NanoPop™ S

Make nanoparticles in three simple steps

2. Place NanoPop™ in a tube

3. Centrifuge for 30 seconds

We employ state-of-the-art microfluidics to robustly assemble small and low polydispersity lipid nanoparticles.

Just like other microfluidics instruments, NanoPop™ assembles nanoparticles by mixing reagents through microfluidics channels. The difference is how we drive the fluid flow - instead of using pumps, fluid flow is driven by centrifugal force.
NanoPop™ works at 2,000 xg, which is the speed most commonly used in mini centrifuges.
NanoPop™ works at the 3:1 nucleic acids to lipids volume ratio commonly used in microfluidics protocols (flow rate ratio, FRR = 3).
The main application is for lipid nanoparticles that are formulated by mixing nucleic acids with ethanolic lipids.
Microfluidic instruments include pumps, tubing, and microfluidic chips. By utilizing centrifugal force to drive fluid flow, scientists can assemble nanoparticles without purchasing a new instrument. Just use a centrifuge!
We are working to launch the product soon and cannot wait for you to try it! Please sign up here for early access.