Revolutionizing Materials Research in Switzerland
High-Resolution Industrial CT
In this article:
- Next-Gen CT Imaging for Advanced Materials Science: A leading Swiss research institution adopted Waygate Technologies’ Phoenix V|tome|x M Neo system to overcome limitations in traditional CT imaging, enabling ultra-high-resolution scans for micro- and nano-scale structures across diverse materials.
- Breakthrough Features for Precision and Speed: The Phoenix V|tome|x M Neo integrates a Dynamic 41|100 detector, high-flux target, and dual tube configuration, delivering fast, flexible, and non-destructive testing (NDT) capabilities for cutting-edge materials research.
- Cross-Industry Impact and Versatility: Beyond industrial applications, the system’s imaging precision has proven valuable in biomedical research, showcasing its adaptability for 3D virtual histology and reinforcing its role in revolutionizing both scientific and medical imaging workflows
Customer Case Study: Key Insights
Industry: Advanced Materials Science & Technology
Application: Non-Destructive Testing (NDT), X-ray Computed Tomography (CT)
Location: Switzerland
System Deployed: Phoenix V|tome|x M Neo with Dual Tube, High-Flux Target, and Dynamic 41|100 Detector
The Challenge: Breaking Through the Limits of Traditional CT Imaging
A prestigious Swiss research institution internationally recognized for its leadership in X-ray-based materials characterization faced a critical challenge. With three existing CT systems already in operation, the organization needed a next-generation industrial CT solution that could:
- Deliver high-resolution imaging for both micro- and nano-scale structures
- Support fast scan speeds without sacrificing image quality
- Offer flexibility to accommodate a wide range of materials and sample sizes
- Enhance their capabilities in non-destructive evaluation (NDE) for cutting-edge research
The Solution: Phoenix V|tome|x M Neo – Precision, Speed, and Flexibility in One System
Waygate Technologies proposed the Phoenix V|tome|x M Neo, a state-of-the-art industrial computed tomography system engineered for the most demanding research environments.
The system consists of:
- Dynamic 41|100 Detector: Delivers exceptional image clarity and resolution for detailed internal structure analysis
- High-flux|target: Enables significantly faster scans while maintaining high image quality
- Dual Tube Configuration: Provides unmatched versatility for both micro-CT and nano-CT applications
- Variable Focus-Detector-Distance (FDD): Allows optimal geometric setup for both high-resolution and large-object imaging
This powerful combination empowers researchers to conduct non-destructive high-precision inspections across a wide spectrum of materials—from lightweight composites to dense metals.
Why This Institution Chose Waygate Technologies?
The decision was based on:
- Technical superiority of the proposed CT system
- Deep application expertise in materials science and industrial imaging
- Proven track record of collaboration and post-installation support
- Tailored proposal aligned with the institution’s long-term research goals
“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.”
- Senior Researcher, Swiss Materials Lab
In parallel to this success, recent research in biomedical imaging has also demonstrated the versatility of Waygate Technologies’ Phoenix V|tome|x M systems. A comprehensive study on 3D virtual histology of FFPE tissue blocks highlighted the system’s capabilities in non-invasive, high-resolution imaging. While the current case focuses on materials science, the study showcased how the same CT technology can be optimized for medical applications. This cross-domain relevance underscores the transformative impact of the Phoenix V|tome|x M Neo across both industrial and biomedical research.
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