Compare Model Drawings, CAD & Specs Diameter Edge Thickness Coating Type S1 Radius OEM Compatibility Availability Price
1.97 in. 10 mm 2250CX
1.97 in. 10 mm 1000CX
1.97 in. 10 mm 1680CC Bystronic
1.97 in. 10 mm 2000CX
1.97 in. 10 mm 3000CC
1.97 in. 10 mm 3250CC
1.97 in. 9.525 mm MMR-A 2.28MCX Hank Wang
1.97 in. 10.0 mm MMR 3MCC Bystronic
1.97 in. 10.0 mm MMR 1MCX Bystronic
2.0 in. 9.9 mm MMR-P 5.3MCC Amada
2.0 in. 9.9 mm MMR-P 4.3MCX Amada
2.0 in. 10.0 mm MMR 6.6MCC Amada
2.0 in. 10.0 mm MMR-P 6.3MCC Amada
1.97 in. 10.0 mm MMR 2.25MCX Bystronic
1.97 in. 10.0 mm MMR 3.25MCC Bystronic
1.97 in. 10.0 mm MMR-P 6.7MCC Bystronic
1.97 in. 10.0 mm MMR-P 7.2MCC Bystronic
2.0 in. 10.0 mm MMR-P 5MCX Amada

Specifications

  • Optic Material
    Copper (Cu)
  • Surface Quality
    10-5 scratch and dig
  • Surface Irregularity
    1 Fringes @ 633 nm
  • Power
    2 Fringes @ 633 nm
  • Diameter Tolerance
    +0.0 / -0.1 mm
  • Thickness Tolerance
    +0.0 / -0.1 mm
  • Wedge
    <3' (arc minutes)

Features

Telescopic Mirrors

In many applications, the small diameter of the laser beam produced in the laser cavity is not convenient because the beam has high divergence and high power density. In order to avoid subsequent problems, the beam diameter can be increased by using a telescope consisting of two mirrors – one with a convex surface and the other with a concave surface. Such telescopic mirrors are usually made of copper.

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