Certainly, here's a translation of the previously mentioned technologies and their applications in skincare products into English:

In the realm of skincare products, various technologies have significantly enhanced their quality and user experience. Some of the most prevalent technologies applied in skincare include:

Bio-vesicle Technology: Utilized in the biomanufacturing of cosmetic ingredients. Vesicles prepared through biotechnology can more effectively encapsulate and deliver active ingredients, improving the penetration and absorption efficiency of skincare products.

Synthetic Biology: The application of synthetic biological proteins and other novel biomaterials in the beauty and skincare industry is growing rapidly. These materials possess excellent biocompatibility and functionality, enhancing the overall effectiveness of skincare products.

Nanotechnology

Nanotechnology is widely employed to enhance the stability of active ingredients in skincare products and their absorption by the skin. By nanonizing active ingredients, they can more easily penetrate the skin barrier and reach deeper layers, where they can exert their effects.

Extraction and Separation Technologies

Ultrasonic Extraction: Primarily used to extract active ingredients from plant-based raw materials. Ultrasonic vibrations and cavitation disrupt plant cell walls, releasing more active ingredients and improving extraction efficiency and quality.

Supercritical Extraction: A molecular-level extraction technique that selectively extracts active components from plants under supercritical conditions. This yields high-concentration, small-molecule, easily absorbed raw materials for skincare products.

Formulation and Process Technologies

Triple-Layer Phase Inversion: Refines the balance between the aqueous and oily phases during emulsification to match the skin's natural water-oil balance, achieving product stability and efficient absorption.

Lyophilization (Freeze-Drying) Technology: An advanced method for preserving bioactive substances. It removes water from biological fluids through vacuum freeze-drying, preserving active ingredients. Upon mixing with a solvent, these freeze-dried powders instantly reactivate their biological activity.

Instrument-Assisted Technologies

High-Tech Instruments: Such as ultrasonic infusion devices and LED phototherapy instruments, which use physical or chemical methods to assist in the better absorption of skincare products, enhancing their effects. For instance, ultrasonic infusion devices can deliver active ingredients deeper into the skin, while LED phototherapy instruments utilize different wavelengths of light to promote skin cell metabolism.

Intelligent Technologies

AI and Machine Learning: Customize skincare formulations based on individual skin data (e.g., hydration levels, oil secretion, and elasticity), providing personalized skincare solutions. Additionally, some smart cosmetic tools or masks can monitor skin conditions in real-time and provide feedback.

These technologies, including biotechnology, nanotechnology, extraction and separation technologies, formulation and process technologies, instrument-assisted technologies, and intelligent technologies, are increasingly prevalent in skincare products. Their application not only elevates the quality and efficacy of skincare products but also offers consumers more personalized and efficient skincare experiences.