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NEW
TESA Kinematic Probes
with Swiss made Bridge
CMM-class multiwire
connecting joints combine
carbon fiber construction
with automatic probe
recognition. The same style
of kinematic joint is used
in the TESAStar-M motorized
CMM probe head for Bridge
CMMs such as the Brown &
Sharpe Global. When
changing probes, Kinematic
probes save time by
automatically identifying
themselves to the software
and by not requiring
re-calibration. If you need
to replace a tip, the probe
can be easily re-calibrated
in the field. ROMER's
Kinematic probes are truly
"plug and measure".
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NEW
SpinGrip. The
infinite-rotating grips at
elbow and forearm provide
two low friction grip
positions for better
ergonomics. The SpinGrip
allows the CMM to float in
the operator's hands,
maximizing accuracy and
minimizing operator fatigue.
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NEW Six Axis
Ergonomic Wrist is
smaller, easy to grasp, and
uses new tactile buttons.
The buttons are programmable
for custom functions and
also operates as a
three-button mouse when the
arm is in mouse mode. The
new design includes an
integrated digital camera to
document work set-ups and an
LED work-light. |
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NEW Probe
Holster provides easy
access and storage of the
kinematic carbon-fiber
probes. Includes slots to
snap-in 3 probes and the
change key, keeping your
spare probes within easy
reach at all times. Since
the holster rotates with the
base tube, the probes are
always opposite the moving
joints of the arm and out of
the way. |
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Improved Wi-Fi
Wireless Connectivity -
the Wi-Fi connection between
the arm and computer allows
the operator to position the
computer where it is most
convenient without having to
worry about PC cables (or
any cables, for that matter,
thanks to the Li-ION
battery). INFINITE arms
feature WIFI 802.11g, the
standard for wireless device
connectivity, which offers
speeds up to 54 Mbps and a
range of up to 200 feet,
even through walls. This
speed and range is many
times faster and longer than
other technologies such as
Bluetooth, allowing great
flexibility when positioning
the computer system. Some
ROMER
GridLOK users locate the
application computer in
another room entirely and
use large plasmas screens
for operator interaction
with the application
software. |
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Improved Zero-G
Counterbalance - the
integrated pneumatic Zero-G
counterbalance offsets the
weight of the arm and probe,
thereby reducing operator
fatigue and allowing
one-handed operation from
any position. The
counterbalance works equally
well from any position in
the arm's reach, above and
below the midline, without
any tendency for the arm to
"flop" when used high or
low. The counterbalance
helps protect the arm from
unintended crashes with
table or part. |
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Improved 7 Axis Laser
Scanning - To
accommodate laser scanning
heads, a 7 axis version of
the Infinite 2.0 is also
available. The all-new
handle design features an
ergonomic shape and
"soft-touch" tactile plastic
material for operator
comfort. Two different
laser heads are available,
the ScanShark V4ix
(pictured) scans at 23,000
points per second, and
thanks to the TESA Kinematic
Joint, the ScanShark V4ix is
hardware interchageable with
a bridge CMM such as a
Brown & Sharpe Global,
so you can buy one laser
scanning head and use it on
two different types of
equipment (additional
accessories and software
options required). The
premium V5 scanner scans
more than 458,000 points per
second for digitizing large
areas quickly. For more
information on 7 axis
systems, visit the
INFINITE 2.0 7 axis product
page . |
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Infinite Rotation
- INFINITE series arms
feature ROMER's patented
infinite rotation of the
three principal axes. This
allows inspection of
hard-to-reach areas and
avoids damaging the arm
against rotational hard
stops. |
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Integrated Li-ION
Battery and Environmentally
Sealed Cover - the
integrated Li-ION battery is
ideal for on-site inspection
or measurement when AC power
is not available or where
cables are a problem.
Several hours of batterly
life are typical with
continuous operation. The
patent-pending
environmentally sealed
battery cover prevents
contamination of the battery
compartment and accidental
dislodging of the battery.
Cover removed for
illustration purposes. |
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Calibrated Length
Standard - ROMER
provides a NIST-traceable
calibrated length standard
with each arm to allow the
operator to easily verify
and document system
performance for ISO or
vendor requirements.
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Carbon Fiber Arms
- all ROMER arm tubes are
constructed of carbon
fiber. Carbon fiber is 25
times more thermally stable
than aluminum, thereby
ensuring temperature
stability in real-world use
and rendering temperature
compensation unnecessary.
Under normal usage the
carbon fiber tubes have a
lifetime warranty.
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Quick Mounting -
a quick-change toolless
mounting system requires no
tools, allowing fast set-ups
and providing a small
footprint. The arm can be
attached to many types of
bases, including: fixed,
magnetic (illustrated here)
and vacuum mount. Tripods
and Brunson stands are also
available for INFINITE
flexibility of mounting.
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Heidenhain Encoders
- Heidenhain, the
world's leading manufacturer
of high-accuracy rotary
encoders, builds custom
"wide-track" encodes
designed specifically for
INFINITE 2.0 arms.
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Ultra Lightweight and
Portable - thanks to
their advanced carbon fiber
and aluminum construction,
INFINITE arms are
lightweight, typically less
than 20 pounds, making them
ideal for shop floor
inspection, measurement and
reverse engineering. An arm
in it's rolling travel case
weighs approximately 50 lbs.
making it easy to transport
from one job site to
another. The case fits in
cargo area of the average
station wagon or SUV. |
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Magnetic Base -
INFINITE arms include a
magnetic base as standard
equipment. This design
provides exceptional
rigidity and versatility.
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PC-DMIS
Portable - Hexagon
Metrology's flagship
software in a special
version for ROMER arms, is
customized for portable use,
featuring "all in one
screen" layouts, available
autofeatures that lets the
software "guess" what you
are measuring without the
operator telling it, and
available offline licenses,
which allows one person to
use the arm in the field,
and a second on a different
computer to program guided
inspection routines for the
arm (using a CAD model) or
create reports and analyze
data from previous
inspection jobs. Of course,
all our existing
software choices are
also available on the
Infinite 2.0. |