MAGNETOM Sola: 1.5T MRI system focused on productivity and patient comfort

Responsible: ad hoc news Lifestyle & Consumer Desk. Reviewed prior to publication on June 12, 2026 at 2:14 PM ET. Details in the imprint.

With the MAGNETOM Sola, Siemens Healthineers aims to make 1.5 Tesla MRI scanning more predictable and efficient for high-throughput clinical routines in the United States. The scanner combines a 70 cm bore, lightweight coils and Siemens' BioMatrix patient-adaptive technology to reduce rescans and support consistent image quality across a broad patient population, from pediatrics to larger or less mobile adults. U.S. providers can configure the system for outpatient imaging centers as well as for hospital radiology departments, positioning it as a workhorse MRI platform in the vendor's portfolio.

Siemens Healthineers presents the MAGNETOM Sola as a 1.5T scanner designed to bring several high-end capabilities from its 3T systems into the more common field strength segment while keeping installation and operating costs in check. According to the company, Sola uses BioMatrix technology to detect and adapt to patient physiology and motion, which can help standardize exams and reduce variance between scans and operators. The system supports a range of clinical applications including neurological, musculoskeletal, abdominal, cardiac and whole-body oncology imaging, and it is offered with software packages for advanced techniques such as diffusion imaging and MR angiography.

What the MAGNETOM Sola is built to do

At its core, the MAGNETOM Sola is a 1.5 Tesla whole-body MRI scanner with a 70 cm bore and a gradient system designed to handle routine and advanced imaging across a wide range of clinical indications. Siemens Healthineers emphasizes the system's role in everyday radiology practice, where reliability, patient comfort and streamlined workflows are central. The 70 cm bore and short magnet design aim to reduce patient anxiety and support imaging of larger or claustrophobic patients compared with older 60 cm systems. The scanner is compatible with a selection of lightweight, high-channel coils that can be quickly positioned, which in turn supports faster patient setup and potentially higher daily exam volumes.

BioMatrix is one of the defining technologies on the MAGNETOM Sola. Siemens describes BioMatrix sensors integrated into the table and coils that detect patient breathing and positioning, allowing the system to automatically adapt acquisition parameters. By reducing reliance on manual adjustments and breath-hold coaching, the platform targets more consistent image quality even in patients who have difficulty cooperating with instructions. For example, respiratory sensors can enable free-breathing abdominal imaging in patients who cannot reliably hold their breath, potentially lowering the need for repeat scans and shortening slot times.

Workflow is another area where the MAGNETOM Sola is positioned as a productivity tool for radiology departments. Siemens highlights features such as guided scan protocols, automated slice positioning and inline reconstruction intended to reduce the number of manual steps in the exam process. Technologists can select standardized exam cards that predefine sequences and parameters for specific body regions and clinical questions, reducing variation between staff members and across sites. Inline processing enables tasks such as image filtering and quantitative map generation during image acquisition, so that key series are ready for interpretation more quickly after the patient leaves the scanner room.

From a technology standpoint, the MAGNETOM Sola incorporates Siemens' Tim 4G coil architecture, which uses multiple integrated radiofrequency channels to provide high signal-to-noise ratio and flexible coil combinations. This design enables whole-body coverage and focused high-resolution scans without requiring frequent repositioning of coils, a factor that can be particularly relevant for oncology staging or multi-region imaging. The system is also offered with optional packages such as Turbo Suite, which groups acceleration technologies designed to shorten scan times for common exam types by combining parallel imaging, compressed sensing and other techniques.

On the patient side, Siemens Healthineers points to details that target comfort and accessibility, such as a wide, low-to-the-floor table, quiet scan options and room-lighting integration. Noise-reduction sequences are intended to lower acoustic sound pressure compared with conventional MRI sequences, which can be important for pediatric patients and those sensitive to loud environments. The system is compatible with entertainment solutions like in-bore displays and audio, depending on configuration, to help patients tolerate longer studies. These features align Sola with patient-centric design trends in MRI, where experience is seen as a factor that influences both exam success and patient satisfaction scores.

The MAGNETOM Sola fits into Siemens Healthineers' broader MRI portfolio as a mid-range 1.5T system above entry-level offerings and below high-performance or 3T research-focused platforms. For U.S. buyers, this positioning means Sola is aimed at facilities that need a primary workhorse slot-filling scanner capable of covering almost all standard hospital and outpatient imaging needs while still offering access to many advanced applications. As a result, it is relevant for community hospitals expanding MRI capacity, large health systems standardizing fleets across sites and independent imaging providers seeking a current-generation system with strong vendor support.

Pricing for MRI systems like the MAGNETOM Sola is typically quotes-based and depends on configuration, building requirements and service packages, so Siemens does not publish a fixed list price for the U.S. market. Industry sources generally place new 1.5T hospital-grade MRI systems in a range that can extend into several million US dollars when installation, shielding, site preparation and multi-year service contracts are included, but exact figures vary widely by project and negotiation. For ongoing costs, facilities factor in service coverage, energy consumption, coil replacements and potential software upgrades when modeling total cost of ownership over the system's lifecycle.

Regulatory-wise, MAGNETOM Sola is marketed as an FDA-cleared MRI system for clinical use in the United States, aligning with Siemens Healthineers' longstanding presence as a major MRI vendor. U.S. hospitals and imaging centers can source the system via Siemens' direct sales organization, group purchasing organizations and capital equipment tenders, and it is supported by Siemens' service network for installation, maintenance and remote diagnostics. The scanner is also available in other regions with the necessary local certifications, making it part of Siemens' global MRI lineup.

While daily retail-style price changes are not a feature of this capital equipment segment, Siemens Healthineers often promotes financing and lifecycle management options to make systems like MAGNETOM Sola more accessible, especially for smaller providers that may not have large upfront capital budgets. Leasing models, managed service agreements and trade-in programs for older MRI scanners are common structures in the imaging market, and they can influence how facilities evaluate newer systems versus continuing to maintain existing equipment. These financial frameworks mean decision makers tend to compare total service and performance packages between vendors rather than focusing only on base hardware pricing.

For U.S.-based radiologists and administrators evaluating 1.5T MRI options, the MAGNETOM Sola competes with comparable systems from other major imaging companies that offer wide-bore designs, productivity-focused software and patient-comfort features. In that context, BioMatrix and the tight integration of sensors, intelligent positioning and standardized workflows are central to Siemens' differentiation narrative for Sola. Facilities looking to reduce variability in image quality across technologists and sites may view these capabilities as a way to standardize operations while still retaining flexibility for advanced imaging programs.

In this context, MAGNETOM Sola acts as a bridge between traditional MRI workflows and increasingly automated, data-driven radiology environments tied into hospital information systems and broader imaging networks. Shares of Siemens Healthineers AG (DE000SHL1006, ticker SHL) last traded on an EU-regulated market; the company is not listed on a U.S. exchange as of recent public data.

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.