Carbon Peel Laser is a non-invasive, completely painless laser treatment that effectively addresses specific cutaneous imperfections without side effects, downtime, and with immediate results. Using a unique liquid carbon formulation applied to the face in conjunction with Q-Switch Laser technology, the procedure exfoliates the skin, cleanses and minimizes pores, reduces sebum production, and improves skin texture and luminosity. With its unique two-step approach, the QSW laser maximizes carbon peel efficacy through distinct laser emission modes, enabling physicians to perform precise and efficient treatment. While suitable for all skin types, it is particularly indicated for combination or oily skin, enlarged pores, blackheads, and dull skin texture.
Technology
Carbon Peel Laser utilizes a Deka Laser platform. The system employs a state-of-the-art laser combining two Nd:YAG pulse modes: Q-SW and Free Running. Operating at 1064nm wavelength with collimated light handpiece, the Carbon Peel Laser optimizes the medical properties of carbon. The procedure begins with applying an activated liquid carbon layer to the face. The black gel acts as an artificial exogenous chromophore, enhancing photoacoustic and photothermal effects in the treated area. Once the gel penetrates the pores, the laser passes over the active carbon layer, heating and destroying particles on the skin surface and within pores, producing immediate skin resurfacing effects.
Mechanism of Action
The 1064nm laser-assisted carbon peel protocol is executed in two steps using a collimated light applicator, employing two distinct laser modes: FR and Q-Switch mode.
Two-Step Approach
During the first pass, the FR laser gently heats the cream's water molecules, enabling carbon to bind with surface debris and penetrate deeply into pores. In the second pass, a rapid QSW wavelength breaks carbon molecules into infinitesimal particles. The 1064nm wavelength is highly absorbed by these particles, resulting in carbon destruction and removal of dead cells, sebum, and bound impurities.
Thermal Effect Benefits
Beyond skin resurfacing and deep exfoliation, the collimated laser beam creates controlled thermal damage at the dermo-epidermal barrier. The thermal effect reduces pore size, contracts pilosebaceous glands leading to decreased sebum production, and stimulates collagen production.
Quick, Painless 30-Minute Treatment
Carbon Peel Laser is one of the most effective methods for deep skin cleansing and regeneration. The combination of laser technology with the clinical properties of medical-grade carbon delivers superior and visible facial cleansing results. The treatment's speed and absence of side effects make Carbon Peel Laser suitable for any time of year, including lunch break procedures.
