Individualized patient care – today.
Dual Source CT can propel your Radiology department into the future starting today. Twice as fast as single source scanners, and designed to handle even challenging CT imaging procedures, Dual Source systems provide unmatched power, speed, and precision.1 Tested and perfected for 20 years, this one-of-a kind technology brings clinical excellence and workflow efficiency to your CT procedures.
One-of-a kind CT technology
The Dual Source technology is one-of-a kind and has revolutionized clinical capabilities in many ways by using two X-ray sources and two detectors at the same time. Thanks to unrivaled power, speed, and precision, Dual Source CT allows you to obtain high-quality results in challenging and advanced imaging applications. With Dual Source technology, you can now face tomorrow's healthcare needs with confidence.
Dual Source CT offers essential imaging modes. They help you perform imaging procedures beyond the capabilities of single source scanners.
Dual Power
Dual Source CT offers unrivaled imaging power. With the combined output of two extraordinary tubes along with lower kV imaging capabilities, you can keep radiation dose and contrast media levels low.
Fast temporal resolution
Dual Source CT can achieve temporal resolution even down to 66 milliseconds2 because both tubes work together during scans. No matter how demanding the application, you get artifact-free images beyond the physical limitations of single source scanners.
Turbo Flash
Dual Source CT is capable of high-pitch spiral scans, resulting in unparalleled routine acquisition speeds that help you keep patient motion in check.
Dual Energy
Dual Source CT Dual Energy spectral imaging allows you to cover large anatomical volumes at high speeds and low doses. Because you always get the widest spectral separation possible, you can quantify even the subtlest changes such as bone marrow defects. With independent kV and mAs options for each tube, coupled with the dose-reducing Tin Filter and enhanced spectral separation, this is Dual Energy as it is meant to work.
Dual Power
Dual Source CT offers unrivaled imaging power. With the combined output of two extraordinary tubes along with lower kV imaging capabilities, you can keep radiation dose and contrast media levels low.
Fast temporal resolution
Dual Source CT can achieve temporal resolution even down to 66 milliseconds2 because both tubes work together during scans. No matter how demanding the application, you get artifact-free images beyond the physical limitations of single source scanners.
Turbo Flash
Dual Source CT is capable of high-pitch spiral scans, resulting in unparalleled routine acquisition speeds that help you keep patient motion in check.
Dual Energy
Dual Source CT Dual Energy spectral imaging allows you to cover large anatomical volumes at high speeds and low doses. Because you always get the widest spectral separation possible, you can quantify even the subtlest changes such as bone marrow defects. With independent kV and mAs options for each tube, coupled with the dose-reducing Tin Filter and enhanced spectral separation, this is Dual Energy as it is meant to work.
Dual Power
Dual Source CT offers unrivaled imaging power. With the combined output of two extraordinary tubes along with lower kV imaging capabilities, you can keep radiation dose and contrast media levels low.
Differential diagnostic precision
Support accurate diagnosis, automated for safety and efficiency
Since its introduction, users have employed Dual Source CT technology to push the boundaries of CT imaging. Examine patients with no need for beta blockers3 or breath-holding, and with low dose of contrast media and radiation. Dose-neutral Dual Energy supports quantified therapy evalutions. On-board automation enables safe, standardized, efficient workflows with reproducible precision. And there is still a world of applications to explore. Discover how Dual Source CT can help you in your (differential) diagnostic precision.
Whether in your daily routine or for complex clinical cases: our versatile Dual Source technologies deliver profound clinical images for both advanced and routine scenarios.
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Fracture evaluation with bone marrow visualization thanks to Dual Source Dual Energy
Courtesy of Medical University of Vienna, General Hospital AKH, Vienna, Austria
Image from SOMATOM Drive
Low-dose thorax for evaluation of pneumonia
22-month-old child, 8 kg (18 lbs), free breathing, no sedation, patient rolling at time of scan
70 kV CARE Child protocols can be performed with super-fast scan modes for a lower dose in highly sensitive patients - even with the patient motion seen in this case.
