Measuring method:
Light source:
Power source:
Operating temperature / humidity range:
Storage temperature / humidity range:
Dimension:
Weight:
Accessories:
Reflection spectroscopy
2 xenon lamps
6 NiMH rechargeable batteries, or 6 normal batteries (alkaline),
size AA, Mignon orLR6 or the FRIWO FW7556M/15 mains adapter
+10 to +40C; relative humidity 10 to 85%, no condensation
-10 to +60C, relative humidity 10 to 95%, no condensation
20.8 cm (W) 11.5 cm (H) 4.0 cm (D)
544 g (with 6 batteries)
Digiclip with integrated Buttonsensor, Buttonsensor, Digiclip in
two different sizes, Reflector, Calibration Standard, main adapter
(type FRIWO FW7556M/15), USB cable, rechargeable batteries (6
off)
Total Haemoglobin tHb (g/dL), (g/L), (mmol/L)Measurement
parameters Hb:
0124
Non-invasive haemoglobin measurement for blood donor
screening
E-2
013-
12
Technical information Distribution
Distributor:
Manufacturer
MBR Optical Systems GmbH & Co. KGHlker Feld 5, Germany -
42279 WuppertalPhone +49 (0)202 6474-550Fax +49 (0)202
[email protected] www.mbr-os.cominnovative - non-invasive -
quantitative
The haemospect system is a high class measurement device,
designed for non-invasive measurement of blood haemoglobin
levels.
Donor screening in Blood Donor Centres
Painless, bloodless measurement of haemoglobin values
Easy handling by the Digiclip
Hygienic, straightforward, reliable
No risk of infection
Measurement result in seconds
Integrated datamanagement concept
Battery operation for mobile use
Calibration Standard
No consumables, no sensor replacement
Economically highly attractive, pays for itself in a short
time
No order-management, no storage of disposals
haemospectHand held analyser
Application Principle of operation
Buttonsensor
Transport case
Light input
External reflection Detector
Tissue:absorption, scattering and diffuse reflection
A sensor head placed on the skin projects a white light into the
underlying tissue via a waveguide. Some of the projected light is
absor-bed by the various components of the
tissue, while some of it is reflected. Another waveguide
transmits the light reflected as a result of the physical
conditions back to the device. A spectrometer breaks the light down
into its separate wavelengths and an electro-nic evaluation unit
analyses it.The resulting data is then processed using an
algorithmdeveloped by MBR and visualised on the display of
thedevice.
Digiclip, Size S
Reflector
Digiclip, Size L
