Patients who used to spend weeks in recovery after cosmetic skin treatments can often return to work after a long weekend sporting impressive skin care results, thanks to an innovative new tool. The Pixel CO2 OMNIFIT device reduces aesthetic skin treatment downtime ten-fold, from 30 days to just three providing long-lasting cosmetic results in the span of a long weekend.
The Pixel CO2 OMNIFIT uses the proper wavelength for the clinical indication. While traditional CO2 laser peels ablate the entire skin surface, this new technology divides the laser energy into micro-treatment zones or pixels. Each pixel spot receives optimal energy providing a more effective treatment. This technology triggers a biological response that leads to collagen remodeling in the dermis. Remodeled collagen fills the skin to smooth out fine wrinkles and minor sagging and can also stimulate increased collagen production creating visible long-term results. With a good portion of the skin intact, healing occurs quickly drastically reducing downtime.
Patients who have experienced Pixel CO2 report considerable improvement in scarring, sun damage, acne scars and other skin conditions. Because the laser produces little redness and irritation, patients spend significantly less time in recovery. This is something a patient can do on a long weekend without anyone knowing they had the procedure. These types of innovations make the experience more pleasant, and ultimately less expensive, for the average user.
Pixel CO2 OMNIFIT was developed by Alma Lasers Ltd., a leading developer and marketer of aesthetic devices that use light, laser and radio frequency technologies in skin rejuvenation treatment.
Bruce E. Katz, M.D. is Clinical Professor of Dermatology at The Mount Sinai School of Medicine, Director of the Cosmetic Surgery & Laser Clinic at Mount Sinai Medial Center, and Director of the JUVA Skin & Laser Center located at 60 East 56th Street in Manhattan.
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