Nd Yag Laser

The theoretical basis for laser treatment of skin pigmentation and laser beauty is the "selective photothermolysis" theory proposed by Dr. Anderson RR. and Parrish JA. in the United States in 1983. Selective photothermolysis is the selective absorption of laser energy by certain specific tissue components, and the heat generated by thermal effects destroys these specific tissue components. The body's own immune and metabolic systems can absorb and eliminate these damaged tissue debris to achieve the goal of treating pigmented diseases. Instantly emit laser energy to efficiently crush the chromophore of the diseased tissue. A part of the (epidermal) chromophore is fragmented and excreted from the epidermis. A part of the chromophore (under the epidermis) is broken into small particles that can be engulfed by macrophages. After phagocyte digestion, it is finally excreted through the lymphatic circulation, and the chromophore of the diseased tissue will gradually decrease until it disappears, while the surrounding normal tissue is not damaged.

IPL

Principle of selective photopyrolysis: Taking advantage of the characteristic that there are more pigments in diseased skin than normal skin tissues, strong pulsed light acts on the epidermis, which can be preferentially absorbed by pigments and oxygenated hemoglobin in the skin, without damaging normal tissues. Under this condition, the blood vessels are coagulated, the pigment clusters and pigment cells are destroyed and decomposed, so as to achieve the effect of treating telangiectasia and stains.

Biostimulation principle: Use light energy to convert heat energy to produce mild reversible sub-damages in the dermis, thereby starting the skin's wound repair mechanism, re-arrangement and regeneration of collagen fibers and elastic fibers in the skin, and restore elasticity, thereby Achieve the therapeutic effect of eliminating wrinkles, rejuvenating skin and reducing pores.

TUV Medical CE and FDA

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