Damage Serious Injury Why are Construction Defect Expert Witnesses Important? Construction defect experts are qualified to testify in court on their client's behalf. The experts identify the causes and problems associated with the dispute to establish facts that aid the court's resolution. Expert witnesses help with the following tasks. Arbitration Support Claims Evaluation Damage Analysis Litigation Mediation Support Professional Consulting More About Our Forensic Team ATS employs qualified forensic professionals with decades of collective experience in forensic, electrical, and mechanical testing and analysis services. We are well-informed of standard industry practices and fully capable of assessing situations to acknowledge and...



Forensic Fire Investigation Services Applied Technical Services has a team of certified fire scene investigators and provides a variety of other forensic services as well, including: Forensic Locksmithing Elevator Expert Testimony Forensic Crash Services Forensic Construction Services Our fire scene investigators closely examine and analyze various attributes of a scene where a fire has occurred to gather evidence, determine the cause of a fire, and assess whether the fire was intentional or accidental. Forensic fire investigators can identify specific burn patterns, recognize accelerants, and determine if there is any evidence of utility tampering. All information gathered by our team of fire scene investigators is thoroughly documented and prepared for use by insurance companies and legal firms and authorities. Additional Forensic Services at ATS Applied Technical Services’ Forensic Department conducts forensic investigations and provides expert legal testimony in court proceedings. Our highly advanced forensics lab is located in Marietta, GA and offers several different services. This facility includes 20,000 square feet of evidence storage in a secure, climate-controlled environment. ATS’ forensic experts have several years of experience working with fire scenes and serves some of the country’s most prestigious legal, insurance, and manufacturing companies. Some commonly requested forensic services that ATS provides include: Elevator Expert Witness Testimony Industrial Accident Reconstruction Forensic Building Consultation Forensic Locksmithing Forensic Crash Specialist Testimony 3D Site Scanning Traffic Accident Reconstruction Litigation Expert Witness Services Forensic Construction Expert Testimony Product Liability Investigations Event Data Recorders Natural Disaster Inspections Evidence Storage Black Box Imaging Other ATS Services Calibrations:...



Applied Technical Services' forensic roof inspection services ensure that roof installations comply with the relevant codes and specifications. Roof inspections protect customers and businesses from the damages and costs associated with improper installations. What is a Forensic Roof Inspection? Forensic roof inspections evaluate recently installed roofs to ensure that the roofers followed the correct procedures and did an adequate job. The examinations consist of visual assessments, the retrieval of samples, and a review of the roof's performance. Forensic roof inspections help with the following. Building Code Compliance Environmental Damage Failure Analysis Manufacturer Specification Compliance Insurance Claim Review Warranty Coverage Workmanship Review When are Forensic Roof Inspections Needed? Forensic roof inspections support attorneys, insurance agencies, owners, and property managers involved in lawsuits regarding roofing performance. Our experienced engineers analyze the facts of the situation to provide various services that aid in an investigation and court ruling, including: Claim Consulting Expert Testimony Mediation Litigation Our forensic analysis team examines multiples facets of the roofing installation process, including: Designs Materials Installation Process Relevant Documentation We review the information above to establish the facts of the dispute to provide a professional and objective perspective on the claim. More About Our Forensic Testing Lab Our forensic testing lab determines the causes of various materials' equipment, structural, and mechanical failures. We can perform forensic tests and inspections on-site or in our accredited chemical, mechanical, and nondestructive testing facilities. We specialize in several forensic services, including: Accident Reconstruction Expert Witness Testimony Evidence Storage Failure Analysis Joint Inspection...



Applied Technical Services’ product liability expert investigates the causes of product failure and serves as an expert witness on behalf of our clients. What is a Product Liability Expert? A product liability expert evaluates product failure to determine who is responsible for the resulting injuries or damages. While user error may result in product failure, product liability experts investigate the facts of the case to determine if the manufacturer, distributor, wholesaler, or retailer bare any responsibility. The subsequent investigation into the cause of failure is essential to developing a product liability case if a party decides to take legal action. Why are Product Liability Investigations Important? Product liability investigations help protect businesses involved in the manufacturing, distribution, and retail process of defective products that have caused injury or damage to people or property. Investigations supply support for expert testimonies, which helps bring credence and credibility to claims that may otherwise appear unsubstantiated. For example, an expert witness may aid a jury’s understanding of an otherwise complex subject by simplifying the nuanced nature of the subject into an objective and accurate statement. Applied Technical Services’ Product Liability Expert ATS employs product liability experts with decades of shared experience in various disciplines. Our staff’s diverse background provides a sound foundation for our investigations into the potential causes of product failure. Our understanding of the multiple facets of product development helps us address various components of products, including: Consumer Product Safety Consumer Product Warnings Consumer Protection Claims Manufacturing Defects Product Defects Product Designs...



Applied Technical Services offers a wide range of forensic expert testimony services, including forensic locksmiths, forensic construction experts, elevator expert testimony, and forensic crash specialists. Forensic Locksmith Investigations and Expert Testimony Forensic locksmiths are certified specialists capable of providing expert legal testimony on empirical scientific data relating to locks and keys. Forensic locksmiths are tasked with deconstructing an event and determining how incidents involving locks took place to assist in legal cases and investigations. Due to the nature of forensic investigations, a forensic locksmith must possess exceptional knowledge and expertise of their field and have extensive experience providing legal testimony. Applied Technical Services’ forensic locksmiths work both in the field and our state-of-the-art forensic laboratory and have a comprehensive proficiency in locking mechanisms, mechanical locks, and master key systems. Forensic Investigation Services at ATS Applied Technical Services’ Forensic Investigation Department provides forensic investigations and expert legal testimony in court proceedings for insurance companies and law firms. Our advanced forensic laboratory in Marietta, Georgia offers several different types of services and features a 20,000 square foot climate-controlled evidence storage facility in a secured environment. ATS has several years of experience serving some of the nation’s most reputable insurance, manufacturing, and legal companies and our forensic experts have industry-leading experience determining accident causes in injury liability cases. Some of our most commonly requested services include: Traffic Accident Reconstruction Fire Scene Investigation Industrial Accident Reconstruction Elevator Expert Witness Testimony 3D Site Scanning Forensic Crash Specialist Testimony Forensic Building Consultation Forensic Construction Expert Testimony...



Applied Technical Services’ EDR event data recorder analyst evaluates data from vehicles involved in collisions. While unfortunate, vehicle collisions are unavoidable and daily occurrences on roadways worldwide, so it’s important to investigate and analyze accidents to improve driver safety and establish facts about the causes of collisions. What is an Event Data Recorder? An event data recorder documents data before, during, and after significant events involving motor vehicles. For example, the device will collect the data from a car involved in a wreck to aid investigators in their efforts to reconstruct the accident. An EDR often consists of a series of sensors throughout the vehicle that monitors various functions of the car, including:  Changes in Speed before Collision Braking Engine Throttle Seat Belt Status Air Bag Status Number of Crash Events Time Elapsed between Crash Events Vehicle Roll Angle Steering Input Driver & Passenger Seat Position Analyze Traffic Collision Data Event data recorders are tamper-proof, so data extraction is a complicated process that requires the enlistment of crash data retrieval software. Once downloaded, experts evaluate the information and other relevant evidence, such as photographs, witness statements, and police reports to reconstruct the accident as accurately as possible. The acquired information helps provide insight into the vehicle’s status before, during, and after the accident so our certified EDR analysts can determine who is at fault. More About Our Traffic Accident Reconstruction Capabilities We provide traffic accident reconstruction services for plaintiffs, defense attorneys, insurance firms, and car rental companies that need to...



ATS’ forensic metallurgy services explore the chemical and physical properties of metals and alloys. When used as part of failure analysis, forensic metallurgy provides information about the cause of a component or system failure. We commonly test materials such as aluminum, copper alloys, steel, titanium, glass, ceramics, and plastics. Metallurgical Testing Services Our expert forensic metallurgists are adept at uncovering the properties and chemical makeup of metals and alloys. We use metallurgical testing to identify unknown materials and determine the source of damage to a metal component or system. Destructive and Nondestructive Testing Metallurgical testing allows analysts to study an object through nondestructive and destructive means. Destructive testing requires the analyst to perform tests that will damage the sample. Our destructive methods for metallurgical and mechanical testing include: Chemical Analysis Fatigue Testing Hardness Testing Mechanical Testing Meanwhile, nondestructive testing preserves the original object for further use. We can perform nondestructive tests on-site or in one of our forensic laboratories. Our nondestructive testing capabilities include: Energy Dispersive Spectroscopy (EDS) Optical Fractography Scanning Electron Microscopy (SEM) Visual Testing X-ray Diffraction (XRD) Metallurgy in Failure Analysis We can use metallurgical testing as part of a larger failure analysis project. Metal can fail when it corrodes and cracks. Stress and environmental factors contribute to overloading and fatigue. Such failures in a metal component can cause a full-system failure or underperformance. Failure Cause An ATS failure analysis team of qualified analysts will perform metallurgical tests to determine the root cause of failure. For instance, metallurgy...



Origin and Cause Investigations ATS’ forensic fire and explosion investigators expose the origin and cause of a fire or explosion through a close examination of evidence. Our state-of-the-art labs empower our investigators to dig deep into the debris for clues. We explain our scientific findings in unbiased and defendable reports that may be used in a court of law. Our investigators provide services for residential and commercial properties. A recent NFPA report estimates the U. S. sees an average of 1,450 warehouse structural fires a year, costing roughly $283 million in property damage and resulting in an average of two deaths and sixteen injuries per year. ATS helps determine the source of such fires by offering thorough investigations. Our experts can determine the origin and the underlying cause of a fire or explosion. The most common causes of fires and explosions are: Electrical failure Equipment or appliance failure Material or construction defect Lack of maintenance Improper use Arson Fire and Explosion Investigation When forensic fire and explosion investigators arrive at a fire scene, they sweep the area for evidence of the fire’s origin. They draw on professional training and experience to recognize fire patterns and trace the course of the fire or explosion. Throughout the investigation, our forensic investigators may refer to photographs, witness testimonies, and emergency service reports for additional information about the fire or explosion. This information forms a basis for a timeline of events. ATS has developed a network of consultants to assist in fire and explosion...



The Applied Technical Services (ATS) Family of Companies (FoC) provides exceptional water damage inspection services. Our experts offer evaluations, reporting, and expert witness testimonies. Water Damage Water damage results from water intruding into a material or system, eventually causing deterioration that can result in an array of damages. The damage can happen slowly and indiscreetly, such as water spots defacing a surface, or quickly and catastrophically, such as floods destroying an entire property. Common Causes of Water Damage Clogged or malfunctioning drains Crawl space water damage Dishwasher or washing machine overflows or malfunctions Flooded basements Flooding due to heavy rainstorms Frozen, broken, burst, or leaking water pipes Hot water tank floods Leaking roofs or windows Overflowing bathtubs, sinks, or toilets Sewage or septic tank backups Sump pump failures The Importance of a Water Damage Inspection Inspecting damage from water loss is vital in both commercial and residential buildings. Water damage can put people at risk of injury and expose them to environmental hazards, such as: Asbestos Lead Mold What Water Damage Inspection Consists Of An industry-certified inspection company will follow the proper procedures to determine the origin and cause of water damage. Documenting all damages helps clients understand the losses and information they need to file a water damage insurance claim. Once the water damage inspection is complete, property restoration can begin immediately. What Regularly Happens During a Water Damage Inspection Process A regular water damage inspection begins by identifying the origin of the water—an immediate concern because of how...



