Micropositioners

Micropositioners are precision tools used to accurately position objects or probes on a very small scale. They enhance measurement accuracy and ensure reliable outcomes in various applications.

  1. CASCADE MICROTECH THREE AXIS MICROPOSITIONER, MAGNETIC BASE, LEFT HAND

    Micropositioners

    CASCADE MICROTECH THREE AXIS MICROPOSITIONER, MAGNETIC BASE, LEFT HAND

    Micropositioner

  2. ALESSI CASCADE MICROTECH PROGRAMMABLE MICROPOSITIONER

    Micropositioners

    ALESSI CASCADE MICROTECH PROGRAMMABLE MICROPOSITIONER

    Programmable Micropositioner Alessi acquired by Cascade Microtech

  4. SIGNATONE PRECISION THREE AXIS MICROPOSITIONER

    Micropositioners

    SIGNATONE PRECISION THREE AXIS MICROPOSITIONER

    3 Axis Micropositioner - Left Hand, Pivot Head, Vacuum Base

  5. SIGNATONE PRECISION THREE AXIS MICROPOSITIONER RIGHT HAND

    Micropositioners

    SIGNATONE PRECISION THREE AXIS MICROPOSITIONER RIGHT HAND

    3 Axis Micropositioner - Right Hand, Pivot Head, Vacuum Base

  6. GGB INDUSTRIES INC. PICOPROBE HIGH IMPEDANCE ACTIVE PROBE

    Micropositioners

    GGB INDUSTRIES INC. PICOPROBE HIGH IMPEDANCE ACTIVE PROBE

    High Impedance Active Probes

  11. CREATIVE DEVICES 3-AXIS MICROPOSITIONER, VACUUM BASE

    Micropositioners

    CREATIVE DEVICES 3-AXIS MICROPOSITIONER, VACUUM BASE

    In-Line Vacuum Based 3-Axis Micropositioner

Common Applications

semiconductor testing

biotechnology research

nanotechnology

material science

optical experiments

electronics development

Buying Guide

Micropositioner Buying Considerations

  • Assess the level of precision needed for your specific application.
  • Determine if a manual or motorized option is more suitable.
  • Check compatibility with existing laboratory or industrial setups.
  • Evaluate the durability and build quality for long-term use.
  • Consider additional features like vacuum compatibility or automation capabilities.

Frequently Asked Questions

What is a micropositioner?
A micropositioner is a device used for precise positioning of small objects or probes, typically in laboratory or industrial settings.
How are micropositioners used in the industry?
They are used for tasks requiring high precision, such as semiconductor testing, micro-manipulation, and material research.
What features should I look for in a micropositioner?
Key features to consider include the degree of precision, ease of use, compatibility with other equipment, and durability.
Can micropositioners be automated?
Yes, many micropositioners can be equipped with automation capabilities for enhanced efficiency and repeatability.
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