AutoScrew.LR RT·Piezolinear Motion Solution for Mirror Mount Adjustment

Specifications

Motion Distance: 10000 um
Resolution: 20 nm
Drive Force: 20 N
Holding Force: 100 N
Permissible Perpendicular Push Force: 1 N
Travel Range: 10 mm
Typical Step Size: 20 mm
Max Velocity: 2 mm/min
Step Frequency: 2 KHz
Drive Force: 20 N
Holding Force: 100 N
Controller Compatibility: MC-Newton.E2 / E4
Output Channels: 4 channels
Drive Voltage: 75 V
Power Supply: DC 12 V
Construction Material: Stainless Steel
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Features


  • High Holding Force: Provides 100 N holding force for excellent positional stability

  • Precise Step Size: Delivers 20 nm typical, 50 nm max step resolution
    10 mm Travel Range: Supports micro-positioning over an extended stroke

  • Power-Efficient: No heat generation when idle due to self-locking design

  • Vacuum Compatibility: Available in .NM (non-magnetic), .HV (high vacuum), and .UHV (ultra-high vacuum) versions

  • Versatile Control: Compatible with MC-Newton.E2/E4 controller with USB interface and four output channels

  • Robust Construction: Built from stainless steel for durability and environmental resistance

  • Optional Thread Mount: Supports M9 x 0.5 mounting thread for flexible integration

Applications


  • Precision Sample Positioning: Ideal for moving optical elements or probes in microscopy and metrology

  • Nano-Alignment Tasks: Supports ultra-fine adjustments for fiber alignment or interferometry

  • Vacuum System Integration: Designed for experiments requiring high or ultra-high vacuum compatibility

  • Low-Velocity Scanning: Suitable for applications needing extremely slow, precise motion control

  • Lab Automation: Enhances control in lab systems that demand nanometer-resolution and high force

  • Mechanical Clamping or Loading: Useful where secure holding and fine positioning are both required