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Invisible Facelift Patches | 120 Pack Supply | Ultra-thin 0.02mm Adhesion Technology | Waterproof & Hypoallergenic | Mechanical V-Shape Lifting | Transparent | Euroselle
€39,95
Details
Biomechanical Tightening & Ultra-thin Membrane Technology
The Davy Facelift Patches are designed for a temporary, non-invasive correction of facial contours. With a material thickness of only 0.02 mm, the highly transparent membrane integrates seamlessly into the skin surface. By targeted placement and mechanical pull on the subdermal tissue, an immediate lifting effect is achieved, defining the jawline (V-Shape) and visually minimizing the appearance of wrinkles.
Product Features & Material Integrity
- Medical Adhesion: The patches use a dermatologically tested, waterproof adhesive that guarantees high adhesion strength for several hours, even with perspiration or contact with moisture.
- Invisible Finish: Thanks to the matte, light-refracting surface, the stickers are nearly unrecognizable after applying makeup. The high flexibility of the 0.02 mm thin film allows for natural facial expressions without a feeling of tension.
- Universal Compatibility: The hypoallergenic material composition is suitable for all skin types and age groups. The patches provide an effective alternative to invasive cosmetic procedures.
- Easy Application: The system allows for precise correction by manually positioning in front of the ears and along the jawline to gently secure the skin areas dorsally and cranially.

Technical Specifications:
| Material Thickness | 0.02 mm (Ultra-Slim) |
| Material Properties | Transparent, matte, waterproof |
| Quantity | 120 pieces (3 packs of 40 patches) |
| Skin Type | All skin types (Hypoallergenic) |
| Application Area | Facial contours, cheeks, jaw |
Delivery Contents & Application Note:
120 × Davy Facelift Patches (V-Shape Set). Note: For optimal adhesion, the skin area should be thoroughly cleaned and degreased before application. Redness on very sensitive skin after removal is temporary due to the mechanical pull.