The ATS (Applied Technical Services) Family of Companies employs a team of forensic mechanical engineers to provide high-quality services to clients in need of their investigative expertise. A forensic mechanical engineer uses various methods to determine the cause and extent of damage to mechanical equipment or systems. Engineers will conduct investigations to assess the cause of any mechanical failure resulting in injury, property damage, or criminal case. They will also inspect the site of failure to improve the construction process so that the same errors do not occur again. A forensic mechanical engineer's work often requires them to visit the location where an accident or incident occurred. Engineers will gather and record evidence at the scene when dealing with a large or otherwise stagnant subject and take smaller, more portable components to a laboratory for further examination and analysis. Forensic Mechanical Engineering Our expert team provides quality forensic mechanical engineer services, including repair recommendations and conclusive findings. Our engineers perform in-depth inspections of mechanical equipment and system failures. Once these investigations end, our engineers will have the data to complete a rigorous, peer-reviewed process that supplies clients with photographs and diagrams documenting the damage in vast detail. The team assesses whether a recent event or long-term effects caused the damage in question. Our conclusions will also evaluate if the evidence indicates that the cause of damage was accidental, intentional, or enhanced. Our Forensic Mechanical Engineer Services Include: Accident Reconstruction Services Automotive Evaluations Electrical Evaluations Environmental Evaluations Equipment Evaluations Fire Investigations...



The Applied Technical Services (ATS) Family of Companies conducts conclusive hail damage roof inspections for clients who experience the effects of a hailstorm. How Hailstones Form Hail is solid precipitation consisting of balls or irregular lumps known as hailstones. Hailstone formation requires environments with strong, upward motions of air that accumulate in parent thunderstorms and lowered heights of freezing levels. Hailstones fall at higher speeds as their size grows. Complicated factors—such as melting, interaction with rain, interference from other hailstones, and friction with air—can slow hailstones as they descend to Earth. When the hailstones reach a particular size, they can cause damage to human-made structures. The Effects of Hailstorms Hail can result in either functional or cosmetic damage to properties. Functional hail damages affect the longevity and integrity of a roof, while cosmetic hail damages only affect its appearance. These damages can range from small cracks to significant splits and tears. Although hailstorms might not be devastating natural disasters, they have the potential to cause considerable damages that require costly repairs. The damage hailstorms cause depends on multiple factors, such as the size of the hail, speed and direction of the wind, material of the structure, age of the structure, slope of the roof, and quality of construction. Understanding the Size of Hail and Its Impact The size of hail indicates the extent of damage a roof obtains after a hailstorm. Though not the only factor in understanding the possible effects, it is a significant starting point. Hail Sizes and...



If a major flood or leak recently affected your building, ATS can send a professional engineer for a forensic water damage evaluation. Natural disasters, such as hurricanes and floods, cause significant water damage to building facades, roofs, and foundations. Sometimes, rainwater or melting snow infiltrates a building due to construction defects or a lack of adequate maintenance. Additionally, certain electric and mechanical appliances can exacerbate humidity and condensation when they fail. Water damage can lead to: Property destruction Mechanical and electrical issues Inventory loss Mold growth Harmful bacteria Our Forensic Water Damage Evaluations ATS can assess the location and scope of the water damage. Next, we can determine the origin and cause of water damage at your commercial property. When warranted, our experts advise clients on repair and replacement options and prices. Flood Damage Evaluation Flooding poses a considerable hazard to building safety. When called for a flood damage evaluation, our experts determine the effects of hydrostatic and hydrodynamic pressures, scouring, erosion, and consolidation on your building. We can provide additional surveys on relative elevation, positive drainage, and electrical and mechanical system damages. Finally, we maintain databases on major floods for our clients. The information available to our customers includes: Aerial photographs Maximum flood depth measurements Wind speed measurements Storm Damage Evaluation After a storm, our engineers can gage the scope and extent of the damage, then identify contributing factors, such as: Construction defect Foundation failure Building code non-compliance Inefficient maintenance Based on the storm damage evaluation, our engineers estimate...



Forensic Tire Failure Analysis After a vehicular accident, a forensic tire expert can investigate the role of tire failure in the crash. ATS’ forensic tire experts study tires and related components for the proximate cause of tire failure. Our clients trust us to deliver detailed and accurate information for claims and court proceedings. Document Review Throughout the case, our forensic experts will refer to documents on the accident and the tire failure. These documents include photographs, testimonies, and police reports. If the tire is unavailable, an expert may perform an extensive document review to determine the reason for the tire failure. Some of the reasons tires fail include: Road hazard Misuse and abuse Poor maintenance Improper service Design defect Manufacturing defect Manufacturing Defect A tire with a manufacturing defect is dangerous to all drivers and passengers on the road. An ill-adjusted or suboptimal tire can blow out, wresting control of the vehicle away from the driver and causing a collision. Most drivers cannot identify manufacturing defects as well as tire experts do. They can, however, be sued for an accident resulting from a manufacturing defect. Some examples of manufacturing defects are: Adhesion problems Foreign materials Belt placement Cracks A forensic tire expert assesses the evidence with a trained eye. Our engineers often have experience in tire manufacturing, so they recognize subtle indicators of manufacturing defects. Lab Equipment and Testing If a visual inspection is not enough, forensic tire experts can turn to specialized equipment for a closer look. An x-ray...



Our Forensic Lab Testing Services The Applied Technical Services (ATS) forensic lab testing determines the source of a mechanical, structural, or equipment failure. Our cutting-edge engineering and forensic labs use powerful equipment to uncover facts about a failure or accident. ATS's licensed professional engineers (P. E. ) can perform inspections and forensic testing on-site and in one of our accredited labs. Product Liability Product liability evaluations determine the party responsible for a loss. Usually, the loss occurs due to a defect or error during design, manufacture, or operation. We can perform product liability evaluations in one of our labs or on-site. Failure Analysis and Metallurgical Testing During failure analysis, we inspect a component or system for cause and liability. If the failure occurs in metal, our metallurgical analysis identifies the cause of failure or malfunction. Failures may arise from defective design, material, or manufacture. Damage can also occur due to improper installation, poor maintenance, corrosion, or chemical contamination. We frequently provide the following services for failure analysis and metallurgical testing: Chemical analysis Energy dispersive spectroscopy Hardness testing Mechanical testing Optical fractography Scanning electron microscopy X-Ray powder diffraction (XRD) Materials Testing In metallurgical and materials testing, we use a combination of X-ray, light microscope, and scanning electron microscope (SEM) equipment. Our materials testing capabilities include: Hardness testing Load testing Pressure testing Strain gauge testing and measurements Weld testing Special testing For special testing, we customize our procedures for wear, fatigue, pressure, and load testing. Accident Reconstruction Following a vehicle accident, our...



Why Forensic Fire Investigations Are Necessary Legal clients and insurance adjustors sometimes need experts like those in the Applied Technical Services (ATS) Family of Companies to conduct in-depth forensic fire investigations. These highly trained investigators are ready to analyze the property and evaluate any damages from the scene of a fire. Forensic fire investigations inspect every fire-related incident after firefighters extinguish a fire. Investigators closely survey damages at the scene to identify their origin and cause, concluding whether they are natural, accidental, or deliberate. Establishing these facts is essential in ensuring that similar events do not occur again. Furthermore, experts need to conduct legal investigations in the instance of an intentional fire. Hazards That Increase Risk Factors of Fires Structural collapse Heated materials Damaged electronics Damaged gas mains Asbestos Debris Dangerous combustion materials Other toxic substances How Forensic Fire Investigations Work Forensic fire investigations allow inspectors to conduct a dynamic risk assessment to determine whether the scene of a fire is safe. The assessment begins with an external examination of the scene, identifying any entry points. Inspectors will survey the area to preserve any evidence that needs documentation then produce a plan to obtain any possible items of interest. They will turn off all gas and electricity before moving onto the scene of a fire. All individuals must wear protective clothing such as hard hats, thick gloves, fire-resistant overalls, and steel-capped boots when working on an investigation. Types of Forensic Fire Investigations We Offer Structural fire investigations provide in-depth fire...



Certified Fire Investigations After a fire, ATS can send a certified fire investigator (CFI) or certified fire and explosion investigator (CFEI) to provide forensic fire investigation services. We cover commercial and residential property fires, automotive fires, and heavy equipment fires. The professional investigator will inspect the site, collect evidence for laboratory analysis, and provide a detailed report of their findings. If needed, the investigator can act as an expert witness in a trial. Scene Inspection Forensic fire investigations answer questions about how and why a fire started and if the fire was accidental or intentional. After a fire, a certified forensic fire investigator will inspect the site for evidence of the origin and cause of the fire. They will look for fire patterns that indicate the burned materials, point of origin, heat levels, and environmental conditions, to name a few. Evidence Collection During the scene investigation, our fire investigator will take photo documentation of the scene and pieces of evidence, then take samples of evidence for laboratory analysis. In complex cases, our accelerant detection canines quickly sniff out hidden evidence of accelerants that escalated the fire. We use the FARO 3D Laser Scanner to map sites that are at risk of contamination or intrusion. This allows us to create a coordinate-based model of the site that preserves the location and condition of evidence before the fire debris decays or scatters. Origin and Cause To learn more about the fire, our investigators analyze photos of the scene and refer to emergency...



The Applied Technical Services, or ATS, Family of Companies provides exceptional forensic structural engineering services. Forensic structural engineering is a discipline concerned with studying structures for flaws. Licensed specialists in this field determine the causes of failure in a structure and identify the parties responsible. Forensic structural engineers conduct investigations, render opinions, and give witness testimonies. Our Forensic Structural Engineering Services Our Family of Companies offers quality forensic structural engineering services that yield conclusive findings, supplemented with photographs, diagrams, and repair recommendations. Our expertise includes commercial and residential foundations, roofing, building envelopes, construction defect evaluations, storm damage evaluations, and water intrusion. We Inspect Damage Caused By: Floods Fires Hurricanes Hail Tornadoes Wind Soil subsidence Long term neglect Construction or design deflects The Importance of Forensic Engineers Getting to the heart of the issue is crucial to resolving construction litigation matters. Sometimes the answer to a specific structure failure proves highly complex and technical. An experienced forensic structural engineer possesses the proper analytical skills and knowledge to diagnose and determine what led to the failure in question. When hired to provide expert testimony, an engineer can consult with the attorney about their initial findings to help the council better build their case. Causes and Extent of Damage Our forensic structural engineers inspect commercial and residential properties to identify the cause of damage. We determine if the damage results from a third-party contribution, material failure, construction defect, or lack of maintenance. When our specialists verify the root cause, they supply clients with...



