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Place of Origin:
HONGKONG
Price for Minimum Order:
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Minimum Order Quantity:
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Packaging Detail:
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Delivery Time:
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Supplying Ability:
100
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Hong Kong
連絡先担当者 Ms. Cheng
UN CHAU SREEET, HONGKONG, HONGKONG
Sylustar CO2 fractional laser cosmetology system provides the most effective way to treat and improve skin condition, focus on the wrinkle, acne, chloasma, scar, slack skin and light aging skin. The ordered cone-shaped aperture with high energy contracts skin in a few minutes, which improves the skin effectively and promotes the generation of the new collagen in the deep layer. UNIQUE FUNCTION This therapy system is equipped with high speed scanner and high-quality unimodal laser, adopted advanced super pulse emission technology which can act upon the skin in very short time( Each laser point composed by numbers of laser pulses, the minimum laser pulse width is up to 0.1ms). Each laser pulse has a very high peak power, which has a strong stimulus effect to the tissues, therefore a single action point can reach the treatment effect by dozens of mJ energy. The conventional emission will require several hundred mJ energy, the heat damage is ***0 times than the CO2 cosmetology system. Compared with the Erbium laser (***0nm), this system has the merit of deep stimulate to the tissue and short treatment duration. By using this therapy system, a whole facial treatment can be completed within ****0 minutes. After the operation, people don**9;t need particular vacation or rest, so it is also the most effective treatment program for office workers to obtain beauty as well. This therapy system can bring remarkable and lasting effect after only one or two times treatments with little trauma and pain, as a result, it is applicable to everyone desiring for beauty. PRIMARY FUNCTION The cone-shaped apertures formed helps to contract skin surface. To activate collagen hyperplasia, improve and keep skin tissue in a quite long time. THERAPY PRINCIPLE This system adopts the scanning dot-matrix irradiation method which can form an ablated area composed of laser action points and lattice spacing on the epidermis, each laser action point is composed by a single or more high-ene