How does X-ray tomography work?

X-ray tomography is a revolutionary technology that has become the standard for non-destructive 3D imaging. It is used in many fields, such as materials science and the inspection of industrial components and assemblies. Thanks to this advanced technique, it is possible to obtain a detailed representation of the internal and external structures of a sample, component or assembly without damaging them.

X-ray tomography has a number of advantages:

Its ability to allow in-depth inspection of what would otherwise be invisible. It gives you the ability to see through your samples and visualise details inaccessible to the naked eye. This non-destructive technology allows you to virtually explore the inside of your samples and make virtual cuts at any depth, providing a high-resolution 3D view.
Its versatility - a single scan can be used to perform several types of analysis. You can make precise dimensional measurements, detect and analyse defects in the sample, and inspect internal structures without having to dismantle them. This comprehensive approach saves time and resources, while providing valuable information about the quality and integrity of your samples.
Its ability to provide detailed rendering of internal and external surfaces. Thanks to this technology, it is possible to extract point clouds representing surfaces, making it easier to reproduce parts, even in the absence of CAD models. This opens up new possibilities in reverse engineering, additive manufacturing and the production of spare parts for obsolete or hard-to-obtain equipment.