White Most Effective Co2 Fractional Laser Machine Acne Scar Removal
TREATMENT THEORY:
Fractional laser penetrates skin and forms tiny thermal channels
.This creates some ablative and thermal effect only on these
channels without damaging the surrounding tissue.The tissues
surrounding the micro injuries start the healing process.As the
collagen remodels the skin is tightened scars and pigmented lesions
are improved as well.
How Does CO2 Laser Resurfacing Work?
A CO2 laser allows your cosmetic surgeon or dermatologist to
perform skin resurfacing procedures that reduce or eliminate more
pronounced lines and wrinkles than similar treatments. This is done
by removing deeper layers of damaged skin and stimulating the
regeneration of healthy skin underneath.
The latest technological advancement in the field of laser
resurfacing is the use of light beams that are either pulsed or
scattered at a very high rate. This minimizes heat damage that the
skin might otherwise be exposed to. It also allows a more powerful
CO2 laser to be utilized for deeper tissue removal and for more
effective removal of pronounced wrinkles and creases. This
technology allows the laser skin resurfacing treatment to provide
some of the most dramatic, age-defying results possible.
APPLICATIONS:
Fine lines ,skin tightening and whitening, skin loosen, deep
wrinkles and stretch marks.
Various scars, burnts scars, acne scars ,surgical scars and keloid
.
Pigmented skin lesions ,chloasma ,freckles, age spots, sun spots .
Reconstruction of photo aging skin .
In cosmetic surgery it can be adopted to incisions for
blepharoplasty skin tags ingrown nails compound nevus and intra
dermal nevus .
ADVANTAGES:
Cost effective with high quality most competitive for doctors .
Most convenient for maintenance among ablative skin treatment
equipments.
Elegant design preferred to aesthetic centers and clinics.
Longest life time among glass tube co2 lasers in worldwide.
Super ventilation ensures long time and sufficient running of
machine
Specification of co2 fractional laser
