Using a ceramic printing technology to develop the next generation 3D X-ray imaging

(Article Source: Zhongguancun Online) The European H2020 Nexis project will develop the next generation X-ray imaging system using 3DCeram-Sinto's advanced ceramic 3D printing techniques. This item named Nexis (Next Generation X-ray Imaging System) includes a Breakthrough of an X-ray intervention system driven by photon technology to achieve a breakthrough in image quality and functionality, which will achieve a stroke diagnosis directly in an intervention kit. This may have a significant impact on enhanced workflows, reduce diagnosis and treatment time (maximum 50% time), saving more life and reducing medical costs. As part of the Nexis Research Program, the 3DCeram-Sinto team is designed for detector components of this device, which can be diagnosed and helped doctors to respond faster in the operating room. To optimize spectral imaging, the Nexis project will combine the innovative X-ray spectral detector to provide an imaging of the contrast while maintaining high spatial resolution. The new NEXIS spectral X-ray system is used in the availability and applicability of medical imaging, and will be clinically evaluated in the top institutions of the Swedish Carlinska University Hospital. Nexis will establish an enhanced contrast tapered ct imaging while providing high spatial resolution through innovative spectral X-ray detector and associated advanced image processing (including depth learning) to 2D image guidance. Researchers plan to develop new key photon assemblies to achieve a novel detector, which exhibits better performance for spectral X-rays and non-spectral X-ray imaging. The project brings together interdisciplinary organizations involving the entire value chain, including photonics, research and development, medical systems, application owners, components supply chains and equipment manufacturers. In addition to the French and Japanese ceramic 3D printing companies, two universities of TNO and Ku Leuven also participated. Both have been significantly studied in the 3D printing area of ​​the additive manufacturing. Nexis will enhance European competitiveness by developing detector technologies that meet Europe and global X-ray market demand. In this project, 3DCeram-sinto is a participant in the field of biomedicine, producing biocarceramic skull implants. The device of the detector will be manufactured using the latest industrial printer C900 Flex for 3DCERAM-SINTO. With this advanced and highly accurate ceramic 3D printing technology, this extraordinary medical imaging research will be greatly accelerated. (Editor: fqj), read full text

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