Chongfan Technology
Co-branding
12
2024
-
05
Archer OpTx
Author:
Archer OpTx provides the photonics industry with the most exceptional resource to date: a globally recognized core of photonics experts with a firm commitment to ultra-high precision optics, perfect integration and fast delivery. Archer OpTx uses a variety of production technologies to create high quality and efficiency guarantees from cradle to grave, and can adapt to prototype, medium batch production or high-volume production. Archer OpTx is a strategic resource to improve your competitiveness by providing comprehensive solutions for engineering services, optical components, lens components, sub-components and more. We develop the right solution for each project, rather than trying to force each job to fit into a single solution. Archer OpTx has the team, processes and tools to provide you with the right optical solution to ensure the best results.
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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Address: Room 403, Building 6, Phase III of R&D, No. 36 Xiyong Avenue, High tech Zone, Chongqing, China.
Telephone: +86-13658337211
E-mail: Sales@cfkeji.net
Website: www.cfkeji.net
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