SOMATOM go.Sim

Znovuobjevená simulace

• Seamless and less error-prone processes thanks to the new mobile workflow
• Streamlined laser QA thanks to fully integrated Direct Laser
• Intuitive and guided CT simulation thanks to GO technologies

• Successful CT simulation needs efficient and fail-safe workflows
• Current processes mean users have to switch between multiple software and hardware solutions

SOMATOM go.Sim comes with fully integrated hardware and software tailored specifically to your requirements. It offers unparalleled operational flexibility, and intuitive guidance.

This workflow gives you certainty in simulation: It's smooth, fast and is able to deliver the reproducible and user-independent results you need.

• Seamless and less error-prone processes thanks to the new mobile workflow
• Streamlined laser QA thanks to fully integrated Direct Laser
• Intuitive and guided CT simulation thanks to GO technologies

A powerful combination of three innovative solutions delivers confident tumor visualization, precise target contours, and a straightforward 4D CT workflow: iMAR¹ reduces metal artifacts, DirectDensity^1,2 unlocks optimal kV settings with a single calibration curve, and Respiratory Motion Management³ optimizes scan parameters based on the patient’s breathing.

Your benefits

• Confident tumor visualization thanks to automated metal artifact reduction with iMAR¹
• Precise target contours with optimum kV imaging and a single calibration curve thank to DirectDensity^1,2
• Straightforward 4D CT workflow thanks to comprehensive respiratory motion management³  

• Modern treatment techniques require precise planning
• CT simulation must consistently deliver high-quality patient modeling for the tumor and surrounding organs
• Yet the data provided for contouring are often not precise enough

• The quality of autocontouring depends on the quality of the CT images
• Suboptimal image quality (caused by metal artifacts, poor soft-tissue contrast, etc.) leads to suboptimal autocontouring^6,7

SOMATOM go.Sim features DirectORGANS¹ (Optimized Reconstruction based contours trained by Generative Adversarial Networks): an AI-powered OAR contouring that automates and standardizes key steps in the CT simulation pathway. It leverages optimized and standardized reconstruction parameters to deliver input to the deep learning based contouring solution. This process runs in parallel to the reconstruction of the image for target contouring.

• OAR contouring directly in the system, no need for manual interaction
• Optimized images are fed into the the deep-learning algorithm
• High-quality contours designed to provide a consistent starting point for RT planning

A powerful combination of three innovative solutions delivers confident tumor visualization, precise target contours, and a straightforward 4D CT workflow: iMAR¹ reduces metal artifacts, DirectDensity^1,2 unlocks optimal kV settings with a single calibration curve, and Respiratory Motion Management³ optimizes scan parameters based on the patient’s breathing.

• Confident tumor visualization thanks to automated metal artifact reduction with iMAR¹
• Precise target contours with optimum kV imaging and a single calibration curve thank to DirectDensity^1,2
• Straightforward 4D CT workflow thanks to comprehensive respiratory motion management³

Your benefits

• Confident tumor visualization thanks to automated metal artifact reduction with iMAR¹
• Precise target contours with optimum kV imaging and a single calibration curve thank to DirectDensity^1,2
• Straightforward 4D CT workflow thanks to comprehensive respiratory motion management³

A powerful combination of three innovative solutions delivers confident tumor visualization, precise target contours, and a straightforward 4D CT workflow: iMAR¹ reduces metal artifacts, DirectDensity^1,2 unlocks optimal kV settings with a single calibration curve, and Respiratory Motion Management³ optimizes scan parameters based on the patient’s breathing.

Your benefits

• Confident tumor visualization thanks to automated metal artifact reduction with iMAR¹
• Precise target contours with optimum kV imaging and a single calibration curve thank to DirectDensity^1,2
• Straightforward 4D CT workflow thanks to comprehensive respiratory motion management³  

DirectBrachy positioning board allows the optimization of the utilization of your CT simulator³

• Supports brachytherapy in the CT simulator room
• Eases the workflow of brachytherapy
• Increases the patients comfort
• Reduce the risk of brachytherapy applicator displacement

• Current CT simulation can create anxiety for patients and pressure for operators
• Operators have to spend a lot of time outside the examination room
• Installing and maintaining a multi-vendor system is complex and time-consuming

49% of patients feel distressed and anxious.⁹

• Total freedom over how and where you set up the simulation, and more time with your patient thanks to the mobile workflow
• A calming environment for the patient thanks to the ring mood lighting
• More comfort for patients thanks to the large 85-cm bore

• One revolutionary user interface
• One call center
• One maintenance appointment
• One service contract
• One training session

• The standard workflow usually requires the patient to be transferred from the operational treatment room to the CT simulator room
• This transfer poses a risk of applicator displacement^10,11

There is a need for simplifying the workflow

DirectBrachy positioning board allows the optimization of the utilization of your CT simulator³

• Supports brachytherapy in the CT simulator room
• Eases the workflow of brachytherapy
• Increases the patients comfort
• Reduce the risk of brachytherapy applicator displacement