Scaling up biohybrid robots has been difficult due to the weak contractile force of lab-grown muscles, the risk of necrosis in thick muscle tissues, and the challenge of integrating biological ...

AI-powered prosthetics are advancing but still struggle to fully replicate human hand dexterity and sensory feedback.

Researchers from the University of Tokyo and Waseda University in Japan have developed a biohybrid robot hand powered by lab-grown human muscle tissue, capable of performing complex gestures like a ...

The hand is made of a 3D-printed plastic base, with tendons of human muscle tissue which move the fingers. Until now, biohybrid devices have typically been on a much smaller scale (about 1 ...

Poland-based Clone Robotics designed the Protoclone with a polymer skeleton that replicates 206 human bones. The company built the robot with the hopes that it will one day be able to operate human ...

Learn about the groundbreaking bionic hand that provides sensory feedback, and outperforms traditional prosthetics in accuracy.

Johns Hopkins University engineers have created a groundbreaking prosthetic hand that can grip everyday objects like a human ...

Pioneering prosthetic hand carefully conforms and adjusts its grasp to avoid damaging or mishandling whatever it holds ...

This new bionic hand is a big step forward. It translates touch signals into nerve-like messages, helping the brain ...

The hand is made of a 3D-printed plastic base, with tendons of human muscle tissue which move the fingers. Until now, biohybrid devices have typically been on a much smaller scale (about 1 ...

Developed by Johns Hopkins University researchers, the bionic hand identified and manipulated 15 everyday objects, including ...

The hand is made of a 3D-printed plastic base, with tendons of human muscle tissue moving the fingers. Until now, biohybrid devices have typically been on a much smaller scale (about one ...