.png){kind=small}
VI PEELS: TRANSFORMATIVE SKIN REJUVENATION
VI Peels, developed by Vitality Institute, are a collection of advanced and transformative chemical peel treatments designed to rejuvenate and revitalize the skin. These peels offer targeted solutions for various skin concerns, delivering noticeable improvements in skin tone, texture, and overall appearance.
KEY FEATURES
Uniquely Formulated: VI Peels come in several formulations, each uniquely crafted to address specific skin issues, including pigmentation, sun damage, acne, and signs of aging.
Medium-Depth Treatment: These peels provide a medium-depth exfoliation, working beyond the surface to stimulate cellular turnover and promote the emergence of fresher, more radiant skin.
Safe for All Skin Types: VI Peels are safe and effective for all skin types and tones, making them inclusive and versatile for a diverse range of individuals.
Quick Results: With VI Peels, noticeable results can often be seen in as little as seven days, offering a relatively swift turnaround for skin transformation.
Painless Experience: The peels are designed to be relatively painless, ensuring a comfortable and enjoyable experience during the skin rejuvenation process.
COMMON SKIN CONCERNS ADDRESSED BY VI PEELS
● UV-Induced Pigmentation
● Sun Damage
● Melasma
● Acne and Acne Scarring
● Fine Lines and Wrinkles
● Loss of Elasticity
PROCEDURE
OVERVIEW
During a VI Peel session, a licensed skincare professional applies the specially formulated peel solution to the skin. The treatment works to exfoliate the outer layers, revealing fresher, more even-toned skin underneath. VI Peels are particularly effective in suppressing melanin production, addressing various pigmentation issues, and promoting rapid cell turnover.
POST-TREATMENT
CARE
After the VI Peel procedure, a comprehensive post-care treatment will be provided to take home. This post-care regimen is tailored to optimize the healing process and maintain the results. It may include specific skincare products and instructions on their usage.
