About This Research
This NMSC Insights research combines World Bank macro and health-expenditure data, U.S. Department of Commerce country guides, WHO and IAEA guidance and a commercial supplier’s published price guides to explain the economics of refurbished imaging equipment. Regional indicators refer to Sub-Saharan Africa; Ghana, Nigeria and South Africa are used as country examples. Supplier prices are reference benchmarks, not African tender prices or landed-cost quotations.
2026 Market Pulse Metrics
Macro, price and import-exposure reference points for refurbished imaging in Sub-Saharan Africa, each traceable to a named source.
SUB-SAHARAN AFRICA GDP PER CAPITA
$1,673
World Bank, 2025, current US dollars.
REFURBISHED 1.5T MRI
$475K–$975K
Supplier guide band against $1.025M–$2M for a new system.
REFURBISHED 64-SLICE CT
$175K–$375K
Against $625K–$975K new; about 66% lower at midpoints.
HEALTH SPENDING, % OF GDP
4.92%
Current health expenditure, 2023; government share is 1.92%.
NIGERIA DEVICE IMPORT DEPENDENCE
~99%
Share of device and equipment use that is imported, per the U.S. trade guide.
SOUTH AFRICA DEVICE IMPORTS
$1.20B
Of a $1.34B 2024 market; unofficial estimates.
Executive Summary: The Quote Is Only the First Cost
Refurbished CT, MRI and ultrasound systems can cut the up-front price of imaging by roughly half to two-thirds, but a hospital in Sub-Saharan Africa buys the scanner against a very different financial backdrop from its counterparts elsewhere. Regional GDP per capita was about $1,673 in 2025, and current health expenditure was 4.92% of GDP in 2023, of which only 1.92% of GDP came from domestic government sources. NMSC’s framework for this page is: economic value = (acquisition + import + site work + service + downtime) ÷ completed scans.
Refurbishment narrows the price gap. A commercial supplier’s published bands put refurbished 64-slice CT at $175,000–$375,000 against $625,000–$975,000 new, and refurbished 1.5T MRI at $475,000–$975,000 against $1.025–$2 million new. At the midpoints of those bands refurbished systems sit between 47% and 69% below new (NextMSC calculation).
The price still dwarfs local incomes. At midpoints, a refurbished portable ultrasound costs about 16 times Sub-Saharan Africa’s GDP per capita, a refurbished 64-slice CT about 164 times and a refurbished 1.5T MRI about 433 times (NextMSC calculation). Financing, leasing and shared-service models therefore matter as much as the discount.
Import exposure adds cost and risk. The U.S. Department of Commerce guide says Nigeria is largely dependent on imports for medical devices and estimates that nearly 99% of device and equipment use is imported. South Africa’s guide gives a 2024 device market of $1,344 million with $1,202 million of imports, from unofficial industry-based estimates.
NMSC Insight: the supplier bands are reference prices, not African tender awards. The decision turns on what sits outside the quote: freight, duties, room works, service contracts and uptime. A scanner that is out of service earns nothing, which is why the lifecycle view, not the headline price, should decide.
Why This Question Is Live in 2026
Imaging demand, financing constraints and procurement guidance have all moved into focus. The dated reference points below frame the economics.
2016 — IAEA flags the physicist gap
The IAEA’s safe-imaging brief describes a critical shortage or absence of qualified medical physicists in most African countries, with advanced CT being adopted.
29 July 2024 — WHO updates donation guidance
WHO published the second edition of its medical-device donations guidance, covering suitability, the duties of donors and recipients and acceptance criteria.
2024 — South Africa market estimate
The U.S. trade guide lists a $1,344 million medical-device market and $1,202 million of imports, based on unofficial estimates from industry sources including Fitch Solutions.
2025 — Regional macro baseline
World Bank data show Sub-Saharan Africa at about 1.32 billion people, $2.21 trillion GDP, 4.1% growth and 3.4% inflation.
2025 — Ghana CT audit (not re-confirmed)
A national audit of CT services in Ghana is reported to have found 1.55 scanners per million people and 22% non-functioning. NextMSC could not open the PubMed record, so these figures are tagged unconfirmed.
