Every year, millions of people suffer from foot and ankle injuries, ranging from fractures and ligament sprains to chronic conditions like plantar fasciitis. These injuries not only cause pain and mobility limitations but also impact daily life, work, and overall well-being.
Long periods of immobilization lead to muscle atrophy, joint stiffness, and a longer rehabilitation process.
Crutches and knee scooters require upper body strength and limit hands-free movement, making daily tasks difficult.
Limited movement increases the risk of blood clots, loss of muscle mass, and poor circulation, leading to further health concerns.
Traditional treatment methods rely heavily on immobilization, which can do more harm than good. Walking boots, crutches, and knee scooters have long been the standard, yet they come with significant drawbacks:
Patients deserve a solution that promotes healing while preserving mobility. A device that enables movement without compromising protection can transform the recovery process, preventing complications and improving patient outcomes.
This is where the Offloading Exoskeleton Boot (OEB) comes in—offering a revolutionary way to recover without sacrificing mobility or independence.
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