Real-Time Dynamic X-Ray Imaging
Installation teams in Lagos, Abuja, PH & Kano
Certified biomedical engineers & calibration
Pricing, lead-times & compliance in 24 hours
A fluoroscopy system is a medical imaging device that uses X-rays to obtain real-time moving images of the internal structures of a patient. It's essentially an "X-ray movie" used by radiologists, cardiologists, orthopedic surgeons, and gastroenterologists to guide diagnostic and interventional procedures. For your facility, this means enabling minimally invasive surgeries, visualizing blood flow in arteries (angiography), setting fractures, and performing complex gastrointestinal studies, which directly improves patient outcomes and expands your service offerings.
The price for Fluoroscopy Systems in Nigeria ranges from NGN 35 million for a basic, refurbished C-arm to over NGN 450 million for a new, advanced interventional cardiology suite. The final landed cost in your facility is driven by several factors beyond the base price. These include the system's specifications (detector size, generator power), brand reputation (e.g., Siemens, GE, Philips), included accessories like specialized tables and injectors, and the complexity of installation which may require room shielding. Crucially, your quote must also account for fluctuating foreign exchange rates, international freight, customs clearance, comprehensive training for your staff, and the length of the warranty. When you request a quote, ensure it is itemised to show the cost of the system, shipping, insurance, installation, calibration, training, and any required power conditioning equipment like a high-capacity UPS.
For a detailed, transparent quote tailored to your facility's needs, contact Franance.
The cheapest functional Fluoroscopy Systems in Nigeria are typically refurbished mobile C-arms, starting from NGN 35 million to NGN 60 million. These systems are suitable for basic orthopedic and pain management procedures. They usually come with older image intensifier technology instead of modern flat-panel detectors, have a smaller field of view, and may have limited software features. Be aware that the lowest price often comes with significant hidden costs and risks. The warranty on such units is often limited to 3-6 months and may not cover all parts. You must budget separately for installation, radiation shielding verification, calibration by a licensed physicist, and a robust UPS, as these are rarely included in the base price of the cheapest options.
Contact Franance to explore safe, budget-friendly options with transparent pricing.
An affordable Fluoroscopy System in Nigeria is a best-value bundle that costs between NGN 70 million and NGN 150 million, focusing on minimising long-term operational costs rather than just the initial purchase price. This typically involves a new or premium-refurbished C-arm with a flat-panel detector, bundled with turnkey installation, a correctly-sized UPS, a lead apron package, and comprehensive applications training for your team. Investing in a reliable system with a 12-month comprehensive warranty can save your facility over 25% in the first year by preventing costly downtime, repeat procedures due to poor image quality, and emergency repair call-outs. An affordable system is one that works reliably from day one and doesn't surprise you with hidden operational expenses.
Contact Franance to structure an affordable, all-inclusive package for your facility.
A new Fluoroscopy System in Nigeria typically costs between NGN 120 million and NGN 450+ million, while a high-quality refurbished unit from a reputable source ranges from NGN 35 million to NGN 180 million. The primary difference is not just the price but the entire ownership experience. New systems offer the latest software, superior image quality at lower radiation doses, a full manufacturer's warranty (1-3 years), and a longer operational lifespan of 10-12 years. Refurbished systems provide a lower entry cost but come with older technology, shorter warranties (typically 6-12 months), a higher risk of downtime, and potentially limited availability of spare parts for older models. Lead time for new systems can be 12-16 weeks, whereas a refurbished unit might be available in 6-8 weeks.
| Feature | New Fluoroscopy System | Refurbished Fluoroscopy System |
|---|---|---|
| Price Range | NGN 120M - 450M+ | NGN 35M - 180M |
| Warranty | 1-3 years (OEM) | 6-12 months (Vendor) |
| Technology | Latest flat-panel detectors, low-dose software | Older image intensifiers or early flat panels |
| Lifespan | 10-12 years | 5-7 years |
| Uptime | High (98%+) | Moderate (90-95%) |
| Lead Time | 12-16 weeks | 6-8 weeks |
Contact Franance to analyse the total cost of ownership for both new and refurbished options.
