Solid State Green Laser

CO2 cosmetic lens is mainly applied in the field of cosmetic plastic surgery. Its substrate is silicon/K9.

Reflective lenses are made of K9/quartz.

Cerium doped Lutetium Aluminium Garnet (Ce:LuAG) is a well-established scintillator and has many attractive properties, such as fast decay (80ns),high light yield, emission peaks at 510nm that well matched with the sensitivity of commercial Si-CCD detectors as well as good mechanical and chemical stability. Ce:LuAG is also a very appropriate crystal for imaging screens, LED lighting and laser lighting.

Ion Beam Figure Machine Tool is working by high beam density, small beam divergence angle and large beam uniformity High energy ion beam bombards the surface of optics, to achieve ultra-precision surface error. The generation of high-energy ions is based on high purity inert gas, passing through hollow cathode. The electrode generates ionization under the discharge of the power module and injects the electron beam into the cavity, and the electron beam is uniformly distributed into the anode area through the electron uniform plate under the action of the electric field and magnetic field of the anode. the electric field of the grid The output ion beam is controlled by the system to achieve uniform and stable surface removal of optical elements.

It provide different polishing and grinding plats with different specs, which could be used in the polishing and grinding of different kinds of optical glasses, quartz, crystals and other fragile flat and sphere surface.

Gadolinium gallium garnet (GGG) is a special substrate for magneto-optical thin films because of its excellent physical, mechanical and chemical stability.

TLF has similar transparency range to TGG. It should be noted that this material show improved absorption at the shorter wavelengths. Unlike TGG, color center formation and cation valence changes are minimized in the fluoride crystals resulting in a consistent “water-white” appearance. This is promising for optical isolators for visible wavelength lasers.

LaAlO3 crystal is the substrate material for epitaxial growth of high temperature superconducting thin films and giant magnetoresistance thin films because of its good lattice matching with a variety of perovskite structure materials.