Carbon Fiber Footplates

For the metatarsal amputee who retains the functions of the foot, a specifically selected interchangeable carbon foot plate with filler and arch support is fitted to one’s shoe. This design provides push-off and propulsion to those who are missing toes.

Carbon Fiber Ankle Foot Prostheses

An ankle- foot prosthesis is for an individual who has lost a foot at the tarsal/metatarsal level. The prosthesis extends from under the remaining foot up the lower leg to provide dorsi flexion and push off.

Trans Tibial Prostheses (Below Knee)

A Trans-tibial Prosthesis (BK) consists of a custom- made socket, designed by the prosthetist from a computer scan or cast, to incorporate specific weight bearing areas which add comfort and stability to the remaining limb. The three main types of socket design consist of suction, pin and shuttle lock and vacuum assisted suspension all utilizing silicone type liners.  Numerous prosthetic feet are available and are chosen depending on the patient’s weight and activity level. The feet range from every day walking feet to running blades. 

Trans Femoral Prostheses (Above Knee)

The socket design is a critical element in the Above- Knee Prosthesis. Silicone liners along with pin suspension, lanyards or suction suspensions can be used. A variety of knee units can be chosen ranging from constant friction designed to microprocessor controlled which provides the patient with maximum stability and the ability to adjust to different speeds when walking. A prosthetic foot is chosen to complement the function of the knee unit. Your prosthetist will discuss specific recommendations with you. 

C-LEG

Unlike conventional prosthetic systems, the C-Leg minimizes the risk of falling immediately and users can tackle uneven terrain or descend stairs without thinking about every step. The revolutionary microprocessor that controls the C-Leg receives feedback from multiple sensors 50 times a second, allowing the knee to anticipate your next move and make adjustments in real time. This unique hydraulic leg system features a microprocessor-controlled stance and swing phase and uses cutting-edge technology to provide maximum stability. The C-Leg is one example of a microprocessor knee that is  available to the amputee today.

Hip Disarticulation and Hemipelvectomy Prostheses

These socket designs provide single limb stance stability and generally encompass the entire pelvis. An articulating hip joint and appropriate knee and foot are used. This level of amputation has always demanded the most physical exertion by the amputee to walk. However, new technology has provided an electronic hip joint to compliment an electronic knee which enables this level of amputee to walk with less energy expenditure.