Radiation Monitoring Solution

The Aegis transportable, battery-powered HPGe gamma spectrometer offers advanced features like a thermal-cycle free cryostat, all-in-one design, and laboratory-grade energy resolution. It’s built for field and lab use, with IP65 protection, fanless cooling, and easy decontamination for rapid redeployment in harsh environments. The spectrometer operates in temperatures up to 50°C and can be controlled via Genie software or the Aegis Dashboard UI for automated Continuous Spectroscopic Monitoring (CSM). Its real-time monitoring reduces manual sampling risks, accelerates response times, and supports data-driven decision-making.

Mirion’s germanium detectors use a p-i-n structure sensitive to X-rays and gamma rays. Under reverse bias, an electric field forms across the intrinsic region, sweeping charge carriers (holes and electrons) to the p and n electrodes when radiation interacts with the detector. The charge generated is proportional to the photon energy and converted into a voltage pulse by an integrated preamplifier.

The iSolo® system is a portable, gas-less alpha/beta counter designed for analyzing air filters and various alpha/beta samples. It uses a solid-state silicon PIPS detector to ensure reliable alpha and beta detection. The system effectively discriminates radon, thoron, and their progeny from transuranic and fission materials on air filter samples. Weighing only 6.5 kg in its lightest setup, the iSolo® is fully self-contained, can operate for over 10 hours on internal batteries, and is ideal for both field and lab use.

The Mirion FASTSCAN whole body counter is designed for fast and accurate monitoring of internal radionuclide contamination with energies between 300 keV and 1.8 MeV. Ideal for power plants and similar facilities, the system uses large sodium iodide (NaI) detectors and advanced software to detect low levels of contamination in as little as one minute.