Based on different imaging methods, X-ray inspection systems can be divided into two main categories: real-time imaging systems and computed tomography (CT) systems. Real-time imaging systems can acquire images of the internal structure of an object in a short time, enabling rapid inspection; while industrial CT systems can generate three-dimensional digital models of objects through multi-angle scanning, used for more complex applications such as dimensional measurement, defect detection, and reverse engineering.
X-ray inspection systems offer significant technical advantages. Their high-resolution imaging capabilities can clearly display the microscopic structure inside an object, making them suitable for detecting minute defects. As a non-destructive inspection method, it can obtain internal structural information without damaging the object being inspected, making it particularly suitable for comprehensive inspection of finished and semi-finished products.
Modern systems also support automated operation, enabling multi-point array inspection through computer control, greatly improving inspection efficiency. Some advanced systems also possess real-time monitoring and analysis capabilities, allowing for immediate monitoring of product quality and defect identification and classification.