Fire investigation companies such as ATS send licensed professionals to investigate a fire scene for evidence that points to the fire’s cause and origin. Throughout this process, investigators collect and store evidence and keep thorough documentation. Our investigators collaborate with: Emergency Service Providers Police Departments Adjusters Attorneys Manufacturers Building or Property Owners We uncover the truth of a fire and promote the future safety and wellbeing of our clients. Structural Fires All fires have an item or place of origin and a cause of ignition. During a structural fire investigation, our experts first survey the site for evidence of the fire’s origin. During this stage of the investigation, we take samples of the debris for laboratory analysis. Evidence Preservation When a fire scene needs to be cleared, ATS can preserve evidence for further examination or use in court proceedings. In the event of a large fire scene or one in a heavily trafficked area at risk of contamination, we utilize cutting-edge technology to document the site’s original condition. Our FARO 3D laser scanner creates a 3D image of the scene for further analysis when the situation requires so. The scanner maps millions of coordinates on-site to render a 3D replica of the scene that preserves potential evidence. Origin and Cause During an investigation, our fire investigators review witness accounts, fire marshal reports, and other relevant documentation. Next, the investigator determines the cause of the fire. An accidental fire in a residential or commercial property can have the following causes: Appliance,...



Understanding Fire Damage The Applied Technical Services (ATS) Family of Companies conducts fire investigations for residential and commercial properties to determine both the cause and origin of a fire. Our highly trained, licensed engineers are ready to investigate the property and evaluate any damages from the incident. The National Fire Protection Association (NFPA) estimated 491,298 structural fires during the five-year period of 2015-2019. Due to the amount of structural fires, there were around 2,868 civilian fire deaths and 12,907 civilian fire injuries—furthermore, an estimated loss of $10. 9 billion due to property damage. In the event of structural fire damage, there is a high likelihood of compromise in the structural integrity. Owners must immediately identify the extent of structural damage to pinpoint the necessary repairs and restorations for their building to return to its original level of safety and functionality. Fires Can Result From: Construction defects Lack of maintenance Material, equipment, or appliance failure Third-party contribution Arson How Structural Engineers Assess Damage Caused by Fires Once the site is clear of debris, our structural engineers examine the property and create a list of damaged structural components. We list the items in order by priority of repairs and replacements. We then test to see if the load-carrying capabilities of each structural element are functional after the fire. Our structural analysis and material testing engineers use various testing methods to determine the defects from fire damage. Each testing method differs based on the materials making up the structural components. For example, we...



ATS' forensic structural engineers inspect structural damage and structural failure for the extent and cause of the damage. Forensic structural engineers can also investigate how to prevent similar damage in the future. During an inspection, engineers look for sources of damage in the building design or from material failure, improper installation, or non-compliance with building codes during the construction process. Additionally, damage can occur after the completion of the structure due to natural disasters, lack of maintenance, or third-party involvement. The engineer then identifies the damage as sudden or long-term, then as accidental, enhanced, or intentional. These classifications help determine if someone is liable for the damage. Moreover, our forensic structural engineers can provide testimony as expert witnesses in a trial, arbitration, mediation, or deposition. Our Services ATS’s forensic structural engineers specialize in inspecting building foundation and envelope damage, commercial and residential roofing damage, construction defects, storm damage, and water intrusion. Clients can request our services at any time, notably: When damage is suspected After damage is detected After catastrophic failure After collapse After collapse During their visit, the engineer will perform a visual/tactile inspection of the site and record places of concern. Depending on the type of damage, the engineer will use tools, such as infrared equipment for thermal imaging to detect moisture in the walls. Samples from the appliance and equipment evaluations may require shipment to a laboratory for further testing to determine if the issue arose from a design, manufacture, or installation defect. This investigation forms the...



Data Collection Investigations and scene examinations are important to determine the cause and identify possible parties for subrogation. The fundamental purpose of conducting an examination of any incident scene is to collect all of the available data and document the incident scene. This gathered data can be analyzed and provide supporting material for the hypothesis. The hypothesis can then be further developed and tested. And if the findings turn out positive, these results can lead to monetary recovery. Following NFPA Guidelines National Fire Protection Association (NFPA) 921 Guide for Fire and Explosion Investigations 2017 edition says collecting data is "Facts about the fire incident are now collected by observation, experiment, or other direct data-gathering means". The data collected is called Empirical Data. The definition asserts that data is based on actual measurements, observation or direct sensory experience rather than on theory. The data collected is called empirical data because it is based on observation or experience and is capable of being verified or known to be true. Evaluating the Evidence This information is derived from one or more of the following means: interviews, review of previously conducted investigations, witness photos, security cameras, observations, alarm systems, and any other means that can supply information. This data is then analyzed, and hypotheses are then developed. Of course, investigator error can result in inaccurate or inadequate information that can jeopardize the claim. However, another source of error can be introduced by the insurance professional (client) retaining the services of the investigator. Vehicular Fire...



Investigative Expertise Since 1974 Applied Technical Services’ team of professionals provide first-class fire cause investigation services. With years of experience dating back to 1974, our team has earned a reputation for executing the most thorough and accurate investigations for cases of any size. Though most laboratory testing occurs at our headquarters facility in Marietta, GA, our inspection services are available anywhere in the U. S. as well as abroad. With capabilities both in-house and on-site, our services span a wide variety of classifications including vehicular, marine, combine, product liability, residential, commercial, and industrial. By utilizing state-of-the-art equipment and technology, our technicians can perform a fully comprehensive investigation with a quick turnaround time to meet the needs of our clients. Common Capabilities Include Digital and UAV (drone) scanning 3D Computer Simulations Crash Data Downloads (black box data retrieval) Evidence Collection/Storage Thermal Analysis Chemical Analysis of Fire Debris Arc Mapping Failure Analysis/Metallurgy Infrared Spectroanalysis (FTIR) Forensic Scene Reconstruction Evaluation of Products, Structures, and Services in Compliance with Fire Code The ATS Difference Due to the various systems of vehicles, vehicular fire investigations can often be more complex than structural fire investigations. Because of this, an exhaustive checklist that satisfies the requirements for vehicular chemical analysis is completed. Fluids are examined for evidence of excessive wear or contaminants that may indicate the possibility of arson. As with many cases of this nature, in the event of litigation, ATS investigators are always prepared to provide expert testimony in court. Our Qualifications When it comes...



Fire Debris Analysis At ATS ATS is accredited by A2LA to perform chemical analysis on fire debris utilizing two different industry standards: ASTM E1412 ASTM E1618 Other capabilities include contamination analysis and comparison testing for fuel mixtures via GC/MS as well as testing for FAME (Fatty Acid Methyl Esters) which can, in some cases, be the cause of spontaneous combustion fires, since these types of compounds can self ignite. If you are in need of approved metal cans for debris collection or vials for liquid sample collection, please contact us for availability and pricing.



ATS is one of the few labs that can take a fire investigation from the fire scene to the courtroom without having to contract our portions of the technical expertise required. In the case of a Speed Control Deactivation Switch (SCDS), what lab would we be better suited than the company that pioneered the Go/No-Go test? ATS is the lab responsible for producing the Go/No-Go test which is used to determine if a SCDS has failed. Capabilities and Equipment Courtroom approved SCDS Go/No-Go test methodology X-ray Capabilities Scanning Electron Microscope with Energy Dispersive Spectroscopy Optical Microscopy



The Importance of Secure Storage for Crucial Evidence Here at Applied Technical Services, we believe that the collection, the storage, and the preservation of physical evidence is one of the most important parts of the litigation process. Everyone knows that compromised evidence is worthless in court, making the case vulnerable to cross-examination with a potential for the incorrect outcome. Before it is submitted to a jury or to a judge, the evidence will spend a good amount of time in a secured storage (hopefully), and as we all know, it is during this stage that the evidence may get compromised. All evidence is different requiring different storage needs, that coupled with the absence of security against insensitive, uncaring handling or even malicious tampering is a catastrophe waiting to happen. Likewise, specific procedures must be taken into consideration for biological evidence, and the vulnerability for contamination relating to temperature, humidity or many other conditions. Because of the lengthy process that takes for litigation, temporary secured evidence storage locations should be able to deliver such elementary protections and be able to preserve the evidence unharmed. Applied Technical Services, Inc. offers appropriate evidence storage solutions for most needs in addition to many other forensic services. Our Storage Security Applied Technical Services, Inc. has the ability to secure evidence in a storage area that is only accessible to select, qualified personnel. With over 22,000 sqft of secured evidence storage space and with the ability to acquire more space if needed, the area is large...



ATS: A Fire Investigation Company With over 750 employees in 28 offices throughout the United States, Applied Technical Services is an industry leading fire investigation company. Since 1974, our experienced problem-solving team of experts have worked with clients to thoroughly and accurately investigate the origins and causes of fires and explosions. Equipped with state-of-the-art tools and technology, our certified staff provides comprehensive fire investigations in a timely manner. Our fire investigation teams work alongside adjusters, attorneys, manufacturers, and other experts in the proper analysis of fire origin and cause determination. Services Vehicle Analysis Combines Marine Vehicle Analysis Digital and UAV (drone) Scanning Evidence Collection Secured Evidence Storage (any size) Forensic Scene Reconstruction Arc Mapping Product Liability Evaluations Failure Analysis/Metallurgy Building Evaluations in Compliance with Fire Codes Technical Reviews Desktop Reviews Theory Testing Joint Inspections Fire incidents requiring investigation do not occur by chance, these incidents are the direct result of a ripple effect tracing back to an initial event, practice, or design. We have provided expert witness testimony for most high-profile courtroom litigations and approach every job with the expectation of being thoroughly cross-examined regarding the findings of our investigations. ATS dedicated fire investigation teams possess industry accepted accreditations and licenses, certifying every five years with the International Association of Arson Investigators and the National Association of Fire Investigators. With qualified investigators seasoned in a wide variety of disciplines, we possess the knowledge and expertise necessary to conduct complex fire investigations from the initial site inspection all the way through...



