Researchers said the human hand was extremely complex and recreating its capabilities was a massive challenge. The sensors act like the robot's skin to give it information about the objects it is ...
Each joint is equipped with a contactless magnetic joint angle sensor and a strain-gauge based joint torque sensor ... Hand was designed to become a close-to-production version of the DLR Hand II. It ...
The newly developed miniature six-component force/torque sensor (20mm in diameter and 16mm in height, patent pending) with full digital output has been developed for the fingertip of the new ...
The PUDU D9 is designed with a human-centric philosophy, embodying the principle of "Born to Serve." As a fully anthropomorphic robot, its design closely mirrors human capabilities while striving to ...
China's Shanghai Kepler Robotics ... Each hand supports up to 11 degrees of active and passive freedom and can carry up to 33 pounds. The fingertips are equipped with sensor arrays, each ...