Fat dissolving system and fat dissolving method

Abstract

The invention provides a fat dissolving system and a fat dissolving method, and belongs to the technical field of medical cosmetology. The fat dissolving system comprises a laser module and a controller module and further comprises a pulse electromagnetic field module and a fusion handle. According to the system and the method, the laser module emits laser energy, active oxygen level of fat cellsis improved through laser heating effect, lipid peroxidation of the fat cells is caused, cell membranes of the fat cells are damaged and fused, and the fat cells are enabled to be liquefied. Bionic pulsed magnetic resonance is formed by the pulse electromagnetic field module, an extremely low-frequency PEMF (pulse electromagnetic field) is emitted, sodium and potassium ions and ATPase on surfacesof erythrocyte membranes are activated, cell membrane potential is repaired, the aggregation extent of erythrocytes is reduced, the blood flow velocity of an organism body is increased, and oxygen utilization by blood of the whole body is promoted; and besides, free radicals accumulated in the organism body are adjusted, mobilized and decomposed, the free radicals in the body are cleared away, metabolism is accelerated, decomposition speed of the liquefied fat cells is increased, and the laser fat reducing effect is greatly improved.

Description

technical field [0001] The invention relates to the technical field of medical cosmetology, in particular to a fat-melting system and a fat-melting method. Background technique [0002] The reduction of subcutaneous fat is one of the important means of beauty. Current techniques for reducing subcutaneous fat include liposuction, subcutaneous ultrasound, and laser lipolysis. Among them, liposuction is a cosmetic technique that uses the principle of negative pressure to absorb subcutaneous fat accumulation through a skin incision; this technique has many disadvantages, such as poor uniformity of its formation, resulting in visible depressions at the incision area, and The incision will cause skin damage, bleeding, and easily induce complications such as hematoma and infection. Subcutaneous ultrasound technology uses a subcutaneous ultrasound probe to damage the fat cell membrane. This technology still has the disadvantage of poor uniformity. In addition, the probe used in th...

AI Technical Summary

Problems solved by technology

Among them, liposuction is a cosmetic technique that uses the principle of negative pressure to absorb subcutaneous fat accumulation through a skin incision; this technique has many disadvantages, such as poor uniformity of its formation, resulting in visible depressions at the incision area, and The incision will cause skin damage and bleeding, which can easily induce complications such as hematoma and infection

Subcutaneous ultrasound technology uses a subcutaneous ultrasound probe to damage the fat cell membrane. This technology still has the disadvantage of poor uniformity. In addition, the probe used in this technology is very large and requires a large skin incision, which is easy to cause post-treatment water and recovery time. long

It can be seen that both liposuction and subcutaneous ultrasonic technology will cause great trauma to the skin of the beautician, the process is painful, and it is easy to induce infection

Laser lipolysis is a minimally invasive surgery that uses fiber lasers of various wavelengths to generate heat to melt body fat; although laser lipolysis technology is relatively safe, it can only liquefy fat layer cells and cannot Further decompose the liquefied fat, so the expected fat reduction effect is often not achieved

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