High-Reflectivity Optical Mirrors
First Surface Mirrors
High-reflectivity coatings deposited on the front surface of a float-glass substrate — minimal ghosting, accurate beam redirection, and reflectivity ≥ 94% from 400 – 700 nm.
High-reflectivity coatings deposited on the front surface of a float-glass substrate — minimal ghosting, accurate beam redirection, and reflectivity ≥ 94% from 400 – 700 nm.
Reflectivity ≥ 94%Enhanced Al / protected Ag / Au, 400 – 700 nm
Multiple FormatsCircular, square & rectangular; 0.5 – 3 mm thick
Laser Cutting ± 0.01 mmAny custom size, in mm or inches
First Surface Mirrors feature a high-reflectivity coating deposited on the front surface of a float-glass substrate to minimize ghosting and enable accurate beam redirection. They are available with enhanced aluminum, protected silver, and protected gold coatings for applications requiring high reflectivity from 400 – 700 nm.
These mirrors are ideal for optical path folding, beam steering, and imaging systems where the mirror is mounted at 45° to produce a 90° bend in the light path.
Offered in circular, square, and rectangular formats, they are well-suited for OEM integration, prototype builds, and general laboratory alignment setups.
With typical surface flatness of 4 – 6λ (waves) and 60-40 surface quality, they provide a cost-effective solution for applications that require reliable reflected beam performance without the added expense of precision polished substrates.
First-surface mirrors are commonly used in life sciences, metrology, semiconductor, and general photonics systems where the quality of reflected light is important.
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