Laser Research Optics offers CO2 laser mirrors in many configurations

June 27, 2011
Laser Research Optics, Providence, R.I., is offering a full line of CO2 laser mirrors and reflectors made from silicon, with or without coatings, and molybdenum for harsh environments.

Laser Research Optics, Providence, R.I., is offering a full line of CO2 laser mirrors and reflectors made from silicon, with or without coatings, and molybdenum for harsh environments.

Laser Research CO2 laser mirrors are offered in silicon for general use, with enhanced copper or DMBR coatings, uncoated molybdenum for harsh environments, and copper with gold coatings for high power applications. Suitable field replacements for high and low power CO2 lasers, they come in 1 to 3-inch dia. sizes, from 2 to 10 mm thick, with +0.000"/-0.005" tolerance.

Optimized for 10.6 µm @ 45° AOI, Laser Research CO2 laser mirrors meet OEM and ISO-10110 specifications. The silicon mirrors exhibit <2% absorption and scatter losses and the intrinsically hard molybdenum mirrors achieve >98.1% average reflectance with <1.9% absorption and scatter. Total and phase retardation reflectors are also available.

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