Fire & Forensic Investigative Updates During harvest season, we will see agriculture equipment, such as combines, harvesters, tractors, spreaders, and bailers being involved in fires. The equipment can be involved in fires caused either by mechanical or electrical failure, a bad repair by a mechanic, design flaws with the polyethylene fuel tanks, or just unforeseeable misuse. Recently we have seen drought like conditions throughout the United States which can be a large contributor to agricultural fires. With warm temperatures, exceptionally dry crop conditions, low humidity and high winds create conditions conducive to fires. Once a fire starts, it's easy for a spark to be relocated just by the normal functions of the equipment. Many machine components including fiberglass shields, wiring harnesses, flexible hoses and plastic fuel tanks can burn. An Estimated cost of a replacing a combine alone without the needed accessories is $300,000. With the accessories of the header or the GPS tracking, the total cost can be well above $500,000. With the amount of money that is at risk, recovering the money through subrogation will be a priority. Hiring the right investigator that knows the equipment and how it operates is essential. A fire investigator that knows the equipment and knows what questions are key ingredient for successful subrogation. Questions like; what were the rpm's of the fan? What is the operator's inspection routine? Do you use an air truck? Where do you clean your combine and what are your intervals? Do you dump and roll? And when...



Applied Technical Services performs explosion investigations for any electrical / chemical / structural fires. All investigations are based utilizing standards from the National Fire Protection Association (NFPA), American Society for Testing Materials (ASTM), Underwriters Laboratories (UL), and National Electrical Manufacturers Association (NEMA) codes. Our Explosion Investigation experts specialize in fire origin & cause investigations, explosion investigations, litigation support and expert witness testimony. Based in but not restricted to the Atlanta area, we provide services to insurance companies, attorneys, manufacturers, and subrogation units. We are an independent inspection and investigation group. Investigation Services Automotive, Trucks, Buses Residential Structures Commercial Buildings Industrial & Manufacturing Facilities Chemical Plants Power Plants Marine Vessels Coordination with Attorneys, Consultants, Independent Adjusters, and Manufacturers For close to 50 years, ATS investigators and inspectors have assisted in large and small property subrogation with expert representation and testimony. Our results and testimonies are based upon facts, not based on opinions from experts. ATS highly qualified engineers conduct in-depth causation analysis with quantified results and supporting conclusions that withstand trial defamation and scrutiny. ATS Services Fire Chemical Analysis Accident Reconstruction Aerial Drone Documentation & Photography Black Box Data Analysis Cause, Origin, and Fire Propagation Analysis Arson, Fire Investigation with Report Documentation Elevated Temperature Creep Failures Ignition Temperature Testing Investigation Test of Fire Generated by Combustible Gases Thermal Transient Structural Integrity Evaluations Product Failure Analysis Property Insurance Forensic Investigation Sprinkler Fire Suppression Systems Forensic Animation for Demonstrative Evidence Insurance Investigation 3D Site Scanning Forensic Anthropology If you are a manufacturer, a...



Applied Technical Services is an industry-leading supplier of professional fire investigators in Atlanta, GA. Our investigative experts travel to the incident site to conduct thorough analyses of what human or component failures may be responsible. Every assignment is unique and requires the utmost attention to detail. The services provided by our certified investigators include: Structural Fire Analysis Vehicle Fire Analysis Marine Vehicle Analysis Combines Digital Scanning Unmanned Aerial Vehicle (drone) scanning Evidence Collection and Preservation Evidence Storage Arc Mapping Failure Analysis Product Liability Evaluations and Testing Structural Evaluations with Fire Code Compliance Technical Reviews Joint Inspections Desktop Reviews Scene Preservation Theory Testing Our UAV (drone) operators are certified by the Federal Aviation Administration Part 107. With the increased accessibility made possible through this cutting-edge technology, our fire investigators can observe incident sites from more vantage points than other fire investigators working solely or uniquely from the ground, resulting in a more comprehensive investigation. Expert Testimony Our experienced fire investigators conduct intensive on-site inspections of building structures to uncover the origin and responsibility of fire causes. Assignments requiring fire or forensic investigation often result in litigation. Therefore, ATS certified fire investigators offer expert testimony in a court of law and have done so since 1974 with the help of demonstrative evidence. Each project is approached with the expectation of our findings being investigated and examined in a court of law. Quality Is Non-Negotiable ATS fire investigators receive their certifications from the National Association of Fire Investigators and the International Association of...



In-Depth Analysis Rooted in Scientific Principles The practice of fire cause analysis requires a unique assortment of multi-disciplinary expertise. Since 1974, Applied Technical Services has provided in-depth analyses of fire incidents, utilizing specialized skills, technology, and equipment to help clients quickly determine what component failures precipitate these incidents. Through this analysis, investigators ascertain whether incidents occurred accidentally or intentionally. With every assignment, our fire specialists are prepared to be intensively cross-examined over our findings. ATS fire investigators work pragmatically, executing a cost-effective examination rooted in scientific principles with rigorous attention to detail. For decades we have worked alongside clients in the legal, insurance, agricultural, industrial, forensic, and police force communities to name a few. Our dedicated professionals conduct investigations on-site in addition to having extensive testing capabilities made available at our in-house laboratory. From small kitchen fires to massive structural fires, ATS has the necessary resources to investigate a fire of any size. We service anywhere in the US, as well as internationally. The techniques employed by our experts are in compliance with the conventions outlined in NFPA 921. Dedicated Experts ATS’ fire investigation teams include highly qualified professionals who are experienced in numerous fields. We draw upon the expertise of our chemists, metallurgists, forensic, electrical, and mechanical engineers to uncover the responsibility of fires. Our investigators are certified with the International Association of Arson Investigators and the National Association of Fire Investigators. These certifications include: Certified Vehicle Fire Investigator Certified Fire & Explosion Investigator Certified Fire Investigator ATS is...



Fire & Forensic Investigative Updates Expectations. We all have them. You should also have expectations of the fire investigator you hire with components or evidence which requires additional testing or analysis to arrive at a conclusion. Forensic Labs Our Chemistry Labs are equipped to assist the Forensic Investigators in Chemical Analysis of metals, plastics, liquids, gases and fire debris. There are two certifying organizations for a Fire & Explosion Investigator. They are the International Association of Arson Investigators (IAAI) and the National Association of Fire Investigators (NAFI). While both are recognized throughout the fire investigation community, the requirements to attain each are quite different. You can familiarize yourself with the requirements of each at their respective websites. Each certifying organization has a code of conduct that they expect their membership to abide by. Let’s look at each. IAAI Code of Ethics As fire, arson, and explosion investigators, we shall: Regard ourselves as members of a vital and ethical profession; Conduct both our personal and official lives so as to inspire the confidence of the public; Regard it as our duty to avail ourselves of every opportunity to learn more about our profession; Encourage and support professional standards in fire, arson, and explosion investigators; Avoid alliances with those whose practices are inconsistent with an honest and unbiased investigation; and Bear in mind that we are first and foremost truth-seekers, not case makers; it is our duty to protect the innocent and hold accountable those responsible for loss by fire or explosion....



Forensic Investigations When a fire incident occurs, it is imperative to examine the scene to procure evidence that may help reveal how the fire originated. A thorough analysis of the materials, structures, products, people, and component failures involved in the incident is the only means of accurately deriving conclusive results. At ATS, our seasoned professional investigators respond immediately, executing a comprehensive forensic fire investigation from initial on-site inspection through judicial proceedings. Due to the nature of fire investigations, our experts are prepared to provide advisory and expert testimony in assisting the resolution of disputes in a court of law. Since 1974, ATS has worked alongside attorneys, adjusters, manufacturers, fire departments, and police departments in retracing the procedures and processes that precipitate fire accidents. Forensic Capabilities Accident Reconstruction Failure/Hazard Analysis of Consumer Products Evidence Storage of Any Size Residential and Commercial Structures Marine Vehicles, Automobiles, RV’s, Trucks, and Combines X-ray, SEM/EDS, FTIR, XRD Thermal Analysis Fire Debris Chemical Analysis by GC/MS Flash Point Determination Flammability Testing Photographic and Videographic Capabilities In-house Testing Laboratory Every accident is unique. While some investigations might only require a day or two to determine the cause, others may take weeks. At ATS, our legally qualified forensic investigators are equipped with the technical competency and state-of-the-art technology needed to reach decisive results in a timely manner. Investigator Certifications Certified Fire Investigator Certified Fire and Explosions Investigator Certified Vehicle Fire Investigator In need of forensic fire investigation services? Click here to contact us for more information on how...



What is a Fire Investigator? Applied Technical Services fire investigators provide world-class investigation services. Our fire investigators do not work from their houses and have an exceptional reporting turn around time. Each job consists of a thorough and accurate investigation into the origin and cause of fire and explosion incidents. ATS certified fire investigators offer an array of services including but not limited to: vehicle fire analysis, marine vehicles, combines, digital and UAV (drone) scanning, secured evidence storage, arc mapping, failure analysis, liability evaluations for products and structures in compliance with fire codes, technical reviews, desktop reviews, theory testing and scene preservation. Utilizing the new UAVs (drone) technology and accessibility, our FAA Certified Fire Investigators can see many things at high altitude that other Fire Investigators cannot see providing a more multifaceted investigation. Investigator Capabilities Our highly qualified fire investigators execute on-site examinations of vehicles or building systems to find evidence that may provide insight into the origin and cause of fires. Due to the increased likelihood of litigation in matters involving fire investigations, ATS certified fire investigators also provide litigation support and expert testimony in a court of law. Our certified fire investigators approach each assignment with the attitude that they are likely to be thoroughly cross-examined regarding their findings. ATS fire investigators are certified by the International Association of Arson Investigators and the National Association of Fire Investigators are required to re-certify every five years. Our teams consist of investigators, chemists, and professional engineers. Through a complex combination...



Fire Investigations Require a Complex Combination of Skills, Experience, and Equipment At ATS, we have the necessary resources to get the job done in a thorough and timely manner. Our on-scene investigators, chemists, and professional engineers work as an experienced investigative team to determine the cause and responsibility for fires. There are few fields of investigation more likely to result in litigation than the analysis for fires. We approach every assignment with the attitude that we are likely to be thoroughly cross-examined regarding our findings. Because our fire investigation division is based inside the Southeast’s largest testing facility, all the work associated with a typical fire investigation is completed in-house. Primary services related to our fire investigation are: Fire Investigators Origin and Cause Determination Vehicle Fire Analysis Product Liability Evaluation Unmanned Aircraft System Chemical Analysis of Fire Debris by GC/MS Infrared Spectroanalysis (FTIR) of Oils and Polymers Flash Point Determination Thermal Analysis Electrical Evaluation of Structures and Products Evaluation of Products, Structures and Services for Compliance with Fire Codes Litigation Support and Expert Testimony Secured Evidence Storage and Tracking



The ATS Family of Companies (FoC) can aid in the event of litigation by providing construction equipment expert witnesses. Accidents are common on construction sites, given the hazardous environment. Machinery can sometimes undergo critical failure that could result in bodily harm or even fatal injury. To combat these factors, OSHA created standards that strictly outline protocols that all workers must follow to uphold safe working conditions on the jobsite. When a worksite accident does occur, ATS can provide an expert witness to support either the defense or the plaintiff in litigation. ATS Forensic Team The forensic investigation team at Applied Technical Services consists of industry professionals who have had experience in construction and related fields. The mechanical, electrical, and forensic experts bring cumulative decades of experience investigating construction equipment and construction worksite incidents. They are knowledgeable and well-informed on industry and manufacturer standards to ensure maximum protection for onsite personnel and contractors. The forensics team regularly utilizes the cutting-edge technology available at ATS labs to perform the following procedures: Accident Reconstruction Chemical Analysis of Debris HVE Accident Computer Simulation Light Bulb Analysis Failure Analysis/Metallurgy Engine Diagnostic Capabilities Real-Time X-ray Infrared Spectro-analysis (FT-IR) Photovoltaic Failure Analysis Quality Assurance Applied Technical Services has provided consulting engineering, testing, and inspection services for more than 50 years. Our teams of professionals are dedicated to providing the highest levels of customer service. ATS forensics professionals have exposure to a wide range of construction equipment and manufacturers. Our state-of-the-art forensics lab holds the following certifications and...



