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The pilot-scale nanocarrier drug delivery system serves as a platform for the preparation and delivery of mRNA therapeutics, vaccines, or gene-editing agents. Employing microfluidic technology to ensure thorough mixing of the two liquid phases, the system utilizes fully automated software controls to precisely regulate solution ratios, thereby achieving the specific particle size and size distribution required for both research and production applications.
| Size | 980mm (length)*700mm (width)*600mm (height) |
System flow rate | Oil phase-100ml/min max. |
| Aqueous phase-300ml/min max. | |
| Dilution phase-1200ml/min max. | |
| Wetted material | SUS316L, PTFE, PEEK |
| System Configuration | Plunger Pumps × 2, Switching Valve × 1, Inlet Selection Valves × 2, Mass Flow Meters × 2 |
| Conductivity Detector × 1, Pressure Sensors × 2, Bubble Sensors × 2 | |
| Microfluidic Chip | SUS316L / High Borosilicate Glass |
| Maximum Operating Pressure | 30bar |
| Power supply | 110-230VAC,50-60Hz |
Precision metering pumps: continuous operation with stable, pulsation-free flow.
Utilizes a microporous membrane mixer: features ultra-low shear force, exceptional particle size uniformity, and linear scalability.
Switching valve: enables automatic switching between product collection and waste discharge.
Flexible software recipes and powerful functionality: features such as audit trails, electronic signatures, and batch records meet both regulatory requirements and the demands of experimental analysis.
