1064nm

NdYAG Laser-1064nm-Laser Window

Nd:YAG Laser-1064nm-Laser Window

The main functions of the fiber laser protective lens are to protect the focusing lens, to prevent splashes from sputtering on the lens and causing damage to the lens, and to ensure the processing accuracy requirements by regularly replacing the protective lens. Coating the lens with 1064 antireflection coating with a high damage threshold (>10Jcm2) can effectively increase the transmittance of the lens, reduce energy loss, and improve the quality of processed products. Widely used in laser cutting machines, welding machines, and other laser equipment.

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.

NdYAG Laser-1064nm-Laser-Mirror

Nd:YAG Laser-1064nm-Laser-Mirror

High-quality mirrors used in 1064 nm laser resonators and other optical devices, Nd: YAG laser line mirrors can be made of BK7, low-absorbing fused silica material, with extremely low thermal expansion coefficient, good optical properties, and high damage threshold. Mirrors need to be insensitive to temperature in high-power laser applications. Using precision polishing technology, electron beam multi-layer media, or ion beam sputtering coating technology, the lens has ultra-high surface optical quality, reflectivity >99.8%, can withstand high light intensity, and has a high damage threshold.

NdYAG Laser-1064nm-Pump Mirror

Nd:YAG Laser-1064nm-Pump Mirror

The laser pump mirror adopts a high-quality fused silica substrate with all-dielectric high-reflection and anti-reflection coating, providing extremely high reflection efficiency and other properties within the corresponding laser wavelength range. The laser pump mirror can be used to design the laser cavity, and the number of reflections can be enhanced to improve the output power. Mainly use high-reflection coating (HR) for coating and anti-reflection coating (AR). The reflectivity of HR coating to natural light or S-polarized light and P-polarized light in a specific light band range can be as high as 99% or even close to. The reflectivity of AR …

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