Remote Radiology Services
Installation teams in Lagos, Abuja, PH & Kano
Certified biomedical engineers & calibration
Pricing, lead-times & compliance in 24 hours
Tele-Radiology Reporting is a service and technology platform that allows your facility to electronically send patient medical images—like X-rays, CT scans, and MRIs—to a qualified radiologist at a different location for interpretation and diagnosis. It is used by radiologists, referring physicians, and hospital administrators to solve the critical shortage of specialist radiologists in Nigeria, providing 24/7 access to expert reports, reducing patient wait times, and improving diagnostic accuracy. This service directly impacts patient outcomes by enabling faster, more informed treatment decisions, especially for emergency cases or in remote locations where a radiologist is not physically present.
Service pricing is structured in bands: entry-level pay-per-study models cost NGN 5,000 - NGN 15,000 per report, mid-tier subscriptions for dedicated platforms range from NGN 1.5 million - NGN 5 million annually, and advanced, fully integrated on-premise or hybrid PACS/RIS solutions for large hospitals start from NGN 10 million to over NGN 50 million. The final price is driven by the volume of studies, required turnaround time (TAT), number and type of modalities (CT, MRI, X-ray), complexity of integration with your existing Hospital Information System (HIS), data storage needs, and the level of the Service Level Agreement (SLA). Foreign exchange rates heavily impact subscriptions with international providers, while local solutions offer more predictable Naira-based pricing.
Your quote should clearly itemise platform license or subscription fees, per-study costs (if applicable), integration charges, training fees, and data archiving costs. Insist on transparent payment terms and clarity on what triggers additional charges.
For a detailed quote tailored to your facility's specific needs and volume, contact Franance.
The cheapest options are basic, international pay-per-study services, which can cost between NGN 5,000 and NGN 10,000 per report, often with no upfront software or hardware costs. These services typically use simple web upload portals. However, the hidden costs are significant: they often lack robust security, putting you at risk of violating NDPR, offer no integration with your local systems leading to inefficient manual workflows, and have slow or unguaranteed report turnaround times. Be wary of "free" platforms, as your facility and patient data may be compromised. The warranty is non-existent; it's a transactional service with limited support.
For a secure, compliant, and cost-effective solution, contact Franance for a vetted entry-level package.
An affordable solution is a bundled package that includes a secure, cloud-based mini-PACS, a predictable annual subscription fee, and guaranteed turnaround times, typically costing NGN 2 million - NGN 6 million per year for a small to medium-sized facility. This approach provides the best value by bundling the core software, basic integration, user training, and technical support. This model drastically reduces the hidden costs of workflow inefficiency and potential data breaches associated with cheaper, non-integrated options. A facility processing 50 advanced studies (CT/MRI) a month can save over 200 man-hours a year in administrative tasks by moving from a manual upload system to an integrated one, directly improving profitability.
Contact Franance to explore affordable, high-value teleradiology bundles.
This comparison is best framed as On-Premise vs. Cloud-Based solutions. A new, on-premise system (server hardware + software licenses) has a high upfront cost of NGN 10 million - NGN 50+ million, similar to buying a new physical asset. A cloud-based subscription service has a low entry cost, often with zero upfront capital expenditure beyond setup fees, making it comparable to a "refurbished" or leased model with annual fees from NGN 1.5 million - NGN 5 million.
| Feature | On-Premise Solution ("New") | Cloud-Based Solution ("Refurbished" Cost Model) |
|---|---|---|
| Upfront Cost | High (NGN 10M - 50M+) | Low (NGN 0 - 2M setup fee) |
| Ongoing Cost | Lower (Annual maintenance, IT staff) | Higher (Predictable monthly/annual subscription) |
| Data Control | Full control, data stored locally | Vendor-managed, data in the cloud (verify location) |
| IT Overhead | High (Requires dedicated servers, power, cooling, IT staff) | Very Low (Vendor manages all infrastructure) |
| Scalability | Difficult and expensive | Easy and fast to scale up or down |
| Implementation | Weeks to months | Days to a few weeks |
Contact Franance to analyse which model offers a better lifecycle cost for your facility.
Contact Franance today for a comprehensive, no-obligation quote on a teleradiology solution matched to your clinical needs and budget.
You can procure Tele-Radiology Reporting services from three main sources: dedicated teleradiology providers with operations in Nigeria, major medical equipment vendors (like GE, Siemens, Philips) who bundle it with their imaging equipment, and specialised healthcare IT integrators. Key hubs for these suppliers are Lagos, Abuja, and Port Harcourt. The most critical step is verification. Before engaging any supplier, you must verify their corporate registration with the CAC, their data security protocols (NDPR compliance is non-negotiable), the credentials of their radiologist panel (MDCN registration), and their technical support infrastructure. Franance pre-qualifies all partners through a rigorous workflow that includes checking technical certifications, financial stability, and client references to ensure you only deal with credible, compliant providers.
