Boasting one of the world's lightest frames, this exoskeleton delivers 900W of peak power to double your strength and ...

A new wearable uses boron nitride nanotubes and AI to monitor knee torque in real time, offering accurate, low-cost joint ...

To achieve this goal, a knee exoskeleton design with a direct drive and a novel electronic board was designed and manufactured to capture the energy generated by the wearer’s movements and convert it ...

Ergonomic Research Highlights Role of Exoskeletons in Preventing Work Related Injuries New studies point to the importance of early intervention and biomechanical innovations in reducing long-term ...

German Bionic has unveiled its latest wearable exoskeleton — and it comes equipped with an AI brain.

AI exoskeleton gives wheelchair users the freedom to walk again Wandercraft's Personal Exoskeleton is about helping people stand tall, connect with others and live life on their own terms.

Exoskeletons are currently being tested for their effectiveness in barring at one of Sibanye-Stillwater’s operations as part of the Fall of Ground Action Plan (FoGAP), with positive results so ...

Pitchers using exoskeletons have shown a 35% increase in shoulder mobility. In skiing, specific exoskeletons are used to assist with knee support, which helps reduce the risk of re-injury on the ...

Exoskeletons can reduce injuries and boost productivity—but choosing the right one is critical. Discover key questions safety pros must ask before investing.