THE MOST ADVANCED FLOW CONTROLLER: Flow EZ™
The Flow EZ™ is the most adavanced flow controller for pressure based fluid control. It can be combined with a Flow Unit to control pressure and flow. I can be used without a PC.
MAIN FLOW EZ™ BENEFITS
- Save experimental time, precious samples and expensive reagents
- Focus on the microscope. No PC required
- More reliable results with increased repeatability
Benefits of Flow EZ™
1. SAVE EXPERIMENTAL TIME, PRECIOUS SAMPLES AND EXPENSIVE REAGENTS
Responsive time reflects how fast a pump can reach the set flow rate.
The Flow EZ™ reduces this time minutes to the blink of an eye. It speeds up experiments while reducing material wastes. It also creates numerous new possibilities, such as complex flow rate profiles or stop-flow.
The user has total control over the response time. A longer response time can be set when a smoother response is preferred.
2. FOCUS ON THE MICROSCOPE. NO PC REQUIRED
The Flow EZ™ can also work as a stand-alone device (even injection methods can be automated).
Instead of looking at the PC, the users can keep their eyes on the microscope, adjusting the control dial with one hand.
Without a PC, get experiments started in seconds.
3. MORE RELIABLE RESULTS WITH INCREASED REPEATABILITY
Pulse-free flow is critical for high quality and repeatable results. Because of this, the Flow EZ™ integrates the all-new DFC (Direct Flow Control) smart algorithm.
While other technologies only estimates the flow rate, DFC controls the actual flow rate using direct measurement.
Specifications of Flow EZ™
1. AS YOUR SETUP EVOLVES, YOUR LINEUP CAN TOO
Add a channel at any time, in one click.
Adapt the configuration to the exact requirements of each experiment.
2. NEXT-GENERATION CORE, NEXT-GENERATION PERFORMANCE
Using ou 13-year experience in microfluidic instrumentation, Fluigent has engineered the QuadCore, the most adavanced microfluidic pumping technology.
The patended QuadCore is faster, stabler, and even smaller than before. It as at the heart of the Flow EZTM‘s next-generation performance.
3. FROM MICROLITER INJECTIONS TO DAYS OF PERFUSION
The Flow EZTM supports all reservoirs sizes: from 2mL to standard lab bottles. From stability is independent of reservoir volume.
Even with a large reservoir, the Flow EZTM can easily maintain continuous and pulse-free flow for days without refilling.
The LineUP series are compatible with multiple Fluigent software:
- The Fluigent All-in-One: Quickly monitor and control all your instruments. Ultra-fast datalogging, integrated dashboard. More information on AiO »
- Microfluidic Automation Tool: Easily automate your protocols. Intuitive Drag&Drop, TTL Trigger, advanced automation logic. More information »
- Software Development Kit: Integrate Flow EZ seamlessly in your existing application. Available in C++, Labview, Matlab, Python, etc. More information on the SDK »
Screenshot of the MAT interface
|Name||Unit in mbar||Product Number|
|Flow EZ™||0 to 25||LU-FEZ-0025|
|0 to 69||LU-FEZ-0069|
|0 to 345||LU-FEZ-0345|
|0 to 1000||LU-FEZ-1000|
|0 to 2000||LU-FEZ-2000|
|0 to 7000||LU-FEZ-7000|
|0 to -25||LU-FEZ-N025|
|0 to -69||LU-FEZ-N069|
|0 to -345||LU-FEZ-N345|
|0 to -800||LU-FEZ-N800|
The MFCS™ Series Low Pressure Kit is specially designed to be used with any MFCS™ with high pressure channel.
Required with MFCS™
The Microfluidic Automation Tool allows an easy design of time-based protocols for completely automated experiments.
Provided with MFCS™
The MFCS™ Series High Pressure Kit is specially designed to be used with any MFCS™ with high pressure channel.
Required with MFCS™
The Flow Unit is a high-precision individual flow sensor used for direct flow control. The Flowboard is a hub that manages communication between Fluigent Software and up to eight Flow Units.
The FRP is required for flow rate control with MFCS™
Many microfluidic applications require expensive solutions to be injected at a controlled flow-rate into a microfluidic system, such as cell cultures, PCR processes, cell injections or simulation of blood capillaries with a controlled minimal mechanical stress.
Many microfluidic applications require switching between multiple solutions (such as samples or buffers) while maintaining a constant flow-rate during the course of their experiment. In this application, one MFCS™-EZ pressure channel is connected via a manifold to ten separate vials containing different aqueous solutions.
Because CTCs detection and labelling need a very precise and smooth flow control, Fluigent MFCS™ associated with the Flow-Rate Control Module and the ESS™ platform, was the designated choice to be able to efficiently control the flows of all the solutions and samples.