3D microfluidic reactor for enhancing drug particle loading efficiency and a continuous, integrated manufacturing method for uniform capsules using the same

3D Microfluidic Reactor with Enhanced Drug Particle Loading Efficiency

This technology describes a 3D microfluidic reactor, fluidically connected to a first structure for precipitating drug particles and a second structure for loading them onto a carrier, and a continuous, integrated manufacturing method for uniform capsules using this reactor.

Conventional manufacturing methods had limited uniformity and loading efficiency due to the recrystallization of drug particles and batch processing.

This technology connects the precipitation and loading processes in a continuous, integrated manner, preventing recrystallization and producing drug-loaded capsules of uniform size.

‍

‍

Key Features:

• First structure that precipitates drug particles based on solubility differences
• Second structure that loads drug particles onto a carrier
• Continuous, integrated process through fluidic connection of the two structures
• Improved uniformity and loading efficiency of drug particles