Courtesy of Dr. Jones & Partners – SAHMRI, Adelaide, Australia
Image from NAEOTOM Alpha
Turbo Flash scan with low dose and high image quality
Courtesy of Dr. Jones & Partners – SAHMRI, Adelaide, Australia
Image from NAEOTOM Alpha
Turbo Flash mode in TAVI planning
Courtesy of Dr. Jones & Partners – SAHMRI, Adelaide, Australia
Image from NAEOTOM Alpha
Assessment of the coronaries and aorta in case of severe aortic dissection
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Systolic imaging at high heart rate: Something only Dual Source systems can provide
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
TAVI planning in one scan with Flash scan in less than 4 sec
Courtesy of Radiologische Allianz, Hamburg, Germany
Image from SOMATOM Pro.Pulse
ECG gated thoracic aorta assessment
High-pitch scanning at low-kVp enabled by Dual Source technology
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Brain evaluation including spectral CTA of the cervical and cerebral vessels
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Image from NAEOTOM Alpha
Pediatric Cardiac Scan (Adult Donor)
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Image from NAEOTOM Alpha
Combining dual-source speed and Quantum technology for pediatric imaging of the aorta and the pulmonary trunk
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Image from NAEOTOM Alpha
High dose-efficiency in pediatric CT angiography of the abdomen
Courtesy of University Hospital Augsburg, Augsburg, Germany
Image from NAEOTOM Alpha
Sub-second imaging of the lung without breath hold and at low-dose
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Spectral imaging in oncology assessment
High spectral separation enabled by Dual Source Dual Energy
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Bone marrow assessment with Dual Source Dual Energy
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Fracture evaluation with bone marrow visualization thanks to Dual Source Dual Energy
Courtesy of Medical University of Vienna, General Hospital AKH, Vienna, Austria
Image from SOMATOM Drive
Low-dose thorax for evaluation of pneumonia
22-month-old child, 8 kg (18 lbs), free breathing, no sedation, patient rolling at time of scan
70 kV CARE Child protocols can be performed with super-fast scan modes for a lower dose in highly sensitive patients - even with the patient motion seen in this case.
Courtesy of Dr. Jones & Partners – SAHMRI, Adelaide, Australia
Image from NAEOTOM Alpha
Turbo Flash scan with low dose and high image quality
Courtesy of Dr. Jones & Partners – SAHMRI, Adelaide, Australia
Image from NAEOTOM Alpha
Turbo Flash mode in TAVI planning
Courtesy of Dr. Jones & Partners – SAHMRI, Adelaide, Australia
Image from NAEOTOM Alpha
Assessment of the coronaries and aorta in case of severe aortic dissection
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Systolic imaging at high heart rate: Something only Dual Source systems can provide
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
TAVI planning in one scan with Flash scan in less than 4 sec
Courtesy of Radiologische Allianz, Hamburg, Germany
Image from SOMATOM Pro.Pulse
ECG gated thoracic aorta assessment
High-pitch scanning at low-kVp enabled by Dual Source technology
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Brain evaluation including spectral CTA of the cervical and cerebral vessels
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Image from NAEOTOM Alpha
Pediatric Cardiac Scan (Adult Donor)
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Image from NAEOTOM Alpha
Combining dual-source speed and Quantum technology for pediatric imaging of the aorta and the pulmonary trunk
Courtesy of Skånes Universitetssjukhus, Lund, Sweden
Image from NAEOTOM Alpha
High dose-efficiency in pediatric CT angiography of the abdomen
Courtesy of University Hospital Augsburg, Augsburg, Germany
Image from NAEOTOM Alpha
Sub-second imaging of the lung without breath hold and at low-dose
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Spectral imaging in oncology assessment
High spectral separation enabled by Dual Source Dual Energy
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Bone marrow assessment with Dual Source Dual Energy
Courtesy of Hôpital Morges, Morges, Switzerland
Image from SOMATOM Pro.Pulse
Fracture evaluation with bone marrow visualization thanks to Dual Source Dual Energy
Distinctive digital support
Using the power of AI and ultra-fast computing, we're connecting people, data, and technology to keep your fleet future-proof while improving efficiency, consistency, and the quality of patient care. Our algorithms are continually enhanced with each new scanner edition to deliver a system-wide performance that's more robust and reliable.
Empower your team
AI-powered digital solutions help your staff be more efficient, while a suite of industry-leading digital education programs keeps the skills of your Radiology department sharp from day one. Training is continuous and tailored to the individual to keep staff motivated and confident in their abilities. Administrators get the tools they need to monitor progress and fill expertise gaps.
AI algorithms at work
Inside our CTs, specialized algorithms are hard at work. One set of algorithms provides AI-powered workflow, assisting operators with repetitive tasks, and supporting doctors with complex diagnostic decisions. A second set of algorithms is designed to keep your CT fleet up and running by monitoring the scanner’s vitals in real time, such as the condition of the X-ray tube.
Data on file
Up to the doctor's decision