ELECTRO OPTICAL INNOVATIONInternational optronics reference
Advancing Innovation in Electro-Optical Testing
For more than 20 years, HGH has been driving innovation in electro-optical test and calibration technologies, supporting the development and qualification of next-generation imaging systems worldwide. As electro-optical sensors become increasingly sophisticated, the need for highly accurate, reliable, and versatile testing solutions continues to grow. HGH has developed a comprehensive portfolio of electro-optical test equipment, from high-performance blackbodies, visible sources, and collimators to fully integrated optical test benches. Combined with our turnkey INFRATEST software, these solutions provide research laboratories, universities, detector manufacturers, and calibration centers with the precision, flexibility, and confidence required to validate the performance of today’s most advanced electro-optical systems.
Innovation Timeline
Precise maintenance of weapon sights, thermal & SWIR imagers, combined day/thermal riffle scopes and missile seekers.
Advanced generation blackbody controllers with an intelligent design allowing to achieve an unequalled performance level, with a 0.1 mK temperature resolution and a 0.5mK regulation stability.
INFRATEST Software offers exceptional precision and versatility for the testing and qualification of electro-optical devices.
1986 | First Extended Area, High Temperature Blackbody
Designed for robust performance, these large uniform reference sources are particularly suitable for calibration of thermal imagers over their full field of view, non-uniformity correction and simultaneous testing of multiple sensors.
The RCN-V blackbody delivers exceptional radiative performance and precision temperature control for the calibration of infrared sensors in vacuum conditions.
Emissivity > 0.999.
The IRCOL Test bench is a multi-functional optical projector designed for the characterization and performance validation of any electro-optical system.
1992 | DCN100 Blackbody
The DCN1000 series offers exceptional stability and the fastest temperature regulation on the market. It operates in both absolute and differential mode, making it perfect for infrared sensor calibration and thermal imager range calculation.
Precise maintenance of weapon sights, thermal & SWIR imagers, combined day/thermal riffle scopes and missile seekers.
The RCN-V blackbody delivers exceptional radiative performance and precision temperature control for the calibration of infrared sensors in vacuum conditions.
Emissivity > 0.999.
Advanced generation blackbody controllers with an intelligent design allowing to achieve an unequalled performance level, with a 0.1 mK temperature resolution and a 0.5mK regulation stability.
INFRATEST Software offers exceptional precision and versatility for the testing and qualification of electro-optical devices.
The IRCOL Test bench is a multi-functional optical projector designed for the characterization and performance validation of any electro-optical system.
1992 | DCN100 Blackbody
The DCN1000 series offers exceptional stability and the fastest temperature regulation on the market. It operates in both absolute and differential mode, making it perfect for infrared sensor calibration and thermal imager range calculation.
1986 | First Extended Area, High Temperature Blackbody
Designed for robust performance, these large uniform reference sources are particularly suitable for calibration of thermal imagers over their full field of view, non-uniformity correction and simultaneous testing of multiple sensors.