NeuroRobotics Overview

NeuroRobotics is a new category of non-invasive medical device technology developed to help individuals relearn how to move partially paralyzed limbs without requiring electrical stimulation or surgical procedures of any kind.

NeuroRobotics is designed to enable individuals to self initiate and control movement of affected muscles using their own biological signals. With this capability, non-invasive NeuroRobotics simultaneously engages and reinforces both neurological and motor pathways.

The goal is that through repetitive training that reinforces normal movement patterns, people who have suffered a neurological injury may improve mobility without wearing the device and in some cases, it has been effective, no matter how long ago the injury occurred.

Myomo's award-winning, NeuroRobotics platform technology serves as a reusable building block for the development of new Myomo products and expanded indications. In development since 2002, NeuroRobotics was pioneered by Myomo co-founders through MIT research and collaboration with prominent medical experts affiliated with Harvard Medical School.

Click here for information on Myomo clinical trials.