12 December 2025 — Health spending series updated
The World Bank’s health-expenditure series, sourced from the WHO Global Health Expenditure Database, was updated, with 2023 the latest year.
2026 Refurbished Imaging Price Index
Prices differ sharply by modality. The blocks below show the supplier’s refurbished bands next to its new-equipment bands for ultrasound, CT and MRI. All are commercial reference prices.
ULTRASOUND: SUPPLIER BANDS
Ultrasound — the most accessible entry point
$15K–$40K
Portable ultrasound, refurbished
$30K–$90K
Cart-based ultrasound, refurbished
New systems cost $35,000–$70,000 (portable) and $90,000–$200,000 (cart-based). The supplier notes that transducers carry much of a system’s value, so a quote should name each probe with its frequency range.
COMPUTED TOMOGRAPHY: SUPPLIER BANDS
CT — the widest discount to new
$85K–$185K
CT, 16–32-slice, refurbished
$175K–$375K
CT, 64-slice, refurbished
$350K–$625K
CT, 128-slice, refurbished
New 16–32-slice systems are priced at $350,000–$525,000 and new 64-slice at $625,000–$975,000. The new 128-slice band of $365,000–$1.65 million is wide because it mixes brands, and other brands’ new prices are estimates, not supplier offers.
MAGNETIC RESONANCE: SUPPLIER BANDS
MRI — the largest absolute saving, the heaviest site work
$300K–$525K
MRI, open / low-field, refurbished
$475K–$975K
MRI, 1.5 Tesla, refurbished
$1M–$1.9M
MRI, 3 Tesla, refurbished
New bands are $600,000–$950,000 (open), $1.025–$2 million (1.5T) and $2.1–$3.7 million (3T). The supplier says it does not sell or source 3T systems new, so the new 3T band is a market figure rather than an offer.
Figure 1. Refurbished vs New Price at Band Midpoints, U.S. Dollars Thousand
USD thousand, midpoint of each supplier band. Grey = new; blue = refurbished. Midpoints are indicative, not like-for-like configurations.
Source: Medical Outfitters price guides and NextMSC analysis.
nextmsc.com/industry-deep-dive/refurbished-medical-imaging-equipment-africa-2026
The supplier states that its ranges cover systems delivered, installed and warrantied, but its CT guide also lists rigging and delivery among per-project costs, so buyers should confirm in writing what a quote includes before comparing it with another.
The Price Spectrum: Discount to New and Price Against Income
Two readings help a buyer: how far refurbished sits below new, and how large the price is against regional income.
Figure 2. Refurbished Midpoint Below New Midpoint, Percent
Percent below new = 1 − (refurbished midpoint ÷ new midpoint). 128-slice CT excluded because its new band mixes brands.
Source: Medical Outfitters price guides and NextMSC analysis.
nextmsc.com/industry-deep-dive/refurbished-medical-imaging-equipment-africa-2026
Figure 3. Refurbished Midpoint Price as a Multiple of GDP per Capita
Refurbished band midpoint ÷ Sub-Saharan Africa GDP per capita of $1,673 (2025). A regional ratio, not a country figure.
Source: World Bank, Medical Outfitters and NextMSC analysis.
nextmsc.com/industry-deep-dive/refurbished-medical-imaging-equipment-africa-2026
The discount is largest for CT and smallest for open MRI, but the income ratio shows why a 3T system at about 867 times GDP per capita is outside most public budgets even when refurbished. NMSC reads the two charts together: the saving is real, and so is the affordability barrier.
The 4 Pillars of Refurbished Imaging Economics
NMSC’s assessment separates what the purchase costs, what it depends on and what keeps it safe. Together they distinguish a low price from a sustainable investment.
PILLAR 1
Affordability — Capital Is Scarce
Sub-Saharan Africa’s economy is growing, with GDP up 4.1% in 2025 and inflation at 3.4%, but income per person is low and health budgets are tight. Current health expenditure was 4.92% of GDP in 2023, essentially flat on 4.92% in 2022, and domestic government health spending was 1.92%, up from 1.90% (World Bank, WHO data).
Health expenditure covers every service, so it is not the pool available for equipment. The figures show the pressure on capital budgets, not an imaging budget. Regional averages also hide wide differences between countries.
