ExiGo Microfluidic Syringe Pump
Functional overview
The ExiGo microfluidic syringe pump is a high-precision device designed specifically for microfluidic applications, combining patented pulse cancellation technology with active feedback from the flow sensor to provide a stable, pulse-free flow rate (10nL/min to 13mL/min). It features a fast 50ms response time, bi-directional flow control, and supports multi-mode operation (Constant, Ramp, Step, Sine). Users can control individually or multimodally via iPad mini or PC, and program using SmartFlo software with LabVIEW, Python, and other languages. Suitable for thrombus shear study, droplet generation, cell manipulation and many other microfluidic studies to meet different experimental needs.
Description
Product Highlights
- Rapid changeover with response time as low as 50ms
- If whole blood or other biological samples are used, then no flow sensor is required to obtain a steady pulseless flow.
- Purge mode with reversible flow or programmable perfusion mode (constant, ramp, step, sinusoidal)
- Programmable via SmartFlo software on PC.
- Integrated pump control on software using LabVIEW, C++, Python, etc.
- Plug-and-play flow sensor for active feedback and precise flow control
- Controlled by iPad mini or PC (LabVIEW, Matlab, Python, etc.), up to 4 pump modules can be controlled or programmed independently.
- Connects to all microfluidic biochips using standard tubing
Technical Parameters
| Properties | Specification |
|---|---|
| Dynamic Response | Maximum 50ms |
| Volume Flow Rate | 10nL/min - 13mL/min |
| flow | Bidirectional (push or pull) |
| Pulseless Flow for Microfluidic Applications | - 10nL/min - 1mL/min (± 20nL/min) - 100nL/min - 13mL/min (± 40nL/min) |
| Flow Stability | ± 0.25% FS |
| Work Pressure | 2 bars ≈ 30 PSI |
| sizes | 225mm (L) x 69mm (W) x 122mm (H) |
| weights | ~1.3kg |
| power (output) | 110/220V - 50/60Hz | 60W |
Applications
- Thrombus Shear Flow Study
- The ligand-coated surface or endothelial cells were subjected to a ligand-based test.
- Experiments on shear flow, adhesion and migration of cells.
- Cellular and particulate manipulation studies
- Precise multi-channel mixing
- droplet generation
- Hydrodynamic Flow Focus
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