The Three Acquisition Routes

There are three routes to putting an MRI into service: buy new, buy refurbished, or use a mobile unit. They differ less in the scanner than in who carries the siting cost, the service obligation, and the demand risk.

Buying new delivers a current platform with the manufacturer’s full support path, at the highest capital outlay and the longest lead time before the first scan. Buying refurbished delivers a placed platform at a lower capital outlay, with the risk concentrating on the unit’s history and who warranties it. A mobile unit delivers scanning capability with almost no siting investment and no demand risk, at a higher cost per examination and with no asset building up on the balance sheet. The three routes are not competing prices for the same thing; they are different allocations of capital, risk, and time, and the correct choice follows from which of those the organization can absorb.

Purchase Price Bands by Route

Route determines which components appear in the price, so comparing headline figures across routes compares different scopes. A new system price reflects current-generation technology and full support; a refurbished price reflects a placed platform and a scope that depends entirely on what the refurbisher chose to include; a mobile arrangement reflects access to the scanner rather than ownership of it.

Because the siting package is common to two of the three routes, the honest comparison is between a full project cost for new and refurbished, and a contracted cost per period for mobile. Presenting a refurbished equipment figure against a new project figure is the single most common comparison error in imaging procurement.

What Is Always Excluded From a List Price

The lines excluded from a scanner quotation are consistent enough to be treated as a checklist, and they are the reason an equipment budget and a project budget differ. An organization that approves only the equipment figure has approved approximately half of what it is about to spend.

• Radiofrequency-shielded room construction, including any structural work to accommodate it.
• Slab loading and the transport route for the magnet, sometimes including reinforcement.
• Quench piping and the provisions required for magnet safety in the specific room.
• HVAC, chilled water, and the humidity control the room requires.
• Power conditioning, and any supply upgrade to the building.
• Rigging, installation, commissioning, and acceptance testing.
• Coil inventory beyond the base set, and advanced software packages.
• Radiographer and physicist training, and the clinical go-live period.
• The service agreement itself, which is usually quoted separately from the equipment.

Two of these deserve emphasis because they are frequently deferred rather than omitted. Power supply upgrades are usually the responsibility of the site and can require work outside the imaging budget. And the service agreement, if not priced from year one, is discovered in the first year of operation as an unbudgeted recurring cost.

Recurring Cost: Service, Cryogen, Uptime Guarantees

Recurring cost is where the routes diverge most, and it is the line that determines whether the asset performs as modeled. Service agreements are normally tiered by coverage, with full parts and labor at one end and time-and-materials at the other, and the choice between them is a decision about the shape of the risk rather than about its size.

• Service tier, response commitment, and whether the commitment is measured and reported.
• Cryogen management where the platform requires periodic fill, and who supplies it.
• Chiller maintenance, power conditioning service, and room-system upkeep.
• Coil repair and replacement exposure, which is a recurring cost rather than a capital one.
• Software upgrade policy, including whether clinical applications are included or licensed separately.
• Uptime guarantees: what percentage is promised, how downtime is measured, and what the remedy is if it is missed.

The uptime clause is the one worth reading closely. A guaranteed percentage is only meaningful if the measurement method, the exclusions, and the remedy are defined, because an unmet guarantee without a remedy is marketing rather than contract. Maintenance and calibration expectations should be benchmarked against recognized practice rather than negotiated from first principles, and bodies such as AAMI publish equipment-maintenance guidance that imaging departments use to define intervals, while independent reporting such as ECRI is where a model’s alert history is checked.

Installation and Room Readiness

The wording “”room readiness”” hides a construction project. Readiness means the room meets the magnet’s requirements before the scanner arrives, because a system delivered to an unprepared site accrues storage and rescheduling costs that no vendor absorbs, and the delivery window is rarely movable once set.

• Room dimensions and the 5-gauss line, since both constrain what may be installed nearby.
• RF shielding integrity, tested before installation rather than after.
• Structural loading and the route the magnet takes from the loading dock to the room.
• Cooling capacity and chilled-water provision to specification.
• Electrical supply, conditioning, and any upgrade to the incoming building service.
• Quench venting and the emergency provisions the room requires.

