TRANSFORMING DENSE BREAST SCREENING

SoftVue™ 3D Whole Breast Ultrasound Tomography is FDA PMA approved specifically for dense breast screening

DENSE BREAST SCREENING CHALLENGE

Mammography misses more than 40% of cancers in dense breasts & 40% of women in the U.S. have dense breasts

BREAST DENSITY INCREASES CANCER RISK

Compared to women with fatty breasts, women with dense breasts have 4-6 times greater risk of developing breast cancer

MAMMOGRAPHY IS NOT ENOUGH

SoftVue™ combined with mammography increases cancer detection by 20% compared to mammography alone

How can we support you today?

I am a professional

REQUEST A DEMO CLINICAL MONOGRAPH

I am a patient

REQUEST SOFTVUE PATIENT EXPERIENCE

The SOLUTION for Dense Breast screening

The SoftVue™ 3D Whole Breast Ultrasound Tomography system transforms the diagnosis of breast cancer in dense breast tissue.

As an adjunct to mammography, this breakthrough system delivers a transformational approach to breast cancer detection. It is FDA approved, features a comfortable contoured tabletop, and is a first-ever in medical imaging.

Request a Demo SoftVue has received PMA Approval from the FDA for breast cancer screening of women with dense breasts as an adjunct to mammography

The SoftVue™ 3D Whole Breast Ultrasound Tomography system:

Offers a unique circular
triple-acoustic transducer

Provides reflection imaging
for tissue structure

Captures the transmission signals
passing through the tissue

SoftVue™ is the first supplemental imaging modality to improve both sensitivity and specificity in breast cancer screening for women with dense breasts.

SoftVue incorporates over 2,000 transducer elements within a uniform ring configuration featuring TriAD triple acoustic detection. This remarkable imaging capability gathers not only reflected echoes, but quantifies sound speed and attenuation signals transmitted through the breast.

The tomographic coronal image presentation delivers an unrivaled view of the structure of breast tissue, and depicts tissue attributes of sound speed and attenuation that can assist physicians in distinguishing normal tissue from areas of concern.