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Output Coupler
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Output Coupler

Output mirror, also known as partial reflector or semi-reflective mirror,In industrial CO2 lasers，Output Coupler is mainly used in laser resonators to control the output power and mode of the laser. The main wavelengths include 10.6 μm and 1064 nm. Its principle is based on optical coating technology. By adjusting the reflectivity and transmissivity of the mirror, some laser energy is returned to the resonator to continue amplification, while the other part serves as the effective output. The key parameters of the output mirror include reflectivity, transmissivity, mirror material and coating process.

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    10.6um

    Part No Material Diameter (mm) Edge Thickness (mm) Reflectivity
    JG-PR-10.6-12.7Z Zinc Selenide 12.70 3.00 10%/20%/50%
    JG-PR-10.6-20Z Zinc Selenide 20.00 3.00 10%/20%/50%
    JG-PR-10.6-25.4Z Zinc Selenide 25.40 3.00 10%/20%/50%
    JG-PR-10.6-38.1Z Zinc Selenide 38.10 3.00/5.00 10%/20%/50%
    JG-PR-10.6-50.8Z Zinc Selenide 50.80 3.00 10%/20%/50%

    1064nm

    Part No Material Diameter (mm) Edge Thickness (mm) Reflectivity
    JG-PR-1064-20-5 K9/FS 20.00 5.00 10%/15%/20%
    JG-PR-1064-20 K9/FS 20.00 4.00/5.00 85%/80%/50%
    JG-PR-1064-20-5 K9/FS 20.00 5.00 40%/50%/60%
    JG-PR-1064-20-10 K9/FS 20.00 10.00 40%/50%/60%
    JG-PR-1064-25-10 K9/FS 25.00 10.00 30%/50%/70%
    JG-PR-1064-30-10 K9/FS 30.00 10.00 30%/50%/70%
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    Applications

    Output mirrors, endowed with their distinctive optical properties, have extensive application scenarios in laser processing, medical equipment, scientific research experiments, national defense and aerospace. For instance, they are utilized in metal cutting and welding, glass engraving, 3D printing, ceramic drilling, etc. The technological evolution of output mirrors is reshaping the boundaries of laser applications, ranging from nano-level precision processing to deep space exploration. Their role has been upgraded from "energy valves" to "photon engineers". With the integration of intelligent algorithms and materials science, output mirrors will demonstrate transformative potential in more untapped fields.

    Application

    Laser marking

    Laser Marking

    laser cutting

    Laser engraving

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