Digital Mammography with Tomosynthesis
Installation teams in Lagos, Abuja, PH & Kano
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A mammography system is a specialized medical imaging machine that uses low-dose X-rays to see inside the breasts. It is operated by trained radiographers and the images, called mammograms, are interpreted by radiologists to screen for and diagnose breast cancer and other breast diseases. Its clinical impact is immense; it is the single most effective tool for early breast cancer detection, significantly increasing survival rates by finding tumors when they are small and most treatable.
New mid-range Digital Radiography (DR) mammography systems cost between NGN 45 million and NGN 85 million, while advanced 3D Tomosynthesis systems range from NGN 90 million to over NGN 200 million. High-quality refurbished 2D DR units can be sourced for NGN 25 million to NGN 50 million, and older analog systems start from NGN 15 million. The final price is driven by specifications like detector type (a-Si vs. a-Se), 3D capability, brand reputation (e.g., Hologic, GE, Siemens), and included accessories like biopsy attachments or diagnostic workstations. Costs are also heavily influenced by the Nigerian Naira to US Dollar exchange rate, freight and clearing costs, installation complexity, the length of the warranty, and the comprehensiveness of the included training package. When requesting a quote, ensure it itemizes the system, accessories, shipping, installation, training, and warranty separately for full transparency.
For a detailed, line-item quote tailored to your facility's needs, contact Franance.
The cheapest, safe mammography systems are refurbished analog units, which start from NGN 15 million to NGN 25 million. These systems are suitable for basic screening in low-volume settings but lack the image quality and workflow efficiency of digital systems. Be aware that the lowest price often comes with significant hidden costs and limitations. These include short warranties (typically 3-6 months), which may not cover the expensive X-ray tube or detector. The price rarely includes the cost of a robust UPS, installation, room shielding, or mandatory calibration and NNRA certification, which can add another NGN 3-7 million to the total expense.
Contact Franance to evaluate if a low-cost option truly meets your clinical and financial requirements.
An affordable, high-value mammography system is a bundled package featuring a new or premium-refurbished 2D Digital Radiography (DR) unit, typically priced between NGN 50 million and NGN 95 million. This price should include the main system, a 15-20 kVA online UPS, full installation and lead shielding, applications training for two radiographers, and a comprehensive 12-month warranty covering parts and labour. Investing in this bundle significantly reduces the risk of downtime, which can cost a diagnostic centre NGN 250,000 to NGN 500,000 per day in lost revenue and reputational damage. The upfront investment in a quality UPS and a solid warranty prevents far more expensive problems within the first year.
Contact Franance to configure an affordable, all-inclusive mammography package for your facility.
New 2D digital mammography systems in Nigeria range from NGN 60 million to NGN 120 million, while their refurbished counterparts cost between NGN 25 million and NGN 50 million, offering an immediate 40-60% saving. A new system guarantees a 10-12 year lifecycle with the latest software, dose reduction features, and a 1-2 year manufacturer's warranty. A refurbished unit has a shorter remaining lifecycle of 5-7 years, may run on slightly older software, but offers excellent clinical value if refurbished to OEM standards. Lead time for new systems can be 12-16 weeks due to production schedules, whereas refurbished systems are often available in 6-10 weeks.
| Feature | New Mammography System | Refurbished Mammography System |
|---|---|---|
| Price Range | NGN 60M - 200M+ | NGN 25M - 80M |
| Warranty | 12-24 months (OEM) | 6-12 months (Vendor) |
| Lifecycle | 10-12 years | 5-7 years |
| Software | Latest version | 1-2 versions behind |
| Lead Time | 12-16 weeks | 6-10 weeks |
| Uptime | Highest reliability | High, but depends on refurb quality |
Contact Franance to analyze the lifecycle cost of new vs. refurbished options for your specific needs.
Contact Franance today for a transparent, multi-vendor quote on new and refurbished mammography systems tailored to your budget and clinical requirements.
You can buy mammography systems from specialized medical equipment suppliers primarily based in Lagos, Abuja, and Port Harcourt. However, the most critical step is to rigorously verify the supplier's legitimacy and technical capacity. Do not rely on a fancy website or a low price alone. A credible supplier must have a registered business with the Corporate Affairs Commission (CAC), provide evidence of partnership or authorization from the Original Equipment Manufacturer (OEM) like GE or Siemens, and have biomedical engineers on staff who are certified to install and service the specific model you are buying. Franance simplifies this by connecting you only with pre-vetted suppliers who have passed a comprehensive verification workflow, including checks on their financial stability, importation track record, and engineering support infrastructure.
