Swiss Research Institution Pushes Boundaries in X-ray Materials Characterization
A world-leading Swiss research institution, renowned for its pioneering work in X-ray-based materials characterization, has taken a major leap forward in its inspection capabilities. Already operating three computed tomography (CT) systems, the organization sought a new solution that could overcome the limitations of traditional imaging technologies – pushing the frontiers of resolution, speed, and flexibility in non-destructive evaluation (NDE).
The Challenge – Imaging Without Compromise
For an institution at the forefront of materials science, the demands were clear:
- Micro- and nano-scale resolution to reveal the finest internal structures
- Faster scan speeds without degrading image quality
- High adaptability for diverse materials, densities, and object sizes
- Enhanced analytical capabilities to support world-class research output
These requirements went beyond incremental improvement – they called for a transformative leap in industrial CT technology.
The Solution – Phoenix V|tome|x M Neo
Waygate Technologies responded with its Phoenix V|tome|x M Neo, an advanced CT system purpose-built for the most demanding R&D and industrial inspection environments.
Key features include:
- Dynamic 41|100 Detector – Delivers exceptional clarity and resolution for detailed structural analysis.
- High-flux|target – Enables rapid scans while maintaining uncompromised image quality.
- Dual Tube Configuration – Offers unmatched flexibility for both micro-CT and nano-CT imaging.
- Variable Focus-Detector Distance (FDD) – Optimizes geometry for both ultra-high-resolution scans and large-object imaging.
This integrated approach allows researchers to seamlessly switch between scanning lightweight composite structures and dense metallic samples, ensuring maximum versatility across the lab’s wide-ranging research portfolio.
The Selection Process
The selection process was driven by four critical factors:
Technical Performance:The Phoenix V|tome|x M Neo surpassed all competing systems in resolution, speed, and adaptability.
Application Expertise: Waygate’s deep knowledge in materials science and industrial imaging proved invaluable during evaluation.
Proven Collaboration: A strong track record in project support and post-installation service built trust in the long-term partnership.
Alignment with Research Vision: The proposed solution directly supported the institution’s strategic research roadmap.
“The Phoenix V|tome|x M Neo will transform our workflow. We can now scan faster, see deeper, and analyze more precisely than ever before” stated a Senior Researcher at Swiss Materials Lab
Cross-Domain Versatility
While this deployment focuses on advanced materials characterization, the Phoenix V|tome|x M family has also demonstrated remarkable capabilities in biomedical research. Recent studies in 3D virtual histology of formalin-fixed paraffin-embedded (FFPE) tissue blocks have showcased the system’s ability to deliver non-invasive, high-resolution imaging for medical applications. This dual impact—spanning industrial and biomedical domains—highlights the transformative potential of Waygate Technologies’ CT innovations.
A New Era in NDE Research
With the Phoenix V|tome|x M Neo now integrated into its facilities, the Swiss research institution is set to accelerate discovery, refine analysis, and expand the boundaries of what’s possible in non-destructive testing. By marrying precision and speed with unrivalled flexibility, the system empowers scientists to address today’s toughest inspection challenges and anticipate tomorrow’s.
For more information: www.bakerhughes.com
