Detect, localize, identify, and measure radioactivity in any scenario
From routine monitoring and surveillance to emergency response situations, Thermo Scientific advanced, integrated radiation detection and radioactivity measurement instruments mitigate the threat and keep you safe. Our product portfolio of radiation detectors, radiation monitoring devices, and radiation measurement instruments provide comprehensive, real-time monitoring, early warning, and complete information in the palm of your hand, in the work place, and in your neighborhood.
From first responders dealing with radiation emergencies to environmental monitoring and remediation personnel, Thermo Scientific radioactivity detectors and radiation monitoring devices provide high performance measurement of radiation and radionuclide analysis for any scenario.
Protect personnel closest to the radiation source. Thermo Scientific high sensitivity dosimetry solutions quickly and effectively communicate critical dose information in any environment to keep workers safe.
Thermo Scientific instruments and services are designed to deliver the latest advancements in nuclear radiation detection technology, and help you optimize safety, operational efficiency, and regulatory compliance.
Decommissioning projects come in a wide range of sizes and varying levels of complexity. We offers advanced, integrated radiation detection and radioactivity measurement instruments to help mitigate the threat and keep workers, and the public, safe.
We offer a wide range of contamination survey meters, area monitors, and dosimeters for Radiation Safety Officers to keep track of critical Radiation Controlled Areas (RCA) that require radiation monitoring.
We are constantly advancing CBRNE and bomb detection technology to protect against the threat of radiation and radioactive material. From mobile detection devices to mobile and portal detection monitors, we have a solution for any scenario.
Meet multiple radiation protection objectives in one integrated solution. We offer comprehensive, customizable real-time radiation monitoring systems, radioactivity measurement instruments, and radioactivity detectors to protect personnel, critical infrastructure, and surrounding areas.
Provide early warning of airborne radiation, clear personnel quickly in radiation controlled areas, and detect radiation contamination at critical infrastructure with a variety of Thermo Scientific radiation detectors and radiation monitoring devices.
Detect illicit nuclear materials inside packages or cargo at airports, seaports, borders, government buildings, food storage and handling facilities, transportation stations, couriers and freight companies with our radiation monitoring devices.
Non-X-ray–emitting Thermo Scientific neutron generators are used for applications requiring neutron activation analysis of major, minor, trace, and rare elements.
Achieve peace of mind from higher reliability, lower maintenance costs, better accuracy, and the satisfaction of all pertinent regulatory guides with our rugged, field-proven neutron flux monitoring systems.
Achieve high-resolution, high-contrast 2D and 3D images for automated and manual PCB inspections and non-destructive testing with Thermo Scientific microfocus X-ray sources.
Featured radiation detection videos
The permanent closure of a nuclear power plant involves its safe removal from service and dismantling the facility to residual radioactivity level. This decommissioning process requires advanced, integrated radiation detection and radioactivity measurement instruments to help mitigate the threat and keep workers safe. Download this free eBook to learn more.
Maximize uptime and ensure the long term viability of your radiation monitoring system investment. Financing is available!
Radiation can be found almost anywhere. Is it always a threat to public health and safety? How can it be monitored? What tools do I need for measurement of radiation? Are you trying to scare us? Get the answers to these and other questions on our Frequently Asked Questions about Radiation Detectionpage.