Technology Platforms Driving Ingredient Innovation
Plamed | Combining advanced formulation science, molecular engineering, and biotechnology to develop high-performance functional ingredient solutions.
Supramolecular Technology
Supramolecular technology utilizes non-covalent interactions to assemble active ingredients into dynamic and highly adaptive molecular structures.
This advanced delivery approach enhances ingredient stability, improves skin penetration, and enables controlled release of functional actives.
By overcoming challenges such as poor solubility, oxidation, and skin irritation, supramolecular systems maximize the efficacy and bioavailability of skincare ingredients.
The technology also enables smarter and more targeted formulations inspired by biological self-assembly mechanisms.
Enhanced Penetration & Bioavailability
Transforms difficult-to-absorb active ingredients into supramolecular structures for deeper transdermal delivery and improved bioavailability.
Stabilized Active Ingredients
Protects sensitive ingredients such as Vitamin C, retinol, and polyphenols from oxidation, light, and environmental degradation.
Controlled Release with Reduced Irritation
Enables sustained and controlled release of active compounds, minimizing skin irritation while maintaining long-lasting efficacy.
Synergistic Formulation Compatibility English
Allows the integration of previously incompatible ingredients into stable and highly efficient multifunctional skincare systems.
Main Applications
Anti-Aging Skincare
Deep Hydration Products
Brightening Care
Sensitive Skin Formulations
Acne & Oil-Control Solutions
Functional Dermocosmetics
Cocrystal Technology
Cocrystal technology utilizes crystal engineering to combine active ingredients with compatible coformers into a unified crystalline structure through non-covalent interactions such as hydrogen bonding.
This technology enhances the physicochemical properties of skincare actives without altering their molecular identity.
By improving solubility, dissolution behavior, stability, and bioavailability, cocrystal systems enable more efficient and targeted delivery of functional ingredients.
Cocrystal technology is widely recognized as an advanced formulation strategy for next-generation high-performance skincare ingredients.
Improved Solubility & Absorption
Significantly enhances the solubility and dissolution rate of poorly water-soluble active ingredients, improving skin absorption and bioavailability.
Enhanced Stability of Active Ingredients
Improves the physical and chemical stability of sensitive ingredients by protecting them from oxidation, moisture, and environmental degradation.
Higher Formulation Compatibility
Enables sustained and controlled release of active compounds, minimizing skin irritation while maintaining long-lasting efficacy.
Reduced Irritation with Optimized Performance
Allows the integration of previously incompatible ingredients into stable and highly efficient multifunctional skincare systems.
Main Applications
Anti-Aging Skincare
Deep Hydration Products
Brightening Care
Sensitive Skin Formulations
Acne & Oil-Control Solutions
Functional Dermocosmetics
Liposome Technology
Cocrystal technology utilizes crystal engineering to combine active ingredients with compatible coformers into a unified crystalline structure through non-covalent interactions such as hydrogen bonding.
This technology enhances the physicochemical properties of skincare actives without altering their molecular identity.
By improving solubility, dissolution behavior, stability, and bioavailability, cocrystal systems enable more efficient and targeted delivery of functional ingredients.
Cocrystal technology is widely recognized as an advanced formulation strategy for next-generation high-performance skincare ingredients.
Improved Solubility & Absorption
Significantly enhances the solubility and dissolution rate of poorly water-soluble active ingredients, improving skin absorption and bioavailability.
Enhanced Stability of Active Ingredients
Improves the physical and chemical stability of sensitive ingredients by protecting them from oxidation, moisture, and environmental degradation.
Higher Formulation Compatibility
Enables sustained and controlled release of active compounds, minimizing skin irritation while maintaining long-lasting efficacy.
Reduced Irritation with Optimized Performance
Allows the integration of previously incompatible ingredients into stable and highly efficient multifunctional skincare systems.
Main Applications
Anti-Aging Skincare
Deep Hydration Products
Brightening Care
Sensitive Skin Formulations
Acne & Oil-Control Solutions
Functional Dermocosmetics
Synthetic Biology Technology
Cocrystal technology utilizes crystal engineering to combine active ingredients with compatible coformers into a unified crystalline structure through non-covalent interactions such as hydrogen bonding.
This technology enhances the physicochemical properties of skincare actives without altering their molecular identity.
By improving solubility, dissolution behavior, stability, and bioavailability, cocrystal systems enable more efficient and targeted delivery of functional ingredients.
Cocrystal technology is widely recognized as an advanced formulation strategy for next-generation high-performance skincare ingredients.
Improved Solubility & Absorption
Significantly enhances the solubility and dissolution rate of poorly water-soluble active ingredients, improving skin absorption and bioavailability.
Enhanced Stability of Active Ingredients
Improves the physical and chemical stability of sensitive ingredients by protecting them from oxidation, moisture, and environmental degradation.
Higher Formulation Compatibility
Enables sustained and controlled release of active compounds, minimizing skin irritation while maintaining long-lasting efficacy.
Reduced Irritation with Optimized Performance
Allows the integration of previously incompatible ingredients into stable and highly efficient multifunctional skincare systems.