Andreas Max Weng
Papers
4
Total Citations
57
H-Index
4
About
Andreas Max Weng is a leading researcher in advanced musculoskeletal imaging, specializing in the development and evaluation of cone-beam CT (CBCT) technology for extremity imaging. His major contributions center on the clinical validation of a novel twin robotic X-ray system that enables ultra-high-resolution 3D CBCT of the wrist, ankle, and elbow. Weng’s work demonstrates that this innovative system delivers diagnostic image quality comparable to high-resolution multidetector CT (MDCT) while significantly reducing radiation dose—a critical advancement for patient safety. His most-cited study, “Evaluation of Ultra-High-Resolution Cone-Beam CT Prototype of Twin Robotic Radiography System for Cadaveric Wrist Imaging” (19 citations), established the feasibility of dose reduction in musculoskeletal imaging. Subsequent papers on wrist, ankle, and elbow imaging (with 12–15 citations each) further confirmed the system’s clinical utility, showing superior positioning flexibility and the ability to combine CBCT with radiography and fluoroscopy in a single device. Weng’s research has directly influenced the adoption of robotic CBCT in orthopedic and emergency settings, offering a safer, more versatile alternative to traditional CT for joint imaging.
Research Focus
Key Achievements
Top Papers
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