805nm short wave dichroic filter
Borisun Optics specializes in the production of 805nm short wave pass dichroic mirror, beam splitter and dichroic filter. Dichroic mirror, light combiner and dichroic filter provide different beam splitting ratios for incident light in different bands. Dichroic beam splitter can be used to combine or separate laser beams of different colors.
The short wave through dichroic mirror / combiner provided by Borisun Optics divides the beam into transmitted light and reflected light according to the design wavelength. The short wave through dichroic mirror has high transmittance for beams below the cut-off wavelength and high reflectivity for beams above the cut-off wavelength. We also provide a long wave pass dichroic mirror, which has high reflectivity for beams below the cut-off wavelength and high transmittance for beams above the cut-off wavelength.
The short wave through dichroic mirror and combiner we provide have a variety of medium wavelengths to choose from. Moreover, in the corresponding transmission and reflection bands, the absolute transmittance and absolute reflectivity are more than 90% and more than 95% respectively. It is designed for 45 ° incident angle and has circular and square dimensions. Such an optical element can also be used to combine a beam whose wavelength (or wavelength range) is less than the cut-off wavelength with a beam whose wavelength (or wavelength range) is greater than the cut-off wavelength. Usually they are also used to separate the light superimposed by different color spaces. One surface of these optical elements is plated with dichroic film and the other surface is plated with antireflective film.
Items | Parameters |
---|---|
Product index | customizable |
Cut off wavelength | 805nm |
Transmission band | 400nm-788nm |
Average transmittance | ≥88% |
Reflection band | 823nm-1200nm |
Average reflectivity | ≥95% |
Incident angle | 45° |
Surface quality | 40-20 |
Film material | dura mater |
In addition, We can customize the optical filters according to customer requirements or drawings.
For details, please consult: