Traditional NDT methods struggle to fully identify internal defects in castings and forgings due to their complex geometries and variable material properties. Conventional X-ray DR inspection requires multiple-angle scanning, which is time-consuming and likely to miss defects.
Developed by Doppler, the new cross-scale micron-level high-precision CT imaging system leverages the differential X-ray absorption of different materials in workpieces. It converts detector-captured attenuated X-ray signals into electrical signals, which are amplified, digitally converted and transmitted to a computer. By calculating the internal attenuation coefficient distribution, the system reconstructs images and generates high-precision 3D internal structure models of workpieces.
Breaking the constraints of traditional inspection, it significantly boosts testing efficiency and accuracy. Integrated with intelligent defect recognition technology, it clearly presents microscopic details, helping enterprises optimize production processes and improve overall manufacturing quality and efficiency.