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A Digital X-Ray System is a medical imaging device that uses digital sensors instead of traditional photographic film to capture X-ray images. It is used by radiologists, radiographers, and physicians in hospitals, diagnostic centres, and clinics to diagnose conditions like bone fractures, pneumonia, and other internal abnormalities. The immediate image availability significantly speeds up diagnosis and patient throughput compared to older film-based systems, directly impacting clinical efficiency and patient outcomes.
Entry-level Digital Radiography (DR) systems in Nigeria range from NGN 25 million to NGN 50 million, mid-range systems for general hospitals cost between NGN 50 million and NGN 90 million, while advanced systems for tertiary institutions can exceed NGN 120 million. Refurbished systems offer a lower entry point, typically 40-60% of the cost of new equipment. The final price is driven by factors like the detector type (DR is more expensive than Computed Radiography - CR), brand reputation (e.g., Siemens, GE vs. newer brands), generator power (kW rating), included accessories like printers and workstations, and the scope of installation, training, and warranty. Foreign exchange rates, customs duties, and freight costs are major variables that can significantly alter the final landed cost. A comprehensive quote must itemise the system, accessories, installation, calibration, NNRA registration support, training, and payment terms to avoid unexpected expenses.
For a detailed, itemised quote tailored to your facility's needs, contact Franance.
The cheapest, safe Digital X-Ray systems in Nigeria are typically entry-level Computed Radiography (CR) systems or professionally refurbished DR systems, with prices starting from NGN 15 million to NGN 25 million. These options usually feature basic specifications, such as a lower-power generator (around 32kW), a single detector, and standard imaging software. While the initial cost is low, you must scrutinize the warranty, which is often limited to 6 months for refurbished units, and be aware of hidden costs. The lowest quote often excludes critical components like a power-regulating UPS, installation, site preparation, and mandatory NNRA certification, which can add 15-25% to the total cost.
Contact Franance to ensure your low-cost option is truly affordable and safe over its lifespan.
An affordable Digital X-Ray system is a best-value bundle that includes the core equipment plus installation, calibration, a suitable UPS/stabilizer, and comprehensive training, typically ranging from NGN 30 million to NGN 60 million. This approach focuses on minimising the total cost of ownership over the first 12-24 months, not just the initial purchase price. For example, investing an extra NGN 3-5 million in a proper power protection system and a service contract can prevent downtime that costs your facility over NGN 500,000 per day in lost revenue and patient trust. An affordable system is one that works reliably from day one with predictable operational costs.
Contact Franance to configure a best-value Digital X-Ray bundle for your facility.
A new Digital X-Ray system in Nigeria typically costs between NGN 35 million and NGN 120+ million, whereas a professionally refurbished unit from a reputable brand ranges from NGN 20 million to NGN 60 million. The primary difference is in lifecycle, warranty, and software. A new system comes with the latest software, a full manufacturer's warranty (1-3 years), and an expected lifespan of 10-12 years. A refurbished system has a shorter lifespan (5-7 years remaining), a limited vendor warranty (often 6-12 months), and may run on older, non-upgradable software. While the initial savings on a refurbished unit can be 40-50%, you must factor in potentially higher maintenance costs and a shorter operational life.
| Feature | New Digital X-Ray System | Refurbished Digital X-Ray System |
|---|---|---|
| Price | NGN 35M - 120M+ | NGN 20M - 60M (40-60% of new) |
| Warranty | 1-3 years (Manufacturer) | 6-12 months (Vendor) |
| Lifespan | 10-12 years | 5-7 years remaining |
| Software | Latest version, upgradeable | Older version, often not upgradeable |
| Lead Time | 8-16 weeks (factory order) | 4-8 weeks (if in stock) |
| Uptime | Highest reliability | Higher risk of initial issues |
Contact Franance for a comparative analysis of new vs. refurbished options for your budget.
Contact Franance today for a transparent, itemised quote on new or refurbished Digital X-Ray systems, including installation, warranty, and financing options tailored for the Nigerian market.
You can buy Digital X-Ray systems from authorised distributors of major brands (like GE, Siemens, Philips, Carestream) located primarily in Lagos, Abuja, and Port Harcourt, or from specialised medical equipment vendors. It is critical to verify any potential supplier's legitimacy before making a commitment. Start by confirming their Corporate Affairs Commission (CAC) registration. Next, demand proof of OEM authorisation or partnership. A credible supplier must have in-house, factory-trained biomedical engineers, not just sales staff. Ask for references from at least three other Nigerian hospitals they have supplied and installed similar equipment for. Franance pre-qualifies all its partner vendors through a rigorous workflow that includes checking their engineering capacity, insurance coverage, and track record of successful installations across Nigeria.
