New MRI systems range from $1 million to $3 million or more depending on magnet strength and features. A refurbished or certified pre-owned MRI typically costs 40 to 60 percent less — often $400,000 to $900,000. The best price depends on bore size, field strength, coil configuration, and software version. New vs used: new offers a longer warranty and the latest software; refurbished offers faster return on investment. Always request a fully itemized quote covering equipment, installation, and service contract separately.

Purchase price is just the starting point. Total cost of ownership includes annual service contract fees, cryogen costs, coil replacements, and software upgrades. Service contracts typically run 8 to 12 percent of the equipment cost per year. Cryogen (liquid helium) refills cost $5,000 to $20,000 annually depending on the system. Factor in facility costs: RF shielding, HVAC upgrades, and ongoing preventive maintenance. Ask every vendor for a 10-year total cost projection — not just the equipment price.

Financing options include equipment loans, operating leases, capital leases, and vendor-direct payment plans. Lease vs buy: leasing preserves capital and allows technology upgrades at term end; buying builds equity. Operating leases may allow monthly payments to be expensed rather than capitalized on the balance sheet. Many vendors offer deferred payment programs — no payments for 6 to 12 months during installation and ramp-up. SBA 7(a) and SBA 504 loans are available for qualifying healthcare facilities purchasing imaging equipment.

1.5T (Tesla) MRI is the clinical standard — excellent image quality for most diagnostic applications. 3T MRI delivers higher resolution and faster scan times, making it ideal for neurology, cardiac, and orthopedic imaging. What is the difference between them in cost? A 3T system typically costs 30 to 60 percent more than a comparable 1.5T. 3T also requires more radiation shielding and a larger footprint, increasing site planning costs. For most community hospitals and outpatient centers, 1.5T offers the best price-to-performance ratio.

An open MRI uses a different magnet design that eliminates the traditional closed tube — reducing claustrophobia significantly. Open MRI systems typically operate at lower field strengths (0.3T to 1.0T), resulting in longer scan times and lower resolution. They are well-suited for pediatric patients, bariatric patients, and anyone with severe claustrophobia. Wide-bore MRI (70 cm opening) is a middle ground — maintaining 1.5T or 3T strength with a more comfortable opening. Ask: Will the bore size and magnet strength support the clinical protocols I need to run?

Coils are the antennas that receive MRI signals — you need the right coils for each body part you intend to scan. Standard coil packages cover head, spine, body, and extremities. Specialty coils add cost but expand clinical capability. Software packages cover neurological, cardiac, vascular, and functional MRI protocols — only buy what your clinical team will use. Ask the vendor: Which coils and software are included in the base price vs quoted as optional add-ons? Can I upgrade later? Yes — most platforms allow coil and software additions post-installation.

Lead time from order to first patient scan is typically 3 to 6 months for a new MRI system. Refurbished MRI installations often complete in 2 to 4 months, depending on site readiness. The process includes RF shielding construction, magnet delivery, cryogen filling, shimming, and calibration. How long does installation take once the room is ready? Typically 2 to 4 weeks for the physical install. Confirm with your vendor whether installation included covers all phases or just the equipment setup.

Yes. An MRI requires a Faraday cage (RF shielding) to prevent interference with and from external electronics. The room must also have a controlled magnetic field exclusion zone — typically defined as the 5-Gauss line. Do I need a radiation room? No — MRI uses magnetic fields, not ionizing radiation. RF shielding is required, not lead. Site planning must account for HVAC capacity, floor load bearing, quench pipe installation, and emergency power. Most vendors provide a free site planning survey and technical drawings early in the sales process.

RF shielding construction: $150,000 to $500,000 depending on room size and existing structure. HVAC and chiller upgrades for heat dissipation: $20,000 to $80,000. Electrical upgrades and dedicated power supply: $15,000 to $40,000. Quench pipe installation and magnet pad: $10,000 to $25,000. These costs are separate from the equipment price — get a site survey before finalizing your budget.

A new MRI should come with a minimum 1-year parts and labor warranty from the manufacturer. After warranty, a service contract covers preventive maintenance, emergency repair, and parts. OEM vs aftermarket service: OEM (original manufacturer) offers factory-trained engineers and proprietary parts. Aftermarket or independent service organizations (ISOs) typically cost 20 to 40 percent less than OEM contracts. Always ask: What is the uptime guarantee and what is the response time for emergency calls?