Contact Franance to get connected with verified, technically competent mammography suppliers in Nigeria.
Franance provides a fully managed procurement service, connecting your facility with a network of pre-vetted and verified mammography system suppliers across Nigeria. We cover every state, ensuring that you receive technically sound equipment backed by reliable local support, regardless of your location. Our process eliminates the risks of dealing with unqualified vendors, ensuring your investment is protected from sourcing and financing through to installation, training, and after-sales service.
For tertiary hospitals and high-volume diagnostic centres, the best systems are 3D Digital Breast Tomosynthesis (DBT) units like the Hologic 3Dimensions or Siemens MAMMOMAT Revelation, priced from NGN 120 million upwards. For most private clinics and general hospitals, the best value is found in robust 2D Full-Field Digital Mammography (FFDM) systems like the GE Senographe Pristina or Fuji AMULET Innovality, which range from NGN 70 million to NGN 120 million. For smaller clinics or NGO outreach programs with budget constraints, a premium refurbished 2D DR system from a top brand like GE or Hologic, costing NGN 35-60 million, is the best choice. The "best" system is the one that matches your clinical needs, patient volume, and budget.
Comparing models requires looking beyond the brand name to the core technology, workflow, and supportability in Nigeria. A GE Senographe might be known for its robust build, while a Hologic system is often praised for its leading 3D tomosynthesis imaging and ergonomic design. You must evaluate detector technology (Direct vs. Indirect conversion), dose efficiency, gantry ergonomics for patient comfort, and the speed of the acquisition workstation.
| Tier | Best for | Key Specs | Lead-time | Maintenance | Power Needs |
|---|---|---|---|---|---|
| Entry | Low-volume clinics, startups | Refurbished 2D DR, >100 µm pixel pitch | 6-10 weeks | High; depends on age | 15 kVA UPS |
| Mid | Private hospitals, diagnostics | New 2D DR, <100 µm pixel pitch, dose modulation | 12-16 weeks | Medium; annual PM | 20 kVA UPS |
| Advanced | Teaching hospitals, breast centres | 3D Tomosynthesis, a-Se detector, <85 µm pixel pitch | 12-16 weeks | Medium; annual PM | 20-30 kVA UPS |
The best and most reliably supported mammography brands in Nigeria are Hologic, GE Healthcare, and Siemens Healthineers. These manufacturers have an established presence through qualified local partners, ensuring better access to trained engineers and genuine spare parts. Hologic is a market leader in 3D tomosynthesis with its Selenia and 3Dimensions platforms. GE Healthcare's Senographe series is renowned for its durability and excellent image quality. Siemens Healthineers offers the innovative MAMMOMAT series, known for its patient comfort features and low-dose technology. Choosing one of these brands minimizes the long-term risk of extended downtime due to a lack of local technical support.
Due to fluctuating exchange rates and customized configurations, prices are always provided in a range.
When you receive a quote, understand that the final Naira price is often tied to the USD or EUR exchange rate on the day of payment. A price quoted in January could be 10-15% higher by March if the Naira weakens. Always ask your supplier to clarify the validity period of the quote and the exchange rate it is based on. Freight costs can also vary based on season and airline availability, impacting the final landed cost.
The five most decisive specifications that impact clinical outcomes and ownership experience are Detector Technology, Pixel Pitch, 3D Tomosynthesis Capability, Dose Modulation Software, and Gantry Ergonomics. A direct-conversion amorphous Selenium (a-Se) detector provides sharper images than an indirect-conversion amorphous Silicon (a-Si) one. A smaller pixel pitch (e.g., 70-85 micrometers) allows for better visualization of microcalcifications. 3D Tomosynthesis is critical for accurately diagnosing women with dense breast tissue. Automated dose modulation software ensures the lowest possible radiation dose for each patient without compromising image quality. Finally, a well-designed gantry with good ergonomics reduces patient anxiety and makes positioning easier for the radiographer, leading to fewer retakes.
A complete turnkey installation, from delivery to first patient use, takes 5 to 10 working days and costs between NGN 1.5 million and NGN 5 million. This fee should cover the logistics of moving the system into the prepared room, mechanical assembly, electrical connections, software installation, and initial calibration by an OEM-certified engineer. The process begins with a site readiness assessment to ensure your room meets shielding, power, and space requirements. After installation, the engineer performs acceptance testing and calibration using specialized phantoms to ensure the system meets all performance and safety standards. This is followed by applications training for your radiographers and radiologists.
