Wellsfill
Wellsfill (1.1cc * 1)
Wellsfill (1.1cc * 1)
1.1cc * 1 Syringe
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Product Details
Product Details
High-Performance Dermal Solution for Refined Facial Aesthetics
Wellsfill is a premium dermal filler engineered with advanced technology to provide exceptional safety, stability, and natural-looking results. Known for its high purity and smooth injection consistency, Wellsfill integrates seamlessly into the skin tissue to restore lost volume and harmonize facial features with precision.
The Wellsfill series offers three specialized formulations designed to target specific skin layers and aesthetic requirements:
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Wellsfill Volume is a robust, high-viscosity gel designed for deep dermal layers. It provides the structural integrity necessary for significant contouring and volumizing in areas such as the cheeks, chin, and forehead, creating a defined and youthful profile.
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Wellsfill Deep offers a perfect balance of elasticity and cohesiveness, making it ideal for the mid-to-deep dermis. It is specifically formulated to smooth out moderate to deep wrinkles, including nasolabial folds, and to enhance facial areas that require firm yet flexible support.
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Wellsfill Fine is a soft and lightweight formula optimized for the superficial dermis. It is the preferred choice for correcting fine lines, crow’s feet, and delicate lip enhancements, providing a smooth, natural finish in the most sensitive facial regions.
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One of the key strengths is its cohesiveness, which allows the product to stay unified during placement. This reduces the need for excessive adjustments and helps maintain a consistent contour in localized corrections.
Rather than showing immediate final results, the material integrates progressively into the tissue. Over several days, the treated area becomes more refined, with improved uniformity and natural transition between layers.
The material adjusts well depending on the injection layer, offering flexibility during procedures. In superficial placement, it remains smooth, while in deeper zones it provides sufficient resistance for controlled shaping. This adaptability makes it useful for multi-layer techniques.

