
Revolution in Prosthetics: Soft Robotic Hand Uses Nerve Signals for More Natural Control
Recent advancements in prosthetics have sparked significant interest among both specialists and patients. Scientists have developed a soft robotic prosthetic hand capable of utilizing nerve signals for more natural control. This technology, developed by a team from Johns Hopkins University and the Applied Physics Laboratory, aims to restore finer control for users, marking a significant breakthrough in the medical field.
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New Soft Robotic Armband: Hope for Prosthetic Hand Users
Researchers have developed an innovative robotic armband that gives prosthetic hand users the ability to control their devices more easily and naturally. This breakthrough has been made possible through the use of flexible technology, which changes the approach to controlling prostheses, allowing them to more accurately replicate the movements of a natural hand.
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