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Calibration Standards

Optitherm III Emissivity Measuring Infrared Thermometer
Pyrometer Instrument Co Inc
The Optitherm® III infrared thermometer temperature measurement system uses fiber optics and the latest pulsed laser infrared technology to measure precisely a single or multi-wafer temperature during in-situ epitaxial growth in CVD, MBE, MOCVD or sputtering applications. While all passive infrared thermometer instruments measure a ...

Specifications

Corrected Color Temperature: 500-1800K
Luminance Range: 1-1cd/m^2
Uniformity: - %
Data Sheet
Pyrofiber Lab Automatic Emissivity Correcting IR Thermometer
Pyrometer Instrument Co Inc
The Pyrofiber® Lab Automatic Emissivity Measurement System (AEMS) non contact infrared thermometer uses the latest fiber optic sensor and pulsed laser technology to precisely measure the true target temperature measurement. While all non contact infrared thermometer instruments measure a target radiance temperature, the ...

Specifications

Corrected Color Temperature: 500-1200K
Luminance Range: 1-1cd/m^2
Uniformity: - %
Data Sheet
Pyrolaser
Pyrometer Instrument Co Inc
The Pyrometer portable Pyrolaser® infrared thermometer uses the latest pulsed laser technology to precisely measure the true target non contact temperature measurement. While all non contact infrared thermometer instruments measure a target radiance temperature, the Pyrolaser® dynamically determines a targets emissivity value ...

Specifications

Corrected Color Temperature: 900-3300K
Luminance Range: 1-1cd/m^2
Uniformity: - %
Data Sheet
Source For Photometric And Radiometric Calibration SPARC-A06-WAF
Labsphere
SPARC series of uniform source systems are designed for flat fielding and calibrating cameras and sensors for photometric and radiometric responses from low to high light levels. SPARC yields high fidelity measurements while keeping the user experience simple and affordable with turnkey features and excellent dynamic range. A great ...

Specifications

Corrected Color Temperature: 2781-2931K
Luminance Range: 0-20.000cd/m^2
Uniformity: 96 %
Data Sheet
Source For Photometric And Radiometric Calibration SPARC-A06L
Labsphere
SPARC series of uniform source systems are designed for flat fielding and calibrating cameras and sensors for photometric and radiometric responses from low to high light levels. SPARC yields high fidelity measurements while keeping the user experience simple and affordable with turnkey features and excellent dynamic range. A great ...

Specifications

Corrected Color Temperature: 2781-2931K
Luminance Range: 0-50.000cd/m^2
Uniformity: 98 %
Data Sheet
Solid State Luminance Standards SSL-1010
Labsphere
Solid State Luminance Standards are engineered for the demanding high quality and consistent appearance requirements of consumer product displays. The source is engineered to easily mount in a production test station. The reference port window enables validation and correction across the field of view of the test spectrometers with ...

Specifications

Corrected Color Temperature: 4650-4650K
Luminance Range: 1-500cd/m^2
Uniformity: -- %
Data Sheet
Solid State Luminance Standards SSL-1000
Labsphere
Solid State Luminance Standards are engineered for the demanding high quality and consistent appearance requirements of consumer product displays. The source is engineered to easily mount in a production test station. The reference port window enables validation and correction across the field of view of the test spectrometers with ...

Specifications

Corrected Color Temperature: 4650-4650K
Luminance Range: 1-500cd/m^2
Uniformity: -- %
Data Sheet
Visible-NIR Tunable Spectral Fiber Illuminator
Labsphere
Labsphere is a recognized leader in calibration sources. Our solid state tunable sources are engineered for the high performance requirements in sensor and materials research, development and production testing and illumination.

Specifications

Supported Color Range: Visible (VIS), Infrared (IR)
Spectral Bandwidth: 20 nm
Color Accuracy: 0.001-0.003
Data Sheet

Frequently Asked Questions

Calibration standards are used to calibrate and verify the accuracy of measurement instruments and systems. They provide a known reference point for measurements and can help ensure the reliability and consistency of measurement results.

There are various types of calibration standards available, including wavelength standards, power standards, spectral radiance standards, and luminance standards. Each type of standard is designed to provide a specific reference point for measurement and calibration.

The choice of calibration standard will depend on the specific needs and requirements of your application. Factors to consider include the type of measurement instrument or system being calibrated, the measurement range, the accuracy required, and the spectral range or wavelength of the light source being used.

The frequency of calibration will depend on a number of factors, including the type of instrument, the environmental conditions it is used in, and the required accuracy of the measurements. As a general rule, it is recommended to calibrate instruments at regular intervals, typically every six months to one year.

In general, it is best to use a calibration standard from the same manufacturer as the measurement instrument to ensure compatibility and accuracy. However, it is possible to use standards from different manufacturers if they are calibrated and certified to the same reference standards and the measurement instrument has the appropriate calibration capabilities.

FindLight offers a comprehensive selection of calibration standards for accurate and reliable light measurements. Whether you need standards for radiometry, photometry, or spectroradiometry, you can find the right product from top manufacturers and suppliers. Our collection includes both standard and custom-made calibration standards, ensuring you can meet your specific measurement needs.

Did You know?

Calibration standards are essential for accurate and reliable light measurements in various applications. These standards allow you to verify and calibrate your light measurement equipment, ensuring the results are traceable to recognized international standards. Calibration standards are available for different measurement quantities, including radiance, irradiance, luminance, illuminance, spectral irradiance, and spectral radiance. These standards are often designed to simulate a specific type of light source or emission spectrum and are typically traceable to national measurement institutes. At FindLight you will find a comprehensive selection of calibration standards from top manufacturers and suppliers, including both standard and custom-made solutions.