Technology of Ultrapulse
Mainly let the original average output of the laser energy concentrated in a very short period of time then output, due to the high pulse power, short time, and more round spot, the pressure on the surface from laser heat transfer effects is low (small heat-affected zone).

Introduction:

10.4 inch big color touch LDC screen RF Vaginal +fractional+Normal  CO₂

Applications:

Application:

1. Application Range of Fractional treatment handpiece
    a. Large pores, Fine lines, Skin tightening and whitening, Skin loosen(Deep Wrinkles), Stretch marks.
    b. Various Scars: Burn Scars, Acne Scars, Surgical Scars and Keloid;
    c. Reconstruction of photoaging skin.

2. Application Range of Incision Handpiece
    a. Via multiple handles it can be adapted to Gynecology, ENT, Neurology and general surgery
    b. In cosmetic surgery, it can be adapted to incisions for Blephaplasty, Skin Tags and Ingrow Nails, Compound Nevus and Intra Dermal Nevus etc

1. Vaginal Tightening Laser

2. Fractional resurfacing CO₂ 

Features& Advantages:

1. USA Coherent RF Excited CO₂

2. 3 kinds of treatment mode 

3. Adjustable scanning kinds of patterns and different sizes

4. Built-in blowing smoke system

5. Adjustable pulse duration

6. Automatic alarm Systems for operation and troubles

7. High return with no consumable costs

 Theory - co2 fractional laser

Specifications:

Wavelength: 10.6+ 0.1um

Beam Transmission System: 7-Articulation joint Spring-Balanced Light Guiding Arm.

Power:1--30W

Operate Mode:Vaginal , Fractional and Ultra Pulse 

Indication Beam : Green Semiconductor Laser(532nm,<5m W)

Operating Interface: 10.4" TFT color screen

Scanning area :Max20x20mm(HFLS)

Scanning patterns Number: 7 kinds

Scanning patterns Type:

Rectangular, Square, Ellipse, Circle, Rect, straight line, hexagon and triangle

Cooling Systems: Air cooling

Treatment theory:

The CO2 laser produces a beam of infrared light with the principal wavelength centering around 9.4 and 10.6 micrometers. With fractional laser resurfacing, the laser beam is broken up or fractionated into many small micro beams which are separated. These small areas of untreated skin promote a much more rapid recovery and healing with less risk of complications. The small areas treated by the fractional micro beams, called micro treatment zones, cause sufficient laser injury to promote new collagen production and resultant facial skin rejuvenation.

CO2 laser system

The CO2 laser with a specific wavelength of 10.6 nm can be absorbed by human body tissue (no matter what color the skin is) by nearly 100%. Through laser emitter, the micropulsed laser beam shoots on the target skin in nanometer level to achieve a controllable precise treatment .The dimension of shooting area only can be measured in nanometer, which is precise enough for operators to control and adjust the treated depth andlayer according to the clinical diagnosis.

The energy of CO2 laser is even and steady. Its focused energy aims only at target tissue without any injury to surroundings. It is the heat and electromagnetic effect of the laser that people use to conduct non-blood or less-blood cutting, cauterizing, gasification and accurate microsurgery so as to avoid skin burnt. During the treatment, biochemical reactions of optical-thermal accelerate collagen reproduction and skin recovery,after exfoliation of the tiny scar; fresh and smooth skin can be regenerated. The device outputs invisible laser. In order to operate with more ease, red semiconductor laser has been added to indicate.