Allows the realization of many protocols
Compact Vacuum Pump
[EACVACPUMP]VACUUM SOURCE
The Compact Vacuum Pump is a vacuum source allowing the aspiration and the supply of any negative pressure channel between 0 and –1000mbar, for microfluidic applications.
Its compact shape and regulation dial make this pump extremely easy to use. This Vacuum pump can be connected to any Fluigent’s flow controller with a negative pressure range.
- High flow rate
- Compact
Fits in any lab
- User-friendly
Low vibration and noise level
- High compatibility
Large vacuum range
Features of our Vacuum Pump
High flow rate
With a flow rate reaching 7mL/min, this vacuum source allows the realization of many microfluidic experiments.
Compact
Thanks to its small size and compactness, the vacuum pump can be used in any type of workspace, even the smallest or most cluttered.
Low vibration and noise level
The Compact vacuum pump has a vibration-free mount, which allows it to limit oscillations as well as the noise level.
High compatibility
This vacuum source is compatible with many flow controllers thanks to its wide range of negative pressures, ranging from 0 to -1000mbar.
Combine with a FlowEz to provide a particularly stable flow
Using this microfluidic vacuum pump, connected to a negative FlowEZ or a Push pull, ensures pulsation-free flow and therefore better experimental data.
Specifications
PNEUMATIC SPECIFICATIONS
Minimum pressure | -1000 mbar |
Maximum pressure | 0 mbar |
Free flow (flow rate at 0 mbar output) | 1,5 – 7,0 L/min (±10%) |
HARDWARE SPECIFICATIONS
Dimensions (L*W*H) | 156 x 119 x 75 mm |
Weight | 1,3 kg |
ELECTRONICAL SPECIFICATIONS
Power voltage | 24 V |
Maximum current | 900 mA |
Maximum power consumption | 19 W |
OTHERS
Permissible media and ambient temperature | +5 to +40°C |
Expertise & ressources
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Fluigent Products Datasheets Compact Vacuum Pump – Technical Datasheet Download
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Fluigent products manual Compact Vacuum Pump – User manual Download
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Expert Reviews: Basics of Microfluidics Instrument Stability in Microfluidics Read more
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Expert Reviews: Basics of Microfluidics Extended Capabilities of Pressure Driven Flow for Microfluidic Applications Read more