Cytosurge
  • Applications
  • Products
    • FluidFM BOT BIO Series
    • FluidFM AFM Series
    • FluidFM Probes
    • FluidFM µ3Dprinter
  • Technology
    • Introduction
    • Publications
    • References
  • Company
    • Our team
    • Events
    • Blog
    • Press Releases
    • Jobs
    • Distributors
    • Contact us
  • User Center
  • My Cart
  • Sign in

KNOW-HOW – FluidFM probes

  • Theory
  • Protocols
  • FAQ
  • Troubleshoot

  • Theory on FluidFM probes: Mechanics and Fluidics 

  • Probe inner geometry

  • Why is the Effective Spring Constant important? 

  • What is the effective sensitivity of FluidFM probes? 

  • What is the angle of a FluidFM probe? 

  • Measuring the flow in a FluidFM probe 

  • FluidFM Probe Blister Pack

  • Filling the reservoir of a FluidFM probe 

  • How to prevent a clogged probe? 

  • Sterilizing a FluidFM probe 

  • Plasma treatment of FluidFM probes 

  • FluidFM Probe Coating with Sigmacote 

  • FluidFM Probe Coating with PAcrAm 

  • Correct storage for FluidFM probes 

  • Prevent the drying out of the probe

  • How thick are the channels and walls of FluidFM micropipettes? 

  • How can we know that the cantilever is filled? 

  • Why is there no droplet coming out at the end of the probe during the filling? 

  • How can I avoid air bubbles in the probe? 

  • Can I exchange the liquid in the probe? 

  • How long can FluidFM probes be used? 

  • Chemical resistance of FluidFM probes 

  • Are there other probe designs available? 

  • How can I customize the probe aperture? Prototyping probes

  • My probe dried out during storage. Will it still work? 

  • I cannot align the laser, what now? 

  • How to report a probe problem?

FluidFM micropipette with 4 µm aperture.

Do you have more questions? 

    Ask your FluidFM peers in the forum
    Submit a ticket to Cytosurge's scientists 

Back

Copyright © Cytosurge AG