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  • 品質 BK7円柱ミラー 工場

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    BK7円柱ミラー

    Custom BK7 Infrared The Shelf Plano Convex Cylindrical Lens Catalogue For Quick Delivery Specification Range of diameter Dia.0.7mm-Dia.400mm Range of curve radius R1.5-R∞ etc Tolerance of diameter +/-0.1,+/-0.01,+/-0.005 ect. Surface of diameter λ,1/2λ,1/4λ.1/10λ etc Tolerance of Thickness +/-0.1,+/-0.05,+/-0.01etc Centration +/-2',+/-1' etc Aperture N 5,1 etc Irregularity ΔN 2,1,0.5,0.2 etc Surface quality 60/40,40/20,20/10,10/5 etc BK7 Cylindrical Mirrors are precision

  • 品質 ZnSeの水晶Planoの凸の円柱ミラーに塗っているAr 工場

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    ZnSeの水晶Planoの凸の円柱ミラーに塗っているAr

    Nice Quality Optical Glass Plano Convex Physics Glass Cylindrical Glass Lens With AR Coating Specification Nice Quality Optical Glass Plano Convex Physics Glass Cylindrical Glass Lens With AR Coating Cylindrical Lens is a Optical Lens that focuses light on a line instead of a point. A Plano Convex Cylindrical Lens is composed of a flat surface and a convex cylindrical surface. It is often used to gather parallel or divergent light beams on a line or to change the aspect ratio

  • 品質 分極のビーム スプリッターのZnSe CaF2の角の立方体プリズム 工場

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    分極のビーム スプリッターのZnSe CaF2の角の立方体プリズム

    Polarization Beam Splitter ZnSe CaF2 Corner Cube Prism Product Overview In advanced Fourier-Transform Infrared (FTIR) spectroscopy, aerospace laser ranging, and high-power CO₂ laser systems, maintaining absolute beam parallelism during polarization modulation is a major system challenge. Our Polarization Beam Splitter ZnSe CaF2 Corner Cube Prism series provides an integrated solution to this optomechanical bottleneck. By implementing high-isolation thin-film polarizers onto

  • 品質 Plano凸の円柱赤外線レーザーのコリメーター レンズ 工場

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    Plano凸の円柱赤外線レーザーのコリメーター レンズ

    Plano Convex Cylindrical Infrared Laser Collimator Lens Product Overview The manufacturing process for a Plano Convex Cylindrical Infrared Laser Collimator Lens requires advanced CNC grinding and diamond turning to achieve the necessary surface accuracy. Because Infrared Laser systems are highly sensitive to thermal lensing and material absorption, the Plano Convex Cylindrical substrate must be chosen for its specific refractive index and low absorption coefficient. As a

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