Bertin Nuclear - Model HF-6 -Hand Foot Contamination Monitor

The HF‑6 is a dedicated hand‑foot contamination monitoring system designed to detect traces of alpha, beta, and gamma emitting radionuclides on the hands, feet, and work garments of personnel operating in radiation‑exposed environments. Engineered for use in nuclear facilities, waste management centers, radiation metrology labs, nuclear medicine departments, and industrial sites, the HF‑6 delivers precise, simultaneous measurement of the palm, back of each hand, and both feet. Its rugged design, intelligent detection modules, and user‑friendly interface make it a reliable solution for routine exit checks or contamination control procedures.

• Smart, gas‑free scintillation detectors equipped with onboard calibration data for effortless replacement and simplified system calibration.
• High‑efficiency alpha detection, thanks to optimized tight‑geometry detector placement.
• Durable construction designed to withstand high loads and mechanical stress, ensuring long‑term stability in demanding environments.
• Separated electronics compartment reduces the risk of contamination and facilitates safer maintenance.
• Configurable single or dual‑channel operation, with multiple detector options tailored to specific radiation types.
• Accelerated workflow driven by advanced statistical algorithms that shorten measurement time without compromising accuracy.
• Touchscreen user interface offering intuitive navigation and fast access to preset alarm thresholds, unit settings, and nuclide libraries.
• Multilingual voice guidance to support operators in diverse international environments.
• Mobility features, including integrated wheels and a handle for easy relocation.
• Standard Ethernet connectivity for seamless integration into facility networks.
• USB data export for transferring measurement records.
• Remote monitoring capability through an integrated web interface.
• Relay I/O contacts enabling automated control of external systems such as access doors or warning devices.