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CT for Industries and ResearchX-ray CT across every industrial sector

CT for Industries and ResearchX-ray CT across every industrial sector

Industrial inspection, material analysis, quality control across the entire product life cycle: manufacturers trust CT.

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Discover how X-ray CT is taking hold across many major industrial sectors, from automotive to aerospace, foundry and plastics, as well as more diverse fields such as art, research and luxury goods. This cutting-edge technology delivers unmatched precision in part inspection, helping to optimize productivity and opening new perspectives for research. Explore how X-ray CT enables non-destructive inspection of parts, materials, artworks and components, whatever your industry.
Automotive
Automotive
Aerospace
Aerospace
Batteries & e-mobility
Batteries & e-mobility
Additive manufacturing
Additive manufacturing
Automotive
The automotive market produces millions of parts every year and calls for an innovative approach to guarantee the precision and quality of the parts considered “critical” to a vehicle. X-ray CT, a non-destructive quality control solution, adds value in an automated production environment. It complements existing processes and opens up new possibilities, ensuring high standards of precision and quality. Going beyond conventional methods, X-ray CT helps maintain conformity to virtual models and strengthens vehicle safety. Find out how this technology improves efficiency and reliability in the automotive sector. 

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Aerospace
Performance, reliability, innovation, strict requirements, standards: this sums up the aerospace, aviation and defense sectors. Every single element must be inspected from every angle, and being able to do so non-destructively with a CT scan makes inspection processes faster, safer and more effective. Find out how our CT systems meet the strictest standards of the aerospace industry, ensuring a thorough inspection to guarantee the quality and conformity of parts and components. 

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Batteries & e-mobility
The rapid rise of the e-mobility industry, covering electric vehicles, e-bikes, scooters and more, demands constant adaptation from battery manufacturers. The growing popularity of micromobility calls for continuous innovation. To meet this challenge, X-ray CT is becoming an essential solution. In a field where every component counts, the technology enables thorough, non-destructive inspection of the inside of batteries, for meticulous verification. Find out how our X-ray CT expertise meets the demands of e-mobility. 

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Additive manufacturing
Additive manufacturing, from powder to finished part, finds in industrial CT a complete tool for inspection at every stage. As 3D printing evolves from its early use, mostly focused on prototyping, into a full production technology, challenges of repeatability and reproducibility remain. CT enables an in-depth inspection of both the internal and external structure of a part, offering a way to overcome the constraints of additive manufacturing. Explore how X-rays meet the growing demands of this technological revolution, ensuring the quality and reliability of additively manufactured parts.

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Arts, jewelry & watchmaking
Arts, jewelry & watchmaking
Composites
Composites
Electronics
Electronics
Injection molding
Injection molding
Arts, jewelry & watchmaking
The art, jewelry and watchmaking sectors have long been united by a constant search for expertise and characterization. Science plays a key role in understanding how society has evolved through these works of art and pieces of jewelry. In fields where every piece is rare, even unique and priceless, analysis is essential to characterize substrates and inks, and to authenticate gemstones and watch movements.
However, many existing tools involve destructive analysis, which is a problem. X-ray CT offers a solution, allowing a complete internal and external exploration without altering the piece, whatever the material. Find out how our CT systems offer a different approach to characterization in these sectors, preserving the integrity of rare and priceless pieces. 
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Composites
Composite parts require thorough inspection to guarantee conformity at the end of the production cycle. Industrial X-ray CT is a non-destructive testing solution that offers a complete view right to the heart of the material, down to the nano scale.

Composite components, widely used in industries such as automotive, aerospace and marine, show complex behavior with a variety of failure modes. The internal structures of composite materials and fibers, influenced by fiber length and the manufacturing process, can be random or periodic. This structure, combined with the properties of the fibers and the matrix, determines the component’s mechanical behavior. Explore how CT provides in-depth insight, helping you identify and understand the subtleties of composite structures to ensure optimal quality and performance. 

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Electronics
From microchips to printed circuit boards, electronics play a role in every industrial sector. Electronic components are now found in everything from children’s toys to the most advanced research systems, not to mention bikes and more. To ensure the quality and integrity of electronic components, industrial CT offers a new approach. The ability to inspect every layer of electronic components non-destructively brings significant savings in time and money. Find out how CT fits into the electronics industry, enabling more efficient inspection processes and helping guarantee the reliability of components that are essential to every industrial sector today. 

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Injection molding
Every day, millions of plastic parts come off injection presses around the world. Inspecting every part, even with short scan times, remains a complex task. But industrial CT stands out as an upstream solution, to inspect material integrity, samples and molds. Find out more about how CT meets the challenges of injection molding, enabling fast, accurate inspection processes for a better production yield from your molds. 

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Medical & dental
Medical & dental
Dense Metals
Dense Metals
Oil & Gas
Oil & Gas
Polymers & elastomers
Polymers & elastomers
Medical & dental
From the concept of precise, unique and complex parts to their integration into the human body, the validation process in the medical field is often long and complex. Material integrity is a key consideration when introducing devices into the human body. X-ray CT helps limit risks by precisely identifying defects, cavities, areas of porosity and cracks. Explore how our CT technology meets the rigorous requirements of the medical sector, enabling non-destructive inspection of the quality and safety of medical devices and thereby contributing to the advancement of medical technology. 

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Dense Metals
In many industries, foundry work is an important part of the production process, and hollow parts are very common to reduce weight and energy consumption. Cast part samples require careful inspection to guarantee conformity at the end of the production cycle, which highlights the importance of inspecting internal areas that cannot be reached by other means. Industrial X-ray CT stands out as the only non-destructive testing technology that offers a complete view right to the heart of the material. 

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Oil & Gas
Though it is not always popular, the complex fossil energy sector is at the heart of the global economy and must constantly reinvent itself to improve its efficiency and its economic and, above all, environmental competitiveness. In this rapid transformation, X-ray CT is emerging as a key player, particularly in the oil industry.

Upstream, locating and extracting new deposits remains strategic. Geologists, pioneers of X-ray micro-CT, use the technology to obtain three-dimensional information on the composition of rock cores, mapping geological systems. Exploration takes place in the field and in the lab, enabling the precise search for and characterization of hydrocarbon reservoirs. Explore how our X-ray CT expertise contributes to this transformation of the oil industry, supporting more efficient and better-informed exploration. 

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Polymers & elastomers
Companies working with plastics face major challenges in quality, productivity and time to market. In the plastics and rubber industries, quality standards have become stricter than ever, covering a wide range of economic, environmental and quality concerns.

Whatever the application (phone cases, reusable cups, caps, computers, bottles, trash bags and more), X-ray CT offers countless benefits. Plastic parts, which X-rays penetrate easily, benefit from this technology throughout the process, from prototype development to quality control on production lines, as well as mold optimization. 

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Research & Science
Research & Science
Research & Science
X-ray CT and radioscopy are increasingly used across a variety of fields in academic research, science and history, such as paleontology, materials science, geology and biology. CT enables scans at macro and nano scales, making it possible to analyze and reconstruct in 3D, non-destructively, materials, minerals, organic samples and even fossils. Explore the possibilities CT opens up in the sciences, helping to drive discoveries and breakthroughs. 

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