Digital Breast Tomosynthesis QC Phantom

Model 021

The CIRS Digital Breast Tomosynthesis (DBT) QC Phantom is designed to address quality control for DBT systems. The phantom can be used for software analysis and “traditional” visual tests.

Our DBT QC Phantom consists of eight homogeneous slabs made from breast-equivalent material in 50/50 ratio of gland and adipose tissue (BR50/50). Optional swirled slabs are comprised of 100% adipose and 100% gland tissues in an approximate 50/50 ratio by weight. Three homogeneous slabs include imaging targets. Each slab measures 100 x 180 x 10 mm, allowing for the use of a combination of homogeneous and swirled slabs to test the influence of scatter radiation on image quality in more clinically-relevant, inhomogeneous conditions.

The phantom includes a positioning holder with magnetic fixation for repeatable alignment and positioning on DBT scanners.

Perform Image Quality Tests:
  • Volume coverage missing tissues
  • Pixel Value Uniformity
  • Noise: SNR & SDNR
  • Resolution in X, Y and Z directions (MTF, ESF & PSF)
  • Geometric accuracy 3D
  • Artifact assessment
  • Visual detectability: specs, masses & fibers
  • Acceptance testing, daily and routine QC
  • Evaluate image quality and stability of DBT systems
  • Consistent and repeatable targets in homogeneous background
  • Optional complex background provides clinically relevant challenge for target detection
  • Developed to meet work-in-progress requirements of EUREF & AAPM TG245


Data Sheet

Digital Breast Tomosynthesis QC Phantom: Data Sheet

Model: 021 Modality: