+ SWISS PRECISION. DEFINED IN 3D.
Precision
takes shape.
3D-printed Ge-68 reference phantoms
for quantitative PET/CT.
Long-lived radioactive sources. Digitally defined geometries. A new approach to repeatable reference measurements.
01 / THE IDEA
A defined shape.
A repeatable reference.
Measuring radioactivity depends on the instrumentation properties and on the geometry of the reference source.
SwissNuCRO integrates radionuclides into a 3D-printed polymer matrix. This creates solid-state phantoms with digitally specified geometry and activity distribution, without repeatedly filling that phantom with short-lived radioactive liquids.
Discover the technology02 / OUR PRODUCTS
Reference phantoms.
Built for the measurement.
PRODUCT SPOTLIGHTSPATIAL RESOLUTION
Derenzo phantom
A defined rod array for exploring spatial resolution and the influence of background activity.
01Derenzo phantom
Explore spatial resolution and the influence of background activity.
View PET images of the Derenzo phantom ↗
02NEMA-type phantom
Defined sphere geometries for quantitative imaging assessment.
View PET images of the NEMA phantom ↗
03Custom geometries
A reference object designed around your instrument and application.
03 / WHY IT MATTERS
Better comparisons
start with calibration.
Molecular imaging techniques, such as PET, make the distribution of a radioactive tracer visible. Calibration helps put those measurements on a consistent basis.
For imaging teams, scanner developers and researchers, long-lived solid state phantoms provide a controlled object for evaluating performance and comparing measurement workflows.
What is PET and why is calibration needed?LET’S TALK ABOUT YOUR APPLICATION