This breast phantom simulates a compressed breast. It is composed of four slabs that are held together by a magnetic mount. The phantom can be equipped with an insertable pattern to simulate microcalcifications. The central slabs can be replaced to simulate a breast mass.
Compatible with: Mammography, QA for AI, Tomosynthesis, Breast
Used for: AI QA, Breast
Mass and Calcifications
This breast phantom simulates a compressed breast. It is composed of four slabs that are held together by a magnetic mount.
The phantom can be equipped with an insertable pattern to simulate microcalcifications. The central slabs can be replaced to simulate a breast mass.
The phantom can be used in mammography and breast tomosynthesis 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 glandular and adipose tissue.
Features
Specifications
- Size: 152 x 134 x 36mm
- Weight: 590g
- Components: 4 slabs of 9 mm thickness
- Positioning aid: Magnetic mount
- Base material: Cellulose-polymer composite
Diagnostic features
Realistic simulation of glandular and adipose tissue.
Insertable calcification pattern
- Pattern thickness: 0.1 mm Calcification diameter: 0.05 to 0.39 mm
Replacement slabs containing a spiculated mass
- Mass integrated in 2 additional slabs for replacement of the 2 central slabs
- Mass size: approx. 15 x 17 x 15 mm
Packaging & Dimensions
The product ships in a protective hard case featuring interior foam padding.
- Dimensions (case): 240 × 185 × 106 mm
- Dimensions (packaged)*: 290 × 250 × 130 mm
- Total weight (ready to ship): 2.5 kg
*Outer packaging (e.g., cardboard box or protective wrap) may vary slightly, affecting total dimensions.
Related Accessories
The following accessories are available for this phantom:
Breast Calcifications - Pentagonal Cluster A calcification pattern designed for use with the PhantomX Breast Phantom in mammography and breast tomosynthesis. It supports image quality assessment, training, and evaluation of diagnostic software, including AI tools.
The pattern simulates realistic microcalcifications with diameters ranging from 50 µm to 390 µm , designed to provide accurate absorption properties within the diagnostic energy range. The pentagonal shape facilitates reliable and reproducible calcification detection.
