Vector-Controlled Delivery System

Eight clinical-dose actives. Three peptides.
Zero barrier compromise.

Drag to simulate how each active reaches its target depth. Tap any molecule for the peer-reviewed evidence.

Stratum Corneum
Viable Epidermis
Dermis
0μm
20μm
130μm
400μm
Shea Butter ~0.5%
Sodium PCA ~0.2%
5% Argireline
Squalane ~0.5%
H. Lecithin ~0.4%
Phytosterols ~0.2%
Sacch. Isomerate ~0.15%
Tea Extract ~0.08%
Tocopherol ~0.1%
Na Hyaluronate ~0.2%
4% Glycerin
7% Niacinamide
Panthenol ~0.4%
Centella ~0.1%
0.3% Retinol
Allantoin ~0.1%
Bisabolol ~0.1%
Licorice ~0.08%
7% Niacinamide →
8% PAD
6% Vitamin C
2% Pal. Tetrapeptide-7
6% Vitamin C →
3% Pal. Tripeptide-1
0μm
0/22 actives revealed
↕ Drag to penetrate
Surface
Deep
Layer 01 — Stratum Corneum
0 – 20 μm · Dead-cell lipid matrix
Barrier Fortification + Active Reservoir
Niacinamide 7% increases ceramide synthesis 4.1–5.5× (Tanno 2000). Glycerin 4% forms a 6+ day reservoir. Argireline 5% deposits here: 99.77% at/above SC (Kraeling 2015). Saccharide Isomerate bonds keratin for 72h hydration.
7% Niacinamide5% Argireline4% Glycerin SqualaneSheaLecithinNa HAPhytosterolsNa PCASacch. Iso.TocopherolEGCG
Layer 02 — Viable Epidermis
20 – 130 μm · Keratinocytes + melanocytes
Multi-Target Active Release
PAD 8% reaches melanocytes for tyrosinase inhibition (Maramaldi 2002). Vitamin C 6%: 35.6% epidermal retention (Folle 2024). Niacinamide 7% suppresses melanosome transfer (Hakozaki 2002). Retinol 0.3% nano-releases at junction (Jun 2021). Bisabolol enhances permeation 17×.
8% PAD7% Niacinamide →6% Vitamin C2% PT-70.3% Retinol PanthenolBisabololCentellaAllantoinLicorice
Layer 03 — Dermis
130 – 400 μm · Fibroblast collagen matrix
Deep Collagen Signal Delivery
Pal. Tripeptide-1 3% — palmitoylation ↑ diffusivity 2.7×, activates TGF-β → collagen + GAG (CIR 2012). +4% skin thickness in 4 weeks. Vitamin C 6% — 18.4% dermis retention, COL-I ↑1,078% (Folle 2024). Only two actives with peer-reviewed dermal evidence — both at clinical dose.
3% Pal. Tripeptide-16% Vitamin C →
35.3%
Active payload
5 actives
Clinical-dose concentration
3 peptides
AH-8 · PT-1 · PT-7
14 co-actives
Barrier support matrix
Synergy matrix
Stronger together than apart.
These actives don't just coexist — they amplify each other. Tap any pair.
Bisabolol×Niacinamide
17× permeation boost
SC lipid disruption drives niacinamide deeper into viable epidermis
PAD×Niacinamide
Dual melanin pathway block
Tyrosinase inhibition + melanosome transfer suppression simultaneously
PT-1×Vitamin C
Dual collagen pathway
TGF-β signaling + direct COL-I cofactor — two routes to the same fibroblast
PT-7×All actives
Zero-irritation shield
IL-6 suppression prevents inflammation at the active release site
Vitamin C×Retinol
Mutual protection
Antioxidant shield for retinol + retinol upregulates vitamin C uptake
Glycerin×HA×Sacch. Iso.
Triple hydration lock
Reservoir + atmospheric draw + keratin bond — three mechanisms, one barrier
×
Packaging science

100% volume. Zero oxidation. The physics of the airless pump.

Every ml you pay for is every ml you get.

100 ml TRUE VOLUME NO FALSE BOTTOM
Scroll to dispense ↓
Hermetic seal
Locks out oxygen and UV light. Retinol and Vitamin C stay potent from first pump to last.
100% true volume
Internal cavity matches casing. No thick plastic false bottoms. 100 ml is exactly 100 ml.
Vacuum piston
Rises via negative pressure as product dispenses. Zero cream trapped on walls. 100% dispensed.
100 ml
True volume
0% air
Vacuum sealed
0% waste
Piston empties all
0 touch
No contamination
Bacterial contamination
Fingers breed bacteria. Preservatives fail before the jar empties.
Oxidative degradation
Open jars render retinol and Vitamin C inert within weeks.
Physical waste
Jars trap up to 10% in walls. You pay for 100, use 90.
Airless vacuum dispensing · Hermetic UV/oxygen seal · 100% volumetric yield · Zero-contact delivery
Formulation data

The Clinical Dosing Matrix.

No proprietary blends. No hidden ratios. Every active ingredient and its concentration, published. Tap any row for the evidence.

Active compound
Conc.
Potassium Azeloyl Diglycinate
PAD — redness, texture, tone
0%
95%
redness cleared. 56% less burning and sensitivity. Gentler than pure azelaic acid — same clinical results without the irritation that makes people quit.
Redness 6 weeks · Sensitivity 12 weeks
Niacinamide
Vitamin B3 — barrier, oil control, tone
0%
62%
less melasma. Controls oil without stripping. Evens skin tone. Matches prescription-strength hydroquinone for dark spots — without the prescription.
Measured at 8 weeks
3-O-Ethyl Ascorbic Acid
Stabilised Vitamin C — firmness, brightening
0%
20%
firmer skin in 28 days. 52% less melanin. Won't oxidise in the bottle like pure L-ascorbic acid — stays potent from first pump to last.
Firmness 28d · Melanin 16 weeks
Acetyl Hexapeptide-8
Argireline — expression line relaxant
0%
30–48%
less wrinkle depth. Works on expression lines the way movement creates them — by relaxing the signal at skin level. Sometimes called "topical Botox" by dermatologists.
Measured at 30 days
Glycerin
Humectant — deep hydration matrix
0%
85%
visible barrier repair. Pulls moisture deep into the skin and holds it there. The foundation that makes every other active absorb and work properly.
Measured at 30 days
Palmitoyl Tripeptide-1
Collagen synthesis activator
0%
23%
flattening of wrinkle volume. Signals your skin to build new collagen — the structural protein that keeps everything firm and tight.
Measured at 56 days
Palmitoyl Tetrapeptide-7
Anti-inflammatory collagen protector
0%
45%
reduction in deep wrinkle surface area. Calms inflammation that breaks down new collagen before it can deposit. Works with Tripeptide-1 — one builds, one protects.
Measured at 56 days
Encapsulated Retinol
Time-released lipid capsule — wrinkles, pigmentation
0%
44%
fewer wrinkles. 84% less pigmentation. Encapsulated for 12-hour slow release — strong enough to restructure, gentle enough to use every night without irritation.
Measured at 12 months
Total active load
0%
Clinical-grade concentrations · Full INCI published · Airless pump preserved · 100 ml per bottle