The main use of Lycopene in cosmetics is as an antioxidant; it is also a natural pigment for cosmetics and can be part of advanced delivery systems and/or oil-based systems.
Lycopene is a lipophilic carotenoid that has been of interest in cosmetic formulation due to its high natural colour properties and antioxidant activity. In the case of cosmetic manufacturers, however, the value of lycopene for cosmetics does not necessarily stem from the inclusion of lycopene as such, but rather from the way in which the lycopene is dispersed, protected, dosed, and incorporated into the final product.
Lycopene Benefits for Cosmetic Formulation
The functional and formulation properties of lycopene are the main ones that make it a beneficial ingredient in cosmetics.
Antioxidant function: Lycopene was identified as having an antioxidant function in the EU cosmetic ingredient database; thus, it is relevant to formulations being developed for antioxidant activities.
Natural color contribution: Lycopene is a very red and reddish-orange color, and can be used as a colorant in selected cosmetics.
Oil-phase compatibility: Lycopene has a high lipophilicity, which results in its natural oil-phase compatibility.
Versatility for formulations: With the right formulation, Lycopene can also be tested in a cream, emulsion, serum, oil, or even in personal-care products such as masks.
CosIng database from the European Commission provides information related to ingredients and labels, and actual regulatory conditions should always be compared with the cosmetic regulation and market needs.
Lycopene for Cosmetics: Why Lipophilicity Matters
Cosmetically, lycopene has the good property of being lipophilic, yet it poses a technical challenge.
Oil solubility: Lycopene is more soluble in the oil phase than in water-based systems, and oils, lipid carriers, and emulsified systems are advantageous formulation techniques.
Lycopene powder in water-based formulas: Water-based formulas can be challenging to disperse lycopene powder into, and can lead to uneven dispersion and color.
Evaluation of vegetable oils, lipid systems, emulsions, and encapsulated matrices for carrier selection is possible based on the end product.
Handling and distribution can be enhanced by the following Particle engineering: Micronization, Microencapsulation, Structured Particles.
Studies examining delivery of the carotenoid across the topical delivery system have shown that the architecture of the delivery system can dramatically alter the distribution of lycopene in a model skin system. This points to the importance of choosing the raw material format in conjunction with the dosage form and not separately.
Lycopene Dosage and Cosmetic Formulation Strategy
Lycopene dosage is not universal in cosmetics because the amount needed is dependent on the concentration of the ingredient in the product, the delivery system, the color target, and the nature of the finished product.
Low inclusion: Appropriate when lycopene is used as a functional ingredient of the product and/or when the product is not required to have a strong color.
Higher inclusion: May be considered as needed for higher colour contribution or higher carotenoid system.
Oil-based formulations: Lycopene can be used in the oil fraction before emulsification or filling.
For emulsion systems, the evaluation of the oil phase, the emulsifier system, homogenization conditions, and the particle distribution are to be carried out together.
Finished-product testing: appearance, colour uniformity, assay, odor, phase stability, and storage stability should be tested.
Topical formulation studies published have incorporated lycopene at 0.05% w/w in microemulsion systems, showing that low concentrations are not an excuse for not paying attention to the formulation of the carrier/dispersion. Only use this as a guide to a research formulation and not as a general commercial dosage recommendation.
Lycopene Stability in Cosmetic Formulations
There are a number of important technical aspects to consider in the use of lycopene in cosmetics, one of them being its stability.
Light: Lycopene is light-sensitive, and the transparency of packaging and intense light exposure during processing should be carefully considered.
Oxidative exposure: This can occur during manufacture and storage, affecting the quality of carotenoids.
Degradation and changes in lycopene isomer composition can be hastened by elevated temperatures (Heat).
During the development of the lycopene delivery system, the compatibility of the lycopene system with the pH of the finished formula should be determined.
Metal ions: Trace metals can participate in oxidative processes and should be taken into account for the formulation of sensitive carotenoids.
Light, oxygen, and thermal conditions have been reported as major factors that impact the stability of lycopene, and encapsulation has been reported as an important technique to protect lycopene during processing.
Encapsulated Lycopene for Cosmetics
However, when it is not possible to use oil dispersion for encapsulated lycopene, it can be a valuable cosmetic ingredient.
Microencapsulation: Lycopene can be protected from direct exposure to the environment by the protective matrix surrounding it.
