The BioFlux system is the established standard for a wide range of complex cellular interaction assays. Now, the BioFlux EZ delivers the capability to perform complex modeling of the in vivo cell environment, in a package every lab can afford.

BioFlux System Overview

The heart of the BioFlux EZ system is identical to the BioFlux 200 and the BioFlux 1000 systems.

Automated control of flow cell experiments with Fluxion's unique WPM flow cell well plates. The BioFlux EZ   can run up to 6 simultaneous flow cell experiments and is ideal for platelet aggregation, leukocyte adhesion, and biofilm analysis. As with all BioFlux systems, the EZ works with an inverted microscope and is compatible with fluorescence, brightfield, phase and confocal imaging. User-friendly software automates experimental protocols and provides a powerful analysis package. Upgrade capabilities allowing for 2-phase flow and/or higher throughput make the BioFlux EZ the perfect choice for your functional assay research.

Same great BioFlux benefits :

The BioFlux EZ maintains the simplicity of operation and rapid experimental setup that are hallmarks of the entire BioFlux product suite. Protocols can be set up in minutes and saved for future use. All data on experimental runs is stored automatically.

Simple set-up and operation:

The BioFlux EZ is designed for simple experiment execution in any lab. The system is easily integrated with most inverted microscopes for real-time imaging.

A rich set of options: 

The base BioFlux EZ package includes the EZ Controller, Pressure Interface, and BioFlux Software. 

A broad range of options is available to maximize utility:

  • High resolution camera with automated image capture
  • Environmental control to maintain gas composition
  • Automated heater

Fully Upgradeable:

The BioFlux EZ is limited to running 6 simultaneous low cell experiments and does not include 2-phase !ow (see back page for system comparison chart). However, the system is fully upgradeable to a BioFlux 200 or BioFlux 1000 should your future research require these capabilities.