Fit Upgrade to SOMATOM go.Top with myExam CompanionStand out in advanced CT procedures

Sustainable Fit Upgrade to SOMATOM go.Top

Across clinical fields the demand for faster, more accurate, and more patient friendly CT examinations is growing. The Fit Upgrade from SOMATOM go.Up or SOMATOM go.All to SOMATOM go.Top helps you attract more referrals and gain more clinical confidence through its improved image quality, clinical capabilities and workflow solutions.

With a faster scan speed it reduces breath hold times and subsequently motion artifacts, enabling Cardiac and Dual Energy in daily routine with the simplicity of myExam Companion. This intelligent workflow offers a high level of user-friendliness and patient convenience. Its intuitive interfaces intelligently guide users through each procedure, enabling standardization and reproducibility for users with different skill levels. All in one, it opens up new opportunities with the new applications available.

This Fit Upgrade only takes a few days thanks to the common design and requirements of our SOMATOM go. platform. We optimize your investment by reducing installation costs, training time and transferring licenses and protocols from your previous system.

The products/features (mentioned herein) are not commercially available in all countries. Their future availability cannot be guaranteed. Data on file.

Upgrading is that easy

"From an environmental point of view, I think it is always good to reuse parts rather than throwing everything away and start from scratch. Furthermore the Fit Upgrade saved us a good amount of money on the investment side." PD. Dr. med. habil. Peter Dankerl

Features & Benefits

FAST 3D Camera

Gantry-integrated cameraHigh Power 70myExam CompanionStellar detector

Mobile Workflow

GO technologies

CARE kV & 10kV Steps

Tin Filter

myNeedle Companion

Speed, precision, and flexibility for CT-guided interventions

Discover how the CT scan machine SOMATOM go.Top enables you to confidently perform routine and even complex CT-guided interventions with myNeedle Companion.

Here you can find more detailed information on myNeedle Companion.

myExam Companion guides you through any CT scan

By asking the right question at the right time, myExam Companion guides users of all experience levels through routine examinations as well as more complex procedures. Because the answers are linked to predefined scan parameters, this also helps increase standardization. Explore the patient pathways available with SOMATOM go.Top.

Minimize motion artifacts and optimize image quality with fast temporal resolution and the highest tube current of its class. Automated postprocessing provides comprehensive results for cardiac assessment.

Clinical Use

Handle the full clinical spectrum with ease

With every patient and clinical indication being different, fast and easy adaptation is key to success. Confidently offer advanced CT procedures and optimally adapt to each type of patient: The upgrade to SOMATOM go.Top offers tools and technologies that help you turn challenging clinical fields into daily routine.

See it with your own eyes

Courtesy: Data on file

Low kV imaging in obese patients

1 mm MPR and Cinematic VRT
Tube current: 90 kV
CTDI_vol: 15.2 mGy

Technical Specifications

Slices	128
Rotation time	up to 0.33 s
Tube	7.0 MHU (17.5 MHU equivalent value with SAFIRE¹⁾)
Power	75 kW (187 kW equivalent value with SAFIRE¹⁾)
High voltage	70–140 kV in 10-kV steps, Sn100, Sn110, Sn120, Sn130, Sn140
mA	up to 825 mA (2.06 A equivalent value with SAFIRE¹⁾)
z-coverage	64 x 0.6 mm
Max. table load	up to 307 kg

The products/features (mentioned herein) are not commercially available in all countries. Due to regulatory reasons their future availability cannot be guaranteed. Please contact your local Siemens Healthineers organization for further details.

In clinical practice, the use of SAFIRE may reduce CT patient dose depending on the clinical task, patient size, anatomical location, and clinical practice. A consultation with a radiologist and a physicist should be made to determine the appropriate dose to obtain diagnostic image quality for the particular clinical task.