Max Robotics — Global Service Robot Directory + US Certification

About

Capital Medical University has emerged as a distinctive force at the intersection of clinical medicine and advanced robotics, carving out a globally recognized niche in surgical robotics, medical AI, and biomedical engineering. The institution's research portfolio is defined by a remarkable depth of innovation in vascular interventional robotics, with a cluster of highly cited publications demonstrating sophisticated mastery of remote-controlled catheter-guidewire systems, haptic force feedback, and teleoperation safety strategies. This body of work — accumulating hundreds of citations — has meaningfully advanced the frontier of minimally invasive surgery by reducing radiation exposure for surgeons while enhancing procedural precision and stability. Beyond vascular robotics, Capital Medical University's researchers have made substantial contributions to orthopedic surgical robotics, including the HURWA robotic-assisted total knee arthroplasty system validated through prospective multicenter trials, and robot-assisted spinal screw placement techniques. The institution further demonstrates breadth through pioneering work in brain-computer interfaces and neurorehabilitation, exploring brain-machine interface-based stroke recovery and signal processing methods for functional electrical stimulation — areas with profound translational impact for patients with neurological impairments. Cutting-edge investigations into micro/nano-robots for targeted drug delivery and biomedical diagnostics, alongside CNN-driven surgical state perception for endovascular robots, signal the institution's commitment to integrating artificial intelligence and materials science into next-generation medical devices. A highly automated mobile laboratory developed for COVID-19 molecular diagnostics further reflects the institution's capacity for rapid, impactful translational engineering. Prospective students and collaborators will find a vibrant, clinically grounded research environment where robotics engineering, AI, and medicine converge to solve real-world surgical and rehabilitative challenges at scale.