Optical Glass Components
Periscope Prism
Infrared Optical Elements
Laser Lens
English
May 13-2024
Silicon (Si) single crystal is a chemical inert material ,which is with high hardness and insoluble in water. It has good transmittance at 1 to 7µm wavelength. At the same time, Si Optic also has good transmittance in the far-infrared wavelengths 300- 300µm, which unique compare with other infrared optical materials. Silicon Optics are usually used in the 3 to 5µm middle wave infrared optical window and the optical filter substrate. The material has good thermal conductivity and Low density, which is also commonly used for making laser mirrors
Precision-crafted infrared optical silicon windows with customized coating for superior optical performance and durability in infrared applications.
Custom-built, large-sized infrared optical silicon prism with coating for enhanced infrared transmission and precision applications.
Miniature infrared optical silicon prism, coated for superior optical performance in compact infrared systems.
Customized infrared optical silicon wedge prism with coating, designed for precision angular deviation and infrared transmission.
ATR (Attenuated Total Reflection) infrared optical silicon prism, coated for optimized infrared reflectance and transmission properties.
Custom-designed right angle infrared optical silicon prism with coating for precise optical redirection and minimal loss.
Uniquely shaped infrared optical silicon prism, coated for specialized infrared applications requiring non-standard optical geometries.
Silicon Optics operate based on the optical properties of silicon, a material that has revolutionized the field of photonics. Silicon's high refractive index and ability to manipulate light at the nanoscale enable it to perform various optical functions. Silicon Optics, such as Silicon Lenses, waveguides, and optical switches, utilize these properties to efficiently control, guide, and manipulate light, enabling advancements in fields like telecommunications, sensing, and imaging.
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High Transmission: Silicon optics offer excellent transmission in the infrared spectrum, crucial for various applications like laser cutting and thermal imaging.
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Thermal Stability: Silicon's low coefficient of thermal expansion ensures stable performance across temperature changes, critical for precision optics.
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Durability: Silicon optics are robust and resistant to mechanical stress, making them suitable for demanding industrial and aerospace environments.
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Cost-Effective: Silicon is abundant and easy to process, leading to cost-effective production of optical components compared to other materials.
May 13-2024