PILLAR 2
Import Dependence — Cost and Supply Risk
Nigeria’s guide describes the country as largely dependent on imports for medical devices, with very low local production. It lists diagnostic imaging at $27.8 million in 2021 Fitch Solutions estimates, though the page gives no total import value, and names MRI, CT and ultrasound among high-tech prospects.
South Africa’s guide names Germany, the United States and China as leading imaging suppliers and notes a need for MRI and PET scanners in public facilities. Neither page addresses refurbished or used equipment rules, so import permits and duties for used devices must be checked country by country.
PILLAR 3
Lifecycle — Costs Outside the Quote
Total cost of ownership extends well beyond the headline price. For MRI, the supplier says site work such as RF shielding, chiller, structural and electrical work is quoted per project, and for CT it lists the contrast injector, lead shielding, electrical work, cooling upgrades, floor-loading checks and the first service contract as per-project items.
Condition drives remaining life: tube condition and transferable software licences for CT, magnet and coil history for MRI, and probe condition for ultrasound. An older system that needs an expensive component soon can erase an up-front saving.
PILLAR 4
Governance — Suitability, Safety and Skills
WHO’s donations guidance, second edition, was published in July 2024 and stresses the risks of inappropriate equipment transfers and the responsibilities of donors and recipients. Its principles apply to buyers of refurbished equipment as well: record the equipment’s history, confirm suitability and plan maintenance.
The IAEA brief warns of a critical shortage of qualified medical physicists and notes that, without them, patients may receive non-optimised procedures or, in extreme cases, harmful overexposure. A scanner without physics support is a clinical and regulatory risk.
Equipment Price and Affordability Matrix
Price, discount and affordability are three separate dimensions. The matrix sets each equipment class against the others. It is an analytical framework: bands come from one commercial supplier and midpoints are indicative.
| Equipment class | Refurbished band | New band | Midpoint saving | Refurb. midpoint ÷ GDP per capita |
|---|---|---|---|---|
| Portable ultrasound | $15K–$40K | $35K–$70K | 48% | 16× |
| Cart-based ultrasound | $30K–$90K | $90K–$200K | 59% | 36× |
| CT, 16–32-slice | $85K–$185K | $350K–$525K | 69% | 81× |
| CT, 64-slice | $175K–$375K | $625K–$975K | 66% | 164× |
| CT, 128-slice | $350K–$625K | $365K–$1.65M | 52% | 291× |
| MRI, open / low-field | $300K–$525K | $600K–$950K | 47% | 247× |
| MRI, 1.5 Tesla | $475K–$975K | $1.02M–$2M | 52% | 433× |
| MRI, 3 Tesla | $1M–$1.9M | $2.1M–$3.7M | 50% | 867× |
The 128-slice new band ($365,000–$1.65 million) mixes brands and is shown for completeness, so its saving is not comparable with the other rows.
Modality Fit: What Matters for Each System
Each modality has a different failure mode and a different lifecycle cost driver. The table pairs them with the checks the sources highlight.
| Modality | Typical refurbished band | What drives remaining value | What to check first |
|---|---|---|---|
| Ultrasound | $15,000–$90,000 | Transducers carry much of the system value | Probe list with frequency ranges, transferable licences |
| CT | $85,000–$625,000 | X-ray tube condition and transferable software licences | Tube condition, detector performance, cooling and shielding |
| MRI | $300,000–$1.9 million | Magnet history, gradient performance, coils, licences | RF shielding, chiller, structural and electrical work, quench vent |
The supplier’s guides treat site work as a per-project item for CT and MRI, which is why a low equipment price can still produce a high installed cost. Ultrasound has the lowest site burden and the lowest capital at risk, which explains its role as an entry point.
Country-Level Evidence
Rather than generalise from the region, NMSC uses three country datapoints to show how access, import exposure and market size differ. The full records are in the Dataset Explorer below.
Ghana
FUNCTIONALITY, NOT JUST SCANNER COUNT
A 2025 national audit of CT services in Ghana is reported to have found 1.55 CT scanners per million people, 22% of scanners non-functioning and six of 16 regions, about 17% of the population, with no CT scanner. NextMSC could not open the PubMed record to confirm these figures, so they are shown as unconfirmed, and they are Ghana-specific, not continental. The lesson stands either way: a bought scanner is not the same as delivered capacity.
