Laser Line Mirrors are designed to reflected laser light at 45 degree. There are four laser wavelengths available 532nm, 1064nm, 1320nm and 2940nm. 

Svotek CO2 Laser Mirror for scientific and industrial applications. 

D-shaped mirror is always used to separate closely spaced light beams. The high reflective coating extends to the straight edge of the mirror within 0.05mm, and a portion of the substrate behind the straight edge is removed, these make D-shaped mirror is ideal for picking off one of two closely spaced light beams, and not affect the ...

High Reflectivity, Ravg>99%, AOI 0-45degWide Working BandRoHS Compliant

High Reflectivity, R>99%@two wavelengthsHigh damage thresholdRoHS Compliant

High reflectivity, R>99.5%High damage thresholdRoHS Compliant

Mirrors are used in a wide range of beam steering, focusing and collimating applications. RMAX Mirrors utilize multi-layer, dielectric thin films. Laser-Line RMAX Mirrors are designed for high reflectance at a single laser wavelength. High power coating designs are standard for select wavelengths. Substrates are available with ...

Mirrors are used in a wide range of beam steering, focusing and collimating applications. RMAX Mirrors utilize multi-layer, dielectric thin films. Laser-Line RMAX Mirrors are designed for high reflectance at a single laser wavelength. High power coating designs are standard for select wavelengths. Substrates are available with ...

Mirrors are used in a wide range of beam steering, focusing and collimating applications. RMAX Mirrors utilize multi-layer, dielectric thin films. Laser-Line RMAX Mirrors are designed for high reflectance at a single laser wavelength. High power coating designs are standard for select wavelengths. Substrates are available with ...

Mirrors are used in a wide range of beam steering, focusing and collimating applications. RMAX Mirrors utilize multi-layer, dielectric thin films. Laser-Line RMAX Mirrors are designed for high reflectance at a single laser wavelength. High power coating designs are standard for select wavelengths. Substrates are available with ...

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

 Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.

Laser line mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.