The aerospace industry has pushed the requirements for the reliability and safety of components to the extreme. Any minor internal defect may lead to incalculable consequences. Therefore, X-ray flaw detection technology has been widely applied in this field and has become a precise detection method to ensure the health of the "blood vessels" and "bones" of aircraft.

From the blades of the turbine engine to the composite material structure of the fuselage, and even to the complex avionics system circuits, X-rays can conduct non-destructive "physical examinations". For cast engine blades, it can detect possible shrinkage cavities, porosity or micro-cracks inside. These defects are highly prone to spread under extreme conditions of high speed and high temperature, causing fractures. For carbon fiber composites, X-rays can effectively detect delamination, porosity or fiber orientation issues in their laminated structure. In addition, it can also be used to check for false soldering and short circuits at welding points in aircraft circuits, as well as the internal condition of sealing elements.

Universal X-ray inspection equipment

The modern aerospace field is increasingly adopting digital X-ray real-time imaging systems, which can dynamically display the internal structure of the inspected components and even conduct online monitoring of the assembly process. This high-precision detection is not only applied to the factory inspection of new products, but also runs through the regular maintenance and in-service inspection of aircraft, providing a solid scientific basis for the safety of every flight. It is an indispensable technical cornerstone for safeguarding the safety of the blue sky.