Multi-Slice CT Imaging Systems
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A Computed Tomography (CT) scanner is an advanced medical imaging device that uses a series of X-ray beams and a rotating gantry to create detailed, cross-sectional images (slices) of the body. Radiologists, cardiologists, and oncologists use it to diagnose conditions far more accurately than with a standard X-ray, visualizing organs, bones, soft tissues, and blood vessels in a single examination. For your facility, a CT scanner is a clinical powerhouse, enabling rapid diagnosis for trauma, stroke, cancer staging, and complex internal injuries, directly improving patient outcomes and establishing your hospital as a centre for advanced diagnostics.
A new 16-slice CT scanner in Nigeria typically costs between NGN 150 million and NGN 250 million, while a 64-slice system can range from NGN 280 million to NGN 450 million, and high-end 128-slice or higher systems can exceed NGN 500 million. These prices are heavily influenced by the slice count, brand reputation (e.g., GE, Siemens, Philips), included software packages (cardiac, neurology), accessories like injectors, and the terms of the warranty and service contract. The final landed cost will also include significant figures for foreign exchange fluctuations, international freight, customs clearance, and local logistics. A comprehensive quote must itemize the cost of the machine, the required uninterruptible power supply (UPS) and stabilizer, installation, application training for your radiographers, and the warranty period.
For a detailed, line-item quote tailored to your facility's needs, contact Franance.
The cheapest, safe CT scanner option in Nigeria is a professionally refurbished 2- to 8-slice system, which can range from NGN 50 million to NGN 90 million. These are suitable for basic diagnostic work like head, chest, and abdomen scans without contrast. However, the "cheapest" price often comes with significant hidden costs and risks. The warranty on the X-ray tube—the most expensive component—may be limited to 6 months or less, and installation might not include the necessary power infrastructure (UPS, generator) or room shielding, which can add another NGN 15-25 million to your budget.
Contact Franance to evaluate if a low-cost option truly meets your long-term clinical and financial goals.
An affordable CT scanner is a best-value bundle that includes a reliable 16- or 32-slice system, a correctly-sized UPS, installation, and training for a total package price of NGN 180 million to NGN 280 million. This approach focuses on minimizing total cost of ownership, not just the initial purchase price. A bundled deal prevents the costly mistake of buying a scanner and then discovering your power supply is inadequate, leading to immediate downtime and component damage. Investing an extra 10-15% upfront for a turnkey package with a robust power solution and comprehensive training can reduce unplanned downtime by over 80% in the first 12 months, saving you millions in lost revenue and repair costs.
Contact Franance to structure an affordable, all-inclusive CT scanner package for your facility.
A new 16- to 64-slice CT scanner in Nigeria ranges from NGN 150 million to NGN 450 million, while a professionally refurbished unit with similar specifications costs between NGN 70 million and NGN 180 million, representing a 40-60% initial saving. The trade-off is in lifecycle, warranty, and technology. A new machine comes with the latest software, a full 1-2 year OEM warranty covering all parts including the X-ray tube, and an expected lifespan of 10-12 years. A refurbished unit typically has a 6-12 month limited warranty (often excluding the tube), older software that may lack advanced features, and a shorter remaining lifespan of 5-7 years. Lead time for new systems can be 3-4 months, whereas a refurbished system may be available in 6-8 weeks.
| Feature | New CT Scanner | Refurbished CT Scanner |
|---|---|---|
| Price | NGN 150M - 500M+ | NGN 70M - 180M |
| Warranty | 1-2 years comprehensive (incl. tube) | 6-12 months limited (tube often separate) |
| Lifespan | 10-12 years | 5-7 years remaining |
| Software | Latest version with all features | Older, may lack advanced applications |
| Lead Time | 12-16 weeks | 6-8 weeks |
| Uptime | Highest reliability | Higher risk of initial issues |
Contact Franance to analyze the total cost of ownership for both new and refurbished options.
