Kromek Group plc
Kromek Group plc develops advanced detection technologies for radiological, nuclear, and biological threats using Cadmium Zinc Telluride (CZT) solid-state detectors. The company offers manufacturing and R&D for high-resolution gamma and neutron detectors, networked and wearable monitoring devices, and automated pathogen detection platforms. Its solutions serve the civil nuclear, medical, environmental, defense, and public health sectors worldwide, enhancing safety, operational efficiency, and health security.
Industries
N/A
Nr. of Employees
small (1-50)
Kromek Group plc
NETPark, Thomas Wright Way, Sedgefield, County Durham, TS21 3FG, United Kingdom
Patents
Products
Wearable personal radiation detectors (PRDs and RIIDs)
Lightweight, wearable devices for real-time gamma and neutron detection, including models with radioisotope identification and network integration.
Static radiation monitoring and networked systems
Unattended, networked fixed detectors for continuous gamma and neutron monitoring, supporting centralized remote data relay and strategic area surveillance.
Handheld and portable gamma spectrometers
Small, portable gamma-ray spectrometer devices with interchangeable probes and shielded options for quantitative and qualitative measurements in the field or lab.
Modular OEM gamma and neutron detector modules
Customizable modules based on CZT or scintillator technology for integration into third-party medical, security, industrial, and research equipment.
Biosensing and environmental pathogen surveillance platforms
Automated systems for airborne and waterborne pathogen detection leveraging molecular assays and genomics, supporting rapid health surveillance and public health response.
UAV-based airborne radiation mapping platforms
Drone-compatible payloads with integrated gamma and neutron sensing technology for radiation mapping, isotope identification, and real-time positional analysis.
Wearable personal radiation detectors (PRDs and RIIDs)
Lightweight, wearable devices for real-time gamma and neutron detection, including models with radioisotope identification and network integration.
Static radiation monitoring and networked systems
Unattended, networked fixed detectors for continuous gamma and neutron monitoring, supporting centralized remote data relay and strategic area surveillance.
Handheld and portable gamma spectrometers
Small, portable gamma-ray spectrometer devices with interchangeable probes and shielded options for quantitative and qualitative measurements in the field or lab.
Modular OEM gamma and neutron detector modules
Customizable modules based on CZT or scintillator technology for integration into third-party medical, security, industrial, and research equipment.
Biosensing and environmental pathogen surveillance platforms
Automated systems for airborne and waterborne pathogen detection leveraging molecular assays and genomics, supporting rapid health surveillance and public health response.
UAV-based airborne radiation mapping platforms
Drone-compatible payloads with integrated gamma and neutron sensing technology for radiation mapping, isotope identification, and real-time positional analysis.
Expertise Areas
- Radiological threat detection
- Biological threat detection
- Wearable and networked radiation monitoring
- CBRN detection and mitigation
Key Technologies
- Cadmium Zinc Telluride (CZT) detectors
- Scintillation detectors with silicon photomultipliers
- Portable personal radiation detection technology
- Radioisotope identification methods
Key People
Chief Executive Officer
Chief Financial Officer
Chief Commercial Officer
Director of Products & Programmes
Head of Sales
Head of Engineering & Production
Chief Executive Officer
Chief Financial Officer
Chief Commercial Officer
Director of Products & Programmes
Head of Sales
Head of Engineering & Production
News & Updates
Awarded first place for the biosequencer platform in NATO’s Innovation Challenge, Skopje, North Macedonia.
Examining the historical use of radioactive materials in commercial products.
Discusses naturally occurring radioactive materials (NORM) and safety considerations.
Explores the importance of remote detection for troop safety in hazardous environments.
Highlights health and environmental effects of lost or improperly managed radioactive sources.
Details sources of environmental radioactivity in various settings.
Awarded first place for the biosequencer platform in NATO’s Innovation Challenge, Skopje, North Macedonia.
Examining the historical use of radioactive materials in commercial products.
Discusses naturally occurring radioactive materials (NORM) and safety considerations.
Explores the importance of remote detection for troop safety in hazardous environments.
Highlights health and environmental effects of lost or improperly managed radioactive sources.
Details sources of environmental radioactivity in various settings.