Radiation Monitoring Systems with Fixed & Mobile Monitoring Solutions

Decontamination and Decommissioning (D&D) is a major effort worldwide, covering everything from early R&D facilities to first generation nuclear power plants, weapons and fuel fabrication facilities and research reactors.

Gamma measurement systems for the measurement of non-packaged and packaged waste as well as containers of different sizes.

Monitor all aspects of the D&D cycle to improve safety and efficiency in radioactive/contaminated environments.

Video processing solutions to overcome image quality challenges during the decommissioning and dismantling of a nuclear facility.

System display and control software for environmental and boundary monitoring applications designed in accordance with stringent nuclear industry standards.

Environmental and perimeter monitoring solutions for both remote measurement and sample assessment.

Automatic and manually-controlled low background alpha/beta counting systems.

Partnering with you for more efficient and cost-effective nuclear measurements.

Our-house, your house, or online, our experts are ready to assist in your learning and knowledge needs.

Scan for the presence of radioactive contamination on people, objects or vehicles.

Systems designed to detect radioactive contamination on a worker's body prior to entering or exiting a radiologically controlled area.

Systems designed to detect the presence of radioactive material within a vehicle passing a checkpoint.

Monitors designed to quickly screen tools, clothing and other objects for radioactive contamination.

Central monitoring system software for easy supervision.

Monitors designed to screen large objects and waste for radioactive contamination.

Monitors designed to detect radioactive contamination on a worker's hand or foot.

Monitors designed to detect gamma radiation presence on people.

Conveyors designed to screen small or long items and clothing item.

Systems designed to provide whole body and lung counting capabilities.

Dosimeters track the radiation exposure of the wearer, to provide awareness and protection from the effects of ionizing radiation. Mirion offers a comprehensive range of solutions and services for monitoring personal radiation exposure.

Pushing the boundaries of personal dosimetry with Instadose+™ dosimeters.

Electronic dosimetry systems track the radiation exposure of the wearer.

Compatible electronic dosimeter readers for retrieving the individual dose.

Health physics dose management software.

Computerized irradiator for dosimeter source checking and simulation devices.

Monitor your radiation safety devices wirelessly with the WRM2™ system and software.

Passive dosimeters measure the radiation exposure of the wearer over time.

Radiation badge services and specialty dosimeters for a variety of applications.

Simulation Technology for Radiation Safety Training.

Calibrations performed by qualified experts on each type of Mirion equipment.

Technical support and repairs for your Mirion products.

Simplified dose readings via iPhone, iPad, or PC at any time with the Instadose^®+ dosimeter.

Monitoring solutions for the environment, as well as for remote measurement at the boundaries of facilities.

System display and control software for environmental and boundary monitoring applications designed in accordance with stringent nuclear industry standards.

Environmental and perimeter monitoring solutions for both remote measurement and sample assessment.

Unmanned systems that are designed to enter areas where risk to personnel exists to provide life time radiological data.

World class radiation detection and measurement instrumentation meeting the exact standards of military and homeland security stakeholders. These durable and highly sensitive devices are built for harsh battlefield environments, infrastructure protection, search and security applications.

Military and CBRNE applications have evolved to create a need for enhanced radiological detection equipment used by armed forces. Based on long-term experience and cooperation with customers, Mirion constantly improves and extends its range of military products, providing new solutions and innovative technologies against new threats to protect global defense forces.

The threat of terrorism emphasizes the need for efficient and reliable monitoring of infrastructures and events to mitigate radiological risks. Emergency response teams must be ready to assess these risks through a high level of situational awareness to protect people, property and the environment.

Simulation Technology for Radiation Safety Training.

Radiation meters to search for, measure, and monitor radiation.

Basic and multi-purpose radiation survey meters.

Attachable probes to detect alpha, beta, gamma and neutron radiations.

Ultra portable gamma-ray imaging system.

Dose rate meter, beta dual detector probe and telescopic radiation survey meter.

Software to monitor the portable survey meters.

Accessories for the portable survey meters.

Replacement Geiger-Mueller tubes.

Simulation Technology for Radiation Safety Training.

Wide ranging detection.

Monitoring of barriers and effluent releases, radiation protection of workers, operational process monitoring and post-accident operations.

Monitors to measure site-specific levels of alpha, beta, gamma, or neutron radiation.

Modularized and reliable effluent monitors.

Instruments to monitor radioactivity in pipes, ducts, filters, tanks, or in general areas.

Cost-effective steam generator leak monitors.

Equipment developed and qualified for post-accident operations in the nuclear facilities.

Wide range of high-qualified, customized solutions for worldwide nuclear applications as radiation monitoring and neutron flux measurements.

Spectroscopic and radiochemistry solutions for laboratory, field, and personnel applications with experts located throughout the world to provide local support and address any measurement needs.

A full range of products, solutions and services to assist with the important applications of the radiochemistry laboratory.

