Industrial computed tomography (CT) is a non-destructive testing method that is now widely used in industry. This method uses X-rays to generate a digital 3D image of a component, analogous to known 3D X-ray systems. The CT systems provide a detailed view of the internal structures and make it possible to analyze the interior of objects without disassembling them.

Industrial computed tomography offers many advantages, particularly for components that are difficult to analyze using other non-destructive testing methods (NDT). CT systems make it possible to detect cracks, defects, irregularities or inhomogeneities in the material. This is particularly important as these types of faults can often result in unexpected component failures.

Another advantage of industrial CTs is the ability to measure the dimensions and tolerances of a component with high precision. As a result, manufacturing errors can be identified and avoided more easily.

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Areas of application of CT systems

The eXact U series can be used anywhere and, thanks to its high measurement volume, can also scan large components with higher densities. Computer tomographs are ideally suited for measuring and testing plastic, light metal, composite or multi-material parts.

The eXact U 225 ensures short CT scans thanks to its fast detector.

With its high-resolution detector, the eXact U 300 particularly impresses with maximum detail recognition. With its 300 kV, it also penetrates denser materials.

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Assembly test

Defect analysis

CT measurement technology

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