The breast imaging industry is getting an upgrade with Koning's advanced computed tomography technology

    mammogram

    We believe our Koning Breast CT will dramatically improve the way clinicians visualize & evaluate breast tissue. Future versions of our technology are expected to optimize early disease detection, diagnosis, intervention & treatment in numerous areas of the body. Our hope is to be able to improve survival rates and outcomes for millions of patients. We believe that the power, versatility & lower cost of Koning Breast CT will serve as a viable substitute for many traditional imaging applications.

    Breast cancer is more treatable with early detection

    5 year survival for stage 0-1 is 99%. However, current tools available - specifically mammography - are inadequate, missing 35% of cancers. That increases to 70% in women with dense breasts. Our technology detects cancers as early as stage 0 and stage 1, finding lesions as small as 2mm and calcifications as small as 200 microns.

    What We Do

    Koning has been developing cone-beam breast CT technology for over two decades. As the winner of multiple awards including the 2016 Frost and Sullivan New Innovation Award in Breast Imaging, and as holder of over 80 patents globally, Koning has developed technology to bring a better breast imaging solution to women around the world.

    Diagnostic Work Ups

    Post-op Monitoring

    3D Guided Biopsy

    Neoadjuvant monitoring

    Small, Dense Breasts

    Implant Evaluation

    Contrast Enhancement

    Density Measurements

    Watch the Koning Breast CT
    in action

    Koning’s 3D KBCT produces high-contrast real 3D images of the breast with exceptional spatial resolution, no painful compression, in a rapid 7-second exposure, at radiation levels in the range of diagnostic mammograms.

    Koning Breast CT in your city

    We believe our Koning Breast CT will dramatically improve the way clinicians visualize and evaluate breast tissue. Future versions of our technology are expected to optimize early disease detection, diagnosis, intervention and treatment in numerous areas of the body.