Download the Python program to control your Chemyx pump.
Using incompatible solvents may contaminate your solvent, introduce error into your experimental results, and reduce the lifetime of the syringe.
Download the basic and advance MATLAB Graphic User Interface to control your Chemyx pump.
Gradients generation and characterization inside the microfluidic chip For the generation of a stable gradient through the Matrigel core compartment, a source-sink mechanism was ...
3.4 Operation of Nexus 3000 Syringe Pump The operation of the syringe pump is straightforward and self-explanatory. Nevertheless, the different steps are quickly described. 2. First install ...
2.2. Experimental apparatus A schematic of the reactor setup is shown in Fig. 2. Two Chemyx Nexus 3000 syringe pumps (Stafford, TX) syringe pumps were used along ...
For the flow synthesis of perovskite quantum dots (PQDs), four computer-controlled syringe pumps (PHD ULTRA, Harvard Apparatus and Fusion 4000, Chemyx syringe pump) were loaded ...
The flow system is driven by seven stainless steel syringes (Harvard Apparatus) each connected to a computer-controlled syringe pump (Harvard Apparatus, PhD Ultra and ...
Microfluidic oscillators were tested by connecting pressure sensors (Model 142PC05D, Honeywell, NJ, USA) at the device inlets via Tygon tubing (Saint-GobainTM TygonTM R-3603 ...
1. Plug in and turn on Automated Lateral Flow Reagent Dispenser (ALFRD) unit and external syringe pump. 2. Program syringe pump flow rate according to manufacturer’...
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