Hot selling 10600nm Co2 fractional laser for vaginal tight/acne removal fractional co2 laser
Theory:
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.
How does Vaginal treatment wrok?
It concerntrated trearmal heating of the vaginal tissue inner layers induces collagen and elastine contraction and regeneration of these proteins in the longer term. These molecular signal activate the entire wound healling process of the body's local immune system. The treatment outcome is the complete remodeling of the vaginal tissue in addition to re-establishment of firm "young like" vaginal tissue embedded with string-like, thick and long collagen fibers
Applications
1. Smooth scars such as surgical scars, burnt scars, acne scars, etc
2. Skin renewing and resurfacing, sun damage recovery
3. Wrinkle removal and skin tightening
4. Pigmentation removal such as intractable chloasmas, age spots, blemishes, speckle etc
5. Skin excrescence such as wart,etc
6. Acne treatment
7. Vaginal treatment: vaginal tightening, vaginal whitening, vrine incontinence.
Advantages:
1. 3 in 1 system, easy and convenient for operation.
a. Fractional CO2 Laser for skin rejuvenation and scar removal
b.and Normal CO2 laser for surgery operation
c. Vagnal tightening for optional.
2. Imported excellent 7 articular optical-arm, easy operated and greatly reduces the energy loss
3. Imported USA Coherent RF tube emitter,
a. even output energy, deeper penetration(8-10mm under the skin)
b. long lifetime:3-5 years
c. smaller sopt size:0.05mm at dia
Specifications:
Laser wavelength | 10.6 μm ± 0.1μ M |
Three output mode | Ultra pulse, continuous output and dot matrix output |
The output terminal of power | 1~40W |
Lattice point output energy of each | 5mj-100mj ( 16 speed adjustable ) |
Fractional output total energy | 125mj+1kj |
Scanner focal length | f=50mm ( FFLS ) or f=100mm ( HFLS ) |
Focal spot diameter | ≤ 0.1mm≤ 0.2mm ( FFLS ), ( HFLS ) |
Treatment of depth | 2000μ m ( FFLS ), 600 μ m ( HFLS ) |
Guidelines for glory | Red semiconductor laser ( 532nm,≤ 5mW ) |
System control | microcomputer control |
Exhaust system | built-in smoke system |
Cooling system | built-in closed water cooling circulation system |
Display | interface ( 10.4 inch color touch screen ) |
Light guide system | 2 joint torsion spring joint arm ( export) |
Way of working | galvanometer scanning ( lattice ): |
FFLS scan size | a maximum of 15*15mm |
HFLS scan size | a maximum of 20*20mm |
The oval, triangular (standard and adjustable ) | |
Scan rate | >10m/s continuous: 1~30W, every step 1W adjustable; |
Pulse frequency modulation Pulse frequency modulation | 0-999Hz, every step 1Hz adjustable |
Environment temperature | 5~40 degree |
Relative humidity | ≤ 80% |
Power supply | 220V, 50Hz, 3A |
Dimensions | 550mm 650mm 1300mm |
Weight | 58kg |
Scanning pattern | rectangle, square, triangle, circle, ellipse, straight line |
Pulse interval | 0-5000ms, every step 1ms adjustable |
Display | 8/10.4’ True color touch screen |