The HandFoot-Fibre™ monitors are used for contamination screening of hands, feet and clothes for alpha, beta and gamma radiation. Due to their weight and agility these monitors are used in circumstances which do not require a full body monitor or for mobile monitoring purposes.

The monitor’s eight detectors are based on the state-of-the-art Mirion fibre detector technology, enabling a fast and reliable measurement process, even in high or fluctuating background conditions.

There are three versions available:

  • HandFoot-Fibre™ XL with alpha and beta sensitive RFD485 fibre detectors for the use in all nuclear environments.
  • HandFoot-Fibre™ A+ with RFD485 A+ detectors, featuring a discrimination of alpha and beta radiation.
  • HandFoot-Fibre™ MED featuring HybridFibre™ detectors, which are sensitive to alpha, beta and gamma radiation and particularly well suited for medical applications.

Fibre Detectors

For the highest performance requirements, the state-of-the-art fibre detector technology utilizes scintillating fibre detectors that feature some of the industry’s lowest area of dead zones. This results in an outstanding sensitivity with an exceptionally high measurement homogeneity.

The clever detector design allows quick and easy repairs, for an economic and robust operation with minimal downtime.

Medical Applications

HandFoot-Fibre MED has been developed for medical applications. The HybridFibre™ detectors are detecting alpha, beta, and gamma radiation with a particularly high sensitivity for low energy radiation (up to 30 keV).

In handling medical isotopes like Co-57, Tc-99m, or I-125, the HandFoot-Fibre MED is an expert. A nuclide database is provided, and can be extended with user‘s own entries. The monitor applies to the EMC requirements of laboratory medicine.

HandFoot-Fibre™ Features 

  • Outstanding detector sensitivity and homogeneity.
  • Economic and robust operation and maintenance.
  • 100% gas-free.
  • Very short measurement time, less than ten seconds of measurement provides complete details to clear the worker.
  • Easy and intuitive usage.
  • Touch screen and audio interface.
  • Detachable probe for monitoring of clothing.
  • Wheels for easy transport.
  • Self-diagnostic: monitors continually check themselves for detector damage, power issues, background fluctuations, etc.
  • Convenient: measurements are logged for later retrieval, maintenance and calibration is quick and easy, configurations can be automatically loaded for easy replication.
  • Available in different versions for alpha/beta, alpha+beta and beta+gamma measurement.

Easy and economic operation and maintenance

  • Short measurement time thanks to outstanding detector sensitivity and simultaneous measurement of hands and feet.
  • P2-accelerator reduces measurement time by up to 30%.
  • Automatic background subtraction.
  • Rigorous standardization for reduced pool of spare parts.
  • Comprehensive user interface based on innovative Lighthouse software platform and Windows 10 IoT operating system.
  • Detachable frisker probe for measuring of cloths/body.

Mobile monitoring

  • Lightweight.
  • Easy to move thanks to wheels and handle. Larger wheels for transport on rough ground available (optional).

Ability to network

  • Connect to CeMoSys™ software for centralized monitoring (optional).


  • Height: 1660 mm
  • Width: 478 mm
  • Depth: 750 mm


  • 57 to 63 kg, depending on version


  • Eight scintillating fibre detectors

Detection limit

  • 30 Bq/hand, 45 Bq/foot (Co-60) for XL version
  • 33 Bq/hand, 45 Bq/foot (Co-60) for MED version


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