Burt Upper Limb Rehabilitation Robot
End-effector three-dimensional upper limb rehabilitation robot with cable-driven transmission and force feedback, developed from MIT-derived Barrett Technology.
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End-effector three-dimensional upper limb rehabilitation robot with cable-driven transmission and force feedback, developed from MIT-derived Barrett Technology.
›Sino-US joint venture rehabilitation robotics company combining Estun Automation's motion control with Barrett Technology's cable-driven robotic systems.
›Upper limb rehabilitation robot with real-time feedback and weight support for stroke and neurological recovery, by Yeecon Medical.
›Advanced upper limb rehabilitation robot with robotic exoskeleton for passive and active arm training, developed by Yeecon Medical.
›Child-specific upper limb rehabilitation robot designed for pediatric patients with cerebral palsy and neurological conditions.
›Planar upper limb rehabilitation robot with customizable trajectory training for stroke and neurological rehabilitation.
›Force feedback-based upper limb rehabilitation robot for stroke and neurological recovery, featuring gamified training protocols.
›Multi-joint upper limb rehabilitation system combining robotic assistance with shoulder, elbow, and forearm training capabilities.
›Lightweight 3.9kg electric upper-limb exoskeleton robot from ULS Robotics for industrial applications, reducing shoulder fatigue in manufacturing and logistics.
›Shanghai-based rehabilitation robotics developer offering exoskeleton systems, upper and lower limb therapy devices, and humanoid robots for healthcare applications.
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