Manual Linear X Axis Translation Stage

Manual Linear X Axis Translation Stage

X-axis manual linear translation stages are designed to provide precise, high-resolution travel over a single linear degree of freedom. More importantly, however, they constrain any form of movement in the other 5 degrees of freedom: pitch, yaw, roll, as well as y-, or z-axis translation. They are frequently used in applications such as microscopy, metrology, optical fiber alignment, optical delay lines, interferometry, or wherever exact linear position is required.  Industries that utilize linear stages include research, bio-medical, life sciences, astronomy, metrology, semiconductor, and more. OptoSigma offers the largest selection of X-axis linear translation stages to meet virtually any application. For example, we have the most bearing options of any manufacturer, including  EXC™ precision bearing, ball bearing, crossed-roller bearing, linear bearing, and dovetail bearing. If one of our many catalog stages does not meet your requirements, send us a request for a custom stage. OptoSigma is, after all, the industry leader in translation stages.

  • EXC™ Precision-Bearing Steel Stages

     
  • Aluminum Roller & Ball Bearing Stages

     
  • Dove Tail Stages

     
  • Extended Range Stages

     
  • Piezo-Assist Stages, X-Axis

    Description

    Piezo-Assist Linear Stages are single-axis manual linear translation stages, equipped with piezo-assist adjustment. The mechanism is a lead zirconate titanate (PZT) crystal, which proportionally changes its static dimension when an external electric field is applied to it. The piezo adjustment is designed to be used in conjunction with the micrometer to extend the stage resolution from 10μm down to <20nm.  Piezo-assist stages are frequently used in applications such as microscopy, metrology, optical fiber alignment, interferometry, or wherever submicron linear positioning is required.  Industries that utilize linear stages include research, bio-medical, life sciences, astronomy, metrology, semiconductor, and more.  Piezo-Assist Linear Stages are available in 25, 40, and 60-millimeter platform sizes and are specifically designed to be stacked with other linear and rotation stages having the same size and mounting threads. Controllers are available in 1 axis and 3-axis versions.  If one of our many catalog piezo-assist stages does not meet your requirements, just send us a request for a custom version.  OptoSigma is, after all, the industry leader in translation stages.

 

Stage Bearing Performance Selection Guide

Precision EXC™ Bearing

precision_bearing

 

Crossed-Roller Bearing

crossed-roller_bearing

 

Ball Bearing

ball_bearing

 

Dove Tail/Lapped Bearing

dove_bearing

 

Description

EXC bearing technology is used exclusively in our highest performing stages.

Crossed Roller bearing stages provided a good balance of straightness and load capacity

Ball-bearing stages provide cost-effective solutions for standard research applications

Dove Tail/Lapped Bearing stages

Advantages

Highest tolerances provide best overall performance with the lowest profile

Largest platform and longest travel range options

Most affordable with many size options

Best for use in OEM Set-and-Lock Applications

Primary Stage Material

Hardened Black Steel or Stainless Steel

Aluminum

Aluminum

Brass

Standard Platform Sizes

(25, 40, 60, 65, 80, 100, 120) mm

(25, 40, 60, 65, 80, 100, 120, 200, 300) mm

(25, 40, 60, 65) mm

(15, 25, 40, 60, 65) mm

Relative Comparison of 40x40 Stages

Height Profile

(The lowest value is best)

precision_bearingBest (10 or 16 mm)

4th Best (19 mm)

2nd Best (16 mm)

3rd Best (18 mm)

Relative Straightness

(The lowest value is best)

precision_bearingBest (0.5 µm)

2nd Best (2 µm)

3rd Best (3 µm)

4th Best (10 µm)

Relative Load Capacity

(The highest value is best)

precision_bearingBest (20 kgf)

3rd/4th Best (5 kgf)

3rd/4th Best (5 kgf)

2nd Best (10 kgf)

Relative Bending Stiffness

(The lowest value is best)

precision_bearingBest (0.30 “/N·cm)

3rd/4th Best (0.66 “/N·cm)

3rd/4th Best (0.66 “/N·cm)

2nd Best (0.61 “/N·cm)

Relative Mass/Weight

(The lowest value is best)

3rd Best (0.20 kg)

precision_bearingBest(0.13 kg)

2nd Best (0.15 kg)

4th Best (0.30 kg)

Relative sliding friction

precision_bearing1st/2nd/3rd Best

precision_bearing1st/2nd/3rd Best

precision_bearing1st/2nd/3rd Best

4th Best

Relative Shock-load Damage Resistant (Qualitative)

2nd Best

4th Best

3rd Best

precision_bearingBest

Relative Price

(The lowest is best)

$$$$$

$$$$$

$$$

$$

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