
SPIR-Ident Mobile Platform
by Mirion
Very sensitive nuclear detection and real-time nuclide identification
- Supplied calibrated, with certificate
- Local repair & recalibration in Shah Alam
- Demo, installation and training on request
Details
SPIR-Ident Mobile Platform
Airborne and Carborne Mobile Spectrometry
The SPIR-Ident Mobile Platform is an airborne and carborne system that combines advanced gamma detection and spectroscopy with optional neutron detection suited for
vehicles, ships, helicopters and aircrafts.
The system has been designed for multiple applications :
• for searching and locating radioactive sources for security related applications
• for mapping of natural radiation background
• for qualitative and quantitative analysis of contamination in case of nuclear accident
Thanks to its robustness, customization and modularity, the SPIR-Ident Mobile Platform is meeting all the operational requirements, so that it can be easily deployed
and ready for use in less than 5 minutes.
The SPIR-Ident Mobile Platform is composed of :
• Detector boxes with NaI(Tl) crystals of different sizes, GM detector for high gamma dose rate measurements, and optionally BZnS based neutron detectors with the associated
electronics
• Computer equipped of SPIR-Ident Mobile Suite: SpirMOBILE, SpirPORTAL
• Optionally connection/accessory box for batteries, connection and communication
• SpirVIEW MOBILE : supervision software for a fleet of instruments/vehicles by merging all the radiological data into a single map
• SpirTRAINING module offer realistic and customized training scenarios without using any radioactive source
More radiation detection

AccuRad PRD
A discreet yet robust gamma radiation detecting PRD designed for law enforcement, fire rescue, and other emergency responders to detect and …

SPIR-Ace with GenieXPort
The SPIR-Ace is a versatile Radionuclide Identification Device (RID) addressing all applications requiring efficient detection and identific…

SPIR-Explorer
The SPIR-Explorer Sensor allows detection, measurement and identification of radiological sources over a very large range. It is intended to…