Contact Franance today for a comprehensive, line-itemed quote on a Fluoroscopy System tailored to your clinical needs and budget.
You can buy Fluoroscopy Systems from specialised medical equipment suppliers primarily located in Lagos, Abuja, and Port Harcourt. However, the critical first step is to rigorously verify any potential supplier. A legitimate supplier is more than just a salesperson; they must have a registered business with the Corporate Affairs Commission (CAC), employ factory-trained biomedical engineers, and ideally hold an official distributorship or partnership agreement with the Original Equipment Manufacturer (OEM) like GE, Siemens, Philips, or Ziehm. Franance simplifies this by maintaining a pre-vetted network of suppliers. Our verification workflow includes checking their CAC registration, confirming their engineers' training certifications, reviewing past installation reports, and speaking directly with their reference sites in Nigeria to ensure they have a proven track record of successful installations and reliable after-sales support.
Let Franance connect you with verified, reliable suppliers who meet these stringent criteria.
Franance is a verified supplier that provides end-to-end procurement and maintenance services for Fluoroscopy Systems across Nigeria, with engineering teams based in Lagos, Abuja, and Port Harcourt. We go beyond just selling a box; we manage the entire project lifecycle from needs assessment and site planning to installation, regulatory compliance, and long-term service. Our process ensures you get the right machine, installed correctly, with guaranteed uptime and support for its entire lifespan.
The best Fluoroscopy Systems in Nigeria are those that match your facility's specific clinical needs, patient volume, and budget, while guaranteeing high uptime through reliable local support. For top-tier interventional work, the Siemens Artis Q ceiling-mounted system or the Philips Azurion 7 series are leading choices, priced from NGN 300 million upwards. For general-purpose radiology and GI studies, a versatile remote-controlled R/F (Radiography/Fluoroscopy) room like the GE Discovery RF180 offers excellent value. For surgical and orthopedic use, a mobile C-arm is the standard, with the Ziehm Vision RFD 3D and the GE OEC Elite CFD being premium, high-performance options.
Comparing fluoroscopy models requires looking beyond the brand name to focus on the system type (mobile C-arm vs. fixed room), detector technology (image intensifier vs. flat-panel), and generator power, which dictate clinical applications and long-term value. A mobile C-arm like the GE OEC Elite is perfect for operating theatres, while a fixed R/F room like the Siemens LUMINOS dRF Max is designed for a dedicated radiology suite handling high patient throughput for procedures like barium studies.
| Tier | Best for | Key Specs | Lead-time | Maintenance | Power Needs |
|---|---|---|---|---|---|
| Mobile C-arm | Orthopedics, Urology, General Surgery, Pain Management | 21cm or 31cm Flat Panel Detector, 15-25kW Generator, DICOM | 8-12 weeks | Moderate | 15-30A single-phase, 10kVA UPS |
| Fixed R/F Room | Gastroenterology, General Fluoroscopy, Routine X-ray | Large Flat Panel Detector, 80kW+ Generator, Tilting Table | 16-20 weeks | High | 100A+ three-phase, 50kVA UPS |
| Fixed Angio Suite | Interventional Cardiology, Neurology, Radiology | Floor/Ceiling Mounted Gantry, 100kW Generator, Advanced 3D/DSA Software | 16-24 weeks | High | 150A+ three-phase, 80kVA+ UPS |
The best Fluoroscopy System brands in Nigeria are Siemens Healthineers, GE Healthcare, and Philips, due to their proven reliability, advanced imaging technology, and, most importantly, the availability of trained local service engineers and spare parts. Siemens is renowned for its Artis series (e.g., Artis zee, Artis Q) in interventional cardiology, offering exceptional image quality. GE Healthcare's OEC line of mobile C-arms (e.g., OEC Elite CFD) is the gold standard in surgical settings for its ease of use and durability. Philips excels with its versatile Azurion and Zenition platforms, which offer streamlined workflows for both cardiovascular and general surgical applications. Choosing one of these brands significantly de-risks your investment because of the established support infrastructure in the country.
