PCA SKIN launched a pair of performance-driven acne peels, Acne Peel and Acne Peel Plus, that target the main causes of acne to deliver noticeable results with just one treatment.
Over three decades ago, PCA SKIN was the first company to develop and market a modified and enhanced Jessner's peel combining lactic acid, salicylic acid, kojic acid, citric acid and resorcinol for a safer, comfortable solution for all skin types, tones and concerns.
"We are very excited to introduce a professional peel with advanced technology specifically designed to help improve acneic skin," says Ewelina Lesniak, Director of Skin Health Production Development, CP Skin Health Group, "Alongside a powerful combination of AHA/BHA, we have incorporated an ingredient, often referred to as a third generation retinoid, which has been shown to target microcomedones in the skin to help prevent and reduce breakouts."
Performance-Driven Acne Peels
PCA SKIN's Acne Peel and Acne Peel Plus Address Acne's Main Causes
Trend Themes
1. Third-generation Retinoid Innovation - The incorporation of third-generation retinoids targets microcomedones, which helps prevent and significantly reduce acne breakouts.
2. Advanced AHA/BHA Combinations - Using a powerful combination of Alpha Hydroxy Acids (AHA) and Beta Hydroxy Acids (BHA) enhances the effectiveness of acne treatment peels.
3. Customized Skin Solutions - Developing customized solutions that can cater to all skin types promotes safer and more comfortable acne treatments for diverse users.
Industry Implications
1. Dermatology - Innovations in acne treatment peels present new opportunities for dermatologists to offer advanced care tailored to specific acne concerns.
2. Cosmetic Skincare - The introduction of performance-driven acne peels in the cosmetic skincare industry addresses the growing demand for more effective and faster-acting acne solutions.
3. Health and Beauty Retail - Retailers in the health and beauty industry can expand their offerings with cutting-edge acne peel products that leverage new ingredient technologies.