Parts availability is a critical factor — especially for refurbished or older model MRI systems. Ask the vendor: How many years of parts and software support does this specific model have remaining? OEM manufacturers typically support systems for 10 to 15 years post-production. Certified pre-owned systems should include a commitment on parts availability from the seller. Choosing a platform from a major manufacturer (Siemens, GE, Philips, Canon) generally ensures longer support life.

All modern MRI systems are DICOM compatible — this is the universal standard for medical imaging data. PACS integration connects the MRI directly to your picture archiving and communications system for reporting. Confirm DICOM conformance statements are provided and that the system supports your specific PACS version. Also verify HL7 integration with your RIS (radiology information system) for automated order entry and worklists. Ask your IT team and the vendor to perform a connectivity test during the demo or site visit.

Training provided should cover scanner operation, protocol setup, patient positioning, and safety procedures. Application training from the vendor typically runs 3 to 5 days on-site at installation. Ask whether training is included in the purchase price or quoted separately — this can add $5,000 to $20,000. Ongoing training for new staff is important — confirm whether online or remote training options are available. ACR and ARRT continuing education requirements should be factored into your staff development plan.

MRI is used for neurological, musculoskeletal, cardiac, abdominal, vascular, and oncological imaging. Clinical software packages expand capability — functional MRI, diffusion tensor imaging, and spectroscopy are common add-ons. Can I upgrade later? Yes — most major platforms support software and hardware upgrades post-installation. Ask the vendor for the system’s upgrade roadmap and whether upgrades require a service visit or can be done remotely. Future-proofing your investment is important — choose a platform with an active development pipeline.

All MRI systems sold in the United States must be FDA cleared as Class II medical devices. The FDA cleared designation means the device has been reviewed for safety and effectiveness through the 510(k) process. Facilities must also comply with state radiation control agency requirements — even though MRI uses no ionizing radiation. ACR accreditation for MRI is required by many payers, including Medicare Advantage plans. Confirm that both the system and any additional coils or software modules are covered under the FDA clearance.

The major MRI manufacturers are Siemens Healthineers, GE HealthCare, Philips, and Canon Medical. How do I compare vendors? Evaluate image quality, software ecosystem, service network density, and long-term parts availability. Request references from similar-size facilities in your region who have operated the same model for 3 or more years. Which brand is best depends on your clinical focus — neurological centers often favor Siemens; cardiac programs often favor Philips. Insist on a hands-on demo with your own clinical cases before finalizing any purchasing decision.

Buying direct from the manufacturer guarantees OEM warranty, certified installation, and factory training provided. Authorized resellers and distributors often offer competitive pricing, especially on certified pre-owned units. Independent resellers may offer the best price on refurbished systems but confirm warranty and service coverage carefully. For new equipment, direct purchase or authorized dealer channels are generally recommended. Always verify the seller’s accreditation — ask if they are an authorized sales and service partner for the brand.

Is installation included in the quoted price, or is site preparation billed separately? What warranty is provided, and what exactly does it cover — parts, labor, and software? What financing options are available and what are the total payments over the lease or loan term? What is the lead time from contract signing to system activation and first patient scan? What is your uptime guarantee and what happens if the system is down beyond the guaranteed threshold?

MRI uses a powerful magnetic field and radio waves to generate detailed images of internal anatomy — no radiation is used. How does it work? The magnetic field aligns hydrogen atoms in the body; radio pulses then cause them to emit signals that form images. MRI is considered extremely safe for most patients — the primary risks involve metallic implants and the magnetic field. Patients with pacemakers, cochlear implants, or certain metal implants may not be eligible for MRI scanning. Wide-bore MRI systems (70 cm) significantly improve patient comfort and reduce exam abandonment rates.

Yes — MRI is reimbursed by Medicare, Medicaid, and most commercial insurance plans when medically indicated. Is it covered by insurance? Reimbursement rates depend on the CPT code, facility type, and payer contract. Outpatient MRI reimbursement from Medicare typically ranges from $200 to $700 per scan depending on body part and contrast use. ACR accreditation is often required by payers for reimbursement — confirm your accreditation plan before opening. Consult with a healthcare reimbursement specialist to model expected revenue for your patient mix.

Closed MRI (standard bore, typically 60 cm) offers the highest field strength and image quality but can cause claustrophobia. Wide-bore MRI (70 cm opening) is the most popular choice today — combines patient comfort with 1.5T or 3T image quality. Open MRI uses a vertical or C-shaped magnet design, fully eliminating the tube — ideal for severely claustrophobic or bariatric patients. What is the difference between them in terms of image quality? Closed and wide-bore systems significantly outperform open MRI on resolution. For most clinical environments, a wide-bore 1.5T system offers the optimal balance of patient experience and diagnostic performance.