Endoscopic technology has been widely used in many fields such as medicine, industrial detection and scientific research, especially in extreme environments such as high temperature and high pressure. In order to meet these needs, the design and deve…

Because of its unique physical and chemical properties, metallized glass has gradually become one of the important materials in the fields of electronics, automotive and aerospace in recent years. As a new amorphous metal material, metallized glass h…

With the rapid development of science and technology, the optical industry has become an important force to promote modern manufacturing and information industry. Many domestic cities, especially Wuhan, Changchun, Fuzhou and Shenzhen, have gradually …

Combat robot plays an increasingly important role in modern military, especially when performing high-risk tasks. How to ensure the stability and clarity of its vision system has become a key element of design. Because combat robots often work in ext…

Industrial endoscopes are widely used in the detection of various industrial equipment and pipelines, especially in high-pressure environments. How to ensure the clarity and durability of the endoscope lens has become a key issue. With its excellent …

grating Etching, as an important micro nano processing technology, is widely used in modern optics, communications, laser technology and other fields. Especially in the manufacturing process of high-precision gratings, the key parameters of etching t…

A piece of news about the safe return of all the staff after the American warplanes bombed Iran’s nuclear facilities, behind which lies the revolutionary application of optical technology in modern warfare. The use of these technologies makes t…

Technology Overview Sapphire’s exceptional properties—hardness (Mohs 9), IR transparency (>85% at 3-5μm), thermal stability (up to 2,000°C), and electrical insulation—make it ideal for protecting infrared sensors in anti-ship missiles. Metallizati…

Technology Overview Sapphire’s exceptional hardness (Mohs 9), optical transparency (>85% VIS), and chemical stability make it ideal for optoelectronics. However, its inherent electrical insulation limits advanced applications. Metallization—…

Fundamental Challenges Sapphire’s exceptional hardness (Mohs 9), chemical inertness, and optical transparency make it ideal for LED/RF applications. However, achieving reliable metal adhesion on its non-reactive surface presents significant tec…