H105 Range
Stage for upright microscopes, providing
a large travel range suitable for 6 inch
wafers at 154x154mm. Stages can be
configured with 2mm or 5mm ball
screws for high accuracy and high speed
applications. Both options can be fitted
with high precision encoders. H105
stages are fully mapped for improved
metric accuracy.
H116 Range
Stage for upright microscopes, providing a
large travel range suitable for 8 inch wafers at
255x215mm. Stages can be configured with
2mm or 5mm ball screws for high accuracy
and high speed applications. Both options can
be fitted with high precision encoders. H116
stages are fully mapped for improved metric
accuracy.
Cast Aluminium Plate
Prior stages are precision machined
from specially cast aluminium plates
which are lightweight and provide
excellent dimensional stability.
Precision Ball Screws
High accuracy ground ball screws provide smooth
and maintenance free motion. The pre-loaded
re-circulating ball screw nuts ensure zero backlash.
The whole ball screw assembly is connected to the
motor with an anti-backlash nut. Ball screws of various
pitch are available for each stage to optimize the stage
for speed and accuracy.
Wide Range of Specimen Holders
ProScan
TM
stages are available for a wide range of
applications involving specimens such as slides,
micro titre plates, Petri dishes, metallurgical
samples and semiconductor wafers. Specimen
holders are anodized black to provide excellent
wear resistance. Custom designs are always
considered.
HT Range
Stage for upright hardness testing
microscopes, providing a range of travel
ranges, 50x50mm, 110x110mm and
150x150mm suitable for a wide range of
applications. HT stages are pre-programmed
with Intelligent Scanning Technology (IST) for
improved metric accuracy.
H112 Range
Stage for upright microscopes, providing
a large travel range suitable for 12 inch
wafers at 300x300mm. Stages can be
configured with 2mm or 5mm ball
screws for high accuracy and high speed
applications. Both options can be fitted
with high precision encoders. H112
stages are fully mapped for improved
metric accuracy.
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