Max Robotics — Global Service Robot Directory + US Certification

About

Toshiba's robotics and AI research division stands as one of Japan's most distinguished industrial research powerhouses, with a legacy spanning decades of groundbreaking innovation at the intersection of hardware design, autonomous systems, and human-machine interaction. The organization's research portfolio reflects a uniquely broad yet deeply technical approach to robotics, consistently bridging fundamental engineering principles with real-world industrial applications. At the heart of Toshiba's most celebrated contributions is the Flexible Microactuator (FMA), a pneumatically driven soft actuator with three degrees of freedom whose influence has permeated the field across multiple decades. With foundational papers accumulating nearly 700 citations combined, this technology pioneered soft robotics before the term entered mainstream discourse, enabling miniaturized mechanisms applicable to surgical robotics, pipe inspection, and biomimetic manipulation. The development of micro inspection robots for one-inch pipes and a mobile robot for autonomous power transmission line inspection further demonstrates Toshiba's commitment to deploying intelligent systems in hazardous, real-world infrastructure environments. The division has also made landmark contributions to space robotics through bilateral teleoperation experiments with the ETS-VII satellite, addressing the formidable challenge of controlling robotic arms under seven-second communication delays — work that remains a cornerstone reference in teleoperation research. Complementary strengths in 3D terrain mapping, visual localization for life-long autonomy, quadruped locomotion, and person-following mobile platforms reveal a sustained investment in field-deployable autonomous systems. With a publication record that spans soft actuators, modular manipulation, surgical interfaces, and adaptive force control, Toshiba's research teams represent an exceptional environment for collaborators seeking industry-embedded, application-driven innovation with genuine global impact.