Max Robotics — Global Service Robot Directory + US Certification

About

Philippe K. Zysset is a leading researcher in the field of surgical robotics, with a primary focus on bone drilling and thermal management during minimally invasive procedures. His major contributions center on reducing temperature elevation in robotic bone drilling—a critical challenge to prevent thermal necrosis and ensure patient safety. Through extensive experimental studies, Zysset has investigated key mitigation strategies, including irrigation, interval drilling, and novel drill bit designs, as demonstrated in his highly cited 2016 work (53 citations). He also pioneered real-time prediction models for temperature elevation using torque signals (2017, 19 citations) and developed a density-based temperature prediction framework validated through in vivo experiments for robotic cochlear implantation (2015, 50 citations). Additionally, his 2012 paper on tool pose estimation using force-density correlation (51 citations) advanced the accuracy of image-guided surgical navigation. With over 170 cumulative citations across his most influential papers, Zysset’s work has significantly impacted the safety and precision of robotic-assisted surgeries, particularly in orthopedics and otology. His research bridges mechanical engineering, biomechanics, and clinical application, offering practical solutions for next-generation surgical robots.