Introducing the In-Vitro/FSCV Microelectrode Flow Cell, now available from Pine Research! To address additional needs of the FSCV community, we are excited to provide a flow cell – ideal for cycling microelectrodes, calibration studies, or general in-vitro type experiments.
New Flow Cell, designed specifically for the needs of the FSCV community.In-Vitro/FSCV Microelectrode Flow Cell. Available with or without an xyz Translational Stage (micromanipulator), this flow cell is sturdy, optimally designed, and designed for cost savings as a gravity feed system, yet compatible with traditional flow and injection automation.
We really need a better flow cell solution in our labs. Tell me more!
Introducing the In-Vitro/FSCV Microelectrode Flow Cell, now available from Pine Research! To address additional needs of the FSCV community, we are excited to provide a flow cell – ideal for cycling microelectrodes, calibration studies, or general in-vitro type experiments. The Flow Cell is an attractive addition to your lab for the following reasons:
- The affordable price of the flow cell is made possible by offering the unit as a gravity feed system, lowering the peripheral instrumentation (pump, valves, actuators) costs required for operation. Still, the unit can be dropped into existing pumps and injection systems, if desired.
- The footprint of the flow cell is small enough to fit into most Faraday cages, yet large enough to be rigid and sturdy.
- The flow cell itself is ideal for cycling microelectrodes as well as analytical calibration studies. The design minimizes typical flow cell injection errors.
- Compatibility was built into this flow cell. The xyz Translational Stage is the commonly used WPI M3301 R. If you already have this micromanipulator, order the flow cell without it included.
- The Flow cell accommodates working electrode configurations that are “direct connect” as well as connections via an electrophysiology type electrode holder (by use of the Malli Adapter).
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