Contact Franance today for a comprehensive, no-obligation quote for a new or refurbished CT scanner tailored to your clinical needs and budget.
You can buy CT scanners from authorized distributors of major OEMs (GE, Siemens, Philips, Canon/Toshiba) located in major commercial hubs like Lagos, Abuja, and Port Harcourt, or through verified multi-brand procurement partners like Franance. It is critical to verify any potential supplier's legitimacy beyond their website or brochure. The verification process involves confirming their Corporate Affairs Commission (CAC) registration, demanding a letter of authorization from the OEM they claim to represent, and speaking to at least two Nigerian hospitals where they have successfully installed a similar system. Franance pre-vets all its supply partners through a rigorous workflow that includes checking their engineering team's certifications, verifying their importation track record, and ensuring they have adequate insurance coverage for logistics and installation.
Contact Franance to connect with our network of pre-verified, reliable CT scanner suppliers in Nigeria.
Franance is a verified procurement partner providing end-to-end solutions for acquiring CT scanners in Nigeria, with service coverage across all 36 states. We go beyond just supplying a box; we manage the entire project lifecycle from needs assessment and financing to logistics, installation, and after-sales support. Our verification process ensures that every partner we work with has a proven track record of successful installations, certified engineers, and direct OEM backing, mitigating the risks of dealing with unvetted suppliers.
The best CT scanner for a high-volume tertiary hospital in Nigeria is a 128-slice system like the Siemens SOMATOM go.Top or GE Revolution Evo, with prices starting from NGN 500 million. For a busy private diagnostic centre, the best value is a 64-slice workhorse like the Philips Incisive CT or GE Optima CT660, ranging from NGN 280 million to NGN 450 million. For a general hospital or a facility starting its radiology department, a 16- or 32-slice system such as the Siemens SOMATOM go.Now is the most practical and cost-effective choice, typically priced between NGN 150 million and NGN 280 million. The "best" system is the one that matches your clinical needs, patient throughput, and budget, while guaranteeing reliable local support.
A direct comparison shows that while a 16-slice CT like the GE Brivo CT385 is an affordable entry point, a 64-slice model like the Siemens SOMATOM go.Up offers significantly faster scan times and the ability to perform cardiac studies, justifying its higher cost for a busy facility.
| Tier | Best for | Key Specs | Lead-time | Maintenance | Power Needs |
|---|---|---|---|---|---|
| Entry (16-32) | General Hospitals, New Clinics | 0.8s rotation, 70cm gantry, 5 MHU tube | 8-12 weeks | Basic annual PM | 80 kVA |
| Mid (64) | Busy Diagnostic Centres | 0.4s rotation, Cardiac gating, ASiR dose reduction | 12-16 weeks | Comprehensive SLA | 100 kVA |
| Advanced (128+) | Teaching/Specialist Hospitals | 0.28s rotation, Dual Energy, Wide detector | 16-20 weeks | Full-service contract | 150 kVA |
The best and most reliable CT scanner brands in Nigeria are GE Healthcare, Siemens Healthineers, and Philips Healthcare, due to their established local presence, availability of trained engineers, and better access to spare parts. GE Healthcare's Optima and Revolution series are known for their robustness and user-friendly interfaces. Siemens' SOMATOM go. platform is praised for its innovative workflow and low-dose technologies. Philips' Incisive and Access CT models are strong contenders, known for excellent image quality and reliability. Choosing one of these three ensures you are not left stranded when you need technical support or a critical spare part, a common problem with less-established brands in the Nigerian market.
When you receive a quote, understand that the base price of the scanner is only about 70% of the total project cost. The final price will be heavily impacted by the US Dollar/Euro to Naira exchange rate at the time of payment. Always ensure your quote has a validity period and clarifies who bears the risk of FX fluctuation. Freight, insurance, and customs duties can add another 15-20% to the equipment cost. For example, a scanner quoted at $250,000 could have a final landed cost in Naira that varies by over NGN 20 million depending on the exchange rate and clearing costs at the time of arrival.
