Traditional

A custom-fabricated, semi-rigid, thermoplastic AFO that stabilizes the ankle, providing medial-lateral ankle support with limited plantar- and dorsi-flexion. Provides stabilization to the ankle, subtalar and mid-tarsal joints. This design limits plantar-flexion, allowing toe clearance through swing phase of gait to provide a more natural gait.

A custom-fabricated, rigid, thermoplastic AFO that stabilizes the ankle providing medial-lateral ankle support while eliminating plantar- and dorsi-flexion. Holds the ankle in subplantar neutral position and provides stabilization to the ankle, subtalar and mid-tarsal joints. This design eliminates plantar-flexion, allowing toe clearance through the swing phase for a more natural gait.

A custom-fabricated, rigid, thermoplastic AFO that stabilizes the ankle, providing medial-lateral ankle support while eliminating plantar- and dorsi-flexion. Holds the ankle in subtalar neutral position and provides stabilization to the ankle, subtalar and mid-tarsal joints. This design eliminates plantar-flexion to allow toe clearance through the swing phase of gait for a more natural gait. This unique brace allows for future articulation at the ankle when the patient reaches that point in their rehabilitation.

A custom-fabricated, hinged, rigid thermoplastic AFO design that stabilizes the ankle, providing medial-lateral ankle support and reducing forefoot abduction or adduction. Holds the ankle in a subtalar neutral position, providing stabilization to the ankle, subtalar and mid-tarsal joints. This AFO manages abnormal motion or severe pronation in the transverse and frontal planes. Constructed with either dorsi- or plantar-flexion assist or resist joints and available with posterior stop options or free motion design.

A custom-fabricated rigid, thermoplastic KAFO that stabilizes the knee, providing medial-lateral and anterior-posterior support to allow for free motion of the knee, while eliminating knee hyperextension. This design holds the ankle in a subtalar neutral position and eliminates plantar-flexion, allowing toe clearance through the swing phase of gait.