The Custom 3D Printed Exo-L is Designed to Prevent Ankle Sprains
Alyson Wyers — January 18, 2015 — Lifestyle
References: exo-l & springwise
If you have bad ankles, this 3D printed external ligament is designed to prevent ankle sprains. The Exo-L is made to order so it will protect you better than braces or tape. It helps strengthen the ankle as well and reduces sprains in even highly active wearers -- making it ideal for athletes and sportsmen.
To prevent ankle sprains, the Exo-L is placed over the Achilles tendon and strapped to the outside of your shoe using a special patch. Given braces can be uncomfortable and limit your flexibility and tape can be difficult to apply and rather expensive, the external device is an excellent option to stop your ankle from twisting. It only activates during dangerous moves, so it won't prevent normal activity.
To prevent ankle sprains, the Exo-L is placed over the Achilles tendon and strapped to the outside of your shoe using a special patch. Given braces can be uncomfortable and limit your flexibility and tape can be difficult to apply and rather expensive, the external device is an excellent option to stop your ankle from twisting. It only activates during dangerous moves, so it won't prevent normal activity.
Trend Themes
1. Customized 3D Printing - The use of 3D printing technology enables the creation of personalized external ligaments, providing a disruptive innovation opportunity for the healthcare and sports industries.
2. Ankle Injury Prevention - The development of Exo-L, an external ligament designed to prevent ankle sprains, presents a disruptive innovation opportunity for the sports and wellness industries.
3. Wearable Technology for Injury Prevention - The integration of wearable technology in the form of the Exo-L external ligament offers a disruptive innovation opportunity for the fitness and healthcare sectors, allowing for real-time monitoring and prevention of ankle sprains.
Industry Implications
1. Healthcare - The creation of custom 3D printed external ligaments, such as the Exo-L, offers a disruptive innovation opportunity for injury prevention and rehabilitation in the healthcare sector.
2. Sports - The introduction of the Exo-L external ligament, specifically designed for athletes and sportsmen, provides a disruptive innovation opportunity in the sports industry by enhancing ankle injury prevention and performance.
3. Wellness - The utilization of wearable technology, exemplified by the Exo-L external ligament, presents a disruptive innovation opportunity in the wellness industry, allowing individuals to proactively prevent ankle sprains and maintain optimum physical health.
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