UPV/EHU
The General Research Services of the University of the Basque Country improve their scientific-technological capabilities with high-resolution computed tomography.
Technology: EASYTOM XL 160-199kV
Sector: University
Leire San Felices and Aitor Larrañaga, Senior Technicians of the X-Ray Unit of the General Research Services (SGIker), University of the Basque Country/Euskal Herriko Unibertsitatea (UPV/EHU), lead a service that is transforming research in fields such as geological sciences, chemistry, materials, aeronautics, pharmacy, and more. Thanks to SGIker, the university offers technical support and access to researchers from the Basque Science and Technology Network, national and international institutions, and private sectors.
At the heart of this service, in addition to advanced diffraction setups is the computed tomography technology acquired from Sariki, which has raised research standards by allowing detailed analysis without destroying samples. This overcomes the limitations of traditional methods such as scanning electron microscopy, enabling advances in multiple scientific and technical fields.
Innovation for multidisciplinary research
The computed tomography system recently incorporated into the SGIKer of the UPV/EHU (SGIker) marks a milestone in the analysis of materials by offering high-precision three-dimensional images using non-invasive techniques. This equipment makes it possible to study the inside of organic and inorganic materials without altering their structure, allowing them to be reused in subsequent tests. Its ability to detect details down to 0.4 microns makes it a technological benchmark in applications as diverse as artistic restoration, biomedicine, geology and/or additive manufacturing.
Technical specifications and capabilities of the equipment manufactured by RX solutions
Located in the UPV/EHU Science Park, Martina Casiano Technology Platform Building, Bizkaia Campus, this innovative tomography system model EASYTOM XL 160-199kV integrates advanced features:
- Two X-ray tubes: one 160 kV (0.4 µm focal spot) and one 199 kV (4 µm focal spot), adaptable to various research needs.
- Real-time acquisition panel and high-resolution detector, ensuring extremely accurate data capture.
- High mechanical precision: with one rotary axis and 6 motorized axes for exact positioning of the samples.
- Large internal volume and automatic door, ideal for analyzing a wide variety of sample sizes.
- Advanced workstations equipped with VG Studio software specialized in 3D analysis and modeling.
Transforming science with Micro/Nano CT
The integration of this state-of-the-art computed tomography system to the SGIKer has meant a transcendental change in the research of the UPV/EHU and its scientific-technological environment. Its ability to generate detailed, nondestructive three-dimensional images redefines standards in areas such as archaeology, paleontology, biomedicine and fine arts, where sample preservation is essential.
In addition, this equipment offers significant advantages for the industry, allowing detailed analysis of metal parts, fibers and complex structures. Its robust and versatile design makes it an indispensable tool for advanced academic and industrial research.
Efficiency and precision with VG Studio software
The VG Studio software complements the use of the computed tomography system by enabling detailed reconstruction and analysis of the 3D data. This software is essential for visual quality inspection in sectors such as additive manufacturing, energy and electronics, offering advanced tools for deep analysis and 3D visualization.
Impact on the scientific community
Since its inception, computed tomography has responded to the growing demand for advanced research, allowing complex systems to be accurately scanned without altering their original structure. Its applications include:
- Visualization and analysis of fibers and porosity.
- Studies on metallic or hybrid parts.
- Advances in biomedicine and life sciences.
- Applications in archaeology, geology and artistic restoration.
Thanks to the collaboration with Sariki, the UPV/EHU's SGIker has significantly improved its scientific-technical capacity, consolidating its position as a national reference in non-destructive analysis technology.
Collaboration and Projection
This case study demonstrates how investment in advanced technology can transform research and strengthen collaboration between university and industry. With the computed tomography system as a key tool, the UPV/EHU not only expands its scientific capacity, but also promotes new opportunities for the Basque industrial fabric and the international research community.
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