Advanced Molecular Imaging - PET/CT

Vereos Digital PET/CT

The world's first and only fully digital PET/CT system

Product number:

882446

The Philips Vereos Digital PET/CT scanner with Digital Photon Counting will redefine PET imaging and mark a new era in clinical performance.

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How does Philips Digital Photon Counting technology work?

The Vereos PET/CT with Philips proprietary Digital Photon Counting technology reduces the traditional tradeoffs between sensitivity gains and resolution gains. It positions you to go beyond the current limitations in PET/CT imaging and improve patient care. Visit the Digital PET Learning Center to learn more!

 

  • Find out how Philips proprietary Digital Photon Counting technology works
  • Scroll through the body scan to see the difference between analog* and digital PET images
  • See how your patients benefit

 

Explore the Digital PET Learning Center to learn more

 

*GEMINI TF 16

Pioneering Perspectives: Experiences with the world’s first and only digital PET/CT  

 

 

 

Hear from early adopters of the Vereos digital PET/CT at The Ohio State University Wexner Medical Center about what it means to have a true partner in innovation.

Dr. Michael Knopp, MD, PhD, discusses partnering with Philips and how the Vereos digital PET/CT is a major leap in the advancement of PET imaging.

 

 " I look for a partner that is committed to the innovation we need."

Dr. Jun Zhang, PhD, DABR, shares why he personally believes that the Vereos digital PET/CT system is a game-changer in the field of Nuclear Medicine.

 

"I personally believe (this system) is going to change the world in the field of nuclear medicine."

Katherine Binzel, PhD, shares her overall enthusiasm for the Vereos digital PET/CT and ease of the workflow.

 

 

             "...it is the future of medicine."

Features
Digital Photon Counting || Superb imaging

Digital Photon Counting

Unlike analog PET/CT scanners that use photomultipliers, or analog SiPMs to detect light, the Vereos PET/CT scanner uses proprietary Digital Photon Counting (DPC) technology. DPC technology converts light directly to a digital signal with zero analog noise.
1:1 coupling || Superb imaging

1:1 coupling

Each crystal is connected to a single digital photon counting detector. This 1:1 coupling, combined with 325 ps Time-of-Flight (TOF) timing resolution and reduced pile-up effects, allows for a much higher count rate capability and improved spatial resolution compared to analog² systems.
≈ 2x volumetric resolution*

≈ 2x volumetric resolution*

The system uses 1:1 coupling of crystals to digital detectors. This means spatial, timing, and energy resolution is improved throughout the entire field of view, for improved volumetric resolution.
≈ 2x sensitivity gain*

≈ 2x sensitivity gain*

Philips Digital Photon Counting technology converts light directly to a digital signal. Because there is virtually no noise introduced in this conversion, the system improves the signal-to-noise ratio which enables improved sensitivity.
≈ 2x quantitative accuracy*

≈ 2x quantitative accuracy*

Vereos has improved quantitative accuracy of +/- 5% when compared to +/- 10% seen with analog systems.²
Premium image quality || Superb imaging

Premium image quality

iDose⁴ improves image quality⁴ through artifact prevention and increased spatial resolution at low dose.
Improved workflow efficiency || Superb imaging

Improved workflow efficiency

iPatient drives confidence and consistency through personalized patient-centric workflow. The iPatient platform can reduce time-to-results by 24% and clicks per exam by 66%⁵.

Technical Specifications Show more

Minimum Room Size
Exam room
Length 731.5 cm
Width 472.4 cm
Control room
Length 193 cm
Width 472.4 cm
Scanner Characteristics
Gantry dimensions
Length: 484.9 cm
Width: 220.3 cm
Height: 206.5 cm
Weight
4,211 kg
Key specifications
Detector design
Digital Photon Counting (DPC)
Number of PET detectors
23,040
PET timing resolution
310 ps FWHM
TOF localization accuracy
4.6 cm
PET effective sensitivity per cm
1,427 cps/MBq/cm
PET quantitative accuracy
+/- 5%