Contact Franance to connect with a verified teleradiology supplier in Nigeria.
Franance provides access to a network of pre-vetted, high-quality teleradiology suppliers, ensuring your facility connects with a partner that is technically competent, financially stable, and fully compliant with Nigerian regulations. We manage the entire procurement process, from needs assessment and vendor selection to SLA negotiation and implementation oversight, mitigating your risk and saving you valuable time.
The best teleradiology solutions are those that match your facility's specific clinical needs, volume, and budget. For tertiary hospitals, top-tier platforms like Philips IntelliSpace Portal or Siemens Syngo.via offer advanced visualisation and AI tools, with prices starting from NGN 20 million for integrated solutions. For private diagnostic centres, a cloud-based RIS/PACS like RamSoft PowerServer or Carestream Vue offers the best balance of features and cost-effectiveness, with annual subscriptions from NGN 3 million - NGN 8 million. For smaller clinics or NGOs, a secure, straightforward pay-per-study service from a reputable local provider is the most practical and best choice.
The key is to focus on outcome-moving features for your tier: for emergency centres, the best spec is a guaranteed <30-minute STAT TAT; for oncology centres, it's access to sub-specialist oncologic radiologists.
Comparing models involves evaluating pay-per-study, cloud subscription, and on-premise licensed software against your facility's operational and financial realities. Pay-per-study offers the lowest entry barrier but is inefficient at scale. Cloud subscriptions provide excellent scalability and low IT overhead. On-premise solutions give you maximum control but require significant capital investment and IT expertise.
| Tier | Best for | Key Specs | Lead-time | Maintenance | Power Needs (Local End) |
|---|---|---|---|---|---|
| Entry (Pay-per-study) | Small clinics, NGOs, low-volume sites | Web-based DICOM upload, NDPR compliant, 12-24hr TAT | 1-3 days | User-managed | Stable internet, PC with UPS |
| Mid (Cloud Subscription) | Diagnostic centres, private hospitals | Cloud RIS/PACS, HL7 integration, <4hr TAT, 99.5% uptime SLA | 2-4 weeks | Vendor-managed | Reliable internet (fibre/VSAT), network switch, UPS |
| Advanced (On-Premise) | Tertiary/Teaching hospitals | On-premise server, full HIS/EMR integration, advanced tools (AI), <1hr STAT TAT | 2-4 months | In-house IT + vendor support contract | Dedicated server room, enterprise UPS, generator |
The best "brands" are a mix of international technology platforms and reputable local service providers who use them. For technology, platforms from RamSoft (PowerServer), Carestream (Vue PACS), and Agfa HealthCare are renowned for their reliability and scalability in the Nigerian context. For high-end, integrated solutions often bundled with equipment, GE Healthcare (Centricity), Siemens Healthineers (Syngo.via), and Philips (IntelliSpace) are the undisputed leaders, offering robust service and support networks in Nigeria. The best choice combines a world-class technology platform with a provider that guarantees NDPR compliance, MDCN-certified radiologists, and local technical support.
A formal price list is uncommon as services are tailored, but pricing falls into predictable ranges.
When reading a quote, look beyond the headline number. A low per-study cost might hide expensive integration fees. A high subscription fee might include unlimited support and storage, offering better long-term value. Always factor in the impact of FX fluctuations for USD-denominated services, customs duties for any imported hardware (servers), and local logistics costs.
The most decisive specifications are not about software features but about service delivery and compliance.
Installation, or implementation, is a 2 to 6-week process for cloud solutions and can take 2 to 4 months for on-premise systems. The process involves a turnkey approach: a site readiness assessment (network, power), configuration of a secure gateway to connect your imaging equipment to the platform, integration with your patient management system, and comprehensive training for your radiographers, doctors, and admin staff. "Calibration" in this context refers to testing and validating the entire workflow—from order entry to report delivery—to ensure it is seamless, accurate, and error-free before going live. Costs for implementation can range from NGN 500,000 to over NGN 5 million, depending on complexity.
Franance manages the entire turnkey implementation process, from network assessment to user training and go-live support, ensuring your teleradiology service is operational on time and within budget.
For cloud-based services, "delivery" is near-instantaneous, involving the provisioning of user accounts and remote configuration, typically taking 1-3 business days. For on-premise solutions requiring servers, delivery timelines are 6-12 weeks. This involves international freight, customs clearance at the port (Apapa or Onne), and secure inland logistics to your facility. You must account for potential delays in customs and ensure the supplier has experience navigating this process. All hardware shipments must be fully insured door-to-door. The supplier should handle all import permits and customs documentation as part of a turnkey solution.