Specialized detectors and instrumentation for cutting-edge materials analysis, physics, space studies and other challenging applications.

Systems designed to provide whole body and lung counting capabilities.

In Situ tools for imaging and measurement of contaminated materials and areas, both in place as well as after removal from facilities.

Equipment, systems, tools and expertise to solve your most demanding nuclear measurement challenges.

Mirion offers combined gamma/neutron assay, systems to measure containers ranging from non-packaged waste to vehicles.

Our experts provide services to measure and analyze nuclear materials. Our team ensures the quality of results, offer innovative solutions to meet your needs and the safety of your site.

Our Non Destructive Assay systems measure the radioactivity content of containers of radioactive waste or fuels, or contaminated items. Measurements are conducted in a non-intrusive manner whereby the radiation emissions are measured without requiring the container to be opened or the item to be physically altered.

Partnering with you for more efficient and cost-effective nuclear measurements.

A range of CCTV and imaging systems for the inspection, surveillance and monitoring of numerous applications.

Our systems combine temperature measurement, real-time video, and image processing into an enhanced video experience showing measurement information overlaid onto a live video image.

When your environment demands radiation hardened CCTV for monitoring, Mirion can help provide long-term solutions.

Enhancements for Critical Imaging Processing.

Safety and instrumentation channels for nuclear power plants.

Cost-effective, digital ultrasonic measurement system to determine reactor water levels for optimization.

Multi-point hydrogen and oxygen measurement systems for inside the reactor building.

Out-of-core sensors for all types of reactors.

Boron meters continuously measure the boron concentration in water circulating in process of light water nuclear power plants.

In-core detectors used in the instrumentation channels of nuclear power plants.

Modular in design and manufactured to operate reliably over the sixty year design life of a reactor.

A Criticality Accident Alarm System (CAAS) is an alarm system for prompt evacuation of personnel in the event of a criticality event.

Radiation measurement, personnel protection, advanced safety and search, and decontamination and decommissioning solutions.

MGP Instruments™, Canberra™, MGPI H&B™ and Premium Analyse state-of-the-art radiation monitoring and neutron flux systems for nuclear power plants, nuclear fuel cycle industry, nuclear research centers/accelerators, nuclear test reactors, medical isotope production facilities and nuclear military facilities.

Electrical Penetrations, In-core, and Ex-core Detectors used in the instrumentation channels of nuclear power plants for safety and control processes

Services providing official dose of record reports for workers exposed to radiation. Featuring the Instadose+™ dosimeter, with SmartMonitoring™ technology - a digital radiation monitoring device that is transforming how staff are monitored and safeguarded from radiation over-exposure.

Need information or have questions about our products, services, training, or pricing? We are here to help. Please fill out this form or view our office locations for regional phone contacts.

Mirion is committed to protecting and respecting your privacy, and we’ll only use your personal information to administer your account and to provide the products and services you requested from us. From time to time, we would like to contact you about our products and services, as well as other content that may be of interest to you. If you consent to us contacting you for this purpose, please tick below to say how you would like us to contact you:

By checking this box you agree that we may store and process your information for the specific request(s) that prompted you to fill out your contact information.

You may unsubscribe from these communications at any time. For more information on how to unsubscribe, our privacy practices, and how we are committed to protecting and respecting your privacy, please review our Privacy Policy.

State-of-the-art radiation monitoring and neutron flux systems for nuclear power plants, nuclear fuel cycle industry, nuclear research centers/accelerators, nuclear test reactors, medical isotope production facilities and nuclear military facilities.

RADIATION MONITORING SYSTEMS SINCE 1955

Featuring the internationally recognized MGP Instruments™, Canberra™, MGPI H&B™ and Premium Analyse brands, the Radiation Monitoring Systems Division offers a comprehensive range of state-of-art reliable radiation and neutron flux monitoring systems.

Producing consistently excellent products that are meant to operate for many years in difficult environments is no easy task. Watch the video to get a detailed overview of how Mirion's Radiation Monitoring Systems Division is organized to deliver high quality safety monitoring channels to customers worldwide.

Learn More

Support and Sales for Health Physics and Radiation Monitoring Systems products in the Americas.

Sales and Service for Detection & Measurement and Radiation Monitoring Systems in Asia, Europe, the Middle East, Africa and Pacific

Sales and Support for Health Physics and Radiation Monitoring Systems in Asia Pacific Countries

Sales and Support for Radiation Monitoring Systems products.

Support and Sales for Radiation Monitoring Systems products in South Korea.

By checking this box you agree that we may store and process your information for the specific request(s) that prompted you to fill out your contact information.

Select A Product
Application From the Left

Decontamination & Decommissioning

Product Application

Services

Contamination Monitoring & Clearance

Product Application

Dosimetry

Product Application

Services

Environmental Monitoring

Product Application

Military (CBRN) & Homeland Security

Product Application

Portable Radiation Measurement

Product Application