Motors and end effectors come in many shapes and sizes but, compared to actuators that focus on position control, end ...

And small, nimble robots don’t compress the soil as they move over it, so they help maintain soil health. Our work focuses on designing an end-effector for robotic cotton harvesting. An end-effector ...

Agri-tech startup Nanovel recently unveiled its one-of-a-kind AI-powered system designed to harvest citrus fruit with the ...

Universal Robots ( Novi, MI) showcased the increased payload capacity on its new-generation, high-payload cobots UR20 and ...

Drilling and tapping end effectors consist of tooling adapted to connect to the end of robotic arms. Their objective is to interact with the local work environment according to the activity they are ...

Join us for our Robot Roundtable taking place Nov. 20 at 12PM ET and sponsored ... Hear the latest about what's available in ...

In order to address that shortcoming, a team led by ETH Zurich roboticists Dylan Vogel and Robert Baines started off by swapping an ANYmal robot's feet for four "hooked end effectors." These C ...

Boston Dynamics Inc. released a new video of its Atlas humanoid robot today. The video shows the electric robot handling ...

A Swiss-engineered robot can climb ladders, showing why it's at the cutting edge of autonomous robotic solutions for harsh industrial settings.

A novel robotic teleoperation system using AR and digital twins enhances EoL EV battery disassembly, improving efficiency and ...

Typically, robot components include a base, body, motor, drive, input device, controller, end effectors, and sensors. Software is also a critical component in operating modern industrial robots.

Robot Roundtable will discuss how you can advance your operations with robots and cobots.