MARS WELLNESS Premium Short Air Cam Walker Boot - Large - Fracture, Sprained Ankle/Foot Stabilizer - Broken Toe Walking Boots for Men or Women
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MARS WELLNESS Premium Short Air Cam Walker Boot - Large - Fracture, Sprained Ankle/Foot Stabilizer - Broken Toe Walking Boots for Men or Women
MEDICAL ANKLE BOOT - The Mars Wellness walking boot was designed to treat soft tissue injuries, grade 2 and 3 sprains, stable fractures and sprained ankle. It is also a great walking boot for stress fracture.
INFLATABLE AIR BLADDER - The Mars Wellness Cam Boot uses a premium inflatable air bladder on our walking cast boot providing custom compression to the foot and ankle, increasing stability and decreasing swelling.
COMFORTABLE - Super comfortable foam liner with hook and loop fastening straps allow for quick and easy fitting and adjustment. Sole is designed with a foot rocker.
QUICK RELEASE AIR VALVE - Designed with a push button quick release air valve. We designed our ankle boots for women and men using a metal push button air release valve, lift up the plastic button cover to access.
UNIVERSAL AND UNISEX FIT - The Mars Wellness short air cam orthopedic boot will fit perfectly on either foot, and can work for both men and women . Please flip through the images to see the size chart. This medical boot is great for many conditions. Please let us know if you have any questions.
Short cam walkers are designed for forefoot fractures, soft tissue injuries, and moderate ankle sprains. They provide the necessary immobilization required for proper healing to occur, while allowing early, safe weight bearing. Our Mars Air Short (low top) Cam Walker boot (also known as, Fracture Boot, Air Cast, Cam Boot, Foot brace, Ankle Boot, Ankle Walker, Ortho Boot and a variety of other names) offers adjustable inflation which allows the patient to inflate an air bladder to the needed compression for increased stabilization of their injury. Air cast cam walker fracture boots accommodate different swelling patterns that often occur during the recovery process.