Product Description

Treatment Applications: Eliminate Fat Lose weight &Reshape Body Contract Skin Provide you with tender skin Laserlipolysis Axillary Hyperhydrosis and Osmidrosis Pseudogynaecomastia Lipomas Treatment Applications: Eliminate Fat Lose weight &Reshape Body Contract Skin Provide you with tender skin Laserlipolysis Axillary Hyperhydrosis and Osmidrosis Pseudogynaecomastia Lipomas Operating Principle laser beam, inserted into the hypoderma by means of the cannula, affects the adipocytes and surrounding tissues. to the photomechanical effect, part of the laser energy ruptures the membrane of the adipocytes closest to the end of the fibre. some cases the adipocytes are not destroyed immediately. Nevertheless, the laser energy still manages to alter the permeability of their membrane causing them to swell which leads to their destruction within a month or two. 4. The final result is produced by the reduction in the number of fatty cells, with a reduced blood loss thanks to the coagulation of the small blood cells during the operation. Feature The laser action inside the tissues ismultiple. Thanks to the exclusive shape of the pulse of the Bio Litec LaLipo system, a photomechianical effect is produced in the area immediately surrounding the end of the cannula that causes the membrane of the adipocytes to rupture . Thanks to thephotothermal effect instead, part of the energy manages to close the tiny blood vessels, with a greater reduction inblood loss compared to traditional techniques . Finally, by working the more superficial layers, it is possible to carry out internal photostimulation of the dermal collagen, inducing it to shrink with consequent tightening of the skin tissue. With the laserlipolisi treatment the laser light is conveyed by microcannulas with a diameter of one millimeter into which an optic fibre of a mere **0 is inserted. The high peak power of the laser emission breaks the membrane of the adipocytes causing the cellular content to spill out, an oily solution with low viscosity that allows on one hand for easy modeling of the body, and on the other, easy removal with low-pressure micropumps or syringes. PRT-LDFM can still be associated with traditional techniques, especially in the case of large volumes. The advantages include a reduction of flabby skin caused by the emptying of the volumes, and an increased smoothness and homogeneity of the skin surfaces.