A price list for Fluoroscopy Systems in Nigeria is based on ranges, as final costs depend heavily on configuration, logistics, and currency exchange rates.
When you receive a quote, understand that a price valid today might change by 5-10% in a month due to FX volatility. A good quote will specify the FX rate used and its validity period. For example, a system quoted at $150,000 could be NGN 180 million at a rate of 1200/$, but NGN 195 million if the rate shifts to 1300/$. Always confirm if the price is FOB (Free on Board), which excludes shipping and clearing, or CIF (Cost, Insurance, Freight) to a Nigerian port, or DDP (Delivered Duty Paid) to your hospital door, which is the most transparent and recommended option.
The 5-6 specifications that most directly impact clinical outcomes and ownership costs are the detector type and size, generator power, cooling system, software packages, and gantry mechanics. A modern Flat-Panel Detector (FPD) provides vastly superior image quality at a lower radiation dose compared to an older Image Intensifier. A larger detector (e.g., 30x30 cm vs 20x20 cm) allows you to see more anatomy in one view, reducing procedure time. The X-ray generator power (measured in kW) determines the system's ability to penetrate larger patients and produce clear images; a 25kW generator on a C-arm is significantly more powerful than a 15kW one. For long procedures like interventional cardiology, the X-ray tube's heat capacity and cooling system are critical to prevent overheating and forced shutdowns mid-procedure.
The installation and calibration process for a Fluoroscopy System in Nigeria takes between 5 days for a mobile C-arm and 3 weeks for a fixed angiography suite, with costs ranging from NGN 2 million to NGN 10 million, depending on complexity. This is a turnkey process that begins long before the equipment arrives. It starts with a site readiness assessment to confirm room dimensions, floor strength, and power supply. For fixed systems, this involves extensive electrical work, potential lead shielding installation, and ducting for cooling systems. Once the system is delivered, OEM-certified engineers will handle mechanical assembly, software installation, and the critical step of calibration using specialised phantoms to ensure image quality and radiation dose accuracy. The final stage is comprehensive applications training for your radiologists, surgeons, and technologists.
Let Franance manage your entire project with our turnkey installation service, ensuring your Fluoroscopy System is set up to OEM and NNRA standards, on time and within budget.
Delivery and logistics for a Fluoroscopy System to Nigeria typically take 8 to 16 weeks from the date of payment confirmation. The cost, which can be 15-25% of the equipment's value, covers international air or sea freight, insurance, customs clearance at the port (Apapa or Onne), and secure inland transportation to your facility. The process is complex and requires meticulous documentation, including a Form M, SONCAP certificate for new items, and permits from the Nigerian Nuclear Regulatory Authority (NNRA) for radiation-emitting devices. Any error in this paperwork can lead to significant delays and demurrage costs at the port. Using an experienced logistics partner like Franance is critical to mitigate these risks, as we manage the entire chain from factory to your hospital floor, ensuring all regulatory hurdles are cleared smoothly.
A standard warranty for a new Fluoroscopy System in Nigeria is 12 months, while refurbished units typically come with a 6-month warranty. This should cover all parts, labour, and engineer travel for any repairs. It is crucial to choose a vendor that provides the warranty locally, not one that relies on flying in an engineer from abroad, which causes unacceptable delays. A strong Service Level Agreement (SLA) is key. It should guarantee a telephone response time of 2-4 hours and an on-site engineer response time of 24-48 hours. Modern systems from brands like Siemens and GE also offer remote diagnostic capabilities, allowing engineers to log in, diagnose faults, and sometimes fix software issues without a site visit, drastically improving uptime.
