"I used Filab for a chemical analysis. Very satisfied with the service. Responsive team, deadlines met, and a clear analysis report. I recommend them."
Industrial analysis by x-ray tomography in the laboratory
More than 140 people
at your service
5200 m² laboratory
+ 99% of services are provided in-house
Accredited laboratory
COFRAC ISO 17025
Are you looking for a X-ray tomography analysis laboratory for the non-destructive testing of your parts? X-ray tomography analysis is an advanced technique that makes it possible to explore the internal structure of materials.
Your need: carry out an X-ray tomography analysis
What is a tomographic analysis?
First of all, tomographic analysis is a materials analysis and inspection technique that uses the interaction between radiation and matter. It makes it possible to build 3D images of the object being studied.
It therefore makes it possible to carry out non-destructive testing, which makes it a highly valued technique in certain industrial sectors such as art, luxury goods, or for manufacturers of very large objects.
X-ray tomography makes it possible to analyze the composition of a material, from its surface to its core, and to monitor its evolution under external constraints.
Principles of x-ray tomography
X-ray tomography is based on acquiring multiple radiographic images of a rotating sample. These images are then digitally reconstructed to obtain a three-dimensional volumetric representation of the internal structure.
This tomographic analysis technique makes it possible to obtain a detailed characterization of the internal structure, including the distribution of phases, porosity analysis, material homogeneity, as well as the identification of voids, cracks, inclusions, assembly defects, and density variations. 3D tomography thus provides a complete and quantitative view of the sample.
Our solutions: tomography services and non-destructive testing for industry professionals
Why choose FILAB for your X-ray tomography analysis?
Expert support for your industrial inspections and analysis
FILAB offers you its advanced X-ray tomography expertise. Thanks to our tomography expertise dedicated to industrial clients, we help you interpret the results to solve your failure analysis challenges.
- Cutting-edge technology: our X-ray tomography equipment enables precise, non-destructive 3D analysis of your parts, مهما their complexity.
- A tailor-made approach: we adapt each analysis to your specific needs (porosity detection, weld inspection, reverse engineering, etc.).
- An independent and ISO 17025 accredited laboratory: FILAB guarantees reliable, actionable results to optimize your manufacturing processes and improve the quality of your products.
- Technical support and dedicated guidance: the dedicated team helps you interpret the results and implement appropriate corrective actions.
Industrial analysis: our X-ray tomography services
3D non-destructive testing (NDT): detection of porosity, cracks, inclusions and structural anomalies in 3 dimensions
Inspection of industrial assemblies: assess welds, electronic components, and multi-material assemblies in depth
Internal defect analysis and leak path detection: identify structural anomalies and measure deviations in 3D
Failure analysis and reverse engineering: 3D reconstruction for CAD comparison or part reproduction
Advanced materials characterization : assess density, porosity and/or internal structure
Industries concerned by industrial tomography
Industrial tomography is used in many technically demanding sectors, including:
- Pharmaceutical industry
- Medical devices
- Aerospace and space
- Electronics and microelectronics
- Advanced materials and composites
Application case: Internal defects in an industrial part
Your need
Understand the origin of premature mechanical failures on an industrial part showing no apparent surface defects.
Our analytical response
X-ray tomography makes it possible to reveal and locate internal porosity and assembly defects that are invisible to conventional inspections. The 3D tomographic analysis provides actionable data to adjust the manufacturing process and improve part reliability.
Application case: Characterization of a composite material
Your need
Identify the causes of non-compliant mechanical performance in composite material parts.
Our analytical response
Composite 3D tomography highlights fiber orientation, matrix distribution, and the presence of internal delaminations. The results make it possible to optimize processing parameters and improve the reproducibility and quality of composite parts.
Materials tomography: which materials can be analyzed?
Tomography is a non-destructive analysis technique that makes it possible to explore the internal structure of many materials without altering the sample. X-ray tomography applies to a wide variety of matrices, whether organic or inorganic.