Let Franance manage your entire project with our turnkey installation service, ensuring your mammography system is set up to OEM and NNRA standards, on time and within budget.
Delivery of a new mammography system to your facility in Nigeria takes approximately 8-16 weeks from payment confirmation, while refurbished systems take 6-10 weeks. The process involves securing foreign exchange, processing a Form M through the Central Bank of Nigeria, air freighting the sensitive equipment to Lagos (MMIA) or another international airport, customs clearance, and secure inland transportation. Air freight and clearing costs can range from NGN 4 million to NGN 10 million or more, depending on the system's weight and value. It is critical that your supplier uses an experienced clearing agent and has comprehensive Goods-in-Transit insurance that covers the journey from the overseas factory right to your hospital's door.
A standard warranty for a new mammography system is 12 months, while a quality refurbished unit should come with a 6 to 12-month warranty. This should cover all parts, including the high-value X-ray tube and digital detector, as well as labour and engineer travel costs. After the warranty period, a comprehensive service level agreement (SLA) is essential and typically costs 5-10% of the equipment's value per year. A good SLA guarantees a 48-hour maximum response time from a qualified engineer and a 95% uptime rate. Some modern systems, like those from GE or Siemens, offer remote diagnostic capabilities, allowing engineers to troubleshoot problems online, reducing downtime.
Refurbished mammography systems are available in Nigeria with prices ranging from NGN 25 million for a 2D DR system to NGN 80 million for a more recent 3D tomosynthesis model. These systems offer significant cost savings but require careful vetting. Insist on seeing a detailed refurbishment report from the factory, which should outline the replacement of key components, software updates, and the results of the final quality assurance tests. The age and condition of the digital detector are paramount; ask for its manufacturing date and latest performance metrics. A reputable refurbished unit should come from a certified refurbishment facility and be backed by at least a 6-month comprehensive warranty from the Nigerian supplier.
To verify you are buying an original system, you must demand a direct chain of documentation from the OEM to your facility. The most critical document is an OEM Authorization Letter, specifically naming the Nigerian supplier as an approved partner for the year of purchase. Cross-reference the system's serial number on the quote with the manufacturer's regional office (e.g., GE Healthcare Africa). Red flags for fake or grey-market equipment include an unusually low price (more than 30% below market average), a supplier's refusal to provide an authorization letter, incomplete or photocopied documentation, and physical signs like mismatched logos or poorly translated software interfaces.
The most essential accessories to purchase with your mammography system are a dedicated high-resolution (5MP) radiologist review workstation, a reliable online UPS (15-30 kVA), and a medical-grade DICOM printer. The workstation can cost NGN 2-5 million, the UPS NGN 2-6 million, and the printer NGN 1-3 million. It is most cost-effective to bundle these items with the main unit purchase, as suppliers often offer a 10-15% discount on packaged deals. Other important accessories include lead aprons for staff, quality control phantoms, and a compatible biopsy system if you plan to offer interventional procedures.
A mammography system requires a dedicated, clean, and stable 220-240V, 50Hz power line. It must be protected by a true online, double-conversion UPS with a rating of 15 kVA to 30 kVA to shield its sensitive electronics, especially the detector, from Nigeria's erratic power supply, surges, and brownouts. The system will be connected to a dedicated circuit breaker on your main distribution board. Furthermore, a critical and non-negotiable requirement is a proper electrical earth connection with a resistance reading of less than 1 ohm. Failure to provide adequate power and earthing will void most warranties and can lead to catastrophic equipment failure.
To legally import and operate a mammography system in Nigeria, you must comply with regulations from the Nigerian Nuclear Regulatory Authority (NNRA) and the Standards Organisation of Nigeria (SON). The NNRA is the primary body; you need to obtain a License to Import and a License to Operate a radiation-emitting device, which involves submitting details about the equipment, your facility's shielding, and your radiation safety program. For new equipment, a SONCAP (Standards Organisation of Nigeria Conformity Assessment Programme) certificate is required for customs clearance. All documentation, including calibration certificates and quality control records, must be kept on-site for periodic inspection by these regulatory bodies.
