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The HandFoot-Fibre monitors
The HandFoot-Fibre monitors are designed for efficient contamination screening of hands, feet, and clothing for alpha, beta, and gamma radiation. Their lightweight and agile design makes them ideal for situations where full body monitoring is not necessary, or for mobile monitoring applications.
Argos™ Whole Body Contamination Monitors
The Mirion Argos-PAB family of Whole Body Surface Contamination Monitors offers a user-friendly solution for detecting external contamination on personnel in nuclear environments. The Argos-5 PAB and Argos-3 PAB monitors are equipped with advanced gasless Thin Plastic Scintillator (TPS) detectors, which are optimized for superior alpha and beta response while minimizing gamma response.
Data Radiation Monitor 3000 (DRM-3000)
The Data Radiation Monitor 3000 (DRM-3000) is an advanced dose rate meter that utilizes a multiple detector system, supporting one internal gamma detector and up to three external detectors. This capability is powered by state-of-the-art microprocessor technology and combines telemetry options using either the WRM2™ 900 MHz or 2.4 GHz FHSS radio frequency for reliable communication.
DPU-3 Area Monitor
WebiSmarts is a web-based software solution designed to receive and display real-time radiation data from DPU-3 Area Monitors strategically placed throughout a cyclotron laboratory. This system allows users to access interactive maps that showcase radiation levels through color-coded indicators, providing a clear and concise radiological overview.
Location Telemetry Module (LTx) For the DMC 3000™ Dosimeter
The Orion RTLS enhances the capabilities of the DMC 3000 dosimeter when paired with the LTx module. This advanced module enables the transmission of radiological information and precise location coordinates, allowing for effective tracking of the wearer’s movements.
DMC 3000™ Personal Electronic Dosimeter
The DMC 3000 Electronic Dosimeter offers comprehensive X-ray and gamma radiation detection, built on over 25 years of real-world dosimetry expertise and refined through user feedback.
Xray Dose x-ray irradiator for Food samples
Enhance your food analysis with our perfect accessories designed for use with the PSLfood or TLDcube systems.
XrayDose is an advanced irradiator specifically designed for exposing food samples housed in petri dishes (50 mm in diameter) or small cups.
PSLfood- manual OSL reader for checking food samples
PSLfood is our advanced PSL System (OSL Reader) designed for detecting irradiated food in compliance with EN 13751:2009. Its compact design and intuitive software ensure easy operation and outstanding performance.
FoodScreen™
The FoodScreen Radiological Food Screening System is designed for efficient food analysis. Simply place a sample into the shield, start the count, and generate a report. The system detects activity or minimum detectable concentrations for key nuclides like Iodine-131, Cesium-134, and Cesium-137. It then determines if the sample is “Clean” or “Above Limit” based on preset nuclide-specific thresholds.
myOSLchip
The myOSLchip is a handheld OSL reader designed for reading and erasing compatible myOSLchip dosimeters. It features a touch display, enabling autonomous measurements without needing a PC connection.
An internal Data Matrix scanner identifies the individual dosimeter numbers, making it ideal for applications such as medical dosimetry (including patient dosimetry), quality control of radiation therapy treatment plans, research, PCB dosimetry, and device checking (e.g., blood irradiators).
myOSLraser 4.0
The myOSLraser 4.0 is the core unit of our 4-element dosimetry system. This automatic reader processes a single dosimeter or four-element dosimeters commonly used for extremity or eye lens dosimetry. Compact, user-friendly, and efficient, it combines reading and erasing into one streamlined system to ensure high workflow efficiency.
myOSLraser – most advanced OSL system for personal dosimetry
The myOSLraser 2.0 is an automatic OSL dosimeter reader and eraser designed for evaluating “myOSL” dosimeters. With a loading capacity of up to 200 dosimeters, the device processes them automatically. It includes an integrated erasing unit with four LEDs to remove residual signals from the OSL detectors. This feature can be activated or deactivated depending on whether a second readout is needed based on an adjustable dose threshold. Ideal for efficient, high-capacity dosimeter evaluation and resetting in one device.