Legal cases involving golf cart malfunctions or accidents may require the services of a golf cart expert witness. Common golf cart incidents include rollovers, poor braking, and passenger ejection. The cause of most of these accidents is due to their lack of seat belts, lackluster braking capabilities, and open design. Golf carts must adhere to certain safety requirements and standards. Third-party golf cart modifications also must follow standards set by the American National Standards Institute (ANSI) and Outdoor Power Equipment Institute (OPEI). Our Expertise Applied Technical Services’ golf cart expert witnesses can provide forensic analysis for any incident involving a golf cart. These forensic professionals can test that any golf cart complies with relevant standards. Whether it be product failure or user error, the ATS forensic staff can determine the cause of almost any incident and provide a court-worthy expert opinion. The forensic and mechanical engineers at ATS have experience in conducting golf cart accident investigations. Our forensics lab utilizes the following procedures to determine the cause of an incident: Accident Reconstruction Chemical Analysis of Debris HVE Accident Computer Simulation Light Bulb Analysis Failure Analysis/Metallurgy Engine Diagnostic Capabilities Real-Time X-ray Infrared Spectro-analysis (FT-IR) Photovoltaic Failure Analysis Quality Assurance With over 50 years of service, Applied Technical Services approaches every job dedicated to providing unparalleled customer service. ATS investigators are always available to contribute expert testimony in the case of litigation. Our accident and forensic investigators are committed to upholding quality assurance by meeting the following standards and specifications: NAFI NFPA...



Applied Technical Services can provide a UTV / ATV expert witness in the event of litigation. All-terrain vehicles and utility task vehicles are off-roading vehicles capable of reaching speeds up to 35 mph. Due to ATVs not featuring safety restraints such as seatbelts, crashes result in bodily injury or even fatalities more often than with other vehicles. The lack of protection afforded by their design means ATV expert witness testimony becomes a necessity in the case of accidents. Our forensics lab has experience investigating a range of vehicle crashes, including ATVs, UTVs, RVs, golf carts, motorcycles, cars, and trucks. Upholding Standards All-Terrain Vehicles and Utility Task Vehicles must meet specific standards issued by the American National Standards Institute (ANSI) and the Specialty Vehicle Institute of America (SVIA). These standards define different classes of ATV and outline various safety tests that each vehicle must pass for compliance. However, each state has its specific laws and definitions regarding ATVs and UTVs. As such, we encourage clients to find out their state’s laws and regulations on ATVs and UTVs. Our forensic experts will ensure that client vehicle(s) comply with industry standards through rigorous testing and investigation. We can assess client vehicles using the following procedures: Accident Reconstruction Chemical Analysis of Debris HVE Accident Computer Simulation Light Bulb Analysis Failure Analysis/Metallurgy Engine Diagnostic Capabilities Real-Time X-ray Infrared Spectro-analysis (FT-IR) Photovoltaic Failure Analysis Our forensic investigators are always available to serve as expert witnesses for defendants or plaintiffs. At ATS, we conduct standards tests and...



Applied Technical Services can provide forklift expert witness testimony for any incidents involving forklifts. Forklift misuse accounts for nearly 100,000 workplace injuries every year. ATS’ world-class forensic investigation team understands the ins and outs of forklift operation and mechanics, making them exceptionally qualified to provide expert testimony regarding an accident involving this type of machinery. Forklift OSHA Standards The Occupational Safety and Health Administration classifies forklifts as powered industrial trucks. OHSA sets strict standards for the operation and maintenance of forklifts. The forklift experts at ATS are OSHA trained and certified operate these vehicles safely. They have extensive experience working alongside various forklift manufacturers such as Komatsu, Toyota, KION, Mitsubishi, and Jungheinrich, to name a few. Forklift Forensic Services The forensic team at Applied Technical Services has over 50 years of experience in conducting forensic investigations. This group consists of mechanical, forensic, and electrical experts who utilize our state-of-the-art laboratories to conduct their forensic assessments. Our forensics team can perform the following procedures to achieve a fuller understanding of an incident: Accident Reconstruction Chemical Analysis of Debris HVE Accident Computer Simulation Light Bulb Analysis Failure Analysis/Metallurgy Engine Diagnostic Capabilities Real-Time X-ray Infrared Spectro-analysis (FT-IR) Photovoltaic Failure Analysis Quality Assurance Applied Technical Services holds itself to the highest standard of customer service and satisfaction. Our forensics lab keeps up to date with industry and manufacturer standards to ensure superb service. The ATS Forensics lab holds the following certifications and adheres to the following standards: NAFI NFPA ASTM E860 ASTM E1492 IAAI...



ATS offers a wide range of capabilities in our firearm testing laboratory. Our experts in the Forensics Analysis Division have established an exemplary reputation for accuracy and fact-finding through rigorous testing and evaluations. At Applied Technical Services, we can evaluate firearms to the 11 CCR § 4060 requirements to determine their conformance. ATS’ firearm and handgun testing capabilities include Forensic and Consulting Engineering, Metallurgy, Computed Tomography or CT X-Ray, Dimensional Testing, Chemical Analysis, Materials Testing, and Fire and Explosion Investigation services. Our experts have experience performing both the California Drop test requirements as well as the SAMI testing requirements. ATS is a laboratory capable of performing the 11 CCR § 4060 Barclays Official California Code of Regulations testing requirements, in addition to many other specifications and requirements that apply to handguns. Our laboratory can also design customized testing specifications based on client needs. Before any make and model can be considered for certification, all handguns must pass certain requirements per the 11 CCR § 4060. Some examples of the applicable tests that ATS performs include: Firing Requirements for Handguns – the first test required to be performed by the 11 CCR § 4060 is the “firing requirement for handguns” test evaluation and inspection. Drop Safety Requirement for Handguns – The last test required to be conducted according to the 11 CCR § 4060 is the “drop safety requirement for handguns” test evaluation and inspection. An experienced ATS laboratory technician is available to answer any questions you may have about testing....



Our Capabilities Applied Technical Services' experts in our Forensic Analysis department have established a dependable reputation in firearms testing. ATS can perform inspection and testing services for handguns, rifles, and shotguns. Our methods include X-ray, CT scanning, and other non-destructive testing evaluations. We at ATS have a diverse range of capabilities that apply to testing firearms, including Forensic and Consulting Engineering, Computed Tomography or CT X-Ray, Metallurgy, Chemical Analysis, Fire and Explosion Investigations, Materials Testing, and Dimensional Testing services. We specialize in operational drop testing of firearms, which we have conducted to both SAMI and the California Drop Test requirements. We have supported testing of firearm components and assemblies for manufacturers and outside consulting. We routinely conduct trigger force analysis on firearms. We regularly investigate the myriad potential causes of failure in firearms, including: Causes of metallurgical failure Ballistic overload Firearm overpressure Ammunition failures Case head separations Firearm bolt failures Firearm explosions Gunsmithing defects Metal injection molded parts Forged parts Causes of cracks Accidental/negligent discharge Revolver cylinder explosions Barrel explosion/rupture Walker trigger problems Causes of multiple discharges Endurance testing Obstructed barrel testing ATS is a laboratory that has long worked with manufacturers to develop specialized testing tools and techniques to conduct firearm component endurance testing. This has included exposing firearm components to several hundred thousand firing loads. Drop Safety Requirement for Handguns The last test required to be conducted according to the 11 CCR § 4060 is the “drop safety requirement for handguns” test evaluation and inspection. Before any make...



At Applied Technical Services, we specialize in forensic 3D scanning. When a critical part or component fails, its cause may not be immediately evident. ATS’ forensic services use failure analysis techniques to discover what went wrong. Forensic 3D scanning is a method of computer-aided scanning that can find and measure surface flaws with impeccable accuracy. While an effective method for performing a detailed examination of a failed component’s surface flaws, its capabilities do not allow inspectors to characterize the subject’s structural makeup or find voids within a material. ATS implements Computed Tomography (CT) scanning — a nondestructive method that provides three-dimensional, cross-sectional images of specific zones in test materials — to accomplish these goals instead. Forensic 3D Scanning Implementing CT Computed Tomography generates cross-sectional images by compiling a sequence of X-rays that displays both the surface and internal condition of a test material. The combination of X-ray sequences creates a 3D model that allows our engineers and technicians to scale and observe the digital image for analysis. These experts can then apply a 3D simulation of the test equipment under functional and stress conditions. CT is a comprehensive and versatile procedure that combines the benefits of several testing methods into a single service. CT is commonly used for parts and components that make up larger equipment systems. Furthermore, CT conveniently provides a range of information in a single scan as opposed to having to implement other various testing methods to gather multiple data points. In addition to failure analysis, ATS’...



Event Data Recorders, or EDR’s, are devices that save technical vehicle data during a collision. This data can be useful in an accident investigation and can be accessed (or imaged) by a third-party company with specialized data-retrieval equipment, software, and an industry expert – such as the ones at Applied Technical Services. Event Data Recorders: Explained Often informally referred to as black boxes, event data recorders are found in nearly all modern vehicles and can vary by manufacturer. These EDR’s do not record audio or video, but instead save the technical data of a car’s operation during a collision and the five seconds before the impact. Such data typically includes vehicle speed, braking and throttle position, engine rpm, seat belt use, airbag deployment, safety system activations, and crash force. Some systems also record other metrics like steering input, roll angle in rollover cases, tire pressure, yaw rate, and gear selection. In the event of a crash with airbag deployment, EDR data is permanently saved. In more minor collisions, where the vehicle’s airbags do not deploy, EDR data may still be saved but only temporarily. Getting Crash Data Accessing this crash data, however, goes far beyond a quick download on a home computer. The recorder itself is tamper-proof and requires a special Crash Data Retrieval System to download the information from the vehicle, along with professional training to forensically analyze the data.   What it Means Event data recorders can be used in legal matters as concrete evidence of what happened...



