The last person you'd think would need extra work stayed 30 minutes after Bengals minicamp practice as Joe Burrow fights to get wrist back to pre-surgery level.

This paper presents an elbow-wrist exoskeleton with five degrees of freedom (DoFs). Using geared bearings, slider crank mechanisms, and a spherical mechanism for the wrist and elbow modules, this ...

The same exoskeleton principles that protect grasshoppers, crabs and similar creatures could also help protect the 25,000 or so workers in the job with the highest injury and fatality rates in ...

A paralyzed woman and her companion walk together along a scenic bridge using the all-new ReWalk 7 Personal Exoskeleton from Lifeward ...

Lifeward (Nasdaq:LFWD) announced today that it launched the next-generation ReWalk 7 personal exoskeleton in the United States.

Tennis players with repetitive strain injuries like tennis elbow focus on wrist and elbow exoskeletons and can reduce recovery time by up to 40%.

In this letter, the authors proposed a new wrist exoskeleton designed to provide kinesthetic feedback to the wrist user's joints for rehabilitative, teleoperation, and virtual environment interaction ...

A research paper by scientists at The University of Electro-Communications developed a new socket and prosthetic hand control system that does not interfere with the wrist joint motion. This ...

Its sensor technology is built into a small glove that wraps around the wrist and fingers. A screen detects the hand and prompts movements through games and piano lessons, making physical therapy ...

An exoskeleton powered by air can flex the wrists with a rotation approaching that of the natural joints. Such a device could help people rehabilitate from wrist-related injuries at home by ...

Humanoid robots may represent the workforce of the future. But wearable technologies like exoskeletons can make today’s workers stronger, faster, healthier contributors.