PREBIOBALANCE MILKY TONER

Prebiobalance Milky Toner is an innovative toner based on Pickering emulsion technology, designed to deliver high performance while respecting both skin physiology and environmental sustainability. Dermatologically tested on sensitive skin (patch test on 25 volunteers), it demonstrates high tolerability and suitability for delicate skin types. Its advanced Pickering structure replaces conventional surfactants with a physical stabilization network of polysaccharide particles, ensuring excellent formula stability while protecting the skin barrier. This technology supports microbiome balance, enhanced by the presence of Avenoferm® and Ectoin, helping to maintain a healthy and resilient skin ecosystem. The formula is enriched with a biomimetic ceramide complex, delivered through a Lecithin-based system that enables a gradual and skin-friendly release of active ingredients. This progressive delivery enhances efficacy while preserving skin comfort, reinforcing the barrier and improving overall tolerance. Developed through an eco-conscious cold-process manufacturing method, the toner significantly reduces energy consumption and safeguards thermo-sensitive ingredients, ensuring maximum functional integrity. The composition is further strengthened by a synergistic complex of prebiotics, probiotics, postbiotics, and adaptogens—including Inulin, beta-glucan, and fermented oat—to deeply rebalance and support sensitive skin. An advanced next-generation preservation system complements the formula, contributing to both product safety and microbiome respect. The product is presented in transparent PET packaging that highlights its purity and distinctive milky texture, reflecting its technical sophistication and clean formulation philosophy. Overall, Prebiobalance Milky Toner delivers a multi-benefit approach: it restores and strengthens the skin barrier, protects and balances the microbiome, enhances skin tolerance, and provides a refined sensorial experience through its elegant milky texture and progressive release of actives.