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- Case Study: Contamination-free encapsulation of Lipid Nano Particles using Droplet Generation
- Case Study: Microfluidic cell culturing
- Case Study: Fluidic mixing options
- Case Study: Measuring cell density in a microfluidic system utilizing optical density
- Case Study: Extrusion dripping generating Hydrogel beads
- Case Study: Detection of VOC gases and CO2 by active sample delivery via micropump
- Case Study: Nano Dispensing
- Case Study: Pressure-driven flow
- Case Study: Controlled Dosing of Water based Liquids with the mp6 micropump
- Case Study: Characterization of mp6-micropump-driven vibrating meshes
- Case Study CO2-Sensor
- Thermal Conductivity Measurement for Optimized Liquid Pumping
- Droplet Generation in Microfluidics: Using the mp6 Micropump
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Case Study: Nano Dispensing
There is a significant amount of applications that require the dispensing of very low amounts of liquids: Nano Dispensing. Especially the medical, life science and automotive industries often need to move highly viscose liquids at a very low rate. This process needs to be highly controlled since deviations are often not easily visible for the naked eye.
Our team in the microEngineering department at Bartels took it upon themselves to find a solution for this issue. They took our mp6 micropump and the mp-Labtronix laboratory box and constructed a simple setup. In order for you to be successful in the area of Nano Dispensing, they tested a wide variety of parameters to find the ones that work best for this application.
Read the full case study here: Smart Dispensing of Liquids in the range of Micro- & Nanoliters

Done with Nano Dispensing? Then...
…continue reading about other dosing options. How about a video about an Automated Dispensing Unit? Or a presentation about Minituarized Active Fluid Control? Liquid Handling systems in general are also interesting in this area.