Ultraviolet uv plate beamsplitters are ideal for applications including fluorescence imaging forensics or spectroscopy.
Edmund optics beam splitter.
The c mounted standard cube beamsplitter features a coating designed for visible wavelengths and mgf 2 anti reflection coated faces.
Cube or plate table 1.
Mount can be used with either a single or pair of wedge prisms.
Pellicle beamsplitters used in optics and photonics applications are available at edmund optics chat email.
Optimized for prisms with wedge angles ranging from 0 to 26 degrees.
Overview edmund optics is a premier manufacturer of cube and plate beamsplitters for applications ranging from the ultraviolet uv to the infrared ir wavelength spectra.
Edmund optics cube beamsplitters are available for optimal performance in the visible or infrared ir spectrum with anti reflection coating options designed for popular laser wavelengths or wavelength ranges.
The c mounted visible non polarizing cube beamsplitter is designed for the 430 670nm wavelength range and the c mounted nir non polarizing cube beamsplitter is designed for the 720 1080nm wavelength range.
Plate beamsplitters used to prevent unwanted ghost reflections in a variety of optical systems are available in many beamsplitting ratios at edmund optics.
Manually steer a beam to any angle up to 2 times the individual prism deviation angle.
You can change this selection at any time but products in your cart saved lists or quote may be removed if they are unavailable in the new shipping country region.
Edmund optics offers a wide variety of beamsplitters including plate beamsplitters designed for ultraviolet uv visible or infrared ir applications.
Plate beamsplitters are beamsplitters that are aligned at a particular angle to achieve maximum reflection of a given set of wavelengths.
Edmund optics offers a wide range of laser beamsplitters for many beam manipulation needs.
Beamsplitters are often classified according to their construction.
We have set your country region to united states.
Standard beamsplitters which split incident light by a specified ratio that is independent of wavelength or polarization state are ideal for illumination subassemblies or as one way mirrors.
Polarizing cube beamsplitters use a fused pair of right angle prisms to separate randomly polarized laser beams.
Additionally beamsplitters can be used in reverse to combine two different beams into a single one.
