Zaber Technologies

Zaber Technologies provides high precision linear and vertical stages, linear actuators, rotary devices, grippers, filter wheels, stepper motors, goniometers, gimbals, multi-axis systems and stand-alone controllers.

Linear Motorized Stage

X-DMQ-DE Series

X-DMQ-DE

Zaber’s X-DMQ-DE Series devices are computer-controlled, direct-drive voice coil driven, linear stages with high acceleration and precision capabilities in a compact size. They are stand-alone units requiring only a standard 24 V or 48 V power supply. At only 30 mm high, these miniature stages are excellent for applications where a low profile is required. The X-DMQ-DE’s innovative design allows speeds up to 1400 mm/s and loads up to 10 kg. Like all of Zaber’s products, the X-DMQ-DE Series is designed to be ‘plug and play’ and very easy to set up and operate.

Rotary Motorized Stage

X-RST-DE Series

X-RST-DE

Zaber’s X-RST-DE Series products are motorized rotation stage devices with built-in controllers and direct reading encoders for high accuracy motion. Rated for a 50 kg centered load capacity and 10 N-m of torque, they are ideal for high load, high precision, angular positioning applications.

They are stand-alone units requiring only a standard 24-48 V power supply. An indexed knob provides smooth manual control at variable speeds in both directions for versatile operation even without a computer. Press and hold to switch between velocity mode and position mode, turn to move the stage, and press to stop.

Scanning and Microscope Stages

ASR-E50

ASR-E50

Zaber’s ASR series microscope stages combined with our X-MCB2 series two-axis controllers
are designed as replacements for manual stages on upright and inverted microscopes or for
stand-alone operation as scanning stages.

Vacuum Motorized Stage

X LRQ SV2

X-LSM-SV2

Zaber’s X-LRQ-SV2 Series devices are high-vacuum, computer-controlled, motorized linear stages with high stiffness, load, and lifetime capabilities in a compact size. They are stand-alone units requiring only a standard 24 V or 48 V power supply.

M-LSM Series Motorized micromanipulators

M-LSM025A025A025ALHF-T4A

 

 

 

 

 

  • 25 mm travel XYZ with resolution finer than 0.05 µm
  • Up to 26 mm/s speed and 55 N thrust
  • Adjustable probe holder
  • Programmable or joystick-activated 4th virtual axis to allow approach along probe angle
  • Plug and play controllers and Joystick included
  • Designed for use with an X-MCC Series stepper motor controller or any 2-phase stepper motor controller
  • With AutoDetect, the X-MCC controller configures its settings automatically for the connected peripheral

Nucleus™ MVR inverted fluorescence microscopes

Nucleus™ MVR inverted fluorescence microscopes

  • Motorized XY and Z-focus movement, filter cube and objective changes allow fully automated whole slide imaging and well plate scanning
  • Industrial reliability and proven long-term operation in high throughput environments ensure maximum up-time
  • Modules are easily combined and reconfigured to adapt as your needs change
  • Supports Zeiss, Nikon, Olympus, or Edmund Optics objective lenses
  • Zaber Motion Library enables precise, low-latency control over sample positioning, focus, illumination, objective selection and camera triggering in Python, C++, C# and Java
  • Fully supported by µManager microscope software
  • Custom versions available

 

XYZ Motorized stage

We offer motorized stages that can be assembled into many different configurations; for example, XY stages, XYZ stages and XYZ/rotation stages. We list a few common XYZ stage combinations here, but you can select your own combination of family, travel and lead screw pitch in each axis to build the stage you need. We ship multiple stages un-assembled to avoid damage to the moving parts. Our families of linear stages are listed below. Please refer to the individual product family web page for specifications.

Affordable Dual-View Microscope System

Microscope system which could simultaneously image a sample from the top and the bottom. In their ideal system, a camera would be mounted to the upper optical path, while the lower optical path would be coupled to a spectrometer. This configuration would enable a user to view a wide area of the sample with a low magnification objective from the top, while simultaneously making spectrographic measurements on a small area of interest using a high magnification objective from the bottom. Each objective would require independent focus control.

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Applications and Techniques

EastWest SVC distributes a wide range of products, technologies, and services for professionals. Our clients are from the industrial and manufacturing sectors such as life scientists, clinical and diagnostics researchers and process engineers. Our goal is to help you achieve the desired results using the latest technology.