Developed as part of a project by researchers at Chalmers University of Technology in Sweden and prosthetic company Integrum AB, this artificial joint is helping restore basic function for forearm amputees. The current range of prosthetics utilizes a motorized wrist rotator that performs decently. However, because of the designs of the prosthetics, users cannot activate the wrist and hand at the same time, and the options lack sensory feedback.
This is where this new artificial joint comes in. The new prosthetic utilizes osseointegration, which connects a prosthesis directly to a skeleton. The use of this type of implant serves as an interface between the new artificial joint which means the prosthetic can move more naturally and allows users to have intuitive control and sensory feedback.
Natural Movement Prosthetics
This New Artificial Joint Connects Directly to a Wearers Bone
Trend Themes
1. Osseointegration Prosthetics - The use of osseointegration technology in prosthetics allows for more natural movement and improved control and sensory feedback.
2. Intuitive Control Prosthetics - Prosthetics with intuitive control systems enable users to activate wrist and hand movements simultaneously, enhancing functionality.
3. Sensory Feedback Prosthetics - Prosthetics equipped with sensory feedback mechanisms provide users with a more realistic and immersive experience.
Industry Implications
1. Medical Devices - The medical devices industry can explore osseointegration technology to develop more advanced and user-friendly prosthetics.
2. Biotechnology - Biotechnology companies can focus on developing innovative materials and techniques for prosthetic implants to enhance functionality and comfort.
3. Healthcare Technology - Healthcare technology companies can create intuitive control systems and sensory feedback mechanisms for prosthetics to improve user experience and quality of life.