Core Technologies

SFC Fluidics'^® core technologies are focused on truly pulseless non-mechanical means of fluid pumping for nano/microfluidic applications. The ePump^® technology can operate as a stand-alone microfluidic pump, or be custom designed to fit into a specific application/device where low power and steady flow from a miniature pump are important. The mPump^® technology is used to move fluids within a sealed microfluidic chip. This technology can be used to conduct a wide variety of assays and measurements using portable, low-power systems and disposable chips.

ePump Technology

The ePump is a micropump that delivers pulse-free, controlled flow in the nL/min to µL/min flow rate range. The ePump product line includes stand-alone microfluidic pumps with Controllers for user-set flow rates or delivery volumes. In this non-mechanical pump, a low voltage is used to drive a pumping fluid across a selective membrane, causing an impermeable diaphragm to expand and deliver the fluid to the user's application.
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mPump Technology

SFC Fluidics' mPump technology uses magnetohydrodynamic (MHD) pumping to control fluid movement within fully sealed microfluidic chips. The mPump is incorporated directly into the microchannel within a microfluidic chip. Using this pumping technology, all steps needed to perform Lab-On-Chip applications can be accomplished inside a fully sealed chip.
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