The Food and Drug Administration has recently cleared the Atalante exoskeleton robot by Wandercraft. It is a machine that aids recovery during stroke rehabilitation and helps with intensive gait training. This is particular to patients that have limited upper body mobility which may be a struggle to implement other methods.
The new Atalante is self-balancing and powered by a battery. It also has an adjustable gait that is able to help with the early stages to create more natural walking in the later parts of therapy. Wandercraft is planning to deliver and roll out its first exoskeletons in America within the first quarter of this year. The hardware is still to be used for clinical purposes with assistance from therapists.
Recovery-Assisting Rehab Robots
Wandercraft's Exoskeleton is Designed to Aid Patient Rehab
Trend Themes
1. Rehabilitation Exoskeletons - The development of exoskeletons used specifically for rehabilitation purposes presents an opportunity for disruptive innovation in the healthcare industry.
2. Self-balancing Robots - The introduction of self-balancing robots presents an opportunity for disruptive innovation in the robotics industry, as they can be utilized for many applications outside of patient rehabilitation.
3. Adjustable Gait Technology - The emergence of adjustable gait technology for robots presents an opportunity for disruptive innovation in the healthcare industry, as it can be adapted for use in a variety of patient rehabilitation scenarios.
Industry Implications
1. Healthcare - The development and use of rehabilitation robots for patients with upper body mobility issues presents an opportunity for disruptive innovation in the healthcare industry.
2. Robotics - The creation of self-balancing robots, in particular robots designed for rehabilitation purposes, presents an opportunity for disruptive innovation in the robotics industry.
3. Therapy - The integration of adjustable gait technology presents an opportunity for disruptive innovation in physical therapy, as it can be tailored to individual patients and their rehabilitation needs.