Ultraviolet Galvanometer Scanner

The Computer Control Optic Surfacing Polisher Basing on mini industrial robot,with less space and more flexibility. The surface error is figured by the polishing spindle tool, using for optical plane, spherical and aspheric surface. The fitting polishing tool technology basing on the polishing force controller was developed to get the controllable Influence Function and finish the precision optical surface. And High Mark will provide full process solutions from micron to nanometre with the innovative process technology and software.

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.

TGG is an excellent magneto-optical crystal material, which is used in all kinds of Faraday isolators and rotators. The applicable wavelength is 400nm-1100nm (except 475-500nm). Products certified by international customers (https://www.en.crystro.cn/the-role-of-luagce-scintillator-crystals-in-radiation-detection-2/)

Reflective lenses are made of K9/quartz.

Grown by Czochralski method
Diameter: up to 485mm
Dopant B (Borum)
Type of conductivity: P
Orientation: 100
Resistivity: up to 10000
Notch-yes Notch Location: 110
Notch size: 2,3 mm
shape of the Notch: V
Wafer thickness: 775±25 microns Type of marking: laser Marking location Reverse side Edge Profile: SEMI T/4 S1/S2 polishing- yes
Total thickness change across the wafers (TTV), microns < 3
WARP: <40 microns The number of particles on a surface larger
than 0.12 microns: <40
Surface content of Aluminum, E10AT/CM2: 5

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

LiTaO3 is an important multifunctional crystal material with excellent piezoelectric, ferroelectric, acoustooptic and electro-optic effects. LiTaO3 has been successfully used in many devices and equipment, especially in electro-optic devices, infrared detectors and surface acoustic wave devices.