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About

Yuki Maeda is a pioneering researcher in orthopaedic robotics, whose work bridges mechanical engineering and surgical innovation. His primary research areas include robot-assisted fracture reduction, total hip arthroplasty (THA), and the biomechanics of lower extremity procedures. Maeda’s most significant contribution is the development of the FRAC-Robo system, a robotic platform designed to assist in anatomical femoral fracture reduction and maintain alignment during internal fixation. In a landmark 2008 study (32 citations), he demonstrated its feasibility in both healthy volunteers and patients, recording procedural logs to enhance reproducibility. His work on the Mako THA system (2024, 15 citations) further showcases his impact, achieving high accuracy in femoral component anteversion with cemented implants—a critical factor for implant longevity. Maeda also advanced the field by measuring traction loads and torques during simulated fracture reduction (2005, 12 citations), providing foundational data for safer surgical robotics. His earlier development of an anthropomorphic robot arm (Mark-2) reflects his deep expertise in robotic design. With a career spanning two decades, Maeda’s research has directly influenced the precision and safety of orthopaedic surgery, earning him recognition as a key figure in the integration of robotics into clinical practice.