Erbium Laser
Today, the laser is an instrument that has earned a unique place in practice dermocosmethic surgery, appearing as an alternative to chemical peeling, and could complement or associate with other surgical techniques and facial liftings.
The new systems for laser resurfacing, we can produce a controlled ablation of the skin and the diffusion of heat created in the dermis inflammatory phenomena that lead to compact and reorganize the collagen and elastin getting erase wrinkles and improve the appearance and quality the skin.
The thermal-driving is one of the basic elements for a successful outcome and minimize the effects of this procedure were obtained by the principle of selective phototermolisis, whose goal is to maintain the thermal effect confined to the destructive element in laser target.
Have an appropriate wavelength, a power density can vaporize tissue, but less than the thermal relaxation time of the skin, are also key elements for an effective energy density of tissue vaporization.
The new equipment Yag laser Er-Er-Yag and CO2 + shuffled properly the basic characteristics of wavelength, pulse time, pulse energy, frequency and size of beam.
There are also automation systems (Scanner) that allow us to over-pulse desired, greater speed and extent of treatment area, thus providing greater control of the degree of penetration and uniformity that require these treatments.
The common goal in the resurfacing lasers to remove thin layers of skin, using ultra-short pulses to determine the effect of coagulation necrosis and maintaining control of the thermal diffusion. To get excellent therapeutic results while minimizing side effects and complications. Therefore shorten the recovery time with less persistent erythema and edema and skin repitelización earliest.
The Er-Yag laser and CO2 + Er-Yag give us the opportunity to treat young patients and difficult to treat areas such as the hands, neck, periocular areas, etc..
Recently there has been resurfacing with the Er-Yag laser that after 6 months are fibroplastia areas with more homogeneous distribution of the orientation of collagen and elastic fibers. Therefore this can be programmed to emit laser energy densities above the threshold needed to vaporize.
In Er-Yag laser associated with the emission of C02 give to us an adequate heating of the dermis, the effects of coagulation necrosis and no longer take place, giving the system a privileged place in the market laser.
The new systems for laser resurfacing, we can produce a controlled ablation of the skin and the diffusion of heat created in the dermis inflammatory phenomena that lead to compact and reorganize the collagen and elastin getting erase wrinkles and improve the appearance and quality the skin.
The thermal-driving is one of the basic elements for a successful outcome and minimize the effects of this procedure were obtained by the principle of selective phototermolisis, whose goal is to maintain the thermal effect confined to the destructive element in laser target.
Have an appropriate wavelength, a power density can vaporize tissue, but less than the thermal relaxation time of the skin, are also key elements for an effective energy density of tissue vaporization.
The new equipment Yag laser Er-Er-Yag and CO2 + shuffled properly the basic characteristics of wavelength, pulse time, pulse energy, frequency and size of beam.
There are also automation systems (Scanner) that allow us to over-pulse desired, greater speed and extent of treatment area, thus providing greater control of the degree of penetration and uniformity that require these treatments.
The common goal in the resurfacing lasers to remove thin layers of skin, using ultra-short pulses to determine the effect of coagulation necrosis and maintaining control of the thermal diffusion. To get excellent therapeutic results while minimizing side effects and complications. Therefore shorten the recovery time with less persistent erythema and edema and skin repitelización earliest.
The Er-Yag laser and CO2 + Er-Yag give us the opportunity to treat young patients and difficult to treat areas such as the hands, neck, periocular areas, etc..
Recently there has been resurfacing with the Er-Yag laser that after 6 months are fibroplastia areas with more homogeneous distribution of the orientation of collagen and elastic fibers. Therefore this can be programmed to emit laser energy densities above the threshold needed to vaporize.
In Er-Yag laser associated with the emission of C02 give to us an adequate heating of the dermis, the effects of coagulation necrosis and no longer take place, giving the system a privileged place in the market laser.
