The AGASTHI BODY range is developed for body contouring and augmentation, combining advanced hyaluronic acid formulation with high-volume performance. Designed for professional use, the range offers two gel profiles to address different structural and aesthetic needs.
Maximum Volume for Full-Scale Transformation
Targeted Bulk Volumizing & Precision Shaping
This structured approach allows practitioners to select the appropriate gel according to desired volume effect, tissue support, and aesthetic outcome.
AGASTHI BODY fillers combine advanced formulation technology, safety-focused design, and high-volume performance, delivering reliable solutions for professional body contouring and augmentation.
Multiple Swelling Formulation Technology
AGASTHI BODY fillers are produced using MSFT (Multiple Swelling Formulation Technology), a formulation method that blends multiple swelling ratios to ensure excellent volume effects while prioritizing safety.
crosslinked Hyaluronic Acid with Minimized Use of Crosslinking Agents
High Tissue Adhesion
Excellent volume Effect
Soft Injection Force
Outstanding Durability
Toxicity Minimization
In-Vivo Safety Profile
This technology allows AGASTHI BODY fillers to deliver strong volumizing performance while maintaining a controlled and safe formulation.
Optimal Balance for Contouring
Composition
Hyaluronic Acid 24mg/cc 70cc
Main Target
Line Correction
Indications
Full-body contouring
Medium-scale volume enhancement
Touch-ups and maintenance procedures
Application Areas
Full Body Line
Duration
8–12 months
Packaging
1 × 70 cc (Needle not included)
Key Advantage
Cost-effective for multi-area contouring while maintaining high-purity safety standards.
High-Efficiency Volumizing
Composition
Hyaluronic Acid 24mg/cc 100cc
Main Target
Max Volumizing
Indications
Massive augmentation procedures
Full buttocks enhancement
Large-scale body transformation
Application Areas
Massive Areas
Duration
10–18 months
Packaging
1 × 100 cc (Needle not included)
Key Advantage
Best-in-class value for extensive procedures.