The five most decisive specifications are Slice Count, Gantry Rotation Time, X-Ray Tube Heat Capacity, Detector Width, and Dose Reduction Technology. A 64-slice scanner provides vastly more diagnostic information than a 16-slice. A gantry rotation time of 0.4 seconds or less is crucial for freezing motion in cardiac and pediatric imaging. An X-ray tube with a high heat capacity (e.g., 8 MHU vs 5 MHU) allows you to scan more patients back-to-back without long cooling delays, directly impacting your revenue. Iterative reconstruction technologies like GE's ASiR or Siemens' SAFIRE can reduce patient radiation dose by up to 60%, a major clinical and safety advantage.
The installation and calibration process for a CT scanner in Nigeria is a 4- to 6-week project that costs between NGN 8 million and NGN 20 million, depending on the complexity of the site preparation. This is a turnkey process that begins with a site readiness assessment by qualified engineers. It involves civil works for room shielding (lead lining), dedicated electrical works with a high-capacity UPS and stabilizer, and HVAC (air conditioning) to maintain optimal operating temperature. Once the room is ready, the OEM-certified engineers will mechanically install the gantry, patient table, and console, followed by software installation and rigorous calibration using phantoms to ensure image quality and radiation dose accuracy. The final step is applications training for your staff before the official handover.
Contact Franance to manage your entire turnkey CT scanner installation project, from site planning and shielding to power setup, calibration, and regulatory compliance.
Delivery of a new CT scanner to your facility in Nigeria takes approximately 12 to 16 weeks from the date of confirmed payment, with logistics costs adding 15-20% to the equipment price. The process involves securing import permits, ocean or air freight from the country of manufacture, customs clearance at Apapa or Tin Can port (or MMA for air freight), and secure inland transportation to your hospital. This is a high-risk phase; the equipment is sensitive and heavy, requiring specialized handling. Ensure your supplier has comprehensive, all-risk marine and inland transit insurance that covers the full value of the machine until it is safely delivered to your premises. Delays at customs are common, so work with a supplier who has a proven track record with clearing agents specializing in medical equipment.
A standard warranty for a new CT scanner in Nigeria is 12 to 24 months, covering all parts and labour, while a refurbished unit typically comes with a 6-month warranty. The most critical aspect is the warranty on the X-ray tube, which should be explicitly stated. A comprehensive Service Level Agreement (SLA) is more important than the initial warranty. This should guarantee a 24-48 hour response time from a qualified engineer, include at least two preventative maintenance visits per year, and detail the availability of key spare parts locally. Some vendors, like Franance's partners, offer remote diagnostic services, allowing their engineers to log into your system to troubleshoot problems immediately, significantly reducing downtime.
Professionally refurbished CT scanners in Nigeria cost between NGN 60 million and NGN 180 million, offering a viable alternative for facilities with limited budgets. These are typically 8- to 64-slice systems from top brands like GE, Siemens, and Philips. A credible refurbished unit is not just "used"; it has been de-installed, cosmetically and mechanically restored, and fitted with a new or low-usage X-ray tube. Always demand a detailed refurbishment report that documents the work done and the date of manufacture of key components, especially the tube and detectors. The best refurbished systems come from companies that provide a minimum 12-month parts and labour warranty and can show proof of successful installations in other Nigerian hospitals.
You can verify a CT scanner is original by checking the serial number on the machine's gantry and console against the manufacturer's official database, which your authorized supplier should facilitate. Red flags for fake or grey-market equipment include an unusually low price, missing documentation, a supplier who cannot provide an OEM authorization letter, and physical signs of tampering like mismatched serial numbers on different components. Counterfeit risks are less about a completely "fake" machine and more about misrepresented refurbished units sold as new, or systems with old, overused X-ray tubes. Always validate the system's software license and version with the manufacturer to ensure it is legitimate and supported.
