Optical Instruments

Optical instruments are designed to measure light properties and enhance visibility in various scientific applications. These instruments support precision measurement with integrated calibration systems, ensuring high resolution and traceability in environments with specified operating ranges and optical geometries.

  2. NANOMETRICS CRITICAL DIMENSION COMPUTER

    Optical CD Measurement

    NANOMETRICS CRITICAL DIMENSION COMPUTER

    Critical Dimension Computer Large memory digital computer calculates line widths and provides statistics on in process wafer and photomasks.

  5. LABSPHERE INTEGRATING SPHERE, 4" DIAMETER

    Integrating Spheres

    LABSPHERE INTEGRATING SPHERE, 4" DIAMETER

    4" Integrating Sphere on tilting stand. Model number unknown.  Possibly a custom AdaptaSphere Series sphere.  See detailed photos.

Common Applications

Light Measurement

Calibration Systems

Laboratory Testing

Research Development

Buying Guide

Optical Instruments Buying Guide

Choosing the right optical instrument involves understanding your specific measurement needs and the technical specifications that will support those requirements. Before making a purchase, consider the following factors:

Ensure the instrument's resolution and repeatability align with your precision needs. Evaluate the calibration system for traceability and compliance with industry standards, as this affects measurement accuracy. Check compatibility by verifying power supply specifications, including voltage and amperage. Consider the operating ranges, such as temperature and pressure, to ensure the instrument functions optimally in your intended environment. Examine optical geometries to determine if they meet your application's requirements.

  • Verify resolution and repeatability specifications
  • Check calibration systems for traceability
  • Confirm power supply compatibility
  • Assess operating ranges for your environment

Frequently Asked Questions

What are integrating spheres used for?
Integrating spheres are used to measure the total flux of light sources, providing accurate and uniform light distribution for various calibration and testing applications.
How do optical instruments achieve high precision?
High precision is achieved through calibrated systems that ensure resolution and repeatability within specified operating ranges and optical geometries.
What specifications should I consider for lamp power supplies?
Key specifications for lamp power supplies include voltage and amperage ratings, ensuring compatibility with your optical systems.
Why is calibration important in optical measurement?
Calibration is essential to ensure measurement traceability, accuracy, and compliance with predefined standards, maintaining the reliability of optical measurements.