It is particularly used for polymer analysis, composite materials, multi-material parts, technical ceramics, metal alloys, powders, foams, and complex assemblies.
X-ray tomography analysis - Markets, business sectors and materials
Our X-ray Tomography service: expertise, methods and types of defects
Need a specific X-ray tomography test? Every tomography service is tailored by our teams. As an independent, accredited X-ray tomography laboratory, we guarantee reliable and confidential results as quickly as possible. Fill out the form to receive your quote.
Our other laboratory analysis methods
Using, among other things, X-ray tomography, as well as cutting-edge tools such as microtomography, SEM FEG-EDX, XRD, or even BET measurements, the FILAB laboratory offers different types of services:
Our Services
Materials characterization : metals, polymers, ceramics, glass, composites…
Surface analysis and coating characterization
Surface analysis by X-ray microtomography
Failure analysis: cracking, fracture, corrosion, weld quality assessment…
Expertise, preuves et traçabilitéMise à jour : juin 2026
Pourquoi faire confiance au laboratoire FILAB pour votre analyse industrielle par Tomographie X ?
Confier votre analyse industrielle par Tomographie X au laboratoire FILAB, c’est s’appuyer sur une expertise technique, un cadre qualité documenté et une lecture experte des résultats pour des décisions industrielles, qualité ou réglementaire.
Accréditations reconnues
- ISO 17025
- Nadcap MTL
- SAFRAN
- FRAMATOME
- EDF
- DASSAULT AVIATION
- Aubert & Duval
- Airbus Defence & Space
- Liebherr
- FDA registered
Un expert à votre contact
Responsables expertise
Thomas Gautier et Clément Boenard et Thomas Rousseau accompagnent les projets d’analyse industrielle par Tomographie X.
Recognized accreditations
- ISO 17025
- Nadcap MTL
- SAFRAN
- FRAMATOME
- EDF
- DASSAULT AVIATION
- Aubert & Duval
- Airbus Defence & Space
- Liebherr
- FDA registered
An expert at your side
Expertise Leads
Thomas Gautier, Clément Boenard, and Thomas Rousseau support industrial analysis projects using X-ray Tomography.
Notre démarche en 4 étapes :
- Échange sur votre problématique et vos contraintes.
- Proposition d’un protocole analytique adapté et d’un devis.
- Réalisation des analyses et relecture experte des résultats.
- Livraison d’un rapport détaillé, exploitable et traçable.
Avis vérifiés
Les avis de nos clients
"Very responsive laboratory, with excellent analysis quality and deadlines met. Communication is smooth, the technical explanations are clear, and the team knows how to adapt to specific needs. I recommend them for their professionalism and reliability!"
"Clear and precise deliverable, delivered on time. I recommend them."
Transparence & contactDernière vérification : juin 2026
Où nous trouver et comment nous contacter
FILAB est un laboratoire physique situé en France, indépendant et accrédité. Toutes les coordonnées ci-dessous permettent de vérifier notre identité et de lancer votre demande.
Laboratoire FILAB
Ecoparc Dijon Bourgogne
80 rue Jean-Louis Auguste Petitjean
21850 Saint-Apollinaire, France
Tél. +33 (0)3 80 52 32 05
Your Questions About X-ray Tomography
What is x-ray tomography?
X-ray tomography, or industrial X-ray tomography, is an advanced non-destructive 3D imaging technology that makes it possible to examine the inside of parts and assemblies without dismantling or altering them. Inspired by medical CT scanning techniques, it is widely used in industry for quality control, failure analysis, and the detection of internal defects.
What is CT scan analysis about?
CT scan analysis, or computed tomography, is an imaging method that uses X-rays to create detailed images of the internal structures of an object.
In an industrial context, a CT scan can be used to non-destructively examine structural integrity, detect internal defects, or assess complex assemblies. This technique provides a precise three-dimensional view, enabling in-depth analysis without damaging the object being studied. It is particularly useful in sectors such as aerospace, automotive, and energy, where material reliability is critical.
