What Does a CT Scanner Cost?

Equipment list prices range from ~$90,000 for a refurbished entry-level system to well over $2 million for a cutting-edge 320-slice or photon-counting scanner. Every number in between is real — and explainable. This article draws on publicly available manufacturer tiers, secondary-market listings, and used-equipment dealer price guides. MedSource does not yet have aggregate quote data for this category; figures will be updated as submissions accrue.

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Procurement officers shopping for a CT scanner face a five-to-twenty-five-fold price spread depending on slice count, system age, software configuration, and acquisition path. The average cost of a CT scanner in 2025 is between $80,000 and $450,000 , but that range masks the full picture: new premium systems with 256–320 slices or photon-counting detectors routinely exceed $1.5 million. The most important considerations are slice count, the condition of the machine, and the service plan chosen. Facilities that skip a structured analysis of those three variables frequently overbuy on hardware or underbuy on service — both costly mistakes over a 7–10 year ownership cycle. GSA Advantage does list CT equipment under the Medical Equipment & Supplies schedule (SIN 65 IIA), but individual line-item prices are vendor-negotiated and not publicly aggregated; federal buyers should pull current GSA Advantage pricing directly for verified ceiling rates.

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What the Typical Range Is

Market data from secondary dealers and manufacturer positioning yields three operational tiers:

Tier	Slice Count	Typical Models	Approximate Price Range (New)	Approximate Price Range (Refurbished)
Entry	4–16 slice	GE BrightSpeed, Siemens SOMATOM Scope 16	$150K–$300K	$70K–$130K
Intermediate	32–64 slice	GE LightSpeed VCT 64, Philips Brilliance 64, Toshiba Aquilion 64	$300K–$500K	$130K–$160K
Premium	128–256 slice	GE Revolution 256, Siemens Drive, Siemens Force, Canon Aquilion ONE	$500K–$1.2M	$200K–$400K
Ultra-premium	320+ slice / photon-counting	GE Revolution CT, Siemens NAEOTOM Alpha	$1.5M–$2.5M+	Rarely available

The intermediate tier, priced between $130,000 and $160,000 in the used market, includes advanced models such as the GE LightSpeed VCT 64, Philips Brilliance 64, and Toshiba Aquilion 64, equipped with 64-slice technology and specialized features for cardiac and lung scanning.

At the very top sit systems in the $300,000 to $900,000 range (new), such as the GE Revolution 256, Siemens Force, Siemens Drive, and Siemens go.Top.

For the used market specifically, refurbished systems are priced from $70,000 to $400,000+, depending on brand and slice capabilities; used 16-slice CT scanners are among the most affordable, while machines with 64, 128, or 320/640 slices command higher prices but support more advanced studies.

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What Pushes Price Up — Features, Certifications, Support Tier

Slice count is the single largest hardware cost driver. The most significant price jumps occur between 16-slice and 64-slice systems, as well as for models with ultra-fast imaging or specialized applications in cardiac imaging.

Dose reduction technology. Technologies such as automatic exposure control (AEC) and iterative reconstruction (IR) are at the forefront of CT scanner innovation; these dose optimization features, which improve image quality while minimizing radiation exposure, are typically found on newer, more advanced models and contribute to a higher purchase price.

Clinical software suites. Software and hardware features can add $35,000 to $100,000 for a cardiac software suite, or $15,000 to $35,000 for a lung application. These are typically quoted separately from the base system.

Photon-counting CT. Photon-counting CT represents a major leap forward, offering high spatial resolution, improved contrast-to-noise ratio, and the potential for lower radiation doses; Siemens Healthineers pioneered this technology with its NAEOTOM Alpha scanner, which has been cleared for use in the U.S.

AI and software ecosystems. The value of a CT scanner is now closely tied to its software ecosystem; buyers should evaluate the availability of AI-powered tools for image interpretation, predictive analytics, and workflow automation, as these can provide substantial ROI through improved efficiency and diagnostic accuracy.

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What Pushes Price Down — Refurbished, Older Generation, Lease, GPO Contracts

Refurbished systems offer the steepest discounts. On average, buyers can plan on saving about 50% by investing in a refurbished CT scanner versus a new one. The spread widens at the extremes: CT scanners sold as-is without refurbishment can cost as little as 25% of their original sticker price, while those with certified refurbishments can cost up to 75% of original list.

Older-generation models still clinically capable for general diagnostics (e.g., 16-slice systems) clear well under $100,000 in the used market. The trade-off is serviceability: parts availability for pre-2012 systems is narrowing.

Financing and leasing. Medical imaging equipment financing typically offers multiple options including one-dollar buyout leases, fair market value leases, bank loans (5–6% interest), and equipment finance agreements with terms ranging from 3–7 years.

GPO and VA FSS contracts. Large health systems purchasing through Premier, Vizient, or the VA Federal Supply Schedule typically negotiate discounts of 15–30% off list. Specific awarded prices are not publicly posted but are accessible to eligible members through each GPO's portal.