Nano- or microemulsions: These systems can help to disperse a lipophilic ingredient in the formulation with an aqueous continuous phase.
Structured dry particles: Beadlet type systems can facilitate handling and controlled incorporation in the manufacturing process.
Carrier protection: In addition to reducing direct exposure to oxygen and light during storage, encapsulation can also provide protection from these factors.
In recent literature, microencapsulation was once again indicated as a useful technique to enhance the stability of extracted lycopene and to increase its use, such as in cosmetics.
Lycopene Applications in Cosmetic Products
Depending on the final product, the optimal formulation of lycopene in the cosmetic product is determined by the specific formulation.
Face creams: Oil-based lycopene products are suitable to be added to the oil phase of emulsion systems.
When a light texture and controlled dispersion are desired, then the use of serums (lipoidal or emulsified) may be considered.
Facial oils: An anhydrous (oil-soluble) oil formulation is compatible with the natural lycopene.
Masks: Encapsulated or dispersed lycopene can be assessed when it can be applied in a product in which color and ingredient distribution are suitable for the product concept.
Body-care products: Lycopene can be used in some of the emulsions/embarrassions and oil-based formulations following compatibility testing.
The important point for the manufacturers is to adjust the lycopene format to the formulation. Do not use a powder for dry handling as an oil dispersion or as an ingredient in capsules as a powder.
How to Use Lycopene in Cosmetic Formulations
Lycopene's applications to cosmetic formulations depend on the intrinsic properties as well as the formulation technology.
The lycopene source, assay, carrier, particle characteristics, process for adding lycopene, exposure to heat and oxygen, packaging, and stability testing should all be considered as part of a single system for a successful development process. Lycopene may provide antioxidant activity and natural colour, but its high lipophilicity will require dispersion and stability to be key factors for formulation success.
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What Are The Benefits Of Lycopene For Cosmetics?
The most appropriate lycopene cosmetic ingredient for cosmetic manufacturers is, therefore, not necessarily the lycopene with the highest assay. The superior format is that which offers stable dispersion and color, sufficient stability, and compatibility with the desired final product.
FAQ
1. What are the main benefits of lycopene for cosmetics?
The advantages of lycopene for cosmetics are its antioxidant properties, natural red-orange colour contribution, lipophilic nature, and compatibility with oil-based and encapsulated delivery systems.
2. What is the best form of lycopene for cosmetic formulations?
The optimal lycopene cosmetic ingredient form is determined by the final product. Lycopene oil can be used for anhydrous and oil-phase systems, or encapsulated or dispersible formats could be more appropriate for emulsions and other system types.
3. What concentration of lycopene is used in cosmetics?
Cosmetics may not have a standard concentration of lycopene. The concentrations used in published formulation studies are 0.05% w/w; commercial use concentrations should be determined based on the formulation purpose, raw material specification, regulatory requirements, and stability data.
4. Why is lycopene difficult to formulate in water-based cosmetics?
Lycopene is highly fat-soluble and is not compatible with water to any great degree. Water-based lycopene cosmetics can thus necessitate emulsification, microemulsion, encapsulation, or any other dispersion technology.
5. How can lycopene stability be improved in cosmetics?
Proper use of a suitable carrier, encapsulation, controlled exposure to oxygen and light, proper processing temperature, proper packaging, and accelerated and real-time stability testing are all methods used to enhance the stability of lycopene in cosmetic formulations.
References
1. Li, Y., Cui, Z., & Hu, L. (2023). Recent technological strategies for enhancing the stability of lycopene in processing and production. Food Chemistry, 405, 134799.
2. Bakhshizadeh, M., Moghaddam, T. N., Tavassoli, M., Mousavi Khaneghah, A., & Ansarifar, E. (2025). Characterization, extraction, and encapsulation technologies of lycopene and applications in functional food products: An updated review. Food and Bioprocess Technology, 18, 3059–3099.
3. Hadi, S., et al. (2024). Lycopene: Extraction, microencapsulation, and applications. Bioresource Technology Reports, 25, 101787.
4. Ascenso, A., et al. (2022). Topical lycopene emulgel significantly improves biophysical parameters of human skin. International Journal of Pharmaceutics, 622, 121841.
5. European Commission. (2025). CosIng – Cosmetic Ingredient Database. European Commission, Directorate-General for Internal Market, Industry, Entrepreneurship and SMEs. European Commission CosIng Database
