Optimize your infrared optical system with our premium Zinc Selenide (ZnSe) Windows, engineered for maximum transmission across a broad spectral range from 0.5 µm to 22 µm. Featuring extremely low absorption coefficient (< 0.0005 cm⁻¹ at 10.6 µm) and high thermal conductivity, ZnSe windows are the industry standard for CO₂ laser output couplers, vacuum feedthroughs, and thermal imaging protective
Achieve precise beam deflection and image inversion in the infrared spectrum with our high-quality Zinc Selenide (ZnSe) Right Angle Prisms. Designed for CO₂ laser beam steering, IR interferometry, and thermal imaging periscopes, ZnSe prisms combine low absorption at 10.6 µm with broad transmission from 0.5 µm to 22 µm, making them ideal for both high-power laser and multispectral IR applications.
Maximize laser efficiency and thermal imaging clarity with our high-grade Zinc Selenide (ZnSe) Lenses, engineered for CO₂ laser focusing, beam collimation, and infrared imaging systems. With exceptionally low absorption at 10.6 µm and broad transmission from 0.5 µm to 22 µm, ZnSe delivers outstanding performance in high-power laser applications and multispectral FLIR systems.
Unlock superior infrared performance with our high-quality Zinc Sulfide (ZnS) Windows, the material of choice for multispectral imaging, thermal sensing, and high-power laser systems. Available in both Standard Grade (visible to far-IR, 0.4–12 µm) and Multispectral Grade (enhanced visible transmission), ZnS offers excellent thermal shock resistance, low absorption, and robust durability in harsh e
Discover the unmatched durability and optical clarity of our premium Sapphire Optical Windows, engineered for demanding applications in aerospace, defense, industrial sensing, and high-temperature environments. With exceptional hardness second only to diamond, sapphire offers superior scratch resistance, broad spectral transmission from UV to mid-IR (0.2–5.5 µm), and outstanding thermal stability
Engineer your optical system with confidence using our precision-polished Fused Silica Windows. Manufactured from premium synthetic SiO₂, these substrates deliver exceptional 190–2500 nm transmission, making them the definitive choice for UV laser barriers, spectrometer viewports, and high-temperature vacuum chambers.
Engineered for extreme performance where standard glass fails, our Fused Silica (SiO₂) lenses deliver unmatched transmission, thermal stability, and laser damage resistance across deep UV (193nm) to near-IR (2.2µm) wavelengths. Ideal for semiconductor inspection, laser micromachining, and high-power photonic systems.
Upgrade your visible light laser systems with our precision M9xP0.5x10mm collimator lens, engineered for superior beam control across the 400-700nm spectrum. This compact optical component is the ideal solution for laser engraving, medical devices, and scientific instrumentation requiring minimal divergence and maximum light throughput.
