PI (Physik Instrumente) L.P. Q-Motion® Precision Linear Stage Q-545

Description
The Q-545 mini positioning stage is driven by a high-force stick slip motor, based on a slightly different design compared to the Q-521 and Q-522 stages. A linear encoder is integrated for nanometer-scale precision. Vacuum versions, and non-magnetic versions are also offered. The piezo inertia drive runs at inaudible frequencies and is self-clamping at rest with position holding forces around 2 lbs. 13 and 26mm Travel Range 2nm Encoder Resolution Available XY Configurations 10mm/sec Max. Velocity 8N Feed Force Self-Clamping Stick-Slip Motor, No Jitter/Drift, No Holding Current UHV and Non-Magnetic Options
Request a Quote Datasheet
Description
The Q-545 mini positioning stage is driven by a high-force stick slip motor, based on a slightly different design compared to the Q-521 and Q-522 stages. A linear encoder is integrated for nanometer-scale precision. Vacuum versions, and non-magnetic versions are also offered. The piezo inertia drive runs at inaudible frequencies and is self-clamping at rest with position holding forces around 2 lbs. 13 and 26mm Travel Range 2nm Encoder Resolution Available XY Configurations 10mm/sec Max. Velocity 8N Feed Force Self-Clamping Stick-Slip Motor, No Jitter/Drift, No Holding Current UHV and Non-Magnetic Options
Request a Quote Datasheet

Suppliers

Company
Product
Description
Supplier Links
Q-Motion® Precision Linear Stage - Q-545 - PI (Physik Instrumente) L.P.
Shrewsbury, MA, United States
Q-Motion® Precision Linear Stage
Q-545
Q-Motion® Precision Linear Stage Q-545
The Q-545 mini positioning stage is driven by a high-force stick slip motor, based on a slightly different design compared to the Q-521 and Q-522 stages. A linear encoder is integrated for nanometer-scale precision. Vacuum versions, and non-magnetic versions are also offered. The piezo inertia drive runs at inaudible frequencies and is self-clamping at rest with position holding forces around 2 lbs. 13 and 26mm Travel Range 2nm Encoder Resolution Available XY Configurations 10mm/sec Max. Velocity 8N Feed Force Self-Clamping Stick-Slip Motor, No Jitter/Drift, No Holding Current UHV and Non-Magnetic Options

The Q-545 mini positioning stage is driven by a high-force stick slip motor, based on a slightly different design compared to the Q-521 and Q-522 stages. A linear encoder is integrated for nanometer-scale precision. Vacuum versions, and non-magnetic versions are also offered. The piezo inertia drive runs at inaudible frequencies and is self-clamping at rest with position holding forces around 2 lbs.

  • 13 and 26mm Travel Range
  • 2nm Encoder Resolution Available
  • XY Configurations
  • 10mm/sec Max. Velocity
  • 8N Feed Force
  • Self-Clamping Stick-Slip Motor, No Jitter/Drift, No Holding Current
  • UHV and Non-Magnetic Options
Supplier's Site Datasheet

Technical Specifications

  PI (Physik Instrumente) L.P.
Product Category Linear Slides and Linear Stages
Product Number Q-545
Product Name Q-Motion® Precision Linear Stage
Axis Configuration X Axis Only
Stroke or X-Axis Travel 0.5118 inch (13 mm)
Rated Speed 0.3937 in/sec (0.6000 m/min)
Unlock Full Specs
to access all available technical data

Similar Products

Linear Positioner - N-565 - PI (Physik Instrumente) L.P.
PI (Physik Instrumente) L.P.
Specs
Axis Configuration X Axis Only
Stroke or X-Axis Travel 0.5118 to 2.05 inch (13 to 52 mm)
Rated Speed 0.3937 in/sec (0.6000 m/min)
View Details
PIglide RLA Rotation Stage with Air Bearings, Large Aperture - A-68x - PI (Physik Instrumente) L.P.
Specs
Device Type Multi-Axis Configuration (optional feature)
View Details
Open-Frame Microscope Stage - M-545 - PI (Physik Instrumente) L.P.
PI (Physik Instrumente) L.P.
Specs
Axis Configuration X-Y Open Frame
Stroke or X-Axis Travel 0.9843 inch (25 mm)
Y-Axis Travel 25 inch (635 mm)
View Details
PI Nano® XY & XYZ Piezo Stage for Microscopy with Controller - P-545 - PI (Physik Instrumente) L.P.
Specs
Axis Configuration X-Y Axes; X-Y-Z Axes
Stroke or X-Axis Travel 0.0079 inch (0.2000 mm)
Y-Axis Travel 0.0079 inch (0.2000 mm)
View Details