MRI Coils Market Size & Share Analysis - Growth Trends & Forecasts (2025 - 2030)

Global MRI Coils Market Trends and Insights

Rapid Adoption of Multi-Channel Phased-Array Coils

Parallel imaging has reached a tipping point as 64- and 128-channel phased-array coils consistently deliver two- to three-fold scan-time reductions without sacrificing spatial resolution.^{[1]Rapid Adoption of Multi-Channel Coils, “Self-Decoupled Radiofrequency Coils for MRI,” Nature Communications, nature.com} Higher patient throughput converts into incremental revenue even in flat reimbursement environments, making coil upgrades financially attractive for private and public institutions alike. Workflow benefits compound when AI-based reconstruction engines further shorten time-to-diagnosis, a feature already standard on flagship systems in North America. Customer preference, therefore, skews toward modular phased-array platforms that can be tailored to neuro, cardiac, or body imaging without extensive hardware swaps.

Growing Installed Base of ≥3 T MRI Scanners

The prevalence of 3 T equipment now exceeds 45% of annual MRI installations, generating a direct pull-through effect for coils that tolerate higher RF power deposition and manage B1 inhomogeneity. Neuro-focused centers adopt asymmetrical gradient coils to exploit advanced diffusion techniques, while musculoskeletal practices value the finer depiction of cartilage enabled by 3 T phased arrays. Vendors that supply application-specific coils, such as head-only or extremity, secure premium pricing and long-term service contracts, reshaping the competitive map in favor of technically differentiated specialists.

Upgrade Cycle Driven by Helium-Free & Lightweight Coil Designs

Dry-cool technology requiring under 1 L of helium accelerates magnet replacement, but it also drives demand for coils optimized for altered magnetic and thermal profiles. In parallel, elastomer-based coils weigh up to 60% less than conventional copper coils and contour more comfortably to pediatric and bariatric patients.^{[2]Elastomer Coils, “Wearable MR Detection,” Magnetic Resonance in Medicine, onlinelibrary.wiley.com} Hospitals engaged in sustainability pledges view lighter coils as a practical way to minimize energy use during transport and positioning. The combined sustainability-plus-usability rationale shortens the investment payback period, keeping the MRI coils market on a double-digit replacement rhythm.

Reimbursement Tailwinds for High-Resolution Neuro & MSK Imaging

New 2025 CPT codes reward detailed MR scans of patients with implants, expanding the billable volume for high-resolution protocols that rely on dedicated neuro and musculoskeletal coils.^{[3]American College of Radiology, “New MR Safety CPT Codes in 2025,” American College of Radiology, acr.org}Academic centers estimate revenue lifts of 8–10% per scanner once the codes are fully adopted, offsetting inflationary cost pressures. The policy signal also nudges private insurers in Europe toward covering advanced neuroimaging, reinforcing a pan-Atlantic reimbursement alignment that stabilizes long-term coil demand.

Supply-Chain Bottlenecks in High-Purity Copper & Rare-Earth Capacitors

Seventy-three percent of the world’s medical-grade copper now originates from three smelters clustered in East Asia, leaving coil assemblers vulnerable to single-point disruptions. Spot prices have risen 12% since 2024, eroding margins on entry-level products. Rare-earth capacitor shortages present an even tighter choke-point, forcing some vendors to redesign matching networks for surface coils. Short-run alternative sourcing, such as recycled niobium, buys time but escalates unit costs until new refining capacity comes online.

Capital-Expenditure Freeze Among Tier-2 Hospitals Post-COVID

Community hospitals still operate under cash-conservation mandates enacted after pandemic revenue shocks, delaying discretionary upgrades across imaging portfolios. While essential maintenance continues, administrators hesitate to allocate USD 350,000-plus for high-density arrays when legacy coils remain functional. This adoption lag widens the technology gap between academic hubs and regional providers, potentially diluting growth in the mid-tier customer segment of the MRI coils market.

Segment Analysis

By Coil Type: Phased-Array Leadership, Flexible Cable Momentum

Phased-array products held a 42.5% stake in the MRI coils market in 2024, mirroring their ability to shorten scan windows by up to 40% and thus maximize scanner utilization. Flexible cable coils are projected to climb at an 11.2% CAGR through 2030 as outpatient and emergency departments gravitate toward patient-adaptive designs that enhance comfort during trauma, neonatal, and bariatric exams. The phased-array segment benefits from innovations such as self-decoupled elements that drop pre-amp counts by 25%, lowering noise and power draw. Volume coils, while niche, retain demand from full-body oncology protocols, whereas birdcage architectures remain mainstream for head imaging. Wireless derivatives show promise: inductively coupled prototypes already achieve 86% of cabled signal-to-noise ratios, hinting at a cord-free future.

