The company has its own digital X-ray imaging system, which can detect internal defects and excess material in the internal flow channel to ensure product quality. Relying on X A digital technology platform for non-destructive testing of X-ray transmission imaging samples, used for characterizing the internal structure of metal additive manufacturing products. Combining analysis software to achieve imaging of internal structures and applying it to the characterization of sample specimens is an effective means for product research, failure analysis, highly reliable screening, quality evaluation, and process improvement.


Equipment Name: Universal Digital X-ray Digital Imaging System Maximum voltage: 450kV
Maximum detection size: 800mm (diameter) × 1000mm (height)
Effective area: 410 × 410mm
Pixel size: 200um
Pixel count: 2048 × 2048
Applicable products: Metal additive manufacturing products for rocket engine components, satellite components, industrial heat dissipation and other fields

Handheld laser 3D scanner uses multiple laser line grids to project onto the surface of an object, collects data through high-speed and high-resolution industrial cameras, calculates the 3D point cloud of the object through 3D scanning software, and obtains the 3D data of the object. Scanning is free and flexible, and the entire process is completed handheld without the need for a tripod or other support device. Adopting motion prediction anti shake algorithm to avoid the impact of human shaking on scanning accuracy during the scanning process. For difficult to measure dimensions such as curved surfaces, a dimensional deviation cloud map is formed by comparing the 3D contour scan with the original numerical model to confirm the overall dimensional accuracy of the product.


Device Name: Handheld Laser 3D Scanner
Maximum detection size: unlimited
Applicable products: Metal additive manufacturing products for rocket engine components, satellite components, industrial heat dissipation and other fields