Rewrite your skin’s history: The best AHA exfoliant for you
Have you ever wanted a chemical peel at home? NEW Skin Editor AHA exfoliant peel creme uses strong chemical exfoliation and a blend of advanced ingredients to rewrite past skin sins and completely transform rough, bumpy, dull, lined, and congested skin. This powerful AHA exfoliant continues our ongoing mission to deliver what you want: innovative, high-powered and clean formulas, with superior ingredients at clinical levels. Keep reading to learn more.
Who it’s for
Skin Editor is specifically designed for anyone who has:
Skin with rough texture
Dry, dehydrated skin
Dull, lackluster skin
Clogged pores/blackheads
Skin that has reached a plateau and needs something stronger
This luxurious formula is for all skin types to rewrite past skin sins and edit skin to perfection. Skin Editor is dermatologist and clinically tested to be non-irritating.
What it does
Skin Editor is a powerful exfoliator that works to edit skin imperfections and long-term damage to instantly smooth rough and bumpy texture, diminish dullness, brighten dark damage, improve clarity + color, target congestion, hydrate, and reduce the look of lines – all without harsh skin-stripping or surface-scraping. Use it at night to quickly correct past skin sins and environmental stress signs.
How it works
This AHA exfoliant peel creme uses an advanced blend of ingredients to edit skin to perfection:
Skin Editor uses two different AHA exfoliant acids, deep-penetrating 3% glycolic acid and mid-penetrating 7% lactic acid, to provide unique dual-depth exfoliation. These acids work together to achieve a better range of penetration to increase cell turnover and skin benefits.
Kombucha:
The fermented black tea (kombucha) in the formula targets premature aging and brightens skin. It also uses organic acids and vitamins to help reduce loss of volume in the face and enhance luminosity.
Canadian willowherb:
This unique, naturally buffering plant helps soothe skin, counteract invisible inflammation and fight skin-aging free radicals.