INNOVATIONS IN PROSTHETIC DESIGN.
Significant technological advancements that have been made in recent years have enabled prosthetic devices to move beyond traditional heavy static components to be more flexible and dynamic.
Many are now constructed with modern materials, including carbon fiber, PVC, and silicone, resulting in prosthetics that are lightweight, durable, and more natural with electronics frequently integrated into many of the powered devices, such as fine-tuned robotic, neural, or myoelectric controls, which involve the conversion of muscular movements into electrical signals that trigger limb movement.
Significant technological advancements that have been made in recent years have enabled prosthetic devices to move beyond traditional heavy static components to be more flexible and dynamic.
Many are now constructed with modern materials, including carbon fiber, PVC, and silicone, resulting in prosthetics that are lightweight, durable, and more natural with electronics frequently integrated into many of the powered devices, such as fine-tuned robotic, neural, or myoelectric controls, which involve the conversion of muscular movements into electrical signals that trigger limb movement.
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