Microfluidic shear-gradient emulsification architecture: AmorepacificRecent Research Landscape
Inconsistent droplet size in cosmetic emulsions leads to poor shelf stability and texture variability. Precise control of internal channel architecture ensures uniform shear forces for high-fidelity formulation scaling.
What technical problems is Amorepacific addressing in Microfluidic shear-gradient emulsification architecture?
Inconsistent emulsion droplet size
(10)evidences
Manual or traditional filling methods fail to produce repeatable and smooth transitions between different cosmetic formulations. Precise control over spatial distribution ensures aesthetic uniformity and product quality.
Inconsistent emulsion droplet size
(6)evidences
Inconsistent emulsion particle size leads to poor product stability and sensory quality. Achieving precise polydispersity control ensures predictable active ingredient delivery and shelf-life.
Unstable emulsion shelf life
(2)evidences
Manual or static mixing processes fail to maintain uniform shear forces during small-batch production. Precise control over fluid dynamics prevents polydispersity and phase separation in cosmetic formulations.