Grad Students Unsnarl Chinese Optics Tangle
Dr. Robert Molenaar, Contributing Editor
European buyers are rubbing their hands over the low prices that hundreds of Chinese optics manufacturers are charging for their products. But in contrast, many end users – having learned the hard way – see it more akin to a minefield after experiencing products of varying quality. Some have even received parts made from old, uncertified glass, with lead and other poisonous elements added to the melt. On the other hand, others have received products of perfect quality.
Now, four Institut d’Optique graduate students have taken up a project to map the wilderness of Chinese optics offerings. Two of the students, Alexis Malandain and Xunyou Ge, have founded a company called C
3O Qualité. Having finalized internships at IBM in the US and at Jenoptik in Germany, respectively, they have equipped themselves with practical experience for the project.
Several leaders in the French laser industry, including Philippe Aubourg from Quantel Group, have hired the company to examine the optics they purchase from Chinese manufacturers. The open access to an extensive range of optical test instruments at the institute enables the students to compile a large database of manufacturers and products, and of measured quality.
The involvement of Chinese student Xunyou steers the project clear of any language problems and aims at benefits for both the Chinese manufacturers and the European buyers.
LATEST NEWS
- LightPath Acquires G5 Infrared
Feb 13, 2025
- QuEra Computing Completes $230M Financing Round
Feb 13, 2025
- Photonics’ “Semiconductorization” Stands Out Among Trends at Photonics West 2025
Feb 13, 2025
- Robust, Low-Cost Laparoscope Could Improve Surgical Outcomes Worldwide
Feb 12, 2025
- ANELLO Adds Advisor for Defense Applications: People in the News: 2/12/25
Feb 12, 2025
- Relativity Networks Raises $4.6M to Scale Next-Gen Optical Fiber Tech
Feb 11, 2025
- With Transformation Plan in Effect, NUBURU Makes Further Changes to Leadership
Feb 11, 2025
- Plastic Optical Fibers Enable Temperature Sensing with High Resolution
Feb 11, 2025