How Can Carbon Laser Peels Give You Youthful Skin?

Your complexion is usually the first thing other people notice about you and among the first things you notice when taking a look in the mirror. Sun exposure, genetics, and age all have vital roles in the health and appearance of the skin. Regrettably, daily life might result in excess sun exposure, clogged pores, and other damage signs. A carbon laser facial procedure could boost the aging signs and restore the complexion.

What Is a Carbon Laser Facial?

A carbon laser facial, otherwise called a carbon laser peel or laser carbon peel, is an innovative facial procedure that could enhance the appearance of aging, damaged skin.

This treatment could help you in achieving a more young-looking appearance and complexion. During your carbon laser skin resurfacing treatment, a liquid carbon layer would be administered to your facial and body skin.

While the liquid carbon dries, it permeates your pores and bonds with dead skin cells, oil and dirt. The next part involves a laser passing through your skin’s surface to heat your pores. The laser transmits light energy towards the carbon particles, leading to a reaction.

As your skin starts to warm, it stimulates the generation of elastin and collagen. The activated carbon could help eliminate damaged, dead skin cells and built-up dirt and oil. Aside from encouraging the production of collagen and elastin, carbon laser facials result in minimal discomfort, as they are gentle and safe on virtually all skin types.

How Does the Carbon Laser Facial Treatment Work?

The carbon laser peel is a two-stage process. The first part is when they apply carbon lotion to the treated area. After applying the lotion, a 1060 wavelength laser generates a controlled thermal output throughout your skin to facilitate your skin’s natural healing response. This process stimulates the production of collagen, elastin, and fibroblast to target and rejuvenate fine lines, wrinkles, and more.

The thermal output from the carbon laser peel procedure could also help shrink enlarged pores.  Moreover, this treatment could likewise address acne, traveling across the membrane of the acne to neutralize it. A carbon laser procedure could lessen acne inflammation and reduce the risk of acne scarring.

The last part of the carbon laser facial procedure involves eliminating the carbon lotion with the use of a short-pulse laser. A short-pulse laser shatters the carbon into tinier particles. As the laser eliminates the carbon lotion, it also eliminates the impurities and debris bound to the carbon, offering a deep exfoliating procedure.

After the carbon laser facial treatment, your skin is smoother, brighter, and more even, with natural-looking and long-lasting results. While procedure time differs from each patient and the size of the area being treated, most procedures often only last for about half an hour. Following the laser procedure, your skin would get brighter and softer immediately.

Popular Benefits Of A Laser Carbon Peel

As we age, we continuously search for a different facial procedure that could improve our complexion and improve the appearance of the skin for a younger-looking and healthier appearance. Laser carbon peels utilize innovative laser technology to get a glowing complexion and boost different aging signs. Well-known laser carbon peel benefits are the following:

Anti-aging: Carbon laser facial is an innovative procedure that could tighten large pores, reduce the appearance of wrinkles, and improve aging skin.

Stimulate elastin and collagen production: A carbon laser treatment improves the skin’s health and appearance by stimulating collagen and elastin synthesis. Collagen is a protein the body naturally creates that improves skin blood flow and overall skin suppleness while also decreasing visible symptoms of aging.

Acne treatment: Another valuable element of a laser carbon peel is lessening acne and breakouts. This treatment could also help lower post-breakout discoloration and scarring. A carbon laser facial could accomplish these results while extracting damaged, unwell skin cells from the skin’s superficial epidermal layer.