Products Liability: ATS has investigated the cause of injuries for insurance companies, manufacturers, as well as both plaintiff and defense attorneys. The Forensic Staff is often asked to determine the cause of an injury and provide a court worthy expert opinion. The in-house testing capabilities combined with our knowledge of engineering principles, safe design concepts, practical knowledge of both foreseeable use and foreseeable misuse enable us to provide sound scientific answers for our clients. Product failures can expose manufactures and distributors to unwanted publicity, costly recalls, or government-imposed fines. At ATS we also support general industry by providing technical assistance with design, testing and code compliance of their products. Related Links: Failure Analysis | Piping Failure Analysis | Component Failure Analysis | Mechanical Failure Analysis Evidence Storage: Our facility houses a secure evidence storage area that is accessible only to select, qualified employees. This storage space is large enough to fit vehicles such as cars, trucks or small boats being held over the course of the litigation process. Our storage area is under 24/7 camera surveillance. Multiple employee authentication barriers stand between our dedicated storage area and the public, and the space itself is enclosed and prohibited to all non-qualified employees. ATS also has the capability to store evidence with specific preservation requirements, such as a biological sample. Depending on the sample type, our advanced equipment can simulate either a dry or a moist environment at a range of temperatures in order to best maintain the evidence. Related Links: Refrigerated...



Infrared imaging science is mostly known by other terms like Infrared Thermography (IRT), thermal video, and thermal imaging. Thermography cameras typically identify radiation in what is called the long-infrared series of the electromagnetic spectrum (9–14 µm or roughly 9,000–14,000 nanometers) and provide pictures, known as thermograms. All objects with temperature over absolute zero produce infrared radiation as stated by the black body radiation law, and thermography makes it feasible for us to see it. To view and be able to measure schemes based on the differences in temperature, as minute as a few hundredths of a degree Celsius, an infrared thermographic scanner must be utilized. Depending on environmental conditions and the desired outcome, IRT testing may be executed or conducted during the day or night time. Engineers use it to trace or detect material not exposed to the surface of the ground, such as pipelines, pipeline leaks, hidden tunnels, and Underground Storage Tanks (USTs), therefore looking for temperature models characteristically in the area of 0. 01 °C to 1 °C below or above surrounding temperatures. How Investigators Use Thermography Thermography has been used for over five decades by many industrial and commercial arenas. Firefighters use thermography to localize the firebase, to find a person or to see through smoke. Maintenance personnel uses thermal imaging to detect high-temperature junctions and power lines sections, which are an indication of forthcoming or potential future failure. In the electrical field, irregular temperature models could specify a faulty connection. Building managers look for thermal indications...



ATS is one of the few labs that can take a fire investigation from the fire scene to the courtroom without having to contract out portions of the technical expertise or the testing required. When a vehicle fire origin is determined to be on the driver's side of the engine compartment, then it is possible for the cruise control deactivation switch to be involved. This is the switch that deactivates the cruise control when the brakes are applied. In the case of a Speed Control Deactivation Switch (SCDS), what lab would be better suited than the company that pioneered the Go/No-Go test? ATS is the lab responsible for producing the Go/No-Go test which is used to determine if a SCDS has failed. We utilize a combination of radiography (RT), scanning electron microscopy (SEM), and energy dispersive x-ray analysis (EDS) to conclusively determine if the switch has failed. Our Capabilities and Equipment Courtroom approved SCDS Go/No-Go test methodology Scanning Electron Microscope with Energy Dispersive Spectroscopy Optical Microscopy X-ray capabilities



ATS has performed traffic accident reconstruction for insurance companies, vehicle rental companies as well as both plaintiff and defense attorneys. Our investigators can document the accident scene using Forensic Mapping which captures the location of evidence, such as Area of Impact, Skid Length, Final Rest Positions and other key pieces of information, which may become altered with time. Our investigators can also document the evidence associated with the vehicles involved in the accident, such as the crush profiles, crash data information from the vehicle's "black-box," and vehicle component investigation/failure analysis. Capabilities and Equipment Total Station® Forensic Mapping System Bosch® Crash Data Retrieval (CDR) System Master Tech® Engine Diagnostic System Indoor vehicle inspection facility with 15,000 lb. lift Indoor vehicle storage Access to ATS' Mechanical/Metallurgical/Chemical/Dimensional/X-ray capabilities to assist with vehicle or component analysis Traffic Accident Reconstruction Crash Data Retrieval Engine Diagnostic System Component Analysis EDR - Vehicle "Black Box" Downloading



The forensic investigations staff at ATS has both taught classes on this topic and been involved in the subject of structural investigation and mechanical engineering analysis. The clients served include Property Owners, Insurance Companies, as well as both plaintiff and defense lawyers. The Insurance Companies and Law Firms have utilized our services for investigating the causes of mechanical or structural components or system failures. Capabilities ATS has inspected and investigated damaged property and failed structures ranging from: flood damage, water infiltration, roof/hail damage, roof collapses, and fire-affected structures, sprinkler systems, piping systems, boiler and pressure systems, crane systems, concrete structures, and evaluated such systems for code compliance. Our experts investigate failures such as: Mechanical Failures Component Failures Engineering Analysis Property Investigation



Applied Technical Services provides refrigerated evidence storage space for samples that are climate-sensitive. Whether your sample is large or small, whether it requires a refrigerated or heated climate, ATS can meet your evidence storage needs. Importance of Legal Evidence Because of its important role in the litigation process, investigators expend a great deal of effort to ensure evidence collected from a crime scene or accident site is properly handled. There is an entire standard process dedicated to establishing the proper chain of custody for a piece of evidence, with the intent to guard it against tampering or contamination. Proper Evidence Storage Evidence will likely spend time in storage before it is turned over to the court for use during trial. This period in storage is when evidence is most likely to be compromised in one way or another. An unwary employee knocking over a piece of evidence makes for a logistical nightmare, for instance. A malicious party tampering with evidence can upend a case. Degradable samples often need to be stored in a temperature-controlled environment to avoid decomposition. Different pieces of evidence will have different storage needs; fortunately for investigators, Applied Technical Services, LLC provides safe and secure refrigerated storage solutions for the preservation of evidence sensitive to heat. ATS and Evidence Storage For over 50 years, ATS has provided consulting engineering, testing, and inspection services to clients from a variety of industries. We offer a collection of evidence storage options, as well as a range of other forensic-related services....



The ATS Family of Companies (FoC) offers a wide variety of services for boilers, vessels, and piping failure analysis. Residential, retail, office, industrial, and processing facilities utilize a wide variety of mechanical systems for heating and cooling, potable water distribution, fire suppression, and for supporting industrial processes. System failures can lead to losses resulting in personal injury, property damage, and disruption of business. ATS investigators have extensive knowledge of a wide variety of systems and associated piping valves and fittings, including the governing codes, regulations, and standards. We perform failure analysis, system component testing, and standards guidance for both the general industry and the litigation community. For example, our engineers can provide design and inspection services for boiler units, pressure vessels, and tanks for various industries, including power generation, commercial laundry, pulp and paper, chemical processing, and food processing. Investigation Capabilities Boilers Failure Analysis Design Evaluation State Specials Re-Ratings Code Compliance ASME API AWWA ICC ASTM ANSI Tanks & Pressure Vessels Failure Analysis Design Evaluation Pipelines & Process Piping Failure Analysis Temperature/Pressure Valves Control Valves Frangible Discs Fluid Powers Systems Failure Analysis Hoses & Pipes Cylinders Motors Valves Pumps



Applied Technical Services’ organization of well-qualified professionals deliver textbook Natural Disaster Inspections and Investigation services to assist insurance companies and attorney firms. Through decades of experience gained since having initiated back in 1974, the ATS forensics team has earned a reputation for generating the highest quality, thorough and extremely accurate inspections and investigations for many cases. Due to the accessibility to go anywhere in the U. S. or abroad, our Marietta, GA based team can investigate mostly any natural disaster inspection or investigation. Although most of the testing and inspections emerge from our headquarters facilities in Marietta, our inspection services and broad mobile capabilities include issues related to residential, commercial, industrial, vehicular, marine, and products liability. To fulfill the needs of our patrons, ATS experts use state-of-the-art equipment and technology and will provide a full comprehensive natural disaster inspection investigation with a speedy turnaround time. Common inspection capabilities include: Faro® Digital Scanner IR Thermal Analysis UAV (Drone) Aerial Photography



The forensic investigative department serves a wide variety of industries, including insurance adjusters, attorneys, and manufacturers. In terms of forensics investigations, preserving the quality of an accident scene or the evidence contained within isn't just important - it's critical. Our 3D Laser site scanning service is a relatively recent advancement that allows professionals to create real-time, 3D models of environments (accidents or fire scenes) using a series of scans that measure critical characteristics, such as distance and spatial relations, in the most accurate way possible. The Advantages and Benefits One of the major benefits of 3D laser scanning services ultimately comes down to the fact that it uses technology to quickly and accurately collect dimensions and data that would otherwise be difficult and costly to collect. Consider the example of a vehicle accident reconstruction, where under normal circumstances, it would be necessary for investigative professionals to enter an active roadway in order to perform their normal duties. With 3D laser scanning services, they have the ability to collect and capture millions of data points concerning the accident site. After the scans are processed, the distances between items of interest within the scans can be accurately measured. 3D Laser scanning services also help speed up the progress of an investigation, which ultimately saves costs for the client. The time and resources to capture millions of accurate data points would be cost-prohibitive for almost all investigations. ATS is able to capture millions of data points for accident reconstruction, burned structures or vehicles,...



The ATS Family of Companies (FoC) maintains accredited testing labs with the space, equipment, and manpower necessary to support a litigation-related joint inspection. Whether you are a retailer in need of an analysis of a reported failure (what, how or why it happened? ) or an attorney litigating a product liability case, our Fire and Forensics team of experts are ready to help. The Forensics Investigators at ATS provide an objective and science-based analysis which can enhance the client’s ability to make informed decisions. From experience, we understand the importance of rendering an opinion (and reasons for them) that will withstand judicial scrutiny and is effectively communicated to the trier of fact. Services Available Evidence Storage Vehicle Indoor/Outdoor Secured Storage Outdoor Storage Aircraft/Commercial Vehicles Indoor Storage Half or Full Day Lab Rental Coordinating Technician Analyzing the Evidence Since 1967 we have partnered with clients from many different areas such as aviation, automotive and consumer products and helped them with safety aspects, accident and litigation investigations, as well as many other issues. Applied Technical Services is the benchmark for any joint accident or incident investigation or inspection as we are the largest, independent lab in the Southeast. ATS also has the capabilities to store legal evidence as a secured evidence storage facility. Our Team Our experts are highly knowledgeable and experienced with current compliance regulations. Applied Technical Services labs are ISO 9001:2015 registered, NADCAP and ISO/IEC 17025:2017 (A2LA) accredited, and our quality assurance program meets the most stringent industry requirements. What...



