Torso Phantom

This phantom simulates the contrast-enhanced thorax, abdomen and pelvis of a 3-year-old child in the portal venous phase. It covers the sixth cervical vertebra to the perineum. The phantom can be used in CT (including CBCT) and X-ray imaging 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 including those of the lungs are filled with a cellulose-polymer composite of approx. -160 HU. Size (mm): 235 x 144 x 398 mm

This phantom simulates a 1-year-old child's contrast medium enhan¬ced thorax, abdomen and pelvis in portal venous phase. It covers the sixth cervical vertebra to the perineum. The colon is filled with contrast medium as after oral administration. The phantom can be used in CT (including CBCT) and X-ray imaging to evaluate and optimize imaging performance and post-processing applica¬tions, 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 including those of the lungs are filled with a cellulose-polymer composite of approx. -160 HU. Size (mm): 210 x 145 x 313 mm

Breast phantom with adipose and glandular tissue. This breast phantom was designed to simulate breast imaging in mammography and breast tomosynthesis. It represents a compressed breast of 4 cm thickness that can be placed under the compression paddle. This phantom provides a realistic simulation of breast imaging. It was developed for testing and optimizing dose and image quality and for training of medical and technical staff. The phantom is manufactured from virtual data* containing adipose and glandular tissue. The models are handmade unique piece, which can differ slightly in size and design. The phantom can be provided as one-piece anthropomorphic phantom or in a sectional design. Dosimeter openings and pathologic features can be included upon request.Size: 15 x 11 x 4 cm* References Breast Phantom:1. Graff, C.G., "A new open-source multi-modality digital breast phantom," Proc. SPIE 9783, 978309 (2016).2. Ikejimba, L.C., Graff, C.G., Rosenthal, S., Badal, A., Ghammraoui, B., Lo, J.Y. and Glick, S.J., “A novel physical anthropomorphic breast phantom for 2D and 3D x-ray imaging,” Medical Physics 44(2), 407-416 (2017).

This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The foot phantom provides an extremely realistic simulation of a foot. Pathologies (e.g. fractures, calcifications, bones and soft tissue tumors) can be integrated on request.Size: 10 x 12 x 25 cm

This phantom is created from real patient data and is manufactured using the latest technology. Bones, vessels and soft tissue are displayed authentically with realistic CT values ??for all tissues at 120 kVp tube voltage in the CT. If the phantom is to be used primarily with other tube voltages (e.g. 100 kVp), the calibration of the CT values ??can be adjusted accordingly if required. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled by a material with about -80 Hounsfield units.The hand phantom provides an extremely realistic simulation of a hand. Pathologies (e.g. fractures, calcifications, bones and soft tissue tumors) can be integrated on request.Size: 6 x 11 x 20 cm