The essential accessories for a CT scanner are a dual-head pressure injector for contrast media (costing NGN 5-8 million), a laser printer for film, and a PACS (Picture Archiving and Communication System) workstation for digital image review. Key consumables you will need regularly are contrast media (iodine-based), syringes for the injector, and printing film or paper. The availability and cost of these consumables are critical for your operational budget. It is a smart strategy to bundle the purchase of the pressure injector and an initial stock of consumables with the main CT scanner to negotiate a better price and ensure you are ready to start scanning patients immediately after installation.
A CT scanner requires a dedicated, stable, 3-phase power supply with a capacity of at least 80-150 kVA, which is far beyond the standard wall outlet. In Nigeria, this means you absolutely must install a high-capacity servo voltage stabilizer and a true online Uninterruptible Power Supply (UPS) of at least 100 kVA to protect the scanner's sensitive electronics from NEPA/PHCN voltage fluctuations and outages. This power protection system can cost between NGN 15 million and NGN 25 million. You will also need a dedicated generator of at least 150 kVA to power the scanner and its cooling systems during prolonged outages, as well as proper electrical earthing (grounding) to ensure safety and image quality.
To operate a CT scanner legally in Nigeria, your facility must be registered and licensed by the Nigerian Nuclear Regulatory Authority (NNRA). This is the most critical compliance step. The process involves submitting a dossier that includes details of the equipment, proof of adequate room shielding (a radiation survey report), and qualifications of your personnel (radiologists, radiographers). The equipment itself should meet the Standards Organisation of Nigeria (SON) requirements for importation (SONCAP). While NAFDAC regulates the contrast media used, and the Medical and Dental Council of Nigeria (MDCN) licenses the radiologists, the NNRA license is the primary authorization for operating a radiation-emitting device.
Financing for a CT scanner in Nigeria is available through commercial bank loans, specialized asset leasing companies, and dedicated healthcare financing partners like Franance. Bank loans typically require 20-30% equity contribution and significant collateral, with interest rates ranging from 22-28% per annum and an approval timeline of 2-4 months. Leasing is a faster option where the leasing company owns the asset and you pay a monthly fee, often with an option to buy at the end of the term. This requires less upfront capital. Franance works with a network of lenders to structure financing that matches your facility's cash flow, often with more flexible terms than traditional banks.
The 5-year total cost of ownership (TCO) for a new 16-slice CT scanner in Nigeria is approximately NGN 250-350 million, far exceeding the initial purchase price of NGN 150-200 million. This TCO includes the initial purchase, the essential UPS and power infrastructure (NGN 20M), a comprehensive service contract after the warranty expires (NGN 8-12M per year), electricity and diesel costs, consumables like contrast media, and salaries for specialized staff. A major hidden cost is a potential X-ray tube replacement after 3-5 years, which can cost NGN 25-40 million. Factoring in TCO helps you see that a slightly more expensive but more reliable machine with a longer warranty can be cheaper in the long run.
A tertiary or teaching hospital requires a high-performance 128-slice or 256-slice CT scanner, such as the GE Revolution CT or Siemens SOMATOM Force. These systems, costing upwards of NGN 600 million, are essential for advanced clinical applications like complex cardiac imaging, stroke perfusion, dual-energy analysis for gout and kidney stones, and research. Key specifications include sub-millimeter slice thickness, rapid gantry rotation time (<0.3s), and a wide detector coverage (80mm or more) to scan entire organs like the heart in a single beat.
The ideal CT scanner for a private diagnostic centre is a 64-slice system, which represents the best balance of clinical capability and cost, typically ranging from NGN 280 million to NGN 450 million. Models like the Philips Incisive CT or GE Optima CT660 are workhorses that can handle a high patient throughput for a wide range of examinations, including the lucrative field of CT coronary angiography (CTCA). The key is reliability and speed to maximize patient slots per day.