ATS has investigated the cause of industrial accidents involving property damage or injuries in both commercial and residential locations for insurance companies, manufacturers, as well as both plaintiff and defense attorneys. The Forensic Staff investigates premise liability injuries and workplace injuries taking into consideration the applicable codes and standards, and well established safety concepts such as the Design-Guard-Warn hierarchy. ATS combines our understanding of the underlying scientific and engineering principles with our knowledge of OSHA Regulations and Voluntary Standards to determine the cause of injuries. Investigation Capabilities: Machine Guarding Material Handling Equipment Material Processing Equipment Forklifts Ladders/Scaffolding/Fall Protection Cranes/Lifting Devices Wire Ropes/Chains/Slings Power Tools/Hand Tools Personal Protective Equipment (PPE) Deck Collapse Roof Collapse Flooring Failures Means of Egress Code Compliance



ATS has investigated the cause of injuries for insurance companies, manufacturers, as well as both plaintiff and defense attorneys. The Forensic Staff is often asked to determine the cause of an injury and provide a court-worthy expert opinion. The in-house testing capabilities combined with our knowledge of engineering principles, safe design concepts, and practical knowledge of both foreseeable use and foreseeable misuse scenarios enable us to provide sound scientific answers for our clients. Product failures can expose manufacturers and distributors to unwanted publicity, costly recalls, or government-imposed fines. The ATS Family of Companies (FoC) also supports general industry by providing technical assistance with design, testing and code compliance of their products. Investigation Capabilities Plaintiff & Defense Design / Guard / Warn Code Compliance Testing ASTM, ANSI, UL, CFR, SAE Forklifts / Cranes / Lifting Devices Ladders / Scaffolding / Fall Protection Machinery Accidents Furniture Failures Medical Devices Exercise Equipment Appliances Deer Stands Golf Cars / ATV's Mowers/Tractors Vehicles / Heavy Trucks Marine Aircraft



Often times an investigator returns from a site inspection with components or evidence, which requires additional testing or analysis to arrive at a conclusion. Our Chemistry Labs are equipped to assist the Forensic Investigators in Chemical Analysis of metals, plastics, liquids, gases, and fire debris. Capabilities ATS has inspected and investigated damaged property and failed structures ranging from flood damage, water infiltration, roof/hail damage, roof collapses, and fire-affected structures, as well as sprinkler systems, piping systems, boiler and pressure systems, crane systems, and concrete structures. Besides causation investigations, we also research code compliance issues. Some of the capabilites of our chemistry labs include: Alloy Identification — Steels, Aluminum, Copper, Nickel, Zinc Titanium & Cobalt Alloys Lead Analysis of Toys, Ceramics, and Dinnerware Metals Analysis of Consumer Products Positive Material Identification (PMI) On-site Identification of contaminants in plastic Analysis of metal chips, filings, etc. Determination of oil contamination Cleanliness testing for oxygen service equipment Automotive component cleanliness testing Analysis of hydraulic oils and lubricants Particle size determination of fine particles Paint bonding failure Printed circuit board cleanliness testing Contact Us Call +1(888) 287-5227 to speak with a representative about how ATS can fulfill your testing needs. To request forensic chemical testing, call us or click here to submit a form online.



ATS has investigated the cause of building system and structure failures for insurance companies, owners, as well as plaintiff and defense attorneys. Building System Failures Residential, retail, office, industrial, and processing facilities utilize a wide variety of building systems for heating and cooling, water distribution, and fire suppression. System failures can lead to losses resulting in personal injury, property damage, and equipment failure. Our investigators have extensive knowledge of building systems and their associated equipment, including piping, fittings, sprinklers, and air/water/steam handling components. We perform failure analysis, component testing, and standards guidance for both general industries and the litigation community. An additional asset to the ATS investigators is the wide array of in-house testing capabilities including NDT, Metallurgy, Chemistry, and Mechanical and Environmental testing. Investigation Capabilities Our investigation capabilities include: Fire Suppression Systems Sprinkler head failures Wet & Dry systems Pipe & fitting failures Water Distribution Pipe & system failures Heaters/tanks/pumps Waste/drain/venting Fittings & Hardware Heating Ventilation & Air Conditioning (HVAC) Furnaces & Heaters Boilers/Condensers/Evaporators Pumps Fans Industrial & Residential Structural Failures Wind, Moisture, Insect & Fire Damage Roof Collapse Deck Collapse Welded & Bolted Connections Flooring Trusses Hand Rails & Guard Rails



Our Forensic staff has experience in crash reconstruction using the Bosch® CDR System ("Black-Box"), Vericom® dynamometer and G-meter engine diagnostic tools, and a Faro® digital scanner to assist in the reconstruction events of a crash. Our staff also has experience analyzing component failures on vehicles ranging from a horse and buggy, public transportation/mass transit, motorcycles, cars, trucks, light rail, small Cessna® planes to a Boeing® 757. ATS also has indoor secured storage to facilitate the investigation, and a well-lit inspection area mainly used for joint multi-party inspections that includes a 15,000 lb. lift. Capabilities and Equipment Accident Reconstruction Black Box Imaging Component Failure Stolen/Recovered Vehicles Hit and Run Investigations Light Bulb Analysis Bosch® Crash Data Retrieval (CDR) System for Crash Reconstruction Faro® Digital Scanner HVE® Accident Computer Simulation Engine Diagnostic Capabilities Real-Time X-ray Inspection & Storage Facility 15,000 lb. Vehicle Lift On-site Metallurgical/Chemical/Dimensional Labs Unmanned Aircraft System About Us ATS experts have many decades of crash reconstruction and incident investigations experience and understanding for any case that may come their way. Our crash reconstruction investigators have the ability and experience of providing expert testimony in many aspects of a crash reconstruction litigation. Quality assurance is always vital to all of our crash reconstruction investigations due to the high probability of litigation. We all should know that defined and exclusive training, skills and experience are items that are always required for any crash reconstruction investigation. Applied Technical Services employ some of the top and accomplished experts in the industry.



There are many uses for the vehicle event data recorders (EDR). What many fail to realize is that vehicles event data recorder downloads or cars black box data recovery are very useful for insurance companies, attorneys, and even police officers after a car accident. After the General Motors predicament, a case inspected by Applied Technical Services, the term “black box” or "black box data" was thrown around repeatedly but many didn’t know much if anything about the vehicle event data recorders (EDR). The black box data or vehicle event data recorders are used in all passenger vehicles manufactured after 2014, but some vehicles were equipped with black box data recorders starting in 1994. There are many terms that people use, and although some are correct and some might be technically incorrect, nevertheless others get the idea of what they are referring to: Vehicle Crash Data Recorders (CDR), black box download, data, crash data, imaging, EDR download, car crash box, car EDR, crash data analysis, Vehicle Event Data Recorder (VEDR), event data recorder removal, event data recorder download, event data retrieval, data recovery, recovery, crash data recovery, forensic data collection, etc. Vehicle Data Image Capturing During the occurrence of a car accident, the event data recorder or black box archives five seconds of data prior to the impact provided that the collision is strong enough to “wake up” the system. That information can be read using the proper equipment and software program. The black box data is always there, as long...



With decades of experience since having originated back in 1974, the ATS forensics team has earned a reputation for generating the utmost thorough and ultra precise inspections and investigations for cases regardless of their financial value. With the accessibility to go anywhere in the U. S. or abroad, our Marietta, GA based team can investigate mostly any accident reconstruction. Although most laboratory testing emerges from our headquarters facilities in Marietta, GA, our inspection services and broad capabilities include residential, industrial, commercial, marine, and vehicular incidents and product liability cases. In order to meet the needs of our clients, ATS experts employ state-of-the-art gear and technology and can exercise a full comprehensive accident reconstruction investigation with a rapid turnaround time. Capabilities and Equipment: Black Box Downloading Crash Reconstruction Chemical Analysis of Debris HVE® Accident Computer Simulation Evidence Collection and Storage Faro® Digital Scanner Unmanned Aircraft System Aerial Photography Infrared Spectroanalysis (FTIR) Arc Mapping Stolen/Recovered Vehicle Inspections Hit & Run Investigations Light Bulb Analysis Failure Analysis/Metallurgy Engine Diagnostic Capabilities Real-Time X-ray Joint Inspection & Storage Facility 15,000 lb. Vehicle Lift Evaluation of products, structures, and services in compliance with fire codes Structural accident reconstruction investigations can often be less complex than vehicular accident reconstructions due to the various systems of vehicles. Because of such, an intensive directory of vehicular chemical analysis requirements are verified. Fluids could be tested for evidence of contaminants or excessive wear that may suggest the likelihood or probability of wrongdoing. ATS investigators, due to the nature of many...



At Applied Technical Services we use the innovative solution to digitally seize the scene, examine and scrutinize the 3D data, and provide facts for courtroom materials. Our fire and forensics experts and investigators, as well as numerous demonstrative evidence providers worldwide, trust 3D laser elucidations to record the evidence at a crash site, crime, and fire scenes. With the use of a 3D Laser Scanner, there is never the uncertainty of absent or misplaced critical evidence because the scene is digitally captured and preserved. Laser scanners document millions of data points to create a digital image whether it is in a laboratory or at the actual scene. This is called 3D point cloud and it provides an accurate 3D evidence representation such as vehicle positions, skid marks, spatter of blood, objects or burning patterns. ATS Fire or Forensic Investigators can capture all evidence in half of the duration it takes when outdated methods are used, therefore, making it more cost-effective when investigating automobile accidents, crimes or fire scenes. Besides, there is not a better way other than a visual demonstrative evidence. Analyzing the Data After documenting the scene, we can take the scanned information back to our office for examination, days, weeks or even years later. We can utilize the 3D point cloud to interpret and explore different points of view, accurately measure locations, and study what-if situations. With the facts and information acquired with the 3D scanner, we can create realistic animations and diagrams to help you describe your...



