New CT Scanner at KBC Zagreb Detects Diseases Earlier
It is the first photon-counting CT scanner in Croatian public healthcare, worth 3.5 million euros.
It is the first photon-counting CT scanner in Croatian public healthcare, worth 3.5 million euros.
The Zagreb University Hospital Centre (KBC Zagreb) has received the first CT scanner with photon-counting technology in the Croatian public healthcare system. The Ministry of Health announced the news on August 7, 2026, and the device, worth 3.5 million euros, provides more detailed images and lower radiation exposure for patients.
Unlike conventional computed tomography, the new CT scanner uses advanced detectors that individually register incoming X-ray photons and measure their energy. This results in higher-quality images with better contrast and more precise visualization of very small anatomical structures that were often difficult to see before.
This approach enables doctors to detect changes earlier and make more reliable decisions about further treatment. It will particularly improve the diagnosis of heart and vascular diseases, tumors, neurological and pulmonary conditions, and the technology can also be applied in pediatric diagnostics.
Fran Borovečki, Director of KBC Zagreb, emphasized that this is a major step forward in the quality of healthcare. Irena Hrstić, Minister of Health, noted that the new CT scanner is part of a 20-million-euro investment plan aimed at modernizing equipment in Croatia's largest hospital.
In addition to more precise examinations and potentially faster diagnoses, another important advantage for patients is the optimization of radiation doses and more efficient use of contrast agents. The installation of this device is expected to improve access to modern diagnostics in the public healthcare system.
As part of the same project, KBC Zagreb will soon also receive a new generation magnetic resonance imaging (MRI) machine, an angiography system for blood vessels, and a new digital X-ray device. This will further enhance diagnostic and therapeutic capabilities for patients.
To fully utilize the potential of the new equipment, well-trained radiologists, medical radiology engineers, medical physicists, and other specialists are essential, along with clear examination protocols and efficient patient scheduling.
