A new 16-slice computed tomography (CT) system is designed for clinical routine and is available in two power configurations to better meet clinical, workflow requirements.

Siemens Healthcare (Erlangen, Germany) reported that the US Food and Drug Administration (FDA) has cleared the Somatom Scope, a new 16-slice computed tomography (CT) scanner. The system provides the image quality, dose reduction, and workflow-enhancing benefits associated with the Somatom range of CT scanners at a price that enables facilities to extend routine diagnostic imaging services to more patients and in more specialty settings.

The system also includes eCockpit technology that extends the scanner’s operational lifetime by minimizing wear and tear on its most vital components. Designed for private radiology practices, community hospitals, critical access hospitals, specialty practices such as orthopedics and urology, and veterinary medicine, the Somatom Scope is available in two configurations—Scope and Scope Power—and enables healthcare providers to comply with the NEMA XR-29 Smart Dose Standard, ensuring a safer imaging experience for patients.

“By adding the Scope to our portfolio of Somatom CT scanners, we help bring CT imaging closer to the point of care, enabling our customers to focus on what matters the most: improving care through more informed, timely clinical decision-making,” said Murat Gungor, vice president, computed tomography and radiation oncology business management at Siemens Healthcare. “The Somatom Scope helps to ensure that a greater segment of the patient population has access to innovative technologies while enabling facilities to help control costs as well as save time and effort throughout their daily routine.”

While the CT system is designed for use in routine diagnostic imaging as well as oncologic examinations, interventional radiology, and vascular imaging, the more effective Somatom Scope Power—with its stronger X-ray tube, higher performance generator, and more rapid rotation speed—is suitable for higher volume clinical settings. The system utilizes Siemens’ IRIS (iterative reconstruction in image space) technology, which accelerates image reconstruction while reducing noise and artifacts. Furthermore, the system’s Adaptive Signal Boost technology amplifies low signals when high attenuation is present. The S Somatom Scope includes Siemens FAST (fully assisting scanner technology) and CARE (combined applications to reduce exposure) tools to help reduce radiation exposure and standardize the CT imaging process, freeing up more time for technologists to interact with patients.

The Somatom Scope’s lightweight nature and extremely low space requirement of 12.1 square meters enable installation in nearly any room. Energy-saving functions reduce its energy consumption and enable facilities to save on air conditioning due to low heat emissions. Additionally, the system’s eCockpit technology package includes eSleep, which helps to further reduce energy costs by putting the gantry into eSleep mode during periods of extended inactivity. The eCockpit’s eMode (previously available only on the Somatom Perspective CT system), enables the scanner to automatically select the optimum scan parameters, reducing wear and tear on the hardware. Moreover, with the eCockpit’s eStart tool, the user can extend the lifespan of the system’s X-ray tube through a gradual warm-up process following longer periods of stand-by status.

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