Max Robotics — Global Service Robot Directory + US Certification

About

The University of Salford has established itself as a globally recognized center for robotics and intelligent systems research, with particular distinction in soft robotics, pneumatic actuation, and rehabilitation engineering. Since the early 1990s, Salford's researchers have been at the vanguard of bio-inspired robotic systems, pioneering foundational work on pneumatic muscle actuators (PMAs) that has shaped the field for three decades. Their landmark 1995 paper on PMA control has accumulated nearly 470 citations, while a sustained series of follow-on publications on modeling, control, and design of braided and extensor pneumatic actuators underscores the institution's unmatched depth in this niche — work that continues to inspire next-generation soft exoskeletons and continuum robot arms. Beyond actuation, Salford researchers have made meaningful contributions to robot-mediated stroke rehabilitation through the GENTLE/S neurorehabilitation system, demonstrating real clinical impact, and have advanced the fields of robotic food manipulation, ankle and wrist rehabilitation devices, and mobile robot path planning. Their 2020 comparative review on path planning has already drawn over 230 citations, reflecting growing influence in autonomous systems. More recent work on biologically inspired soft robotics, SMA-fishing-line actuators, and novel X-crossing pneumatic artificial muscles signals an institution continuously evolving at the intersection of biology and engineering. Home to the Centre for Autonomous Systems and Advanced Robotics, Salford offers prospective students and collaborators a rich environment where decades of hard-won expertise in compliant, human-safe robotics meets cutting-edge research in soft systems, wearable rehabilitation technology, and bio-inspired design — making it a compelling partner for anyone pushing the boundaries of human-robot interaction.