Non-destructive inspection
Analyse the interior and exterior of complex components in a single scan, without destroying the part. Computed Tomography (X-ray) and multi-sensor systems elevate dimensional control and porosity detection to a level unattainable by traditional methods.
TomoScope® XS
Compact benchtop tomography.
Max. part: Ø289 × 456 mm
Highlight: Monobloc transmission tube
Technical plastics, electronics and small components.
TomoScope® S
Industrial precision for multi-materials.
Max. part: Ø500 × 686 mm
Highlight: Multisensor
Foundries, medical components, and light aerospace.
TomoScope® L
Heavy duty for large volumes.
Max. part: Ø470 × 678 mm
Highlight: Large tube–detector distance
Engine blocks, aluminium casings, and castings.
TomoScope® XL
High-end for dense parts.
Max. part: Ø500 × 1010 mm
Highlight: 450 kV
Industrial automation, dense alloys and total volumetric inspection.
Permissible length measurement error up to 4.5 µm, according to Werth. Values depend on the configuration; please confirm the specification for your application.
Applications
X-ray penetrates the material to reveal voids, inclusions, and hidden cracks in plastic injection parts, light casting, or 3D printing (Additive Manufacturing). Ensure structural integrity and validate manufacturing processes before the part enters assembly.
Measure wall thicknesses, complex cooling channels and complete assemblies without the need to cut or destroy the original component. Obtain a complete and accurate 3D model (voxel/mesh) of the interior and exterior in a single measurement cycle.
In addition to X-ray, the integration of optical systems (vision) allows for ultra-fast inspection of edges, integrated circuits, flexible and transparent materials. Where tactile measurement deforms the part or simply cannot reach, optical vision guarantees absolute precision.
Industrial Computed Tomography (CT) is a non-destructive testing (NDT) technology that uses X-rays to capture thousands of cross-sections of a part. These images are then reconstructed into a volumetric 3D (voxel) model that faithfully represents both the exterior and interior of the component. Unlike optical 3D scanners, which only map visible surfaces, industrial tomography reveals what is hidden: cooling channels, voids, inclusions, cracks, and internal tolerances.
Werth's multi-sensor systems, for which S4METRO is the exclusive representative in Portugal, combine computed tomography with high-resolution optical sensors and tactile probing on a single coordinate measuring platform. This allows for the inspection of micro-details in transparent or flexible parts, the measurement of inaccessible internal geometries, and direct comparison with the CAD model, all within a single metrological workflow. The result is complete, traceable dimensional control, suitable for the demands of the automotive, aerospace, medical, and mould industries.
Technical demonstration
Describe the part, tolerances, and measurement environment: you will receive a technical recommendation and investment proposal, with options for purchase, rental, or measurement service.
Services
On the Blog
Fast, high-resolution and process-reliable measurement, from computed tomography to multisensor technology, to secure quality from rotor laminations to 100% battery cell inspection.
How Werth TomoScope® XS Plus systems are replacing traditional measuring equipment in the plastics industry, with accuracy and speed impossible to achieve with conventional machines.
How X-ray computed tomography is redefining 3D dimensional metrology, enabling precise, fast, and non-contact measurement of external and internal part geometries.
FAQ
Quick answers about non-destructive dimensional control, industrial X-ray analysis and multi-sensor technology. Can't find what you're looking for? Contact us.
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