Multispectral & High-speed Imaging

Telops offers a wide range of specialized infrared cameras tailored for various high-performance applications. Their high-speed infrared cameras are designed to capture fast thermal events with exceptional temporal resolution. These cameras operate in the mid-wave infrared (MWIR) and long-wave infrared (LWIR) regions, providing high frame rates and sensitivity, making them ideal for applications such as ballistics and ranging, combustion analysis, and experimental mechanics. With their unique advanced cooled detector technology, these cameras can record rapid thermal changes with precision, enabling researchers and engineers to analyze transient thermal phenomena in real time.

The High Dynamic Range (HDR) cameras from Telops are optimized to capture thermal scenes with extreme temperature variations in a single frame, overcoming limitations of traditional infrared cameras that may saturate under high-temperature contrasts. These cameras automatically adjust their exposure settings to ensure accurate temperature measurements across a wide range, thanks to Telops’ exclusive Automatic Exposure Control feature. This unique aspect makes them highly effective for applications such as industrial process monitoring, explosion analysis, and high-intensity heat source characterization including combustion analysis. Telops also provides multispectral cameras, which allow users to simultaneously capture multiple infrared spectral bands, enabling advanced material discrimination and gas detection. Additionally, Telops’ RADIA cameras are specialized in precise radiometric temperature measurements with high accuracy, making them indispensable and accessible tools for applications like scientific research, predictive maintenance, and thermal characterization of materials and components.