The sorting and flow focusing chip Fluidic 381 with Mini Luer interfaces features two flow focusing units, each with an individual channel design of three inlet and 5 outlet channels. Channels/interfaces not in use can simply be closed with Mini Luer plugs. The chip can be used to generate e.g. PLGA nanoparticles or LNPs.
Sorting and Flow Focusing Chip Various channel dimensions Fluidic 381
The sorting and flow focusing chip Fluidic 283 possesses two individual channel units with different channel dimensions. It is ideally used for flow focusing experiments and nanoparticle production.
The sorting and flow focusing chip Fluidic 381 with Mini Luer interfaces features two flow focusing units, each with an individual channel design of three inlet and 5 outlet channels. Channels/interfaces not in use can simply be closed with Mini Luer plugs. The chip can be used to generate e.g. PLGA nanoparticles or LNPs.
The sorting and flow focusing chip Fluidic 381 with Mini Luer interfaces features two flow focusing units, each with an individual channel design of three inlet and 5 outlet channels. Channels/interfaces not in use can simply be closed with Mini Luer plugs. The chip can be used to generate e.g. PLGA nanoparticles or LNPs.
The sorting and flow focusing chip Fluidic 283 possesses two individual channel units with different channel dimensions. It is ideally used for flow focusing experiments and nanoparticle production.
The sorting and flow focusing chip Fluidic 283 possesses two individual channel units with different channel dimensions. It is ideally used for flow focusing experiments and nanoparticle production.
Sorting and Flow Focusing Chip - Various channel dimensions - Fluidic 381