Plaster Bridge Bandage

Plaster cast Bridge is one of the most popular methods of treating wounds and bone damage. It consists of special circular fragments that are connected to each other by strips of plaster bridges.

The Plaster Bridge bandage provides access to damaged surfaces and allows the doctor to monitor the condition of the wound. In addition, it provides reliable fixation of the damaged area, which promotes rapid wound healing.

The use of a Plaster Bridge Bandage also has a number of advantages. Firstly, it does not cause allergic reactions and does not irritate the skin. Secondly, it is easily removed and does not leave marks on the skin. Third, it can be used to treat various types of wounds, including deep cuts, burns, and broken bones.

However, like any other treatment method, the Plaster Bridge Bandage has its drawbacks. For example, it may be uncomfortable for the patient, especially if they have mobility or sensory problems. Also, if used incorrectly, it can cause additional damage to the skin or tissue.

Overall, Plaster Bridging remains one of the most effective methods of treating wounds. It provides access to the damaged area, reliable fixation and rapid wound healing. However, before using it, you should consult your doctor to make sure it is safe and effective for your particular case.

The use of a bridge plaster cast is one of the most common wound treatment methods in traumatology and orthopedics. It is used for fixation of bone fractures, sprains and dislocations, as well as for temporary support of soft tissues during operations. In this article we will look at the process of making and using a plaster cast bridge.

Gypsum is a material that is made from gypsum by heating and molding. It is durable and hardens within minutes. Plaster bandages are used to make a bridge in the form of plaster fragments, which are connected by strips of plaster, forming bridges between the fragments. This allows access to all surfaces of the wound.

To begin with, plaster bandages are cut into appropriate fragments in size, and then laid on a flat surface in the form of a cross. Inner edges of fragments