NGOs and mobile health projects should consider rugged, containerized CT solutions, often built around 16- or 32-slice systems like the Siemens SOMATOM go.Now. These systems are designed for durability and have smaller footprints. The critical factor is power independence; the solution must include an integrated, silenced generator and robust power conditioning to handle harsh environments. The focus is on reliability and ease of use for general diagnostic purposes in remote or underserved areas.
For emergency, theatre, or ICU settings, portable CT scanners like the Samsung BodyTom or CereTom are game-changers. These mobile units can be brought directly to the patient's bedside, which is critical for unstable trauma or neurosurgery patients. They are typically smaller, 32-slice systems designed for head, neck, and extremity imaging. While their image quality may not match a fixed scanner, their ability to provide immediate diagnostic information in critical care situations is invaluable.
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A new CT scanner in Nigeria costs between NGN 80 million and NGN 450 million, depending on the slice count and features. For example, a 16-slice system like the GE Revolution ACT is on the lower end, while a 128-slice cardiac-capable scanner like the Siemens SOMATOM go.All can exceed NGN 350 million. Always factor in installation, training, and a UPS, which can add another 10-15% to the initial cost.
A new 16-slice CT scanner typically costs between NGN 80 million and NGN 120 million in Nigeria. Models like the Philips MX 16-slice or the GE Brivo CT385 fall within this range. A high-quality refurbished 16-slice unit can be sourced for NGN 45-65 million. Your final cost will depend on the included software packages, warranty, and the supplier's service agreement.
Yes, affordable options exist, primarily through high-quality refurbished systems. A refurbished 4-slice or 8-slice CT scanner, such as a GE BrightSpeed or a Siemens SOMATOM Emotion, can be acquired for NGN 25-50 million. These are ideal for general imaging in smaller clinics and diagnostic centres that do not require advanced cardiac or neurological capabilities. Ensure the refurbishment is done by a certified engineer.
You can finance a CT scanner through asset financing from Nigerian banks or specialized healthcare financing companies. For example, Franance offers tailored medical equipment financing solutions that cover up to 80% of the equipment cost with flexible repayment terms of 12-48 months. This allows you to acquire a high-end model like a Canon Aquilion Prime SP without a large upfront capital outlay. Always prepare a solid business plan to support your application.
A refurbished CT scanner typically costs 40-60% less than a new unit. For instance, a new 64-slice GE Revolution Evo might cost over NGN 200 million, while a professionally refurbished GE LightSpeed VCT 64-slice could be available for NGN 85-110 million. Ensure the supplier provides a warranty of at least 12 months and confirms the X-ray tube has at least 50% of its life remaining.
The total cost of ownership (TCO) is the purchase price plus operational costs over 5-7 years. Beyond the initial NGN 80-450 million purchase price, budget for an annual service contract (5-8% of equipment cost), X-ray tube replacement (NGN 15-40 million every 2-4 years), power/cooling (NGN 2-4 million annually), and software upgrades. A system like the Philips Incisive CT with its 'Tube for Life' guarantee can significantly lower TCO.
You can buy CT scanners from authorized distributors of major brands like GE, Siemens, Philips, and Canon located in Lagos and Abuja. Companies like JNC International (GE) and MeCure (Philips) have showrooms and service centres in these cities. Always request proof of distributorship to avoid grey market imports, which often lack warranty and proper support.
Choose a supplier with a proven track record, direct authorization from the manufacturer, and in-country, factory-trained engineers. Ask for a list of their installations in Nigeria and speak to their existing clients. A reliable supplier, for a model like the Siemens SOMATOM go.Now, will provide a comprehensive service level agreement (SLA), guaranteed spare parts availability, and a minimum 12-month warranty.
