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M-235
Precision Linear Actuator (Models M-230, M-231, M-232, .....)
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Ultra Compact
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50 nm minimum incremental motion
(7 nm design resolution)
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Non rotating tip, ball screws,
high load, high speed versions
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Micro-Translation
Stages (Models M-110 / M-111 / M-112)
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Ultra Compact
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50 nm minimum incremental motion
(7 nm design resolution)
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X, XY and XYZ Combinations
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Hybrid Long-Travel, High-Load Translation Stage with Nanometer Precision
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Simultaneous Control of Piezo-Flexure Drives & DC-Servo/Ballscrew Drives
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2 nm Linear Encoder Resolution
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Millisecond Settling Time to Nanometer Precision
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M-500
Translation Stages with Linear Encoders and ActiveDriveTM
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100 to 300 mm (12 inch)
Versions
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Low Profile, Recirculating Bearings
& Ball Screws
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Integrated Servo-Amplifier
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Optional Linear Encoders (Direct
Output Metrology)
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Elevator Stage for Compact
XYZ Combinations
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Rotation
Stages with ActiveDriveTM
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Low Profile, High Precision
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Integrated Servo-Amplifier
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Interated Hall-Effect Home Switch
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M-605 Series
Translation Stages with Linear Encoders and ActiveDriveTM
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50 and 25 mm Versions,
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Integrated Linear Encoder (Direct
Output Metrology)
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Very Compact, Low Profile, Recirculating
Bearings & Ball Screws
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Integrated Servo-Amplifier
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Ultra-Low
Inertia Hexapod MicroPositioning Systems (6 Degree of Freedom Parallel-Kinematics)
PI is the leading manufacturer
of Hexapods for Optics Alignment, Micro-Machining, Handling, Photonics
Alignment Engines, Medical Robots and other ultra-precise applications,
with more than 10 years of experience, a great variety of standard and
custom designs and hundreds of units in the field.
Advantages of Hexapod Parallel
Kinematics over "Stacked" multi-axis designs:
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Smaller Package Size
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Higher Stiffness
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Reduced Position Error Accumulation
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Better Dynamic Behavior
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Reduced Runout Errors
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More Precise Multi-axis Motion
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NO MOVING CABLES!
More
About Hexapods
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F130 Hybrid Photonics Alignment System
M-313.80 Micro-XYZ Translation Stages with PiezoMike Drives. |
Hybrid
NanoPositioning Systems
Hybrid Positioning Systems
combine the advantages of ultra-low inertia, high-speed PZT NanoPositioning
systems and the long travel range of classical micropositoining stages.
For high-speed scanning only a very small mass needs to be moved resultion
in much better response.
Advantages are:
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Low Inertia
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Fast Response
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Sub-Nanometer Resolution
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Low Cost
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Upgradeable Design (Motors,
Piezos Drives)
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