The Future of Prosthetics
There is a need to utilise technology to satisfy the needs of amputees. The principle would be to understand the exact requirements of amputees and replace the lost function. Modern prosthetic knee joints are utilising the latest microprocessor technology, such as the C-leg offered by Otto Bock, however this technology is expensive and the products are limited due to budget restraints.
Using knowledge of biomechanics in the design of various foot/ankle and hand devices illustrates the attempts to replace lost function.
Reviewing the design of current sockets and the choice of materials used as the interface between the socket and the stump remains the most economically viable solution to meet the aspirations of modern amputees.
The focus seems to be on using knowledge and technology to meet the needs of young, active amputees and to then use these developments to meet the needs of the average and elderly amputees.
- Transplant
- Osseointegration
- Mechatronics – modular robotics, nano technology
- Adaptive controls – making technology invisible
- Socket design – applying technology to improve socket design such as using dynamic stump socket interface assessments. Reviewing the design of current sockets and the choice of materials used as the interface between the socket and the stump remains the most economically viable solution to meet the aspirations of modern amputees.
- CAD/CAM computer aided design and computer aided manufacturing (CAD/CAM) technology in prosthetics.
- Adaptive prosthesis
