What Does an MRI System Cost?

Hardware-only list prices, refurbished market ranges, and total installed cost estimates — updated as MedSource quote data accrues.

MRI systems span one of the widest price ranges of any capital imaging asset in healthcare. New superconducting 1.5T systems run roughly $800,000–$1.8 million for the scanner alone, while new 3.0T systems typically land between $1.5 million and $3.5 million. Neither figure includes site construction. Expect installation-only costs — room, utilities, and commissioning — to range from roughly $200K to $1M for a straightforward 1.5T install; total turnkey installed cost including the scanner commonly falls between $1.2M and $3M for 1.5T and $2M–$5M+ for 3.0T in the U.S. The five variables that move you within those bands are field strength, bore width, RF-channel count, software licenses, and the condition of the receiving site. Note: MedSource does not yet have aggregate quote data for this category. The figures below are drawn from publicly available spec sheets, used-equipment market listings, and secondary market analyses. This article will be updated as facility quotes are submitted.

---

What the Typical Range Is

The market organizes naturally into four hardware tiers:

Tier	Configuration	New (Scanner Only)	Refurbished / Used
Low-field / Open	≤0.7T, open bore	$150,000–$300,000	$30,000–$150,000
Clinical 1.5T	60cm bore, 8–16 ch	$800K–$1.3M	$270,000–$500,000
Clinical 3.0T	70cm wide bore, 16+ ch	$1.6M–$2.2M	$900,000–$1.4M
Research (7T+)	Ultra-high field	$3M–$4M+	Rarely available

The average price of a new 1.5T MRI machine across all manufacturers is approximately $1.3 million for the machine itself, with additional charges for servicing, logistics, and certain options and features. On the 3T side, the 3.0T MRI costs anywhere from $1.6 to $2.2 million new; used 3.0T systems average between $900,000 and $1.4 million. At the research extreme, research-grade MRI systems operating at 7T or higher can exceed $3 million, putting them firmly in the domain of academic institutions and specialized research hospitals.

For the refurbished market specifically, refurbished options are typically available at 40% to 60% less than new models, making them an attractive alternative for hospitals and clinics seeking to maintain high-quality diagnostic capabilities without incurring excessive capital expenditures.

---

What Pushes Price Up

Field strength. Most MRIs are either 1.5T or 3.0T — all other things being equal, expect to spend about 25% more for a 3.0T system.

3T pricing could easily be double what you'd pay for a comparable 1.5T.

Bore width. The patient bore can be either 60cm or 70cm — 70cm "wide bore" systems are generally preferred for patient comfort, and you should expect to spend sometimes 50% more for a 70cm system, as they tend to come with additional features.

RF channel count. The more RF channels an MRI has, the better it cuts through noise to generate the signal that creates the image. Especially in 1.5T systems, a higher number of RF channels — 48 or higher — allows you to get the most out of your system.

Software and AI licenses. Newer systems with AI-enhanced imaging or cardiac packages cost more. Adding software features post-purchase on refurbished units is possible but expensive — licenses often require locating a system with the feature already pre-loaded or purchasing them separately.

Generation and model. Current-generation premium models — such as the Siemens MAGNETOM Vida (3T), GE Signa Premier, or Philips Ingenia Ambition — carry the highest list prices. Models like the GE Signa Voyager, GE Optima 750w, Philips Ingenia, Siemens Aera, Siemens Skyra, and Canon Vantage Galan 3T typically start at $400K and go up in the pre-owned premium tier.

---

What Pushes Price Down

Refurbished and pre-owned systems. Refurbished MRI systems are 35–45% less expensive than new system prices.

New wide-bore MR machines can cost upwards of $1 million; refurbished units of a similar type might be available in the range of $200,000 to $700,000 depending on condition and specifications, with pre-owned wide-bore systems typically selling for $500,000 to $700,000.

Older generation, fully digital platforms. Entry-level pre-owned 1.5T and 3T systems with 8–16 channels — such as the GE Excite HDxt, Siemens Espree, Siemens Avanto, and Toshiba Titan — range from $200K to $375K.

Lower field strength alternatives. Siemens introduced .55T (High-V) MRI systems that feature a small footprint, reduced helium reliance, and a wide range of clinical capabilities — opening the door to MRI installation for hospitals, especially rural providers, for whom on-site MRI was previously out of reach.

GPO and IDN contracts. Manufacturer list prices for GE, Siemens, and Philips are not publicly posted. However, large health systems purchasing through Group Purchasing Organizations (e.g., Vizient, Premier) routinely achieve discounts of 15–30% off list. GSA Schedule pricing is available to qualifying federal facilities — verify current contract terms directly through GSA Advantage.

Leasing and per-scan financing. Operating leases can shift the capital requirement to a monthly payment, often $15,000–$40,000/month for a 1.5T depending on term and residual value. This route trades ownership equity for predictable OpEx.

---

Hidden Costs

These items frequently double the scanner's purchase price and are consistently underestimated at the budgeting stage:

RF shielding and Faraday cage. RF shielding, including Faraday cage components, RF filters, and the RF door, runs $20,000–$200,000.

