Spectrum Veriton Sieries
Spectrum Dynamic - Veriton Sieries (1)
Spectrum Dynamic - Veriton Sieries (2)
Spectrum Dynamic - Veriton Sieries (2)
Spectrum Dynamic - Veriton Sieries (1)
Spectrum Dynamic - Veriton Sieries (4)
Spectrum Dynamic - Veriton Sieries (5)
Spectrum Dynamic - Veriton Sieries (3)
Spectrum Dynamic - Veriton Sieries (1)
Spectrum Dynamic - Veriton Sieries (2)
Spectrum Dynamic - Veriton Sieries (2)
Spectrum Dynamic - Veriton Sieries (1)
Spectrum Dynamic - Veriton Sieries (4)
Spectrum Dynamic - Veriton Sieries (5)
Spectrum Dynamic - Veriton Sieries (3)
spectrum

Spectrum Veriton Sieries

Spectrum Dynamics Medical built the VERITON with a new generation imaging technology like no other, wrapping 360° around the patient’s body contour for a personalized exam. The heart of the innovation is in a set of 12 digital CZT detectors that automatically move within millimeters of the patient’s body. The 3D hybrid digital scanner gives clinicians comprehensive information to help diagnose with confidence and accuracy.

Features & Benefits

In the past, converting a dual head camera to more expensive CZT technology without a broader clinical impact offered too little value. That’s why Spectrum Dynamics engineers took the bold step to change the shape of scanning with 360° CZT design, which improves sensitivity to a point that the system can truly affect change. Without the historical dual head design barriers, VERITON delivers proximity and efficiency.

VERITON Innovative System Design: 360° CZT

Spectrum Dynamics product portfolio foundation is built on CZT solid-state digital detector technology. The goal is to maximize the benefits of CZT in routine clinical applications in nuclear medicine departments: -consistently generate clinical studies of high image quality; -shorten the scan times; -image using the lowest possible injected activity; -improve diagnostic accuracy; – A digital SPECT/CT such as the VERITON, can help drive new and innovative clinical growth in SPECT imaging with new applications only possible with digital technology, such as 3D dynamic myocardial perfusion imaging.

The engineering and algorithm teams developed four distinctive features for the optimal utilization of CZT detectors for SPECT imaging:

1. CZT columns that swivel to acquire data during acquisition

2. Unique gantry designs to optimize 3D imaging with the digital detectors as close to the organ of interest as possible, key for sensitivity and resolution gains .

3. A comprehensive reconstruction algorithm selection to generate the best image quality possible, with options that until now, were only used in PET/CT imaging for SUV calculation.

4. Integrated acquisition, quantitative reconstruction and review console that allows for workflow efficiency while enhancing the collaboration between the technologist and clinician.

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