980+1470nm Diode Laser

The 1470nm wavelength has a high degree of water absorption in the tissue, and 980 nm provides high absorption in hemoglobin.The irreversible photo-thermal process induced by the laser energy results in a complete occlusion of the treated vein. The lower energy level needed using the radial laser fiber significantly minimized adverse effects compared with the bare laser fiber.

With laser lipolysis , fat cells are liquefied using a very precise laser beam. The energy of the diode laser is converted into
heat and this gently dissolves the fat tissue. The capillaries supplying blood and the surrounding connective tissue are also heated during the process. This heating results in immediate hemostasis and, via the regeneration of collagen fibers, leads to a visible tightening of the subcutaneous connective tissue and skin.
A wavelength of 1470nm produces the optimum conditions for efficient vaporization of the fat tissue and for tightening the overlying connective tissue. Coagulation of the blood vessels, on the other hand, is achieved by using a complementary wavelength of 980 nm.