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Email:Info@diyendt.com
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Address: NO. 158-A1, JI'AN SOUTH ROAD, HIGH TECH INDUSTRIAL DEVELOPMENT ZONE,YANGZHOU CITY, JIANGSU PROVINCE, CHINA,225100
Industrial CT Inspection
Product Details
Industrial CT utilizes an advanced high-frequency, constant-voltage X-ray source, a digital imaging detector, and a high-precision mechanical inspection platform. This not only accurately reproduces CT slice and 3D images of the inspected workpiece, but also provides real-time 2D imaging. The product offers numerous advantages, including compact size, fast inspection speed, clear images, precise inspection, and a high cost-effectiveness. It is widely used in nondestructive testing and measurement applications in aerospace, aviation, military, machinery, foundry, IT, automotive, and other industries.
Main Functions
● Utilizes multiple inspection methods, including cone-beam CT scanning and DR real-time imaging, tomographic images can be obtained from dozens to thousands of slices in a single scan, depending on the size of the workpiece being inspected.
● Flexible selection of the system's X-ray source and imager configurations.
● Capable of defect and porosity analysis and designated inspection area.
● Color-coded defect volume, location, and dimensions.
● Wall thickness analysis: Color-coded analysis results.
● Measurement tools: Measure workpiece position, distance, radius, angle, and other parameters.
● Reverse engineering: Compare CAD designs with actual objects.
● Segmentation tools: Segment data based on material and geometry within the data set.
● Accurately measure the internal dimensions of the workpiece being inspected.
Key Parameters
● Tube Voltage: 20kV~225kV
● Focal Spot Size: 0.4mm~1mm
● Density Resolution: 0.5%
● Scanning Method: Cone-Beam Scanning
● Detector: Digital Flat Panel Detector, Linear Array Detector
Application Scenarios:
Industrial CT (computed tomography) is widely used in high-end manufacturing, enabling non-destructive inspection of complex structures through 3D tomographic imaging. Key applications include: internal defect analysis of engine blocks and wheel hubs in the automotive industry; turbine blade and composite material delamination detection in the aerospace industry; PCB solder joint quality assessment in the electronics industry; structural verification of medical device implants; pipeline weld and wall thickness measurement in the energy industry; locating pores and shrinkage voids in precision castings; and analyzing micro- and nanoscale structures such as electronic packaging and lithium battery electrodes. Its high-precision 3D reconstruction capabilities (with resolution down to micrometers) meet requirements for defect detection, dimensional measurement, and material density analysis. It is suitable for full production line inspection, R&D verification, and failure analysis, helping to improve product reliability and production efficiency.

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