Exosens Compares Cooled and Uncooled Infrared Cameras to Guide Integrators
The French imaging technology specialist released a technical article on July 22 comparing cooled and uncooled infrared camera approaches, aimed at directing users to the solution best suited for their application.
Two Detailed Infrared Technologies
Exosens released a detailed article on July 22 outlining the respective characteristics of cooled and uncooled infrared cameras. The document describes the operating principles of each technology: cooled cameras, equipped with a cryogenic system, provide extreme sensitivity for long-range detection and high-speed imaging. Uncooled cameras, based on microbolometric sensors, operate at ambient temperature and prioritize compactness, energy efficiency, and cost-benefit ratio. The document also addresses typical application areas: cooled systems are intended for demanding scenarios (long-range surveillance, target tracking, precise thermal measurements, high-speed events), while uncooled cameras are useful in industrial and commercial environments (thermal inspection, preventive maintenance, firefighting, security surveillance, drones).
Selection Guide Based on Operational Criteria
The article guides users in making the appropriate choice based on operational criteria: required sensitivity, detection range, operating environment, size constraints, energy consumption, and budget. Exosens emphasizes that the decision should be based on a comprehensive evaluation of the system and deployment context, not on isolated specifications. The company provides its teams of experts to assist system designers and integrators in evaluating these trade-offs.
