Radbook 2017

◼  MAMMOGRAPHY BIOPSY TABLES Hologic · Airm Breast Biopsy Guidance System Hologic · Airm Prone System Highlights The Affirm breast biopsy guidance system is designed to meet the biopsy challenges and needs of today and paves the way for future advances in interventional procedures with its tomosynthesis biopsy option. • For Stereotactic and 3D Interven- tional Procedures • Designed for the Hologic Selenia Dimensions digital mammography system • 10° angled biopsy approach for unobstructed view Highlights Hologic’s 3D Breast Biopsy option helps visualize lesions that are only seen under tomo- synthesis while also reducing the number of steps needed for a procedure and lowering the radiation dose compared to a traditional 2D biopsy • Stereotactic biopsy with Superior 2D or 3D imaging using the same proven detector technology found in our Selenia Dimensions mammography system. • A streamlined workflow designed to deliver faster procedures • Easy, total access to the breast with full 360-degree access and an exclusive fully integrated lateral needle approach to facilitate reaching challenging lesions IMS · Giotto Class FLEXITABLE IMS · Giotto Mammo-bed Pixel size Detector Technology 85 µm (without binning) Amorphous Selenium latest generation, 24 x 30 cm Biopsy table for TOMO-Guided or Stereo BIOPSY with the patient in a PRONE position Detector Resolution a-Se, 24 x 30 cm – same of mammography 85 µm Highlights • The FLEXITABLE in combination with Giotto CLASS allows the operator to perform Tomo-Guided or Stereo biopsy with the patient in prone position, operating with the same detector used in the DBT clinical investigation. It guarantees to proceed with the same visualization of lesions like in DBT. • Prone position provides 360° access to the breast with lateral, cranial caudal and inclined approach Highlights • Prone biopsy table using the same mammography unit detector, guarantee that the lesion visualized during the mammography exam will also be visible during biopsy. Reducing the risk to lose hidden lesions. • The system provides 360° access to the breast with no repositioning of patient. Possibile to choose the best possible approach to the breast: frontal, frontal inclined and lateral. RADIOWAVE-IMAGING Micrima · MARIA RADBOOK 2017 Highlights Micrima’s MARIA employs a novel radio-wave based 3D modality to detect and assist in the diagnosis of breast cancer. MARIA offers several advantages over x-ray mammography: it has excellent dense tissue performance and no ionising radiation is used so it can be applied frequently to patients from a young age if required. The system does not entail painful breast compression. MARIA is upgradeable via software to provide increasing levels of tissue differentiation. Please visit us at www.healthcare-in-europe.com 76 RADBOOK 2017

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