Begin your scan where others stop.
Move your research to a new level of with higher image resolution, deeper X-ray penetration and faster image acquisition.
deepXscan laboratory X-ray microscopes are a high flexibility platform solution combining the best solutions of X-ray imaging, precision engineering and computer science.
Dedicated to detail.
We adapt our technology and product to meet your precise needs.
X-ray microscopy yields 3D information nondestructively and with high spatial resolution
Photon energies can be chosen to optimize for sample dimensions, spatial resolution and contrast.
deepXscan nano X-ray computed tomography systems provide customized solutions to study kinetic processes.
Fracture mechanics on sub-100nm scales: crack propagation
Advanced energy technologies and catalysis: electrochemical processes
Metallurgy and chemical synthesis: thermal processes in materials
deepXscan high-quality laboratory X-ray microscopes ensure user-friendly operation and data analysis, tailored to the customer needs
Targeted key performance features:
Multiple photon energies, e.g. Cu-Kα (8.0 keV) and Mo-Kα (17.5 keV) radiation
Spatial resolution < 100nm, depending on the field-of-view and photon energy
Customized set-ups for mechanical tests, (electro-)chemical processes and thermal treatments
Powerful software packages and user-friendly interface
deepXscan’s nano X-ray computed systems are based on leading-edge technologies
The performance of X-ray microscopes depends on lenses that are currently fabricated top-down using patterning processes. We switch the manufacturing process to a bottom-up approach. Our breakthrough is based on a new technological solution to manufacture X-ray lenses with a multilayer deposition process.