Refurbished Fluoroscopy Systems in Nigeria, primarily mobile C-arms, are available for NGN 35 million to NGN 180 million, depending on the model, age, and level of refurbishment. A professionally refurbished unit is not just a "used" machine; it has been cosmetically and functionally restored to meet OEM specifications. There are different grades: "cosmetic refurbishment" involves cleaning and painting, while "full refurbishment" includes replacing key components like batteries, cables, and sometimes even the X-ray tube and detector. Always demand a detailed refurbishment report that outlines exactly what work was done, which parts were replaced, and the results of the final quality assurance tests. A reputable refurbished system should come with at least a 6 to 12-month warranty.
To verify you are buying an original Fluoroscopy System, you must purchase from an OEM-authorized distributor and validate the unit's serial number directly with the manufacturer (e.g., Siemens, GE, Philips). Counterfeit or grey-market systems are a significant risk; they may be assembled from non-OEM parts, run unlicensed software, or be units that were decommissioned for safety reasons in other countries. Red flags include a price that is "too good to be true," a supplier who cannot provide a clear chain of custody for the machine, and missing or tampered serial number plates. Before final payment, insist on seeing the serial number on the gantry, detector, and X-ray tube, and email pictures of these to the manufacturer's regional office for verification.
The essential accessories for a Fluoroscopy System include radiation protection gear (lead aprons, thyroid shields, leaded glasses), a C-arm compatible operating table, and a DICOM-compatible printer or PACS for image management. The cost for a basic accessory package starts around NGN 3-5 million. Availability can be a challenge, so it is highly strategic to bundle these items with the main system purchase. This ensures compatibility (e.g., a radiolucent table that doesn't create artifacts) and simplifies procurement. Consumables are minimal but may include sterile drapes for the C-arm, which should be sourced from local medical suppliers.
A Fluoroscopy System requires a clean, stable, and dedicated power supply to function correctly and avoid damage. Mobile C-arms typically need a 15-30 Amp, 220-240V single-phase line, protected by a 10-20kVA online double-conversion UPS. Fixed systems like R/F rooms or angio suites have much higher demands, requiring a 100-150 Amp, 415V three-phase supply and a 50-100kVA UPS. Given the unreliable grid in Nigeria, the UPS is not optional; it is mandatory. It protects the system's sensitive electronics from surges, sags, and outages. You must also ensure proper electrical earthing (less than 1 Ohm) and have a backup generator capable of supporting the entire system, including the UPS and air conditioning for the room.
To operate a Fluoroscopy System legally in Nigeria, you must comply with regulations from the Nigerian Nuclear Regulatory Authority (NNRA), the Standards Organisation of Nigeria (SON), and sometimes NAFDAC. The NNRA is the most critical; you need their approval to import, install, and operate any radiation-emitting device. This involves registering the equipment, ensuring the room meets shielding requirements, and having the system's performance and safety validated by an NNRA-accredited physicist. For new equipment, a SONCAP certificate is required for customs clearance. Your supplier should be experienced in navigating this complex regulatory landscape and should provide you with a complete compliance dossier as part of the handover.
Financing options for Fluoroscopy Systems in Nigeria include traditional bank loans, asset leasing, and specialised financing from providers like Franance. Commercial banks may offer asset acquisition loans with interest rates between 25-30% per annum, typically requiring 20-30% equity contribution and significant collateral. The approval process can take 2-4 months. Leasing is an alternative where you pay a monthly fee to use the equipment for a set period (e.g., 3-5 years), with lower upfront costs but a higher total expense. Franance offers tailored financing solutions with more flexible terms and a faster approval timeline (2-4 weeks), designed specifically for healthcare equipment procurement. For NGOs, funding often comes from international grants, which have their own specific procurement and reporting requirements.
