VSNDT K series industrial endoscope helped a Liaoning aerospace company to successfully inspect aircraft alloy blades. This case reflects the important application of modern non-destructive testing technology in the aerospace field. The following iS detailed analysis :
Inspection object: Aircraft alloy blades, as key components in aircraft engines, their performance and safety are crucial to the entire flight process.
Inspection requirements: Since aircraft engine blades operate in extreme working environments (such as high temperature, high pressure, high-speed rotation, etc.), they are easily affected by factors such as corrosion, wear, and cracks. Therefore, regular non-destructive testing is required to ensure their performance and safety.
Inspection tools: K series industrial endoscopes, with high resolution, high performance, wear resistance and fall resistance, are very suitable for internal defect detection of complex workpieces.
High resolution: K series endoscopes are equipped with million high-definition dual lenses, which can clearly capture subtle changes on the surface of the blades and improve the accuracy of Inspection.
Wear resistance and fall resistance: Tungsten wire pipelines are used, which are resistant to fall and wear, and can adapt to complex and changeable detection environments.
Omnidirectional steering: With 360° omnidirectional steering function, it can flexibly respond to different Inspection requirements inside and on the surface of the blades.
Customized functions: Customized functions such as high temperature warning and WIFI wireless transmission can be selected and configured according to actual needs.
Inspection preparation: Select appropriate endoscope probe and light source to ensure that the equipment is in good working condition. Perform necessary cleaning and pretreatment on the aircraft alloy blades to remove dirt and impurities on the surface to improve the inspection effect.
Inspection implementation: Insert the endoscope probe into the engine blade or close to the blade surface, and rotate and move the probe to fully observe the internal and surface conditions of the blade. The inspector carefully observes the image on the screen and pays attention to defects such as cracks, wear, and corrosion on the blade.
Data analysis: Use the measurement function of the endoscope to accurately measure the size and shape of the blade to determine whether it meets the design requirements. Analyze and process the detected images and measurement data, and combine factors such as the material, working environment, and service life of the blade to comprehensively judge whether the performance and safety of the blade meet the requirements.
Test results: After precise inspection by the K series industrial endoscope, a certain aerospace company in Liaoning successfully discovered potential defects on the aircraft alloy blades, and took corresponding repair and maintenance measures in a timely manner to ensure the flight safety of the aircraft.
Conclusion and Outlook
The K series industrial endoscope has achieved remarkable results in helping a certain aerospace company in Liaoning to detect aircraft alloy blades, reflecting the important value of modern non-destructive testing technology in the aerospace field. With the continuous development of science and technology, VSNDT endoscopes will continue to play a greater role in scientific research and equipment manufacturing, providing strong guarantees for the safety and development of aerospace. At the same time, this also provides useful reference and reference for non-destructive testing in other fields.
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