SHKY Optoelectronics Technology Group is a high-tech enterprise focusing on nano-scale micro-optics and optical integration.
The company is composed of top scholars in the field of optoelectronics at home and abroad, and industry veterans with many years of experience in the optoelectronic industry. The core R&D team and management include professors and doctors from Stanford University, University of Rochester, Cambridge University, Zhejiang University, Shanghai Jiaotong University and other well-known optoelectronic institutes; former Microsoft, NASA, Fnetlink, Baidu, GE, Philips and other international Well-known corporate executives. Relying on its deep technical accumulation and unique manufacturing process, SHKY is able to provide customers at home and abroad with one-stop design, customization and production of wafer-level optical products and services at an unparalleled cost performance.
"Nano-scale" optical products need to be made from monomers with higher precision and higher cost to "extremely large-scale and low-cost" manufacturing, which means that optical design and manufacturing at the "wafer" level are required .
Wafer-level optics is a cornerstone field of consumer photonics. Wafer-level optics allows optics to increase accuracy by an order of magnitude while reducing cost by an order of magnitude, which makes many emerging needs and commercial values possible, including 3D depth imaging and unmanned driving, AR/MR display, and short distance between chips All-optical transmission, medical imaging, aviation and military industry, automated security, etc.
Micro/nano/diffractive optics products
Based on binary optics technology, SHKY can etch a continuous relief structure on the fused silica, glass or polymer material substrate, and control the light propagation behavior through the complex relief structure, so that the incident laser can produce any shape and any intensity distribution on the receiving surface The light spot can be linear, rectangular, circular, dot matrix, grid, etc. According to specific needs, single-step, multi-step, and any-step relief structures can be customized to generate special patterns.
Compared with traditional optical devices such as lenses and prisms, Diffractive Optical Elements (DOE) has the advantages of being smaller, lighter, and more integrated. The DOE designed by SHKY has precise divergence angle, high diffraction efficiency and sharp boundary. According to these characteristics, the DOE products produced by the company can be used for laser material processing, laser display and lighting, glass cutting, three-dimensional motion sensing, optical image processing, Microelectronics technology, beauty and other fields. According to customer needs, the company can also customize DOE products of different sizes and arbitrary divergence angles.
AR optical waveguide/holographic grating waveguide/module
SHKY is currently one of the few international manufacturers that can provide holographic grating waveguides. SHKY has rich design experience in the field of AR optical waveguides and has mastered the processing technology of various complex grating tooth shapes. Through rigorous simulation design, high-precision master processing and nano-transfer technology, we have been able to achieve large field of view, high-definition, full-color AR display, and can provide low-cost, thin and light optical waveguides and supporting Mini projector.
SHKY has an independent design and processing plan, and can commission the development of cost-effective optical waveguide modules according to customer needs.
Optical communication products
Wavelength Division Multiplexer (WDM)
Arrayed Waveguide Grating (AWG)
PLC optical splitter
Optical chip connection products (FA)
Fiber Jumper