Jiwei network news, Tianyancha APP shows that recently, Beijing Zhige Technology Co., Ltd. underwent industrial and commercial changes, the new shareholder Hubei Xiaomi Yangtze River Industry Fund Partnership (limited partnership), while the company's registered capital increased from 5 million yuan to 5.2632 million yuan.
Zhige Technology is a high-tech enterprise incubated by the Department of Precision Instruments of Tsinghua University, which is committed to the research and development, production and sales of AR diffractive optical waveguide optical display modules and diffraction gratings. It is worth mentioning that on December 14, OPPO released a new generation of AR smart glasses - OPPO Air Glass, which uses diffracted light waveguide lenses exclusively provided by Zhige Technology.
It is reported that Zhige Technology is one of the few diffractive optical waveguide manufacturers in China that has its own complete production line and can carry out large-scale mass production. Based on the professional and technical accumulation of more than 20 years in the grating and measurement laboratory of Tsinghua University, it has independently mastered the three core technologies of "grating design, raster mastering processing, and nano-embossing production". In terms of nano-embossing production, Zhige Technology has built the first AR diffractive optical waveguide mass production line in Huzhou, Zhejiang Province, and has opened up the production process links such as nano-embossing, cutting, lamination, and black edge, and has realized mass production and delivery.
On the basis of realizing the independent and controllable three core technologies of grating design, grating mastering and nano-embossing production, Zhige Technology has established a complete diffractive optical waveguide mass production system, and has the experience of mass production and delivery of C-end customers, which can provide customers with one-stop solutions from design, plate making to materials and processes, as well as fast, stable, reliable and low-cost diffracted optical waveguide mass production delivery programs.
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