The MRI coils market size for flexible cable products is expected to reach USD 3.2 billion by 2030, accounting for nearly 20% of overall revenues. Hospitals assess return on investment against metrics such as reduced repositioning events and shorter technologist setup times, both of which translate into appreciable labor savings. Durable elastomer layers also extend lifespan in high-utilization environments, lessening the total cost of ownership and further reinforcing adoption.

Note: Segment shares of all individual segments available upon report purchase

By Field-Strength Compatibility: 3 T Dominance Amid Point-of-Care Upsurge

Coils rated for 3 T magnets controlled 46.1% of MRI coils market share in 2024, reflecting the modality’s indispensability in neuro-oncology, advanced cardiac and cartilage studies. The MRI coils market size for low-field point-of-care applications is forecast to expand 12.5% annually as rural clinics deploy portable 0.05–0.3 T scanners requiring lightweight, battery-efficient coils. Portable systems consume under 2 kW and eliminate cryogens, enabling imaging at disaster sites and sports events. Ultra-high-field 7 T coils, although representing under 2% of shipments, seed future design language with metamaterial-enhanced arrays that triple local signal-to-noise ratios.

Mid-field 1-1.5 T coils continue to serve cost-sensitive buyers, and open magnet coils secure a steady niche among claustrophobic or pediatric populations. The combined interplay of these segments underscores a bimodal configuration: premium centers gravitate upward in field strength while large swathes of the care continuum open new demand at the sub-1 T end.

By End User: Hospitals Retain Scale Advantage, ASCs Accelerate

Hospitals represented 55.7% of the MRI coils market in 2024 thanks to integrated service lines and capacity to absorb high-performance coils into enterprise imaging budgets. The MRI coils market size for ambulatory surgical centers is, however, poised to expand quickly as these facilities increasingly perform same-day orthopedic repairs that mandate on-site MRI clearance. ASCs value quick turnarounds, making flexible and wireless coils an attractive investment that eases room turnover.

Diagnostic imaging centers occupy a middle strata, offering advanced studies without surgical capability but competing largely on patient experience. Research institutes, meanwhile, purchase next-generation arrays—often ahead of commercial release—to explore ultra-high-field or animal studies that spin off clinical applications later. Veterinary clinics form a nascent but rising customer base as midsize practices adopt refurbished 1.5 T scanners.

Note: Segment shares of all individual segments available upon report purchase

Geography Analysis

North America captured 32.8% of revenue in 2024 and continues to set procurement benchmarks through early pilots of helium-light magnets and AI-native workflows. A seven-year strategic alliance between GE HealthCare and Sutter Health covering 300 facilities exemplifies the region’s scale-driven technology refresh cadence. Academic nodes add further momentum: The Ohio State University Wexner Medical Center initiated a USD 105 million imaging partnership focused on coil-intensive neuro applications. New MR safety codes effective in 2025 boost procedure volume for patients with implants, encouraging investment in high-density arrays that lower artifact risk.

Asia-Pacific is projected to log an 8.5% CAGR by 2030 as healthcare modernization programs expand scanner footprints across both metropolitan hospitals and rural community clinics. China’s domestic manufacturers focus on 0.3–1.5 T systems adapted for high-humidity environments, generating incremental coil demand across six coastal production hubs. India’s private sector adds momentum through energy-efficient 1.5 T launches that promise 20% lower power consumption. Japan and Australia remain premium 3 T coil markets, whereas Southeast Asia increasingly opts for low-field mobile units to bridge infrastructure deficits.

Europe ranks second by value, supported by a strong manufacturing ecosystem and cross-border research networks. Siemens Healthineers’ USD 314 million UK facility will assemble helium-free magnets and next-gen coils under carbon-neutral guidelines. Regulatory harmonization through IEC 60601-2-33:2022 eases the adoption of wireless coils by clarifying RF exposure thresholds. Central-Eastern Europe, with rising EU structural-fund allocations for diagnostic equipment, is expected to tilt toward mid-field systems, offering a stepping stone for coil vendors that bundle upgrade paths into procurement contracts.