Innovative Robotic Joint Actuators for Humanoid Robots

Innovative Robotic Joint Actuators for Humanoid Robots

Participants:

Developing next-generation joints for humanoid robots using advanced reducer technology to create high-torque, compact, back-drivable, and transparent actuators that enable safe, smooth, and human-like motion.

Research Partner :

EPFL – REHAssist

The REHAssist research group, led by Dr. Mohamed Bouri, develops robotic solutions for rehabilitation, focusing on lower-limb exoskeletons and wearable technologies that enhance mobility and autonomy for people with neuromuscular impairments. The research of REHAssist emphasizes biomechanical optimisation, control strategies, and user-centered design to advance legged robotics. This work aims to improve autonomy and quality of life for people with mobility impairments.


Implementation partner:

Sonceboz SA

Sonceboz SA is active in the mechatronic field with an activity in the automotive, medical and industrial field. Sonceboz expertise lies in the conception and industrialisation of mechatronics systems with a strong knowledge in electric motorization (brushless DC motor, stepper motors), drives electronics and motion transformation mechanisms (gear, linear, reducer and others).

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