Short Description
DISCONTINUED PRODUCT: Click here for the manufacturer's recommended substitution. Donjoy's Low Tide Cam Walker provides comfortable stability for a wide variety of injuries of the foot and ankle, and fractures. Economical low top boot design.
The Low Tide Cam Walker provides comfortable stability for a wide variety of injuries of the foot and ankle, and stable fractures of the lower leg. It's an economical model used for treating ankle sprains, forefoot injuries, stress fractures of the lower leg, and fractures of the foot. It features plastic uprights on the sides to provide support and stability for acute ankle sprains, forefoot and soft tissue leg and ankle injuries for proper healing. The foam liner is both soft to the touch and easy to apply with its standard hook and loop fastener strips.
The Low Tide cam walker boot has five adjustable straps to properly secure your foot inside for a great fit for all-day comfort. The rocker bottom sole makes walking much easier and promotes a natural gait pattern to reduce stress on your knee and hip joints. The Donjoy Low Tide Walker has rounded edges on the front of the toe box for easier maneuverability. The liner can also be hand washed for proper hygiene as well making this one of the easiest walkers for anyone to apply right out of the box for immediate use.
Donjoy Low Tide Walker Features:
- Low profile design for patient comfort.
- Provides comfortable stability for acute foot and soft tissue injuries.
- Cross strapping across the ankle for better fit and foot stabilization.
- Rocker bottom sole makes walking much easier on your joints.
- Rounded toe edges for maneuverability.
- Low height uprights is ideal for acute ankle sprains soft tissue injury of the lower leg stress fractures of the lower leg
- Shorter than High Tide Walker.
- Washable liners.
Recommended Manufacturer HCPC: L4386
The Low Tide Cam Walker is indicated to treat:
- Acute ankle sprains.
- Forefoot and midfoot sprains and strains.
- Stress and stable fractures of the foot.
- Soft tissue injuries.