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Hidden Costs — Install, Training, Calibration, Consumables, Service Contracts

These often represent 30–50% of total 5-year cost of ownership and are routinely under-budgeted at PO approval time.

• Site preparation. Shielding, concrete reinforcement, HVAC upgrades, and electrical infrastructure can run $100,000–$400,000 for a new installation, depending on facility construction. The price includes more than just buying the scanner; installation, features, and future expenses all add up.

• X-ray tube replacement. X-ray tubes are a significant add-on cost, ranging from $40,000 to $200,000. Tube life in a high-volume setting (80,000+ scans/year) can be as short as 18–24 months. Always request tube scan-second history before purchasing a used system.

• Service contracts. Recurring costs include service contract fees, maintenance, and power — varying from $500 to $7,000 per month depending on the equipment and service tier. Full-service OEM contracts (covering parts, labor, and tubes) run at the high end of this range; third-party service agreements and time-and-materials arrangements run lower but shift risk to the buyer.

• Applications training. Vendor-provided applications training at installation is typically bundled into new-system purchases but may be priced separately ($5,000–$15,000) on used-system transactions.

• Contrast media and consumables. Iodinated contrast agents, injector supplies, and PACS storage add ongoing per-scan costs that accrue quickly at high scan volumes.

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How to Negotiate — Concrete Tactics

1. Bid slice count, not brand. Issuing an RFP specifying "64-slice minimum with cardiac software and iterative reconstruction" rather than a named model forces GE, Siemens, Philips, and Canon (formerly Toshiba) to compete directly. Systems from United Imaging and Fujifilm have entered the U.S. market and can serve as legitimate competitive pressure.
2. Separate hardware from service at award. OEMs bundle multi-year service contracts at the point of sale and price them aggressively in years 1–3. Negotiate the hardware price independently first; then price service against third-party ISO providers before accepting the OEM contract.
3. Use tube replacement as a lever. If purchasing used, negotiate a new or recently replaced tube into the purchase price. A replacement-needed tube can shift $80,000–$200,000 of hidden cost onto the buyer.
4. Request the trade-in or demo system. OEM demonstration units and trade-ins often have low scan counts and carry full manufacturer software licenses at 20–35% below new list price.
5. Leverage GPO timing. OEM fiscal year-ends (GE HealthCare: December; Siemens Healthineers: September) historically produce deeper discounts on late-year deals.
6. Benchmark against GSA Advantage. Even non-federal buyers can use GSA Advantage pricing as a publicly verifiable anchor for negotiation.

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When the Price Feels Off — Red Flags

• No tube history disclosed. Any used-system seller who cannot or will not provide X-ray tube scan-second records and date of manufacture is concealing material information. Walk away or price in full tube replacement.
• "As-is" price near certified-refurbished price. CT scanners sold as-is without refurbishment should cost as little as 25% of their original sticker price. If an as-is quote is close to 75% of list, the margin is being extracted elsewhere — often in installation or service.
• Service contract priced above 12% of hardware cost annually. A full-service contract above that threshold on a new system suggests either an unusual risk profile or a pricing model designed to recapture hardware discount.
• No FDA 510(k) clearance documentation. CT scanners are FDA Class II devices requiring 510(k) clearance. Any system without a verifiable clearance number (searchable at accessdata.fda.gov) should not be installed in a U.S. clinical setting.
• Vague software licensing terms. Confirm in writing which software options are licensed to the system serial number and transferable to your facility, especially on used purchases. Unlicensed software options are non-functional after installation.
• Single-vendor quote for a capital purchase. The scanner space is competitive, with major manufacturers including Siemens Healthineers, GE HealthCare, Philips, United Imaging, and Fujifilm all active in the market. Accepting a sole-source quote without competitive bids is a procurement control failure on most hospital compliance frameworks.

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Sources

1. adsqc.com — CT Scanner Machine Cost Guide (2025): Used-market price ranges and refurbishment discount benchmarks.
2. Block Imaging — 2026 CT Scanner Price Guide: Three-tier pricing framework; model-level examples for intermediate and premium categories.
3. Radiology Oncology Systems — Used CT Scanner Pricing Guide: Refurbished system price range ($70,000–$400,000+) by slice count.
4. Excedr — How Much Does a CT Scanner Cost (2024): Software suite add-on pricing (cardiac: $35K–$100K; lung: $15K–$35K) and X-ray tube replacement costs.
5. FDA 510(k) Database (accessdata.fda.gov): Clearance verification for CT scanner devices (Class II).
6. FAR Subpart 8.4 / GSA MAS Program: Framework for federal supply schedule pricing; CT-specific line-item prices require direct query via GSA Advantage.

Data transparency notice: MedSource has not yet aggregated direct quote submissions for CT scanners. The ranges above are sourced from publicly available secondary-market listings and dealer price guides, not from blinded quote data. Actual transaction prices — particularly for new systems through GPO or direct OEM channels — are not publicly disclosed. Ranges will be tightened as quote data accumulates. Submit your quote for this category at [MedSource quote portal].