A Q-switched Nd:YAG laser is then used to heat and vaporize the carbon particles. The laser energy is absorbed by the carbon, creating a controlled thermal effect that targets the upper layers of the skin.

The laser energy not only removes the carbon particles but also stimulates collagen production. This promotes skin rejuvenation, helps minimize pores, and improves overall skin texture.

One of the advantages of Carbon Peel is that it typically involves minimal downtime. Patients may experience mild redness immediately after the procedure, but this usually subsides quickly.

For optimal results, a series of Carbon Peel sessions may be recommended. The number of sessions depends on individual skin concerns and the desired outcome.

Patients are often advised to use sun protection and moisturize the skin following the procedure. Avoiding direct sun exposure is crucial to prevent potential side effects.