A New Robotic Gripper Based on Measuring Tape is Sizing Up Fruit and Veggie Picking By varying the direction in which each of the four reels (two per finger) rotate relative to one another ...

More information: Jaemin Eom et al, MOGrip: Gripper for multiobject grasping in pick-and-place tasks using translational movements of fingers, Science Robotics (2024). DOI: 10.1126/scirobotics.ado3939 ...

Called “GRIP-tape,” a backronym for Grasping and Rolling in Plane, this newly developed product demonstrates that a high-tech ...

The proposed robot, dubbed GRIP-tape, which stands, in part, for grasping and rolling in-plane, reportedly solves a problem ...

Each finger can move independently. The triangle sections can lengthen to reach objects that are farther away. They can also retract to bring objects closer to the robot arm the gripper is mounted on.

For all the work done since the dawn of robotics ... and link actuated transformable adaptive gripper with active transition capability”. Each finger is a interesting combination of a rigid ...

The system helps robots focus on what matters, using sounds and images to guess human goals and offer the right help quickly ...

Robotic tools are too big for ‘keyhole’ brain surgery – but a new miniature technology using magnets could change all that.

Tech expert Kurt “CyberGuy" Knutsson says robots and drones are revolutionizing fruit farming with faster picking and smarter ...

ROTEX (1988–1993) ROTEX (Robot Technology Experiment on Spacelab D2-Mission) was kind of a starting shot for Germany’s participation in space automation and robotics. It contained as much sensor-based ...

It will also cast an eye to the future, describing the latest technologies and innovations — from grippers that mimic the human hand, to end-of- arm tools based on the animal world.