Surfaskin

New non-biological skin model mimicking the surface properties of human skin

Background

The cosmetics industry is currently facing increasingly stringent regulatory requirements, with every product claim necessitating robust scientific proof. Traditional testing methodologies—such as subjective user panels, costly biological models, and artificial skins—are proving inadequate. These methods often fail to accurately replicate the surface properties of human skin, leading to limitations in both reliability and relevance.

Technology overview

Surfaskin is an innovative solution designed to faithfully reproduce the surface characteristics of human skin at a controlled and competitive cost. This advanced model is fully adjustable with respect to critical parameters, including sebum composition, topography, and pigmentation. As such, Surfaskin is capable of emulating all skin types and provides a precise, reproducible platform for the evaluation of cosmetic ingredients and finished products.

Stage of Development

Surfaskin has been developed and validated through rigorous laboratory testing. The technology is currently available for industry application, with ongoing enhancements to further broaden its range of skin simulation capabilities.

Benefits

• Enhanced Accuracy: Faithfully replicates the surface properties of human skin, ensuring highly relevant results.
• Customisable: Adjustable to mimic a wide variety of skin types and conditions.
• Reproducibility: Enables consistent and repeatable testing outcomes.
• Versatility: Suitable for evaluating a range of parameters, including spreadability, shine, adhesion, and evaporation.

Applications

Surfaskin is ideally suited for:

• Cosmetic ingredient and product testing
• Claims proof for regulatory compliance
• Comparative performance analysis
• Research and development of novel formulations
• etc.
  

Opportunity

By adopting Surfaskin, companies can elevate their cosmetic testing protocols, achieving greater reliability, efficiency, and market competitiveness. This technology represents a significant advancement for companies seeking to streamline product development while meeting the highest regulatory standards.

Seeking

Development partner, licensing

IP

Patent application submitted (priority year 2018)