The laser’s proprietary technology minimizes the thermal bystander effect, which greatly reduces the chance of adverse post-inflammatory hyperpigmentation. It penetrates the skin with small micro-laser beams, producing smaller injuries called microscopic ablative columns (MACs). The eCO 2 laser technology used at deRMA Skin Institute is safer than other fractional CO 2 lasers. What’s Different About ECO 2 Laser Treatments? We customize the depth and density of the treatment, and patients can recover much more quickly with less discomfort than with ablative laser skin resurfacing. Just like a showerhead will split a single flow of water into multiple small streams, fractional lasers create a similar effect, targeting laser energy to pinpoint columns while leaving the surrounding skin untouched.

Modern CO 2 lasers, however, use fractional technology. Fresh, youthful-looking skin replaced the damaged skin as the healing process produced new collagen, which tightens, thickens, and volumizes skin over time.īecause these treatments were fully ablative-removing the entire surface of the skin-they were painful, required relatively long downtimes, and posed more risk of adverse side effects such as prolonged redness and post-inflammatory hyperpigmentation (skin discolouration).

Researchers developed the CO 2 laser in the 1980s to treat damaged and aging skin using targeted beams of laser energy to remove the outer layer of skin. Although 'lighter' treatments such as those that use intense pulsed light may be less invasive with little to no downtime, CO2 laser treatment can address more significant skin issues for dramatic improvements in the skin's appearance.

Sajic shares his laser skin rejuvenation treatment experience and results. Dusan Sajic of deRMA Skin Institute in Guelph says yes, especially for patients with significant sun damage, pre-cancers or fine lines and wrinkles. Are CO2 laser treatments worth the required downtime? Dr.

Eco skin clinic