Mobile radiation portal monitor

 The Radioisotope Identifier is a compact system for rapid detection and real-time identification of natural and man-made radioactive isotopes using gamma spectroscopy. It provides clear isotope classification, dose-rate measurement, and configurable alarms to support fast operational decisions. The system is suitable for CBRNe response, homeland security, inspections, and emergency deployments, with results immediately available for reporting. 

 High-Purity Germanium (HPGe) Detectors & Spectrometers provide industry-leading performance for high-resolution gamma spectroscopy and isotope identification. These systems deliver excellent energy resolution and precise spectral analysis for environmental monitoring, emergency response, laboratory measurement, and homeland security applications. HPGe systems support real-time identification of radionuclides across a wide energy range and are available in portable, vehicle-mounted, and fixed configurations, with integrated cooling and advanced data acquisition software for accurate and reliable measurement results.

 The High-Purity Germanium (HPGe) Detector is a high-resolution gamma radiation detector used for precise identification and quantitative analysis of radionuclides. It provides excellent energy resolution, enabling accurate discrimination of complex gamma spectra. HPGe detectors are widely used in environmental monitoring, nuclear safety, safeguards, laboratory analysis, and emergency response applications. 

 The Radon Measurement System is designed for accurate monitoring of radon gas concentrations in indoor and outdoor environments. It provides reliable, continuous measurements to support radiation protection, environmental monitoring, and regulatory compliance. The system is suitable for residential, occupational, and industrial applications. 

The Hand-Held HPGe Spectrometer is a portable, high-resolution gamma spectrometry system designed for precise radionuclide identification in field applications. It delivers excellent energy resolution for complex gamma spectra while enabling real-time isotope identification and dose assessment. The system is suitable for nuclear safety inspections, safeguards, emergency response, and homeland security operations.

 The Automated System for Water Activity Measurement is designed for continuous, real-time monitoring of radioactive activity in water discharged from outlet channels of nuclear power plants and nuclear facilities. It provides reliable detection and quantification of radionuclides to support environmental protection, regulatory compliance, and operational safety. The system operates autonomously with automated sampling, measurement, data processing, and alarm functions. 

Long-duration autonomous functioning at great depths

Programmable control with built-in microprocessor device

Independent detection and accumulation of gamma -spectra for a predetermined time

Recording and storage of gamma-spectra for an unlimited time period

Computer readable data store enables processing of accumulated data after retrieving the spectrometer