Financing for a mammography system can be secured through commercial bank loans, asset leasing companies, or integrated procurement partners like Franance. Bank loans typically require 20-30% equity contribution and come with interest rates of 18-28% per annum over a 3-5 year term. Leasing is often faster to approve but may have higher effective interest rates (25-35%). Franance offers specialized financing solutions tailored for medical equipment, often with more flexible terms. For all options, you will need to provide a business plan, cash flow projections, company registration documents, and often, property as collateral. The approval process can take anywhere from 4 to 12 weeks.
The 5-year Total Cost of Ownership (TCO) for a mammography system is significantly more than its purchase price, often 1.5 to 2 times the initial capital outlay. For a mid-range system purchased at NGN 70 million, the 5-year TCO can easily reach NGN 105-140 million. This includes the initial purchase (around 60% of TCO), annual service contracts after the warranty expires (25%), power infrastructure like UPS and diesel (5%), consumables and minor parts (5%), and ongoing staff training (5%). Factoring in TCO from the beginning allows for better financial planning and prevents unexpected operational disruptions due to unbudgeted maintenance costs.
A tertiary or teaching hospital requires a high-throughput, high-resolution 3D Digital Breast Tomosynthesis (DBT) system like the Hologic 3Dimensions or Siemens MAMMOMAT Revelation. These systems are essential for handling a high volume of patients, managing complex diagnostic cases (especially in women with dense breasts), and facilitating advanced research and training. Key features must include a large detector, fast acquisition times, and compatibility with advanced biopsy and contrast-enhanced mammography options.
A private diagnostic centre or clinic is best served by a reliable and efficient 2D Full-Field Digital Mammography (FFDM) system, such as the GE Senographe Pristina or a premium refurbished Hologic Selenia. The priority here is excellent 2D image quality, workflow efficiency to maximize patient throughput, and robust local service support to guarantee uptime. While 3D is a plus, a high-quality 2D DR system provides the best balance of clinical utility and return on investment for a screening-focused practice.
NGOs and mobile screening programs need a rugged, power-efficient, and easy-to-use digital mammography system. The ideal unit would be a compact DR system known for its durability and low power consumption. The entire solution must be designed for challenging environments, incorporating a robust vehicle chassis, an onboard generator, a heavy-duty online UPS, and often a satellite internet connection for teleradiology. Reliability and ease of service in remote locations are the most critical factors.
A dedicated breast imaging center should invest in a comprehensive suite of technology to offer one-stop services. This includes a primary 3D tomosynthesis system for all diagnostic work and screening of dense-breasted women. This should be complemented by a second, workhorse 2D DR system to handle routine screening efficiently. The setup must also include an upright stereotactic biopsy attachment or a dedicated prone biopsy table, and a high-end ultrasound machine with elastography for a complete diagnostic arsenal.
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A new digital mammography system in Nigeria costs between NGN 45 million and NGN 95 million. For instance, a mid-range system like the GE Senographe Crystal Nova is priced around NGN 50-65 million, while a high-end 3D tomosynthesis unit like the Hologic 3Dimensions system can exceed NGN 90 million. The final price depends on features, warranty, and included training for your staff.
A quality refurbished digital mammography system costs between NGN 20 million and NGN 35 million in Nigeria. A professionally refurbished Hologic Selenia or GE Senographe Essential can provide excellent diagnostic quality for a fraction of the new cost. Ensure the supplier provides at least a 12-month warranty and can confirm the age and condition of the X-ray tube and detector before you purchase.
You can buy mammography machines from authorized distributors of major brands like GE Healthcare, Siemens Healthineers, and Philips, who have offices or partners in Lagos and Abuja. Reputable local vendors such as JNC International or DCL Laboratory Products also supply and support these systems. Always verify they are the official channel partner to ensure genuine parts and certified engineering support for your facility.
The best and most widely supported brands in Nigeria are Hologic, GE Healthcare, and Siemens Healthineers. Hologic's Selenia and 3Dimensions systems are renowned for their image quality and tomosynthesis. GE's Senographe series, like the Pristina, is known for patient comfort features. Siemens' MAMMOMAT models, such as the Inspiration, offer excellent workflow efficiency. Your choice depends on patient volume, budget, and desired features like 3D imaging.
Choose a supplier with a proven track record, certified engineers, and existing installations in major Nigerian hospitals like EKO Hospital or Reddington Hospital. Ask for references and verify they offer comprehensive after-sales support, including a 24-48 hour response time for service calls. A reliable supplier will conduct a site inspection before providing a quote and will assist with NNRA registration documentation.
