PET/CT
Omni Legend
Omni Legend is the first system we’re introducing on our all-new, all-digital Omni platform. The remarkable digital detector design at its core delivers high resolution, as well as an unparalleled increase in true NEMA sensitivity, delivering the highest sensitivity per centimeter in the market¹.
Discovery MI Gen 2
Our goal is to expand your clinical perspective with up to 30 centimeters of coverage, system sensitivity of up to 30 cps/kBq, trusted Q.Clear quantitation, and the proven clarity of MotionFree images. The promise of the digital PET experience is stronger than ever with next generation digital PET technology and an efficient technologist experience provided by Discovery MI Gen 2.
Discovery IQ Gen 2
While delivering high NEMA sensitivity and clinical NECR, Discovery IQ Gen 2 also provides improvements to two core pillars of excellent PET/CT imaging - motion correction and quantitation accuracy.
MotionFree
The first-ever respiratory motion management solution that doesn’t include a gating device. It’s always there, actively monitoring respiratory motion in the background of every PET/CT procedure.
Disclaimers
- Omni Legend 32 cm has highest sensitivity per cm for conventional (non-total body) PET/CT systems. Data On File.
- Omni Legend 32 cm increases small lesion detectability 16% on average and up to 20%, as compared to Discovery™ MI 25 cm with matched scan time/injected dose, as demonstrated in phantom testing using a model observer with 4 mm lesions; average of different reconstruction methods.
- Discovery MI Gen 2 30 cm increases small lesion detectability by 28% on average and up to 41%, as compared to Discovery MI 25 cm with matched scan time / injected dose (as demonstrated in phantom testing).
- Discovery MI Gen 2 30 cm and compared to Discovery MI 20 cm.
- Compared to non-processed (STATIC, no motion-correction) data. As demonstrated in phantom testing using a typical and fast respiratory model, 18 mm Ge-68 spheres, and OSEM reconstruction.
- As demonstrated in phantom testing using a typical and fast respiratory model and OSEM reconstruction. Quantitative accuracy improvements are based on SUVmean.
- Compared to device-based respiratory gating.