Interferometers

Interferometers are precision instruments used to measure wavefronts and optical path differences, essential for high-accuracy applications in optics. These devices provide sub-nanometer resolution, enabling highly accurate and reliable data acquisition for both research and industrial metrology.

  2. NISSEI ELECTRIC CO. LTD INTERFEROMETER

    Interferometers

    NISSEI ELECTRIC CO. LTD INTERFEROMETER

    Computer Controlled Lens Measurement System. Laser Interferometer This system was designed to measure the minute coefficients of the compensating lens that become the target for calculating the amount of stripe shift error.

    The basic function is to measure lens based on NC data.

    Make: Nissei Electric Co.

    Model: Sony--Custom

    1 unit @ Best Price

    Scotia, NY US

    Item 62418

Common Applications

wavefront analysis

optical component testing

precision metrology

lens measurement

surface profiling

Buying Guide

Interferometer Buying Guide

When selecting an interferometer, consider the specific measurement needs of your application, focusing on the resolution and accuracy requirements for precise data acquisition.

Interferometers are available in various models, such as laser and optical types, each suited for different measurement tasks.

  • Verify the interferometer's resolution capabilities to ensure it meets your precision needs.
  • Check for compatibility with your existing optical setups and systems.
  • Consider the operating environment and ensure the interferometer is suited for it, including factors like temperature stability.
  • Ensure the instrument offers traceable calibration standards to maintain measurement integrity over time.

Frequently Asked Questions

What is the primary function of an interferometer?
The primary function of an interferometer is to measure wavefronts and optical path differences, providing high-precision data for various applications in optics and metrology.
What type of resolution can be expected from an interferometer?
Interferometers can achieve sub-nanometer resolution, offering highly precise measuring capabilities for detailed wavefront analysis.
How does an interferometer maintain accuracy in measurements?
An interferometer maintains accuracy through its laser-based measurement system, which allows for precise control and analysis of optical path differences.
What industries commonly use interferometers?
Interferometers are widely used in optics, aerospace, and manufacturing industries where precise measurement of optical components is critical.