Quartz Laser Flat Window Size Diameter 25mm / 25.4mm Thickness 6mm AR Coating

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  The K9 precision high-performance window is perfect for applications that require high accuracy and quality optics. With a diameter of 38.1 / 50 / 50.8mm and thickness of 10mm, it delivers optimal performance with a surface accuracy of λ / 10. This window is ideal for use in scientific, industrial and medical industries, allowing for unparalleled imaging quality and clarity.

  SKU: CO-42

  $178.00 – $283.00

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  • Choose an optionΦ38.1mm λ/10 UncoatedΦ38.1mm λ/10 VISΦ38.1mm λ/10 NIRΦ38.1mm λ/10 SWIRΦ50.0mm λ/10 UncoatedΦ50.0mm λ/10 VISΦ50.0mm λ/10 NIRΦ50.0mm λ/10 SWIRΦ50.8mm λ/10 UncoatedΦ50.8mm λ/10 VISΦ50.8mm λ/10 NIRΦ50.8mm λ/10 SWIR
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• Optical Windows, Optics, UV or IR Windows

  Zinc Sulfide Window Φ12.5 ~ 50mm Thickness=2.0 / 3mm IR2

  

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  The Zinc Sulfide Window is a high-quality optical element available in a range of sizes from Φ12.5 ~ 50mm, with thickness variations of 2.0mm or 3mm. Its IR2 capabilities make it ideal for use in a range of applications, providing superior optical transmission throughout the infrared spectrum.

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  • Choose an optionΦ12.5mm Thickness = 2.0mm IR2Φ12.7mm Thickness = 2.0mm IR2Φ25.0mm Thickness = 3.0mm IR2Φ25.4mm Thickness = 3.0mm IR2Φ40.0mm Thickness = 3.0mm IR2
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• Optical Windows, Optics, Visible Windows

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  The K9 High-Precision Flat Window is available in diameters of 25 mm, 25.4 mm, and 30 mm with a thickness of 6 mm. It provides high-quality surface flatness with a precision of λ / 10, significantly contributing to better performance in a broad range of optical applications.

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• Optical Windows, Optics, Visible Windows

  K9 High Precision Plane Window D=5 / 10mm Thickness 2mm λ / 10 Uncoated / AR-Coated

  

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  The K9 high precision plane window, with a diameter of 5 or 10mm, and a thickness of 2mm, is an excellent choice for applications requiring superior optical performance. With a surface accuracy of λ/10 and the option of either an uncoated or AR-coated finish, this window offers exceptional uniformity and reliability in a broad range of optics and photonics applications.

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