Leo da vinci’s Single crystaline Super-Hard Material optics exceptional properties transform component performance :
- 1) Highest thermal conductivity of any material at room temperature, up to 2200 W/mK
- 2) Low absorption coefficient
- 3) Widest transmission spectrum know to material science from 220 nm to >50 µm
- 4) Hardest materials know to science, chemical and scratch resistance
- 5) Low birefringence possible with Δn < 2 E -6
- 6) Chemically inert and operates in corrosive environments
Our Single crystaline Super-Hard Material optics components can be processed to virtually any shape for a specific application :
- 1) Large diameter polycrystalline diamond windows – up to 135 mm in diameter.
- 2) Industry’s flattest diamond windows, PV <λ/10 @ 633 nm – ensuring reduced wavefront distortion and optimal system efficiency.
- 3) Single crystal plates – up to 8 x 8 x 2 mm
- 4) Range of thicknesses available – up to 3 mm thick
Achieve new levels of performance in a wide range of applications with our Single crystaline Super-Hard Material optics :
- 1) High power CO₂ lasers
- 2) Long wavelength IR imaging (8-14 micron)
- 3) Spectroscopy
- 4) High power RF generators and gyrotrons
- 5) Disc lasers
- 6) Raman lasers
- 7) VECSELs
- 8) Diamond lenses