Color imaging
IR Cut-off Filters
Reduce unwanted infrared reaching a visible-light sensor. Match the cut-off to the sensor and source.
View IR Cut-off Filters →
Designer Sample Program ↗INDUSTRY / OPTICAL SYSTEMS
Find the product families that support your imaging, inspection and measurement system.

Control unwanted wavelengths, exposure and reflections before light reaches the sensor.
Explore relevant products →02Match the filter to the inspection light and the feature you need to distinguish.
Explore relevant products →03Separate useful spectral signals from excitation light and background.
Explore relevant products →04Select the camera channel around illumination wavelength and day/night operation.
Explore relevant products →APPLICATION / PRODUCT SELECTION
Control unwanted wavelengths, exposure and reflections before light reaches the sensor.
Color imaging
Reduce unwanted infrared reaching a visible-light sensor. Match the cut-off to the sensor and source.
View IR Cut-off Filters →Selected illumination
Isolate the useful illumination band when the camera should detect a specific wavelength range.
View Bandpass Filters →Exposure control
Reduce incident light when illumination is too strong for the desired exposure.
View Neutral Density Filters →Optical windows
Reduce surface reflections in the optical path. AR2S-VIS-01 provides a published visible-range sample reference.
View Anti-Reflection Coatings →Product-family selection guide. The final model depends on source spectrum, sensor response, working angle and required rejection.
APPLICATION / PRODUCT SELECTION
Match the filter to the inspection light and the feature you need to distinguish.
LED inspection
Pass the inspection source band while reducing out-of-band ambient light.
View Bandpass Filters →Short-wavelength selection
Favor shorter wavelengths when longer-wavelength light interferes with the inspection channel.
View Shortpass Filters →Long-wavelength selection
Favor longer wavelengths when shorter-wavelength background needs to be rejected.
View Longpass Filters →Bright or reflective targets
Control light intensity at the detector while preserving the selected spectral region.
View Neutral Density Filters →Product-family selection guide. The final model depends on source spectrum, sensor response, working angle and required rejection.
APPLICATION / PRODUCT SELECTION
Separate useful spectral signals from excitation light and background.
Excitation / detection channels
Select an excitation or detection band; confirm bandwidth and blocking for the instrument.
View Bandpass Filters →Unwanted spectral lines
Reject a narrow unwanted band while retaining wavelengths on either side.
View Notch Filters →Spectral separation
Pass longer wavelengths when shorter-wavelength excitation or background must be suppressed.
View Longpass Filters →Multiple optical paths
Divide light between illumination, observation or measurement paths. Confirm ratio, wavelength and working angle.
View Beam Splitters →Product-family selection guide. The final model depends on source spectrum, sensor response, working angle and required rejection.
APPLICATION / PRODUCT SELECTION
Select the camera channel around illumination wavelength and day/night operation.
Infrared imaging
Pass the specified infrared region and reject unwanted shorter wavelengths, where supported by the selected model.
View IR Transmission Filters →Active IR illumination
Select a band around the IR illuminator to reduce out-of-band background.
View Bandpass Filters →Daytime color imaging
Limit infrared in the daytime visible channel; an IR cut-off filter must not block the desired nighttime IR path.
View IR Cut-off Filters →Windows and covers
Reduce window reflections with a coating designed for the required IR range. Visible AR2S-VIS-01 data do not establish IR performance.
View Anti-Reflection Coatings →Product-family selection guide. The final model depends on source spectrum, sensor response, working angle and required rejection.
Choose the relevant product family first, then compare wavelength range, transmission, blocking, dimensions and working angle.
Explore all product families →IN-HOUSE MANUFACTURING
Explore cleaning, coating, cutting, spectral verification, surface inspection and the cleanroom.
Explore facilities & manufacturing →YOUR MACHINE VISION PROJECT