Erbium Glass Laser Fractional 1540nm Laser Equipment For Moles / Striae Gravidarum Removal

Applications:
    1. Removing of fine lines and deeper wrinkles of face, neck, and striae gravidarum,  and
       sinnificantly improving medium to deep wrinkles.
    2. Removing inflammatory acne and smoothing our of scars
    3. Removing warts, moles, and pigmented lesions
    4. Removing age-spots and sun-spots, freckles
    5. Improving skin texture and tone
    6. Causing significant skin tightening
    7. Improving your complexion
    8. Reducing stretch marks
 
 
Advantages
   1 A skin resurfacing option with little to no downtime-patients can typically return to
   their daily activities with minimal redness or discomfort.
   2. The stratum corneum remains in place, eliminating wound healing issues and allowing
   to rapid healing.
   3. Fractional columns prevent unnecessary heat accumulation, as opposed to the more
   painful delivery method of scanning devices.
   4.Ease of treatment - It does not require topical anesthesia or dye application,
   minimizing preparation and clean-up time.
   5.Fractional laser treatment is safe for most skin types, which includes fitzpatrick skin
   types IV and V; Asian, Indian,-Hispanic and lighter toned black skin.
 
The Er:glass laser systems comes with a wavelength of 1540 nm. The laser beam of the Er:glass laser is weakly absorbed by melanin and hemoglobin. Because of the low spread coefficient of this wavelength, the laser beam penetrates very deeply into the skin and is absorbed maximally by the tissue water. This leads to a warming up of the deeper skin layers, the collagen is denatured and cells are warmed up.Take the active acne for example, the warming up leads to a reduction of the sebaceous glands and therefore a reduction of sebum production. This in turn leads to a "drying out" of the acne.
 
 
TECHNICAL PARAMETER

 
 
What is Er: glass laser (1540) systems?
    
Er: glass is a nonablative fractional laser resurfacing treatment equipment. It uses a Er:
glass laser to emit 1.535um near infrared wavelength delivered through a optical fiber to
a hand piece in which there is micro lens array to produce deferent density of microscopic
thermal zones (MTZs). These micro-beams create narrow. deep columns of tissue
coagulation that penetrate well below the epidermis and into the dermis, while sparing
the tissue surrounding the columns from damage for rapid healing