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Why choose X-ray tomography or microCT?

X-ray tomography is now a reference method for non-destructive three-dimensional imaging.

Its principle is based on capturing a large number of X-ray images from different angles, which are then combined digitally to reconstruct the internal structure of an object.

Tomography, which has become essential in various fields such as material research, component development, or industrial quality control, offers a detailed visualization of both the external geometry and internal characteristics of the parts as well as the microstructure of any type of material.

Why choose micro-CT for crack analysis?

Non-destructive 3D inspection: visualises and quantifies internal cracks invisible on the surface
Multi-scale accuracy: from millimetre to submicron, suitable for massive samples or fine microstructures
Exhaustive analysis: location, orientation, connectivity, volume and opening of cracks
In situ dynamic studies: monitoring of initiation and propagation under mechanical, thermal or chemical stress
Exploitable data: for numerical modelling, correlation with mechanical tests, durability simulation

Why choose micro-CT for porosity analysis?

Complete and non-destructive 3D visualisation: detects and measures all porosities, open or closed, without sample preparation bias
Multi-scale precision: from millimeters to submicrons, for massive samples or fine microstructures
Reliable and comprehensive quantification: volume, size, shape, pore distribution and connectivity, without sampling bias
Exploitable data for modelling and AI: generation of complete datasets to correlate microstructure and performance
Observation in real conditions: in situ monitoring of the evolution of porosity under mechanical, thermal or chemical constraints

Why choose tomography or μCT for the inspection of components, prototypes or samples extracted from production batches?

Non-destructive inspection—Visualize the interior with all details without cutting or damage.
Full 3D Vision — Detect porosities, cracks and invisible defects.
Micrometer precision—Measure shapes and tolerances accurately.
Quality & compliance—Compare directly to CAD models.
Saving time in development — Identify defects during prototyping.
Process improvement—Analyze, correct and stabilize production.
Digital traceability—Keep a 3D twin for each part.
Versatility materials — Metals, polymers, composites, electronics…
Automation possible — Easy integration in quality control.

Why choose micro-CT for dimensional control and defect identification?

Non-destructive 3D inspection: visualisation and segmentation of internal elements invisible on the surface
Multi-scale accuracy: from millimeter to submicron, suitable for massive samples or fine microstructures
In situ dynamic studies: monitoring of initiation and propagation under mechanical, thermal or chemical stress
Exploitable data: for numerical modelling, correlation with mechanical tests, durability simulation

As an independent laboratory, Novitom allows organizations to access synchrotron microtomography and nanotomography:

Regular access to the instruments of the synchrotron facilities
Know-how in experimental design for real-time microtomography
Expertise in extracting information and physical parameters from raw data and in combination with ancillary techniques

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