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Industrial computed tomography (CT) is an advanced non-destructive testing technique used in industry to create three-dimensional images of the inside of objects. This method is based on the same principles as medical CT, where X-rays are used to generate detailed cross-sectional images of an object.

Basic principle:

As with medical CT, industrial CT sends X-rays through an object. A detector on the opposite side of the object measures how much radiation passes through the object. A computer then processes this information to create a detailed three-dimensional image of the object's internal structures.

Applications:

Industrial CT is used in a variety of industries, including automotive, aerospace, electronics, materials science and more. Typical applications include quality control of components, detection of defects such as cracks or air inclusions, analysis of weld seams and testing of material density and composition.

Three-dimensional imaging:

In contrast to conventional X-ray inspection techniques, which only provide two-dimensional images, CT enables a complete three-dimensional representation of the inside of an object. This makes it easier to analyze complex structures and internal cavities.

Material analysis:

Industrial CT enables not only the visualization of structures, but also the analysis of material density and composition. This is particularly important in industries where accurate material parameters are important.

CT can be integrated into automated inspection systems to ensure a fast and efficient inspection process. This is particularly useful in series production.

As with X-ray inspection, industrial CT is also subject to certain norms and standards to ensure that the inspection is carried out reliably and reproducibly.

Industrial computed tomography has become a powerful technique for quality assurance and defect detection, providing detailed insights into the internal structures of objects in industry.