It is mainly used for in-situ non-destructive testing of complex internal structures of equipment, such as defect investigation, assembly quality control, and status evaluation of closed components such as missile launch systems, tank transmission mechanisms, and ship pipelines. It achieves high-precision internal cavity testing without disassembling the equipment, significantly improving detection efficiency and maintenance support capabilities, effectively preventing potential failures, ensuring the reliability and combat readiness of weapons and equipment, and significantly reducing disassembly risks and maintenance costs throughout the entire life cycle.

lnspection of internal gun barrel rifling defects