A robotic brace that supports the neck during its natural motion is the first device shown to dramatically assist ALS patients in holding their heads and actively supporting them during range of motion.
Wearable device could improve communication between humans, robots
Researchers at in Houston, Boulder, and Nanjing, China, have developed a soft nanomembrane that could help people with wearable devices operate them more smoothly.
Myomo scales up production, training for MyoPro device for upper-body mobility
Myomo is working with contract manufacturers for its MyoPro assistive devices, which use sensors, algorithms, and motors to help wearers regain upper-limb function.
V3 of shoulderX exoskeleton from suitX includes new features to reduce worker strain
BERKELEY, Calif. — US Bionics Inc., doing business as suitX, this week announced the official launch of shoulderX V3, its third-generation wearable exoskeleton. The company said it is the world’s most advanced shoulder-supporting exoskeleton for use by automotive, construction, and shipbuilding workers. shoulderX augments its wearer by reducing forces at the shoulder complex, substantially reducing…
Industrial exoskeletons expand worker capabilities, to help healthcare
Many of the most visible demonstrations of exoskeletons have been for assisting people with disabilities. However, limitations of weight, power, and cost have resulted in slow rates of adoption. In the meantime, the technology continues to advance, with industrial exoskeletons providing application experience. While the majority of today’s $130 million wearable robotics market is for…