Linear Positioning Stages

Custom and
Volume Manufacturing

Learn More

Metric Lab Jacks Metric Lab Jacks
Top Seller
  • Rugged, Black Anodized Aluminum Construction
  • Fine Lead Screw for Precision Movement
  • Large Adjustment Knob for Maximum Control
  • Locking Knob to Secure Vertical Positioning
Metric Z-Axis Stages Metric Z-Axis Stages
  • Fine Micrometer Movement
  • Available in Four Sizes
  • Black Anodized Aluminum
  • Locking Knob
Microscope Objective Nanopositioning System Microscope Objective Nanopositioning System
  • 100μm Range of Motion
  • 1.5nm High Resolution Positioning
  • Interchangeable Quick Mount Adapters
Vertical Translation Stages Vertical Translation Stages
TECHSPEC® components are designed, specified, or manufactured by Edmund Optics. Learn More
  • Mechanically Compatible with our TECHSPEC® Stages
  • Fine Micrometer Movement
  • Locking Screw on Stages
Zaber™ High Precision Motorized Stage Systems Zaber™ High Precision Motorized Stage Systems
  • High Accuracy, 25mm, 50mm, 100mm, and 200mm Travel Options
  • Integrated Motor and Controller
  • Available with Integrated, 200 Counts per Revolution (CPR) Motor Mounted Encoder
  • Easily Configurable in X-Y or X-Y-Z Configurations
150mm Travel, Motorized Linear Stage, #15-289	Zaber™ Long Travel Motorized Stages
  • High Speed, 75mm, 150mm, 300mm, 450mm, and 600mm Travel Options
  • Controlled Manually or via RS-232 Serial Interface
  • Available with Integrated, 500 Counts per Revolution (CPR) Motor Mounted Encoder
  • No Adapter Required for X-Y-Z Configurations

Linear Positioning Stages are used to move or adjust the positioning of optical components in optical systems. Linear Positioning Stages use a number of different manual or motorized controls to provide movement along the X, Y, or Z axes. Linear Positioning Stages provide stable movement of optical components for easy alignment in optical systems. Linear Positioning Stages are available in several configurations, including actuators, translation stages, or jacks, to offer the ideal choice for an application's needs.

×