Microfluidic systems always need innovative and good-quality pumps to supply liquids and accomplish pumping operations. Here comes the role of Electro - Osmotic Pumps abbreviated as EOPs. These are excessively small-size pumps and often lack any moveable parts.
EOPs incorporate a solid surface with a negative charge to attach cations present in the liquid. On the other hand, the thin layer of liquid near the solid surface has a positive charge. Indeed, the combination of a positive and a negative charge generates an electric field to drag the charged layer of fluid to generate an electro-osmotic flow.
Electro - Osmotic Pumps use the concept of electroendosmosis to perform their regular functions. As the pump does not possess any mechanical movable part, it generates zero operating noise or zero pulsation.
Depending on the pumping requirements, you may cascade many regular EOPS in parallel or series to obtain a high flow rate or high pressure respectively. Alternatively, you may design porous media-based pumps operating on electroosmosis. For this, you should use microporous polymer membranes or sintered glass by applying the right surface chemistry. Another type of electro-osmotic pump consists of parallel and shallow microchannels and they refer to as planer shallow pumps.
Common features of Electro - Osmotic Pumps are a fully adjustable flow of fluids directly proportional to the voltage, high output pressure, and an optional battery operation. Besides, users may integrate the pump into microfluidic chips to deliver liquids within the chip.
Electro - Osmotic Pumps provide an affordable and simple way to generate enough flow rates and pumping pressures to apply in microfluidic systems and related operational sectors. A few other common applications of electro-osmosis offered by EOPs are capillary electrochromatography, capillary electrophoresis, and microfluidic devices. Moreover, the operational fields of the pump are dewatering, biophysics, microchips, medicine, gas and oil production, and membrane separations.
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Model Number | EBP-RF1R |
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Outer Dimensions | φ12 × H17.6 mm |
Pumped Volume Adjustable Range | 60 μL/min at 150 VDC, 10 μL/min at 24VDC (Back Pressure: 0 kPa, Deionised Water) |
Maximum Pumped Pressure | 1 MPa (150 VDC, Deionised Water) |
Remarks | Directly Deliverable Liquids: Deionized Water, Methanol, and Ethanol (Other liquids can be delivered by Indirect Pumping) |
Notes | Note: Details such as specifications, etc., may be changed without notice. |