Lighting for Machine Vision
Lighting for Machine Vision
Texconn offers a comprehensive range of lighting solutions designed specifically for machine vision and image processing applications in industrial environments.
The product portfolio includes ring lights, bar lights, coaxial lights, dome lights, and darkfield illumination to support precise inspection and reliable detection.
Optimized light distribution, multiple color temperatures, and robust housings ensure consistent image quality and stable performance in demanding applications.
BE-F Area Lights
BE-F area lights deliver uniform, high-intensity illumination across wide inspection zones, ensuring even brightness, reduced shadows, and stable contrast for accurate imaging on flat or complex industrial surfaces.
BE-B Bar Lights
BE-B bar lights provide focused linear illumination suitable for edge detection, surface analysis, and dimensional inspection where controlled directional lighting is required for consistent machine vision results.
BE-P Coaxial Lights
BE-P coaxial lights support glare-free inspection of reflective surfaces by projecting light along the camera axis, producing high-contrast images ideal for precision inspection of flat metallic components.
BE-R Ring Lights
BE-R ring lights generate balanced illumination around the optical axis, minimizing shadows and reflections while enabling accurate inspection of circular, cylindrical, or symmetrical parts in automated vision systems.
BE-K Coaxial Lights
BE-K coaxial lights ensure reflection-controlled imaging by aligning light with the camera lens axis, enhancing contrast and clarity when inspecting smooth, shiny, or reflective industrial surfaces.
BE-D Darkfield Lights
BE-D darkfield lights use low-angle illumination to emphasize edges, surface defects, and fine scratches, making them ideal for detecting imperfections that are difficult to identify using standard lighting methods.
BE-DOME Dome Lights
BE-DOME lights produce diffuse, shadow-free illumination for curved or reflective objects, delivering consistent image quality and repeatable inspection results in demanding machine vision applications.