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Researcher, Imperial College National Heart and Lung Institute

Julian was fantastic, he patiently walked me through the steps for diagnosing issues with our syringe pump. We found it was a simple belt that was broken and he sent out a replacement part the same day.
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2 x ExiGo pumps with LabVIEW control; 2 x Flow Sensors; 2 x DropChips; tubing and oil

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Droplet Generation Kit ExiGo iPad Software ExiGo LabView Interface

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Droplet Generation Brochure
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  • 2 x ExiGo pumps: iPad mini or LabVIEW control
  • 2 x Flow sensors
  • 2 x DropChips
  • Tubing Sets
  • Oil




Volumetric Flow Rates 0.0725 pL/minute - 20 mL/minute
Microsteps per one revolution of lead screw 250,000
Step resolution 0.008μm
Pulse-free flow rate for microfluidic applications* 10nL/min - 1mL/min ± 20nL/min @ 250uL glass syringe 100nL/min - 20mL/min ± 40nL/min @ 5mL plastic syringe  
Flow rate stability for microfluidic applications* ± 0.25% of Full Scale @ 250μL syringe and 8,000nL/min ExiGo Flow Sensor
Dynamic Response 50ms max (recorded at flow rate change from 0 to 10,000nL/min)
Compatible Syringes  0.5μL - 1μL (glass syringes) 1mL - 5mL (plastic syringes)
Working Pressure 30 psi - 2 bars maximum
External Trigger 2 inputs and 2 outputs of external trigger for operation with external units and software
Flow control Reversible flow direction - Push/Pull Programmable perfusion mode:  constant, ramp, step, sine  
Additional features Easy to use iPad mini control Control/program up to 4 pumps independently Wi-fi communication Standard tubing for connection to any microfluidic biochip
Software Control  iPad mini ExiGo App
Dimensions 225mm (W) x 69mm (D) x 122mm (H)
Weight  ~ 1.3kg
*Measured with ExiGo Flow Sensor and active PID feedback  






Microfluidic pump for continuous cell culture under shear flow mimicking physiological ...

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Our Clients Include:

University College London
Imperial College
University of Cambridge
University of Oxford

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