Microfluidics starter
Educational kit: All-in-one solution to discover microfluidicsAll required parts. Quick set-up. Easy to use.
Covers all key microfluidic applications
Best performance on the market. Affordable.
Add modules as your needs grow
Features & Benefits
From simple single-channel microfluidic flow to multi-channel droplet experiments, the Starter Pack covers hardware needs for a wide range of applications. The whole system is controlled by the powerful ESI software which allows you to simply set pressures and monitor your experiment, or try advance functions such as full automation and running scripts.
You can add different Elveflow modules to suit your experimental needs. These modules include valves, sensors, bubble traps and many more.
Experiments performed with the microfluidics Starter Pack
APPLICATION notes
- Fluid handling at microscale
- HOW TO PERFORM ULTRA-PRECISE AND RESPONSIVE FLOW CONTROL THANKS TO A PRESSURE CONTROLLER
- USING AN ELVEFLOW® PRESSURE & FLOW CONTROLLER AS A SYRINGE PUMP
- How to perform the injection of a controlled volume of sample?
- PRESSURE CONTROL INSIDE A MICROFLUIDIC SYSTEM
And many more depending on your field of application:
- How to perform hydrodynamic focusing inside a microfluidic device
- Pressure driven flow control for Nanofluidics
- CELL CONFINEMENT ASSAYS
- Cell culture for live cell imaging
- Microfluidic Droplets on demand
- How does microfluidics alginate beads production work?
To go further in fluid handling:
Microfluidics can be applied to lots of varied applications and therefore the content of the Starter Pack can be tweaked to suit your specific needs.
Content
A standard starter pack contains the following:
- 4 x PUMPING CHANNELS
- 4 x 50 mL reservoirs
- All necessary accessories: tubing, connectors, filters, etc…
- CONTROL AND AUTOMATION SOFTWARE
Additional Options
- flow rate sensors
- Microfluidic chips
- Computer
- Microscope and camera
- And more….
Testimonials
Why use microfluidics?
Microfluidics is the science of manipulating and controlling fluids, usually in the range of microliters (10-6) to picoliters (10-12). It is an amazing technology that brings lots of benefits to many varied applications areas of science such as:
- Very low sample and reagent consumption
- High reproducibility
- Upmost control of experimental conditions (temperature, mixing, pressure, etc…)
- Easy automation
- Continuous processes
- And many more!
