Affirm® Upright Breast Biopsy Solution – Advanced Precision from Hologic
The Affirm® Upright Breast Biopsy Solution by Hologic is a revolutionary tool designed to deliver accuracy, comfort, and efficiency in breast biopsy procedures. This advanced system supports better outcomes by integrating innovative imaging and biopsy technology for confident diagnoses.
Features
Precise Biopsy Targeting
Real-time 3D imaging for pinpoint accuracy in identifying and targeting suspicious areas.
Versatile Positioning
Adjustable upright positioning ensures patient comfort and enables biopsy access for a variety of lesion locations.
Integrated Imaging Platform
Compatible with Hologic’s mammography systems, including the 3Dimensions™ system, for seamless operation.
Streamlined Workflow
Automated features, such as target location and needle guidance, enhance procedural efficiency.
Patient-Centric Design
Minimizes discomfort and anxiety during procedures with ergonomically designed features.
Customizable Settings
Adaptable imaging and biopsy techniques meet the unique needs of each patient.
Specifications
Imaging Compatibility: Fully integrated with Hologic mammography systems
Targeting Technology: Advanced real-time 3D image guidance
Patient Positioning: Adjustable upright design for maximum accessibility
Needle Guidance: Automated and precise trajectory controls
Connectivity: Seamless integration with Hologic SecureView® Workstation
Benefits
Enhanced Accuracy - 3D imaging ensures precise targeting of lesions, even in dense breast tissue.
Improved Workflow Efficiency - Automated processes reduce procedure times and increase throughput.
Patient Comfort and Confidence - Designed with patient-centered ergonomics to reduce stress and discomfort.
Seamless Integration -Works flawlessly with Hologic’s imaging and diagnostic systems for a cohesive experience.
About Us
delivers advanced medical solutions in Breast Imaging, Biopsy, Surgery, Skeletal Health, Ultrasound Systems, and AI technologies, fostering precision and innovation in healthcare.