List of OMEGAWAVE products Features and applications
Products |
Laser Blood Flow Imager
OMEGAZONE |
|
Laser (Doppler) tissue blood flowmeter,
OMEGAFLO |
|
Laser tissue blood oxygenation monitor
(NIRS), OMEGAMONITOR |
|
Laser tissue blood oxygenation monitor
(Red lights), OMEGAMONITOR SF |
|
 |
 |
 |
 |
Tissue blood flow image can be obtained.
High speed (1 image /sec) and high resolution (639-480)
Suitable for measuring slow blood flow in microcirculation
Blood flow distribution can be easily measured.
Measuring area: 2cm×2cm - 20cm×20cm
Measuring depth : about 0.5 mm
|
Tissue blood flow is measured by using laser light continuously.
Suitable for measuring slow blood flow in microcirculation
Blood flow, blood volume and flow velocity can beobtained.
Oxygenation is not measured.
Suitable for measuring a small portion of tissue
For ischemia experiment and evaluation
of the effect of medicine
Measuring depth : about 1 mm
Optical fiber probes are used other than FLO-C1EL.
|
Tissue blood volume and its oxygenation can be measured.
Sampling volume is much larger than Laser blood flowmeter. Depth is 1 – 5 cm.
Blood flow is not measured.
Oxygenation is of whole blood in a sampling volume.
Suitable for oxygen consumption in muscles
|
Tissue blood volume and its oxygenation can be measured.
Suitable for small animals and human skin
Suitable for oxygen consumption in muscles and brain ischemia for small animals
Sampling volume is larger than Laser blood flowmeter.
Depth is 1 – 5 mm.
Blood flow is not measured.
Oxygenation is of whole blood in a sampling volume.
Optical fiber probe is used.
|
|
|
| |
For ischemia experiment and evaluation
EZ-FINE for Laser Tissue Blood Flowmeter |
|
|
Muscle hemodynamics measurement by two point detections |
|
|
|
|
|
|
| OZ-1 |
Measurement of distribution of tissue blood flow
Ischemia
Effect of medicine
|
High speed, high resolution
Non-contact
No time lag between the measuring points allows the comparison of blood flow.
Averaged value in a selected area can be obtained.
Blood flow histogram Applications
Measurement of distribution of tissue blood flow
Ischemia
Effect of medicine |
|
|
|
|
|
FLO-N1
(Non-contact) |
Simultaneous measurement during treatment and putting medicine |
Measurement without contacting a probe on
tissue
Contact measurement , too
Wide area is measured.
Output of FLOW, MASS and VEL. |
|
|
FLO-C1
(Contact) |
General blood flow measurement |
Conventional laser blood flowmeter
Output of FLOW, MASS and VEL. |
|
|
FLO-C1BV
(Fast flow) |
For a tissue having fast blood flow
Moving tissue
Not suitable for low blood flow |
For fast blood flow velocity
(5 times of FLO-C1)
FLOW range : 10 times
Time constant : 1/10 |
|
|
FLO-C1EL
(with Microscope) |
Observation and measurement of small blood vessels can be done simultaneously.
|
| Measurement a tissue under a microscope |
|
|
|
|
|
BOML1TR W
(3WL2D) |
Oxygen consumption in muscles
Effective measurement of muscle hemodynamics
|
3 lasers (780,810,830nm)
Two point detection
Shallow and deeper parts from surface Depth : about 1-5cm
Differential for only deep part
OUTPUT : OXY-Hb, DEOPXY-Hb, Total Hb and StO2 |
|
|
BOML1-TR
(3WL1D) |
Oxygen consumption in muscles |
3lasers((780,810,830nm
One point detection
Sampling volume : about 1-5cm from a surface
OUTPUT : OXY-Hb, DEOPXY-Hb, Total Hb and StO2 |
|
|
BOM-L1W
(2WL2D) |
Oxygen consumption in muscles and brain |
2lasers(780,830nm)
Two point detection
Shallow and deeper parts from surface Depth : about 1-5cm
Differential for only deep part
High sensitive
OUTPUT : OXY-Hb, DEOPXY-Hb and Total Hb (Change from a start time) |
|
|
WL : Wavelength D : Detection |
|
|
BOM-L1TRSF
(3WL2D) |
Hemodynamic measurement in an ischemia state
Oxygen consumption in a muscle of a small animal
|
3lasers(635,655,690nm)
Two point detection
Shallow and deeper parts from surface Depth : about 1-5mm
Differential for only deep part
OUTPUT : OXY-Hb, DEOPXY-Hb, Total Hb and StO2 Applications
Hemodynamic measurement in an ischemia state
Oxygen consumption in a muscle of a small animal
|
|
|
WL : Wavelength D : Detection |