To import a CT scanner, you need a Form M, a Proforma Invoice, a Certificate of Origin, and an import permit from the Nigerian Nuclear Regulatory Authority (NNRA) for radiation-emitting devices. Your clearing agent will also require a SONCAP certificate for new equipment to ensure it meets Nigerian standards. The supplier should provide all necessary shipping and technical documents.
Yes, leasing is a viable option, especially for managing cash flow. Some major suppliers and financing partners offer leasing agreements for periods of 3-5 years. This converts a large capital expense into a predictable monthly operational expense. At the end of the lease for a model like the GE Optima CT660, you may have the option to buy the equipment, upgrade, or return it.
Verify a supplier's authorization by requesting a formal letter of distributorship from the manufacturer (e.g., GE Healthcare, Siemens Healthineers). You can also contact the manufacturer's regional office for Africa to confirm the supplier's status. Authorized partners are listed on the manufacturers' official websites. This ensures you receive genuine products, warranty, and certified technical support.
A CT scanner requires a dedicated, stable three-phase power supply, typically 400/480V with a capacity of 80-150 kVA. Due to Nigeria's unstable grid, a high-capacity Uninterruptible Power Supply (UPS) of at least 100 kVA and a voltage stabilizer are mandatory. For a system like the Siemens SOMATOM go.Up, the manufacturer's pre-installation guide will specify the exact power and grounding requirements, which must be met to prevent equipment damage.
The number of slices you need depends on your clinical applications. A 16-32 slice scanner (e.g., GE Brivo CT385) is sufficient for general radiology, trauma, and basic angiography. For advanced cardiac, coronary, and perfusion studies, a 64-slice scanner or higher, like the Canon Aquilion ONE, is required. A 128-slice or 256-slice system is ideal for dedicated cardiology centres and advanced research hospitals.
A typical CT scanner installation takes 4 to 6 weeks from equipment delivery. This includes 1-2 weeks for room preparation (shielding, electrical, HVAC), 1 week for mechanical installation of the gantry and table, 1 week for calibration and quality assurance tests, and 1-2 weeks for applications training for your radiographers and radiologists. Delays are often caused by inadequate room preparation.
The minimum room size for a GE Optima CT540 is approximately 25 square meters (5m x 5m) for the scan room. You also need a separate control room of at least 8 square meters (4m x 2m) and an equipment/technical room of about 6 square meters. The ceiling height should be at least 3 meters. Always consult the manufacturer's pre-installation manual for precise dimensions and lead shielding specifications.
Gantry aperture is the diameter of the opening in the CT scanner where the patient lies, typically ranging from 70 cm to 80 cm. A larger aperture, like the 78 cm one on the Siemens SOMATOM Confidence, is crucial for accommodating larger patients, improving comfort, and facilitating positioning for radiotherapy planning. It reduces claustrophobia and makes scanning bariatric patients easier.
Look for features that improve image quality and reduce radiation dose. Key software includes iterative reconstruction (like GE's ASiR or Siemens' SAFIRE) for low-dose scanning, metal artifact reduction (MAR), and AI-powered workflow automation. For specialized work, consider cardiac analysis, lung nodule detection, and stroke perfusion software, available on systems like the Philips Incisive CT.
The most reliable and well-supported CT scanner brands in Nigeria are GE Healthcare, Siemens Healthineers, Philips, and Canon Medical Systems. These brands have established local distributors in cities like Lagos and Abuja, ensuring access to trained engineers and genuine spare parts. Choosing one of these ensures long-term reliability and support for your investment.
Buy new if you need the latest technology, a full manufacturer's warranty, and have the capital. A new Philips Incisive CT offers cutting-edge AI features. Buy refurbished if your budget is limited and your clinical needs are for general imaging. A refurbished GE LightSpeed 16-slice from a reputable vendor offers excellent value for routine scans, but ensure it comes with at least a 6-month warranty and a recent tube.
