Newest technology 980nm diode laser vascular removal veins removal skin treatment machine

Applications of our spider vein removal machine ?

Mainly for vascular therapy:

1. EVLT (Endovenous Veins Laser Treatment)

2. Vascular lesion therapy
3. Spider Veins/face veins

Remove red blood: all kinds of telangiectasia, cherry haemangioma etc.

Other therapy:

1. Skin protrusions: mole, flat warts, junctional nevus, fat particles and other skin problem;

2. Pigmented lesions: age spots, sunburn, pigments,

3. Plastic surgery: Lipolysis
4. Joint disease,RA(rheumatoid arthritis) disease

5. Teeth whitening

980nm laser is the optimum absorption spectrum of Porphyrin vascular cells. Vascular cells absorb the high-energy laser of 940nm 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 980nm 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.

Features of our spider vein removal machine?

1. No bleeding, non-invasive,Newest laser technology for vascular removal and spider veins remvoval,

compared high frequency RBS therapy ;

2. 1-30W adjustable energy to satisfy different requirements.
3. less side effects: no burning, redness or scar.
4. Fast results : Only one or two treatments are requied.
5. Accurate treatment: energy is well focused onto 0.2-0.5mm spot .
6. Portable and smart design is covenient to do treatment.

Technological Theory

The target substance of vascular disease treatment is oxyhemoglobin in red blood cell in blood vessel. Wavelength affects laser’s depth of penetration. Under 1200nm, the longer the wavelength, the deeper laser can penetrate. Thus, laser wavelength is usually longer in vascular disease treatment so as to give consideration to target tissues’ selective absorption and penetrability. Besides, laser penetrates the epidermis melanin barrier and reaches targeted blood vessels. Short wavelength laser light will be competitively absorbed by epidermis melanin, which will cause epidermis injury and form cicatrix. 980nm Diode 980nm Laser Therapy system takes advantage of 980nm wavelength laser, penetrating epidermis and reaching blood vessels. Based on selective photothermolysis theory, oxyhemoglobin absorbs laser energy and produces thermal energy and spreads to vascular endothelial cells through conduction mechanism. In consequence, blood vessel wall is damaged and facial vascular will be treated.

The major targeted chromophore in facial vascular treatment is oxyhemoglobin that existing in red blood cell in vessels. According to the curve of laser absorption by targeted substance (right picture), oxyhemoglobin shows a much higher absorption interval in 900nm-1000nm. Thus 980nm semi-conductor laser has the ideal treatment effects for facial vascular removal.

Touch Screen

This device adopts 8 inch touch screen, which is the main interface for human-machine operation. All parameters setting, system control or equipment status can be realized through this screen.

Sharp objects are not allowed touch the surface of screen to avoid being scratched. Various kinds of liquids are not allowed to splash the touch screen to avoid damage.

Key Switch

Key switch controls on and off of the system. When it is in the position of ―O‖, the system is inactive state.

Two keys are randomly equipped with the Device. Only when the key switch is in the position of ―O‖, the key can be pulled out. When the key switch is in the position of ―|‖, the system of the Device will be launched and touch screen will display the main interface.

Keys for the switch should be kept and managed by personnel with professional trainings.

Technical Parameters