The Model 020 BR3D Mammography Phantom was designed to assess detectability of various size lesions within a tissue equivalent, complex, heterogeneous background. This phantom provides more realistic challenges for standard screen and FFDM mammography systems as well as Tomosynthesis and breast Computed Tomography.
Benefits • Tests Tomosynthesis and Breast Computed Tomography • More representative than standard homogenous phantoms • Complex background provides greater challenge for target detection • Slab configurations provides range of thicknesses with or without targets
The CIRS Model 020 BR3D Mammography Phantom was designed to assess detectability of various size lesions within a tissue equivalent, complex, heterogeneous background. This phantom provides more realistic challenges for standard screen and FFDM mammography systems as well as Tomosynthesis and breast Computed Tomography.
The phantom consists of a set of six (6) slabs made of heterogeneous breast equivalent material that exhibits characteristics of real breast tissue and demonstrates how underlying targets can be obscured by varying glandularity.
Each slab contains two tissue equivalent materials mimicking 100% adipose and gland tissues “swirled” together in a approximate 50/50 ratio by weight. One of the slabs contains an assortment of micro-calcifications, fibrils and masses.
Each semicircular shaped slab measures 100 (H) x 180 (L) x 10 mm (T). Each slab, with its unique swirl pattern, provides varying backgrounds when arranged in multiple combinations and thicknesses.
Mammography
BR3D Phantom
For Tomosynthesis
and Breast CTk
Model 020
Benefits
?Tests Tomosynthesis and Breast Computed Tomography
?More representative than standard homogenous phantoms
?Complex background provides greater challenge for target
detection
?Slab configurations provides range of thicknesses with or
without targets
The CIRS Model 020 BR3D Mammography Phantom was designed to assess detectability of various size lesions within a tissue equivalent, complex, heterogeneous background. This phantom provides more realistic challenges for standard screen and FFDM mammography systems as well as Tomosynthesis and breast Computed Tomography.
The phantom consists of a set
of six (6) slabs made of heterogeneous breast
equivalent material that exhibits characteristics of real breast tissue and demonstrates how underlying targets can be obscured by varying glandularity.
Each slab contains two tissue equivalent materials mimicking 100% adipose and gland tissues “swirled?together in a approximate 50/50 ratio by weight. One of the slabs contains an assortment of micro-calcifications, fibrils and masses.
Each semicircular shaped slab measures 100 (H) x 180 (L) x 10 mm (T). Each slab, with its unique swirl pattern, provides varying backgrounds when arranged in multiple combinations and thicknesses.
Emergency and Clinics
Auto Diagnostic Cable
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