Automotive Testing Expo 2024
Join us at the Automotive Testing Expo in Novi, MI, from October 22 to 24, 2024. This show is a great place to learn ...
Register →Automotive & Mobility
Full-field strain that keeps up with compressed automotive development cycles, from crash labs to EV battery enclosures
The Problem
Single-point gauges slow iteration and miss the real behavior of body-in-white structures, multi-material joints, and battery enclosures, exactly where safety and lightweighting decisions get made.
The Solution
high-speed DIC captures fold patterns and failure sequences that correlate directly with LS-DYNA and Abaqus.
ARGUS maps thinning, wrinkling, and splitting against FLCs. Fewer tryout iterations, tighter tooling.
Measure enclosures, modules, and thermal interfaces under UN ECE R100 and SAE J2464 abuse protocols.
Applications
Trusted By
“Partners to 90% of the top 10 global automotive companies, from crash labs to EV battery programs.”
Certified ZEISS Partner · 26+ years in mobility testing
Talk to an engineer who has deployed DIC in the crash labs you benchmark against.
Upcoming Events
Join us at the Automotive Testing Expo in Novi, MI, from October 22 to 24, 2024. This show is a great place to learn ...
Register →This training is now full. We look forward to seeing you at our next ARGUS training. Join us for our in-person ARGUS ...
This training is now full. We look forward to seeing you at our next ARGUS training. Join us for our in-person ARGUS ...
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Featured Resources
High-speed infrared imaging at 20,000 fps during split-Hopkinson pressure bar experiments on graphite-fiber and epoxy ...
Read more →Revised ASNT Nondestructive Testing Handbook chapter on 3D image correlation for full-field deformation and strain ...
Read more →The Factory of the Future greatly uses optical measurement systems throughout the design, testing and manufacturing of ...
Read more →The Factory of the Future greatly uses optical measurement systems throughout the design and manufacturing of next ...
Read more →Optical metrology has long been a high performance research tool for scientists in the laboratory. Modern forms of ...
Read more →A cyclic tension-compression testing program was conducted on flat specimens of TPN-W®780 (Three Phase Nano) and DP980 ...
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Key Products & Systems
Flagship 3D DIC System
Full-field strain and displacement measurement for components and structures. Scales from coupon to full-scale testing.
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Entry-Level 3D Optical Testing
Compact single-sensor DIC for standardized material testing. Tensile, compression, shear, and bend tests.
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Flagship 3D DIC & Motion Analysis
Dynamic 3D motion and strain analysis for vibration, impact, and high-speed events at thousands of frames per second.
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Optical Forming Analysis
Full-field forming analysis for sheet metal draw-in, thinning, and formability evaluation per FLC standards.
Learn more →Compact 3D Scanner
High-precision structured-light 3D scanner for dimensional inspection, quality control, and reverse engineering.
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Handheld Laser Scanner
Wireless handheld laser scanner for rapid 3D capture of large parts and complex geometries in the field.
Learn more →AI-Powered AR Inspection
Augmented reality inspection projecting measurement results onto parts in real time with AI defect recognition.
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The automation layer for your ZEISS metrology stack
Trilion Automation Suite (TAS) is a set of production-grade modules and a Python library (t.Kit) that automate ARAMIS, ATOS, CORRELATE, and INSPECT workflows. Acquisition, patterning, analysis, certification, and drop testing all run from one platform.
Learn more →High-resolution high-speed imaging
T-Series cameras pair multi-megapixel resolution with thousands of frames per second. Ideal for material testing with DIC, automotive crash analysis, and biomechanics motion capture.
Learn more →High-speed megapixel imaging
Nova S cameras deliver megapixel resolution at high frame rates with low-light sensitivity. Built for drop tests, impact analysis, and laboratory R&D imaging.
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Physical Simulation Systems for Materials Research and Manufacturing
Gleeble's line of thermo-mechanical simulators purpose-built to address the most demanding challenges in materials testing. Whether you're developing next-generation alloys, optimizing manufacturing processes, or validating material performance under extreme conditions, Gleeble's physical simulation systems deliver the precision, repeatability, and control that materials scientists and engineers demand.
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In impact, crash, and drop testing, failure can happen in milliseconds. A component may deform, buckle, crack, or abs...
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Why “Legacy Knowledge” Is Undermining Your ARAMIS Data
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In industries like automotive and aerospace, sheet metal forming plays a critical role in producing high-qualit...
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