Short Description
Maxtrax 2.0 Air Tall Walker provides customized healing with superior pneumatic support. Adjustable, malleable struts and adjustable velcro closures offer superior injury protection.Maxtrax 2.0 Air Walker provides a personalized fit, trusted support, and enhanced comfort. The walking boot offers innovative pneumatic technology that is engineered for customized healing. MaxTrax 2.0 Air offers next-level support with an adjustable dual air-cell system to maintain limb contact for improved stability and accommodate changes in edema. The boot's pump and release valve are conveniently located on the side of the boot, instead of directly in the front, for use with knee scooters. Customizable malleable double uprights, versatile cross-strapping options, adjustable straps, a unique molded foam insole with trimmable rounded counter heel and a low-profile footbed with non-slip rocker sole, promote a comfortable, personalized fit.
Procare Maxtrax 2.0 Air Walker Features:
- Convenient side-mounted pump and release valve on pneumatic styles
- Customizable malleable Uprights: hybrid plastic and metal construction accommodate post-trauma requisites
- Cross-strapping versatility for a customized fit
- Accommodates a wider range of leg and foot sizes with improved boot length and liner circumference
- Promotes a natural gait and shock absorption with optimized, low-profile footbed and non-slip rocker sole
- Adjustable straps allow for repeatable application and flexibility to move around bandages or hot spots
- Adjustable dual air-cell system to maintain limb contact for improved stability and accommodate changes in edema
- Improved heel stability: Achilles strap helps to secure heel during wear and may be removed as needed
- Customizable fit and improved comfort with unique molded foam insole. Raised rounded counter heel is fully trimmable to accommodate surgical sites
Recommended Manufacturer HCPC: L4360
The Maxtrax 2.0 Tall Air Walker is indicated for:
- High ankle sprains
- Grade II/III ankle sprains
- Post-operative recovery