Co2 Resurfacing

Fractional laser

Laser resurfacing has become a popular option for patients seeking to enhance the appearance of their skin. Unlike traditional laser peels, where effective results are associated with long periods of downtime, fractional technology offers a short-downtime solution for treating wrinkles, scars, pigment, and tone and texture.

Fractional CO2 laser skin resurfacing beams are delivered using light energy. The laser creates micro-tunnels in the skin. A microprocessor enable us to control the width, spacing and depth of these beams. They cover a fraction of the total surface area, leaving surrounding skin intact. This selective sparing of the skin facilitates faster healing and increased comfort. Skin injury caused by the laser beam is controlled and the skin responds by predictable repair process. The wound-healing process produce fibroblasts that generate new collagen, plumping the skin and dramatically correcting skin imperfections.

Indications

Deep wrinkles

Fine Lines

Under-eye loose skin

Upper lip deep lines

Acne

Acne Scars

Surgical Scars

Traumatic Scars

Pigmented Lesions

Aktinic & Solar Keratosis

Coarse Skin Texture

Skin Laxity

Skin Rejuvenation

Aging Prevention

The Light Peel

Fractional CO2 Laser “Light Peel” treat unwanted skin conditions typical of aging with the consideration of active lifestyle. It is ideal for those patients that desire improved skin with immediate lasting results, little time off, minimal discomfort and easy post treatment care. Downtime is 2 to 3 days.

The Medium Peel

Treating with ProUltra-C Fractional CO2 Laser Peel achieve dramatic results. By increasing the dwell time and spot size, the ProUltra-C Fractional CO2 Laser can treat deeply into the dermis for tone and texture improvements, resulting in silky smooth finishing touches to the skin. The downtime of a medium peel is 7 to 10 days

The Deep Peel

This treatment is not so popular due to the extended downtime of 3-4 weeks. It is only reserved for severe acne scarring and severe skin aging.