07510 708399

info@www.claire-louiseskinaesthetics.co.uk

23 fairfield, Ilminster, TA19 9PE

laser-tattoo-removal

carbon laser

A carbon peel is a revolutionary laser treatment that is completely painless with minimal-to-zero downtime. It is highly beneficial for people with oily skin, blackheads, enlarged pores, dull skin, and acne on the face or body. It is also an excellent way to exfoliate and refresh your skin, providing an instant refreshed appearance and leaving skin feeling softer, smoother and firmer.

Benefits

Reduces fine lines and wrinkles

Tightens dilated pores

Reduces acne, scars and post acne discoloration

Removes dead skin cells from the superficial epidermal layer

Stimulates collagen growth

Improves skin texture

Clears pores to help reduce blackheads and whiteheads

how does it work?

laser-tattoo-removal

Carbon laser treatment, also known as a carbon peel, is an advanced, painless laser procedure with minimal to no downtime. It is ideal for individuals with oily skin, blackheads, enlarged pores, acne, or dull skin, and can be used on both the face and body. The process begins with the application of a layer of liquid carbon to the skin, which penetrates deep into the pores. The laser light is then attracted to the carbon particles, and as the laser passes over the skin, it destroys the carbon, taking with it dead skin cells, oil, and impurities from the pores.

This treatment offers numerous benefits, including reducing fine lines and wrinkles, tightening dilated pores, and improving skin texture. It also effectively targets acne, scars, and post-acne discoloration by stimulating collagen production and removing dead skin cells from the epidermal layer. Additionally, carbon laser treatment helps clear pores, reducing blackheads and whiteheads, resulting in smoother, firmer, and more refreshed skin. With its non-invasive nature, the procedure offers a quick and efficient way to rejuvenate the skin, making it an excellent choice for those looking to improve skin appearance and texture with minimal recovery time.