If the MRI exam room lacks effective RF shielding, incoming RF waves will degrade imaging; the shielding system includes ceilings, walls, doors, and windows working together, with all penetrations (power, HVAC, exhaust, piping) passing through RF filters or waveguides.

Magnetic shielding and room remediation. Magnetic shielding and room remediation, when required, costs $50,000–$300,000.

Passive shielding is essential when fringe fields extend into occupied zones, the magnet is near ferromagnetic infrastructure, or adjacent sensitive equipment must be protected; a 3T MRI, for example, may require floor and ceiling shielding in addition to lateral protection.

Structural and electrical work. Structural work — floor reinforcement, ceiling, and HVAC routing — adds $20,000–$200,000; concrete pad or pit construction for certain models adds $10,000–$150,000; and dedicated electrical service, UPS, and isolation transformers run $10,000–$100,000.

Cryogen (helium) management. Most MRI systems use liquid helium to operate, requiring a "quench pipe" attached to the MRI and vented to the outside of the building. Helium refills, monitoring, and annual service for the cryogen system add ongoing operating cost — budget $5,000–$20,000/year depending on system design and helium market conditions.

Service contracts. Annual OEM full-service contracts typically run 8–12% of the system's purchase price per year — approximately $80,000–$180,000/year on a new 1.5T. Third-party independent service organizations (ISOs) can offer equivalent PM/corrective coverage at 30–50% less, but parts availability and OEM software update access must be verified.

Coil packages. MRIs can be made more versatile by adding coils suited to various studies; adding coils outside the standard set-up comes with a price tag, with growing demand for AI capability, whole-body imaging, and TBI study options. Individual specialty coils (e.g., cardiac, breast, neurovascular) range from $15,000 to $60,000 each.

---

How to Negotiate

1. Separate the line items. Request itemized quotes for: scanner hardware, software licenses, coil package, installation, and service contract. Vendors often bundle these to obscure margins on each component.

2. Use competing field strengths as leverage. Since reimbursement levels are the same for 1.5T and 3T units, the 1.5T choice is often the right option for many MRI applications, especially rural providers, hospitals of low to average imaging volume, and imaging centers with limited budgets. Telling a 3T vendor you are evaluating a 1.5T alternative is legitimate and effective.

3. Benchmark the service contract independently. OEM service pricing is rarely the lowest available. Obtain parallel quotes from ISOs (e.g., Shared Medical Services, Agiliti, in-house biomedical staff with OEM training) before signing a multi-year OEM agreement.

4. Negotiate the software license floor. Insist that the base configuration include clinically necessary sequences (e.g., diffusion, FLAIR, post-contrast T1) rather than treating them as options. This prevents post-sale upselling.

5. Leverage end-of-quarter timing. Major OEMs (GE, Siemens, Philips, Canon) operate on quarterly sales cycles. Commit in writing near quarter-end and request that any discount be applied to hardware, not service bundles.

6. Request a de-install credit on the site's prior system if replacing an existing MRI — vendors can often offset $20,000–$75,000 in trade-in or helium transfer value.

---

When the Price Feels Off

• A new 1.5T quoted under $700,000 (fully installed) warrants detailed scrutiny of what is excluded — most likely shielding, installation labor, or first-year service.
• A refurbished system with no documented helium level, magnet quench history, or prior service logs should be declined. These are standard due-diligence documents.
• Vendors bundling a "free" multi-year service contract into the purchase price — verify that the annual cost embedded in the hardware price is not inflated above standalone OEM rates.
• Any quote for a 3.0T at under $1M installed should include confirmation of the manufacturing year, coil count, RF channel count, and whether it has been through a documented refurbishment with parts traceability.
• Software "upgrades" priced at $50,000–$150,000 post-purchase for features that are standard on competing platforms signal that the base configuration was intentionally stripped for a lower headline price.

---

Sources

1. DirectMed Imaging — Siemens MRI Machine Cost & Models (April 2025). Manufacturer-specific pricing for 1.5T and 3.0T Siemens systems, new and used.
2. Block Imaging — How Much Does an MRI Machine Cost in 2026? Secondary market tier analysis including wide-bore and pre-owned pricing.
3. MRI Sellers — How Much Does an MRI Machine Cost? (2026). Tier-based breakdown by field strength and open/closed configuration.
4. Gaven Industries — MRI Room Shielding Requirements (2025). RF and magnetic shielding specifications, Faraday cage components, and environmental requirements.
5. GE HealthCare — MR Project Implementation Guide (public technical document). Site-readiness requirements including RF shield testing, cryogen vent, and structural compliance.
6. Grand View Research — Refurbished MRI Systems Market Report (2024). Market sizing and refurbished-vs-new cost differential data.
7. Quora / Clinical Engineering Community responses — Installation cost component ranges (U.S. market, updated through May 2024).

This article will be updated as MedSource accumulates verified quote data from facility submissions. If your organization has recently purchased or leased an MRI system, submit your quote data through the MedSource portal to help benchmark this category.