Contact Franance to connect with a network of pre-verified, reliable Digital X-Ray suppliers in Nigeria.
Franance is a verified supplier and financing partner for Digital X-Ray systems in Nigeria, offering end-to-end procurement services with nationwide coverage. We provide a single point of contact for sourcing, verification, logistics, installation, and after-sales support, eliminating the risks of dealing with unvetted vendors. Our service stack ensures your project is completed on time, within budget, and to the highest technical standards.
The best Digital X-Ray systems for high-volume Nigerian facilities are typically from brands like Siemens Healthineers, GE Healthcare, and Philips, with models like the Siemens Multix Impact or the GE Discovery XR656 offering a balance of durability, image quality, and local support, with prices ranging from NGN 60 million to NGN 120 million. The "best" system for your facility depends entirely on your patient volume, clinical needs, and budget.
Entry-Tier (Small Clinics/Primary Care): Focus on robust, floor-mounted CR or basic DR systems like the Carestream Vita Flex CR or Fuji FDR Smart X. Key specs are reliability and ease of use. Price range: NGN 25M - 45M.
Mid-Tier (General Hospitals/Diagnostic Centres): Require versatile floor-mounted DR systems with high-frequency generators (50-65kW) and good quality detectors. Models like the Siemens Multix Select DR or GE Optima XR220amx are excellent choices. Key specs are throughput, image quality, and advanced software options. Price range: NGN 50M - 90M.
Advanced-Tier (Teaching/Tertiary Hospitals): Need high-performance, ceiling-mounted or robotic systems with dual detectors and advanced applications like image stitching. The Siemens Ysio Max or Philips DigitalDiagnost C90 fit this profile. Key specs are versatility for complex exams, automation, and low-dose technology. Price range: NGN 90M - 150M+.
How to match tier to workload:
A comparison of Digital X-Ray models in Nigeria reveals a trade-off between cost, throughput, and features, with entry-level systems like the Fuji FDR Smart X being ideal for clinics, mid-range systems like the Siemens Multix Select DR serving general hospitals, and advanced systems like the GE Definium series meeting the demands of tertiary centres. Your choice should be guided by patient volume, available space, power stability, and budget.
| Tier | Best for | Key Specs | Lead-time | Maintenance | Power Needs |
|---|---|---|---|---|---|
| Entry | Private Clinics, Primary Care | 32-40kW generator, single detector, basic software | 6-10 weeks | Basic annual PM | 10-15kVA UPS |
| Mid | General Hospitals, Diagnostic Centres | 50-65kW generator, high-res detector, auto-positioning | 8-14 weeks | Comprehensive SLA | 15-20kVA UPS |
| Advanced | Teaching Hospitals, Specialist Centres | 80kW+ generator, dual detectors, robotic arm, advanced software | 12-20 weeks | OEM-direct SLA | 25-30kVA UPS |
The best Digital X-Ray brands in Nigeria, known for their reliability, image quality, and available local support, are Siemens Healthineers, GE Healthcare, and Philips. These brands have an established presence, meaning better access to trained engineers and genuine spare parts. For example, Siemens' Multix series is renowned for its durability in high-workload environments, while GE's Optima and Definium series are praised for their user-friendly interfaces and advanced imaging capabilities. Carestream and Fuji are also strong contenders, particularly in the CR and entry-level DR space, offering excellent value and robust performance. The best brand for you is one that has a competent, responsive technical partner in your region.
A price list for Digital X-Ray systems in Nigeria is based on ranges, as final costs are highly variable. You can expect the following tiers:
When you receive a range-based quote, it typically covers the core equipment from the factory. You must clarify if it includes shipping, customs duties (which can be 10-20%), NNRA fees, installation, a UPS, and training, as these can add 25-40% to the base price. For example, a system quoted at NGN 40M might have a final landed and installed cost of NGN 55M. Always account for fluctuations in the NGN/USD exchange rate between the quote date and payment date, as most equipment is priced in foreign currency.
The five most decisive specifications for a Digital X-Ray system are the generator power (kW), detector type and size, software capabilities, and system configuration (e.g., floor-mounted vs. ceiling-mounted).
