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A proven, rugged range of linear stages with travel range
from 50 to 300mm. High accuracy ground ballscrews and cross-roller
bearings are standard. Adjustable magnetic limit and datum
switches are integral within the stage assembly. Stepping
motors or closed loop servo motors, with rear-mounted encoders
or linear scales, provide Position Feedback. 250mm width
option for greater stability is available. A wide range
of MotionLink positioning indexers and controllers are available
to control individual stages or multi axis configurations.
Complete mechanical fixtures are available for specific
applications.
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Using rail bearings and ground ballscrews, the Series 2000
stages offer load-bearing capability, long travel with high
accuracy, repeatability and economy. Travel ranges in excess
of 500mm make the Series 2000 exceptionally flexible for
special designs. Adjustable magnetic limit and datum switches
are integral within the stage. Stepping motors or closed-loop
servo motors with rear-mounted encoder or linear scale feedback
are all compatible with the Series 2000 stages. A wide range
of MotionLink positioning indexers and controllers are available
to control individual or multi-axis configurations. Complete
mechanical fixture design is also available to specific
requirements.
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With miniature rail bearings and a 1mm pitch ground G0
ballscrew, the Series 3000 linear stages offer a compact
design with travels of 25, 50, 75 or 100mm. Fitted with
either Size 17 stepping motors or miniature servo motors
with rear-mounted encoders, they offer resolutions to 0.1
microns. Mechanical limit and datum switches are integral
within the stage. All connections are securely made through
a single 15 way D connector. A wide range of MotionLink
positioning indexers and controllers are available to control
individual or multi-axis configurations.
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Designed for compact, low-profile and high accuracy applications,
the Series 4000 stages use crossroller bearings and precision
G0 ballscrews mounted to one side. Travel range is 25 to
200mm. This design allows the mounting of high accuracy
linear scales, protected, within the stage assembly, on
the side opposite the ballscrew. The ratio of base thickness
to stage envelope ensures a superior, trajectory performance.
Limit and datum switches are also integrated within the
stage. High resolution stepping motors, up to 125,000 steps
per revolution, or servo motors, are mounted on an adaptable
motor mount assembly. All connections are securely made
through a single 25 way D connector. A wide range of MotionLink
positioning indexers and controllers are available to control
individual or multi-axis configurations.
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Designed as low-profile XY integral stages, the Series
8000 offers ground ballscrew drive on each axis, the Series
7000 option uses lower cost rolled ballscrews. The integral
design of the upper and lower axes ensures a rugged unitary
assembly and an important low-profile rail bearing design
for applications in heavier industrial environments. Protective
bellows are optional. Stepping motors or servo motors with
rear-encoders are available on either stage model. Limit
and Datum switches per axis are fitted. All switch, motor
and encoder connections are available on QM connectors.
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The Series 11000 is designed for applications where the
mechanism must have optimum protection from the operational
environment. The Hard-Top design ensures protection without
the use of bellows. A protective tape under tension, rolls
around an internal capstan within the table top and seals
the normal gap between upper and lower sections. The rail
bearing system has 4 preloaded journals for high load capacity.
A 5mm pitch G0 ballscrew is used as standard. Adjustable
Limit and Datum switches are available within the stage.
Stepping or servo motors with rear encoders are fitted as
required. High accuracy linear scale encoders may be fitted
within the Series 11000 assembly. All switch, motor and
encoder connections are made through QM connectors.
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Where heavier loads requiring greater stability must be
moved, with accuracy and stable velocity, the Series 12000
stages will perform that task reliably. With a 250mm base
width, single and multi-axes configurations are available
for demanding applications. Using high load capacity, four
journal rail bearings and a high precision ground ballscrew,
these stages offer accurate control of position suited to
laser machining and optical positioning systems. Limit and
Datum switches are fitted. Switch, motor and encoder connections
are made through QM connectors. Available with stepping
or servo motors with encoders. Linear encoders internally
fitted are an option. Protective bellows fitted as standard.
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The Series 17000 open-frame XY stages are designed with
a low height profile, for optical applications and to fit
under most microscopes. The design allows access through
the aperture from upper and lower positions. Cross-roller
bearings and ground ballscrews give excellent straightness
and flatness characteristics with high accuracy and repeatability.
Stepping motor or servo motor control is available, with
Limit and Datum switches fitted as standard. All motor,
switch and encoder connections are made through D Type connectors
on each axis.
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For applications where a lower cost, low profile XY stage
with good performance is required, the Series 29000 offers
a compact design with those characteristics. Using ground
ballscrews or optional leadscrews for economy, this compact
XY stage is available in 50x50 or 100x100mm travels. Stepping
motors are standard but servo motors are optional. Crossed
roller bearings are used for good stability, within an economical
design. Limit and Datum switches are optional. A linear
encoder with integral Limit and Datum switch functions is
standard.
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