Suros ATEC® Sapphire breast biopsy and excision system

HOLOGIC Suros ATEC® Sapphire Breast Biopsy & Excision System 

Vacuum-Assisted Breast Biopsy System | Minimally Invasive Tissue Removal

Condition: Used – Fully Working Condition

Product Overview

The Suros ATEC® Sapphire Breast Biopsy and Excision System is an advanced vacuum-assisted breast biopsy (VABB) platform designed to support accurate tissue sampling and minimally invasive excision procedures. Trusted by women’s imaging centers and breast care specialists, the ATEC Sapphire system delivers efficient performance, consistent sample quality, and streamlined workflow for diagnostic breast interventions.

Engineered for precision and patient comfort, this system is commonly used in stereotactic breast biopsy, ultrasound-guided biopsy, and mammography-guided procedures, making it a valuable addition to breast imaging and diagnostic facilities.

Key Features

• Advanced vacuum-assisted breast biopsy and excision technology

• Designed for fast, efficient tissue acquisition with consistent performance

• Supports minimally invasive breast biopsy procedures

• Reliable system operation for diagnostic imaging environments

• Optimized for high-volume breast centers and outpatient clinics

• Proven Suros technology widely used in breast health programs

Clinical Applications

• Breast Biopsy Procedures (VABB)

• Breast Lesion Sampling and Tissue Excision

• Stereotactic Breast Biopsy

• Ultrasound-Guided Breast Biopsy

• Mammography-Guided Biopsy Procedures

• Women’s Imaging Centers & Breast Clinics

Condition Details

This unit is being sold as Used – Fully Working Condition.
It powers on and operates properly. Cosmetic wear may be present from normal clinical use.

Why Choose the Suros ATEC® Sapphire System?

The ATEC Sapphire Breast Biopsy System is known for its dependable performance, precision sampling capability, and efficiency in minimally invasive breast procedures. Facilities benefit from:

• Improved biopsy workflow and procedure speed

• High-quality sample collection for accurate diagnosis

• Trusted performance in breast imaging environments

• Cost-effective alternative to purchasing new biopsy systems