MFCS™-EZ: Microfluidic flow control system

MFCS™-EX: Extended flow control

MFCS™-EX: Extended flow control

Compact microfluidic controller

  • 8 channel pressure pump
  • Compact
  • Only needs one source of pressure & power
  • Uses one USB communication port

 

 

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microfluidic-pressure-control-fluigent

Do you need more information?

  • Compact device (25x23x5.5cm3)
  • Wide controllable pressure range (from -800mbar to 7bar)
  • Achieve flow-rate range from sub nl/min to thousands of µl/min
  • Pulseless flow
  • High responsiveness
  • Intuitive User Interface
1. Focus on your science, not the instrument
  • Straightforward connections to any microfluidic device
  • MAESFLO™ user experience for pressure control

 

2. Get superior results rapidly
  • Reach your targets at the blink of an eye
  • Get your experiment started instantaneously

 

3. Save benchtop space
  • Eight independent channels can provide negative or positive pressure to perform multiple experiments
  • No liquid cross contamination et the MFCS™-EX take care of your setup
  • Automate experiments with our powerful Script Module
  • Easy integration with any set-up using our Software Development Kit (SDK)

 

4. Let the MFCS™-EX take care of your setup
  • Automate experiments with our powerful Script Module
  • Easy integration with any set-up using our Software Development Kit (SDK)

 

The MFCS™ operates over a wide pressure range (from -800mbar up to 7bar)

MAESFLO™

  • User-friendly interface with intuitive data presentation
  • Instantaneous pressure and flow-rate monitoring (only with FRP)
  • Script Module included to automate your microfluidic experiments
  • Data recording
  • Pressure limit option to prevent any damage on your system
  • Customization available (name, unit, …)
  • And more…

 

FASTAB™ Microfluidic Patented Technology

  • Legacy microfluidic control systems such as syringe, peristaltic or piston pumps are poorly adapted to the manipulation of fluid volumes in the sub microliter range, leading to long equilibration times, irreproducibility and pulsation.
  • To solve this, Fluigent developed the patented FASTAB™ technology: a pressure driven technology that has no moving parts and includes an advanced feedback control algorithm to maintain precise pressure control.
  • Based on the FASTAB™ technology, the MFCS™ series are compatible with any microfluidic application, from simple droplet generation to organ-on-a-chip experiments.

Any questions ?

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