Instructions for using microfluidic LNP preparation instrument

The core technology of microfluidic control backup instrument

(1) Microfluidic chip design

• Chip materialAdopting PDMS (polydimethylsiloxane), glass or polymer, compatible with biocompatibility requirements.

• structural designIntegrated microchannels (with widths as low as micrometers), mixers, droplet generation units, etc., supporting multiple modes such as droplet microfluidics and digital microfluidics.

(2) Fluid control system

• High precision pumpUsing piezoelectric or symmetrical pumps, the flow control accuracy can reach the level of μ L/min or even nL/min.

• Multi channel collaborationSupport parallel control of multiple fluids to achieve complex gradient generation or dynamic response.

(3) Automation and Intelligence

• software controlEquipped with a graphical user interface (GUI), programmable to adjust parameters such as flow rate, temperature, pressure, etc.

• real-time monitoringIntegrated optical or electrochemical sensors provide real-time feedback of experimental data, such as droplet size and pH value.

(4) Application scalability

• Modular accessoriesCan be paired with temperature control modules, electrophoresis units, or microscopy imaging systems to meet different experimental needs (such as cell culture, nanoparticle synthesis).