Siemens’ Magnetom Spectra 3T MRI System

Cost-optimized system with Tim 4G and Dot technologies facilitates access to premium 3T imaging

 

July 31, 2012

Siemens' Magnetom Spectra 3.0T magnetic resonance imaging (MRI) system offers premium imaging at a reduced total cost of ownership when compared to other scanners in the product range. Designed for easy and efficient operation, the cost-optimized Magnetom Spectra system is innovative and competitive, two primary goals of Siemens Healthcare’s Agenda 2013 two-year global initiative.

The Magnetom Spectra system employs Tim (Total imaging matrix) 4G technology, Siemens’ latest coil generation. This modern array structure allows for high spatial and temporal resolution; previously, images of similar quality could only be produced by 3.0T systems that require a higher investment.

The system also consumes less energy than other 3.0T scanners. The magnet-cooling helium is contained in a closed loop, preventing the gas from escaping and reducing the need for costly refills. In addition, various system components help technologists simplify the MRI examination process. For example, the cableless direct-connect coils allow for simple and quick setup, with up to 120 coil elements capable of being combined in a flexible manner. For this reason, even scans with large anatomical coverage up to whole-body scans (205 cm, or 80.71 inches) can be performed in one examination without patient or coil repositioning.

To reduce exam complexity, the system is equipped with Siemens' MRI workflow solution Dot (Day optimizing throughput), which enables easy, fast selection of the best scan strategy based on the patient's condition and the clinical indication. Users benefit from step-by-step guidance throughout the examination, receiving decision-making assistance at critical junctures to support consistent, reproducible scanning across patients.

The system received clearance from the U.S. Food and Drug Administration (FDA) in July 2012.

For more information: www.siemens.com/healthcare