The 978nm Diode laser system is a transcutaneous vascular laser, dedicated to spider veins and telangiectasias, up to 2mm of diameter, for a safe, efficient and painless treatment.
Working principle show:
The 978nm Diode Laser system is based on the thermal effect of the laser, which is divided into 4 stages:
* Light is converted into heat
* Heat is transferred to the vessel wall
* The thermo chemical effect acts on the tissue components of the vessel wall
* The vessel wall is destroyed
1. 978nm laser is the optimum absorption spectrum of Porphyrin vascular cells. Vascular cells absorb the high-energy laser of 978nm wavelength, solidification occurs, and finally dissipated.
To overcome the traditional laser treatment redness large area of burning the skin, professional design hand-piece, enabling the 978nm laser beam is focused onto a 0.2-0.5mm diameter range, in order to enable more focused energy to reach the target tissue, while avoiding burn the surrounding skin tissue.
Laser can stimulate the dermal collagen growth while vascular treatment, increase epidermal thickness and density, so that the small blood vessels are no longer exposed, at the same time, the skin's elasticity and resistance is also significantly enhanced.
The Laser system based on the thermal action of the laser. The transcutaneous irradiation (with a penetration of 1 to 2 mm in the tissue) causes tissue selective absorption by hemeglobin (hemoglobin is the main target of the laser).
The effect of selective photocoagulation is based on two effects:
*Conversion of light energy into heat,
*Coagulation of the vascular wall with collagen denaturation.
*Selective photocoagulation does not cause purpura (contrary to
Mainly for vascular therapy:
1, EVLT (Endovenous Veins Laser Treatment)
2, Vascular lesion therapy
3, Spider Veins/face veins
1, Skin protrusions: warts, mole, flat warts, compound nevus, junctional nevus, fat particles and other skin problems;
2, Pigmented lesions: age spots, sunburn, pigments,