Output Coupler

ErYAG Laser-2940nm-Output Mirror

Er:YAG Laser-2940nm-Output Mirror

Our output coupling mirror is a semi-transparent medium mirror for the laser resonator, which can partially reflect laser to the resonator for gain amplification and partially transmit and output stabilized laser. The constant reflectivity/transmittance ratio (R/T) of the laser output coupling mirror is the main property of the partial mirror in the resonator. The pump power threshold, maximum output power, and output efficiency of the laser are highly dependent on the R/T value of the output coupling mirror. Our output coupling mirrors have a reflectivity of 70%~99.5%. They are made of sapphire/Neodymium-doped yttrium aluminum garnet (YAG) to transmit high-power laser …

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YbYAG Laser-1030nm-Output Mirror

Yb:YAG Laser-1030nm-Output Mirror

Our output coupling mirror is a semi-transparent dielectric mirror for the laser resonator, which can partially reflect the laser, return it to the resonator for gain amplification, and partially transmit the output stable laser. The constant reflectivity/transmittance ratio (R/T) of the laser output coupling mirror is the main property of the partial mirror in the resonator. The pump power threshold, maximum output power, and light extraction efficiency of the laser are highly dependent on the R/T value of the output coupling mirror. Our output coupling mirror has a reflectivity of 70%~99.5%. It is made of sapphire/neodymium-doped yttrium aluminum garnet (YAG), …

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NdYAG Laser-1064nm-Output Mirror

Nd:YAG Laser-1064nm-Output Mirror

Nd:YAG laser output couplers, partially transmissive laser mirrors, extract the output beam from the laser resonator to produce useful output from the laser. The laser output mirror adopts high-quality fused silica, ultra-smooth polishing technology, electron beam, or ion beam sputtering multi-layer dielectric thin film coating technology. The output coupling mirror has a low loss and high damage threshold, and the output transmittance can be selected according to the laser parameters.

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