A standard Digital X-Ray installation in Nigeria takes 5-10 working days after the site is fully prepared and costs between NGN 1.5 million and NGN 4 million, depending on system complexity. This process must be a turnkey service managed by the vendor. It begins with a site readiness assessment, where the vendor specifies power requirements (e.g., 3-phase supply, 25kVA UPS), room dimensions, and radiation shielding (lead lining) as per NNRA guidelines. Once the equipment arrives, engineers will handle mechanical assembly, electrical connections, software installation, and finally, OEM-specified calibration to ensure image quality and radiation dose accuracy. The process concludes with application training for your radiographers and handover of all documentation.
Franance manages your entire Digital X-Ray project, from site preparation and power audits to final calibration and NNRA certification, ensuring a seamless, compliant, and on-schedule installation.
Delivery of a Digital X-Ray system to a Nigerian facility takes between 8 and 16 weeks from the date of payment confirmation, with costs for freight, customs, and local transport adding 15-30% to the equipment price. The process involves securing import permits, sea or air freight from the country of origin, customs clearance at a Nigerian port (e.g., Apapa, Onne), and secure inland transportation to your hospital. Each step carries risks, from shipping damage to customs delays. It is crucial that your supplier manages this entire process and has comprehensive Goods-in-Transit insurance that covers the equipment's full value until it is safely delivered to your premises.
A standard warranty for a new Digital X-Ray system in Nigeria is 12 months, covering parts and labour, while refurbished systems typically come with a 6-month warranty. Service options range from basic break-fix support to comprehensive Service Level Agreements (SLAs) that cost 5-10% of the equipment value annually. An OEM warranty is backed by the manufacturer, while a vendor warranty is backed by the local supplier; the former is generally more reliable. A strong SLA should guarantee a 24-48 hour engineer response time, include two preventive maintenance visits per year, and offer remote diagnostic support to resolve software issues quickly. A key consideration is the supplier's local stock of critical spare parts, especially the X-ray tube and detector, to minimise downtime.
Professionally refurbished Digital X-Ray systems in Nigeria are available for NGN 20 million to NGN 60 million, offering a 40-60% saving compared to new units. These systems are typically 5-7 years old and sourced from facilities in Europe or North America. The quality depends entirely on the refurbishment process. A top-grade refurbishment (Grade A) involves complete disassembly, replacement of all high-wear parts (like bearings and cables), a new or low-usage X-ray tube, professional repainting, and calibration to original manufacturer specifications. Always demand a detailed report of the work done and the age of critical components before purchase.
To verify an original Digital X-Ray system, you must validate the serial number directly with the manufacturer (e.g., Siemens, GE) and purchase only from their officially authorised distributors in Nigeria. Counterfeit or "grey market" systems are a significant risk. Red flags include an unusually low price, a supplier who is not listed on the OEM's official website, missing documentation, or physical signs of poor refurbishment like mismatched paint or damaged labels. Always inspect the system's data plate for the serial number and model number, and send a picture of it to the manufacturer's regional office for verification before final payment.
Essential accessories for a Digital X-Ray system include a DICOM-compliant diagnostic monitor, a medical-grade printer, lead aprons, patient positioning aids, and a workstation, which can add NGN 3 million to NGN 8 million to the total cost. Consumables are minimal for DR systems but include items like printer film/paper and cleaning supplies. It is most cost-effective to bundle these accessories with the main unit purchase. This ensures compatibility, a single point of contact for support, and often a better price than sourcing them individually. Ensure your quote includes at least two lead aprons, a set of positioning sponges, and a high-resolution (2MP or 3MP) monitor for the radiographer's workstation.
A typical floor-mounted Digital X-Ray system requires a dedicated 3-phase, 415V power supply and draws between 15kVA and 40kVA of power. Due to the unstable public power grid in Nigeria, a pure sine wave online Uninterruptible Power Supply (UPS) and a robust voltage stabilizer are mandatory, not optional. The UPS must be sized to handle the peak power draw of the X-ray generator during exposure. For a 50kW generator, a 25-30kVA UPS is recommended. Proper electrical earthing (grounding) is also a critical safety and operational requirement that must be verified by a qualified engineer during site preparation to protect the sensitive electronics from power surges.
Compliance for Digital X-Ray systems in Nigeria is mandatory and involves multiple agencies: the Nigerian Nuclear Regulatory Authority (NNRA) for radiation safety licensing, the Standards Organisation of Nigeria (SON) for equipment quality certification (SONCAP), and sometimes the National Agency for Food and Drug Administration and Control (NAFDAC) for specific medical device registration. Your facility must apply to the NNRA for a license to import and operate the equipment, which requires a designated Radiation Safety Officer (RSO) and a shielded room. The vendor should provide all necessary documentation, including a certificate of conformity and radiation leakage reports, to support your application.
