Bestview Medical Laser Beauty Equipment Manufacturer

As one of the greatest inventions of the 20th century, the laser has been used in every aspect of society. In the medical field, lasers are widely used in the treatment of gynaecology, dermatology, ear, nose and throat and other related diseases. Today, we will introduce this mysterious light that can treat diseases of the female genital tract – The Fractional CO2 Laser . What is the Fractional CO2 Laser? The CO2 laser is a gas laser with a certain wavelength. In gynaecology, the CO2 laser uses the thermal, photochemical and pressure effects of the laser on the diseased tissue to destroy it. Then, the edges of the lesion coagulate, carbonise, vaporise and crust, and after debridement, the new squamous epithelium covers the wound. Ultimately, a therapeutic effect is achieved. Applications in Female Lower Reproductive Tract Diseases:   Firstly, squamous intraepithelial lesions of the cervix. For low-grade cervical squamous intraepithelial lesions (LSIL) and some high-grade squamous i...

  Fractional CO2 Laser = Fractional + CO2 Laser Fractional is not a laser, but a working model of laser operation. As long as the diameter of the laser beam (spot) is less than 500μm, and the laser beam is regularly arranged in a dot pattern, the laser in this working model is the fractional laser. The CO2 laser is a fractional laser, the main medium is carbon dioxide molecules. Like other gas lasers, CO2 lasers are complex in their operation and their stimulated emission process. You can understand it as a laser light excited from CO2 gas in a special device. The fractional CO2 laser is a fractional style emitted CO2 laser. Take a flashlight as an example, its normal opening is a large light spot. But in fractional mode, it's like putting a screen in front of a flashlight, the big spot is divided into a small spot (A true fractional pattern is not the cutting of a large beam of light). At the time of emission, the laser is made into a dot pattern). It makes millimetre and centime...