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T30/R70 Beamsplitter
Filter Type : Beamsplitter
Wavelength: 400-800nm …
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T50/R50 Beamsplitter
Filter Type : Beamsplitter
Wavelength: 420-680nm …
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Frequently asked questions
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Beam splitting: Optical Splitters can split a beam of light into two or more beams. Each beam can propagate along a different path to achieve beam splitting.
Multi-channel measurement: In scientific research and experiments, Optical Splitters can be used to measure light of multiple wavelengths or spectrum ranges simultaneously, thereby improving measurement efficiency.
Image segmentation: In photography and videography, beam splitters can be used to split light into multiple channels to capture different image information or capture different wavelengths of light.
Optical Instruments: In optical instruments, beam splitters are used to direct light to different detectors or channels to enable different types of measurements and analyses.
Laser Systems: Beam splitters can be used in laser systems to split a laser beam into multiple channels for use in different applications such as medical, material processing, and communications.
Medical Imaging: In the field of medical imaging, beam splitters can be used to split the incident beam into multiple channels for taking different types of images or for multi-modal imaging.
Spectral Analysis: Beam splitters are widely used in spectral analysis to separate light of different wavelengths for accurate spectral measurements. -
Beam splitters are usually made of a variety of materials. Optolong's beam splitters are mainly made of two material substrates, B270, and float glass.
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Yes, Optolong's T30/R70 beamsplitter operates in the 400-800nm wavelength range, while the T50/R50 beamsplitter operates in the 420-680nm wavelength range.
These specifications demonstrate that Optolong's beamsplitters can meet a wide range of spectral needs, including parts of the UV and IR ranges. -
Clean regularly: Dirt and dirt can accumulate on the surface of the beam splitter, which can affect its performance.
Use a suitable optical cleaner and a lint-free cloth or optical paper for cleaning. Avoid using any rough materials that may scratch the surface or affect the coating.
Avoid Scratches and Physical Damage: The optical surfaces of the beam splitter are very sensitive and any physical contact that could cause scratches or cracks should be avoided.
Proper Storage: When not in use, the beam splitter should be stored in a dry, clean environment away from dust and moisture. It's best to use padded containers for storage and avoid direct contact with hard surfaces.
Avoid chemical damage: Certain chemicals may damage the beam splitter coating. Avoid contact with harmful chemicals during cleaning and storage.
Check the coating: Regularly check the coating of the beam splitter mirror for peeling or damage, which may affect its performance.
Control environmental conditions: When using and storing beam splitters, environmental conditions, such as temperature and humidity, should be controlled to prevent material aging or performance degradation. -
Yes, Optolong offers custom beam splitter and polarizing beam splitter solutions for specific application needs. If you need customized services, you can contact Optolong via email at [email protected].
Their professional team can provide customized services based on your specific needs to ensure that the beam splitter mirror meets your application requirements. -
T30/R70 Beamsplitter: The band range is 400-800nm
T50/R50 Beamsplitter: The band range is 420-680nm
You can choose a specific wavelength according to your needs and contact Optolong for customization.