“One day, these could be used in medicine or robotics – and anywhere else where things need to move at the touch of a button, said researchers in a statement.
Next-gen soft actuators
Artificial muscles could one day assist workers, aid mobility, or replace damaged tissue. However, replicating real muscle function remains a challenge. To match biological muscles, artificial versions must be powerful, elastic, and soft.
They are fundamentally dependent on actuators, which are parts that translate electrical information into motion. Although actuators are frequently found in automobile engines, industrial systems, and residences, their conventional designs are stiff and lack the flexibility of actual muscles.