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The Long-wave pass linear gradient filters are continuously coated to achieve spatially continuous variation of filtering characteristics based on a multi-layer wedge-shaped film structure. The slope of the film can be adjusted according to the dispersion requirement to obtain the target linear rate of change. The linear gradient filter is highly integrated and has an irreplaceable advantage in the miniaturization and lightweight design of spectroscopy instruments. The products are widely used in lightweight hyperspectral imaging spectrometers, portable spectrometers, and medical endoscopes.
A laser band-pass filter has a wavelength of 355nm/532nm/633nm/1064nm/10.6 um and is characterized by high damage threshold, high surface quality and high precision. Application: laser cutting, laser welding, laser marking, etc. Technical specifications：
linear gradient filter using continuous coating method, based on multi-layer wedge-shaped film structure to achieve spatial continuous changes in the filter characteristics. The slope of the film can be adjusted according to the dispersion demand to obtain the target linear rate of change. The linear gradient filter has the ability of high integration, and has the irreplaceable advantage in the miniaturization and lightweight design of spectral instrument. Applications: Lightweight...
linear gradient filter using continuous coating method, based on multi-layer wedge-shaped film structure to achieve spatial continuous changes in the filter characteristics. The slope of the film can be adjusted according to the dispersion demand to obtain the target linear rate of change. The linear gradient filter has the ability of high integration, and has the irreplaceable advantage in the miniaturization and lightweight design of spectral instrument. Applications: Lightweight...
linear gradient filter using continuous coating method, based on multi-layer wedge-shaped film structure to achieve spatial continuous changes in the filter characteristics. The slope of the film can be adjusted according to the dispersion demand to obtain the target linear rate of change. The linear gradient filter has the ability of high integration, and has the irreplaceable advantage in the miniaturization and lightweight design of spectral instrument. Applications: Lightweight...
Infrared band-pass filters have a wavelength range of 0.8-14um and excellent performance, featuring high transmittance, high-pass out-of-band inhibition, good surface quality and uniform coating. Application: security monitoring field, infrared gas analyzer, night vision products, infrared detector, infrared receiver, infrared induction, etc.
Cut-off filter as an important optical element, its characteristic is to let the light in a band range, the other band range of light through. The cut-off filter produced by our company has the characteristics of high transmittance, cut-off bandwidth and good film firmness. Applications: Biological recognition, medical testing instrument, multi-band detector, digital image application, machine vision, etc.
Cut-off filter as an important optical element, its characteristic is to let the light in a band range, the other band range of light through. The cut-off filter produced by our company has the characteristics of high transmittance, cut-off bandwidth and good film firmness. Applications: Bio-metrics, medical testing instrument, multi-band detector, digital image application, machine vision, etc.
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
Infrared cut-off filter is a cut-off filter whose switching wavelength is located in the infrared region, allowing the light on one side of the switching wavelength to pass through and the light on the other side to cut off. Applications: digital camera, mobile phone, computer camera, monitor, video phone, etc.
Infrared cut-off filter is a cut-off filter whose switching wavelength is located in the infrared region, allowing the light on one side of the switching wavelength to pass through and the light on the other side to cut off. Applications: digital camera, mobile phone, computer camera, monitor, video phone, etc.
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
A filter possessing a region of transmission bounded on either side by regions of rejection is known as a band-pass filter. Band pass filter is in a specific band to allow the light signal through, deviating from this band on both sides of the light signal is blocked. The wavelengths allowed to pass through the band can cover the ultraviolet band, visible band and infrared band. Applications: Fluorescence microscope, 3D imaging equipment, FCM(flow cytometry), security monitoring system,...
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Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