Financing for Digital X-Ray systems in Nigeria is available through commercial bank loans, specialised asset leasing companies, and integrated procurement partners like Franance. Bank loans typically require 20-30% equity contribution, significant collateral, and have interest rates of 20-28%, with an approval timeline of 2-4 months. Leasing offers lower upfront costs and fixed monthly payments over 2-4 years, but the total cost may be higher. Franance provides tailored financing and leasing solutions with faster approval times (2-4 weeks) and a better understanding of the medical equipment lifecycle, bundling the cost of the asset, installation, and service into a single predictable payment plan.
The total cost of ownership (TCO) for a Digital X-Ray system in Nigeria over five years is typically 1.5 to 2 times the initial purchase price. A system purchased for NGN 40 million will likely cost NGN 60-80 million to own and operate over five years. This includes the initial capital outlay plus operational costs like electricity, annual service contracts (5-10% of equipment cost post-warranty), spare parts (especially potential X-ray tube or detector replacement, which can cost NGN 8-15 million), staff training, and regulatory compliance fees. Choosing a reliable brand with good local support and investing in a robust UPS can significantly lower your TCO by reducing downtime and expensive repairs.
Tertiary hospitals require high-throughput, versatile systems like ceiling-mounted or floor-mounted dual-detector DR systems from brands like Siemens (e.g., Ysio Max) or GE (e.g., Definium series). Key specifications include an 80kW generator for bariatric imaging, automated positioning features to speed up workflow, and advanced software like image stitching for orthopedics and tomosynthesis. These systems are built for 24/7 operation and complex diagnostic tasks.
Private clinics and diagnostic centres benefit most from cost-effective, reliable floor-mounted single-detector DR or high-end CR systems. Models like the Carestream DRX-Compass or Fuji FDR Smart X offer an excellent balance of image quality, reliability, and a smaller footprint. A 50-65kW generator is typically sufficient, and the focus should be on systems with a user-friendly interface and low total cost of ownership.
NGOs and mobile clinics need rugged, portable, or battery-powered DR systems designed for harsh environments. Models like the MinXray TR90BH or portable DR panels from manufacturers like Varex are ideal due to their durability, low weight, and ability to operate in areas with unstable or no grid power. These systems often feature drop-resistant detectors and simplified software for rapid field deployment, crucial for public health screenings like tuberculosis programs.
Emergency rooms, operating theatres, and ICUs require mobile X-ray units for bedside imaging. Compact, battery-powered mobile DR units like the GE Optima XR220amx or the Siemens Mobilett Elara Max are essential. They provide instant images at the point of care, are easy to maneuver in crowded spaces, and have features like collapsible columns for better visibility while driving. For real-time surgical imaging, mobile C-arms like the GE OEC series or Siemens Cios are the industry standard.
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A new digital X-ray machine in Nigeria costs between NGN 25 million and NGN 70 million. A floor-mounted system like the Carestream DRX-Ascend typically falls in the NGN 25-40 million range. High-performance, ceiling-suspended units such as the Siemens Ysio Max can exceed NGN 60 million. The final price depends on the detector type, software features, and included warranties. Always get a detailed quote covering installation and training.
You can buy digital X-ray systems from authorized distributors of major brands like GE, Siemens, Philips, and Carestream located in Lagos. For example, their local partners supply models like the GE Optima XR240amx. It is crucial to verify their authorization to ensure you receive genuine products, valid warranties, and qualified after-sales support. Avoid grey market importers who cannot provide manufacturer-backed service.
The best brands are those with strong local support in Nigeria, including GE, Siemens, Philips, and Carestream. A GE Optima system is known for its durability in high-workload environments common in Lagos or Abuja. Siemens' Ysio models offer advanced imaging features. Your choice should prioritize the availability of trained engineers and spare parts locally over minor feature differences, ensuring minimal downtime for your facility.
A digital X-ray system requires a dedicated 3-phase, 415V power line with a 63-100 Ampere rating. For instance, the Philips DigitalDiagnost C90 specifies a stable 3-phase supply. Due to inconsistent power in Nigeria, you must install a minimum 40 kVA UPS and a servo stabilizer to protect the high-frequency generator and digital detector. A pre-installation site inspection by the vendor's engineer is non-negotiable.
