MAGNETOM SolaEmbrace human nature at 1.5T

MAGNETOM Sola – the first 1.5T MRI system with BioMatrix Technology – automatically adjusts to patient biovariability to overcome unwarranted variations in MRI examinations. The outcome: fewer rescans, predictable scheduling and consistent, high-quality personalized exams with increased productivity. MAGNETOM Sola with BioMatrix Technology embraces human nature – expanding precision medicine.

MAGNETOM Sola

Highlights

Features & Benefits

myExam Companion

Deep Resolve

New 1.5T magnet

BioMatrix Sensors

BioMatrix Tuners

BioMatrix Interfaces

Accelerated applications

Free-breathing examsEfficient energy managementAnatomy-adaptive coils

Embrace consistency at 1.5T with BioMatrix Technology

Embrace full 1.5T performance with Tim 4G coil portfolio and BioMatrix Technology

MAGNETOM Sola achieves a new level of consistency with BioMatrix Technology and meets throughput demands with high efficiency - together with our unique Tim 4G coil portfolio. The result: fewer rescans, higher diagnostic confidence, predictable patient scheduling, and consistent, high-quality personalized exams.

Embrace true 1.5T productivity with Deep Resolve, Turbo Suite and myExam Companion

Deep Resolve, our AI-powered image reconstruction technology that takes advantage of convolutional neural networks that accelerate the MR scans. Faster scans boost workflow efficiency while improving the patient experience. Deep Resolve’s raw data-to-image reconstruction and very fast acquisition are game changers in MRI, helping to generate actionable insights that can be diagnostically relevant – faster than ever before.

In combination with our exclusive Turbo Suite which includes disruptive acceleration technologies, Simultaneous Multi-Slice and Compressed Sensing, we are able to shorten the entire examinations for the whole spectrum of clinical MRI.

myExam Companion breaks down the barriers of complex MRI operations using a new philosophy on how to operate MRI. And our new innovative myExam Autopilot enables healthcare professionals of any skill level to perform routine MRI.

Embrace new clinical capabilities at 1.5T with Inline Compressed Sensing

Embrace new 1.5T clinical capabilities

Grant patients access to MRI that previously had to be excluded because of their medical condition or due to the exam’s complexity. Free-breathing and Compressed Sensing applications help improve the patient experience, while extending your range of services. Significantly simplified procedures with automated workflow strengthen clinical fields with growth potential such as whole-body MRI.

Clinical Use

See what you can accomplish clinically and expand precision medicine with high-resolution MR images. Visit the MR Clinical Image Gallery.

Technical Details

Magnet System
Field strength	1.5 Tesla
Bore size	70 cm Open Bore design
Helium consumption	Zero Helium boil-off technology

XJ Gradient performance
Max. amplitude	57 mT/m⁴ (33 mT/m for every gradient axis)
Max. slew rate	216 T/m/s⁴ (125 T/m/s for every gradient axis)
XQ Gradient performance
Max. amplitude	78 mT/m⁴ (45 mT/m for every gradient axis)
Max. slew rate	346 T/m/s⁴ (200 T/m/s for every gradient axis)
RF technology
Maximum number of channels²	204
Number of independent receiver channels that can be used simultaneously in one single scan and in one single FoV, each generating an independent partial image	32, 48, 64

Power consumption	Eco-Power technology

Siting and Installation
System length	157 cm cover to cover
System weight (in operation)	4.2 tons
Minimum room size³	28 m² / 302 sq ft

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MR imaging of patients with metallic implants brings specific risks. However, certain implants are approved by the governing regulatory bodies to be MR conditionally safe. For such implants, the previously mentioned warning may not be applicable. Please contact the implant manufacturer for the specific conditional information. The conditions for MR safety are the responsibility of the implant manufacturer, not of Siemens Healthineers.

Channels (coil elements) that can be connected simultaneously.

Minimum total space requirement for magnet, electronics, and console room.

Maximal gradient performance achieved through vector addition of all three gradient axes simultaneously.