
A sensorized anthropometric robotic arm used for researching improvements to neural interfaces and robotic prostheses.
Features:
17 active degrees of freedom including shoulder abduction/flexion, humeral rotation, elbow flexion, forearm rotation, radial/ulnar deviation, wrist flexion, and fully articulated fingers/thumbs
Fingertip and thumb-tip sensors (force and vibration)
Torque and impedance sensors for each joint
Mass: Hand (1.4kg) and Upper Arm (3.4kg)
Payload Capacity (wrist active): 5kg
Cylindrical Grasp Force: 310N

Research lab focused on advancing scientific knowledge and innovation.
A sensorized anthropometric robotic arm used for researching improvements to neural interfaces and robotic prostheses.
Features:
17 active degrees of freedom including shoulder abduction/flexion, humeral rotation, elbow flexion, forearm rotation, radial/ulnar deviation, wrist flexion, and fully articulated fingers/thumbs
Fingertip and thumb-tip sensors (force and vibration)
Torque and impedance sensors for each joint
Mass: Hand (1.4kg) and Upper Arm (3.4kg)
Payload Capacity (wrist active): 5kg
Cylindrical Grasp Force: 310N


Research lab focused on advancing scientific knowledge and innovation.
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