In the 21st century, with the progress of science and technology, aerospace Space technology is changing with each passing day. The advanced manufacturing technology led by machine manufacturing technology is developing at an unprecedented speed. The manufacturing of aerospace industry parts has also entered an era characterized by digital manufacturing technology. In order to meet the needs of advanced aviation products, higher requirements have been put forward for aviation components, which not only require better performance, lower cost, and higher environmental protection, but also require faster processing speed, higher reliability, high repeatability and reproducibility for processing technology. These demands have driven the manufacturing and development of aviation components, while also promoting the continuous updating and improvement of inspection and testing technologies in the manufacturing process of components.

    The aerospace industry is increasingly using lighter and stronger innovative materials to improve performance, and the reliability of these materials is crucial. Metallographic analysis, as an important detection method, relies on high-quality QMAXIS metallographic sampling equipment, QMAXIS metallographic sampling consumables, and appropriate sample preparation methods in order to provide accurate evaluation and quality control for the high reliability and high-quality manufacturing of aviation components. The QMAXIS solution is specifically designed to ensure the reliability of aviation components and meet the standards applied by laboratory testing agencies.


Typical applications:

    aircraft

    Aircraft steel plates, aircraft cabin aluminum plates, aircraft components, aircraft landing gear components, aircraft propellers, and other components

    aviation

    Components such as aviation engines and aviation fasteners

    Related materials

    Materials such as high-temperature alloys, superconducting materials, and spacecraft materials