Fractional and Non-Fractional Applications
Skin Resurfacing
Skin Rejuvenation
Skin Tightening
Scar Remodeling
Skin Tags & Benign Skin Lesion
Skin Imperfections
The carbon dioxide (CO2) laser has been known to provide some of the most dramatic, age-defying results in the treatment of challenging skin imperfections including wrinkles, fine lines, photodamage, uneven skin tone and skin laxity, as well as in scar treatment, skin tags and benign tumors.
Using the power of the CO2 laser, the optimal mix of ablative and thermal effects and an array of applicators and treatment modes for highly tailored procedures, Alma’s Pixel CO2 brings unparalleled precision and innovation to the field of dermatology and plastic surgery.
Alma Pixel CO2 is a highly flexible system for char-free tissue ablation, vaporization, excision, incision and coagulation of soft tissue. It allows physicians full control of treatment parameters, including level and depth of ablation and thermal control via pulse duration and mode of energy delivery. This versatility maximizes precision and treatment results while minimizing unnecessary tissue damage.
The CO2 laser uses a 10,600nm wavelength, which is ideal for collagen matrix renewal and an optimal choice for treating an extensive range of dermatological issues. The CO2 laser has the ability to perform efficient, highly precise fractional and non-fractional laser treatments using the widest assortment of advanced applicators.
With powerful performance and hundreds of treatment options, Alma Pixel CO2 opens the door to new possibilities in dermatological and surgical treatments. These include: Keratoses, Solar/actinic elastosis, Acne scars, Surgical scars, Rhinophyma, Cutaneous papilloma and more. The platform also extends its use for Gynecology, Otolaryngology (ENT) and other medical fields using advanced, breakthrough applicators.
Pixel Applicator
High thermal effect, short downtime, ideal for wrinkles and skin tightening
The Pixel CO2 7×7 and 9×9 stamping applicators deliver CO2 laser energy to the skin through a DOE (Diffractive Optical Element) which pixelates the beam to either 49 or 81 pixels, creating simultaneous microscopic columns of micro-ablative damage. The energy is delivered in a square pattern with an 11x11mm spot size.
This unique technology approach enables the use of much higher energy levels via longer pulse durations, creating a greater coagulation and thermal effect with minimal ablation and significantly less patient downtime.
The deep thermal effect of the Pixel applicator makes it ideal for skin rejuvenation, treating fine lines and wrinkles.
