Theranostics Nuclide Calibrator System

As PET and theranostics become increasingly quantitative, confidence in activity measurement is critical.  We bring brachytherapy grade traceability and reproducibility into nuclear medicine through a high precision reference measurement system that reduces uncertainty in quantitative imaging and dosimetry workflow.

Backed by more than 30 years of expertise, the system combines two industry proven technologies to give clinics a reliable, future‑ready foundation for precise activity measurements. 

• Accommodation of 10R Vials, V-vials, and syringe geometries
• Minimal geometry and volume-related variability 
• Vented design eliminates signal drift due to pressure leakage and simplifies shipping requirements. 
• NIST traceable calibration coefficient capability
• Instantaneous response, even at very low activity
• Electrometer accuracy better than ±0.2%
• WiFi-enabled connectivity to PCs
• Expanded theranostic isotope support including Lu-177 

• Intuitive measurement tailored for high precision radionuclide calibration using a streamlined measurement interface tailored specifically for nuclear medicine. 
• The largest capacitive touch screen on the market delivers quick, responsive, user friendly control.
• Flexible setup configuration including remote operation capability or adjustable screen angle to adapt to the way you work.

The Pro-NM ACR Performance Small phantom is designed for performance evaluation of small field-of-view (FOV) NM and PET systems. The phantom enables assessment of key tomographic imaging parameters such as spatial resolution (solid rod insert), cold-spot contrast (set of solid spheres), and tomographic uniformity (uniform region).

The phantom can be used, among other applications, for testing collimators and reconstruction parameters, evaluating imaging artifacts, assessing center-of-rotation error, non-uniformity artifacts, the impact of changes in the radius of rotation on spatial resolution, the effect of reconstruction filters on spatial resolution, as well as the effectiveness of attenuation and scatter correction.