Ultra-fast SPECT/CT Scanning

• The third detector and redesigned LEHR-HS collimator not even improve image quality, but also save time 
• Seamless data acquisition with continuous SPECT/CT
• PET-like workflow increases diagnostic confidence with total-body SPECT/CT 
• Total-Body SPECT scan in 10-20 minutes 
• Myocardial examination under 4 minutes

Transformable™ Gantry

Three different imaging modes:  

• Ultra-fast total-body SPECT/CT with 120°detector position for PET like imaging  
• Dual-head, 90° position for cardiac SPECT/CT
• True planar imaging in 180° detector position

Optimized Time-Quality-Dose

• Decrease Acquisition Time: The average acquisition time can be reduced to a quarter. A total-body bone SPECT scan can be implemented in 10 - 20 minutes. The shorter acquisition time helps to improve patient comfort and decrease the chance of motion artefacts. 
• Maximize Image Quality: Improve diagnostic accuracy and confidence. Significantly higher system resolution and better contrast to noise ratio become available compared to the conventional two detector head SPECT systems. 
• Reduce Administered Activity: Minimize patient dose and reduce the exposure of the administrator. The smaller amount of applied tracers can dynamically reduce the average radiotracer cost. 

Diagnostic Dual-Performance CT

• 16 slice diagnostic CT with 32-slice reconstruction
• Standard Low Dose protocols for diagnostic CT applications
• Ultra-Low Dose CT with sub-mSv effective dose for attenuation correction and localization
• Iterative Image Reconstruction with Tera-Tomo™ 3D CT
• High power CT with up to 440 mA in diagnostic mode, 0.5 sec rotation speed, and 0.625 mm resolution, with on-the-fly dose modulation, Metal Artefact Reduction and Motion Artefact Correction.

Absolute Quantitative Imaging with Tera-Tomo™ 3D SPECT-Q Reconstruction

• Mediso developed Tera-Tomo™ 3D SPECT-Q engine ensures quantitative results with precise SUV values 
• Best image quality and quantitative results
• Monte Carlo simulation based iterative SPECT/CT reconstruction
• SUV calculation for radioisotopes. Not only for commonly used tracers like ^99mTc, ¹³¹I, ¹²³I, ¹⁷⁷Lu, but for many more demanding theranostic isotopes
• Available Normal Databases and possibility to create with easy workflow

Multi-FOV SPECT

• Total-Body SPECT at extreme fast scan time, meaning instead of conventional 2D WB imaging, we can achieve 3D WB SPECT scan during similar acquisition time 
• Alternating acquisition scan option. Detector head collect data in clockwise and counter-clockwise mode as well
• Continuous gantry rotation makes the examination faster
• Automatic stitching of acquired images

Highlighted Features for Smooth NM Workflow

• NM localizer: This function combines the patient positioning procedure with whole-body planar acquisition to generate data for acquisition planning as an alternative to CT localizer
• NM localizer AI: Artificial Intelligence supported image filter for planar bone scans is available in Nucline™ acquisition software. AI-filter is aimed to increase the image quality
• List-mode data acquisition for retrospective image reconstructions and protocol optimization    
• Real-time time-activity curve (TAC) display
• NM-GO function: a foot switch was added to support smooth workflow, e.g. simultaneous administration of radiotracer and acquisition start