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quality control
calibration
Manual quality control of volumetric
products is also very complex and
time consuming. Also, manual quality
control done by an operator carries
high riskofmistakesand isnot reliable.
In order to avoid above mentioned
risks and to achieve the best
reliable results quality control steps
are carried out with fully automatic
robots which are only used by very
few selected manufacturers.
Quality control robot is featured with
a high resolution camera and image
processing system for the most
precise meniscus level control.
Steps such as filling the water, finding
the meniscus line and controlling the
volume are done automatically.
The balances and the electronic
calibrated thermometers are in-
line connected to the system for
online data transfer.
The operator simply mounts the
volumetric glass to the quality
control robot and waits for the
presicion guaranteed outcome.
The operator simply mounts the volumetric
glass to the quality control robot and waits
for the presicion guaranteed outcome.
Steps such as filling the water, finding the
meniscus line and controlling the volume are
done automatically.
Manual calibration done by an
operator carries high risk of
mistakes and not reliable.
All calibration steps are carried out
with fully automatic robots.
Th e s e r o b o t i c ma c h i n e s
guarantees the highest level of
presicion and accuracy.
Although during the calibration
process the room temperature
enviroment is kept stable at 20°C
any slight change in the room
temperature is automatically
compensated by the machines.
Men i scus i s au t oma t i ca l l y
determined at the exact lowest
level by a laser beam.
Application of the meniscus ring
line is done by stretching the glass
surface for longer persistance with
the help of a diamond tool. Later
the stretched ring line is stained
with either blue or white enamel
paint for easy observation of
meniscus line.
Filling the blank products with water is done
automatically by the calibration machines.
Meniscus is determined automatically at the
exact lowest level by a laser beam.