MAXimized Performance for Theranostics

• Theranostic applications with isotope energies up to 640 keV provided by 15.9 mm NaI crystal 
• Detector sensitivity gain of 30% for ¹⁷⁷Lu, 80% for both ¹³¹I and ²²⁵Ac when compared to 9.5 mm NaI crystal based detector 
• Intrinsic resolution of 3.3 mm (FWHM) maintained by high-density sensor arrangement (123 PMTs per detector head)

Ultra-fast Quantitative Total-Body SPECT/CT

• Extreme sensitivity of 1620 kcps/(MBq/cm³) for ^99mTc measured as Total System Response* delivered by the 15.9 mm crystal thickness 
• Triple-NaI-Detector: completely surrounded patient in 360° with three large surface detectors (up to 5x larger than 12-detector CZT systems) 
• Seamless SPECT acquisition supported by continuous detector movements 
• Long Axial-FOV of 40 cm enables 2 meters SPECT/CT imaging in just five bed positions, as well as ultra-fast quantitative total-body scan with less than 10 minutes acquisition time.

From General Purpose to Organ Focus Imaging

• TheraMAX is a versatile SPECT/CT system offering five imaging modes by its Transformable™ Gantry and simple collimator exchange procedures
• Total-Body mode applying all three detectors for ultra-fast quantitative total-body SPECT/CT
• Brain focus imaging with dedicated MPH-Brain collimator for superior image quality Brain Perfusion and DAT SPECT
• Cardiac focus imaging with MPH-Cardiac collimator delivers fast myocardial perfusion or amyloid scans, and even dynamic SPECT acquisition
• Dual-detector modes provide true planar and SPECT imaging options.

MAXimized Image Quality and Quantitative Accuracy

• Our signature parallel-hole collimators are available for low-, medium-, high- and ultra-high energies 
• Novel multi-pinhole (MPH) technology provides focused imaging for brain and cardiac applications with PET-like image quality and assists dynamic SPECT applications 
• Tera-Tomo™ 3D SPECT-Q is the ultimate quantitative image reconstruction solution, featuring Monte Carlo based physical modelling of particle-level gamma photon interactions running on high-performance GPUs.

Triple-Performance CT

• Standard Low Dose protocols for diagnostic CT applications 
• Ultra-Low Dose CT with sub-mSv effective dose for attenuation correction and localization 
• AI-Powered Synthetic CT (SyCT) with zero effective CT dose for quantitative SPECT attenuation correction and anatomical localization in ^99mTc bone imaging (For research purpose only)
• High power, 16 slice CT with up to 440 mA in diagnostic mode, offering 32-slice reconstruction, 0.5 sec rotation speed, 0.625 mm resolution and on-the-fly dose modulation
• Iterative Image Reconstruction with Tera-Tomo™ 3D CT and advanced corrections for Motion- and Metal Artefact Reduction. AI-based CT image quality enhancement

SyCT – the AI-Powered Synthetic CT

Experience the innovation of zero-dose CT imaging for quantitative SPECT analysis with our AI-Powered Synthetic CT (SyCT) solution (for research purpose only):

• Free from the effective dose artifacts of traditional CT scans
• Anatomical localization and accurate SPECT attenuation correction for absolute quantification
• No motion and registration mismatches between SPECT and CT
• Enhanced workflow efficiency: no need for dual-modality imaging
• Applicable for ^99mTc bone scans, including total-body imaging

First Global Installation of the AnyScan® TRIO SPECT/CT, TheraMAX

“The AnyScan® TRIO SPECT/CT, TheraMAX will boost our diagnostic and theranostic workflow and targeted radionuclide therapy, leading to better patient care and it also opens new possibilities in clinical research.” Said Professor Dr. Dirk Hellwig, the head of the Department of Nuclear Medicine at University Hospital Regensburg, Germany.