Custom Bracing

A custom-fabricated SMO that stabilizes the ankle to provide medial-lateral ankle support with limited plantar- and dorsi-flexion. Provides stabilization to the ankle, subtalar and mid-tarsal joints. The SMO 3D is lower profile than the standard Gauntlet AFO, which extends just promixal to the malleoli.

A custom-fabricated AFO that stabilizes the ankle to provide medial-lateral ankle support with limited plantar- and dorsi-flexion. Provides stabilization of the ankle, subtalar and mid-tarsal joints. The Gauntlet 3D Comfort is taller than the SMO, which extends an additional 3" proximally.

A custom-fabricated AFO that stabilizes the ankle to provide medial-lateral ankle support with limited plantar- and dorsi-flexion. Provides stabilization of the ankle, subtalar and mid-tarsal joints. The Gauntlet 3D Plus AFO is taller than the SMO 3D, which extends an additional 3" proximally.

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, low-profile rigid thermoplastic AFO design with free motion that stabilizes the ankle to provide medial-lateral ankle support and reduce forefoot abduction or adduction. Holds the ankle in subtalar neutral position and provides 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.

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 AFO that stabilizes the ankle, providing medial-lateral ankle support while eliminating plantar- and dorsi-flexion. Holds the ankle in a rigid position at all times, stabilizing the ankle, subtalar and mid-tarsal joints. Lacer/Velcro upper construction to allow for maximum conforming around the calf belly which unloads the weight at the foot and ankle. This design eliminates plantar-flexion, allowing toe clearance through the swing phase of gait to provide a more natural gait.

A custom-fabricated, rigid, carbon thermoplastic prosthesis that stabilizes the ankle, providing medial-lateral ankle support. Holds the ankle in a rigid position at all times. This design allows for a longer toe lever for a patient having a partial foot amputation, returning their third rocker in gait. The longer toe lever also offers improved balance throughout all phases of gait.

A custom-fabricated, dynamic, pre-preg AFO that stabilizes the ankle, providing medial-lateral ankle support and reducing forefoot abduction or adduction and improving standing balance. Engineered individually per patient’s height, weight and activity level. Provides stabilization to the ankle, subtalar and mid-tarsal joints. This design limits plantar-flexion allowing toe clearance through the swing phase of gait. The carbon fiber material is dynamic and it stores energy to aid in ambulation.

A custom-fabricated, dynamic, pre-preg AFO that increases stability with a modular molded inner boot, which provides increased medial-lateral ankle support and reduces forefoot abduction or adduction to improve standing balance. Engineered individually per patient’s height, weight and activity level. Provides stabilization to the ankle, subtalar and mid-tarsal joints. This design limits plantar-flexion allowing toe clearance through the swing phase of gait. The prepreg material is dynamic and it stores energy to aid in ambulation.

A custom-fabricated, dynamic-response, carbon-fiber AFO that stabilizes the ankle, providing medial-lateral ankle support while reducing forefoot abduction or adduction. Provides stabilization to the ankle, subtalar and mid-tarsal joints. This design limits plantar-flexion, allowing toe clearance through the swing phase of gait. The carbon fiber posterior strut is dynamic as it stores energy to aid in ambulation. The strut comes in six different durometers which can be interchanged in the tuning process and it can also be aligned using different wedges to offer more plantar- or dorsi-flexion.

A custom-fabricated, dynamic-response, carbon fiber AFO that stabilizes the ankle support while reducing forefoot abduction or adduction. Provides stabilization to the ankle, subtalar and mid-tarsal joints. This design limits plantar-flexion, allowing toe clearance through the swing phase of gait. The carbon fiber posterior strut is dynamic as it stores energy to aid in ambulation. The strut comes in nine different durometers which can be interchanged in the tuning process and it can also be aligned using different wedges to offer more plantar- or dorsi-flexion. This adaption provides injury-specific deflection, energy storage and power, all while maintaining control and minimizing pain.

A custom-fabricated, dynamic-response, pre-preg carbon fiber AFO that stabilizes the ankle, providing medial-lateral ankle support and improving standing balance. Engineered individually per patient’s height, weight and activity level. The dynamic strut stores energy to allow for more efficient ambulation. This design allows for a longer toe lever for a patient having a partial foot amputation, returning their third rocker in gait. The longer toe lever also offers improved balance throughout all phases of gait. *Chopart Molded Inner Boot Shown.

A custom-fabricated, dynamic-response, carbon-fiber AFO that stabilizes the ankle to provide medial-lateral ankle support. The carbon fiber posterior strut is dynamic as it stores energy to aid in ambulation. This design allows for a longer toe lever for a patient having a partial foot amputation, returning their third rocker to gait. The longer toe lever also offers improved balance throughout all phases of gait. The strut comes in six different durometers that can be interchanged in the tuning process. The posterior struts can also be aligned using different wedges to offer additional plantar- or dorsi-flexion, depending on the patient's needs.

A custom-fabricated, dynamic-response, pre-preg carbon-fiber KAFO that stabilizes the knee, providing medial-lateral and anterior-posterior support while eliminating knee hyperextension or knee buckling. Engineered individually per patient’s height, weight and activity level. Controls genu varum or valgum moments at the knee while keeping the knee joint stable. This design holds the ankle in a subtalar neutral position and eliminates plantar-flexion allowing toe clearance through the swing phase of gait, improving standing balance. Carbon fiber provides the strongest yet lightest material option available.

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.

A custom-fabricated rigid, thermoplastic KAFO that stabilizes the knee, providing medial-lateral and anterior-posterior support while eliminating knee hyperextension or knee buckling. Controls genu varum or valgum movements at the knee while keeping the knee joint stable. This design holds the ankle in subtalar neutral position and eliminates plantar-flexion allowing toe clearance through the swing phase of gait. Drop-lock KAFO is the simplest design, featuring two rings that "lock" into place upon standing. Optional ball retainers can be inserted so the KAFO can be free motion.