Sapphire high-strength glass has good transmittance in the 0.20-5.50 μ m wavelength range and is an ideal material for laser and infrared optics. Widely used in endoscopes, mirrors, optical lenses, surface acoustic wave devices, infrared windows, filters, high and low temperature observation windows, photon beauty instrument windows, etc., and can provide anti reflective coatings, high reflective coatings, dielectric films, filter films, and metallization.

Sapphire is also an ideal material for integrated circuit substrates and epitaxial substrates such as GaN and GaAs, mainly including circular slices, elliptical slices, oblique circular slices, step window slices, etc. We can process various special types of gemstone components according to user requirements, such as lenses, prisms, hemispherical lenses, corundum blades, gemstone guides, porous gemstone components, step holes, microfluidics, etc.

■ Material selection

Hard and brittle materials such as CZ/KY sapphire, ruby, natural agate, glass, ceramics, etc. can be selected as needed.

Sapphire high-strength glass has good transparency and can adapt to a wide spectral range. Compared with optical glass, they have obvious advantages in processing different types of sapphire lenses according to user needs, such as spherical lenses, cylindrical lenses, and prism series. Lens products are usually used to change the direction of light transmission to control imaging accuracy, angle, etc.