3D Surface Roughness and Wear Measurement, Analysis and Inspection

Michigan Metrology provides 3D surface roughness measurement, analysis and training. We help resolve issues related to:

Surface roughness and texture affect everything from the efficiency of our car engines, to the traction of sports shoes, to the longevity of medical devices.

Since 1994 Michigan Metrology has been providing surface texture inspection to solve problems related to surface roughness, wear, texture, finish, flatness, and more. We’ve helped thousands of clients with advanced 3D surface roughness measurement and surface texture analysis, using state-of-the-art equipment from our valued partner Bruker and expertise in 3D surface metrology.

Michigan Metrology offers fast, reliable service, and data you can trust to solve design, quality control, and warranty issues.

Quantitative answers in 1 week or less.
Personal attention.
Expert analysis.
Contact us today.

News

surface roughness, 3d surface texture, white light interferometer, white light profiler, white light interferometry, white light profiling

3D surface texture measurement through the years

As we’re continuing to look back on our 30 years in surface texture measurement, we thought it would be interesting to look at how far measurement technology has come over … Read more
surface roughness measurement, contract measurement lab, surface finish class, surface texture, consulting

Video Intro to Michigan Metrology

Don Cohen decribes Michigan Metrology’s contract measurement services, measurement consulting, and surface roughness/wear/tribology training classes. Learn how Michigan Metrology can help you solve issues related to leaks, squeaks, friction, wear, … Read more
surface finish for casting, Mark White, Surface Finish: Requirements and Inspection

New paper focuses on surface finish for castings

The surface finish of castings can be as critical to quality as for any precision surface. Yet, finish requirements in the industry are often ill defined, loosely referencing RMS roughness … Read more