How do artificial limbs work?
several components of artificial limbs cooperate to make the device function properly. These components are pylon, socket and suspension system. Because they are made of lightweight material, the user can easily control artificial limbs.
The frame of the artificial limb is called the pylon. In the past, the pylon was built of metal to provide support for the limb. Today it is made from carbon fiber composites. The pylon usually covered with foam and can often be stained with the color of the user's skin, so it has a more natural look. To make the drawer more comfortable, it is usually lined with a soft material. Some users may decide to wear several prosthetic socks to make the drawer better. This is necessary because the artificial limb socket can irritate the skin if it does not have enough pads.
The artificial limb must have a system that keeps the limb attached to the body. This is achieved by means of a suspension system. There are several types of suspension systems that can be used in the artificial limb.Some may use a system of harnesses, belts, sleeves or straps. Other artificial limbs can only connect to the residual limb of the patient, while sucking to the limb.
When a patient requires a prosthetic limb, it must be particularly created for it. The limbs are produced by a prosthetist, a specialist who produces artificial limbs using his knowledge of anatomy, engineering and physiology. They must perform a detailed measurement of the patient's body to form a precise prosthetic limb. The doctor and the prosthetist usually consult with each other so that they can talk about amputation about amputation.
prosthetist the gypsum form of a residual limb of the patient several weeks after the surgery. The form is used to copy the residual limb and this copy serves as a template for the artificial limb, which prosthetic manufacturers. The prosthetist must take into account the location of the patient's muscles, bones and tendons to be accurate. Once the patient is equipped with an artificial limb, he must initiate physical therapy to help him build his strength and get used to prosthetics. For example, if the patient has an artificial limb to help him walk, he will have to undergo extensive rehabilitation to re -indicate the skill of walking.
The prosthetist may even have to fine -tune the artificial limb, as time continues, because the residual limb can reduce the size after swelling and muscles begin atrophy. The prosthetist will ever have to make a new outlet for the device to achieve fitting fit. Young patients I need frequent changes in their equipment because their bodies continue to grow and change.