Changsha GOMECY Electronics Limited
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Product Description:
Laser Treatment Working Theory:
Woring Principle
Treatment theory
The instrument mainly uses 980nm and 1470nm fiber diode laser, the treatment has the advantages of strong controllability, effective, minimally invasive, simple operation, no incision, small trauma, short operation time, no pain, no bleeding, no scar, appearance level increase, less complications, fast recovery, low recurrence rate, high efficiency and safety. The needle is treated with disposable surgical fibers, which precisely locate excess fat and fat in the body, directly hit the target tissue fat cells, and quickly dissolve and liquefy. The instrument mainly works on the deep fat, the surface fat, and transfers energy directly to the fat cells to heat evenly. During heating, controlling heat can change the structure of connective tissue and adipocytes, and adipose tissue has a photothermal effect (making fat dissolve). At the same time, photodynamic action (separating adipocytes from normal tissue) decomposes adipocytes and makes them liquefy
uniformly. The adipocytes are discharged through the ultra-fine positioning needle, which fundamentally reduces the number of adipocytes and effectively avoids postoperative rebound. Endogenous laser therapy (EVLT) is based on the characteristics of the heat energy of laser and the laser effect of tissue. The laser emitted by optical fiber coupling light source can accurately destroy the inner wall of blood vessels through special circular optical fiber, and realize the closure
and fibrosis of blood vessels, so as to achieve the purpose of treating varicose veins of lower extremities. The laser in this band has a high absorption rate of melanin and deoxyhemoglobin, and has the function of coagulation and hemostasis while vaporizing and cutting.
How It Works:
1. Local Anesthesia:The procedure usually begins with the administration of local anesthesia to minimize discomfort.
2. Laser Application: A small laser fiber is inserted beneath the skin through a tiny incision. The laser emits controlled energy to heat and melt the fat cells in the targeted area.
3. Fat Removal: Once the fat is liquefied, it is gently suctioned out using a thin cannula (tube). The liquefied fat is easier to extract than solid fat, making the process less traumatic for the surrounding tissues.
4. Skin Tightening: The heat from the laser also stimulates collagen production, which helps tighten the skin in the treated area.
Benefits:
Minimally Invasive:Smaller incisions compared to traditional liposuction, resulting in less scarring.
Skin Tightening:A key advantage of laser-assisted liposuction is its ability to improve skin elasticity and tighten loose skin.
Precision:The laser can target smaller, more delicate areas, such as the chin, neck, or arms.
Reduced Downtime:Patients generally experience less swelling, bruising, and discomfort compared to traditional liposuction.
Effective for Stubborn Fat: Useful for areas resistant to diet and exercise, such as the abdomen, thighs, or flanks.
Risks and Considerations:
Mild Side Effects: Swelling, bruising, and temporary numbness in the treated area are common.
Wavelength 980nm