Underwater Thermo IdentiFinder-U

Category: Characterization > Monitors > Radiation Monitors
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The Thermo IdentiFINDER-U is a versatile, hand-held gamma spectrometry device designed for radionuclide identification in challenging environments. Manufactured by FLIR Systems Inc., it integrates multiple functionalities, including dose rate display, source finder, and automatic nuclide identification. This robust instrument is optimized for harsh conditions, featuring a waterproof design rated to a depth of 10 meters and operational temperatures ranging from -15 to 55 °C (4 to 131 °F). The IdentiFINDER-U utilizes advanced template matching to accurately identify shielded and unshielded sources, making it ideal for applications such as underwater covert operations, emergency response, contamination monitoring, and environmental control. Its compact design, built-in 137 Cs reference source, and user-friendly interface ensure reliable and precise performance in critical scenarios.

Benefits

The IdentiFINDER-U offers unparalleled precision and versatility in detecting and identifying radionuclides in extreme environments. Its integrated gamma spectrometry system, coupled with a scintillation detector or CZT detector, provides high sensitivity across a wide dose rate range. The device is user-friendly, with a simple three-button interface and integrated display, ensuring ease of operation even in high-pressure situations. Its waterproof and rugged construction allows for underwater and remote operations, while the built-in stabilization and calibration features reduce the need for user intervention. Additionally, the ability to store up to 60 spectra and seamlessly transfer data to a PC enables advanced analysis and efficient record-keeping.

Limitations

While the IdentiFINDER-U is highly capable, its specialized features may be excessive for routine radiation monitoring, potentially making it cost-prohibitive for users with less demanding needs. The reliance on a PC for advanced analysis and data transfer may introduce logistical challenges in remote or resource-limited environments. Additionally, while its rugged design enhances durability, the device's weight and size could limit portability compared to smaller, less feature-rich alternatives. Finally, the system's reliance on advanced technologies may require operator training to fully leverage its capabilities, particularly for template matching and complex nuclide identification.

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