Silicon Laser Mirrors Φ30

Silicon laser mirrors are highly stable reflecting components designed for 10.6μm CO₂ laser systems. Precision-machined high-purity single-crystal silicon substrates and high-reflectance coatings provide efficient laser-beam redirection and transmission in the optical paths of CO₂ laser cutting, marking, welding and engraving equipment. Good thermal conductivity, high reflectance, wipe resistance and long service life support prolonged high-power operation in harsh industrial environments. Some standard specifications are kept in stock to meet the needs of various CO₂ laser systems.

Industrial laser-processing equipment: beam-redirection elements in CO₂ laser cutting, marking, welding, engraving and drilling equipment. High-power laser systems: high-power CO₂ equipment, including metal-sheet cutters and thick-material welders. Harsh operating environments: industrial settings with substantial dust and oil, where silicon mirrors offer durability advantages. Research and teaching equipment: reflecting elements for laboratory high-power CO₂ laser experiments and teaching demonstrations.

High reflectance and low loss: high reflectance in the 10.6μm CO₂ laser band greatly reduces laser-energy loss and improves processing efficiency. High-power handling: the excellent thermal conductivity of the single-crystal silicon substrate rapidly dissipates heat for prolonged high-power laser operation, resisting thermal deformation and damage. High durability: dedicated reflecting coatings are firmly bonded and wipe-resistant for harsh industrial conditions with dust and oil. Comprehensive specifications: mainstream diameters readily match various CO₂ laser systems. Customization: special dimensions, thicknesses and coatings for other wavelength bands meet nonstandard equipment needs. Scysgx core advantages — stable substrate quality: high-purity single-crystal silicon substrates offer good thermal conductivity and a dense structure to ensure stable high-power operation. Scysgx core advantages — precision processing: strict surface-flatness and finish control reduces scattering loss and ensures reflection efficiency. Scysgx core advantages — ample stock and fast delivery: mainstream specifications are kept in stock for rapid response to customer orders. Scysgx core advantages — strong customization: special dimensions, thicknesses and coatings for other wavelength bands meet nonstandard equipment needs. Scysgx core advantages — full quality inspection: every mirror is tested for reflectance, flatness and surface quality to meet performance requirements.