These copper total reflectors are quite similar to turning mirrors. However, durability of the coating is more critical because the total reflectors are exposed to the gas discharge and the extremely high laser power density inside the cavity. Therefore, the coating must have best-possible environmental resistance and low absorption in order to minimize thermal distortion.
Durable coating for best-possible environmental resistance
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co2-laser-copper-total-reflectors - Drawings
Additional drawings are not available for this product.
Specifications
Optic Material
Copper (Cu)
S1 Radius
Plano
S2 Radius
Plano
Surface Quality
10-5 scratch and dig
Surface Irregularity
1 Fringe @ 633 nm
Power
2 Fringes @ 633 nn
Wedge
<3’ (arc minutes)
Diameter Tolerance
+0 / -0.12 mm
Thickness Tolerance
±0.1 mm
Features
Total Reflector Mirror Coatings
MMR-P coating is a cost-effective way to maximize reflection (>99.90% for S-Pol), improve performance, protect highly-sensitive mirror surfaces and prolong product life. OEM-approved MMR-P coating provides the highest total random reflection available with superior P reflection (>99.80%) and total random reflection (>99.85%) and is suitable for both Cu and Si mirrors. This coating is internal cavity radiation resistant and allows for a phase shift tolerance of ±2@45° and >70% reflection for 630-670nm, for superior cutting and cleaning capabilities.
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