GlobalToneCare

Advanced Molecular Skincare Technology

The Molecular Layer

Ingredient Intelligence at the Cellular Level

HA

Hyaluronic Acid

Molecular weight: 50kDa

Deep hydration matrix that binds 1000x its weight in water, penetrating all five epidermal layers.

B3

Niacinamide

Concentration: 10%

Barrier-strengthening vitamin B3 compound that regulates sebum and reduces hyperpigmentation.

RET

Retinol

Potency: 0.5%

Time-released retinoid encapsulated in hexagonal lipid carriers for overnight cellular renewal.

PEP

Copper Peptides

Chain: GHK-Cu

Signal peptides that activate collagen synthesis and accelerate wound healing at the dermal junction.

VIT-C

L-Ascorbic Acid

Stability: pH 3.5

Stabilized vitamin C derivative in anhydrous hexagonal crystal matrix for maximum antioxidant delivery.

CER

Ceramide Complex

Ratio: 3:1:1

Biomimetic lipid barrier reconstruction using ceramide NP, AP, and EOP in optimal physiological ratios.

The Spectrum

From Deep Renewal to Radiant Protection

Deep Repair

Cellular regeneration from the basal layer upward

#8B2500

Active Treatment

Targeted molecular intervention for specific concerns

#a84315

Vital Balance

Microbiome equilibrium and pH optimization

#e85d26

Nourish Layer

Essential lipid and vitamin complex delivery

#FFB347

Luminous Shield

Antioxidant barrier and UV photostabilization

#ffc64d

Golden Radiance

Peak glow state — full spectral skin vitality

#FFD700

The Laboratory

Research-Driven Formulation Architecture

Hexagonal Encapsulation Technology

Our proprietary delivery system uses hexagonal lipid nanoparticles — geometrically optimized carriers that tessellate at the cellular membrane interface. Each particle is engineered at 80nm diameter with a six-sided crystalline shell, enabling 340% greater dermal penetration than spherical liposomes.

97.3%

Active ingredient stability retention after 24 months

ISO 22716

GMP Certified Manufacturing Facility — Seoul, Korea

Global Tone Mapping Algorithm

Our AI-driven skin analysis system maps over 12,000 tonal variations across the Fitzpatrick scale, creating personalized formulation profiles. The algorithm processes multispectral imaging data through a hexagonal neural network architecture, identifying sub-visible pigmentation patterns and predicting optimal ingredient combinations for each unique skin topology.

48

Countries with active distribution networks across six continents

12,847

Unique molecular compounds screened in our 2025 research cycle

GT

GlobalToneCare

Molecular Skincare for Every Tone