IBA Dosimetry
PhantomX Abdomen Phantom
Art. N°
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Medical Imaging - QA for AI
Mixed cylinders
Detailed and realistic simulation of soft and bone tissue with 35 rod-shaped liver lesions for CT (including CBCT) to evaluate and optimize imaging performance and post-processing applications, including AI-enabled applications.
- Brochure
- /fileadmin/user_upload/products/09_phantomx/PhantomX_-_Abdomen/Abdomen_Phantom_Mixed_cylinders/PX0203547.pdf
- Specifications
- Specifications Size: Approx. 268 x 189 x 150 mm Weight: Approx. 4950 g Base material: Cellulose-polymer composite Optimal tube voltage: 120 kVp – adaptable upon request –
- Used for Workflow
- Abdomen
- Diagnostic features
- Diagnostic features Realistic simulation of vasculature, bone and soft tissues, including the liver, gallbladder, pancreas, spleen, adrenals, kidneys, stomach, small intestine and colon. 35 rod-shaped liver lesions in 5 sections. Lesion diameter: 5 to 15 mm Lesions contrasts: 25 to 110 HU at 120 kVp Section 1: 8 lesions Section 2: 9 lesions Section 3: 9 lesions Section 4: 6 lesions Section 5: 3 lesions
- Packaging & Dimensions
- Packaging & Dimensions The product ships in a protective hard case featuring interior foam padding. - Dimensions (case): 415 x 280 x 190 mm - Dimensions (packaged)*: 465 x 355 x 210 mm - Total weight (ready to ship): 10.0 kg *Outer packaging (e.g., cardboard box or protective wrap) may vary slightly, affecting total dimensions.
- Abdomen Phantom Mixed cylinders
- This phantom simulates a contrast medium enhanced abdomen in portal venous phase. It covers the eleventh thoracic vertebra to the fourth lumbar vertebra (partially included). The phantom has 35 rod-shaped liver lesions with 5 to 15 mm diameter and lesion contrasts of 25 to 110 HU to the surrounding liver. The phantom can be used in CT (including CBCT) to evaluate and optimize imaging performance and post-processing applications, including AI-enabled applications. It is also suited for training purposes. The phantom provides a detailed and realistic simulation of soft and bone tissue. Air voids are filled with a cellulose-polymer composite of approx. -160 HU.
- Compatible with Machine/Modality/Application
- CT Simulation
