HGF combined scar-removal system

Abstract

The invention discloses an HGF combined scar-removal system. By blocking a lesion at a subcutaneous position and repairing damage to an epiphytic position, 1 mm micro fibers are used to block a subcutaneous pathological tissue of a scar, so that pigment cells of a pigmented lesion skin deep layer are quickly decomposed, and cells of a scar lesion part are promoted to perform smooth metabolism again, and therefore, nutrients needed for brightening and cleaning skin epidermis are supplemented, and the skin is strongly repaired. A micro-ion skin regenerating apparatus acts on a skin surface, so that the scar part is quickly repaired. Scar removal is painless and traceless through non-surgical treatment; the HGF combined scar-removal system adopts the apparatus to perform treatment in vitro, and secondary harm on scar tissue is avoided, so that the effects of being quick and safe, free of pain and scar, and conveniently treating are completely achieved. The detection is visual, is precisely parted, applies a CO2RE cool-e lattice skin-regenerating system, can detect skin dynamically in real time, can perform comprehensive analysis on a skin damaged region without biopsy, performs multi-time imaging, and provides a precise basis for classification therapy of different scars.

Description

Technical field [0001] The invention relates to a HGF combined scar removal system and belongs to the technical field of HGF combined scar removal. Background technique [0002] If scars are not scientifically treated, the diseased tissues will gradually spread to the subcutaneous layer, and the disease course will reach the dermis after more than one year. Scars generally change from normal tissues to scar tissues under the action of physics and chemistry, and generally reach below the dermis. Therefore, in order to completely heal scars, two-way simultaneous treatment is necessary to restore normal skin color and elasticity and avoid recurrence. [0003] At present, most methods such as laser treatment, microcrystalline grinding treatment, closed needle injection, surgical treatment, and drug treatment are used. This method has major disadvantages. For example, laser treatment requires a little bit of repair each time, and the cycle needs more This treatment is less painful but ...

AI Technical Summary

Problems solved by technology

[0003] At present, laser therapy, microcrystalline grinding therapy, closed needle injection, surgical treatment and drug therapy are mostly used. These methods all have relatively large shortcomings. The second treatment, the pain is low but the treatment is more troublesome; the microdermabrasion treatment is to smooth the scars with high-speed particles through the micro-iontophoresis equipment, which is only effective for superficial scars, not suitable for other scar patients, and the scope of application is narrow and requires Multiple treatments, high pain. Surgical treatment is to repair scars by cutting, suturing, and skin grafting. It needs to be carried out under anesthesia, and the pain is high. Although the effect is obvious, multiple surgical treatments are required, and it is easy to relapse, which is easy to cause Secondary scars increase the burden of treatment for patients; closed needle injection treatment is to forcibly suppress scars and prevent hyperplasia through injection, and the pain is low, but the treatment lasts for half a year. After treatment, scars are prone to hyperplasia and lesions; the principle of drug treatment is to soften Anti-inflammatory to achieve the purpose of treatment, the treatment can have a certain effect, but the treatment cycle lasts for several months, long-term use is not only troublesome, but the effect will gradually weaken, and even some other skin problems will appear

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