North America Open System Mri Market Industry: Market Size & Forecast 2026

Open MRI systems are a specialized segment of the broader North American medical imaging industry, which was valued at approximately $17.5 billion in 2025 and is projected to exceed $27.7 billion in the near term. The U.S. magnetic resonance imaging market alone reached roughly $2.95 billion in 2023 and is forecast to surpass $5.4 billion by 2033, with open-system configurations capturing a growing share as clinical requirements evolve. Unlike conventional closed-bore MRI scanners, open MRI units feature a magnetic gap large enough to accommodate bariatric patients, reduce claustrophobia, and enable interventional procedures, expanding the addressable patient population well beyond what traditional designs support.

• •Market sits within a broader North America medical imaging sector worth roughly $17.5 billion in 2025, growing toward $27.7 billion
• •U.S. MRI market reached $2.95 billion in 2023 and is projected to more than double by 2033
• •Open MRI represents a structurally distinct sub-segment valued at roughly $880 million in 2024, with a higher growth trajectory than the overall market

Demographic pressure is a primary engine: the aging U.S. and Canadian populations require escalating volumes of diagnostic imaging, and open MRI lowers barriers for elderly and mobility-limited patients. Rising prevalence of obesity expands the bariatric patient segment, one of the largest clinical justifications for open-system designs, while growing awareness of claustrophobia and anxiety disorders is pushing more facilities to invest in open configurations. Reimbursement stability across major U.S. and Canadian payors for MRI-guided diagnostics provides consistent demand underpinning equipment replacement cycles, typically every five to seven years for 1.5T units.

• •Aging demographics and rising chronic disease burden increase volumetric demand for MRI examinations across North America
• •Obesity prevalence and bariatric patient populations drive clinical justification for wide-bore and open scanner designs
• •Replacement cycle dynamics and expanding insurance coverage for MRI diagnostics underpin sustained equipment demand

Architecturally, the market splits between open-system and closed-system MRI, with open systems gaining share due to clinical flexibility and patient-comfort advantages. Field-strength segmentation further divides open MRI into low-field (0.2T-0.6T) and mid-field (1.0T-1.5T) categories, with high-field open designs (3T) emerging as a premium tier. The United States dominates North American volume, reflecting higher per-capita healthcare spending and faster adoption of advanced imaging technology, while Canada represents a smaller but growing market driven by publicly funded healthcare expansion. End-use demand is strongest in hospital inpatient and outpatient imaging departments, followed by independent diagnostic imaging chains and ambulatory surgical centers.

• •U.S. accounts for the majority of North American open MRI demand, supported by larger hospital infrastructure and higher private insurance penetration
• •Low-field open MRI (0.2T-0.6T) dominates unit volume; mid-field open systems (1.0T-1.5T) drive revenue due to higher pricing and clinical utility
• •Canada offers a secondary growth market as publicly funded imaging programs modernize equipment fleets

Who are the notable companies in the industry?

The MRI equipment industry exhibits moderate to high concentration, with manufacturing and R&D capability concentrated among a small number of diversified medical technology firms that supply both open and closed MRI platforms. Identified leaders in the North American open-system segment include Siemens Healthineers, which leverages an established installed base in academic medical centers to sustain service contract renewal rates, and its sister entity Siemens Healthcare, the broader diagnostic imaging arm. GE Healthcare anchors its competitive stance through proprietary superconducting wire manufacturing that reduces helium dependency, while also contributing to MRI's role in monitoring patient recovery. Koninklijke Philips (and its parent Koninklijke Philips N.V.) differentiates through integrated diagnostic workflows. Canon, operating through Canon Medical Systems Corporation, extends its imaging portfolio into MRI. Esaote, listed as ESAOTE SA, represents one of the dedicated open-system specialists alongside other identified participants such as Fonar Corporation, Neusoft Corporation, Hyperfine, Inc., Time Medical Systems, and FUJIFILM Corporation. Production relies on superconducting magnet technology using cryogenically cooled niobium-titanium coils, though open MRI increasingly incorporates permanent-magnet and resistive-magnet architectures to reduce installation and operating costs.

• •Market is moderately concentrated at the manufacturing level, with a handful of large integrated producers controlling core superconducting and magnet technology
• •Competitive entry in open MRI is facilitated by permanent-magnet and resistive-magnet architectures that reduce capital intensity relative to high-field superconducting systems
• •Manufacturing and engineering capacity is geographically concentrated in the Northeast, Midwest, and select California facilities, with global sourcing for key cryogenic and gradient components

What are the recent trends and outlook?

AI-assisted image reconstruction and workflow automation are becoming embedded in next-generation open MRI platforms, improving diagnostic throughput and reducing the perceived image-quality gap with high-field closed systems. Integration trends are pushing open MRI into combined imaging suites that co-locate MRI with CT, X-ray, and ultrasound on a single platform, appealing to ambulatory surgical centers and community hospitals seeking compact footprint solutions. With a significant installed base of aging 1.5T open scanners approaching replacement windows and continued policy support for diagnostic imaging access, the North American open MRI market is well-positioned for sustained above-trend growth through 2030 and beyond.

• •AI-powered image reconstruction and workflow tools are narrowing the diagnostic quality gap between open and closed MRI systems
• •Multi-modality integrated imaging suites combining open MRI with complementary technologies are gaining traction in community hospital and ambulatory settings
• •Replacement cycles for aging open MRI fleets, combined with bariatric and pediatric patient access mandates, provide a durable demand foundation through the 2030 horizon