Berkeley engineers have developed magnetically controlled soft actuators that mimic the “bone-in-flesh” structure of human limbs. Ultrafast and highly precise in their movements, these bioinspired actuators are easily made with low-cost, off-the-shelf components — qualities that may lead to their expanded use in soft robotics systems. In a study published in the journal Advanced Functional Materials,… The post Researchers design soft actuators that mimic ‘bone-in-flesh’ structure of human limbs