RADEAGLE State-of-the-Art Hand-Held, Radioisotope Identification Device

Category: Characterization > Sampling & Analysis Equipments > Analysis Equipment
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The RADEAGLE is a state-of-the-art handheld radioisotope identification device (RIID) designed for rapid, accurate detection and identification of radioactive isotopes in the field. Featuring a high-sensitivity scintillation detector and advanced onboard algorithms, it can identify four or more isotopes simultaneously in under 30 seconds. The device supports a range of crystal types—including NaI(Tl) and LaBr3(Ce)—to accommodate various operational requirements, and is ANSI N42.34 compliant. With its user-friendly touchscreen interface, rugged construction, and intuitive navigation, the RADEAGLE is ideal for homeland security, emergency response, and nuclear safety operations where fast, reliable radiological assessment is critical.

Benefits

The RADEAGLE delivers quick and confident isotope identification through a powerful combination of high-performance detection hardware and decades of algorithm development. It enables first responders and field personnel to make informed decisions rapidly, with minimal training. Its portability and intuitive interface reduce user error and speed up deployment, while crystal configurability ensures adaptability for different radiation environments. Alarm modes are visually clear and customizable, enhancing situational awareness. Whether used in border security, contaminated site monitoring, or nuclear facility inspection, the RADEAGLE helps ensure operational safety and regulatory compliance with minimal complexity.

Limitations

As a scintillator-based RIID, the RADEAGLE offers less spectral resolution than high-purity germanium (HPGe) detectors, which may affect identification accuracy in complex or mixed-radionuclide scenarios. Although its algorithm is advanced, performance can still be impacted by shielding, background interference, or low-activity sources. Battery life and durability are sufficient for most field applications, but prolonged or continuous use in extreme conditions may require supplemental power or protective measures. Additionally, while the interface is intuitive, users must still undergo training to properly interpret results, manage alarms, and maintain calibration for optimal reliability.

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