Nigeria
IMPORT-DEPENDENT MARKET
The U.S. trade guide describes Nigeria as largely dependent on imports for medical devices and estimates nearly 99% of device and equipment use is imported. Products must be registered with NAFDAC before import, and the guide cites the NSIA plan for 22 new diagnostic centres. For an imaging buyer, regulatory registration, customs and foreign exchange are part of the true cost.
South Africa
LARGE MARKET, MOSTLY IMPORTED
The trade guide lists a 2024 device market of $1,344 million, imports of $1,202 million (of which $334.35 million from the United States) and exports of $238.14 million, all unofficial estimates from industry sources. It covers all devices, not imaging alone, and notes a need for MRI and PET scanners in public facilities.
Procurement Checklist: What to Confirm Before Buying
The checks below convert the lifecycle view into a buying discipline. Each pairs a requirement with what to ask.
| Area | What to confirm | Why it matters |
|---|---|---|
| Clinical suitability | Required examinations, image quality and protocols are supported | WHO guidance stresses suitability before acceptance |
| Condition | X-ray tube hours (CT), magnet and coil history (MRI), probe condition (ultrasound) | Component replacement can erase the saving |
| Documentation | Serial number, manufacture year, service and refurbishment records, manuals | Supports warranty claims and regulatory registration |
| Software and accessories | Licences transferable and listed; probes or coils named | Missing licences or probes change the real price |
| Site readiness | Power, cooling, shielding, floor loading and network; MRI RF shielding and quench vent | Quoted per project and outside most headline prices |
| Service and warranty | Response times, parts availability, qualified local engineers | Uptime decides completed scans |
| Regulation and safety | National registration, licensing, radiation-safety and acceptance requirements; physics support | IAEA flags the physicist shortage |
| End of life | Decommissioning, disposal and replacement plan | Avoids stranded equipment |
A Lifecycle View: Total Cost of Ownership and Cost per Scan
A simple lifecycle framework keeps the comparison honest. It is a planning structure, not a sourced model, and assumptions must be local.
LIFECYCLE COST FRAMEWORK
TCO = Acquisition + Freight and import + Installation + Training + Operation and maintenance + Downtime + End-of-life
Include locally applicable costs and avoid double-counting items already in supplier quotes.
OPERATIONAL BENCHMARK
Cost per completed scan = Annualised capital and operating costs ÷ Annual completed scans
Use completed scans, not theoretical capacity or appointments that could be scheduled.
| Scenario | Main assumption | Purpose |
|---|---|---|
| Conservative | Lower patient volume and higher maintenance costs | Tests downside risk |
| Base case | Expected demand and routine operating costs | Supports the main decision |
| Upside | Higher utilisation and stable performance | Evaluates return if demand grows |
For private diagnostic centres the calculation should also include patient revenue, collection rates and the contribution margin per scan. For public hospitals it may account for fewer referrals and improved access that are not captured by direct revenue.
Buy New, Buy Refurbished, Lease or Outsource
Refurbishment is one of four routes to imaging capacity. The right one depends on capital, volume, technical support and the risk the provider can carry. The comparison below is qualitative; it is a decision framework, not sourced pricing for lease or outsourcing models.
| Route | Main advantage | Main risk | Best suited to |
|---|---|---|---|
| Buy new | Full warranty, current software, manufacturer service network | Highest capital outlay; supplier bands show new MRI at $1.025–$2 million for 1.5T | Providers with secure financing and high volumes |
| Buy refurbished | Lower capital; midpoint savings of roughly half to two-thirds in supplier bands | Condition, remaining life, parts and service depend on the seller and local engineers | Providers that can verify condition and secure service |
| Lease | Spreads cost and may include service | Total payments can exceed purchase; terms vary by lender and country | Providers with steady cash flow but limited capital |
| Outsource imaging | No equipment ownership or downtime risk | Dependence on a partner; access and pricing set by the contract | Facilities with low volumes or no technical capacity |
NMSC does not give lease or outsourcing prices here because none of the sources reviewed publish them. A buyer weighing these routes should request itemised, country-specific offers for each and compare them on cost per completed scan.
