Fluorescence detection dichroic mirror

The function of a dichroic mirror filter is to provide different transmittance and reflectance for incident light of different wavelengths. A dichroic beam splitter can be used to combine or separate light waves of different colors. This dichroic mirror has high transmittance for light below the cutoff wavelength and high reversibility for light beams above the cutoff wavelength. This product is a long wave transmissive dichroic mirror that has high reflectivity for beams below the cutoff wavelength and high transparency for beams above the cutoff wavelength. The dichroic mirror produced by Ruicheng Optoelectronics has a variety of medium wavelengths to choose from. This optical component can also be used to combine light beams with wavelengths (or wavelength ranges) smaller than the wavelength (or wavelength range) with light beams with wavelengths (or wavelength ranges) larger than the wavelength.

Optical specifications:

Band: HR350nm-430nm HT460-800nm

Minimum transmittance: T>95%

Cut off depth: OD3-OD5

Product Material: Quartz, Schott, Corning, Colored Glass

Product size: 20mmX20mm (can be customized according to customer requirements, square/round can be used)

Packaging: Anti static box type

Product Features:

Imported ultra-thin optical glass has high permeability, good smoothness, small thickness tolerance, and good smoothness. Using imported coating equipment for ion sputtering coating. It has the characteristics of high hardness, good spectral uniformity, and strong central wave stability. Single piece type does not use laminated glass ultra-thin glass. The thinnest glass can reach 0.21mm, with a long service life, high wavelength positioning accuracy, high ion evaporation accuracy, small temperature difference, high penetration rate, and high cutting depth.

Application fields:

Fluorescence microscope, fluorescence detector, PCR analyzer, ELISA reader, stage light, optical instrument beam splitter, micro projector, laser light, sensing system, video glasses, optical equipment, detection equipment, etc.