The Levitation brace is a high-tech knee brace, invented by a Canadian startup called Spring Loaded Technology, that is designed to make it easier for people to enjoy non-invasive wearable assistance.
The brace is equipped with a hinge that mechanically stores energy whenever the wearer's knee bends. The energy is routed back when the knee is straightened, giving the leg muscles an assist for the next step to improve performance and prevent injury. The brace is largely made out of carbon fiber for maximum flexibility and stability.
What's great about the Levitation knee brace is the fact that, in addition to helping people suffering from joint injuries, it can also be used as a performance-boosting and injury-preventing measure for people without any physical issues. It also makes for a less expensive option than exoskeletons.
Spring-Loaded Knee Braces
The Levitation Knee Brace Puts a Spring In Your Step
Trend Themes
1. Wearable Assistance - The Levitation knee brace demonstrates the potential for wearable devices to provide non-invasive assistance and support to individuals.
2. Energy Storage Technology - The hinge mechanism in the Levitation knee brace highlights the use of energy storage technology to enhance human performance and prevent injury.
3. Affordable Exoskeleton Alternatives - The Levitation knee brace offers a cost-effective alternative to exoskeletons, providing similar performance-boosting benefits at a lower price point.
Industry Implications
1. Healthcare - The Levitation knee brace presents an opportunity for innovation and disruption in the healthcare industry by offering a new approach to injury prevention and rehabilitation.
2. Sports and Fitness - The use of wearable assistance technology, as demonstrated by the Levitation knee brace, opens up possibilities for improving athletic performance and reducing the risk of injuries in the sports and fitness industry.
3. Personal Protective Equipment - The Levitation knee brace showcases the potential for advancements in personal protective equipment, providing enhanced support and stability for workers in physically demanding industries.