Sapphire optical component can be used for a variety of high resistance applications or spectralrange, including semiconductor, FTIR spectroscopy and FLIR imaging. Second high hardnesssapphire crystal, which has various properties which can be used in harsh environment,including high surface hardness, high thermal conductivity, and high resistance to acid and alkalichemical. Compared with a variety of standard optical material, sapphire optical parts withthinner design, transmission range is between 0.15 and 5.5 m, in order to achieve the bestperformance in terms of ultraviolet to mid infrared.

Mori Mi crystal sapphire optical parts is applied to a range of applications, including ball lens,aspheric lens or window film. Sapphire ball lens with high refractive index, suitable to maximize shorten the distance between the lens and the fiber output. Sapphire hemispherical lensEdmund optics greatly simplifies installation and system integration. In addition, Edmund opticsprovide Ruby doped sapphire ball lens, this product has the advantages of easy processing function.

Characteristics of sapphire optical element:

With high surface hardness, chemical resistance

Between the UV and the wavelength of infrared transmission

Compared with the standard glass window film is thinner, stronger