Radiation Detection

The new SAM 940+ is a re-engineered RIID (Radio Isotope Identification Device) with an internal detector designed to address a growing demand for fast, accurate isotope identification. The new instrument reduces the burden on the operator by leveraging state of the art communication protocols to quickly relay information to a management team. The lightweight design also limits fatigue in long...

The Model SAM 950 Ruggedized Isotope Identifier is designed to meet the requirements of ANSI 42.34 criteria for hand-held instruments for the detection and identification of radionuclides.  Our patented hand-held RIID feature provides a superb solution for the demanding requirements of Homeland Security in the USA and other countries.

"New software updates and procedural changes have been implemented to address the Spring 2012 Japanese Regulatory requirements. We have improved our procedures to measure 10 Bq/Kg and can guarantee an MDA well below that number with proper shielding in place."

The MCA 2500R is obsolete , please inquire about other Multi-Channel Analyzers for your project

The new, all-in-one, RIID from Berkeley Nucleonics (BNC) offers customers a rugged alternative to detachable detectors with a full suite of new features leveraging modern cell phone technology. The renaissance in handheld electronics (Smartphone, PDA, etc.) has led to tremendous advancements in processing power and allows statistical calculations to be processed at a remarkable speed. In...

High-quality Sodium Iodide crystal scintillators are available with a large variety of form factors and sizes. These detectors offer the best performance and resolution for your nuclear spectroscopy applications. Custom crystal & detector assemblies. 

Cerium Bromide scintillators feature very high light-yields, fast response, and high-density properties. The key advantage to the material, when compared to other high-resolution scintillators, is its very low intrinsic background noise. CeBr3 is also fast without any slow components.

Berkeley Nucleonics offers a comprehensive range of check sources and disk sets for precise calibration and verification of Isotope Identification Devices (IIDs), including radiation isotope identifiers, SPRDs, and gamma spectrometers. Designed for applications in homeland security, environmental monitoring, research, and nuclear power, our high-quality calibration solutions ensure accurate...

Dual mode CLLBC crystal offer an ideal solution for applications that require high-resolution gamma spectroscopy and Neutron detection in one scintillator. CLLBC scintillators feature energy resolution of 3% FWHM at 662 keV and excellent gamma / neutron separation using Pulse Shape Discrimination.

BaF2 scintillators are used for fast timing measurements where sub nanosecond time resolution is required. Supported applications include Positron Life Studies, Time of Flight (TOF) measurement, and Positron Emission Tomography (PET). Complete assemblies with crystal, light read out device, and front end electronics available from Berkeley Nucleonics.

Europium doped Strontium Iodide scintillators feature very high light yields and excellent performance over a broad range of energies. SrI2(Eu) crystals are hygroscopic, relatively slow, and inherently free of intrinsic radioactivity. Srl2(Eu) scintillators are available from BNC encapsulated with an entrance window, integrally coupled to a light sensor such as a PMT or ...

Compton Suppression Shields are scintillation detector assemblies that are mounted around a High Purity Germanium (HPGe) detector to detect the gamma rays scattered by the Ge crystal when a Compton event occurs. Many options are available and careful consideration should be taken when selecting the scintillation crystal(s) and the assembly design. Please download our comprehensive application...