MOZART® 3D Specimen Radiography systems

The only specimen imaging systems that offer 3D Tomosynthesis.

Why 3D?

3D tomosynthesis is an advanced, proven imaging technique that is already the standard of care for diagnostic mammography.  It takes multiple X-ray images from different angles to allow clinicians to examine the tissue in one-millimeter digital slices.

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“The picture slices it from top to bottom with one-millimeter slices, which allows me to look at each slice individually. This allows me to identify things more easily and be more precise in patient procedures.”

Andrea Colton, MD, MPH
Breast Surgical Oncologist, Lexington Clinic

“It reduces amount of tissue removed at re-excision (intra-operatively at first surgery or subsequent surgery) to hemi-quadrant (1/8 shave) vs hemisphere or multiple 6 margin random shaves.”

Ralph Corsetti, MD, FACS
Edward G. Schlieder Educational Foundation Chair in Surgical Oncology, Tulane University School of Medicine

“Specimen tomosynthesis is a no- brainer. If you’re a breast surgeon, and you want to provide the best care, this is it. To identify whether you’ve done the right operation, you need this.”

Cary Kaufman, MD, FACS
Associate Clinical Professor of Surgery, Bellingham Regional Breast Center

mozart iq

"The MOZART® 3D Specimen Radiography System has improved my operating room experience. I can assess and interpret the specimen radiograph within minutes of excision. Most notable, I can assess the distance of the lesion from the anterior and posterior margins, which I haven’t been able to do with other intraoperative specimen radiograph technologies. I can give my patients the best shot at not needing a re-excision. Furthermore, I can focus on getting my patients from surgery to adjuvant therapies more efficiently and provide the highest quality of care.”

Dr. Stacy Ugras, Breast Surgical Oncologist

dr ashutosh kothari

"Three dimensional specimen tomosynthesis has brought specimen radiography in to the 21st century as it negates all the short comings of two dimensional radiography and accurately provides data for targeted re-excision of cavity margins thereby reducing total volume loss and enhancing aesthetics.”

Dr. Ashutosh Kothari
Oncoplastic & Reconstructive Breast Surgeon at Guy’s and St. Thomas NHS Foundation Trust

Get in touch

Contact us to see The MOZART System and its state-of-the-art, 3D margin assessment technology in action.