Posts
SWIR Camera Lens System Design Guide: From Material Spectrum and Wavelength Selection to FOV, Working Distance and Production Validation Designing a reliable SWIR imaging system...
SWIR Camera Lens for Foreign Material Detection: How Spectral Contrast Finds Contaminants That Visible Cameras Miss Foreign material detection becomes difficult when the contaminant looks...
SWIR Camera Lens for Multilayer Material Inspection: Separating Surface, Coating, Adhesive and Substrate Responses Multilayer products are among the most difficult materials to inspect with...
SWIR Camera Lens for Paper, Pulp and Cardboard Inspection: Moisture, Coating and Fiber Uniformity Detection Paper, pulp and cardboard manufacturing depends on controlling material properties...
SWIR Camera Lens for Wood, Timber and Engineered Board Inspection: Moisture, Resin, Adhesive and Material Variation Detection Wood, timber and engineered board manufacturing present a...
SWIR Camera Lens for Lithium-Ion Battery Manufacturing: Moisture, Electrode, Separator and Cell Quality Inspection Lithium-ion battery manufacturing combines thin coated electrodes, polymer separators, tightly controlled...
SWIR Camera Lens for Laser Beam Profiling and Alignment: Imaging 1064 nm and 1550 nm Industrial Lasers Industrial laser systems often operate at wavelengths that...
SWIR Camera Lens Wavelength Selection Guide: 1000 nm vs 1200 nm vs 1450 nm vs 1550 nm for Industrial Inspection Selecting the correct SWIR wavelength...
1450 nm SWIR Imaging Guide: Why Water Absorption Creates Strong Contrast for Industrial Moisture Detection Industrial moisture inspection becomes difficult when water content changes the...