Methodology and Data Limitations
This analysis combines public macro and trade sources with a commercial supplier’s price guides to explain the economics of refurbished imaging equipment. It does not provide medical, procurement or investment advice.
Methodology
- Macro indicators come from World Bank pages for Sub-Saharan Africa, with the two health-expenditure series re-checked through the World Bank API.
- Country evidence comes from U.S. Department of Commerce guides for Nigeria and South Africa.
- Prices come from Medical Outfitters’ ultrasound, CT and MRI guides, each re-opened for this edition.
- Midpoints, percentage savings and GDP-per-capita multiples are NextMSC calculations on the cited bands.
Data Limitations
- Supplier prices are reference bands, not African tender awards, averages or landed costs, and the supplier says only a written quotation is binding.
- Band midpoints are not like-for-like configurations, and the new 128-slice and new 3T bands are market estimates.
- The Ghana audit figures could not be re-confirmed because the PubMed record was blocked, and are labelled unconfirmed.
- South African figures are unofficial estimates covering all medical devices. Nigerian figures are a guide’s estimates, and 2021 imaging value is a Fitch Solutions estimate.
- Regional indicators are not representative of every country, and the IAEA brief is dated 2016.
Source: World Bank, U.S. Department of Commerce, WHO, IAEA and Medical Outfitters and NextMSC analysis.
nextmsc.com/industry-deep-dive/refurbished-medical-imaging-equipment-africa-2026
Key Findings
Refurbished is 47% to 69% below new at midpoints
CT shows the widest discount and open MRI the narrowest, based on one supplier’s all-in bands.
The saving does not remove the affordability barrier
A refurbished 1.5T MRI midpoint is about 433 times regional GDP per capita and a refurbished 64-slice CT about 164 times.
Health budgets are tight
Current health expenditure was 4.92% of GDP and domestic government spending 1.92% in 2023, both flat on 2022.
Import exposure is high
Nigeria’s guide estimates nearly 99% of device use is imported, and South Africa imported $1.2 billion of a $1.34 billion device market in 2024.
Costs sit outside the quote
Site work, shielding, cooling, service contracts and the first service plan are quoted per project, so headline price understates installed cost.
Safety and skills are part of the economics
WHO’s donations guidance and the IAEA brief both point to suitability, maintenance and qualified physics support as preconditions for value.
Dataset Explorer
Filter the full 64-record dataset compiled for this report: macro indicators, health expenditure, supplier price bands, derived ratios and country evidence. Rows that rest on estimates or could not be confirmed are tagged in the item text.
| Category | Item | Value / Change | Date |
|---|
Conclusion
Refurbished CT, MRI and ultrasound systems give African hospitals and diagnostic providers a lower-cost route to imaging capacity, with midpoint savings of roughly half to two-thirds against new in one supplier’s published bands. But the saving does not change the underlying constraint: capital is scarce, equipment is imported, and the price still runs to hundreds of times regional income per person for advanced systems.
The economics therefore depend on what the quote leaves out and on whether the scanner stays in service. The strongest decisions combine reliable benchmarks with country-specific landed-cost quotations, a documented condition report, site readiness, a credible service plan and qualified physics support. NextMSC’s framework of acquisition, import, site work, service and downtime, divided by completed scans, is a starting point for that comparison, not a forecast. This tracker will be refreshed as new price guides and national data are published.
About the Author
Liza Phukan
— Liza Phukan is Research Associate at Next Move Strategy Consulting, where she has covered emerging industries and market research across sectors for 3.5 years. Her work includes analyzing industry developments, validating market data, and developing structured business content from research findings. She uses secondary research and data-validation practices to turn complex market information into clear decision-useful market analysis for business audiences and support report development and B2B.
About the Reviewer
Debashree Dey
— Debashree Dey is Assistant Manager at Next Move Strategy Consulting, where she supports cross-vertical market content and communications across diverse industries for 6 years. Her professional background includes senior content writing, communications, and published manuscript authorship, with experience developing audience-focused business narratives and maintaining clear, consistent messaging. Her role supports research-led content development and editorial quality across NextMSC publications.
Data cut-off: October 29, 2026 • Corrections and source challenges: Contact NMSC Research.