Two new dedicated CT simulators for radiation therapy

SOMATOM go.Sim and SOMATOM go.Open Pro

We’ve transformed CT technology to create meaningful, large-bore RT imaging solutions that unlock key innovations for your field. And by integrating dedicated RT hardware and AI-supported software, they come ready-equipped to enable you to fight cancer on a new level.

Take a virtual visit to our reference site

In this interactive tour to the Radiation Oncology Department at the University Hospital in Erlangen, Germany, you can get first-hand experiences and discover how we reinvented CT simulation with our SOMATOM go.Open Pro.

Start visit

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Behind Direct i4D¹

Understand our completely new approach to 4D CT scanning and how we can help you to significantly reduce motion artefacts for precise RT planning.

Clinical image gallery

Explore how our new CT simulator platform help you push the boundaries of challenging cases.

Direct i4D

DirectORGANS

iMAR

Courtesy of University Erlangen Strahlenklinik, Germany

4D CT scan with Direct i4D¹

Direct i4D¹ is the first sequential 4D CT scan mode that intelligently adapts to the patient´s breathing in real time and significantly reduces motion artifacts.

without iMAR

with iMAR

Courtesy of University Hospital Aarhus, Denmark

Metal artifact reduction with iMAR²

iMAR² (iterative Metal Artifact Reduction) combines a strong metal artifact removal method in areas with severe artifacts and a soft correction in areas with less severe artifacts. The result is an outstanding image quality with metal artifacts removed while valuable information remains even for challenging cases like spine implants, pacemakers, dental fillings and neuro coils.

Multimodality imaging portfolio for radiation therapy

Less time, more precision

See how both the DirectBrachy positioning board and the Bravos® afterloader system help speed up your brachytherapy workflow – while enhancing precision.