Chongfan Technology
Co-branding
12
2024
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05
Alluxa
Author:
Alluxa is supplying the world with state-of-the-art optical thin film coatings at its design and manufacturing center in California. People who need to solve their most challenging filter problems turn to Alluxa to ensure their success.
Alluxa, based in Santa Rosa, California, was founded a few years ago by a group of film deposition veterans. Alluxa's core team brings together decades of expertise and diverse backgrounds in the fields of deposition, automation, metrology and optics. Alluxa produces its filters using new custom optical thin film coating equipment designed and manufactured by our team. The combination of our state-of-the-art automation technology, proprietary control algorithms, and patented plasma thin film deposition process can create the world's most difficult filters in a fraction of the time required by other hard coating methods. Using this proprietary thin film optical coating platform, Alluxa is providing customized solutions to the most challenging optical coating problems-including cost reduction to meet high performance requirements.
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LATEST NEWS
2025-06-06
Photonic avalanche nanocrystals with >500-order optical nonlinear response
At the forefront of nonlinear optical materials research, photon avalanche (PA), a unique luminescence mechanism occurring in lanthanide-ion-doped systems, exhibits exponential response under continuous laser pumping through an energy positive feedback loop mechanism, thus demonstrating ultra-high-order nonlinear optical behavior far exceeding traditional upconversion processes.
2025-06-05
Ji Xingchen/Su Yikai LPR | 780 nm on-chip integrated high-Q ultra-wideband Fabry-Perot cavity
With the rapid development of applications such as quantum precision measurement, atom manipulation, and narrow linewidth lasers, higher and higher demands are placed on high-performance photonic devices operating in the visible and near-visible wavelength range (especially the 780 nm wavelength corresponding to the rubidium atomic transition).
2025-06-23
Binary optics and metasurface lenses
Bichromatic optics is a subject or an optical technology; the concept of a meta-lens is more inclined to be a device.
2025-06-23
Achromatic diffractive waveguide in AR glasses
AR glasses seem to have developed rapidly in recent years; many believe this is the device most likely to replace mobile phones in the future.
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