It is the first magnetically controlled prosthetic hand that allows amputees to reproduce all movements simply by thinking and to control the force applied when grasping fragile objects. No wires, no electrical connection, only magnets and muscles to control the movements of the fingers and enable everyday activities such as opening a jar, using a screwdriver, picking up a coin.

Desarrollan la primera prótesis biónica que funciona con imanes en vez de electrodos: “Parece mi propia mano”

Eldiario.es

Spain

They develop the first bionic prosthesis that works with magnets instead of electrodes: “It looks like my own hand”

Medical Xpress

Research team develops the prosthesis of the future, the first in the world with magnetic control

A team of Italian researchers designs a prosthetic arm that works thanks to small magnets inserted into muscles to detect movement, with very promising results
Newspaper library - From not being able to grasp objects to doing a Rubik's cube: an electrical stimulator improves mobility in quadriplegic people
Two years after losing his left hand in an accident, Daniel can pick up an egg without breaking it, use a screwdriver or cut bread with a kni…

Un equipo de investigadores italianos diseña un brazo protésico que funciona gracias a pequeños imanes insertados en los músculos para detectar el movimiento, con resultados muy prometedores
Hemeroteca - De no poder agarrar objetos a hacer el cubo de Rubik: un estimulador eléctrico mejora la movilidad en tetrapléjicos
Dos años después de haber perdido su mano izquierda en un accidente, Daniel puede coger un huevo sin romperlo, usar un destornill…

Media Bias/Fact Check

Italian scientists design a technology that allows the movements of a prosthetic device to be controlled without using cables or electrical connections, an avenue for the development of new prostheses

Cient�fics italians dissenyen una tecnologia que permet controlar els moviments d'una m� prot�tica sense utilitzar cables ni connexions el�ctriques, un aven� per al desenvolupament de noves pr�tesis

"És com moure la pròpia mà": proven amb èxit una pròtesi sense cables que funciona amb imants

CCMA

'It's like moving your own hand': They successfully test a wire-free prosthesis that works with magnets

(AGENPARL) - Wed, September 11, 2024 It is a completely new system capable of controlling the movements of a robotic hand, giving the amputee the opportunity to perform daily actions such as opening a jar or using a screwdriver. “The trial on the first patient has been successfully concluded. We are ready to extend these results to a wider range of amputations,” says Prof. Christian Cipriani
“It's like moving your hand.” A research team from the…

(AGENPARL) – mer 11 settembre 2024 È un sistema completamente nuovo in grado di controllare i movimenti di una mano robotica, restituendo alla persona amputata la possibilità di compiere azioni quotidiane come aprire un barattolo o usare un cacciavite. “Si è conclusa con successo la sperimentazione sul primo paziente. Siamo pronti a estendere questi risultati su una casistica più ampia di amputazioni” dichiara il prof. Christian Cipriani
“È come…

Comunicato stampa “È come muovere la propria mano”. Un team di ricerca della Scuola Superiore Sant’Anna di Pisa ha realizzato la protesi del futuro, la prima al mondo a controllo magnetico

Agenparl

Press release “It's like moving your hand.” A research team from the Sant'Anna School of Advanced Studies in Pisa has created the prosthesis of the future, the first magnetically controlled prosthesis in the world

(Adnkronos) - It is the world's first magnetically controlled hand prosthesis, capable of reproducing the movements designed by the wearer and of dosing force when grasping fragile objects. No wires, no electrical connection, only magnets and muscles that control finger movements and allow you to perform daily actions such as [...]

(Adnkronos) – È la prima protesi di mano al mondo a controllo magnetico, capace di riprodurre i movimenti pensati da chi la indossa e di dosare la forza quando si afferrano oggetti fragili. Nessun filo, nessuna connessione elettrica, solo magneti e muscoli che controllano i movimenti delle dita e permettono di compiere azioni quotidiane come […]

Research team develops the prosthesis of the future, the first in the world with magnetic control

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