MAGNETOM Sola: 1.5T MRI system with BioMatrix technology

Responsible: ad hoc news B2B & Pro Desk. Reviewed prior to publication on June 13, 2026 at 10:31:28 AM ET. Details in the imprint.

With the MAGNETOM Sola, Siemens Healthineers targets hospitals and imaging centers that need a 1.5T MRI scanner able to handle high daily volumes while still delivering advanced clinical applications. The system, introduced as a mid-to-high-range workhorse in the company’s magnetic resonance portfolio, combines a 70 cm bore, BioMatrix patient-adaptive technology, and productivity-focused software designed to shorten exam times and improve consistency across patient types.

The 1.5-tesla MAGNETOM Sola is part of the same generation as the company’s photon-counting CT flagship NAEOTOM Alpha and is intended to bring similarly modern workflow thinking into routine MRI. According to Siemens Healthineers, BioMatrix technology uses built-in sensors and intelligent coils to automatically adapt to patient anatomy and physiology, with the aim of reducing rescans and variability between operators. For U.S. providers, that positioning is relevant in an environment of staffing shortages and pressure to keep scanners running close to capacity.

What the MAGNETOM Sola is designed to do

The MAGNETOM Sola is a whole-body 1.5T MRI system positioned for a broad spectrum of clinical indications, including neuro, musculoskeletal, body, oncology, and cardiac imaging. Siemens Healthineers markets it as an all-round platform suitable for everything from routine brain and spine exams to more demanding workflows like cardiac cine imaging or whole-body oncology staging. The 70 cm bore and short magnet length are intended to ease positioning for larger or less mobile patients, which can be especially relevant in outpatient centers and emergency settings.

Central to the system is the BioMatrix concept, which Siemens Healthineers has rolled out across several MRI platforms. BioMatrix includes features such as respiratory sensors integrated into the patient table and intelligent coil technology designed to automatically tailor protocols to individual patients. For example, respiratory sensors can help synchronize image acquisition with the patient’s breathing without the need for external belts, while coil elements can be automatically selected to match the region of interest. In practice, these functions are meant to reduce manual adjustments and support consistent image quality even when technologist experience varies.

Siemens Healthineers typically links BioMatrix with its syngo MR software platform and protocol automation tools, which are designed to standardize exam steps from patient setup through reconstruction. In the MAGNETOM Sola segment, this can include predefined exam workflows for common indications, automated slice positioning, and inline image reconstruction that starts while scanning is still in progress. For sites facing long exam queues, these automation features are marketed as a way to shave minutes off each study and reduce idle time between patients.

On the hardware side, the MAGNETOM Sola’s gradient and RF system is designed to support a range of clinical and research sequences, though the scanner is primarily marketed as a clinical workhorse rather than a dedicated research platform. Siemens Healthineers emphasizes day-to-day robustness and uptime for this class of system, including service and remote support options for proactive maintenance. For U.S. imaging networks operating multiple sites, having a standardized 1.5T platform can simplify service contracts and technologist training across locations.

While Siemens Healthineers promotes several advanced applications on its higher-field or specialty systems, the MAGNETOM Sola still supports key advanced options for a 1.5T scanner, such as diffusion imaging, advanced neuro protocols, and cardiac applications. Feature packs and software options can be configured depending on the site’s case mix and budget. In practical terms, this allows an outpatient MRI center focusing on musculoskeletal and neurological cases to configure the system differently from a tertiary-care hospital that also runs cardiac and oncology cases.

Pricing, availability, and role in the U.S. market

Siemens Healthineers does not publicly list a single fixed price for the MAGNETOM Sola, since MRI system pricing depends heavily on configuration, optional software packages, siting requirements, and service agreements. Industry buyers typically encounter capital costs in the high six-figure to low seven-figure U.S. dollar range for a fully installed 1.5T MRI system from major vendors, including magnet, coils, installation, and a multi-year service component. For many U.S. hospitals, acquisition is structured through leasing, vendor financing, or long-term managed equipment services rather than an upfront cash purchase.

In the U.S., Siemens Healthineers markets the MAGNETOM Sola through direct sales and authorized channel partners. Potential buyers typically initiate the process via the company’s U.S. website or sales representatives, who then provide site planning and customized quotations based on room layout, shielding needs, and the anticipated exam mix. Third-party distributors may also handle elements such as project management, although the installation and service often remain under Siemens Healthineers contracts to maintain warranty and performance guarantees.

From a strategic standpoint, Siemens Healthineers positions its 1.5T MRI systems like the MAGNETOM Sola as a backbone of its imaging portfolio, complementing higher-end 3T systems and specialized modalities such as photon-counting CT. MRI remains a core modality for neurological, orthopedic, and oncology diagnostics, and maintaining a competitive 1.5T offering is key for the company’s installed base both in the U.S. and internationally. While public reporting does not break out revenue by individual scanner line, imaging systems including MRI are a significant contributor to the company’s Diagnostics and Imaging segment revenue.

For hospital executives and imaging-center operators, the decision to install a MAGNETOM Sola will typically sit alongside evaluations of competing 1.5T systems from other large vendors, with comparisons focusing on image quality, exam speed, total cost of ownership, uptime track record, and integration with existing IT infrastructure. In summary, Siemens Healthineers aims to make the MAGNETOM Sola appealing as a balanced platform that can handle a high volume of bread-and-butter exams while leaving room for more advanced applications as clinical demand evolves. Shares of Siemens Healthineers AG (DE000SHL1006, ticker SHL) last traded on Xetra at a price level that reflects the broader performance of its diagnostic and imaging equipment business.

This article was created with a.i. assistance and editorially reviewed. Product information is provided without warranty; prices and availability may change at any time. Not investment advice, not a buy or sell recommendation. Trading in securities carries risks up to the total loss of capital.