How can an X-ray tomography analysis detect a leak path?
Industrial tomography makes it possible to examine the inside of parts in detail without dismantling them.
By carrying out a high-resolution 3D reconstruction, it is possible to identify cracks, porosity, or assembly defects that may be the source of a leak path.
Which laboratory should you choose for an X-ray tomography analysis?
The FILAB laboratory is the service provider that carries out tomographic analysis. Moreover, FILAB does not limit itself to X-ray tomography: we combine this technology with other advanced techniques to address the most complex industrial challenges.
- A range of complementary analysis : our laboratory has a wide array of techniques (SEM-EDS, XRD, DSC, TGA, etc.) enabling us to explore multi-scale issues.
- A team of highly qualified experts : our engineers and PhDs specializing in materials science, chemistry, and physics support you in interpreting the results and optimizing your processes.
- A tailor-made approach : we adapt our services to your specific needs, whether for failure analysis, quality control, or advanced materials characterization.
What are the advantages of X-ray tomography analysis?
- Non-destructive inspection
- High-resolution 3D visualization
- Time savings and optimized quality control
- Adaptability to various sectors: aerospace, automotive, electronics, foundry, additive manufacturing…
Ability to combine with other analysis: improved interpretation through a multi-technique approach.
What is a tomographic analysis in a laboratory?
A tomographic analysis is a non-destructive analysis technique that provides a three-dimensional representation of the internal structure of a material or part. Performed in a tomography laboratory, it relies on X-ray image acquisition to identify internal defects, porosity, inclusions, or heterogeneities.
What is the difference between X-ray tomography and conventional radiography?
X-ray tomography enables a 3D volumetric reconstruction of the sample, whereas radiography provides a superimposed 2D image. X-ray tomography analysis therefore provides precise access to the internal geometry and the distribution of defects throughout the entire volume.
What materials can be analyzed by materials tomography?
Materials tomography applies to many materials: polymers, composite materials, metal alloys, ceramics, foams, powders, or multi-material assemblies. It is particularly suited to complex or heterogeneous structures.
Why carry out an X-ray tomography inspection on an industrial part?
A X-ray tomography inspection makes it possible to identify internal defects invisible on the surface, such as cracks, porosity, or assembly defects. Industrial part tomography is used for quality control, failure analysis, and validation of manufacturing processes.
What are the advantages of a non-destructive X-ray tomography analysis?
X-ray tomography analysis provides access to detailed internal information without destroying the sample. It allows repeated analysis, before/after test comparisons, and quantitative use of the data (porosity, volumes, internal dimensions).
How is composite 3D tomography suited to composite materials?
Composite 3D tomography makes it possible to observe fiber orientation, matrix distribution, delamination, and porosity. X-ray tomography for composite materials is a key tool for correlating microstructure and mechanical performance.
In which industrial contexts should a tomography service be used?
A tomography service is used in R&D, during material qualification, in the event of product non-conformities, or to optimize processes. It provides an objective and actionable view of the internal structure of materials and parts.
Does a tomography laboratory provide quantitatively usable results?
Yes, a tomography laboratory delivers quantitative data from tomographic analysis: porosity rate, defect distribution, internal dimensions, volumes, and 3D maps that can be used for engineering and quality control.
How do i get a quote for a tomographic analysis?
To get a quote for a tomographic analysis, simply fill out the web form so our team can get back to you quickly.
How long does it take to get a quote for tomographic analysis?
The quote for the tomographic analysis is generally sent within 24 to 48 hours after receipt of the required information.
The filab advantages
A highly qualified team
Responsiveness in responding to and processing requests
A COFRAC ISO 17025 accredited laboratory
(Staves available on www.cofrac.com - Accreditation number: 1-1793)
A complete analytical facility of 5,200m²
Tailor-made support
Video debriefing available with the expert
Ask for your quote
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