Quantitative Transmission Imaging

An Evolution of Breast Imaging Available Nationally

Hear firsthand from a patient who chose QT Imaging as part of her breast health journey, and the physician who brought this innovative technology to his clinic. This powerful story highlights the impact of advanced imaging, the confidence it provides, and why providers partner with NXC to deliver exceptional care.

An innovative, FDA cleared, technology based on low frequency soundwaves, using true 3D acquisition.¹

Introducing the Breast Acoustic CT™ Scanner

THE QT EXPERIENCE

The way breast imaging should be

Innovative system prioritizing patient comfort and safety
Delivering high-quality, high-resolution, quantitative 3D images
Eliminating uncomfortable, painful breast compression
No radiation exposure
No need for contrast agents or injections
Affordable and accessible

The clearest picture is our greatest asset

Dense breasts are common. In fact, about 50% of women in the US and more than 75% of women in Asia have dense breasts. With images that show clear information about breast tissue, our goal is to identify what is benign, and what’s problematic.

For Every 1,000 Screening Mammograms

Call Back Rates

~15% call-backs rates with mammography

150

98% of recalls are avoidable

Biopsies

~10% biopsy rate for callbacks

Over 80% of callback biopsies are benign³

Cancer Incidence

0.3% cancer diagnosis⁵

* Source: Mark Lenox et al. Imaging Performance of Quantitative Transmission Ultrasound, International Journal of Biomedical Imaging

¹ Source: 3-D Nonlinear Acoustic Inverse Scattering: Algorithm and Quantitative Results, IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control

² Source: Imaging Performance of Quantitative Transmission Ultrasound, International Journal of Biomedical Imaging

³ Source: Breast Biopsy: Procedure Types, What to Expect and Results, National Breast Cancer Foundation

⁴ Source: U.S. Breast Cancer Statistics, Breastcancer.org

B. Malik, R. Terry, J. Wiskin, and M. Lenox, Quantitative Transmission Ultrasound Tomography: Imaging and Performance Characteristics, Medical Physics, published 2019.