Engineers at Saarland University recently used lightweight, shape-memory materials to create a non-pneumatic robotic gripper.

Robotiq's PowerPick Multi is a multi-cup, dual-zone picking system designed to automate palletizing for variable box sizes, ...

In tests with 30 different household objects, the addition of 'hairs' increased the prototype gripper's grasp success rate ...

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Mimicking the actions of ants’ hairy jaws could make robots better at picking up objects and moving them around, researchers ...

Researchers at the University of Edinburgh in the UK have built a prototype “hairy robotic gripper” that is inspired by the hairs found on ant jaws. Ants are not only excellent nest builders but are ...

V, a new, modular, and scalable gripper system for robotics, designed to handle workpieces of various sizes and shap ...

Discover how a 3D printed walking robot moves without electronics using compressed gas. Read more about the innovation ...

By observing ants moving objects, researchers have developed an end effector that could make better robot grippers.

The research suggests that copying the hairy grips of ants’ mouthparts could improve robots’ ability to pick up and move ...

Past development of robotic handling systems has focused on making them like the human hand and equipping them with technologies such as machine learning. The new two-jawed parallel plate gripper ...