AlphaScan can accurately obtain three-dimensional models of complex components such as aircraft and engines through high-precision measurement technology. These digital models provide a foundation for the design and manufacturing of aerospace engineering. By using data obtained from 3D scanners, engineers can more quickly carry out prototype manufacturing and shorten the product development cycle.

AlphaScan can be used to detect the size, shape, and surface quality of components, ensuring that each component meets design requirements. This is crucial for improving the overall quality and performance of aircraft. Through real-time monitoring and precise measurement, aerospace enterprises can timely identify potential problems, improve production efficiency and product quality.

The application of AlphaScan in the aerospace field is driving technological innovation in this field. Its high precision and efficiency not only improve the design and manufacturing level of aerospace engineering, but also play a crucial role in aircraft maintenance, repair, and scientific research testing. With the continuous advancement of technology, 3D scanners are expected to bring more innovation and breakthroughs to the aerospace field.

Qiyuan Vision focuses on utilizing advanced high-precision 3D scanning measurement technology to provide comprehensive support for aircraft manufacturers to solve complex problems in the manufacturing process. We are committed to providing professional and comprehensive 3D digital solutions for all aspects of aircraft production and manufacturing.

Our independently developed 3D laser scanner adopts a non-contact measurement method to achieve non-destructive testing of aircraft. Compared to traditional contact detection methods, laser 3D scanners have faster measurement speed, more comprehensive data collection, and higher flexibility, which can more effectively meet the measurement needs of complex surfaces, turbine blades, dead corners and other parts that traditional methods are difficult to cover.

When inspecting aircraft components, we use handheld 3D scanners to obtain accurate and reliable 3D data in a short period of time without causing secondary damage to the components. By generating a 3D model in the 3D software 3D Viewer and comparing it with the digital model, we obtain a deviation chromatogram and develop a comprehensive correction plan. This process significantly improves detection efficiency while reducing investment in time and labor costs.

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