This new-generation intelligent bionic hand integrates biomechanics, mechatronics, materials science, biomedical engineering, and information technology. Equipped with proprietary motion sensing control technology, it allows the humanoid robot hand to move as flexibly as a human hand. The internal 6 DOF actuator system enables each finger to move independently, with the thumb supporting dual-direction motion. Built-in smart flexible drivers and torque control algorithms allow precise force segmentation, making it an ideal robotic hand for precision tasks.

Features

• 6 DOF design with independent finger motion for realistic dexterity.
• Palm width: 80 mm; Maximum width: 132 mm; Hand length: 205 mm; Finger length: 97 mm; Thumb to base: 132 mm.
• Fingertip force: 10 N; Thumb force: 12 N; Lateral finger force: 8 N; Hand closing force: 40 N; Palm traction: 80 N.
• Weight: 480 g; Operating voltage: 7.4 V; Static current: 0.1 A; Max current: 3 A.
• Multi-joint coordinated control for smooth and precise movements.
• Built-in torque control algorithms for accurate force feedback.
• Proprietary design with independent intellectual property rights.

Applications

• Robotics education and research projects involving humanoid robot systems.
• Prosthetic hand R&D and bionic mechanical hand demonstrations.
• Industrial automation requiring a dexterous robotic hand.
• Open-source 6 DOF robotics projects and maker communities.