Real-Time Control & Automation Software
[SSFT-OXY]- New release
OxyGEN
The new way to get full control of your microfluidic setup. OxyGEN is a single interface, with plug and play capabilities, available for common desktop OS, that allow you to control, monitor and automate all Fluigent products. It combines in one program all the functions and capabilities of our previous softwares, and much more. Through its intuitive dashboard, OxyGEN is our new reference tool for real-time control and for developing time based protocols focusing on pressures, flow rates, volumes, and valve control in microfluidic experiments.
Features
Real-time control
Control all instruments from a single dynamic interface. Customize the workspace and control any simulated or connected instruments. A new set of features allows one to monitor all Fluigent instruments.
Protocol editing
Edit and save time-based protocols with dedicated functions. Set pressures, flow rates and valve positions. Create loops and conditional paths to turn your experiment into an automated microfluidic protocol.
Simultaneous commands
Control instruments, at programmed times or in real time. Lock your controls to set your orders on connected or simulated instruments and actuate them all at the same time for simultaneous operation.
Simulation mode
The entire Fluigent product line available for simulation. Access the complete set of features and control as if you were in the lab.
Channel coupling
Control several channels at the same time. Couple channels together, set a ratio factor and use a single slider to control multiple channels simultaneously in real time.
Hot plug & play
Connect, use, reconnect without starting over. Any connected instrument even during operation will be detected, displayed and instantly available for control and automation.
Related applications
Control in real-time or automate your experiment and generate relevant data
Interact with your instruments through an all in one screen to control and monitor in real-time pressures, flow rates, valve positions and more. Other capabilities include the ability to build time-based protocols and automate any experiment. Benefit from outstanding features such as channel coupling, protocols and instruments simulations, communication via TTL, hot plug & play initialization and fully customize the way your experiment is conducted.