ABNMtech High energy industrial CT (non-destructive testing and measurement)

High energy industrial CT (non-destructive testing and measurement)

Industrial CT adopts excellent high-frequency constant voltage X-ray sources, digital imaging detectors, and high-precision mechanical detection platforms. Not only does it accurately reproduce the CT tomography and 3D images of the tested workpiece, but it also has real-time 2D imaging capabilities. The product has many advantages such as small size, fast detection speed, clear image, accurate detection, and high cost-effectiveness. The product is widely used in aerospace, machinery, casting IT、 Non destructive testing and measurement in industries such as automobiles.

Main functions of high-energy industrial CT

● Multiple detection methods, including cone beam CT scanning and DR real-time imaging, are used to obtain tomographic images ranging from tens to thousands of layers in one scan based on the size of the detected workpiece.

● Multiple energy X-ray sources suitable for different inspection workpieces.

● Multiple detectors can be selected for imaging methods.

● It has the functions of defect and pore analysis, as well as defining the area of the tested workpiece.

● Use different colors to identify and detect defect volume, location, and size.

● Analyze defect size statistics, calculate the total percentage of pores, and create a histogram of pore volume.

● Analyze wall thickness: Mark the analysis results with different colors.

● Measurement tools: measure parameters such as workpiece position, distance, radius, angle, etc.

● Reverse engineering: CAD design and physical comparison.

● Segmentation tool: In the dataset, segmentation is performed based on materials and geometric structures.

● Accurate measurement of the internal dimensions of the tested workpiece can be achieved.

Main technical parameters of high-energy industrial CT

● Tube voltage: 20kV~450kV (600kV radiation source can also be optionally selected)

● Focus size: 0.4mm~1mm

● Density resolution: 0.5%

● Scanning method: Cone beam scanning

● Detector: Digital flat panel detector, linear array detector or image intensifier