Starfill Fillers
STARFILL dermal fillers are engineered using advanced dual crosslinking technology to deliver exceptional viscoelasticity, structural support, and predictable injection performance. Designed for modern aesthetic practice, STARFILL combines high lifting capacity with optimized biocompatibility for natural-looking, long-lasting outcomes.
Starfill dermal filler range
Engineered HA fillers for lift, retention, and controlled clinical handling.
Starfill dermal fillers combine Dual Crosslinking Technology with ZEROX purification to deliver high viscoelastic support, predictable molding, and a cleaner HA filler profile for professional aesthetic use.
HA concentration
24 mg/mL
High-purity hyaluronic acid filler matrix.
Endotoxin control
<0.1 EU/mL
ZEROX purification target for minimized residual load.
Osmolarity
280-330
mOsmol/kg range aligned with physiological comfort.
MoD values
1.45-2.72
Lower chemical modification profile across the range.
Extrusion force
14.35 N
SILK processing supports predictable injection feel.
pH profile
7.0-7.2
Designed around body-compatible tissue integration.
Rheology architecture
Viscosity, elasticity, and cohesivity working as one system.
Dermal filler performance is defined by more than HA content. Clinicians evaluate how the gel stores energy, flows through a needle, resists compression, and holds shape once placed in dynamic facial tissue.
Starfill maximizes natural physical crosslinking through hydrogen bonding and chain entanglement, then applies BDDE stabilization for durability. Middle-molecular HA and homogenized particles support lift, retention, and controlled tissue integration.
Purity platform
ZEROX and SILK create the clean handling foundation.
ZEROX Technology
Zero Endotoxin and Residuals Optimization minimizes endotoxins and residual BDDE for enhanced safety and reduced side-effect risk.
Dual Crosslinking
Natural HA chain interaction is strengthened before targeted BDDE stabilization, improving durability without excessive chemical load.
SILK Processing
Consistently homogenized particles support smooth delivery, stable injection pressure, and precise molding control.
Rheology map
Four performance signals that guide filler selection and placement strategy.
59 Pa.s
reported complex viscosity benchmark
35-45 Pa.s
typical competitor average range
25-35%
lower chemical modification profile
14.35 N
average extrusion force for smooth delivery
G' storage modulus
Elastic lift
Higher elastic response helps the gel resist deformation after placement, supporting projection, contour definition, and tissue support.
G' = support
G'' loss modulus
Controlled flow
The viscous component governs how the filler moves under injection force, helping balance smooth delivery with stable post-placement behavior.
G'' = flow
Tan delta
Shape memory
A lower tan delta indicates a more elastic-dominant gel, useful where clinicians need retention, definition, and reduced tendency to spread.
Elastic dominant
Cohesivity
Integrated gel behavior
Cohesive HA architecture keeps the gel unified during molding, helping preserve clean contours and natural movement in treated tissue.
Molding control
Product Range
Starfill Plus ( Lips, Under Eye, Hands, Forehead )
Designed for fine lines and early signs of aging, with lower viscosity and smaller particle size for smooth integration in superficial layers.
Clinical Use
Periorbital lines, forehead lines, perioral wrinkles, lip contouring
Injection Depth
Superficial to mid dermis
Duration
~4–6 months
Positioning
High spreadability, low resistance filler for surface correction and subtle enhancement.
Starfill Deep Plus (Mid-Face Correction)
Formulated with increased viscosity and elasticity for correction of more pronounced folds and structural support in mid-to-deep dermis.
Clinical Use
Nasolabial folds, marionette lines, chin crease, lip augmentation
Injection Depth
Mid to deep dermis
Duration
~6–9 months
Positioning
Balanced lift and integration for moderate structural correction with natural contouring.
Starfill Implant Plus (Jawline, Chin, Nose)
High-density formulation with larger particle size and higher G′ for deep structural support and volumization.
Clinical Use
Cheeks, jawline, chin, temples, nose bridge, full-face contouring
Injection Depth
Subcutaneous to supraperiosteal plane
Duration
~9–11 months
Positioning
High lifting capacity filler for contouring, projection, and facial architecture restoration.
Product training and procedure support
Explore training videos and request workshops for PDO threads and Starfill fillers.
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