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Showing 12 of 12 total products
Compare Description Drawings, CAD & Specs DiameterEdge ThicknessS1 RadiusCoating TypeOEM Compatibility Avail. Price
Copper Total Reflector Mirrors61809-1173.0 in.12.7 mmPlanoMMR
Copper Total Reflector Mirrors630328-1172.0 in.9.52 mmPlanoMMR-P
Copper Total Reflector Mirrors630706-1172.0 in.9.52 mmPlanoMMR
Copper Total Reflector Mirrors630782-1172.36 in.10 mmPlanoMMRHan's Laser
Copper Total Reflector Mirrors630918-1171.97 in.10 mmPlanoDEMMR
Copper Total Reflector Mirrors630920-1172.0 in.5.08 mmPlanoMMR
Copper Total Reflector Mirrors630921-1171.97 in.10 mmPlanoMMRBystronic
Copper Total Reflector Mirrors630922-1172.36 in.10 mmPlanoMMRBystronic
Copper Total Reflector Mirrors631050-1171.97 in.10 mm80MCCMMRBystronic
Copper Total Reflector Mirrors631052-1171.97 in.10 mm100MCCMMRBystronic
Copper Total Reflector Mirrors631141-1171.97 in.10 mm1.4MCXMMRBystronic
Copper Total Reflector Mirrors631142-1171.97 in.10 mm2MCCMMRBystronic

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.

Coating Substrate %R@45°@10.6 %S-Pol@45°@10.6 %P-Pol@45°@10.6 %R@45°@0.6328 PS@45°AOI
MMR Si&Cu 99.8% 99.9% 99.75% 40% 0°±2°
MMR-A Si&Cu 99.8% 99.85% 99.60% 40% 0°±2°
MMR-H Si&Cu 99.7% 99.8% 99.60% >80%@650±20nm -
MMR-P Si&Cu - 99.9% 99.80% ≥55%@900-1000nm 0°±2°