The total cost of ownership (TCO) for a Fluoroscopy System in Nigeria over five years is typically 1.5 to 2 times its initial purchase price. TCO includes the initial capital outlay plus all operational costs: annual service contracts (which can be 8-12% of the equipment cost per year after warranty), electricity (especially for UPS and AC), spare parts (like a new X-ray tube, which can cost NGN 15-25 million), and ongoing staff training. For a system purchased at NGN 100 million, you should budget an additional NGN 50-100 million for its first five years of operation. A cheaper initial purchase can often lead to a much higher TCO due to more frequent downtime, expensive repairs, and lower energy efficiency.
For a tertiary or teaching hospital, the ideal system is a high-performance, fixed interventional angiography suite like the Siemens Artis Q or Philips Azurion 7. These systems are designed for high-volume, complex procedures in cardiology, neurology, and interventional radiology. Key specifications must include a 100kW generator, a large flat-panel detector, advanced software for 3D imaging and vessel analysis (3D-RA, StentBoost), and a ceiling-mounted gantry for maximum patient access. The budget for such a system, including installation and a robust UPS, is typically in the NGN 300 million to NGN 450+ million range.
A private clinic or diagnostic centre focused on gastroenterology and general fluoroscopy will get the best value from a remote-controlled R/F (Radiography/Fluoroscopy) room, such as the GE Discovery RF180 or a similar model. This provides the versatility to perform barium studies, HSGs, and other fluoroscopic procedures, as well as routine digital X-rays, maximising patient throughput and return on investment. A budget of NGN 150 million to NGN 280 million should cover a reliable new system with a tilting table, 80kW generator, and a large dynamic flat-panel detector.
NGOs and mobile health programs require a durable, portable, and easy-to-use mobile C-arm. The key is robustness and power independence. A premium-refurbished GE OEC 9800 or a new, entry-level flat-panel detector C-arm is an excellent choice. It must be paired with a rugged, trolley-mounted 10kVA UPS with a long battery life to handle inconsistent power in remote locations. Simplicity of the user interface is crucial for use by diverse teams. The budget should be in the NGN 50 million to NGN 120 million range for a complete, field-ready package.
For use in the operating theatre, emergency room, or ICU, a compact and highly maneuverable mobile C-arm is essential. The GE OEC Elite CFD or the Ziehm Solo FD are top choices because of their excellent image quality, small footprint, and fast boot-up times. Features like a motorised, isocentric C-arm make positioning quick and precise during surgery. The system must have excellent heat management for long orthopedic or vascular cases. A budget of NGN 90 million to NGN 180 million is realistic for a new, theatre-optimised C-arm.
Get pricing, installation scope, documentation and delivery timelines tailored to your facility. Our procurement specialists respond within 24 hours.
30+ Years
Experience delivering healthcare projects in Nigeria
OEM Certified
Biomedical & IT teams for installation, calibration & support
Nationwide
Coverage across Lagos, Abuja, Port Harcourt, Kano & beyond
Honest answers about scope, pricing, delivery and support so you can plan with confidence.
A new fluoroscopy system in Nigeria costs between NGN 80 million and NGN 250 million. For example, a mid-range system like the Philips ProxiDiagnost N90 typically falls in the NGN 120-180 million range, while a high-end Siemens Artis Q for interventional cardiology can exceed NGN 250 million. Refurbished options offer significant savings.
Refurbished C-arm fluoroscopy machines in Nigeria range from NGN 25 million to NGN 60 million. A quality-refurbished GE OEC 9900 Elite, a popular choice for orthopedics, typically costs between NGN 35-50 million, including installation and a limited warranty. Always verify the refurbishment process and supplier reputation before purchasing.
Yes, affordable options exist, primarily through refurbished systems or basic new models. You can acquire a refurbished mobile C-arm like the Ziehm Solo for NGN 20-35 million. For financing, consider asset financing solutions from companies like Franance, which can structure payments over 24-48 months to make acquisition more manageable for your facility.
You can finance a fluoroscopy system through bank loans, leasing agreements, or specialized healthcare financing companies. For instance, Franance offers tailored asset financing that covers up to 80% of the equipment cost, with repayment plans spanning 3-5 years. This allows you to acquire a system like a Siemens Cios Alpha with a lower initial cash outlay.
