Over 20 scintillation materials, a custom-engineered crystal and readout, built to your application. From high-resolution gamma spectroscopy to dual-mode neutron and gamma detection, ScintIQ pairs the right material with the right electronics, backed by 60+ years of nuclear instrumentation experience.
Choose the material that matches your radiation type, energy range, and environment. Each crystal is grown, finished, and coupled to readout as a complete ScintIQ detector. Not sure where to start? Use the material selector or click a material type below.
A ScintIQ detector is the crystal plus the readout chain. Berkeley Nucleonics supplies the photosensors, voltage dividers, multichannel analyzers, and acquisition software to turn light into a calibrated spectrum.
Compact, low-voltage silicon photomultiplier readout for rugged, magnetic-field-tolerant detectors.
View →A complete 2"x2" NaI(Tl) detector with integrated SiPM array, ready to connect to an MCA.
View →PMT and voltage-divider assembly for classic photomultiplier-coupled scintillation detectors.
View →High-resolution and ultra-compact digital MCAs for spectroscopy from the bench to the field.
View →Networked and USB multichannel analyzers for integrated and remote acquisition systems.
View →Integrated probe-and-detector assemblies with bGamma acquisition and analysis software.
View →Compare the full material set side by side, answer a few questions to get a recommendation, or build a complete detector and request a quote.
A sortable, filterable table of every ScintIQ material: density, resolution, decay time, light yield, and hygroscopicity in one view.
Compare materials →Tell us what you are measuring, the energy range, and your priorities. The selector recommends one to three materials with reasons.
Start the selector →Build a complete detector: crystal, size, readout, voltage divider, housing, and MCA. Get a spec summary and request a quote.
Configure a detector →From NaI(Tl) to LaBr3 to CLYC, matched to your radiation type and energy range.
Photomultiplier or silicon photomultiplier coupling, chosen for your environment.
Crystal dimensions, housing, and windows engineered to fit the instrument.
Crystal, divider, MCA, and software supplied and supported as one system.
Each application has a brief covering the measurement, the recommended materials, and the readout that fits.
Isotope identification and threat detection with CLYC, CLLBC, NaI(Tl), and LaBr3 for RIIDs, portals, and backpacks.
MedicalPET, SPECT, and CT detectors built on LYSO, BGO, GAGG, and CsI for fast, dense, high-yield imaging.
EnvironmentLow-background counting with CeBr3, NaI(Tl), and SrI2 for trace activity and field surveys.
PhysicsCalorimetry and fast timing with PbWO4, LYSO, BaF2, and YAP for demanding experimental systems.
NeutronDual-mode neutron and gamma discrimination with CLYC, CLLBC, and 6Li-glass, no helium-3 required.
IndustrialRugged, high-temperature detectors with GAGG, BGO, CsI, and NaI for gauging, logging, and process control.
A practical introduction to how scintillation detectors work, how materials differ, and how to read a gamma spectrum. A useful companion when you are choosing a crystal and readout.
Read the book → Book URL pending verification.Tell us the radiation you need to measure, the energy range, the resolution you are after, and the environment it will run in. Our engineers will recommend the crystal, the readout, and the configuration that fits, or build a custom detector around your requirements.
