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Scanning galvanometer
Optical Mirror
Material：
H-K9/N-BK7、Fused silica、N-SF11、Silicon etc.
●Specifications：0.5mm、1mm、3mm、5mm、10mm、20mm、50mm、80mm etc.
●Wavelength：@400-700nm;@808nm;@900-1100nm;@1260-1650nm;@2000nm;10600nm●Flatness：λ/2、λ/4@632.8
●Surface Quality(S/D)：20/10、40/20、60/40
●Coating：R>99.0%
Customized according to demand
From the first polished obsidian to today's nanoscale coatings, the mirror remains humanity's most fundamental tool for mastering light. It is far more than a simple reflector; modern mirrors are precision-engineered marvels. Using substrates like glass, metal, or silicon, coated with thin films of aluminum, silver, or protected gold, they are crafted to control light with astonishing fidelity—redirecting it, focusing it, or splitting its beams. This mastery is the silent engine behind a vast spectrum of technology: it enables astronomical telescopes to gather ancient starlight, empowers high-power laser cutters with precise beam delivery, forms the core of interferometers for nanoscale measurement, and guides light through every fiber optic cable that connects our digital world. The mirror, in its elegant simplicity, is a passive yet powerful gateway, continually shaping our ability to see, create, and explore.
An optical mirror is a precision optical component designed to reflect light with high accuracy and minimal loss. It is widely used in scientific instruments, imaging systems, lasers, telescopes, and industrial optical equipment. Made from high-quality glass or quartz substrates, optical mirrors are coated with reflective materials such as aluminum, silver, or dielectric layers to enhance reflectivity and durability. Advanced polishing techniques ensure an extremely smooth surface, reducing distortion and improving optical performance. Optical mirrors provide high reflectance, excellent stability, and precise light control, making them essential in modern optical and photonic applications.
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