Warranty for teleradiology is defined by the Service Level Agreement (SLA), not a hardware warranty. The SLA is your guarantee of service quality. It should cover platform uptime (e.g., 99.5%), report turnaround times, and technical support response times (e.g., <15 minutes for critical issues). A strong SLA will include financial penalties or service credits for the provider if they fail to meet these terms. Differentiate between the platform provider's SLA and the local partner's support capability. You need a local partner who can provide immediate first-line support, especially for issues with the local network or gateway connecting you to the cloud.
The concept of "refurbished" in teleradiology applies to the on-premise hardware (servers, networking gear) required for some solutions. You can procure high-quality, refurbished enterprise servers from brands like Dell or HP for NGN 1.5 million - NGN 4 million, which is 40-60% less than the cost of new hardware. When considering this route, you must ensure the hardware is certified by the teleradiology software vendor to run their platform effectively. The server must come from a reputable supplier who provides at least a 1-year warranty and a detailed inspection report. This is a viable cost-saving measure for on-premise or hybrid solutions, but it is not applicable to pure cloud-based services.
The risk here is not a "fake" platform but an insecure, non-compliant one that exposes you to massive data breach liabilities and provides poor clinical quality. A "fake" or dangerous service is one that is not NDPR compliant, uses unlicensed radiologists, and operates on a non-secure platform. To verify authenticity, demand to see the provider's NDPR audit certificate, ask for the MDCN registration numbers of their lead radiologists, and request a live demo of their platform. Red flags include providers who cannot produce compliance documentation, are vague about data security measures, or offer prices that are drastically lower than the market average.
The primary "accessory" for teleradiology is a reliable, high-speed internet connection (fibre optic or VSAT). Other essential accessories include a robust power backup system (UPS/inverter) for your network equipment and workstations, and diagnostic-grade monitors for your referring physicians to view images properly. While there are no "consumables" in the traditional sense, you should consider data storage and internet bandwidth as ongoing operational costs. It is highly strategic to bundle the procurement of a suitable UPS and diagnostic monitor with your main teleradiology service contract to ensure compatibility and a single point of contact for support.
The service itself is cloud-based, but the equipment at your facility—the imaging modality (CT/MRI), the network router, and the gateway computer that sends the images—requires a stable and continuous power supply. You must have a multi-layered power solution: a dedicated, pure sine wave UPS (minimum 2-3 kVA) for the network and gateway hardware to protect against surges and provide instant backup. This must be supported by a reliable generator or a larger inverter system for prolonged outages. Proper electrical earthing for all connected equipment is mandatory to prevent damage. An unstable power supply is the most common reason for failed image transmissions in Nigeria.
You must comply with regulations from two primary bodies: the Nigeria Data Protection Commission (NDPC) and the Medical and Dental Council of Nigeria (MDCN). Your service provider must be NDPR compliant, which governs how you collect, store, and process sensitive patient data. Secondly, the reports must be signed by radiologists who are licensed to practice by the MDCN. While SON and NAFDAC regulate physical medical devices, their direct oversight on pure software-as-a-service is less defined, but NDPC and MDCN compliance is non-negotiable and represents your biggest legal and operational risk. Maintain a compliance dossier with all relevant certificates and licenses.
Financing is primarily available for solutions with an upfront cost, such as on-premise licenses or bundled hardware. Options include traditional bank loans, asset leasing, or specialised financing from partners like Franance. Banks will typically require a 20-30% equity contribution and collateral, with interest rates between 20-28% and approval timelines of 4-8 weeks. Leasing is a faster option with less collateral required, ideal for acquiring necessary hardware like servers or UPS systems. For subscription-based services, financing can cover the first year's annual fee to ease cash flow. NGO funding often has specific grant cycles and procurement requirements that must be followed.
The Total Cost of Ownership (TCO) over 3-5 years is the most accurate measure of a teleradiology solution's cost. For a cloud-based subscription at NGN 3 million/year, the 3-year TCO is not just NGN 9 million. You must add the costs of reliable internet (NGN 600k/year), power backup maintenance (NGN 100k/year), and staff time for administration. This brings the true 3-year TCO closer to NGN 11.1 million. An on-premise solution with a NGN 15 million upfront cost might have a lower TCO over 5 years once you factor in lower annual fees, but it requires a significant initial cash outlay.
Tertiary hospitals require high-volume, fully integrated teleradiology solutions with sub-specialty coverage. The best option is an on-premise or hybrid-cloud RIS/PACS platform, such as Siemens Syngo.via or Philips IntelliSpace, which integrates directly with the hospital's EMR and supports teaching files and research workflows. Key specifications are 24/7 access to sub-specialists (neuroradiology, paediatric, MSK), a robust critical findings notification system, and an SLA that guarantees STAT reports in under 30 minutes.