Typically, the price from a reputable supplier includes basic installation and application training. For a complex system like the GE Discovery IGS 7, the initial quote should cover site preparation guidance, installation by certified engineers, and 3-5 days of onsite training for your radiologists and technicians. Always confirm these inclusions in your purchase agreement.
You can buy reliable fluoroscopy systems from authorized distributors of major brands like GE, Philips, and Siemens in Lagos. Reputable suppliers have offices in areas like Victoria Island or Ikeja and provide after-sales support. For example, authorized dealers for Philips can supply the Azurion 7 series and offer certified installation and maintenance services.
Choose a supplier based on their authorization, technical support capacity, and track record. Verify they are an authorized dealer for the brand they sell, like Siemens Healthineers. Ask for references from hospitals in Abuja or Port Harcourt. A good supplier will have factory-trained engineers and a local inventory of spare parts for models like the Siemens Luminos dRF Max.
Verify a machine's authenticity by checking the serial number with the manufacturer and buying only from authorized dealers. For a new GE Optima IGS 320, the supplier must provide a certificate of origin and a manufacturer's warranty. For refurbished units, request the full service history and refurbishment report to ensure genuine parts were used.
Yes, Franance can connect you with a network of pre-vetted, credible equipment suppliers in Nigeria. When you apply for financing, they not only assess your financial eligibility but also ensure the supplier for your chosen system, such as a Philips Zenition 50, is reputable and can provide reliable after-sales support, protecting your investment.
A typical C-arm fluoroscopy system requires a dedicated 220-240V, 30-Amp single-phase power line with a high-quality UPS. For a system like the GE OEC Elite CFD, you need a UPS with at least 5kVA capacity to protect against power fluctuations. Proper grounding is also critical to prevent image artifacts and equipment damage.
Installation time ranges from 2 days for a mobile C-arm to 2 weeks for a fixed R/F room. A mobile unit like the Ziehm Vision RFD can be set up in 1-2 days. A fixed system like the Siemens Luminos Agile Max requires about 10-14 days for mechanical installation, cabling, calibration, and radiation shielding checks before clinical use.
For cardiology, prioritize a system with a high-resolution flat-panel detector (at least 20x20 cm), high frame rates (30-60 fps), and advanced cardiac software. The Philips Azurion 7 C20, for example, offers excellent image quality for coronary angiography and tools like StentBoost to enhance stent visibility, which is critical for interventional procedures.
Yes, any room housing a fixed fluoroscopy system requires lead shielding to comply with Nigerian Nuclear Regulatory Authority (NNRA) guidelines. The required thickness, typically 1.5mm to 2.5mm lead equivalent, depends on the system's power. For a new installation like a GE Definium 8000, a radiation physicist must calculate and approve the shielding plan.
A fluoroscopy system should undergo a full calibration annually by a qualified engineer, while routine quality assurance (QA) checks should be performed monthly by your radiographers. For a system like the Siemens Artis zee, annual preventive maintenance includes checking dose accuracy, image resolution, and mechanical safety, ensuring it meets NNRA standards.
A refurbished system is better if your budget is tight, while a new system is ideal for high-volume centers needing the latest technology. A refurbished GE OEC 9900 from a reputable vendor can offer 80% of the functionality of a new model for about 50% of the cost. A new Philips Zenition 70 provides advanced imaging and lower dose, justifying its cost for a busy Lagos hospital.
The best and most widely supported brands in Nigeria are Siemens, GE, and Philips due to their established local distributors, service engineers, and parts availability. For example, Siemens Healthineers has a strong presence for its Artis series in cardiology, while GE's OEC C-arms are dominant in orthopedic surgery across major Nigerian teaching hospitals.
Buy if you have the capital and plan for long-term use; lease if you want to conserve capital and upgrade technology every 5-7 years. Leasing a system like the Siemens Cios Select allows you to have a predictable monthly expense without a large upfront payment. Buying is a capital investment that adds to your hospital's assets.
