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This phantom is designed according to AAPM TG-111 findings. The phantom comprises three 20 cm thick PMMA cylinders 300 mm in diameter similar to the standard Pro-CT Dose phantom. -
The Anthropomorphic Torso Phantom includes a large, body-shaped cylinder with lung, liver, and spine features. The lung inserts can be filled with polystyrene beads and water to simulate lung tissue density. The product simulates the upper torso of an average to large person and also depicts the anatomical structures and radioactivity distributions. -
The Cardiac Insert is designed to be used with the various Data Spectrum circular and elliptical cylinders, the Elliptical Lung-Spine Body Phantom, and the Anthropomorphic Torso Phantom. -
The Elliptical Lung-Spine Lid consists of two lung chambers filled with polystyrene beads to simulate lung tissue with density. The lid also has a PTFE rod that is used to simulate the spine. -
The Elliptical Lung-Spine Body Phantom includes both the spine and fillable lung inserts. The lung inserts can be filled with polystyrene beads and water to simulate lung tissue density. The phantom simulates the anatomical structures and radioactivity distributions of the upper torso. -
The Fillable Spine Insert is pre-filled from the factory with a saturated solution of potassium phosphate. -
The Hoffman 2D Brain Phantom provides the thickness differences between ventricle, gray and white matter. The phantom simulates the radioactivity distribution in a single slice of a brain study. -
The Hoffman 2D Multi-Compartment Brain Phantom stimulates the activity distribution, metabolic image of a normal and abnormal human brain. -
The Hoffman 3D Brain Phantom provides an anatomically accurate simulation of radioactivity distribution for brain SPECT, brain PET studies, and distribution of proton density and relaxation parameters for brain MRI studies. -
The phantom for performance evaluation of small animal systems or ultra-high resolution ECT systems. -
The phantom for NM and PET systems performance evaluation (collimator, artifacts, calibration, reconstruction parameters). It can be used to evaluate, for example: center-of-rotation error, non-uniformity artifacts, changes of radius-of-rotation on spatial resolution, reconstruction filters on spatial resolution, attenuation and scatter compensation. -
The phantom for small FOV NM and PET systems performance evaluation (collimator, artifacts, calibration, reconstruction parameters)