Left Knee Disarticulated Line
For Biking
This mechanical/hydraulic knee functions as a biking leg because it provides the highest leverage possible with current sockets. We are currently working on a new socket system to replace prosthetic knees in a symmetrical fashion. For knee disarticulated amputees, this 3R60 with KD suction system is by far the best we have ever tried! It provides stability when and where it's needed most. This kind of leg and system is ideal for those looking for a higher placement of the prosthetic knee.
For Walking
This C Leg offers great stability. We chose a microprocessor robotic system offering more functions in the case of tripping, going down stairs, or even firm holds while the knee is bent. This allows amputee a higher level of functional while the socket provides comfort. There is an option of a foot that constantly pumps air out of residual limb. There is a foot option that is designed to acquire stability on uneven surfaces and pumps air with every step.
For Running
This design has the lowest knee joint displacement and allows fast recoil for sprinting or running. We chose a mechanical system that offers a more natural running gait. This allows amputees to acquire a higher level of demand while still maintaining a high level of comfort. Attached to the front of this design is a pump system that removes air in a constant fashion, keeping the vacuum intact at all times.
Multi-Functioning
This design functions as an all-around leg. We chose a highly responding multi-microprocessor system offering a walking and running gait while still offering functions like going up and down stairs, holding stances, and waterproof abilities. This allows amputees the highest level of functionality in today’s market. The socket system also allows the highest level of stability and comfort.
For Comfort
This design has a higher knee joint placement that can function as a walking leg. We chose a mechanical system offering a more natural walking gait, along with shock absorption through adjustable stances. The chord is attached to a pump at the bottom of the foot, removing air with each step. With gradual pressure on the toe and heel, it keeps out air with a one way valve.