Myo-Electric Hand/Hook
Myoelectric-controlled arm prostheses are externally powered prostheses, which means that they are not driven by the muscle strength of the patient, but with the aid of electric power. The word “Myo” is derived from Greek: mys (“muscle”)
A biochemical process generates electrical tension in the microvolt range every time a muscle contracts. This tension can be measured on the skin. This also applies to the muscles remaining after an amputation. With myoelectric arm prostheses, muscle tensions from the residual limb are usually read by two electrodes – small children start with one. The low myoelectrical impulses that lie in the microvolt range are then amplified and forwarded to the electronics of the prosthesis in the form of control signals. The great functional benefits of this prosthetic system have a decisive influence on rehabilitation results. Because myoelectric prosthesis also offer an appealing design as well as wearer comfort, they have become established as the standard.
i-LIMB HAND
is the first prosthetic hand with five individually powered digits. Developed by TouchBionics, the i-LIMB hand looks and functions like a real human hand and represents a generational advance in bionics. Existing users of myoelectric prosthetic hands quickly adapt to the system and can master the device’s new functionality within minutes. For new patients, the i-LIMB hand offers a prosthetic solution that has never before been available.
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BEBIONIC HAND is designed to handle almost anything that you need to do in an average day: from eating meals and carrying bags, to opening doors, switching on lights, and typing. Individual motors in each finger allow you to move the hand and grip in a natural, coordinated way. Proportional speed control gives you precision control over delicate tasks. LEARN MORE >
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ETD (Electronic Terminal Device)
Built for rugged, all-day use! Powerful, responsive, and precise. Water resistant and durable. Compatible with other systems
Michelangelo Hand
In this prosthetic hand, the most important fingers-index and middle fingers including thumb, are actively driven while ring and pinky fingers can act as a support to hold things from below and also support other fingers without much efforts; Thus, the Michelangelo hand prosthesis can do most of the tasks that you do with your natural hand and provide you with more freedom and confidence in your day to day life.
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Myo-Electric Elbow. For upper-limb amputees, myoelectric-controlled prostheses offer the ultimate combination of function and natural appearance. Designed to mimic human anatomy and motion, electronic components are the closest alternative to an anatomical hand or arm. Thanks to constantly advancing technology, the latest prosthetic systems feature astonishing capabilities. Elbows that flex and extend with muscle signals so you can reach for a beverage and bring it to your lips.
Dynamic Arm
A new generation of elbow joints has arrived with flexion controlled by an electric motor in combination with a unique variable drive. The Dynamic Arm allows for quick, exact positioning of the hand with little energy expenditure and incorporates an innovative, high-performance drive with stepless gears that can lift loads up to 13 lbs.
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Utah Arm/Elbow
The sturdy U3 Arm provides sensitive and precise electronic control of both Hand and Elbow (simultaneously), and optional Wrist Rotation.
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Elan Foot mimics natural muscle resistance and ankle motion by adapting hydraulic resistance levels to optimize stability when standing, on slopes and uneven terrain.
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Meridium Foot. The unique 4-axis design with hydraulic real-time control adjusts itself immediately to the user’s walking speed and ground conditions.
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