As difficult as it is for a human to learn ambidexterity, it’s quite easy to program into a humanoid robot. After all, a ...

I'm open to other people joining and helping to define what the club turns out to be,’ says local volunteer about monthly ...

A recent trial revealed that it could pick up soft foam blocks and jagged metal pieces without damage or loss of control.

An assistant professor at the University of Arkansas’s College of Engineering started developing a robotic gripper in 2020 ...

Researchers in Japan and Switzerland have revealed a giant robotic hand that could transform how communities prepare for and ...

Explore how researchers are using quantum computing to enhance the movement of robots, making them more efficient and smooth.

Harvard engineers developed a wearable robot powered by machine learning to help people with ALS and stroke regain arm and ...

In the company's latest video, a humanoid robot can be seen walking and crouching while it performs various tasks.

Reza Abiri is working to restore some independence for stroke survivors and people with physical disabilities through ...

As smart manufacturing demands higher precision and flexibility, Taiwan Chelic Co. is pivoting from traditional pneumatic grippers to electric grippers and biomimetic robotic hands. The company ...

The hand also detects force using sensors built into its fingers. These allow the robot to push objects with just the right amount of pressure, useful in manufacturing, where precision matters.

A Korean research team has now developed a “field-programmable robotic folding sheet” that can be programmed in real time according to its surroundings, significantly enhancing robots’ shape ...