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Tissue monitoring > Blood perfusion monitoring  
   

OxyLab LDF
Single channel laser Doppler tissue blood perfusion monitor

Specification
Brochure
   
Data example
     
Additional info:
Literature citations (laser-Doppler)
Principles of operation
FAQ
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Application notes:
Brain
Sexual Dysfunction
Free/Pedicle Flap
Muscle

 

 

 

OxyFlo
2 or 4 channel laser Doppler tissue blood perfusion monitor

Specification
Brochure
 

Overview
Tissue blood perfusion is a primary factor in the transport of heat, drugs, oxygen, waste products and nutrients around the body and its measurement provides researchers with critical information in a number of clinical and research applications.

Oxford Optronix remains a pioneer in the development of laser Doppler flowmetry technology for real-time monitoring of tissue blood perfusion and continues to set unrivalled standards of versatility, robustness and sensitivity.

 

Key features:
Whether your application requires the strikingly designed, multi-channel OxyFlo system or the single channel OxyLab LDF monitor, you will benefit from the following features:

  Real time blood perfusion measurement from up to 4 tissue sites simultaneously - for studying spatial as well as temporal perfusion heterogeneity and comparisons of pathological versus control tissue sites.
  OxyFlo systems include unique Artefact Rejection Technology (ART™) enabling blood perfusion measurements to be obtained in hitherto difficult or impossible dynamic ‘moving tissue’ applications.
  Multi-parameter monitoring. Both OxyFlo and OxyLab LDF systems can be combined with their oxygen monitoring counterparts, enabling the simultaneous measurement of ptO2, blood perfusion and temperature from the same tissue site using a single sensor.
  Extensive range of fibre optic sensors for perfusion monitoring from virtually any tissue type/site.
  Rapid response times for real-time monitoring, capable of resolving perfusion changes occurring over fractions of a second.
  Plug and play - No user input or configuration required.
  ‘Smart sensors’ - Automated sensor.
  identification allows one-time sensor calibration.
  Unique autoclaveable sensors - Re-usable type sensors can be steam-sterilised.

To order your system or to request an on-site demonstration, please click here for your nearest sales representative.

   
Applications:
> Ttumor monitoring and angiogenesis
> Intra-cranial monitoring in stroke and brain injury
> Flap monitoring and plastic surgery
> Peripheral Vascular Disease
> Gastroenterology
> Diabetes research
> Dermatology

 

 

 

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