Application of industrial endoscopes in the fields of energy and electricity:
It can be used for boilers, heat exchange pipes, condenser pipes and steam turbines, generator rotors, center holes, header boxes, turbines, pipelines, condenser pipes, pumps, boilers, and heat exchangers?? Transformers, valves for nuclear power plants, thermal power plants, and hydroelectric power plants. Defect detection and status monitoring of important equipment (such as pressure vessels and other equipment).
Application of industrial endoscopes in the aerospace field:
Suitable for inspecting turbine blades and combustion chamber cracks in aircraft engines, searching for and removing excess objects within the body structure frame, welding of various oil pipelines and other surface defects in internal cavities, welding surfaces of various pipelines, pipeline surfaces, and engine cylinders, fuel pipes, hydraulic parts, and nozzle parts. Due to the extremely complex structure of aviation engines, it is not always possible to use routine maintenance and inspection to troubleshoot through disassembly. This requires commonly known as "hole probes" or endoscopes to complete routine examinations. In the aerospace field, it is mainly used for the research and development, manufacturing, assembly, quality control of rocket engine cavity welds, inspection of casting sand, burrs, and cross holes, as well as inspection of key defects in parts, such as flight navigation systems.
Application of industrial endoscopes in the field of rail transit:
With the continuous development of high-speed rail, endoscopes are increasingly being used for endoscopic examination of foreign high-speed rail and domestic CRH models. Endoscopes have shown indispensable importance in gearbox detection, ventilation systems, and internal castings of high-speed trains.
The application of industrial endoscopes in the field of automotive manufacturing:
In the field of automotive maintenance and manufacturing, industrial endoscopes are widely used for visual inspection of the interior of engines to avoid increasing costs due to engine disassembly. By using an industrial endoscope, products with internal components of the engine can be efficiently and intuitively detected. Faults such as charcoal, wear, abnormal noise, corrosion, etc. In the engine manufacturing stage, industrial endoscopes have also become one of the traditional quality control methods.
Industrial endoscopes are not just ordinary endoscopes. Airplanes cannot do without them, sewers cannot do without them, and underwater tunnels cannot do without them. Industrial endoscopes are powerful inspection tools in various industries, with one industrial endoscope, surpassing 10 inspection workers.
Industrial borescope
solution service provider
