A KAFO is a long-leg orthosis that spans the knee, the ankle, and the foot in an effort to stabilize the joints and assist the muscles of the leg. While there are several common indications for such an Orthosis, muscle weakness and paralysis of the leg are the ones most frequently identified.

C-Brace is the world’s first mechatronic stance and swing phase control orthosis (SSCO®) system, which controls both the stance and swing phase hydraulically with microprocessor sensor technology. The functionality of conventional paralysis …

The C-Brace is the first-ever KAFO that allows users to flex their leg under load (in order to sit down, for example), and to navigate slopes, walk on uneven terrain, or descend stairs step-over-step. And the C-Brace has even more to offer.

The latest innovations, whether simple or complex, offer breakthroughs for those challenged by muscle weakness and paralysis of all types. From the unique C-Brace to the innovative E-MAG Active or secure FreeWalk, our leading KAFOs help get your patients moving at the speed of life.

Microprocessor knee-ankle-foot orthoses (MPKAFOs) regulate stance and swing control with microprocessor sensor technology, providing stumble recovery and controlled knee flexion to reduce fall risk and increase mobility.

Knee Ankle Foot Orthoses (KAFO) are custom leg braces designed to support and stabilize the knee, ankle, and foot, enhancing mobility and safety for individuals with lower limb instabilities. These orthoses are particularly beneficial for patients with broken bones, arthritic joints, hyperextension of the knee, muscle weakness, or paralysis.

Dec 19, 2022 · A knee-ankle-foot orthosis (KAFO) is a leg brace customized to an individual's specific needs. It spans the length from above the knee to the ankle and foot to support the muscles, stabilize the joints and assist safe movement.

KAFOs are available in premium and ultra-lightweight designs. They can be customized with different thigh cuff positions and can be used in combination with any AFO style offered. The carbon fiber structure can allow for unilateral or bilateral joint use.