DD280901A1 - METHOD FOR REMOVING TAOTOVATIONS - Google Patents

Abstract

The invention relates to a method for removing tattoos in human skin. The aim is to facilitate the removal of tattoos with simple means (low financial and technical effort), without risk of injury and burns, under favorable and cosmetically acceptable scar formation. According to the invention is with a low-speed driven and rounded abrasive body, such as a Heatles stone, depending on the skin type and Taetowierungsregion under variation of pressure, the number of revolutions, the angle of attack to the skin and the advancement of the abrasive body a layerwise and opposite to the skin split line to be performed removal of Taetowierung performed.

Description

Field of application of the invention

The invention includes a method of removing tattoos on human skin.

Characteristic of the known state of the art

So far, four basic methods of tattoo removal are known.

1. Chemical removal of tattoos

2. Surgical removal (split-skin method, excision, etc.)

3. Grinding process with high-speed motors (up to 35000U min. ¹ and more)

4. Laser technology

In all procedures, many disadvantages have arisen particularly in the case of large-area tattoos and tattoos on the face (delayed wound healing associated with infection, burns, excessive scar formation).

In addition, in laser technology and the high-speed process, a high financial and technical effort is necessary.

In recent years, in our republic, the high-frequency grinding of a stone coated with diamonds has become established. The number of revolutions is 35C00U min "'.

Low-speed abrasives as a potential alternative have been rejected by the art community for possible injury and burns.

Object of the invention

It is an object of the invention to allow the removal of tattoos by simple means, without injury to the subcutaneous tissue and with cosmetically acceptable scar formation.

Explanation of the essence of the invention

The object of the invention is to propose a low-speed process.

According to the invention the object is achieved dais with a low-speed driven and rounded abrasive body, such as a Heat'es stone, depending on the skin type and the tattoo region, under variation of pressure, the number of revolutions, the angle of attack to Hdut and the advancement of the abrasive body, a removal of the tattoo to be performed in layers and opposite to the split line of the skin is successful «.

Detachment must be performed under aseptic conditions.

Low speed is understood to mean a speed of 12,000 to 80,000 rpm.

Small diameter rounding abrasives are used for face and larger diameter tattooing in the arm and back of hands.

Fine-grained grinding wheels are used to remove tattoos on the neck and coarse-grained ones are used depending on the skin type.

The success of the start of the tattoo depends on the fact that the cutis is not severed and only the tattoo layer that is inside the cutis is removed.

It is advantageous. to remove the tattoo on a taut skin.

With the solution according to the invention a surprising effect in the removal of tattoos is achieved.

The success is characterized by the fact that only in 2-4% of all detattooed cases, a cosmetically unsightly scarring is recorded, which, however, is not procedural.

In the overwhelming majority of cases, a very favorable healing process can be observed after the detatching.

embodiment

The invention will be explained in more detail below using an exemplary embodiment.

For the sake of completeness, the entire course of the treatment is described, which however is not subject to the scope of protection after deta tating as a healing procedure. The accompanying drawing shows the schematic structure of the skin, the arrangement of the tattoo layer and the variation factors for the tattoo.

The tattooing is done under aseptic conditions. The local anesthetic is performed with 1 to 2% xylocitin.

An adrenaline supplement justifies itself in the head, face and neck area.

First, superficial layers of skin (epidermis 1, part of cutis 2) are abraded. It can be prepared in a short time, a larger skin area without increased heat. The tattooing layer 3 is then, under careful and constant Soubnrung and cooling with Agna least. or isotonic saline solution, gradually removed at a rotational speed of maximum IGOOOU rnin '. Djrch tangential adjustment .Anstellwinkel to the skin 8) of the grinding wheel 9 with the appropriate rounding 10 and using pressure 5 and the corresponding feed 6, the tattooing layer 3 is emptied without reaching the subcutis 4.

The detattooed area is sprayed with deshisan powder after haemostasis and covered with a thin layer of OTC ointment sterile.

After 3 days, the first dressing change is made. Since the wound healing tendency is different, the further treatment is decided individually.

There were no burns as a result of 8 histological examinations of 205 tattoos. In 3 tattoos it came to scar skeleton formation, which is not due to the process.

Claims (1)

The method for removing tattoos, using the mechanical ablation of the tattoo, is characterized in that the tattoo (3) with a low speed driven and rounded (10) abrasive body (9), preferably a Heatles stone, depending on the skin type and Tattoo region, under variation of the pressure (5), the number of revolutions (7), the angle of attack (8) and the feed (6) of the abrasive body, in layers and opposite to the skin split line is removed. For this 1 page drawings