Aerospace applications for industrial endoscopes vary widely, requiring tailored equipment selection based on specific inspection targets. For example: Engine Internal Inspection: Focus on detecting cracks, burn marks, and other defects in high-temperature, high-pressure zones like combustion chambers and turbine blades. Aircraft Structure Assessment: Inspect the integrity of rivet holes, weld seams, and other critical joints. Micro-Component Inspection: Require ultra-thin probes (≤1mm)

By integrating seven core technologies—such as adjustable speed control, following lock, and guided stepping—the industrial endoscope enables high-efficiency and high-precision inspection in complex environments, greatly improving inspection efficiency and safety in sectors like aviation and energy.

The main role of gas turbine operation and maintenance is to monitor the current working condition of the gas turbine and find various fault conditions in time. Endoscopes can be quickly detected through the inspection holes, and they have a wide range of applications in power plants and complete plants.

The rapid development of the shipbuilding industry has led to the increasing application of multifunctional HD industrial endoscope in the shipbuilding industry.

With the rapid development of wind power generation technology, the application of industrial endoscopes in wind power has become increasingly important. Industrial endoscopes play a key inspection and maintenance role in wind power to ensure the reliability and efficiency of wind power generation equipment.