Blackbodies

Designed to satisfy the exacting parameters of infrared focal plane array detectors, thermal imaging, and FLIR systems testing projection scene and field application, Mikron's M315X Series blackbody calibration sources combine high emissivity and unchallenged stability and uniformity. As part of an extensive range of general purpose and primar ...more

Small size mobile system for testing thermal cameras in field conditions (no limitation on aperture of the tested thermal camera). The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the collimat ...more

Testing infrared imaging systems. System for testing thermal cameras of apertures below 100 mm. The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the collimator. Bigger collimator means that im ...more

Large size, laboratory type system for testing of large optics thermal cameras of apertures up to  240 mm (option -aperture=300 mm). The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the c ...more

Testing infrared imaging systems. System for testing thermal cameras of apertures below 140 mm. The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the collimator. Bigger collimator means that im ...more

Testing infrared imaging systems. Small size system for testing thermal cameras of apertures below 70 mm. The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the collimator. Bigger collimator mea ...more

Small size mobile system for testing thermal cameras in field conditions (no limitation on aperture of the tested thermal camera). The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the collimat ...more

Testing infrared imaging systems. System for testing thermal cameras of apertures below 180 mm. The DT series test systems ( DT 750, DT 1000, DT 1500, DT 2000, DT 2500 3000) represent similar design: collimator, rotary  wheel, a set of targets and  blackbody. They differ only in size of the collimator. Bigger collimator means that im ...more

Deuterium lamps are the preferred source for UV spectroscopy. Stray light is a significant problem in UV spectroscopy. Most sources have blackbody type spectra with low ultraviolet and high visible output. Most detectors have better response in the visible ...more

The Raytek BB Blackbody Calibration Source is designed to check the calibration of various types of infrared temperature measurement instruments used in many industrial and commercial applications. Temperature range from ambient to 300°C/572°F ...more

Blackbodies are reference sources used for testing infrared systems. They are required in industry for calibration of pyrometers, infrared line scanners or cameras. In laboratories, they are part of benches for characterisation of complex optronic systems. HGH offers a wide range of blackbodies to cover all Customers needs. ...more

Practical use precision type comparison blackbody furnaces cover the temperature range of 100 to 3000°C by 3 kinds of blackbody furnace and calibrate radiation thermometers accurately. ...more

The METS, incorporating CI?s reflective optics, extended area blackbody and a motorized target wheel, provides fast and reliable testing for repeatable and objective results. The METS can be easily modified for a range of applications, including automated FLIR, CCD, Laser and boresight testing on the production floor, lab or depot when used in ...more

NRLM type comparison blackbody furnaces, which have been jointly developed with the National Research Laboratory of Metrology, are large opening blackbody furnaces for calibration of radiation thermometers, and a high temperature comparison blackbody furnace uses a standard radiation thermometer for comparison calibration.NRLM Type Comparison ...more

The NBS-Series consists of calibration standards based on the primary fundamental physic constants of thermal noise and blackbody radiation. This provides the ultimate accuracy when measuring extremely low noise figures (noise temperatures). Simple, and versatile to use, the NBS-Series is an ideal solution for noise source calibrations, radiometer ...more

The IR-RST series is single-color radiation thermometers that are used as the standard unit for comparison calibration of radiation thermometers by using comparison blackbody furnaces. ...more

The IR-R0 series is practical use type blackbody furnaces that are used as the standard unit for comparison calibration of radiation thermometers. ...more

The BB703 is a high performance, rugged, miniature blackbody calibrator. It is used for infrared pyrometer calibrations with a temperature range of Ambient +10 to 400°C (Ambient +20 to 752°F). With its unique miniature design and built-in 29 mm (1.125") target aperture, the BB703 is an ideal and economical infrared calibrator for any laboratory or ...more

This BB705 is a blackbody temperature reference source which is adjustable over the range from 100 to 1046°C (212 to 1915°F) and accurate to ±1°C, ±0.25% rdg. It has a built-in digital temperature controller to provide accurate, stable temperatures as well as to provide the temperature readings of the cavity. The heated cavity provides a target of ...more

The BB704 is a blackbody temperature reference source which is adjustable over a range of 100 to 398°C (212 to 750°F) and accurate to ±0.8°C (±1.4°F) of the indicated temperature. It has a built-in digital temperature controller to provide accurate, stable temperatures as well as to provide the temperature readings of the target plate. The heated c ...more

Pyram high emissivity surfaces are created using the latest optical modeling tools. They take advantage of high emissivity diffuse coatings and designs that maximize reflections. All parameters?such as aperture, bottom diameter, cavity height and surface?are modeled and selected to provide optimum emissivity in a small package. This unique desi ...more

Portable Dual Blackbody. This unique unit features dual emitters providing calibration sources for 2 temperature points within the calibration range, thus eliminating the waiting period between temperature measurements encountered with single cavity units ...more

Where calibration must take place in vacuum environment or where the source is being used to simulate a condition such as would be encountered in outer space, Mikron has expertise which can be employed to solve the unique problems of maintaining structural integrity and providing traceable radiance under extreme conditions. ...more

The M305 blackbody calibration source design achieves significant weight and size reduction over the M300 with only minor sacrifices in specification and performance, making it an ideal unit where portability is required or space is limited. The spherical cavity yields an emissivity of 0.995 over the temperature range of 100°C to 1000°C with a ...more

The M335 blackbody calibration source is a general purpose high temperature source which provides a very rapid heat-up time of only 20 minutes to reach 1400°C. A self-tuning digital PID Controller with adjustable set point holds the temperature to within 1°C. ...more