Thermal Fusion
Matrix and active are fused under controlled conditions. The active’s crystal lattice dissolves into the molten matrix and is locked in molecular dispersion.
R3A Nano-Fusion
A platform— not a product.
The active is the variable; the carrier architecture is the constant. Change the active and you change the product—not the platform.
See how it works
The governing principle
Maximum active surface area + rapid penetration
=
Increased bioavailability
More active delivered where it acts—and protected on the way.
How it works
From crystal to bonded colloid.
A deliberate three-stage process creates a stable, precisely dosable delivery state.
Micelle encapsulation
When water is introduced, R3a self-assembles around each molecule, forming carriers measured at D50 = 32.3 nm.
Bonded colloid
The carriers organize into a monodisperse network designed for stable dosing and gradual release at body temperature.
Hydrophobic actives
Thermal Fusion
Designed to create a true solid dispersion for water-insoluble actives—then self-assemble into a small, stable carrier system.
- Molecular dispersion rather than suspended crystals
- Stable bonded colloid
- Topical, oral and dermal formats
- Thermosensitive phase behavior
Hydrophilic actives
Cold Fusion
A protective path for fragile actives such as NAD+ and peptides, engineered for metered nasal delivery without the thermal fusion step.
- Protective molecular environment
- Liquid during dosing
- Programmable gel transition
- Mucosal-adherent, gradual release
NAD+ PRECISION NASAL DELIVERY
MitOJet NAD+: Cold Fusion Technology
Open on YouTube
↗
Competitive advantage
Why ordinary emulsions fall short.
The distinction is architectural: molecular dispersion plus a small bonded colloid—not another oil droplet system.
Approach
Limitation
Conventional emulsions
Active remains dissolved in bulk oil; droplets may cream,
coalesce or separate.
Surfactant solubilization
No fusion stage, so loading is constrained by partition equilibrium.
Cyclodextrins
Inclusion complexes are geometry-limited; the molecule must fit
the cavity.
R3a Nano-Fusion
Molecular dispersion + a 32 nm bonded colloid designed for
stability and precise dosing.
- Choosing a selection results in a full page refresh.
- Opens in a new window.