The primary difference lies in their workflow and technology focus. The GE Optima series, like the CT660, is known for its dose reduction technologies (ASiR) and robust performance in high-throughput environments. The Siemens SOMATOM go.Up is designed around a tablet-based mobile workflow, simplifying patient setup and scanner operation, which can improve efficiency. Both are excellent 64-slice systems, so the choice depends on your facility's workflow preference.
A 128-slice scanner provides significantly better temporal resolution and wider anatomical coverage per rotation than a 64-slice scanner. This is critical for cardiac CT angiography (CCTA) as it freezes heart motion more effectively, reducing motion artifacts and allowing for clearer images of coronary arteries. While a 64-slice like the GE Revolution Evo can perform CCTA, a 128-slice Siemens SOMATOM go.Top delivers superior diagnostic confidence.
A CT scanner requires preventive maintenance at least twice a year, as recommended by the manufacturer. This includes cleaning, mechanical checks, and image quality phantom scans. Due to Nigeria's heat and dust, more frequent checks of air filters and cooling systems are advisable. A comprehensive service contract with a local supplier in Lagos or Abuja is essential for minimizing downtime and ensuring consistent performance.
Common problems include image artifacts, gantry communication errors, and table movement faults. Streaks or ring artifacts are often fixed by recalibrating the detectors, a procedure your radiographer can perform daily. Gantry or table errors, like those showing error code 'E-101' on a GE system, usually require a system reboot. If the problem persists, it indicates a hardware issue that needs a certified engineer.
Major distributors for GE, Siemens, and Philips have service engineers who cover the South-South region, including Port Harcourt. While their main offices are in Lagos, companies like JNC International and MeCure have field engineers who can be dispatched for on-site support. It is critical to sign a service level agreement (SLA) that guarantees a specific response time (e.g., within 48 hours) for service calls in Port Harcourt.
The cost of a replacement X-ray tube for a CT scanner in Nigeria ranges from NGN 15 million to over NGN 40 million. The price depends on the scanner model and tube specifications. For example, a tube for a 16-slice GE BrightSpeed is on the lower end, while a high-performance tube for a 128-slice Siemens SOMATOM Definition AS can be significantly more expensive. Always use an original equipment manufacturer (OEM) tube.
First, identify the artifact type. Streaks or bands are often caused by patient motion or metallic implants; use positioning aids or MAR software if available. Ring artifacts suggest a detector issue; run the daily detector calibration (QA) procedure from the control console. If artifacts persist after calibration, it indicates a potential detector failure, and you must log a service call with your Siemens-certified support engineer immediately.
The Nigerian Nuclear Regulatory Authority (NNRA) requires you to obtain an import permit before shipping, register the equipment upon arrival, and secure a license to operate. Your facility must have adequate radiation shielding (lead-lined walls), and all operators must be licensed radiographers. The NNRA conducts periodic inspections to ensure compliance with radiation safety standards, including dose monitoring for staff.
Yes, all new medical equipment imported into Nigeria must comply with the Standards Organisation of Nigeria (SON) conformity assessment program (SONCAP). The manufacturer or supplier must provide a SONCAP certificate before the CT scanner can be cleared at the port. This certificate verifies that the equipment, such as a new Canon Aquilion Prime, meets required quality and safety standards.
While NAFDAC primarily regulates drugs and consumables, they also oversee the registration of all medical devices, including CT scanners. Your supplier must ensure the CT scanner model is registered with NAFDAC before it can be legally sold and used in Nigeria. This process involves submitting technical documentation and proof of quality standards (like CE mark or FDA approval) to NAFDAC for evaluation and listing.
To get an operating license from the NNRA, you must first submit an application with your facility's shielding report, details of the CT scanner (e.g., GE Revolution Maxima), and qualifications of your radiological staff. The NNRA will then conduct a physical inspection of the facility to verify safety measures. Once approved, they issue a license to operate, which must be renewed periodically, typically every 1-3 years.