The overall electro-optic efficiency of the fiber laser is 30%~35%, and most of the energy is dissipated in the form of heat. Temperature control directly determines the quality and service life of the laser. Using infrared thermal imager to do factory inspection, it is convenient to measure, does not affect the object under test, visually sees the problem point and locates it accurately, which can ensure the quality of the fiber laser machine.
During the research and development of carbon fiber brackets for children's cars, temperature control directly determines the quality and service life of the product. Using IR thermography camera for factory inspection, convenient measurement, does not affect the object under test, visually sees the problem point and accurately locates it, which can ensure the quality of the children's car carbon fiber bracket.
Tire safety is an important part of automobile research and development. The temperature of the tire surface affects the tire's grip and tire pressure. The use of thermal imaging cameras for various tire tests can directly display the working status of the entire tire, reflect the working performance, and help improve design, production, and material selection.
The safety of lithium batteries has always been the focus of research and development and quality control of lithium batteries, and temperature detection is the top priority of safety performance testing. Infrared thermal imaging cameras can be used in many aspects such as lithium battery research and development and quality control. Through fast and accurate temperature detection, the safety and quality of lithium battery products can be ensured.