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About

Rainer Schmitt is a leading researcher in advanced X-ray imaging, with a primary focus on cone-beam computed tomography (CBCT) and its application in musculoskeletal radiology. His major contributions center on the development and clinical evaluation of a novel twin robotic X-ray system that enables gantry-free, ultra-high-resolution 3D CBCT imaging. Schmitt’s work has demonstrated that this technology delivers diagnostic image quality for the wrist, elbow, and ankle that is comparable to, or better than, conventional multidetector CT (MDCT), while significantly reducing radiation dose—in some studies by up to 50% or more. His most cited paper (42 citations) describes the characterization of a CCD spectrograph for atmospheric radiation measurements, showcasing an earlier expertise in optical instrumentation. However, his most impactful body of work lies in CBCT, where his papers on wrist, elbow, and ankle imaging have collectively garnered over 70 citations. Notably, his 2020 study on an ultra-high-resolution CBCT prototype for cadaveric wrist imaging (19 citations) and his 2019 evaluation of the twin robotic system for wrist CBCT (15 citations) are key references in the field. Schmitt’s research is pivotal for advancing dose-reduced, high-quality 3D imaging in orthopedic and trauma settings.