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Summary of Chemical Peels.

Chemical peels fall into three categories:

  • superficial

  • medium

  • deep


Here at Ayumah Asigri Aesthetics we offer 2 different peel strengths.

- Superficial/Light

- Medium

  • Superficial/light peels induce epidermal injury

  • Medium-depth peels penetrate into or through the papillary dermis

Superficial/light peels produce injury limited to the epidermis, whereas medium-depth peels produce injury into or through the papillary dermis. Indications for superficial/light peels therefore include mild acne and epidermal and mixed melasma, whereas indications for medium-depth peels include actinic keratosis, lentigines, sallow discoloration, and fine, static wrinkles.

Superficial Peels

Click here for more information on superficial peels

- Superficial/Light Peels are ideal for those who do not want the downtime associate with a peel
- these peels are the most gentle type of peel, with minimal to no peeling/flaking of skin

- this type of peel is great for individuals with very minimal traits of aging, sun damage and acne scarring. Many people notice significant improvements in their skin after undergoing multiple peels overtime.

The specific Superficial/Light Peel to be applied will be chosen by Ayumah, as it will be tailored to your skin concern/s.

Medium Peel

The Perfect Peel - click here for more information

- Medium peels produce a more dramatic result compared to superficial peels.

- The Perfect Peel is a revolutionary peel that will transform your skin into looking younger, healthier and clearer in just one week.

- Painless application

- This is 5-acid blended peel with Glutathione, Vitamins and Minerals. It is an in-clinic chemical peel which can only be performed by medically trained professionals.

- Never before has a chemical peel offered results at this level to all ranges of skin types.  The Perfect Peel founds itself on a key anti-aging ingredient never before used in a peel: glutathione.  Glutathione is the ultimate antioxidant known to prevent damage to important cellular components caused by free radicals and peroxides.

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