M22 Ipl Opt Machine Intense Pulsed Light For Hair Removal Skin Rejuvenation
The M22 ResurFX is the latest in non-ablative, fractional laser technology to improve skin discoloration, stretch marks, acne scars, wrinkles and more. Non-ablative means it does not destroy or ablate the skin cells, while fractional means it is only affecting a fraction or percentage of the skin. The benefit of the ResurFX is that it is able to get great results with minimal recovery time unlike the CO2 laser, which has several days or more of peeling, crusting and possible swelling after the procedure. The optimum benefits of ResurFX are obtained with several treatments depending on the condition and desired results.
HOW DOES RESURFX WORK?
The ResurFX laser is a skin resurfacing option that prioritizes patient comfort just as much as effectiveness. It is a non-ablative laser, which means it stimulates the skin to develop collagen without harming or ablating any skin. As collagen increases, the skin looks tighter, more even, and more youthful. ResurFX is also a fractional laser, which means the laser is delivered to the skin in tiny dots and to only a fraction of the skin. The ResurFX requires only one pass over the skin to produce effective results, reducing treatment time. Finally, since it is a non-ablative, fractional laser, the recovery time after the procedure is minimized.
A. Biostimulating effect: using specific strong pulse multi-wavelength spectrum color light to directly irradiate the skin surface to selectively act on the target tissues of abnormal pigments and blood vessels under the skin, decompose abnormal pigment cells, close abnormal capillaries, and then lyse the surface Spot pigment in the skin and dermis and the effect of treating red blood streaks. At the same time, the strong pulsed light is absorbed by the water in the collagen, and the thermal effect stimulates the proliferation of collagen, thereby increasing the elasticity of the skin and achieving the effect of skin rejuvenation and wrinkle removal.
Before & After