Healthcare providers have to thrive in a highly competitive market. To keep the business growing, they need to improve patient experience and expand their clinical portfolio. Make CT diagnostics personal with the CT scan machine SOMATOM go.Top. We upgraded our successful CT scanner with a unique Mobile Workflow and smart tools that help you stay with your patients longer and provide closer care. Cover the full clinical spectrum. Easily. And adapt your workflow to every indication. SOMATOM go.Top offers AI-powered scan automation and innovations from our high-end scanners. Of course, the CT scanner comes with the image quality and dose reduction technologies you expect from us.
SOMATOM go.Top with myExam CompanionStand out in advanced CT procedures
Features & Benefits
During the CT scan procedure: less time in the control room, more with the patient
In a standard CT imaging work environment, techs spend most of their time in the control room. With the unique Mobile Workflow of SOMATOM go.Top, you can stay close to your patients and put them at ease. See for yourself!
Mobile Workflow – figures tell the story
The Mobile Workflow had a positive impact on the CT scan procedure at the University Hospital Erlangen in Germany as well as on the satisfaction of their patients.
- 20% faster patient preparation1)
- 62% increase in positive patient experience1)
- 90% more time spent in the same room with the patient, plus higher freedom of movement for radiologists1)
- 39% increase in patients who feel more satisfied from the medical service they receive1)
“The Mobile Workflow: More than ever, the patient is in the center of the whole examination.”
Clinical Use
Transform care delivery with your new patient pathways
With every patient and clinical indication being different, fast and easy adaptation is key to success. Confidently offer advanced CT scan procedures and optimally adapt to each type of patient: SOMATOM go.Top offers clear patient pathways that help you turn challenging clinical fields into daily routine.
myExam Companion guides you through your cardiac examination
Improve patient experience with trendsetting workflows
Patient expectations are increasing and patients are becoming more vocal about their healthcare experience. With the Mobile Workflow of SOMATOM go.Now, your patients feel personally attended to and experience their treatment more positively.
myExam Companion: Intelligence that works with you
myExam Companion launches the era of intelligent imaging. Using the new possibilities of digitalization, it turns data into built-in expertise. This helps users efficiently achieve reproducible results – by unlocking your modality’s full potential automatically.
myExam Companion guides users through any procedure, so they can interact easily and naturally with both patient and technology. No matter the user, patient or throughput, it helps generate consistently excellent results – and improve diagnostic confidence.
Mobile Workflow: A new working experience
With the Mobile Workflow of SOMATOM go.Top, your patients feel personally attended to and experience their treatment more positively. From the tablet to the remote control, gantry-mounted injector arm, camera, and the gentle voice and sound design: The CT scanner offers smart solutions that help you focus on each patient – and make your working experience enjoyable.
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Low kV imaging in obese patients
Courtesy: Data on file
- 1 mm MPR and Cinematic VRT
- Tube current: 90 kV
- CTDIvol: 15.2 mGy
Courtesy: Data on file
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Are you interested in more clinical cases? We created a booklet that contains a collection of different cases and clinical images – all acquired with SOMATOM go.Top.
Technical Specifications
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1
Wetzl et al., Mobile Workflow in Computed Tomography of the Chest, Journal of Medical Systems:43, November 2018.
2
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.
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