Co2 Fractional Skin Resurfacing
The most targeted laser resurfacing, giving better results with less downtime.
Co2 Fractional Laser Treatment Liverpool
CO2 Fractional Laser Treatment can rejuvenate and refresh the skin in just one treatment, as it targets both the epidermis and deeper layers of your skin to achieve a smoother, more even complexion. Harnessing advanced laser energy this high-tech treatment is designed to address deep lines and wrinkles, whilsts reducing the effects of sun damage, acne scars, blemishes whilst enhancing the texture and overall tone of your skin. This is the ideal treatment to address specific skin conditions and achieve fresh youthful looking skin.
The treatment works by removing a fraction of the top layer from your skin to reveal new youthful skin below. This is a very safe way to remove damaged skin, promoting the body’s natural healing process whilst stimulating the production of fresh collagen. This has proved to be a very popular alternative to cosmetic surgery, with incredible results and minimal downtime.
Results from CO2
Following your CO2 treatment, your skin will immediately feel tight and smooth. Signs of ageing, such as: lines and wrinkles, scars and pigmentation will be dramatically reduced and your skin will feel totally refreshed. Results can be enjoyed following a couple of weeks, with the benefits will continue for many months.
How will my skin feel after the treatment?
Following the procedure you can immediately expect to experience a sensation similar to sunburn which lasts for a few hours. In the next 7-10 days, your skin will begin to flake and peel, these are all normal signs that the treatment is taking effect and working to rejuvenate and regenerate your skin.
How many treatments will I need?
CO2 is highly effective and usually ony a couple of treatments are required. However, if you suffer from deep wrinkles or servere conditions, such as: acne scarring, we recommend a course of several sessions and the doctor will advise exactly how many in your consultation.