What are the different uses of metal splints?
When it is necessary to immobilize the limb, joint or part of the body to prevent injury or to help promote healing, metal splints are often used. The metal used to produce the splint may vary, although aluminum is the most common because it is lightweight and corrosion resistant. Metal splints can be used for a wide range of purposes and some are designed specifically for one application, while others are adjustable for many different types of injuries. Some splints have a thin, flexible aluminum that can be shaped on the limb or joint.
Such splints are often stuffed on both sides of aluminum for patient safety and comfort. The aluminum in these metal shells is flexible enough to ensure that the tile device can focus on the outlines of the limb, while ensuring enough support after securing the plate. For added safety, these metal splints around the joint or limb are sometimes possible several times, stacking aluminum and making a stronger stabilizer. Aluminum tends to be dOcela lightweight, which means that such bendable splints are ideal for wrapping in a set of first aid or backpack.
other metal splints are stricter and are not intended to allow any limb or joint movement. For example, a rigid elbow joint is often in L -shaped and endless. The patient puts his arm into the cheater L and the orthosis will usually be glued to the place. Sometimes the splint will contain the straps of hooks and loops instead, eliminating the need for recording. The interior of the splint will usually be equipped with padding for further comfort, although the splints used in emergency situations may not have such padding.
Other types of metal tiles include fingertips, knee splints, foot palms and other specially designed devices designed for use in one particular part of the body. Some types of braces will also contain metal bars, stabilizers or inserts to prevent lateral joint movement. For exampleThe knee braces will contain suspended frames that allow normal, front of the knee, but prevents the side to move to the side. This design is useful for patients who recover from knee injuries or operations; The affected area may begin to treat and the patient may begin to renew mobility without risking injuries from lateral movements.