Leading optical lens design and processing technology

In the field of modern medicine, optical endoscopy has become an indispensable tool. As a device for examining and diagnosing the internal conditions of the human body, the quality and performance of the optical endoscope are related to the accuracy and safety of medical work. Therefore, leading optical lens design and processing technology is essential for the development of advanced optical endoscopes.

Innovative processing methods to improve the production capacity of aspherical mirror optical components

An aspheric mirror is an optical element with a non-spherical curved surface, which can be used to change the direction of propagation and focusing performance of light. Compared with the traditional spherical mirror, the non spherical mirror has higher focusing ability and smaller aberration, so it is widely used in the optical system.

Application range of plane mirror

A plane mirror is an optical element used to reflect light, usually made of optical glass or optical crystal. Plane mirrors are widely used in lasers, optical instruments and optical systems.

Optimizing Optical Technology: The Future of Cylindrical Lens Design

With the continuous progress of optical technology, the photography industry is also constantly developing and evolving. As an emerging trend, cylindrical lens design is gradually attracting the attention of photographers and photography enthusiasts. Cylindrical photography lens can show a curved effect at the edge of the image, adding a unique artistic feeling to the photo. This article will discuss the future development trend of cylindrical photographic lens design and analyze its impact on the field of photography.