Layer by layer, frozen as distinct phases
A multi-layered Peptourbillon is assembled the way a jeweller sets stones — one at a time, each secured before the next. The peptides are lyophilized in stages, so they only ever meet when the patient reconstitutes them.
Ultrasound-assisted freezing
Each layer is frozen while ultrasound prevents cavitation — giving uniform ice-crystal formation, because cavitation would damage delicate peptide structure.
Near-eutectic layering
The next peptide is laid onto the frozen layer just before the eutectic point, within a tight temperature window — so the layer below stays solid while the new one integrates, and no two peptides ever mix while wet.
Freeze the whole stack
Only once every layer is built and frozen down does lyophilization begin — preserving each layer as its own distinct, stable phase.
Radiofrequency-assisted drying
The drying stage uses fine-tuned radiofrequency to target water and remove it gently — no excessive heat, no thermal degradation of the peptide backbone.
Controlled release
Encapsulation and layering set how and when each layer releases on reconstitution — so every peptide acts at its peak, in the right order.