The practical control is an engineering sign-off at a defined point before delivery, with the delivery date contingent on it. Where the site cannot meet that date, the delivery schedule should be moved rather than the commissioning rushed, because the cost of a scanner sitting idle while a room is finished is borne by the buyer.

Financing and Lease Treatment

Financing changes the comparison between routes because it converts capital outlay into a recurring payment and shifts the decision to cash flow and total cost across the term. The same scanner can be acquired through outright purchase, a lease with an end-of-term option, or an operating-style arrangement, and the accounting and cash-flow consequences differ between them.

• Whether the structure is treated as an asset purchase or an operating cost, and how that affects the capital plan.
• The term relative to the equipment’s useful life, and what happens at the end of it.
• Whether the agreement includes service, software, and consumables or prices them separately.
• Early-termination terms, and whether the agreement can be assigned if the practice changes hands.
• End-of-term options: purchase, extend, upgrade, or return, and the figures attached to each.

The comparison that matters is total cost across the term against the revenue the scanner is expected to generate in the same period, not the monthly figure in isolation. Financing structures for imaging equipment are a specialist area, and the terms that decide the outcome — residual treatment, service inclusion, and end-of-term options — are the same terms that decide the exit.

Residual Value at Replacement

MRI residual value is driven by field strength, bore, coil inventory, software position, and whether the platform remains serviceable in the secondary market. A system acquired with an open service path and a broad coil inventory retains more of its cost than one acquired with restricted support, and that difference is visible in the capital plan years before the replacement decision is taken.

Mobile arrangements change this calculation in a specific way: because no asset is acquired, no residual accrues, so the whole cost is operating cost. That is the correct structure when demand is unproven, and the wrong one when demand is established, because at adequate volume a fixed system generates a residual that offsets part of what was spent on it.

Two implications follow for the original acquisition. A configuration chosen purely to reduce initial cost can reduce the exit value by more than it saves, particularly where it omits coils or a bore that later buyers require. And the documentation assembled at commissioning — service history, upgrade record, coil provenance — is what supports the residual at replacement, so it should be maintained from the first year rather than reconstructed at disposal. Where a replacement is already contemplated, the disposal route and its valuation mechanics are worth understanding in advance.

How to Compare Two Quotes Properly

Two quotations for comparable systems are rarely comparable as written, and normalizing them is the step that turns a price comparison into a decision. The exercise is mechanical: list the lines, establish what each quote includes, then reprice both to the same scope.

• Scanner configuration: field strength, bore, gradients, and the coil inventory included.
• Software: which clinical applications are included, and which are licensed separately.
• Siting scope: who performs RF shielding, structural work, cooling, and power upgrades.
• Installation scope: rigging, commissioning, acceptance testing, and who pays for delays.
• Service: tier, term, response commitment, uptime measurement, and remedy.
• Training and go-live support, and whether they are included or billed.
• Financing: rate, term, end-of-term options, and any early-termination charge.
• Warranty on the scanner, and whether it runs concurrently with or after the service contract.

Before signing, or approving a capital submission, verify:

• The full project cost, including siting, installation, and the first service period.
• The configuration as specified, matched line by line against the clinical requirement.
• Which party is responsible for each element of site readiness, and by when.
• The service contract tier, its exclusions, and the remedy if uptime is missed.
• The software position, including upgrade policy and license transferability.
• The financing structure’s total cost across the term, not only the periodic payment.
• The regulatory basis for the system and the labeling under which it will be used, checked against the FDA medical device portal for US operations.
• The projected residual and the route to realize it at replacement.

The route decision is made before the price conversation, because the routes price different things: capital and control for new, capital and scope risk for refurbished, and access without a balance-sheet asset for mobile. Clinical practice guidance from bodies such as the American College of Radiology and technical literature reviewed by the Radiological Society of North America inform the specification side of that decision. Where a program is being built around a specific configuration or a trade-in from existing equipment, the routes and their commercial structures can be compared through the financing and leasing options and the trade-in and buyback route before a quotation request is raised.

Questions Buyers Ask About MRI Purchasing