3D printed dermocosmetic patches with nanoemulsions for enhanced skin treatment

Overview

Introducing an innovative approach to dermocosmetics, this solution involves 3D-printed patches infused with nanoemulsions of essential oils such as tea tree, grape seed, and eucalyptus. These patches are designed to provide targeted treatment for skin issues like ingrown hairs, sunburns, and acne. The customization ability of 3D printing ensures that patches conform precisely to skin contours, optimizing active ingredient delivery and enhancing efficacy.

Technical specifications

Key features:

• Nanoemulsions: Utilize essential oils with droplet sizes between 200-300 nm for enhanced skin penetration. Potential to reduce size to as low as 40-90 nm.
• 3D Printing: Allows for custom patch creation tailored to specific skin areas, ensuring optimal adhesion and comfort.
• Active Ingredients: Includes anti-inflammatory and regenerative oils such as tea tree, copaiba, and rosemary, providing rapid and long-lasting results.
• Materials: Use of biocompatible hydrogels that maintain stability and effectiveness for over a month.
• Testing: Rheological, printability, and skin irritation tests confirm product suitability and safety.

Technology readiness level

The technology is currently at TRL 5, having undergone successful MVP testing for sunburns and acne. Future steps include optimization of active concentrations and clinical trials to validate the effectiveness against ingrown hairs. Plans for regulatory compliance with FDA guidelines are in place, ensuring safety and efficacy for market readiness.