Multiple media perfusion
Mimic physiological conditions
Fast media switches
Adaptable to customer requirements
Small installation space
The Soft-Pumping Bundle is an application example for the use of memetis miniature valves in fluidic systems. The product can control four different fluids in a controlled manner through a microfluidic chip by using a 4i/1o-manifold. The product is particularly useful in life science applications where a continuous and pulsation free flow of different fluids through a cell culture is required.
The Soft-Pumping Bundle contains:
2 x memetis Electrical Control Unit (ECU) + 4 x ECU cable + 2 x USB-cable
4 x liquid reservoir with lid
4 x open lid closure
4 x sealing rings
4 x lid incl. two threads for connectors
4 x IDEX-connector for lid (fluid)
4 x screw connector for lid (pressure)
1 x pressure distributor
5 x Luer-Adapters for pressure distributor
1 x hose for compressed air (2m, OD 3mm)
1 x hose for fluid (2m, OD 1.6mm)
1 x 4i/1o-manifold + 5 x IDEX-connector for hose + 4 memetis NC-valve series 09
1 x frame components
How it works
A pump is connected to the lids of the liquid containers via a pressure distributor to increase the pressure inside. Once the internal pressure exceeds the external pressure, the liquids flow through a tube to the 4i/1o-manifold. Four Normally-Closed (NC) valves (Series09) are mounted on the manifold and can be switched manually or via a graphical user interface. The liquid output of the manifold can now be connected to your experiment, such as a Lab-on-a-chip (not included in delivery), which requires a continuous flow of a nutrient medium.
Features of the programmable version
The electronic control unit (ECU) can be used to control the memetis valves. It has multiple features to ensure an easy start with the memetis miniature valves.
YOU CAN CHOOSE
TTP Ventus Pump
The SPM-041 offers standalone high-precision pressure and vacuum regulation, benefiting from the pulsation-free output, wide dynamic range and rapid response speed of the pump.
3D cell culture*
Mimic in vivo cell culture
Long-term culture with defined shear stress
*note that no microfluidic chip for these applications is supplied with the device
If your are interested in further products or customized adaptations and solutions, please contact our customer service: email@example.com
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