MAGNETOM Symphony the 1.5 T whole body system. Here you will find related product FAQs.

Product FAQs

What is MAGNETOM Symphony?

Why is it named an ultra-short bore magnet system?

What is the field strength of the system?

Which type of magnet is used to generate the field strength?

What does Integrated Panoramic Array (IPA™) mean?

What kind of coils are used with Siemens MRI systems?

Are there new coil innovations in sight?

Is the integrated body coil a circular polarized antenna?

What kind of gradients are available?

What kind of operating system is used?

Product FAQs

Since being launched in 1997, MAGNETOM Symphony has demonstrated the revolutionary possibilities of an ultra-short bore magnet system. With its perfect integration of design and function, it has set new standards for performance, productivity, and care. The system offers scaleable performance from routine to clinical research MRI.

In comparison to conventional systems, the magnet of MAGNETOM Symphony has a length of just 1.6 meters (5 ft. 3 in.), which leads to a compact and very patient-friendly MRI system.

The field strength is 1.5 tesla, which is regarded as high-field.

It is a superconducting (Niobium-Titanium), actively-shielded magnet with very high homogeneity over the entire 50 cm field-of-view.

The Integrated Panoramic Array™ coil concept represents a huge leap forward and is unique in the industry. In this new coil concept, the CP Spine Array Coil and the CP Head Array Coil are integrated into the table top. Both remain on the table, and you simply plug in additional coils according to your patient’s needs. Each coil can be activated and deactivated with just one mouse click in the graphic coil element which is aligned to the anatomical area you want to focus on. The Integrated Panoramic Array™ allows you to scan simultaneously with up to 16 CP coil elements (Whole Body Array). Each receiver has a bandwidth of 1 MHz. The advantages are revolutionary: you do not have to change coils in more than 95% of all studies. Not only does this save time, it also makes examination more comfortable, especially for patients who are in pain (e.g. Oncology).

All array coils are circular polarized (CP) coils. This special arrangement of two 90° shifted coils offers up to 40% higher signal-to-noise ratios than linear designs. All array coils have integrated pre-amplifiers. Siemens manufactures a wide range of coils for every application.

Yes! Siemens has developed a new Peripheral CP Angiography Array (PAA) Coil which enables examination even of the fine peripheral vessels with high resolution. Also new is the CP Body Array Flex Coil and the CP Body Array Extender Coil. Both Body Array Coils are lightweight and have a flexible design, making them very comfortable for the patient and easily to position. Both coils can be combined, covering a max. field-of-view of about 60 cm. Siemens has a long tradition in coil development, and manufactures the coils at one of the world’s largest coil manufacturing sites in Erlangen (Germany).

Yes. The integrated transmit/receive whole-body antenna system has a circular polarized design with digital tuning and matching.

MAGNETOM Symphony can be equipped with turbo, ultra, and quantum gradients. Turbo gradients are cost-effective and designed for routine clinical usage. Ultra gradients are designed for routine applications and advanced clinical applications. Quantum gradients offer the highest performance for the whole range of applications, all the way up to clinical research. All gradients are actively-shielded in three axis. To get the best performance, the gradient coils and high-power amplifiers are water-cooled. The clinical results are excellent spatial and temporal resolution, shortest TE and TR for high image contrast, as well as the optimal signal-to-noise ratio.

Siemens MRI systems use the syngo operating system (OS). In the future, syngo is to be the standard for all Siemens modalities. This revolutionary new cross-platform software language is developed by Siemens and makes operation simple and intuitive.