Ben Eisdorfer

Overcoming Line-of-Sight Challenges in Optical Testing

Optical measurement systems such as ARAMIS Optical Strain use digital image correlation (DIC) to capture strain, displacement, and motion across a visible surface without covering a test article with sensors and wires. While effective, this approach has one unavoidable requirement: the cameras need to see the area being measured.

That sounds obvious, but in practice a grip, bracket, cable, or even the test article itself can block the critical region, sometimes only after the test begins.

The answer is not always to accept missing data or redesign the entire test. Often, the right viewing strategy can solve the problem.

Webinar - The Future of 3D Scanning!

If you missed our webinar, The Future of 3D Scanning! From Handheld Flexibility to Automated...

High-Speed DIC for Impact and Crash Testing

In impact, crash, and drop testing, failure can happen in milliseconds. A component may deform,...

Manual vs Automated Material Testing: What It’s Costing You

Material testing labs are under increasing pressure to deliver faster results, maintain...

Optimizing Sheet Metal Forming with ARGUS and Laser Etching

In industries like automotive and aerospace, sheet metal forming plays a critical role in producing...

Webinar - SuPAR: Transforming Visual Inspections with New Capabilities

If you missed our Webinar SuPAR: Transforming Visual Inspections with New Capabilities, we have you...

Moving Quality Upstream: A Smarter Path to Precision

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WEBINAR: Next-Gen Digital Material Testing: ASTM-Certified Precision

If you missed our Webinar: Next-Gen Digital Material Testing: ASTM-Certified Precision, we have you...