Product Description:

Laser Treatment Working Theory:

Woring Principle

1470nm semiconductor laser has high cutting efficiency and can be conducted through optical
fiber. It can be absorbed by both hemoglobin and cell water. Heat can be concentrated in small tissues, quickly vaporize and decompose tissues, with less thermal damage. It has the advantage
of coagulation and hemostasis. It is suitable for tumor resection, surgical operation, prostatectomy,
varicose veins and other minimally invasive operations.
The semiconductor laser therapy device uses the 980nm and1470nm wavelength fiber-coupled laser to treat the needle with a disposable lipolysis fiber, precisely locates excess fat and fat in the body, directly hits the target tissue fat cells, and rapidly dissolves and liquefies. The instrument mainly acts on deep fat and superficial fat, and transfers the energy directly to the fat cells for uniform heating. During the heating process, the connective tissue and fat cell structure can be changed by controlling the heat, and the adipose tissue has a photothermal effect (so that the fat is dissolved). And the photodynamic effect (separating the fat cells from the normal tissue) decomposes the fat cells to make them evenly liquefied, and the fat liquid is excreted through the ultra-fine positioning needle, which fundamentally reduces the number of fat cells, effectively avoids postoperative rebound.

Treatment procedures
1. Preparation: Before the procedure, the professional will assess the patient to ensure that they are suitable for treatment. In addition, the professional will take photos for pre-registration of the patient and provide pre-operative instructions.
2. Local anesthesia: Next, an anesthetic solution is injected into the area to be treated to ensure maximum comfort during the procedure.
3. Minimally invasive: Immediately after the procedure, a small incision is made under the chin to access the double chin area.
4. Fiber optic insertion: A thin optical fiber is carefully inserted through the incision to the target area of ​​submental fat.
5. Laser application: The laser is then shone directly onto the fat cells through the optical fiber, dissolving the fat cells in a precise and controlled manner.
6. Collagen stimulation: In addition to reducing fat, lasers can also stimulate the production of collagen in the skin, enhancing the skin's firmness and elasticity.

Wavelength 980nm
1.Promotes collagen stimulation,coagulation and precise tissue remodeling.Wavelengths thatallow us to treat contraction of inner lifts,lipolysis of adipose tissue,depigmentation of spots.reduction of skin abnormalities and elimination of fibrosis.
2.This wavelength is well absorbed by the hemoglobin in the blood.This makes it particularlyuseful for effectively coagulating blood vessels during the process,which helps to reduceskin sagging very effectively.
Wavelength 1470nm
1.This wave is very specific and can shrink the skin by dehydrating the cells,shrinking themand tightening the tissue.lt also selectively dissolves the adipose tissue,with lessinflammation and a shorter repair time.
2.This wavelength is ideal for addressing sagging and skin laxity and may be more suitable formature skin because it causes tissue contraction and collagen renewal response.Lasertightening and lipolysis,greater skin retraction and less edema.