In the automotive industry, industrial endoscopes can be used to detect the welding quality of engine blocks, parts and car bodies during manufacturing, to troubleshoot engine, exhaust, brake and chassis component failures during maintenance, and to inspect key parts of new cars, recalled cars and used cars during quality inspection.
Industrial endoscopes are widely used in the shipbuilding industry and are of great significance. They have the characteristics of flexible penetration into narrow spaces and non-destructive testing. Through non-contact and visual testing, industrial endoscopes effectively reduce testing costs and risks, help the shipbuilding industry improve product quality and safety, and become an important testing method in the process of shipbuilding and maintenance.
Industrial endoscopes provide clear and intuitive internal images, helping technicians to quickly and accurately determine faults, improve detection efficiency and quality, and provide strong support for the safe operation and maintenance of aerospace equipment. They are indispensable detection tools in this field.
Industrial endoscopes play a key role in the field of bridges and railways due to their small size, flexibility, ability to penetrate into complex structures and non-destructive testing. Through these applications, industrial endoscopes help to timely discover potential safety hazards of railway bridges, provide reliable data support for maintenance decisions, and are of great significance to ensuring the safe operation of railway bridges and extending their service life.
Industrial endoscopes have been widely and critically applied in the power industry with their unique visual detection advantages. With their intuitive and efficient detection features, industrial endoscopes help operation and maintenance personnel quickly locate problems, greatly improving the reliability and safety of power systems and effectively reducing operation and maintenance costs and potential risks.
Industrial endoscopes have been widely and critically applied in the power industry with their unique visual detection advantages. With their intuitive and efficient detection features, industrial endoscopes help operation and maintenance personnel quickly locate problems, greatly improving the reliability and safety of power systems and effectively reducing operation and maintenance costs and potential risks.
In the field of chemical pipeline leak detection, acoustic imagers can capture sound signals such as ultrasonic waves generated when the pipeline leaks, convert them into visual images, and quickly and accurately locate the leakage point. It is not affected by factors such as pipeline material and ambient light, and can perform detection without interrupting chemical production, effectively improving detection efficiency and accuracy, and reducing safety risks and economic losses caused by leaks.
In the chemical industry, industrial endoscopes are mainly used for non-destructive testing of chemical equipment such as reactors, pipelines, heat exchangers, etc. They can visually observe corrosion, scaling, cracks, weld defects, etc. inside the equipment, so as to promptly discover potential safety hazards and ensure the safe, stable and efficient operation of chemical production.
With the help of a highly sensitive microphone array, the acoustic imager can capture the ultrasonic signals generated by local discharge in real time. After rapid processing through an algorithm, it can intuitively present the discharge location and intensity, effectively assisting in the detection of power equipment faults.
