Advanced prosthetics are highly customized artificial limbs that incorporate advanced sensor technology and artificial intelligence to improve the user's mobility and functionality.
Traditional prosthetics often lack the ability to adapt to individual patients' needs and environments, leading to discomfort, reduced mobility, and decreased quality of life for amputees.
AI algorithms process real-time patient data such as muscle signals, environmental conditions, and user preferences. This data is used to adjust the prosthetic in real time, optimizing its fit and function for improved performance and comfort.
The manufacturing process involves 3D printing or custom casting of the prosthetic limb, followed by integration of sensors and AI components. This requires specialized equipment and expertise in both medical device design and advanced manufacturing techniques.
The build process starts with a detailed patient assessment to determine the specific needs and requirements. Then, using CAD software, a customized design is created. Next, the prosthetic limb is manufactured through additive or subtractive manufacturing processes. Finally, sensors and AI components are integrated, followed by rigorous testing to ensure safety and functionality.
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