Installation typically takes 7 to 14 days from equipment delivery to first patient scan. This includes 2-3 days for mechanical assembly of units like the Siemens Multix Impact, 2 days for electrical connections and cabling, 2 days for calibration and quality assurance tests, and 2-3 days for radiographer applications training. Delays often arise from incomplete room preparation, so ensure all electrical and civil work is finished beforehand.
A refurbished unit can be a good option if purchased from a reputable vendor who provides at least a 12-month warranty. A professionally refurbished GE Discovery XR656, for example, can cost 40-50% less than a new one. Ensure the vendor replaces the X-ray tube and detector if they are near their end-of-life. Ask for the refurbishment report and confirm the availability of spare parts and local engineering support before committing.
You can secure financing through asset financing from commercial banks or specialized healthcare lenders like Franance. Franance connects you to lenders offering lease-to-own plans over 24-48 months, making a system like a Carestream DRX-Evolution Plus affordable. This preserves your capital for operational costs. Prepare your CAC registration, business plan, and 12-month bank statements for a faster application process.
You must obtain a license to operate from the Nigerian Nuclear Regulatory Authority (NNRA) before using any digital X-ray system. The process involves submitting your facility's radiation safety plan, proof of room shielding (lead lining), and details of your Radiation Safety Officer (RSO). The NNRA will conduct an inspection to verify compliance. Operating a system like a GE Optima XR220amw without this license is illegal and unsafe.
Choose a supplier who is the manufacturer's authorized distributor and has a team of factory-trained engineers in Nigeria. Ask for reference sites in cities like Port Harcourt or Kano where they have installed a similar model, such as the Philips DigitalDiagnost. Verify they stock critical spare parts locally, like detectors and X-ray tubes. A reliable supplier offers a comprehensive service contract, not just a sales transaction.
A digital X-ray system requires bi-annual preventive maintenance and daily quality control checks. The preventive service includes cleaning the detector, checking tube calibration, and inspecting mechanical components of a system like the Siemens Ysio Max. Daily checks involve taking phantom images to ensure consistent image quality. A comprehensive service contract covering parts and labour is essential to prevent costly, unexpected repairs.
DR (Direct Radiography) systems have a built-in flat-panel detector that produces an image in 3-5 seconds. CR (Computed Radiography) uses a separate cassette that must be processed in a reader, taking 1-2 minutes. A DR system like the Carestream DRX-Compass offers significantly higher patient throughput, lower radiation dose, and better image quality, making it the standard for modern facilities in Nigeria.
A standard digital X-ray room requires a minimum of 18 square meters (e.g., 4m x 4.5m). This accommodates the X-ray system, patient table, and allows for safe movement. For a ceiling-suspended unit like the Siemens Ysio Max, a ceiling height of at least 2.9 meters is necessary. You also need a separate, shielded control room of about 6 square meters for the operator's console.
The most common issue is digital detector failure or image artifacts caused by power surges and unstable voltage. Facilities without a dedicated, high-capacity UPS (40 kVA or more) for their GE Optima or Philips DigitalDiagnost systems experience this frequently. Another common problem is software glitches, which can often be resolved remotely by the supplier's support team if a stable internet connection is available.
You can reduce dose by using the system's Dose Area Product (DAP) meter and following ALARA (As Low As Reasonably Achievable) principles. Modern systems like the Philips DigitalDiagnost C90 have features like automated exposure control (AEC) and copper filters that optimize dose for each patient. Regular quality assurance tests ensure the system is calibrated correctly, preventing unnecessary radiation exposure.
Yes, you need a SONCAP (Standards Organisation of Nigeria Conformity Assessment Programme) certificate to import a new or used digital X-ray machine into Nigeria. Your supplier must initiate this process in the country of origin before shipment. The certificate ensures the equipment, such as a Carestream DRX-Ascend, meets minimum safety and quality standards. Clearing customs at Apapa port without it is impossible.
A digital X-ray detector typically has a lifespan of 7-10 years or around 100,000 to 150,000 exposures, whichever comes first. Its longevity is heavily dependent on the operating environment. In Nigeria, factors like high humidity and power fluctuations can shorten this lifespan. Protecting the detector in a system like the Siemens Multix Impact with proper climate control and a UPS is critical to maximizing your investment.
Yes, you can upgrade an analog system to digital using a DR retrofit kit. This involves replacing the film cassette tray with a wireless or tethered digital detector, like a Carestream DRX-1. The cost is typically NGN 10-18 million, making it a cost-effective way to go digital without replacing your entire X-ray room. It's a viable option if your existing generator and tube are still in good condition.
