omi organ models development platform

Omi, automated organ-on-chip platform

Reproduce the microphysiological behavior of organs inside microfluidic chips.

 

 


Visit product

LineUp Flow EZ™

The most advanced system available for pressure-based flow control


Visit product

Aria, perfusion instrument

Automate complex protocol with multiple fluid delivery for high quality multiplexed imaging
Visit product

Featured Products

Omi

Automated Organ on a Chip Platform Remote control, Biocompatible, Versatile Omi is an one of a kind, innovative automated platform that allows to repr ...

Alexis Fluigent

Compact digital block heater

Microfluidic reservoir block heater Compact, Fast heating, Versatile Heat fluid reservoirs during your microfluidic experiment. The block heater is a ...

Alexis Fluigent

Cell encapsulation platform

A cell encapsulation platform inside double emulsions Accurate, Flexible, Efficient The cell encapsulation platform, developed and manufactured by Seco ...

Alexis Fluigent

Complex emulsion production platform

Ready-to-use platform for emulsions & droplets Accurate, Flexible, Intuitive The emulsion platform, develop by Secoya, with our flow control equip ...

Alexis Fluigent

Fluigent x TTP Ventus Disc Pump evaluation kit

Microfluidic Starter Kit Integrable, Compact, Adaptable The Microfluidic Starter Kit has been designed by Fluigent in partnership with TTP Ventus and S ...

Etsia Fluigent

Microfluidic equipment by Application

Bio Cell & Microscopy
Bio Cell & Microscopy
View application products
Cell Analysis
Cell Analysis
View application products
Droplet & Particle Generation
Droplet & Particle Generation
View application products
Fluid Management
Fluid Management
View application products
Microfluidics Starter Pack
Microfluidics Starter Pack
View application products
Organ-On-A-Chip
Organ-On-A-Chip
View application products

What our customers say about us

Rating: 5

The ability of the MFCS combined with the Flow-Rate Control Module greatly enhanced our control of the flow rates. The setup is uncomplicated and provides an easy way to directly control the flow rates in multiple channels separately. The desired flow rates are quickly reached and without any subsequent instabilities. The also stay stable over hours without constant supervision. Additionally, it is now possible to stop flows immediately.

Dr. Andrew Hudson / University of Leicester / Leicester, UK

Rating: 5

The compact and clever design of the Microfluidic Flow Control System (MFCS™-EZ) in combination with an individual support has greatly brought forward our work with picoliter droplets.”

Lisa Mahler / Hans-Knöll-Institut (HKI) / Jena, Germany

Rating: 5

I really love your system, I bought one MFCS a few months ago and I already want to buy a new one.

Ryan Sochol / Mechanical engineering department / University of California Berkeley, USA