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bGamma

Bild: BrightSpec

BrightSpec

bGamma

Software for gamma-ray spectrum analysis, nuclide identification and quantification

Comprehensive software for gamma-ray spectrum analysis and for identifying and quantifying radionuclides. It can analyse spectra independently of detector type, geometry and sample – from high-resolution germanium to scintillators such as LaBr₃ and NaI(Tl) – and also controls data acquisition with a detector and MCA.

Primary function
Gamma-ray spectrum analysis with radionuclide identification and quantification, independent of detector type, geometry and sample1
Functions
Controls data acquisition; automatic peak search; energy, shape and efficiency calibration; fitting methods including Bayesian fitting1
Nuclide library
The entire radionuclide decay emission database2
File formats
Own XML files (*.gxml); imports e.g. ORTEC (*.chn) and Canberra (*.cnf)2
Datasheet

Download product sheet (PDF)All values with references – for tender documents

Specifications checked against the manufacturer’s documents on 2026-10-17

Manufacturer’s product page

Overview

Key features

  • Several automatic peak search methods and continuum corrections
  • Energy, shape and efficiency calibration
  • Several fitting methods, including Bayesian fitting
  • Can acquire data from several detectors at the same time

Specifications

The number after each value refers to the source listed below. Values are as published by the manufacturer; the exact configuration is always confirmed in our quotation.

Primary functionGamma-ray spectrum analysis with radionuclide identification and quantification, independent of detector type, geometry and sample1
FunctionsControls data acquisition; automatic peak search; energy, shape and efficiency calibration; fitting methods including Bayesian fitting1
Nuclide libraryThe entire radionuclide decay emission database2
File formatsOwn XML files (*.gxml); imports e.g. ORTEC (*.chn) and Canberra (*.cnf)2
Listed operating systemWindows (XP to 10, 32 and 64-bit), macOS and Linux2
LicencesSingle licence for one or multiple inputs, network licence; package with Topaz-HR2

The data comes from the manufacturer’s published documents. Manufacturers may change specifications; the current configuration and performance are confirmed in the quotation.

Documents

PDFbGamma specificationsDatasheet · BrightSpecPDFbGamma specifications (extensive version)Brochure · BrightSpec

Sources

The number after each value refers to the source listed below. Values are as published by the manufacturer; the exact configuration is always confirmed in our quotation.

  1. 1
    bGamma
    Publisher: BrightSpecProduct page Product page; Product page – Main features Checked 2026-10-16
  2. 2
    bGamma specifications (V1.3)
    Publisher: BrightSpecDatasheet p. 2, Nuclide library; p. 1, Features; p. 1, Features; p. 2, System requirements; p. 2, Ordering information Checked 2026-10-16
Topaz-HR
BrightSpec

Topaz-HR

Compact stand-alone digital MCA for HPGe and other high-resolution detectors

Spectrum channels
Up to 16,384 (16K), 32-bit depth
Weight
Less than 200 g (including box)
11 referenced values
Flint-NaI-Pro
BrightSpec

Flint-NaI-Pro

Gamma acquisition and analysis bundle: Flint probe with NaI(Tl) and bGamma software

Detector type
Flint: SiPM-based integrated probe with a NaI crystal, 2 × 2 or 3 × 3 in
Spectrum channels
256, 512, 1,024, 2,048 or 4,096, 32-bit depth per channel
10 referenced values
Basic Spectrometry Software
BrightSpec

Basic Spectrometry Software

Basic acquisition and spectrum analysis software for BrightSpec MCAs

Primary function
Data acquisition (PHA and MCS) and basic spectrum analysis for BrightSpec MCAs
Functions
Peak search and energy calibration, ROI-based analysis, nuclide libraries, reports and saving in ASCII format
Availability
Free download; supplied with BrightSpec MCAs
3 referenced values
bAxil
BrightSpec

bAxil

Software for X-ray spectrum analysis and quantitative elemental analysis (EDXRF)

Primary function
Analysis of energy-dispersive X-ray spectra with quantitative elemental analysis, independent of excitation and detection technology
Functions
Gaussian and Voigt peak shapes with tail and step components; quantification by linear regression against standards or the fundamental parameter method (standard-based or standard-less)
File formats
Own XML files (*.axml); imports other formats, e.g. *.spe
5 referenced values
Contact us

Questions about this product?

We help you choose the right configuration, detector and accessories for your measurement task.

Send inquiryContact
Oscar ÅgerstamFounder & CEO
+46 (0)793-04 51 91 oscar@ndec.se +46 (0)793-12 32 48 (customer service)