Features

• It is a dielectric multilayer mirror with extremely high reflectivity characteristics and various wavelength characteristics.
• A laser line-induced multi-film mirror that matches the wavelength of various lasers with the reflection band.
• Since high reflectivity is obtained, the loss is small even when multiple mirrors are reflected, and it is ideal as a mirror for pulling a laser beam.
• Since it is a mirror of dielectric multilayer film, it does not scratch the mirror surface and can be cleaned.
• Since there is no absorption in the film, there is little change over time and it can withstand continuous laser irradiation.
• Use a 0°-45° inductive multi-film planar mirror (TFVM) when using at an incident angle of 0° or 45° or less.
• We also have a Surface Accuracy Guarantee Mirror (HTFM) that guarantees surface accuracy after coating.
• * Reflectance wavelength characteristics of dielectric multilayer films vary depending on the polarization state of the incident beam.
• * P-polarized light has a lower reflectivity and a narrower reflection band than S-polarized light.
• * The reflectance of the specification is expressed as the average value of the reflectance of P-polarized light and S-polarized light.
• Reflectivity may be low when the camera is used at an incidence angle other than 45°.
• Reflectivity may be low when the watch is used at wavelengths other than the adaptive wavelength.