Gas Mixer for Oxygen Regulated Microscope Perfusion System – Oxford University

MICROSCOPE PERFUSION SYSTEM

COST AND SPACE SAVINGS

DYNAMIC GAS MIXTURES

TARGET OF THE PROJECT

Description of the Application.

Gas Mixer GB 100

Benefits and Savings.

ABOUT THE UNIVERSITY

The University of Oxford is a collegiate research university in Oxford. There is evidence of teaching as early as 1096, making it the oldest university in the English-speaking world and the world’s second-oldest university in continuous operation.
The university is made up of 39 semi-autonomous constituent colleges, six permanent private halls, and a range of academic departments which are organised into four divisions.

Ref: Wikipedia

MAIN BENEFITS
Cost and Space Savings.

Our GB100 Series allows Univerisity of Oxford to have a method of generating gas mixtures containing a wide variety of physiologically oxygen concentrations. This is traditionally achieved using pre-mixed compressed gas cylinders, though this requires substantial infrastructure and space, with offering limited flexibility in terms of available gas mixtures.

Successful Achievement.

GB100 Series offers a more flexible and user-friendly option to deliver custom gas mixtures to an oxygen regulated microscope perfusion system.

Time Savings. -70%

Easier setup management of the hardware. Easier setup management of the software.

Software Automation.

Thanks to our Software PRO Version and its easy-touse user interface, now the University of Oxford can easy set all the experiment through our software.

Micro Flow Rates.

Our GB100 Series allows the University of Oxford to control the flow in all the calibration range, from 0,1 ml/min to 500 ml/min with NO cut-off.

Gas Mixer vs. Mass Flow Controller

The ability to blend O2 simulations on-demand is an incredibly powerful tool in the development and provides a level of flexibility that gas cylinders cannot provide.

RESOURCES

GAS MIXER FOR MICROSCOPE PERFUSION SYSTEM