Vsndt K-Series industrial borescopes enabled an aerospace company to successfully inspect aircraft alloy blades, demonstrating the crucial application of modern non-destructive testing (NDT) technology in the aerospace field. The following is a detailed analysis of this event:
Inspection Object: Aircraft alloy blades. As a critical component of aero-engines, their performance and safety are vital to the entire flight process.
Inspection Requirements: Because aircraft engine blades operate under extreme environments (such as high temperature, high pressure, and high-speed rotation), they are susceptible to corrosion, wear, and cracks. Therefore, regular NDT is required to ensure their performance integrity and safety.
Inspection Tool: Vsndt K-Series industrial borescopes, characterized by high resolution, high performance, and wear and impact resistance, are ideal for inspecting internal defects in complex workpieces.
High Resolution: The K-Series endoscopes are equipped with megapixel high-definition dual lenses, capable of clearly capturing subtle changes on the blade surface, improving inspection accuracy.
Wear-resistant and impact-resistant: Utilizing tungsten wire tubing, it is impact-resistant and wear-resistant, adapting to complex and changing testing environments.
360° omnidirectional steering: Equipped with 360° omnidirectional steering capability, it can flexibly handle different testing needs for the interior and surface of blades.
Customizable functions: Customizable functions such as high-temperature warning and WIFI wireless transmission can be selected and configured according to actual needs.
Testing Preparation: Select appropriate endoscope probes and light sources, ensuring the equipment is in good working condition. Perform necessary cleaning and pretreatment on the aircraft alloy blades to remove surface dirt and impurities to improve testing results.
Testing Implementation: Insert the endoscope probe into the engine blade or close to its surface, and comprehensively observe the internal and surface conditions of the blade by rotating and moving the probe. Inspectors carefully observe the images on the screen, noting defects such as cracks, wear, and corrosion on the blade.
Data Analysis: Utilize the endoscope's measurement function to accurately measure the blade's size, shape, etc., to determine if it meets design requirements. The detected images and measurement data were analyzed and processed, and factors such as the blade material, working environment, and service life were considered to comprehensively determine whether the blade's performance and safety met requirements.
Test Results: Through precise inspection using the Microvision K-series industrial endoscope, an aerospace company in Liaoning successfully discovered potential defects on an aircraft alloy blade and promptly implemented corresponding repair and maintenance measures, ensuring flight safety.
The VsndtK-series industrial endoscope has achieved significant results in assisting an aerospace company in inspecting aircraft alloy blades, demonstrating the important value of modern non-destructive testing technology in the aerospace field. With the continuous development of technology, Vsndtborescopes will continue to play a greater role in scientific research and equipment manufacturing, providing strong support for the safety and development of aerospace. At the same time, this also provides valuable lessons and references for non-destructive testing in other fields.
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