Mechanical hands can perform a variety of basic tasks, such as grasping, holding, and releasing objects. They provide essential hand functions to enhance daily living activities.
Constructed with robust materials, mechanical hands are designed to withstand daily wear and tear.
These prosthetics are typically more affordable than myoelectric or bionic hands, making them accessible to a broader range of users.
Below-the-elbow prosthetics, also known as transradial prosthetics, are designed for individuals who have lost a portion of their arm below the elbow. These prosthetics offer a wide range of motion and improved functionality.
The prosthetic socket is custom-moulded to fit the residual limb perfectly, ensuring comfort and stability.
These prosthetics can incorporate advanced wrist and hand components, including myoelectric hands that use muscle signals to control movements.
Many below-the-shoulder prosthetics are designed to mimic the natural look of the human arm, enhancing the wearer's appearance and confidence.
Above-the-elbow prosthetics, or transhumeral prosthetics, are designed for individuals with amputations above the elbow. These devices are more complex due to the need to replace both the elbow and hand functions.
Above-the-elbow prosthetics include components that replicate the elbow's motion, allowing for a more natural range of movements.
Advanced models use myoelectric signals to control both the elbow and hand, providing greater precision and ease of use.
Using materials like carbon fibre ensures that the prosthetic is durable yet lightweight, reducing fatigue for the wearer.
Shoulder disarticulation prosthetics are designed for individuals who have undergone amputation at the shoulder level. These prosthetics are the most complex due to the need to replicate shoulder, elbow, and hand functions.
A well-fitted socket is crucial for these prosthetics, ensuring comfort and optimal function.
These prosthetics often use multiple control systems, including myoelectric and body-powered mechanisms, to provide a full range of motion.
The design focuses on providing stability and balance, which are critical for high-level amputations.
Upper-limb prosthetics, from mechanical hands to shoulder disarticulation prosthetics, play a vital role in restoring function and independence for individuals with limb loss. Advances in technology continue to improve the functionality, comfort, and appearance of these devices, empowering users to lead active and fulfilling lives. By embracing these innovative solutions, individuals can regain their mobility, confidence, and- ability to perform everyday tasks, enhancing their overall quality of life.
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