In Vivo Counters for Radionuclides in the Human Body
using HPGe (NaI) detectors, with lead, steel & Cu shields, for individual measurement geometries.
Application for nuclear sample mesurements
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Ultra low-level background in vitro -
γ-spectrometers (ULB) are designed for
the direct assessment of extremely low
sample activities (contaminations). -
The concept and performance of our ULB spectrometers are designed for lowest limit of detection using the comfort of a ground level laboratory with fast and easy sample change compared to undergraund labporatories.
In radiation protection for national & international institudes and industry
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In Universities, research centers, nuclear medicine
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dustry- and nuclear technology
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Dismantling, consulting, waste management
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Environmental, health and food surveillance and laboratories
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Civil defense, emergency response, border, safety, security and access control
Techniques of Investigation
Whole body measurements
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Single detector geometries
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Chair geometry
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Arc geometry
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Scanning with a single detector
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Multidetector geometries
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Stationary detector arrays
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Stretcher geometries (most 4-8 up to 54 detectors)
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Scanning devices
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Line scanning devices (most 1 to 4 detectors)
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Individual organ or partial body measurements
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Low energy counters
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Organ counters
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Lung counters (most 1-4 up to 8 detectors)
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Liver counter
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Bone (skeleton) monitors
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Skull counters (most 1 to 4 detectors)
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Knees and heel counters
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Thyroid monitors
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Direct movable I-131, I-125 monitor
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Scanning fluorescence monitor (diagnostic)
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Wound monitors
Human body profile measurements
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x-γ scanning profile monitor
Pure β and β/γ measurements
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Whole and region of body monitors
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β counter
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Bremsstrahlung counter
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β/γ/Bremsstrahlung counter
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State of the art technology
Install state-of-the-art technology to measure simultaneously
β- and γ-rays as well as Bremsstrahlung in a mobile chamber
applicable for homogeneously and in homogeneously
distributed radionuclides in the human body.
Partial body counter
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Spectrum-wide shape is formed for each nuclide
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For all nuclides full-spectrum shape are summed for best fit
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VRF is visually driven for reporting, graphing and analysis
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Energy, resolution and efficiency calibration by best fitting
Lung counter
for Laboratory Workers in Spectrometry, Radiation Protection and Medicine
Whole body counter
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Spectrum-wide shape is formed for each nuclide
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For all nuclides full-spectrum shape are summed for best fit
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VRF is visually driven for reporting, graphing and analysis
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Energy, resolution and efficiency calibration by best fitting