Companies from a variety of industries rely on Applied Technical Services investigators, engineers, and scientists to perform forensic failure investigations.   ATS' Forensic Failure Investigation Services Our failure investigation experts offer a wide range of services that include single component investigations to uncovering the root cause of complete system failures. Our forensic failure analysis group serves a large clientele ranging from individuals from the legal and insurance sectors seeking expert testimony to large corporations in the aerospace, automotive, commercial, chemical, consumer goods, energy, legal, military, manufacturing, nuclear, pipeline, polymer, petrochemical, pulp and paper, and welding fabrication industries. As a leader in the failure analysis field, our experts assist in setting industry benchmarks and specifications. Our failure investigation labs have the capability to perform the most essential tests needed to reveal the deficiencies or defects that initiate failures. Our company has decades of experience in performing mechanical testing, materials testing, metallurgical analysis, chemical analysis, environmental simulation testing, and nondestructive evaluations. Whether our experts are performing analysis in our facilities or traveling nationally, we adhere to industry standards like the ASTM E2332, Standard Practice for Investigation and Analysis of Physical Component Failures, and applicable specialized procedures. Common Inspections and Investigations Consumer Products Fasteners Structures Automotive Parts Piping and Tubing Material ID and Contamination Boiler Components Aircraft Parts



Applied Technical Services' Failure Analysis Experts and Engineers are highly trained and experienced in performing tests and inspections that identify and uncover the root cause of various material and component failures.   ATS' Failure Analysis Experts Many industries call on ATS to evaluate and analyze product limitations, manufacturing problems, and environmental factors. In addition to providing accurate evaluations and detailed reports, we also offer consulting engineering services that can assist you with your prevention plans. Our metallurgists, chemists, scientists, and professional engineers routinely perform services on a wide variety of materials including steel, stainless steel, titanium, superalloys, copper alloys, aluminum, plastics, ceramics, and glass. Our facilities consist of multiple labs that offer a wide range of specialty tests. These tests are performed per industry standards; including ASTM E2332, Standard Practice for Investigation and Analysis of Physical Component Failures, and applicable specialized procedures. ATS Failure Analysis Experts Include: Industrial Engineers Forensic Investigators Fire Investigators Trained and Certified Analysts Polymer Specialists Trained and Certified Technicians Metallurgists Chemists Scientists Mechanical Engineers Civil Engineers Structural Engineers



The Need for Reliable Evidence Storage Applied Technical Services knows that proper evidence collection, storage, preservation, and submission are each important parts of the litigation process. Compromised evidence is of no use in court, potentially leading to incorrect conclusions and unnecessary settlements. Evidence typically spends time in storage before it is submitted to a judge, and it is often during this period that the evidence may be compromised. Different types of evidence have different storage needs. A lack of security against careless handling or malicious tampering is a disaster waiting to happen, for instance. Furthermore, specific measures must be taken to ensure evidence is not contaminated by temperature or other ambient conditions. Temporary evidence storage sites should be able to provide such basic protections to keep their inventory unharmed during the lengthy litigation process. Thankfully, ATS offers sufficient evidence storage solutions in addition to a wealth of other forensic services. Our Security Measures Our facility houses a secure evidence storage area that is accessible only to select, qualified employees. This storage space is large enough to hold vehicles, such as cars or small boats, throughout the litigation process. Our storage area is under 24/7 camera surveillance. Multiple employee authentication barriers stand between our dedicated storage area and the public, and the space itself is enclosed and prohibited to all non-qualified employees. Our evidence storage capabilities can accommodate your needs, whether they are big or small. Climate-Controlled Conditions ATS has multiple evidence storage units capable of holding many pieces of evidence....



Accidents or injuries caused by structural failures are serious matters. Assessing fault and liability in these matters requires careful examination by qualified professionals. Applied Technical Services performs structural analysis when relevant to forensic investigations. We work on behalf of plaintiffs and defendants to determine the cause of incidents caused by structural failures. ATS provides a range of forensic structural analysis services that include, but are not limited to, the following capabilities: Our Forensic Structural Analysis Services Areas of Application Decks Fire Suppression Systems Flooring HVAC Systems Water Distribution Systems Methods 3D Scan Chemical Analysis Component Failure Analysis Drone Aerial Photography Evidence Collection Thermal Imaging Regularly Investigated Structures Residential Buildings Industrial Equipment and Structures Special Services Forensic Consultation for Buildings Natural Disaster Damage Inspection



Applied Technical Services performs forensic investigations for all sorts of clients. Our investigators take a multidisciplinary approach to each case — conducting incident reconstruction, failure analysis, and structural analysis as necessary, as well as collecting and storing evidence. ATS supplements this array of forensic services with further capabilities, such as providing expert testimony in court proceedings and aiding joint investigations. The list of our special forensic capabilities includes, but is not limited to, the following: Special Services Provided by ATS Forensic Investigations Investigation Services Expert Testimony Joint Inspections and Investigations Litigation Support Investigation Support CT Scanner Comprehensive Laboratory Capabilities Evidence Collection & Storage Faro Site Scanning Thermal Imaging Types of Investigations Performed Product Liability Investigation Crash Reconstruction Personal Injuries Structural Failure Industrial Accidents



Determining the series of events that led to an accident or injury can prove crucial to the outcome of court proceedings. The Applied Technical Services Family of Companies (FoC)'s forensic investigators use a variety of methods to reconstruct the circumstances preceding an incident. Our multidisciplinary approach and in-depth expertise allow ATS forensic staff to provide a holistic view of what occurred both during and after an incident. Our incident reconstruction services consist of a list of capabilities that includes, but is not limited to, the following: Our Incident Reconstruction Services Applications Crash Reconstruction Equipment Failures Industrial Accidents Aircraft Accidents Product Defect Investigation Methods Black Box Downloading Forensic Mapping Component Analysis Accident Reconstruction Evidence Collection and Storage Regularly Served Clients Construction Companies Plaintiff and Defense Lawyers Insurance Companies Property Owners Transportation Companies / Departments



Accidents happen all the time — equipment fails, and people get hurt every day. Court proceedings use evidence from forensic investigations and testimony from expert witnesses to determine the liable parties behind injuries. Applied Technical Services performs failure analysis testing for forensic investigations. By applying our understanding of engineering principles and safe design concepts to forensic investigations, our personnel can deliver sound scientific conclusions to support the client's litigation process. ATS experts offer a variety of failure analysis services that we apply to forensic investigation, including the following list of capabilities: Forensic Failure Analysis Services Mechanical & Metallurgical Analysis Characterizing Material Fatigue Detecting Corrosion Discovering Manufacturing Defects Nondestructive Testing and Inspections Understanding Ductility Issues Chemical Analysis Alloy Identification Cleanliness Testing Contaminant Identification Material Transfer On-site Positive Material Identification Regularly Investigated Assets Automotive Components Boilers, Vessels, and Piping Forklifts/Cranes/Lifting Devices Product Defects Premise Liability Click here to learn more about our forensic testing lab. About Us ATS leads a growing Family of Companies (FoC) that provides a wide range of testing, inspection, and certification services across many industries. Our team of professional engineers, chemists, inspectors, and technicians provides clients with comprehensive reporting and excellent customer service. We maintain multiple accreditations and certifications from national and international certifying bodies, underlying our dedication to quality and reliability. Contact Us You can rely on the ATS FoC to get to the bottom of a failure. Call +1 (888) 287-5227 to connect with us today or click here to submit a request webform.



Protecting the Integrity of Critical Evidence The Applied Technical Services Family of Companies (ATS FoC) provides secure evidence storage services designed to meet the strict requirements of forensic investigations and legal proceedings. Our dedicated evidence storage facility is protected by 24/7 video surveillance, comprehensive security protocols, and multi-layered access controls, ensuring that only authorized and qualified personnel have access to stored materials. Complete Evidence Lifecycle Management Reliable evidence can influence the outcome of a court case. Improper handling or storage between an incident and trial may compromise evidence, which is a leading cause for its exclusion in court. We safeguard the integrity of evidence at every stage before trial. Our forensic services division offers a range of evidence storage capabilities, including but not limited to: Evidence Collection Evidence Handling Evidence Transportation Evidence Preservation Evidence Storage About Our Storage Facility Every detail of our purpose-built facility is designed to ensure the secure storage, preservation, and accessibility of critical evidence. Expertly designed with sensitive material preservation in mind, our facility features: 37,000 sq. ft. of secure storage space Fully climate-controlled environment Dedicated joint inspection area 24/7 video monitoring and surveillance Specialized Preservation You Can Trust Our climate-controlled facility accommodates a variety of evidence, from large assets like vehicles and watercraft to sensitive materials that require specialized preservation. All items are managed following established chain-of-custody procedures and industry best practices. Commonly Stored Evidence Automobiles Golf Carts Boats Motorcycles Trucks All-Terrain Vehicles (ATVs) When evidence integrity is essential, ATS delivers the security, preservation, and...




## Certifications & Standards


Phoenix, AZ – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned electromagnetic interference/compatibility testing capabilities.



Phoenix, AZ – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned electrical testing capabilities.



Sacramento, CA – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned calibrations and dimensional inspections.



Marietta, GA - This certificate confirms that Applied Technical Services, LLC has been awarded by the authority of the Nadcap Management Council, recognizing their accreditation as listed on www. eAuditNet. com under the QML for Materials Testing.



Marietta, GA - This certificate confirms that Applied Technical Services, LLC has been awarded by the authority of the Nadcap Management Council, recognizing their accreditation as listed on www. eAuditNet. com under the QML for Non-Destructive Testing.



Marietta, GA - The certificate confirms that Applied Technical Services, LLC complies with American Association for Laboratory Accreditation (A2LA) standards 1888. 01 and 1888. 02 across multiple scopes outlined in the linked document.



Marietta, GA - This certificate confirms that Applied Technical Services, LLC has complied with the requirements of the Cessna Citation NDI Certification Program. Valid for Radiography, Eddy Current, Ultrasonic, Liquid Penetrant, Magnetic Particle and Bond Testing methods.



Greenville, SC - This certificate confirms that Applied Technical Services, LLC complies in all requirements of the Federal Aviation Regulation relating to the establishment of an Air Agency and is an approved repair station with the Limited Specialized Service ratings.



Marietta, GA - This certificate confirms that Applied Technical Services, LLC complies in all requirements of the Federal Aviation Regulation relating to the establishment of an Air Agency and is an approved repair station with the Limited Nondestructive Testing ratings.



Huntsville, Alabama - This certificate confirms that Applied Technical Services, LLC operates in accordance with AS9100D with ISO 9001:2015 standards in Inspection Services in Non-Destructive Testing, Inspection, and Consulting Services for the Government, Aerospace, and Commercial Industries.



Greenville, SC - This certificate confirms that Applied Technical Services, LLC operates in accordance to AS9100D / ISO 9001:2015 standards in Inspection Services for Nondestructive Testing.



Marietta, GA – This certificate confirms that Applied Technical Services, LLC operates a Quality Management System compliant with ISO 9001:2015 standards in Calibration, Chemistry, Material and Product Testing, and Non-destructive Testing.



Marietta, GA - EASA Part-145 approval in accordance with the provisions of the Agreement between the United States of America and the European Community on Cooperation in the Regulation of Civil Aviation Safety.



Chandler, AZ – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned the mentioned automotive, telecommunications, commercial, medical and aerospace components, assemblies and systems.



Greenville, SC – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned the mentioned calibrations and dimensional inspections.



Tempe, AZ – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned the mentioned calibrations.



Sanford, FL – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned the mentioned calibrations and dimensional inspections.



Bartlett, TN – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned the mentioned calibrations and dimensional inspections.



Marietta, GA – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned the mentioned calibrations and dimensional inspections.



Marietta, GA – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned nondestructive tests.



Marietta, GA – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned chemical analyses on metals, non-metals, polymers, liquids, toys, children’s products, and juvenile furniture.



Marietta, GA – Certificate of successful completion of A2LA evaluation process, accreditation granted for performing the mentioned mechanical, metallurgical and environmental simulation tests on metallic and polymeric materials.



Marietta, GA – Certificate of successful completion of the A2LA evaluation process; accreditation granted for performing the mentioned electrical testing.