The supplier must provide at least 3-5 days of on-site applications training for your radiographers. This training covers the specific software and advanced features of your new machine, for example, the tomosynthesis capabilities on a Siemens Ysio Max. It is different from basic radiography training. Ensure this is explicitly included in your purchase contract, as inadequate training leads to underutilization of the system's capabilities.
A PACS (Picture Archiving and Communication System) archives the images from your digital X-ray machine and distributes them across the hospital's network. When a radiographer captures an image on a GE Optima XR240amx, it is sent via DICOM protocol to the PACS server. Radiologists can then view and report on these images from any workstation, improving workflow efficiency and eliminating the need for physical film.
The most affordable new digital X-ray systems are typically DR retrofit kits or basic floor-mounted units, with prices starting around NGN 22-28 million. Brands like Carestream offer entry-level DR systems, such as the DRX-Ascend, that provide core digital functionality without the advanced features of premium models. While cheaper, ensure the supplier has reliable local support in Nigeria to avoid long-term operational issues.
Leasing is often better for new or growing facilities in Nigeria as it requires less upfront capital. A lease-to-own plan for a Philips DigitalDiagnost, facilitated by a company like Franance, spreads the cost over 3-5 years and often includes maintenance. Buying is better for established hospitals with available capital, as the total cost of ownership is lower. Leasing helps you acquire advanced technology sooner and manage cash flow effectively.
You must ensure the room has adequate lead shielding (typically 2mm lead equivalent), a dedicated 3-phase power supply with a UPS, and proper structural support for the equipment. For a ceiling-suspended unit like the GE Optima XR646 HD, the ceiling must be reinforced to handle its weight. The supplier will provide a detailed room layout and pre-installation checklist which you must complete before the system arrives.
You should expect a minimum 12-month comprehensive warranty covering all parts and labour. For high-end systems like a Siemens Ysio Max, some suppliers may offer a 24-month warranty. Critically, ensure the warranty covers the most expensive components: the digital detector and the X-ray tube. Clarify the response time for service calls in your service level agreement (SLA) before signing the contract.
Yes, but only with a correctly sized generator and a high-quality online UPS. The generator must have an output of at least 60-80 kVA to handle the peak power draw during exposure. The UPS (minimum 40 kVA) is essential to condition the power from the generator, protecting the sensitive electronics in a system like the Carestream DRX-Evolution Plus from voltage fluctuations that can cause immediate damage.
Image noise is often caused by incorrect exposure factors (low mAs or kVp), detector calibration issues, or electronic interference from poor power quality. First, check if your radiographers are using the correct, pre-programmed protocols for the exam. If the problem persists on a system like a GE Optima, it requires a service engineer to run detector calibration and check the power line for interference.
Stitching software automatically combines multiple X-ray images to create a single, long image of the spine or legs. This feature, available on systems like the Siemens Multix Impact, is essential for orthopedic and scoliosis studies. The software aligns the individual images seamlessly, providing a complete anatomical view that is impossible to achieve with a single exposure, which is critical for accurate surgical planning.
Verify a supplier by requesting their Certificate of Incorporation from CAC and proof of authorization from the equipment manufacturer (e.g., a distributor certificate from Philips or GE). Ask for a list of at least three Nigerian hospitals where they have installed similar equipment and call those facilities for a reference. A legitimate supplier will readily provide these documents and references.
A mobile digital X-ray is a compact, wheeled unit used for imaging patients who cannot be moved to the radiology department, such as in the ICU, emergency room, or operating theatre. Models like the Carestream DRX-Revolution or GE Optima XR220amw are battery-powered and feature a wireless detector, allowing for immediate image acquisition and viewing at the bedside, which is critical for timely diagnosis in emergency situations.
While NAFDAC regulates medical devices, the primary regulatory body for the operational safety of radiation-emitting equipment like digital X-ray machines is the NNRA (Nigerian Nuclear Regulatory Authority). You must register your device with NAFDAC upon importation, but the NNRA provides the crucial license to operate, focusing on radiation protection for staff and patients. Both are required for full compliance.
To get an accurate quote, first define your clinical needs: patient volume, required exams (e.g., general radiography, orthopedics), and budget. Then, contact the authorized Nigerian distributors for brands like Siemens, GE, or Carestream directly. Provide them with your specifications to receive a detailed proposal for a suitable model, such as a Carestream DRX-Compass, including costs for installation, training, and a service contract.