Siemens Somatom Definition Edge

The Siemens Somatom Definition Edge is a high-end 128-slice CT scanner engineered to deliver fast, precise, and low-dose imaging. With advanced detector technology, rapid rotation, and intelligent workflow automation, it is ideal for cardiac, trauma, neuro, and whole-body diagnostic applications.

Description

  • Slice Count: 128 slices

  • Gantry Aperture: 78 cm

  • Rotation Time: As low as 0.28–0.33 seconds

  • Tube Voltage: 70–140 kV

  • Tube Current: High mA output for detailed imaging

  • Detector Technology: Stellar detector with Edge Technology

  • Table Weight Capacity: Approx. 227–300 kg (model dependent)

  • Reconstruction Speed: Up to 30+ images/second

  • Field of View (FOV): Up to 500 mm

  • Low-Dose Features: SAFIRE, CARE Dose4D, Adaptive Filtration

  • Workflow: FAST automation suite, Auto Positioning, guided protocols

  • Clinical Applications: Cardiac, neuro, trauma, oncology, vascular, abdomen, chest, musculoskeletal & whole-body imaging

  • The Siemens Somatom Definition Edge is a premium single-source 128-slice CT scanner designed to deliver outstanding diagnostic clarity even in complex and high-speed clinical scenarios. Powered by Siemens’ Edge Technology and the Stellar detector, it provides exceptional spatial resolution while minimizing image noise. Its fast gantry rotation and high temporal resolution make it particularly suited for cardiac imaging, enabling clear visualization of coronary anatomy with reduced motion artifacts.

    This system is also equipped with industry-leading dose reduction tools such as SAFIRE, CARE Dose4D, and adaptive filtration, ensuring high-quality imaging with significantly reduced radiation exposure. The FAST workflow suite automates key steps, improving consistency while reducing operator effort and scan time.

    With robust clinical versatility, the Somatom Definition Edge supports trauma evaluation, oncology planning, neuro imaging, vascular studies, and routine full-body examinations. Its ergonomic patient-friendly design, combined with high-performance imaging capabilities, makes it a reliable solution for hospitals and diagnostic centers aiming to enhance throughput, accuracy, and patient care.