You can finance a mammography system through asset financing from commercial banks or specialized healthcare financing companies like Franance. These options allow you to spread the cost over 3-5 years, making high-end systems like a Siemens MAMMOMAT Revelation more accessible. The financing package typically covers the equipment cost, installation, and initial training, requiring an initial deposit of 20-30%.
A refurbished machine is better for new or budget-constrained clinics, while a new machine is ideal for high-volume centres demanding the latest technology. A refurbished Hologic Selenia from a reputable vendor offers proven digital technology at NGN 20-35 million. A new GE Senographe Pristina offers advanced features like 3D tomosynthesis and lower radiation dose but costs over NGN 80 million. Your choice depends on capital and patient throughput.
You need a dedicated room of at least 3.5m x 4m with lead-lined walls (typically 1.5mm-2.0mm lead equivalence) for radiation shielding. The room must have a stable, dedicated 3-phase power supply with a 15-20 kVA UPS. For a system like the Fuji AMULET Innovality, specific floor loading and ceiling height requirements must also be met, which the vendor will confirm during a mandatory pre-installation site survey.
The physical installation of a mammography machine typically takes 3 to 5 working days. This includes mechanical assembly, electrical connections, and system software setup. This is followed by another 3-5 days for calibration, applications training for your radiographers, and quality assurance testing. The entire process, from delivery to first patient use, usually takes about two weeks, assuming the room is fully prepared beforehand.
A mammography unit requires a dedicated 3-phase, 380-415V power line with a 30-40 Ampere rating. It is critical to install a high-quality online UPS of at least 15 kVA to protect the sensitive digital detector from power surges and outages common in Nigeria. For example, the Siemens MAMMOMAT Inspiration specifies precise voltage tolerance, making a robust UPS and stabilizer non-negotiable for protecting your investment.
Yes, you absolutely need a license from the Nigerian Nuclear Regulatory Authority (NNRA) to legally operate any mammography machine in Nigeria. Operating without this license is illegal and unsafe. The license ensures your facility meets radiation safety standards for staff and patients. Your supplier should provide the necessary equipment specifications to support your application process.
The NNRA registration process involves submitting an application form, your facility's radiation shielding assessment report, and details of your Radiation Safety Officer (RSO). You must also provide proof of personnel dosimetry service and a quality assurance (QA) program. For a new system like a Hologic 3Dimensions, the vendor typically provides shielding calculations and performance reports required by the NNRA to facilitate your initial licensing.
A mammography machine requires daily and weekly quality control (QC) checks by your radiographer and a full calibration by a certified medical physicist or service engineer at least annually. The engineer's annual calibration for a system like the GE Senographe Essential verifies dose accuracy, image quality, and mechanical safety, which is a requirement for maintaining your NNRA license and ensuring accurate diagnoses.
A comprehensive maintenance contract includes two preventive maintenance visits per year, unlimited emergency breakdown calls with a guaranteed 24-48 hour response time, and coverage for all non-consumable spare parts. For a digital system, the contract for a model like the Planmed Clarity 2D should explicitly cover the most expensive component: the digital detector. Without this, a detector failure could cost over NGN 15 million to replace.
A common problem is image artifacts, often caused by dust on the compression paddle or detector. Clean them daily with approved solutions. Another issue is gantry movement failure, which could be a simple fuse or a more complex motor issue requiring a service engineer. For a system like a Hologic Selenia, error codes related to the X-ray tube or detector require an immediate call to your service provider for remote or on-site diagnosis.
Blurry images are often caused by patient movement during the 4-10 second exposure time, so proper patient positioning and instruction are critical. Artifacts can be caused by dust, scratches on the compression paddle, or detector calibration issues. On a Fuji AMULET system, running the daily flat-field calibration can resolve many detector-related artifacts. If the problem persists, it may indicate a failing detector requiring an engineer's attention.
Yes, 3D mammography, or Digital Breast Tomosynthesis (DBT), is available in leading diagnostic centres in Lagos, Abuja, and Port Harcourt. It takes multiple low-dose X-ray images from different angles to create a 3D reconstruction of the breast, improving cancer detection in dense breast tissue. Systems like the Hologic 3Dimensions and Siemens MAMMOMAT Revelation are the leading 3D platforms currently being installed in Nigeria.
