Nano-microneedle facial patches with acetyl hexapeptide-8 and cinnamon extract in a pack of 4

These nano-microneedle patches provide a method for delivering specific active ingredients to facial skin. The product combines two active components—acetyl hexapeptide-8 and cinnamon extract—within a microneedle patch format. This delivery system aims to place ingredients directly onto the skin surface through micro-scale projections. The pack contains four individual patches, allowing for multiple applications or treatments over time. The formulation includes standard skincare base ingredients such as water, glycerin, hydroxyethyl cellulose, and allantoin alongside the active compounds.

Features and Construction

The nano-microneedle patches are constructed to hold and deliver a formulated skincare solution. Each patch contains the complete ingredient blend across its surface area, with the microneedle structure designed for skin contact. The product packaging confirms a straightforward quantity of four separate patches per purchase.

Material and Build

The patches incorporate acetyl hexapeptide-8 and cinnamon extract as their primary active ingredients. These are suspended in a base containing water, glycerin as a humectant, hydroxyethyl cellulose for consistency, and allantoin. The microneedle component itself forms the delivery mechanism, though the specific substrate material for the patch backing is not detailed in the available information.

Size and Practical Fit

While exact patch dimensions are not specified, the product is described as facial patches, suggesting a size appropriate for targeted areas on the face. The microneedle technology implies a flat, adherent format designed to remain in place during application. With four patches supplied, users can address multiple treatment sessions or different facial zones separately.

Uses and Placement

The patches are intended for facial skincare application, leveraging the microneedle format for ingredient delivery. Their use focuses on topical treatment where the combination of acetyl hexapeptide-8 and cinnamon extract is desired. The four-patch quantity allows for either consecutive treatments or spaced applications as part of a skincare routine.

Event or Professional Use

The product could be incorporated into structured skincare regimens, whether personal or potentially within certain professional settings. The defined active ingredients suggest targeting specific skin concerns associated with peptide and botanical formulations. The single-use nature of each patch supports controlled, measured application per session.

Everyday Home Use

For home users, the four-pack offers a straightforward introduction to microneedle patch technology without a long-term commitment. The patches provide a pre-measured dose of the active formula, eliminating the need for separate measurement or mixing. Their format may suit those seeking a convenient, targeted addition to existing skincare routines.

Benefits and Buying Value

The value proposition centres on the specific ingredient combination delivered via microneedle technology. The product provides a defined number of treatments in one purchase, with each patch containing the same formulated blend. The inclusion of both a peptide and a botanical extract addresses users looking for that particular combination.

Reuse and Low Maintenance

Each patch is designed for single use, which standardises the amount of active ingredients applied per treatment. This approach removes guesswork regarding dosage and ensures consistent formulation contact with the skin. The packaging is minimal, with four individual patches constituting the entire product contents.

Why Choose This Product

This product may be selected for its specific formulation of acetyl hexapeptide-8 and cinnamon extract in a microneedle patch format. The four-patch quantity offers a trial or short-term supply, suitable for assessing compatibility and results. The delivery system itself presents an alternative to traditional creams or serums for those interested in different application methods.