OxyFlo and OxyFlo Pro
Continuous tissue blood flow assessment
Receive your quote directly from the manufacturer.
Practical and easy to use.
Brain function measurement
I have used the OxyFlo system to measure brain flow changes in awake head-fixed mice during spontaneous behaviour. The probes are easy to use and the results have a straightforward interpretation, which simplifies experiments greatly. Results are better in the cortex surface than in deeper areas because the thickness of the probe makes it difficult to introduce it inside the brain. Overall I found it useful to confirm other results.
Review Date: 9 May 2023 | Oxford Optronix
Very satisfactory.
Measurement of blood flow in the MCA before and after stroke
Very easy to use, with reproducible values. Requires walls stabilization measures thanks to a drop of paraffin oil on the end of the optical fiber. Very instinctive to use. You absolutely need an acquisition box to record the values on the computer. Very good investment.
Review Date: 21 May 2019 | Oxford Optronix
It is a great instrument and an amazing customer service from the company
Vessel detection in a robotic steerable needle system
The monitor is really easy to use and robust. The data can be logged into a third party data logger without any problem. The repeatability of the instrument is also very good. My work is in robotic needle steering, and the use of laser Doppler flowmetry in this area of research is new. The team from Oxford Optronix is really helpful helping me to use the instrument specifically in my application.
Review Date: 11 Oct 2017 | Oxford Optronix
Third-generation laser-Doppler tissue blood flow monitors, ideal for continuous measurements of relative tissue perfusion in acute experimental models.
Key Features:
- Continuous, real-time tissue perfusion assessment
- Unrivalled ease of use
- Measurement from up to 4 locations simultaneously
- Outstanding accuracy, stability and performance
- Motion artefact signal rejection filter (multi-channel models)
- One-time calibration probes
- Optional multi-parameter monitoring when combined with OxyLite for tissue pO2 measurements
- Analogue and digital data outputs for continuous data recording
- Intuitive touch-screen controls on multi-channel models
- 2-year product warranty
Applications:
- Peripheral vascular disorders
- Models of stroke and brain injury (e.g. MCAO)
- Angiogenesis
- Essential organ vitality
- Transplantation
