초록 ▼

PROBLEM TO BE SOLVED: To achieve softening and atrophying a subcutaneous fat tissue having high fat absorption selectivity without generation of heat evolution and pain, and inflammation of a skin, and with less load of prevention of slacking of a skin, improve cooling efficiency of a skin surface a

PROBLEM TO BE SOLVED: To achieve softening and atrophying a subcutaneous fat tissue having high fat absorption selectivity without generation of heat evolution and pain, and inflammation of a skin, and with less load of prevention of slacking of a skin, improve cooling efficiency of a skin surface and reduce treatment time, prevent overheat and prevent generation of heat and pain, and apply to various fat layers by a freezing treatment method to a portion having a thick fat layer, and by blue light radiation to a portion having a thin fat layer.SOLUTION: The means relates to: (1) a blue LED light radiation cooling/freezing treatment tool; (2) a blue light radiation tool for radiating a blue wavelength of 400-480 nm; (3) a pulse light emission; (4) a blue light radiation tool for radiating a blue light which is 1 W or higher per 1 cm2; (5) a freezing function for freezing and atrophying fat cells in a subcutaneous fat component; (6) a gel body having thermal conductivity and light transmissivity; (7) a mechanism for cooling and freezing the gel body; (8) a detachable air type suction cup; and (9) a structure in which the cooling and freezing mechanism is arranged to contact a back face of a light emission body.SELECTED DRAWING: Figure 5

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