A standard mammography room requires a minimum of 14 square meters (e.g., 3.5m x 4m) to comfortably house the gantry and allow for patient and operator movement. You also need a separate control room of at least 2m x 2m with a lead-glass viewing window. The specific footprint for a model like the GE Senographe Pristina will be detailed in the vendor's pre-installation guide, which is essential for your facility planning.
A mammography room requires radiation shielding, typically using 1.5mm or 2.0mm lead equivalent lining in the walls, doors, and control room window. The exact thickness is determined by a certified medical physicist based on the room layout, workload, and the specific system, such as a Hologic Selenia. This shielding report is a mandatory document for your NNRA license application to ensure public and staff safety.
Yes, leasing is an increasingly popular option for acquiring mammography machines in Nigeria, offered by equipment vendors and financing partners. A lease agreement allows you to use a system like a GE Senographe Crystal Nova for a fixed monthly fee over 3-5 years, with maintenance often included. This converts a large capital expense into a predictable operational expense, preserving your hospital's cash flow for other needs.
Your radiographers require specific applications training from the equipment vendor, which typically lasts 3-5 days. This training covers the system's software, patient positioning techniques, quality control procedures, and advanced features like tomosynthesis on a Hologic 3Dimensions system. Continuous professional development in mammography is also crucial for maintaining high standards and is often required for facility accreditation.
Verify a supplier by requesting a letter of authorization from the manufacturer (e.g., GE Healthcare, Siemens). Ask for a list of their current installations in Nigeria and speak to their existing clients about their service quality. A legitimate supplier will have manufacturer-trained engineers and will insist on a pre-installation site survey. Avoid suppliers offering unusually low prices without proper documentation or a physical office.
The lifespan of a digital mammography detector is typically 7 to 10 years, or a specific number of exposures as defined by the manufacturer. Its longevity depends heavily on usage, environmental conditions, and adherence to QC procedures. The detector in a Siemens MAMMOMAT is a high-value component, and its replacement can cost upwards of NGN 15-20 million, making a comprehensive service contract that covers it highly advisable.
Handle downtime by having a service contract with a guaranteed response time of 24-48 hours. Immediately log the error code from the system, like a 'Generator Fault' on a GE Senographe, and report it to your service provider. For a busy centre in Kano or Port Harcourt, having a backup imaging arrangement with a nearby facility is a practical contingency plan to manage patient load during unexpected extended downtime.
Key specifications to check are the detector type (Amorphous Selenium for direct conversion is often preferred), pixel size (lower is better, e.g., 70-100 microns), and whether it offers 3D tomosynthesis. Also, evaluate the compression technology; for example, the GE Senographe Pristina offers patient-assisted compression to improve comfort. Finally, confirm the warranty period and what the service contract covers, especially the X-ray tube and detector.
No, NAFDAC does not directly regulate the installation or use of mammography machines; that is the primary responsibility of the NNRA. However, NAFDAC's mandate covers the registration of all medical devices imported into Nigeria. Your supplier must have a valid NAFDAC registration for the specific model, like a Hologic Selenia Dimensions, to legally import and sell it in the country. Always ask for proof of this registration.
The cost of replacing a digital mammography detector in Nigeria ranges from NGN 15 million to NGN 25 million, depending on the brand and model. For a high-end system like a Siemens MAMMOMAT Revelation, the detector is the single most expensive component. This high replacement cost is why most hospitals opt for a comprehensive service contract that explicitly includes full coverage for detector failure after the initial warranty expires.
Improve patient comfort by using systems with features designed for it, such as the GE Senographe Pristina's rounded gantry and patient-assisted compression remote. Ensure the room is warm and the radiographer communicates clearly and compassionately throughout the procedure. Using foam pads on the detector surface can also reduce discomfort. A less anxious patient is less likely to move, resulting in clearer images and fewer retakes.
First, conduct a feasibility study to assess demand and financial viability. Second, select and procure a suitable machine, like a Fuji AMULET Innovality, and secure financing. Third, prepare the room with proper shielding and power. Fourth, begin the NNRA licensing process. Finally, hire and train radiographers and a radiologist, and develop a marketing plan to launch the service. This entire process typically takes 4-6 months.
You can get genuine spare parts for a GE Senographe system through GE Healthcare's official local partner in Nigeria. Do not use third-party or unauthorized parts, as they can compromise image quality and patient safety, and will void your service agreement. Your service contract should detail the process for ordering and receiving parts, with critical components like X-ray tubes or circuit boards typically being shipped in within 5-10 working days.