Open-Frame Stages

Open-frame stages are precision positioning devices designed to provide controlled movement along multiple axes. They support high accuracy and repeatability in alignment applications, essential for tasks requiring precise positioning with minimal backlash and high load capacity.

  2. NEAT NEW ENGLAND AFFILIATED TECHNOLOGIES OPEN FRAME X-Y STAGE

    Open-Frame Stages

    NEAT NEW ENGLAND AFFILIATED TECHNOLOGIES OPEN FRAME X-Y STAGE

    Open Frame X-Y Stage Newport OFS-8080-SM

Common Applications

precision positioning

alignment tasks

optical system integration

measurement applications

Buying Guide

Open-Frame Stages Buying Guide

When selecting open-frame stages, it's crucial to understand your specific positioning needs and the technical requirements of your application.

Ensure compatibility with existing systems, and prioritize stages with the required resolution and load capacity for your tasks.

  • Verify the stage's load capacity to ensure it meets your application's demands.
  • Consider the movement accuracy and repeatability offered by the stage.
  • Check for compatibility with other precision instruments or systems.
  • Evaluate the stage's backlash and ensure it is minimal for precision alignment tasks.

Frequently Asked Questions

What is an open-frame stage?
An open-frame stage is a positioning device that provides controlled movement along multiple axes, often used in precision alignment and measurement tasks.
Why are open-frame stages important in precision applications?
They provide high accuracy and repeatability, minimizing backlash and supporting substantial load capacities, which are crucial for precise positioning in critical applications.
What specifications should I consider when selecting an open-frame stage?
Consider load capacity, movement accuracy, repeatability, and any specific requirements for the application's environment.
Can open-frame stages be integrated with other equipment?
Yes, they are often designed to integrate with optical systems and measurement devices to enhance precision and control in various applications.