Hyalmass
Hyalmass (1cc * 1)
Hyalmass (1cc * 1)
1cc * 1 Syringe
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Product Details
Product Details
High-Density Micro-Bead Technology for Superior Cohesiveness
Hyalmass is a premium dermal filler that utilizes advanced cross-linking technology to create a high-density, micro-bead structure. This unique formulation provides exceptional cohesiveness and viscosity, ensuring the filler stays exactly where it is placed without migration. Hyalmass is renowned for its "shape memory," allowing it to withstand the natural pressures of facial movement while maintaining its structural integrity and aesthetic volume over a long duration.
The Hyalmass series is categorized into four specialized grades—Soft, Mild, Hard, and Ultra—to provide a full-spectrum solution for facial rejuvenation:
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Hyalmass Ultra is the most robust and high-viscosity formulation in the series. It is designed for deep subcutaneous to supra-periosteal injections. This is the premier choice for nose augmentation, chin sculpting, and jawline definition, providing a sharp, stable, and long-lasting silhouette.
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Hyalmass Hard is a high-density filler engineered for deep dermal layers. It offers significant structural support, making it ideal for deep wrinkles, nasolabial folds, and restoring volume to the cheeks and forehead with a firm yet natural lift.
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Hyalmass Mild is a versatile mid-density filler optimized for the mid-to-deep dermis. It provides an ideal balance of firmness and flexibility, making it the go-to solution for moderate wrinkles and adding natural, lush volume to the lips.
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Hyalmass Soft is the most lightweight and flexible gel in the collection. It is designed for superficial injections to target fine lines, crow’s feet, and perioral wrinkles. It integrates seamlessly for a smooth, subtle, and refreshed appearance in delicate areas.
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Combines support and flexibility depending on selection. Suitable for a wide range of cases.
Provides clear contouring when using the denser variants. Maintains shape well over time.
Higher viscosity options require more controlled pressure during injection. However, they offer stable outcomes.
Different densities support depth-specific treatments effectively. Offers flexibility during planning.
The hardest option provides strong support in structural areas. Effective for contour-driven treatments.
Injection flow remains stable across types. Helps maintain control during placement.

