Design of piezoactuated micropump

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SUMMARY

The discussion centers on the design of piezoactuated micropumps utilizing PVDF polymer actuators. The feasibility of using PVDF as a membrane is questioned, alongside the cost-effectiveness of fabrication methods. Participants suggest exploring existing research on platforms like Web of Science and Google Scholar, and emphasize the importance of creating microchannels, potentially using PDMS or PMMA with metallization for electroosmotic or dielectrophoretic flow.

PREREQUISITES
  • Understanding of microfluidic systems
  • Knowledge of PVDF polymer properties
  • Familiarity with PDMS and PMMA fabrication techniques
  • Basic principles of electroosmotic and dielectrophoretic flow
NEXT STEPS
  • Research PVDF polymer actuator applications in microfluidics
  • Learn about microchannel fabrication techniques using PDMS and PMMA
  • Investigate electroosmotic flow mechanisms in microfluidic devices
  • Explore existing micropump designs in academic literature
USEFUL FOR

Engineers, researchers, and students in microfluidics, particularly those focusing on the development and optimization of micropumps and polymer actuators.

frenchero
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Hello!

I am interesting in microfluidic and especially micropumps with piezoelectrcially actuated membranes.
I would like to use PVDF polymer actuators and even try to use them directly as a membrane but I don't if it's possible and if the fabrication is feasible and cheap?

Could someone give some indications?

Thank you!
 
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Do you mean in a similar fashion to how a peristaltic pump works? Maybe, but you'd probably need to try it. Or look and see if someone's already done it at, say, WebofScience or Google Scholar. Also, you'll probably have to figure out how to make microchannels in this stuff. I believe even when casting in PDMS or PMMA, you do metallization such that you can get electroosmotic (EO) or DiElectroPhoretic (DEP) flow.

EDIT: I am not an expert in microfluidic systems.
 

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