AnyScan® TRIO SPECT/CT

CZT-based SPECT camera system for nuclear cardiac imaging with open gantry design and swivel detector columns. Enables myocardial perfusion imaging, 3D dynamic organ imaging, and lower dose protocols with high sensitivity and improved energy resolution.

Next-generation nuclear medicine imaging camera utilizing CZT solid-state detector technology with improved count rate capabilities and energy resolution. Designed for high-definition SPECT imaging with dynamic acquisition capabilities and attenuation correction algorithms.

Advanced single photon emission computed tomography (SPECT) system featuring CZT solid-state detectors with swiveling detector columns for cardiac imaging. Offers superior sensitivity and energy resolution compared to traditional NaI detectors, enabling myocardial perfusion imaging with reduced radiation dose and acquisition times of 4-7 minutes.

Digital SPECT camera system using CZT solid-state detectors for nuclear medicine imaging, enabling rapid myocardial perfusion scans in under two minutes. Features open-gantry design for patient comfort, emission-based attenuation correction, and dynamic 3D imaging for flow reserve calculation and comprehensive diagnostic assessment.

A dedicated cardiac SPECT imaging system featuring CZT solid-state detectors arranged in a stationary curved gantry configuration with 6 or 9 detector columns. The system enables myocardial perfusion imaging with patients positioned supine, upright, or at any angle, supporting up to 1000 lb/454 kg. The unique swivel head detector design with pixelated tungsten collimators provides high sensitivity, improved energy resolution, fast acquisition times, and 3D dynamic imaging capabilities with lower radiation dose protocols compared to traditional NaI detector systems.

Single photon emission computed tomography system for nuclear medicine imaging. Combines functional imaging capabilities for diagnostic evaluation of various pathological conditions.

A molecular imaging system combining SPECT and CT capabilities for oncology, neurology, cardiology and radiology applications. Allows physicians to diagnose, treat and monitor diseases with greater precision and confidence for personalized evidence-based care.

Single Photon Emission Computed Tomography (SPECT) system for functional imaging of organ perfusion and metabolism. Integrates with gamma camera technology for cardiac, neurological, and oncological diagnostic applications. Provides high-resolution tomographic imaging with advanced image reconstruction capabilities.

GE Discovery NM 670 SPECT/CT is a hybrid imaging system combining single-photon emission computed tomography with computed tomography for functional and anatomical imaging. It enables simultaneous assessment of cardiac, oncologic, and neurologic conditions with improved diagnostic accuracy and patient localization. The system delivers low-dose imaging protocols suitable for nuclear medicine departments and imaging centers.

A cardiology-focused digital SPECT imaging system featuring an open-gantry design for enhanced patient access and comfort. It performs myocardial perfusion scans in as little as two minutes and is the first digital SPECT camera to provide attenuation artifact correction using the patient's own SPECT data. The system offers dynamic imaging for flow reserve calculation and emission-based attenuation correction for conclusive diagnostic findings.

Comprehensive SPECT imaging systems for nuclear medicine departments and cardiology facilities. Supplied to university hospitals and tertiary care centers for diagnostic and therapeutic nuclear medicine applications.

A ring-shaped gantry digital SPECT/CT imaging system featuring 12 digital CZT (Cadmium Zinc Telluride) detectors that automatically adjust within millimeters of the patient's body for 360° total body 3D imaging. The system provides hybrid SPECT/CT capabilities with options for 16 or 64-slice diagnostic CT, enabling comprehensive nuclear medicine imaging from head to toe in a single acquisition. It includes advanced image reconstruction algorithms, attenuation correction, scatter correction, partial volume correction, and quantitative post-processing capabilities with integrated acquisition and review console for improved diagnostic accuracy and reduced scan times and radiation dose.