HiFi™ Interface System
- Biochemical Design Locks Bone into Place Making Limb Rotation Very Difficult
- Significantly Lower Trim Lines
- Better Control While Using Less Energy
- Greater Range of Motion
- Reduced Heat
- More Comfortable Overall
- Makes Prosthesis Feel Like It’s a Part of Your Body
- Less Bone Movement within Interface Itself
Having an inner flexible interface surrounded by a frame with struts and windows is a common approach that has been used for a long time. A traditional frame style socket is designed to save a small amount of weight while theoretically allowing some room for contracting muscles to bulge against the flexible material not backed by the rigid frame. It applies a global compression to the entire limb. This is not the same as applying the biomechanical principles of alternating compression and release, a hallmark of the High-Fidelity design. In the High-Fidelity Interface the level of compression imparted by the struts displaces a significant amount of your limb’s soft tissue out through the windows or release areas depending on the style of High-Fidelity Interface chosen. The reduced volume of tissue “left behind” allows the compression struts to get closer to the underlying bone because there is simply less soft tissue in the way. By being closer to the underlying bone, there is less ability for the bone to move within the interface itself, a common problem with traditional sockets. http://www.biodesigns.com/hifi.html
Who is a candidate for HiFi?
Upper and lower limb wearers have had great success fitting into HiFi, especially those amputees in need of greater stability and comfort. Although most amputees can benefits from the HiFi design, it is extremely effective for those who are very active and demanding on their prosthesis. Want to find out if you’re a potential HiFi candidate, call to schedule your complimentary in office evaluation in our HiFi Simulator, call 504-500-1349.
Try our HiFi simulator at no cost
Want to find out if you’re a potential HiFi candidate? Call to schedule your complimentary in office evaluation in our HiFi Simulator, call 504-500-1349.
Looking to directly address the complaints of many prosthetic limb wearers, we spent years researching and developing a system that would alleviate pressure, make sustained prosthetic wear more comfortable and minimize callous buildup in both above- and below-the-knee prosthetics. We, and the patients who have experienced this new proprietary technology, could not be happier with the prosthesis developed: We are proud to introduce you to the SoftSocket™
How the SoftSocket™ is Different
Where traditional prosthetic limb systems use various forms of padding and vacuuming, none have ever quite worked so well as the SoftSocket™ to offer benefits in all aspects of prosthetic suspension. Using the natural ambulatory movement of the wearer, the SoftSocket™ pulls air from the socket. This light pulling effect helps address comfort to eliminate fatigue by adding a gentle and reassuring pressure against the soft tissue and fluids of the residual limb.
All of this works together to make a prosthetic socket system that offers greater stability and peace of mind while addressing a number of concerns that only amputees could understand, including:
- Reduced perspiration in the socket
- Heightened suspension
- Better daily volume management
- ZERO skin breakdown
- Improved range of motion
- Unprecedented comfort in prosthetic systems
- Optimal Balance & Control
Where the SoftSocket™ System really shines is through an increase in proprioception, which is what gives your body a sense of its position through the signals sent to your brain through various nerve endings. The reason this socket works so well to help your body respond to the stimuli in the residual limb is due to all the benefits mentioned above. By eliminating air pockets, reducing perspiration and increasing comfort while implementing a secure f:t between limb and prosthesis, the socket doesn’t slip, slide or shift at any point whether using it for regular or active wear. This makes the sensory signals sent to the brain incredibly more reliable than those of traditional socket systems and has been praised by long-time prosthetic wearers as a true improvement to their quality of life.