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CHEMICAL PEELS

Price

$400

Duration

4 Weeks

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About the Course

Chemical Peels for Hyperpigmentation Treatment: Why are they so effective?


Chemical peels can be effective in treating hyperpigmentation by removing the outer layer of damaged skin cells and promoting cell turnover, resulting in a more even and brighter complexion. Here are some ways in which chemical peels can help to reduce hyperpigmentation:


  1. Exfoliation:


    Chemical peels work by exfoliating the skin, which helps to remove the outer layer of dead and damaged skin cells. This can help to reduce hyperpigmentation by removing the excess melanin pigment that is present in these cells.

  2. Stimulation of collagen production:


    Chemical peels can also stimulate collagen production in the skin, which can help to improve skin texture and tone. This can reduce the appearance of hyperpigmentation and help to prevent new dark spots from forming.

  3. Enhancement of penetration of topical treatments:


    Chemical peels can also help to enhance the penetration of topical treatments, such as skin brightening serums and creams, by removing the outer layer of dead skin cells. This can make these treatments more effective in reducing hyperpigmentation.

 

Which Types Are Best for Hyperpigmentation?


There are several types of chemical peels that can be effective for treating hyperpigmentation, depending on the type and severity of the condition.

Here are some chemical peels that are commonly used for hyperpigmentation:


  1. Glycolic acid peels:


    Glycolic acid is a type of alpha-hydroxy acid (AHA) that exfoliates the skin and stimulates collagen production, which can reduce hyperpigmentation and improve skin texture.

  2. Salicylic acid peels:


    Salicylic acid is a type of beta-hydroxy acid (BHA) that penetrates deep into the pores to unclog them and exfoliate the skin. It can be effective for treating hyperpigmentation caused by acne.

  3. TCA peels:


    Trichloroacetic acid (TCA) peels are a type of medium-depth chemical peel that can be effective for treating more severe hyperpigmentation, such as melasma. They work by removing the outer layers of skin and stimulating collagen production.

  4. Mandelic acid peels:


    Mandelic acid is a type of AHA that is less irritating than other AHAs and can be effective for treating hyperpigmentation in people with sensitive skin.


It is important to note that the effectiveness of chemical peels for hyperpigmentation may vary depending on the severity and type of hyperpigmentation. It's recommended to consult with a skincare professional to determine the best course of treatment and which chemical peel would be most effective for your individual case of hyperpigmentation.


Your Instructor

Camilla Jones

Camilla Jones

Chemical peels can be effective in treating hyperpigmentation by removing the outer layer of damaged skin cells and promoting cell turnover, resulting in a more even and brighter complexion. Here are some ways in which chemical peels can help to reduce hyperpigmentation:
Here are some components that may be included in a hyperpigmentation advanced treatment program: • Exfoliation: Chemical peels work by exfoliating the skin, which helps to remove the outer layer of dead and damaged skin cells. This can help to reduce hyperpigmentation by removing the excess melanin pigment that is present in these cells.
• Stimulation of collagen production: Chemical peels can also stimulate collagen production in the skin, which can help to improve skin texture and tone. This can reduce the appearance of hyperpigmentation and help to prevent new dark spots from forming.
• Enhancement of penetration of topical treatments: Chemical peels can also help to enhance the penetration of topical treatments, such as skin brightening serums and creams, by removing the outer layer of dead skin cells. This can make these treatments more effective in reducing hyperpigmentation.

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