It detects lesion which are 36% smaller

It offers better spatial resolution and visualisation of lesions, detecting lesions of up to 3 mm. More precise information for an earlier diagnosis and a more definitive treatment strategy.

Superior imaging quality

Time-of-flight technology, increases contrast, diminishing imaging noise.
 
It improves the imaging contrast by 200%, doubling the image quality.

Lung cancer diagnosis

Enables PET-CT synchronisation with the patient’s breathing, providing providing better image quality during movement.
 
More accurate diagnosis, very effective for the detection of lung micronodules in lung cancer.

Prevents unnecessary lung biopsies

80%of lung cancer is diagnosed at an advanced stage.
 
This PET-CT enables early detection of the disease including when the nodule is so small that it cannot be biopsied.
 
Helping to prevent unnecessary surgery in up to 1 in 5 patients with suspected non-small cell lung cancer.

Lower dose of radiation

Reduces the amount of radiopharmaceutical injected by up to 50%, without compromising imaging quality.

Better image quality

Efficient, high quality CT.
 
Thanks to its design and geometry, it achieves minimal exposure and maximum dose utilisation. In addition to a more rapid scanning response, less time is required in the machine, without losing image quality.
 
In paediatric patients it enables the performance of ultra-low-dose investigations.

Less claustrophobic

Shorter test time (from 5 to 7 minutes less).
 
Minimises the patient’s claustrophobia, thanks to the reduced tunnel length and the 70 cm opening.
 
Better patient positioning facility.

Reaches more patients

Iterative metal artefact reduction (iMAR) system for patients with implants such as pacemakers, dental implants…
 

Minimises glare, better imaging quality.