CT Systems

Computed Tomography systems (CT – Computed Tomography) are advanced X-ray inspection cabinets used in non-destructive testing (NDT) for detailed three-dimensional analysis of the internal structure of objects. Compared to conventional 2D digital radiography (DR), industrial CT systems enable full volumetric reconstruction of the inspected component without the need for destruction or disassembly.

Industrial computed tomography allows the creation of precise 3D models and cross-sections in any plane, enabling accurate assessment of geometry, material structure, and manufacturing quality. The acquired data can be directly compared with CAD models and used for porosity analysis, inclusion detection, crack and discontinuity identification, as well as dimensional inspection at a level comparable to coordinate measuring machines (CMM).

CT systems are widely used in industries such as foundry, aerospace, automotive, electronics, and R&D, where advanced structural analysis is required. They enable the inspection of composites, technical foams, and complex assemblies, as well as the execution of mechanical simulations and flow analyses. As a result, industrial computed tomography is increasingly becoming a key tool for quality control and product development.

The industrial CT systems offered by CASP System, manufactured by YXLON International GmbH, are enclosed, radiation-shielded X-ray cabinets that comply with applicable radiological safety standards. Each CT system is individually selected and configured depending on the type of inspected objects, required resolution, measurement range, and specific industrial application, ensuring high inspection repeatability and advanced metrological capabilities.

Below are examples of CT systems offering industrial computed tomography, with the possibility of integration with digital radiography systems and expansion with dedicated analytical software.