Both are excellent, but the choice depends on your needs and local support. The Philips Azurion is praised for its intuitive user interface and workflow integration. The Siemens Artis is known for its superior imaging chain and low-dose technologies. A major cardiac center in Abuja might choose the Artis Q for its advanced 3D imaging, while a Lagos hospital might prefer the Azurion for its ease of use.
Blurry or noisy images are often caused by incorrect technique, patient motion, or power supply issues. First, check your kVp and mAs settings. If using a GE OEC C-arm, ensure the 'low dose' mode is appropriate. Persistent noise might indicate a failing X-ray tube or detector, requiring a service engineer to diagnose. Unstable power can also introduce noise.
First, check the main power connection, circuit breaker, and the emergency stop button. On a Ziehm Vision R, ensure the key is turned fully and the system is not in standby mode. If it still won't boot, the issue could be a failed power supply unit or software corruption. Do not attempt to open the covers; call your certified service engineer immediately.
This error means the system has reached a pre-set radiation dose limit, a safety feature to prevent excessive patient exposure. You can often override it to continue if clinically necessary, but you must document the reason. Check your hospital's protocol. On a Philips Zenition, this setting is configurable and should be reviewed with your radiation safety officer.
The Nigerian Nuclear Regulatory Authority (NNRA) requires you to obtain a license to import and operate a fluoroscopy system. You must submit a shielding plan for the room, provide proof of staff training in radiation safety, and have the system commissioned by an NNRA-accredited physicist before you can use it on patients. This applies to all systems.
You primarily need NNRA licensing for radiation safety, but the equipment must meet Standards Organisation of Nigeria (SON) requirements for importation. Your supplier handles the SONCAP process before shipping. While NAFDAC regulates medical devices, the NNRA's authority is paramount for any radiation-emitting equipment like a fluoroscopy system.
Only an NNRA-accredited medical physicist or radiation safety advisor can perform the required annual radiation safety audits. They will test your system's output, check shielding integrity, and review your staff's safety practices. Hospitals in Kano and Port Harcourt can contract physicists from teaching hospitals or private consulting firms listed on the NNRA website.
A comprehensive annual maintenance contract typically costs 5-10% of the equipment's purchase price. For a NGN 150 million system like a Siemens Artis one, expect to pay NGN 7.5 million to NGN 15 million annually. This usually covers two preventive maintenance visits and emergency repairs, but may exclude the X-ray tube after its warranty period.
A preventive maintenance visit for a C-arm like a GE OEC 9800 includes mechanical checks of all movements and brakes, cleaning of filters, and full system diagnostics. The engineer will also perform quality control tests, including checking image resolution, dose output, and monitor calibration, and provide a service report for your NNRA compliance records.
Replacing an X-ray tube is a major repair that must be done by a certified engineer. The process involves ordering the specific tube for your Artis model, which can take 2-4 weeks to arrive in Nigeria. The physical replacement takes about one full day, followed by extensive calibration and quality assurance tests to ensure performance before clinical use.
The first step is to engage a medical physicist and an architect to design the room layout and radiation shielding plan, which is crucial for your NNRA application. Before you purchase a system like the Philips ProxiDiagnost N90, you need an approved room design that accommodates the equipment's footprint, weight, and electrical needs, and ensures radiation safety.
The entire process takes approximately 3 to 6 months. This timeline includes 1-2 months for room preparation and shielding, 1-2 months for equipment shipping and customs clearance, 1-2 weeks for installation and commissioning, and 1 week for staff training. Delays in NNRA licensing or customs in Lagos can extend this timeline.
You need to train radiologists, radiographers, cardiologists or surgeons (depending on use), and biomedical engineers. For a new GE Innova IGS 5 system, application specialists will provide 3-5 days of onsite training for clinical staff on new features. Your biomedical engineer should also receive basic maintenance training from the installation engineer to handle first-line troubleshooting.