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Michigan Metrology |
Since 1994
1000's of projects for 100's of clients
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Think Spring!
Are you dealing with problems related to squeaks, leaks, friction, wear,
adhesion, appearance ...?
Perhaps a short course on surface microtexture analysis will provide the
answers you seek.
Request Registration Information
Sincerely,
Don Cohen
Surface MicroTexture Short Course
Michigan Metrology is pleased to offer an intensive 1 day short
course on
May 24th, 2006 at the
Holiday Inn - Livonia. This class will focus on the various
aspects of surface texture analysis and how surface texture
relates to the intended component function.
The class will include sections on:
 | Instruments ( Stylus, Optical, AFM...) |
| Filtering (RC, Gaussian, 3D filters...) |
| 2D Parameters (Ra, Rz, Pc, .....) |
| 3D Parameters (Sa, Ssc .....) |
| Wear (adhesive, abrasive, ... ) |
| Friction ( Texture/Friction/dry/wet) |
| Data Analysis and Correlation |
| Surface Texture design/test strategy |
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Surface MicroTexture Measurement, Analysis and Application |
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About the Speaker
Dr. Cohen has undergraduate and graduate degrees in Physics and
Optical Sciences from the University of Michigan-Dearborn and the
University of Arizona respectively. Early in his career, Dr. Cohen
worked with IBM on optical disk drive development.
He later joined WYKO Corporation as product manager and eventually
Vice President, developing 3D surface texture metrology
instrumentation.
In 1994, Dr. Cohen established Michigan Metrology to help
engineers and scientists solve problems related to leaks, squeaks,
friction, wear, appearance, adhesion and other issues, using 3D
MicroTexture measurement and analysis. Dr. Cohen has been Chairman
of the STLE-Detroit section and has been active with the ASME B46
national committee on surface texture since 1988 where he
currently serves as Chairman.
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About Us |
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Since 1994, Michigan Metrology has been working with engineers
and scientist to solve friction, wear, sealing, noise,
appearance ... development and manufacturing problems, by
using non-contact 3D surface profilometry. Projects over the
years include, brake surface optimization, powertrain
component development, fluid handling component design,
electronic sensor failure mechanisms, biomedical implants,
advanced material development and finishing process
optimization. |
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