850nm Narrow Bandpass Filter, Customizable Size and Shape

Specifications

Central Wavelength: 850 nm
Bandwidth (FWHM): 10 nm
Peak Transmittance: 90 %
CWL: 850 nm ± 5 nm
FWHM: 20 nm ± 2 nm (customized)
Product Size: 3 mm - 80 mm (customized)
Transmission At CWL: >90%
Blocking: >OD3-OD6 UV-NIR
Substrate: Optical glass
Surface Quality: 60-40, 40-20
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Features


  • Customizable Size and Shape: The 850nm narrow bandpass filter size and shape can be tailored to meet specific requirements, ensuring a perfect fit for your application.

  • Variable Pricing: Prices will vary based on the size and quantity of the products ordered, offering flexibility to suit different budget needs.

  • Central Wavelength (CWL): 850nm ± 5nm, providing precise wavelength filtering for optimal performance.

  • Full Width at Half Maximum (FWHM): 20nm ± 2nm, with customization options available to meet specific needs.

  • Product Size Range: Available in sizes from 3mm to 80mm, customizable to fit a variety of applications.

  • High Transmission: Achieves over 90% transmission at CWL, adaptable according to customer requirements for enhanced efficiency.

  • Effective Blocking: Provides blocking greater than OD3-OD6 from UV to NIR, ensuring minimal interference from unwanted wavelengths.

  • Quality Substrate: Our 850nm narrow bandpass filters are made from high-quality optical glass, ensuring durability and clarity.

  • Surface Quality: Options available for 60-40 or 40-20 surface quality, catering to different precision needs.

Applications


  • Medical Imaging: Our 850nm narrow bandpass filter enhances the clarity and contrast in medical imaging applications, making it ideal for use in diagnostic equipment.

  • Scientific Research: Suitable for various scientific research applications requiring precise light filtering and high transmission at specific wavelengths.

  • Laser Systems: Our narrow bandpass filters are used in laser systems for wavelength selection and to improve the performance of laser-based devices.

  • Surveillance and Security: Enhances the performance of surveillance cameras and security systems by filtering out unwanted light.

  • Photography and Videography: Used in cameras and video equipment to enhance image quality by reducing glare and improving color accuracy.

  • Telecommunications: Useful in optical communication systems for filtering specific wavelengths to improve signal clarity and reduce noise.

  • Industrial Automation: Enhances the accuracy of sensors and cameras in automated systems by filtering out interference from unwanted wavelengths.

  • Astronomy: Improves the performance of telescopes and other astronomical instruments by filtering specific wavelengths for clearer observations.