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3D optical profilers provide high-resolution measurement of surface roughness and shape. Earlier optical profilers were limited by the size of their measurement areas (Field-of-view, or FOV), typically less than 1mm

Download this article as a PDF In the early days of 3D optical profiling, we needed to know an alphabet soup of measurement modes in order to operate the systems.

Michigan Metrology opened its doors in the Detroit area in 1994. I’d spent the previous several years working with the team at WYKO, developing the ”white light interferometry” technology that enables

Lighting and automotive lighting applications require more complex lens shapes and textures. To support these high-performance designs, manufacturers are pushing the boundaries of plastics, and the molds required to make

Give us a shout! We’re happy to help—often free of charge. 3D optical profilers can make amazing, high resolution measurements, very fast. But the measurement settings and software options can

Remembering the early days, Part 2 Michigan Metrology, LLC is approaching our 30th anniversary, and we’re taking a look back on some of the highlights of our history. In this

If you rely on average roughness (Ra) to control your surfaces, check out this short animation. It shows that very different surfaces can all have the same Ra value…and Ra

In the early days of 3D optical profiling, we needed to know an “alphabet soup” of measurement modes in order to operate the systems. Smooth surface? That’s one mode. Rougher

Startups, incubators, “skunk works…” when a company is in startup mode, everything is happening at once. Manufacturing processes are being designed while funding is being secured and sales are being

Where can your career take you after your first job has you designing Aston Martin engines? The answer is: everywhere! Anthony Musci describes himself as a “serial entrepreneur,” having applied