Push-OFF
Lift
Energy Storing Prefabricated AFO
Energy Storing Foot Drop AFO
This Ankle Foot Orthosis was designed to replace the
function of the calf muscles. There are numerous pathologies and traumatic incidents that impair or complicate the
normal calf muscle function. The posterior calf muscles
provided normal knee stability in stance, standing balance.
It also provides propulsion in late stance phase of gait, for
the transfer of weight to the other extremity.
This Ankle Foot Orthosis was designed to Que the function
of the calf muscles in late stance. The posterior calf muscles
provided normal knee stability in stance, standing balance. It
also provides propulsion in late stance phase of gait, for the
transfer of weight to the other extremity. Conventional orthoses designs limit the motion of the foot to Swing phase to
clear the toe. Unfortunately this also limits motion during
Stance phase witch reduces the patients ability to push off
and initiate early Swing phase.
Push-OFF
Energy Storing AFO
This Ankle Foot Orthosis was designed to replace the
function of the calf muscles. There are numerous pathologies and traumatic incidents that impair or complicate the
normal calf muscle function. The posterior calf muscles
provided normal knee stability in stance, standing balance.
It also provides propulsion in late stance phase of gait, for
the transfer of weight to the other extremity.
Lift
Energy Storing AFO
This Ankle Foot Orthosis was designed to Que the function
of the calf muscles in late stance. The posterior calf muscles
provided normal knee stability in stance, standing balance. It
also provides propulsion in late stance phase of gait, for the
transfer of weight to the other extremity. Conventional orthoses designs limit the motion of the foot to Swing phase to
clear the toe. Unfortunately this also limits motion during
Stance phase witch reduces the patients ability to push off
and initiate early Swing phase.