Operating Table Medical Gel Pad Positioner
Operating Table Medical Gel Pad Positioner
The operating table medical gel pad positioner is a surgical body cushion made of gel material. The Surgical Positioning Gel Pad is an essential surgical aid in the operating rooms of major hospitals. It is placed under the patient's body and used to relieve pressure sores caused by the patient's long operation time ( Bed sore) occurs. There are many kinds of body cushion materials, and gel is the material that can play its role as a surgical aid best.
The placement of the surgical position is the key to the success of an operation. After anesthesia, the patient’s muscles relax and the body or part of the body loses autonomy. Therefore, the surgical position must not only ensure that the surgical field is fully exposed and the operation can proceed smoothly, but also the patient’s normal respiratory and circulatory functions must be taken care of, and the limbs, joints and joints must be avoided. Complications caused by nerve compression.
Characteristic:
1: Provide a good, comfortable and stable position fixation for surgical patients, maximize the exposure of the surgical field, reduce the operation time, maximize the distribution of pressure, and reduce the occurrence of pressure sores and nerve damage.
2: The material is composed of polymer gel, which has good softness, shock absorption and pressure resistance, and is similar to human tissues with good tissue compatibility, which can avoid the formation of bedsores to the greatest extent.
3: It can penetrate X-rays, is insulated and non-conductive, and has good weather resistance. The weather resistance temperature is from -10°C to +50°C.
4: Easy to clean, convenient to disinfect, it can be disinfected with non-corrosive disinfectant such as alcohol.
★(Prohibited: Do not use high temperature, high pressure disinfection, and do not soak in disinfectant for a long time.)
5: The material does not contain silica gel, latex or any emulsifier, no pollution, no adverse reaction to the human body, and does not support the growth of bacteria.
