CO2 Fractional Laser RF Tube 4D Fotona Skin Rejuvenation Scar Removal Vaginal Tignten Clinic Use

1.Vaginal tightening principle

Vaginal tightening laser is the use of water uptake 10600nm gold standard laser, using a three-dimensional lattice technology and 360-degree circular emission perfect combination of technology, to produce 50-70 degrees Celsius in a controlled depth of the vaginal mucosa, stimulate lamina propria and myometrium newborn fibroblasts, and damaged collagen fibers, elastic fibers, such as restructuring, so as to achieve vaginal wall thickening and tighteningof the vagina so that firmness, sensitivity enhancement, vagina tight as ever.

2.Skin resurfacing principle

This technology is known as Fractional Photothermolysis theory (dot-matrix light and heat decomposition), the 10.6μm far-infrared laser will evenly mark with tiny holes, and then cause a series biochemical reactions inside the skin, thus to reach the results of skin lifting & resurfacing, pigments and scar removal, etc, finally let the skin return to young again.

The treatment period of fractional laser

Generally speaking, the fractional laser treatment period of blain holes, pitting scars is 3 to 5 times and the time interval is 1 ~ 3 months. The part that laser penetrates directly forms small white spots in the shape of matrix, and the surrounding skin activates lateral repair mechanism immediately, so in 8 hours, th epiderm will heal completely.

After 3 to 6 days, the decrustation of small white spots makes the skin recover to its normal appearance and the inner collagen can regenerate for 6 months even for 3 years.

The safety of fractional laser

Fractional laser Electronics gained national security certificate many years ago. The treatment is safe and comprehensive.

Indications include acne scars(surgical scars, traumatic scars, scalding scars), all kinds of pigment spots(chloasma, poikiloderma), wrinkles, chalodermia, light ageing skin, etc. At present, these clinical practices are applied to many areas home and abroad with explicit and affirmative effects.

The differences between fractional laser and pixel laser

Fractional laser and pixel laser are totally different in emission principles. There is a cribriform graphics generator installed at the front of the emitter of pixel laser. In the emission of laser, the graphics generator separates the laser beam into multiple tiny beams. The energy of laser beam is separated by distance but the heat reaches the skin at the same time. Pixel laser doesn’t possess the software operating functions of intellectualization and multiple graphics. However, each laser beam of fractional laser is a brand-new laser beam, and these laser beams are extremely tiny and emitted fast with the state of time interval. So the design of fractional laser makes the heat reach skin in different time which gives skin a cushioning period to endure heat. Fractional laser has the advantage of relieving pains and reducing side-effects.

Optical properties of skin

The skin is structured by epidermis and dermis. Because dermatology treatment involves subcutaneous tissue, it is thought as the third layer of skin. Epidermis includes thick layer without hair(palm, sole), thin layer with hair. Thick epidermis includes cornified layer, hyaline layer, granular layer, pricle cell layer, basal cell layer(pricle cell layer and basal cell layer together named as germinal layer). The refresh time of the whole epidermis is 59 to 75 days. The melanin mainly gathers at basal cell layer, and reduces upward. There is little melanin at cornified layer. There are no blood vessels in the whole epidermis. Epidermis is gray semitransparent thin film with the thickness of 66～178um. Dermis is white opaque thick-layer with the thickness of 400～4000um. Subcutaneous tissue is mainly made up of fat, biggish blood vessels leading to dermis, hair, lymphatic vessels, nervus, etc.

When the skin suffers traumatic injuries, it can heal and repair by itself. If the traumatic area is large, scars will occur. If the traumatic area is small, the skin can fully heal. Each tiny light beam of fractional laser is a microtrauma for skin tissues. But kin tissues have the ability to self-repair with the result of perfect skin resurfacing. Except for direct desquamation function, CO2 laser can promote skin reconstruction, collagen remodeling and regeneration via indirect heat conduction