564,480 crystal elements, unit-based design and gapless assembly achieve total-body coverage and minimize accumulative system error, bringing high spatial resolution and precisely fused images.

With 194 cm axial FOV, uEXPLORER is able to capture orders of magnitude more γ photons. The innovative cross coincidence technology enables signal acquisition across adjacent units, which gives 30 to 40-fold overall sensitivity boost over conventional PET/CT systems. Ultra-high and uniform sensitivity can now be achieved with the total-body coverage, covering all vital human organs.

SiPM technology increases photoelectric conversion efficiency to reduce signal loss, yielding vast improvements in image quality. Ultra fine microscopic crystals significantly enhance image resolution.

uEXPLORER applies a state-of-the-art hardware platform in combination with parallel data processing architecture for fast and high quality image reconstruction.

Ultra-high resolution and sensitivity.
High count statistics enables small voxel reconstriction.

The thyroid nodule with high uptake is clearly visible on scan as short as 30 seconds. The fast imaging improves patient comfort and reduces motion artifacts.

0.2mCi tracer for a 100kg patient. Much lower dose (0.002mCi/kg) than the typical dose (0.08~0.15mCi/kg).

Scanned at up to 6.5 half lives post injection.Potential to observe radiopharmaceutical distribution over an extended period of time.

Clear visualization of tracer distribution throughout the entire body including blood/organs/tissues over time.