Translate 7T research power into clinical care.

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Translate 7T research power into clinical care.

Unlock research beyond clinical limits

Research mode
Clinical mode
  • 8-channel parallel transmit
  • 8 x 2 kW RF power
  • Wider range of RF coils
  • Whole body WIP applications
  • Quiet Suite and DotGO workflow
  • 8-channel parallel transmit
  • 8 x 2 kW RF power
  • Wider range of RF coils
  • Whole body WIP applications
  • Quiet Suite and DotGO workflow
  • 1 transmit channel
  • 8 kW RF power
  • 1Tx/32Rx Head, 1Tx/28Rx Knee coils
  • Neuro and MSK optimized clinical applications
  • 1 transmit channel
  • 8 kW RF power
  • 1Tx/32Rx Head, 1Tx/28Rx Knee coils
  • Neuro and MSK optimized clinical applications

Unlock research beyond clinical limits

Gain a competitive edge: Imaging at 7T unlocks a whole new world of potential for basic, clinical, and neuroscience research. To support your endeavors, MAGNETOM Terra is equipped with the latest UHF* technological features, aiding you in obtaining excellent image quality.

Overall features

  • 3T commonality with syngo MR E11
  • 80/200 gradients for dMRI and fMRI
  • Up to 64 receive channels for higher acceleration factors
  • Up to 20x more speed with MARS reconstruction computer*

Unlock 7T MRI research power

Tracks calculated with spherical deconvolution based on diffusion-weighted EPI acquisitions with 1mm isotropic resolution covering the whole brain. The high SNR provided by 7T allows resolving crossing fibers in many brain sub‑regions.

Drag to see the correlation

sagittal

Drag to see the correlation

coronal

sagittal
coronal

Courtesy of Max Planck Institute,
Leipzig, Germany

A view into the future: In-vivo histology

syngo.via Frontier, the research extension of syngo.via, helps bridge the gap in post processing translational research. Cinematic rendered images based on MR datasets may be used for patient counseling, surgery planning, or teaching purposes.

Drag to see the correlation

sagittal*

Drag to see the correlation

coronal*

sagittal*
coronal*

* Rendered with a Siemens internal cinematic rendering prototype, not yet available with the standard syngo.via Frontier.

MR data courtesy of Max Planck Institute,
Leipzig, Germany

Exploring the unseen in neuroscience

Find out why Professor Rainer Goebel believes every neuroscientist should have access to an ultra‑high‑field scanner and what are his main drivers for researching at 7T MRI.

Change the game in UHF business

MAGNETOM Terra is the first 7T scanner intended for future clinical use with planned CE and FDA authorization to market. Its leading‑edge innovations can help you broaden research funding opportunities, making your institution stand out as a leader in life sciences. You have the opportunity to increase competitiveness for grants, benefit from reduced complexity in clinical trials, and publish first.

64%

64% of ISMRM UHF abstracts in 2014 based on data from Siemens UHF systems*

Proven record of innovation

Siemens knowledge and experience acquired through 30 years experience in producing 1.5T and 3T magnets led to the development and volume production of MAGNETOM Terra's innovative 7T magnet. With a higher structural stability and a greater fundamental stress capacity, this new 50% lighter magnet technology makes for excellent homogeneity and enhanced image quality.

1980
The world’s first superconducting
whole‑body MRI
1989
The world’s first 1.5T
active‑shielded magnet
1994
The world’s first
Open MRI magnet
1997
The world’s first 3T
active‑shielded magnet
2003
The world‘s first Zero Helium
boil‑off magnet (MAGNETOM Avanto)
2004
The world’s first Open Bore (70cm)
1.5T magnet (MAGNETOM Espree)
2008
The world’s first Open Bore (70cm)
3T magnet (MAGNETOM Verio)
2010

The world’s first PET‑compatible magnet (Biograph mMR)

Best Factory Awards for SMT, Oxford, UK (Process and Design)

2012
Best Factory Awards for SMT Oxford, UK (Best Engineering Plant, Supply Chain Award & Innovation Award)
2015

The world’s first cold‑shipped 7T magnet, 50% lighter (MAGNETOM Terra)

April, 2015: Installation of Siemens’
first 7T magnet*

Double SNR for more precision

Discovering new ground in MRI can help you significantly enhance patient outcomes. With more than double the SNR of 3T, imaging at 7T offers potential for better lesion conspicuity, faster image acquisition to reduce motion artefacts, and earlier disease detection with submillimiter resolution.

Potential to help answer the most challenging clinical questions

In brain and musculoskeletal MRI, 7T reveals details previously unseen at lower field strengths. For example, it helps visualizing cortical microinfarcts and plaques in MS patients and delivers insight into the plaque-vessel relationship and iron accumulation.

Courtesy of MedUni Wien,
Vienna, Austria

T2 TSE (3:23, 0.21 x 0.21 x 3 mm3)

Dark Fluid TSE (3:18, 0.36 x 0.36 x 3 mm3)

3D SWI (5:15, 0.16 x 0.16 x 1.20 mm3)

3D SWI minIP

Entering new territories

Find out why Professor Siegfried Trattnig's vision is to bring 7T MRI to clinical routine and why he states there is no reason why clinical routine patients should not benefit from the potential of 7T imaging.

Join the largest research community

Over 65% of all 7T MRI scanners worldwide are from Siemens.

Your reputation plays a pivotal role in your institution’s success. MAGNETOM Terra's leading‑edge technology puts your organization firmly on the map, offering access to an exclusive network of expertise and broad scope for collaboration and exchange.

UHF systems installed and projects in progress

65%

Over 65% of 7T MRI scanners worldwide are from Siemens.

100%

100% of vendor-integrated human MRI scanners with a field strength higher than 7T are from Siemens

Welcome to a whole new world in MRI

Download MAGNETOM Terra's product brochure