Global Top
Medical Esthetic Technology
Company
For the development of various world-class skincare products, GCS is concentrating its capacities on
R&D.
GCS is becoming a global and comprehensive beauty-tech company.
GCS is becoming a global and comprehensive beauty-tech company.
IP R&D
신기술
신소재
신제품
DB| Category | IP R&D | Screening | In vitro | In vivo | Safety | Standardization | Clinical Trial | Approval |
|---|---|---|---|---|---|---|---|---|
| GCS-SFR (Silk Fibroin) |
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| GCS-SFR (RNA) |
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| GCS-PLR (PLLA Conjugate) |
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| GCS-IR (Ion Crosslinking) |
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| GCS-PCR (Peptide Linker) |
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Regenerative Aesthetics Platform
GCS goes beyond conventional fillers — developing biomaterials that enable the skin and body naturally heal and regenerate.
01Next-Generation Regenerative Filler
Using Naturally Derived Proteins
GCS-SFR
A single material designed to deliver volume, elasticity,
and brightening — the three essential pillars of skin regeneration.
and brightening — the three essential pillars of skin regeneration.
- A new-concept natural protein fusion biomaterial
- A bioactive material engineered by modulating the physicochemical environment of hyaluronic acid and silk fibroin
- HA-derived volume + silk fibroin–supported elasticity through Collagen Type I and Elastin enhancement + brightening effect
02RNA Regenerative Material for Restoring
Pet Joint Health
GCS-RNAR
Cell-free synthesized RNA particles designed to promote
the regeneration of damaged joint cartilage.
the regeneration of damaged joint cartilage.
- Next-generation nucleic acid biomaterial: RNA nanoparticles
- Pure cell-free synthesis without cell-based manufacturing processes
- Single-stranded RNA particles, rather than double-stranded RNA
- Dual application: Serves as a veterinary viscosupplement to support joint cell regeneration and promotes fibroblast regeneration for aesthetic applications
03High-Efficacy Biostimulator That
Works Gradually in the Skin
GCS-PLR
PLLA degrades over time, continuously releasing
skin-regenerating components.
skin-regenerating components.
- Next-generation PLLA composite biomaterial
- Advanced formulation of multi-sized PLLA particles and metal ions
- Capable of forming bonds with various metal ions, such as copper tripeptide-like PLLA
- Strong coordinate bonding enables controlled metal ion release upon PLLA degradation
- Synergistic efficacy combining the benefits of PLLA and metal ions
04Gentle HA Filler Crosslinked Solely
via Ionic Bonding
GCS-IR
Delivers safer, more natural volume through a
nature-inspired network structure.
nature-inspired network structure.
- Composite biomaterial combining hyaluronic acid and naturally derived seaweed polymers
- Non-BDDE crosslinking technology for a non-toxic filler formulation
05AI-Designed Peptide HA Filler for Maximized
Skin Regeneration
GCS-PCR
Enhances tissue remodeling by integrating functional peptide
mcrosslinking into conventional HA fillers.
mcrosslinking into conventional HA fillers.
- Integrates non-BDDE crosslinking technology
- Crosslinked network combining HA of various molecular weights with functional peptides
- Dual-action efficacy: Primary volumizing effects of HA enhanced by secondary regenerative benefits of peptides
- AI-guided peptide crosslink design
