Max Robotics — Global Service Robot Directory + US Certification

About

Keio University has established itself as one of Japan's premier robotics and mechatronics research institutions, with particular depth in haptics, bilateral teleoperation, force control, and human-robot interaction. The institution's researchers have made foundational contributions to the science of teleoperation, developing robust frameworks for reproducing touch sensation across remote systems—work that has accumulated hundreds of citations and shaped the theoretical bedrock of modern haptic technology. Their disturbance observer-based approaches to force sensing and bilateral control remain landmark references in the field, reflecting a sustained commitment to bridging rigorous control theory with real-world robotic applications. Keio's scope extends well beyond classical robotics. The university has been a pioneering voice in biohybrid robotics, demonstrating muscle-tissue-powered robots that blur the boundary between engineered systems and living organisms. Their MetaLimbs and MetaArms projects have captured international attention by reimagining human embodiment through wearable supernumerary robotic limbs, while earlier work on biped walking simulation and bicycle stabilization demonstrates decades of innovation in dynamic system control. Medical robotics represents another standout thrust, with haptic forceps, surgical endoscopic systems, and fluorescence-guided liver surgery navigation reflecting a deeply translational research culture. Collaborators and prospective students will find an environment where foundational control theory intersects with cutting-edge applications spanning surgical robotics, soft robotics, tactile sensing, and augmented human capabilities. With a body of work drawing over 3,500 cumulative citations across its most influential publications and active engagement across engineering and medicine, Keio University stands as a compelling destination for researchers seeking to push the frontiers of intelligent embodied systems.