American CIRS 600 3D torso phantom

USACIRS 600 3D torso phantom

Introduction:

USAThe CIRS 600 3D Torso Phantom is designed to provide a precise simulation of the average male torso (22 cm thick) for medical imaging and dosimetry applications. The epoxy material used to create the phantom provides excellent tissue simulation between the diagnostic and therapeutic energy range (40keV to 20MeV).

Unlike other cross-sectional dosimetry models,Type 600 includes internal organ structures such as the heart, liver, kidneys and pancreas. The tissue density of all simulated organs matches the actual organs and can be clearly visualized.

The lower part of the model contains the simulationSoft projectile material made of a mixture of 30% fat and 70% muscle tissue. Muscle-simulating material is layered over the ribs and spine. The outer envelope simulates a mixture of 43% fat and 57% muscle tissue.

All parts of the Model 600 are numbered sequentially for easy assembly.

USACIRS 600 3D torso phantom features:

including internal organ structures

Ideal for calibration, quality assurance and training purposes where specific internal organs are of interest

Can be configured to accommodate a variety of dose measurement media

Can be used for anyX-ray imaging or treatment device

3D torso phantom includes:

Tissue equivalent trunk cavity with skeletal structure

Tissue Equivalent Lung, Heart, Liver, Pancreas, Gallbladder and Kidney

Foam lined suitcase

Technical manual