In high-end manufacturing, merely knowing whether there are defects inside the parts is no longer enough. We also need to precisely know where and what the defects are. Industrial CT (Computed Tomography) technology is precisely such a pair of "three-dimensional X-ray eyes".

Unlike traditional X-rays which can only generate two-dimensional images, industrial CT can perform 360-degree non-destructive scanning of the object under test and reconstruct a high-precision three-dimensional model through a computer. This model enables us to clearly observe the pores, cracks, assembly gaps and other components inside the product, and even allows for precise dimensional measurements.

Its cutting-edge applications are mainly reflected in

Intelligent rework: For expensive aero engine blades, by precisely locating the position and depth of internal defects through CT scanning, precise "surgery" can be carried out using laser and other means to remove excess materials, significantly extending the lifespan of the parts.

Virtual assembly: In the field of automotive electronics, virtual assembly simulation is conducted on scanned components to detect interference issues in advance, optimize design, and save a significant amount of mold opening and trial production costs.

Industrial CT is moving from the laboratory to the production line, becoming a powerful tool to ensure the quality of high-end products and achieve "precision medical" manufacturing.