Our store will reopen on September 28, 2026.
Advanced care. A gentler approach.
Freshly made following your order.
Crafted after reservation in small production rounds and shipped shortly after production.
Never warehoused.
Discover the Fresh Series ⟶
As we prepare for our return on September 28, we share a closer look at the months shaping the next chapter of PHAEDRAE — from new formulations and the introduction of the Gentle Label to the return of Fresh Series.
As we prepare for our return on September 28, we share a closer look at the months shaping the next chapter of PHAEDRAE — from new formulations and the introduction of the Gentle Label to the return of Fresh Series.
Discover what we’ve been working on this summer
Fermentation can transform botanical ingredients, changing their chemical composition and generating compounds with different properties from the original material. But not all bioferments are the same.
Discover what bioferments are, how they are created, and what current research tells us about their potential role in skincare.
Every skin is different. Answer a few questions and receive personalized recommendations tailored to your skin’s needs and concerns.
Explore the plants, compounds, origins, and research behind botanical skincare — where nature, science, and skin meet through thoughtful research and formulation.
Two extracts may begin with the same flower, root, or leaf, yet differ significantly in concentration, selectivity, stability profile, purity, and sensorial character depending on how they were obtained.
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In botanical skincare, formulators value this method for yielding concentrated, highly selective extracts while preserving certain delicate compounds that prolonged maceration may diminish.
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Fresh Series is to conventional skincare what freshly harvested fruit is to fruit stored for weeks: more vibrant, more nutrient-rich, and closer to the full vitality of its botanical ingredients.
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Antioxidants in skincare play a key role in protecting the skin from free radical damage. Sun exposure, pollution, and stress can increase these unstable molecules.
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