Maximilian Kaluschke

Papers

Total Citations

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About

Maximilian Kaluschke is a pioneering researcher in virtual reality (VR) surgical simulation, with a primary focus on orthopedic training, specifically hip replacement surgery. His major contributions lie in developing the first VR training simulators for total hip arthroplasty, addressing the unique challenge of combining high, stable forces with sensitive haptic feedback during the milling of the acetabulum. To achieve this, Kaluschke ingeniously integrated an industrial robot for force output, creating realistic haptic feedback that mimics the feel of real bone and tissue. His work, including the highly cited "HIPS" simulator (2018) and a cadaver-based biomechanical model (2020), has garnered over 48 citations, demonstrating significant impact in surgical education. By standardizing training for novices and infrequent surgeons, his research aims to reduce complications like aseptic loosening and dislocation. Kaluschke’s innovations bridge the gap between virtual environments and real-world surgical demands, offering a safe, repeatable platform for skill acquisition. His achievements mark a critical step toward improving patient outcomes through advanced simulation technology.