Infrared thermal imaging technology is a non-contact temperature measurement and imaging detection method that does not cause any damage or impact to the objects being measured. This technology is often used to monitor the temperature distribution of equipment, timely detection of equipment overheating, leakage and other problems. This is of great significance to ensure the normal operation of equipment and prevent safety accidents caused by equipment failure. By conducting regular infrared thermal imaging inspections, preventive maintenance can be performed on equipment, allowing potential problems to be detected and resolved in advance. This proactive approach extends the equipment's lifespan and reduces maintenance costs.

Additionally, detecting whether products meet quality standards during the early stages of production is essential for quality assurance and cost control. Infrared thermal imaging industrial vision systems, developed based on infrared detectors, cores, and modules, can generate real-time temperature distribution images, ensuring that temperature control at different production stages meets process requirements. These systems also provide intuitive monitoring results through built-in software for data analysis and can be applied to nearly all industrial manufacturing process controls, enhancing product quality and production efficiency. For example, in electronics manufacturing, infrared thermal cameras can be used for Printed Circuit Board (PCB) Thermal Analysis, electronic component heat conduction testing, as well as moisture and contamination, material thickness, and the tightness of composite material bonding, helping engineers optimize the product design and manufacturing process. Many production processes are not visible to the naked eye due to smoke, but these issues are often resolved with infrared thermal imaging systems.