gVXR includes digital twins of real X-ray imaging systems used in synchrotron facilities and laboratory CT centres. Twins can be used to:
- Optimising acquisition parameters;
- Testing reconstruction workflows;
- Training new users before beamtime;
- ...
Request a New Digital Twin
Help us expand the gVXR digital twin catalogue.
If your laboratory, facility, beamline, or company operates an X-ray imaging system that could benefit from virtual experimentation, training, or synthetic data generation, we would be delighted to hear from you.
Digital twins range from specification-based models reproducing acquisition geometry and operating constraints to high-fidelity twins incorporating experimentally characterised source and detector properties.
Request for a new digital twin gVXR – Fill in form
Our team will review your submission and contact you to discuss the available technical information and potential collaboration opportunities.
Existing Digital Twin
Diamond DIAD
The Dual Imaging And Diffraction (DIAD) beamline is dual beam X-ray instrument for imaging, diffraction and scattering, which operates at energies of 7-38 keV.
Energy range: 7-38 keV
Diamond I12
The I12 Joint Engineering, Environmental and Processing (JEEP) beamline is a high-energy X-ray beamline for imaging, diffraction and scattering, operating in the energy range 53–150 keV.
Energy range: 53-150 keV
DTHE
The Dual Tomograph for High Energy (DTHE) is a high-energy X-ray computed tomography platform operated at MATEIS (INSA Lyon) and based on RX Solutions technology. It is composed of two orthogonal high-energy microtomography lines sharing the same rotation stage, enabling simultaneous tomography of the same specimen under different acquisition conditions.
Energy range: 60-260 kV
Nikon XT H 225
The Nikon XT H 225 is a versatile laboratory micro-CT system capable of achieving a spatial resolution of approximately 3 μm in transmission mode while accommodating large specimens up to 50 cm in size and 15 kg in weight.
Energy range: 30-225 kV