The CorSolutions PeriWave is the only pulseless, peristaltic pump on the market. It offers high performance peristaltic-based fluid delivery with integrated flow sensors and closed-loop feedback technology. As the pump measures the actual flow rate and provides the information back to the motor, smooth pulse-less flow, as well as programmable wave functions are possible. The pump’s high performance derives from the fact that fluid is measured, as compared to syringe and traditional peristaltic pumps where only a mechanical motion is controlled. The pump provides pulseless flow, with fast response times and high accuracy. The PeriWave pump may be operated in a positive or negative flow direction. Since the pump is peristaltic-based, fluid may be recycled back to the fluid source container. This feature is particularly useful and cost-effective when delivering expensive cell culture media such as with cell/body/organ-on-a-chip applications. Additionally, the waveform control allows for the unique capability of shear flow cell growth experiments. PC software and LabVIEW VI are included with the PeriWave. Three flow models are offered with the following aqueous flow rate calibration ranges: Micro from 1 to 80 microliters per minute, Milli from 30 to 1000 microliters per minute, and Milli+5 from 0.2 to 5.0 milliliters per minute.

The CorSolutions PneuWave pump is the only stand-alone, all-electric, pneumatic-based pump on the market, and can be operated with or without a computer. The PneuWave offers high performance with integrated flow and pressure sensors, allowing closed-loop feedback control. Additionally, the PneuWave has an integrated air compressor and a display screen for stand-alone operation. The user only needs to provide electricity and the fluid to be delivered! The pump records both flow and pressure information and allows users to input desired set-points or profiles as either flow rate or pressure parameters. The pump’s high performance derives from the fact that fluid is measured, as compared to syringe and traditional pumps where only mechanical parameters are controlled, indirect of fluid performance. The pump provides pulseless flow with the fastest flow control performance available. The PneuWave comes in a 1 Bar or 4 Bar model. PC software and LabVIEW VI are included with the PneuWave. The PC software detects how many channels are connected and the flow regime for each, and automatically populates the user interface, allowing facile synchronization between multiple fluid channels. Three flow models are offered with the following aqueous flow rate calibration ranges: Micro from 1 to 80 microliters per minute, Milli from 30 to 1000 microliters per minute, and Milli+5 from 0.2 to 5.0 milliliters per minute.

The CorSolutions PneuWave ECO pump is an economical alternative to the PneuWave. Although the performance remains the same, unlike the PneuWave, the ECO is PC control only and it requires an external compressed gas source. For constrained budgets, the ECO can also be purchased without flow control. In this case, the pump has only integrated pressure sensors (no flow sensors), and operates with only pressure closed-loop feedback. The PneuWave ECO comes in a 1 Bar or 4 Bar model, and includes both PC software and LabVIEW VI. Three flow models are offered with the following aqueous flow rate calibration ranges: Micro from 1 to 80 microliters per minute, Milli from 30 to 1000 microliters per minute, and Milli+5 from 0.2 to 5.0 milliliters per minute.

CorSolutions offers several styles of flow meters for measuring liquid flow rates. Three flow models are offered in each of these versions: Micro from 1 to 80 microliters per minute, Milli from 30 to 1000 microliters per minute, and Milli+5 from 0.2 to 5.0 milliliters per minute.

The CorSolutions microfluidic connectors allow one to rapidly and easily establish a non-permanent, leak-tight connection to a microdevice. Connections are compatible with most substrate materials including plastics, glass, silicon and PDMS. This flexible, low dead volume approach can be used with a wide variety of tubing sizes and adapters.

Precision manufactured, transparent fittings allow for user observation of critical junctions. These fittings offer a window to notoriously problematic microfluidic connections, providing researchers a better understanding of their experiment. Fittings come in a variety of architectures, port styles, and inner diameters.