Motorized 40X40mm Ball Bearing, Aluminum, Z-Axis Stage, (Vertical Platform/Horizontal Base) Side Piezomotor, +/-5mm, M3 Threads

TADC-403L-PDM

CE
Our piezomotor actuator provides both long travel and nanometer resolution for these cost-effective and light weight aluminum translation stages.
One of the key benefits of piezomotor actuation is that the static friction, which is in effect when the piezomotor is not operating, also acts like a locking mechanism which ensures excellent stability. Another convenient feature of these actuators is that the electrical cable is removable from both the actuator and the controller. Please note that these actuators do not have internal feedback and therefore are open-loop. Vacuum compatible versions are available. If your application needs different specifications we can customize our piezomotor actuators to your unique requirements.
More Information
Name Motorized 40X40mm Ball Bearing, Aluminum, Z-Axis Stage, (Vertical Platform/Horizontal Base) Side Piezomotor, +/-5mm, M3 Threads
Weight 0.2000kgs
Remark The cable used to connect the piezomotor actuator to a controller, like the PDM-ID-02 or the PAM-104, is included with the stage.
Attention
  • Micrometer brackets may extend above the top surface of some stages.
  • The stated load capacity is only for the implied orientation of travel, e.g. x-axis stages are specified for horizontal orientation.
  • Note that some samples might not be able to be fixed on the stage depending on their shapes, or required travel might not be ensured.
Stage Size 40×40mm
Mounting Thread M3
Travel Range 10mm
Load Capacity 1.5kg
Lead of Actuator 0.25mm
Actuator Resolution 20nm
Guide Method Extended Contact Ball Bearing Guide
Primary Material Aluminum
Finish Black anodized
Travel Accuracy / Straightness 3um
Max. Moment Capacity / Pitch 2.5Nm
Max. Moment Capacity / Roll 2.5Nm
Moment Stiffness / Pitch 0.66arcsec/Ncm
Running Parallelism 10um
In stock
SKU
TADC-403L-PDM
€883.50

Delivery in : 6-12 weeks

Our piezomotor actuator provides both long travel and nanometer resolution for these cost-effective and light weight aluminum translation stages.

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