Medicine-saving medical equipment for repairing and beautifying scar

Abstract

The invention relates to medicine-saving medical equipment for repairing and beautifying a scar. The medicine-saving medical equipment comprises a strip body, wherein the strip body can be subjected to plastic deformation, the strip body is formed by a soft iron band and an elastic plastic layer which is arranged on one side band surface of the soft iron band, the outer surface of the elastic plastic layer is provided with a medicine impermeable layer, the medicine impermeable layer is formed by a polyethylene or polyvinylidene chloride material, and the thickness of the strip body is 1.2cm-1.5cm. Through the technical scheme, according to the medicine-saving medical equipment disclosed by the invention, the strip body which can be subjected to the plastic deformation can be folded in shapes which are consistent with physiological curves of all infected parts of a human body, repairing solution and recovery solution can be then coated on the medicine impermeable layer, the medical equipment can be rapidly attached to the scar or the position of to-be-nursed skin, and thus treatment on a large-area infected part can be realized; active ingredients cannot be absorbed by the medicine impermeable layer which is formed by the polyethylene or polyvinylidene chloride material, thus the coating amount of the repairing solution and the recovery solution can be effectively reduced, and the volatilization and the decomposition of the active ingredients can be relieved.

Description

technical field [0001] The invention relates to the field of scar repair and beauty treatment, in particular to a drug-saving medical device for scar repair and beauty treatment. Background technique [0002] In the process of scar repair and beauty treatment, it is necessary to apply some repair liquid and rehabilitation liquid to the scar or the skin to be treated, but the active components of these repair liquid and rehabilitation liquid are easy to volatilize and decompose easily after exposure to light, so , when operating, the nurse first applies the repair fluid and rehabilitation fluid on the fingers, and then quickly presses it to the scar or the skin to be treated. Although this method can alleviate the volatilization and decomposition of active components, due to the rough skin on the fingers, such a large amount of active components are absorbed by the fingers of medical staff, resulting in waste of drugs, such as the repair liquid used to repair scars, a The pr...

AI Technical Summary

Problems solved by technology

Although this method can alleviate the volatilization and decomposition of active components, due to the rough skin on the fingers, such a large amount of active components are absorbed by the fingers of medical staff, resulting in waste of drugs, such as the repair liquid used to repair scars, a The price of a 10ml bottle of repairing liquid reaches 500 yuan. Due to the absorption by the fingers of medical staff, the effective utilization rate of the active components of the repairing liquid is less than 50%, and the amount of liquid medicine needs to be increased each time, which makes scar repair and The cost of grooming is multiplied

In addition, medical staff have long-term nursing work, and their fingers absorb a large amount of drug ingredients, which will affect the health of medical staff

At the same time, if the liquid medicine is applied simply by pressing, the absorption effect of the skin on the liquid medicine is relatively poor.

Moreover, due to the small size of human fingers, it is impossible to perform effective operations on large scars or large cosmetic areas, which affects the efficiency of drug application

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