professional  spider vein removal 

Treatment Theory

I. 940nm 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.
II. To overcome the traditional laser treatment redness large area of burning the skin, professional design hand-piece, enabling the 940nm 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.
III. 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.

Clinic Explanation: Telangiectasias are dilated superficial blood vessels. They may occur in rosacea, in certain systemic diseases (ataxia-telangiectasia, scleroderma), or in long-term therapy with topical fluorinated corticosteroids; most cases are idiopathic (of unknown cause). Telangiectasia may also occur as a component of inherited disorders, including ataxia-telangiectasia and hereditary hemorrhagic telangiectasia. Talangiectasia is a common vein disease of skin. It will happen in any age and part.
Related Applications

Applications
1. Vascular Lesions /Spider Veins/ Facial Veins
Removal of red blood: all kinds of telangiectasia, cherry haemangioma etc.
2. Benign growths lesions
Remove skin protrusions: Milia, flat warts, junctional nevus, compound nevus,fat particles and other skin growths.
3. Pigmented lesions
Age spots, sunburn, pigmentation,

Medical device: 15w/30w 940nm (fluence and pulse duration)
Accessories: Focus handpiece with 3 different facula diameter tips.
Operation procedure:
1. No anesthesia or part anesthesia
2. Fluences of 300-350 J/cm2, pulse durations of 40-70ms, and pulse intervals of 400-600ms were applied. A facula diameter 0.5mm, 1mm and 1.5mm were used.
3. According to different vein telangiectasia condition to adjust the facula pulse width and energy.
4. Focus on the disease part with the handpiece, step down the foot switch. Make the laser beam equality, watching the reaction of the operation area. If appeared vein atrophy, that’s properly.
5. The small vein disappeared immediately, and the bigger veins going dark.
6. No cooling was applied prior to treatment. If required by the patient, ice packs were used to relieve discomfort.
7. Postoperative care was not required and neither postoperative compression nor supportive stockings were used.
Advantage:
1. No observed side effects even when using high fluencies.
2. Epidermal damage was minimal and only transitory.
3. The diode laser is small, mobile, low maintenance, and relatively inexpensive. Diodes are extremely long lived as compared to laser tubes.
Notice:
1. Patient were excluded from a history of deep vein thrombosis, poor healing or keloid formation, superficial thrombophlebitis or hypercoagulability, the presence of large tortuous veins, pregnancy or lactation, sclerotherapy, or any laser treatment for leg veins within the last 3 months.
2. Vessels were treated from a peripheral to a central direction with a single pass, irrespective of the observed clinical endpoint.
3. The treated area could be precisely identified on consecutive sessions to ensure repetitive treatment.

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