Micropositioners

Micropositioners are precision tools used to accurately position probes or components in semiconductor testing. They ensure reliable test results by allowing precise alignment and repositioning during measurement operations.

  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

probe positioning

component alignment

micro-scale adjustments

Buying Guide

Micropositioners Buying Guide

Choosing the right micropositioner is crucial for achieving precision in semiconductor testing. Consider these factors to find the best fit for your needs.

Pay attention to the base type, as it affects stability and ease of positioning. Verify compatibility with existing equipment to ensure seamless integration.

  • Check for adjustable axes and degrees of freedom to accommodate complex positioning tasks.
  • Consider models with a programmable interface for enhanced control and repeatability.
  • Ensure the unit includes necessary accessories and manuals for optimal use.
  • Examine the condition and calibration records when selecting surplus units to guarantee performance.

Frequently Asked Questions

What is the main use of micropositioners?
Micropositioners are primarily used in semiconductor testing to ensure precise alignment of probes and components.
How do micropositioners improve testing accuracy?
They allow for exact placement and adjustment, which is critical for obtaining accurate and reliable test results.
Are micropositioners compatible with various probe stations?
Yes, micropositioners can be integrated with different types of probe stations for versatile testing applications.
What types of bases are available for micropositioners?
Micropositioners often feature vacuum or magnetic bases for stability during positioning tasks.
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