MYO ELECTRONIC ARM PROSTHESIS

The muscles in the stump region are still working after amputation and this muscle is converted into signals using electrodes that can perceive contraction movements precisely. By converting this signal into motion, the motor makes the opening, closing, or turning motion.

These movements are completely under the control of the user. When the user contracts, the signals turn into motion, and as soon as the user stops the muscle contraction, he stops the movement in the engine.

Myo electronic arm prostheses are diversified as 2-Channel, 4-Channel, Sensor Speed Hand, Transcarpal Hand.

All prostheses are produced and applied individually. Users In Myo Electronic Arm Prosthesis application, the user is trained for a certain time and rehabilitated.

DUAL-CHANNEL MYO-ELECTRONIC

• The two electrodes have contact with the muscles of the user with the help of a socket on the skin surface to receive a signal.
• These signals allow two-way motion in the engine.
• It provides opening and closing movement of the thumb and the other two fingers.
• The prosthesis works with the muscles that the user can move most comfortably.
• It is powered by a rechargeable Lithium-ion battery.
• The user undergoes training for a while to use the prosthesis.

FOUR CHANNEL MYO- ELECTRONIC

The two electrodes are touched to the muscles of the user with the help of a socket on the skin surface to receive a signal.
These signals provide four-way movement in the engine. It provides opening and closing movement of the thumb and the other two fingers. The wrist moves 360 degrees to the right or left. The prosthesis works with the muscles that the user can move most comfortably. It is powered by rechargeable Lithium-ion battery.

The user undergoes training for a while to use the prosthesis.

SENSOR HAND SPEED OTTO BOCK

• Compared to previous Myo Elektronik arm prostheses, it is three times faster and more efficient.
• With the new sensor system called SUVA, the grip-ability has been increased and the grip safety has been provided.
• If any object starts slipping out of hand while holding it, it will hold it more firmly in the second.
• Thanks to the FlexiGrip feature, it provides a more flexible, i.e. natural hand grip.
• Thanks to this elastic grip movement, the user can bring the object he/she holds to different positions without the need to open and close his hand again.
• The two electrodes are touched to the muscles of the user with the help of a socket on the skin surface to receive a signal.
• These signals allow two-way motion in the engine.
• It provides opening and closing movement of the thumb and the other two fingers.
• The prosthesis works with the muscles that the user can move most comfortably.
• It is powered by a rechargeable Lithium-ion battery.
• The user undergoes training for a while to use the prosthesis.