How do I Make a Dynamic Elbow Splint?
The purpose of a dynamic elbow splint is to aid in the protection of an injury to the arm or wrist. You can make a field expedient elbow splint, with just a few materials on hand. If done correctly, the splint will effectively isolate the damaged bones, while allowing the elbow to bend freely.
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Instructions
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Remove any clothing on the injured arm so you can apply the splint directly on the extremity.
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Make four sticks to use as splints. You can make these from almost any material available such as sturdy tree branches, rolled up newspaper or strips of wood. Cut the sticks so that each stick will extend above and below the injured bone if possible.
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Wrap each stick by cutting pieces of a t-shirt and wrapping them around each stick for padding. This will help make the splint feel more comfortable. Make sure the padding is secure and will not come loose.
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Place two sticks above and below the elbow. On each side of the upper and lower arm. Make sure you place the two sticks above and below the elbow far enough apart to allow the elbow to move. Tie each set with three strips of cloth, one at the top, one at the bottom and one in the middle to secure the dynamic elbow splint.
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Tips & Warnings
Do not attempt to apply a dynamic elbow splint for an injury directly to the elbow. Doing so will make the injury worse. Right after an elbow injury, before seeking medical attention, you should tie a splint that does not allow the arm to move, to help preserve the bones integrity. Never attempt to reposition bones when apply a splint; simply apply the splint a before seeking appropriate medical attention.
If you need a dynamic elbow splint for physical therapy purposes, you should not attempt to utilize a field expedient elbow splint. A dynamic elbow splint for physical therapy not only serves to isolates the injured bones, but also to prevent elbow stiffness by incorporating tension into the splint. Such splints require a medical doctor to diagnose the proper size and fit for the splint, as well as the proper amount of tension to prevent aggravation of the injury.
