Assist scientific research | Optical 3D surface profilometer serves the development of ultra-precision polishing technology
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Assist scientific research | Optical 3D surface profilometer serves the development of ultra-precision polishing technology

Posted Date: 2024-01-31

With the continuous advancement of technology, the field of precision manufacturing has increasingly higher requirements for material surface treatment. Ultra-precision polishing technology, as the current cutting-edge surface treatment technology, plays a vital role in the production of various high-precision products. It is widely used in many advanced manufacturing industries such as integrated circuit manufacturing, medical equipment, aerospace, 3C electronics, automobiles, and precision molds.

The SuperView W1 series optical 3D surface profilometer achieves 0.1nm level surface roughness measurement through nano-transmission and scanning technology, white light interference and high-precision 3D reconstruction technology, becoming an important tool and helper in the field of ultra-precision polishing technology research.

Optical 3D surface profilometer assists scientific research projects and serves the development of ultra-precision polishing technology

The team of Zhao Jun and Lu Binghai of Zhejiang University of Technology conducted in-depth research on abrasive rotating jet polishing (ARJP) technology, shear thickening polishing technology, etc., and used the SuperView W1 series optical 3D surface profiler to detect and verify the surface roughness after polishing. Papers published in top international journals.

"Tribology International" (District 1, Chinese Academy of Sciences)

Numerical and experimental investigation on the material removal profile during polishing of inner surfaces using an abrasive rotating jet

"Wear" (District 1, Chinese Academy of Sciences)

Effect of elastohydrodynamic characteristics on surface roughness incylindrical shear thickening polishing process

《Surface & Coatings Technology》(District 1, Chinese Academy of Sciences)

Surface polishing and modification of Ti-6Al-4V alloy by shearthickening polishing

China Graphic Instruments sincerely invites scientific research teachers to cooperate

We eagerly look forward to participatingResearch topics that require the use of optical 3D surface profilometers to analyze the micromorphology of materials and component surfaces.

No matter what your research direction is, we are willing to work together to complete the mission of scientific research and promote the development of scientific research and advanced precision manufacturing in China.


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