Optical Glass Components
Periscope Prism
Infrared Optical Elements
Laser Lens
English
May 13-2024
CVD zinc selenide (ZnSe) is a chemical inert material with high purity, strong environmental adaptabilitly, and easy processing. Its optical transmission loss is small and has good penetration. ZnSe Optics are the prioritized chosen materials for hich power CO2 laseroptical components. Since the reractive index ot this material is wel unitorm and consistent, ZnSe IR is also idea for makinaprotective window and infrared optics in FLlR thermal imaging system, At the same time, the material is also widely used in making window and electromechanical instruments, the intuitive thermal radiation measuring instrument, and the intrarecspectrometer. ZnSe Optics are easy to scratch, which are not suitable for use in harsh environments (Knoop hardness is only 120). The transmission spectrum ranges from 120 nm to 7000 nm and ZnSe IR is usually used in thermal imaging systems, aerospace optical systems and excimer laser optical systems.
An attenuated total reflection prism crafted from ZnSe and coated for enhanced infrared performance.
A coated ZnSe-based Powell lens designed for infrared applications, providing focused and collimated light.
A coated ZnSe prism engineered for precise manipulation of infrared light.
A coated ZnSe prism with a right-angle design, ideal for redirecting infrared light beams.
A coated ZnSe rhombic prism for high-performance manipulation and redirection of infrared light.
A coated ZnSe window offering excellent infrared transmittance and protection.
A compact coated ZnSe axicon lens for generating non-diffracting infrared beams.
ZnSe Optics function by harnessing the unique optical properties of Zinc Selenide. Its high refractive index and transmittance in the infrared spectrum allow for precise manipulation and control of infrared light. Whether it's for imaging, sensing, or other optical systems, ZnSe Optics ensure accurate light transmission and exceptional performance.
1
Broad Transmission Range: ZnSe optics transmit from visible to mid-IR, suitable for applications requiring a wide spectral range.
2
Low Absorption: ZnSe IR has low absorption in the infrared spectrum, ensuring high transmission and minimal energy loss.
3
High Laser Damage Threshold: ZnSe optics can withstand high-power laser beams, making them suitable for laser systems and high-energy applications.
4
Ease of Machining: ZnSe Optics are relatively easy to machine, allowing for cost-effective production of complex optical components.
May 13-2024