Private diagnostic centres thrive on speed, reliability, and cost-effectiveness. The ideal solution is a secure, cloud-based RIS/PACS subscription model, like those offered by RamSoft or Carestream. This requires minimal upfront investment, offers predictable monthly or annual costs (NGN 200k - 600k/month), and provides fast turnaround times (2-4 hours for routine cases) which is a key competitive advantage. The platform must be user-friendly for a small, multi-tasking team.
NGO and mobile health programs need a teleradiology solution that is simple, durable, and works in low-bandwidth environments. The best choice is a web-based, pay-per-study platform that is easy to deploy and requires minimal training. The system should have features like image compression to work over mobile data networks and an offline-sync capability. Affordability and data security (NDPR compliance) are paramount to protect vulnerable patient populations and meet donor requirements.
For emergency departments, operating theatres, and ICUs, the only acceptable teleradiology solution is one that provides 24/7/365 access to immediate, STAT reporting. The defining specification is a financially-backed SLA guaranteeing a report turnaround time of 30 minutes or less. The platform must include a foolproof critical findings alert system that notifies the referring physician by SMS and phone call to ensure life-threatening diagnoses are never missed. Reliability and speed are non-negotiable.
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A complete tele-radiology setup costs between NGN 8 million and NGN 30 million. This includes a PACS server like the GE Centricity Universal Viewer, two diagnostic monitors such as the EIZO RadiForce RX660, a radiologist workstation, and software. The final price depends on the number of modalities (CT, MRI) you need to connect and the level of software customisation required for your facility in Lagos or Abuja.
A medical-grade diagnostic monitor costs between NGN 1.5 million and NGN 4 million. For example, a 5-megapixel Barco Nio G5 for mammography is at the higher end, while a 3-megapixel EIZO RadiForce RX360 for general radiology is more mid-range. Ensure your supplier provides SON conformity documents, as this is a requirement for medical device importation.
Yes, there are affordable options starting from NGN 2 million to NGN 5 million for a basic license. Cloud-based solutions like Ambra Health or local providers often offer subscription models, reducing upfront costs. These platforms provide core functionalities like DICOM viewing and reporting, making them suitable for clinics with lower patient volume compared to a full-scale Philips IntelliSpace Portal installation.
You can finance a PACS server through asset financing from Nigerian banks or specialised healthcare financing companies. For instance, Franance offers tailored leasing and loan options specifically for medical equipment. This allows you to acquire a system like the Siemens Syngo.via without a large upfront capital expenditure, spreading the cost over 24 to 48 months while the system generates revenue.
You can buy certified equipment from authorised distributors of brands like GE, Philips, Siemens, and Barco. Reputable suppliers in Lagos have showrooms and service centres. Always ask for a Letter of Authorisation from the manufacturer and proof of SONCAP certification for any imported hardware, such as an EIZO RadiForce monitor, to ensure it meets Nigerian standards and is not a grey market import.
Choose a provider with a proven track record, 24/7 technical support, and radiologists certified by the MDCN. Ask for case studies from Nigerian hospitals similar to yours, like Reddington or Eko-Corp. Verify their data security protocols and ensure their platform, for example, a custom build on the ClearCanvas framework, is user-friendly for your radiographers. A service level agreement (SLA) with guaranteed report turnaround times is non-negotiable.
A radiologist's workstation requires a high-performance PC with an Intel Core i7/i9 or equivalent processor, at least 32GB of RAM, and a dedicated NVIDIA Quadro graphics card. It must be paired with dual 3MP or 5MP medical-grade monitors, like the Barco Coronis Uniti. This setup ensures smooth rendering of large DICOM datasets from a GE Optima CT680 and accurate diagnosis without lag.
You need a minimum dedicated internet speed of 20 Mbps for effective tele-radiology reporting. For a busy centre in Abuja transferring large MRI or CT studies, 50-100 Mbps is recommended to avoid bottlenecks. A stable fibre optic connection is crucial, as inconsistent speeds can delay image loading on a platform like Philips IntelliSpace Portal, affecting patient diagnosis turnaround time.
A Barco Nio G5 monitor should undergo automatic calibration daily and a full manual calibration quarterly. The built-in front sensor and QAWeb software handle the daily checks to ensure DICOM GSDF compliance. A trained biomedical engineer should perform the quarterly calibration using an external colorimeter to verify luminance and colour accuracy, which is critical for spotting subtle pathologies in mammograms.
A new PACS server offers a full warranty and the latest software, ideal for high-volume hospitals. However, a certified refurbished server from a reputable vendor can save you 30-50% and is a practical choice for a smaller clinic. Ensure the refurbished unit, like a GE Centricity PACS, comes with at least a 12-month warranty and support for integration with your existing Siemens Somatom CT scanner.
The main difference lies in their proprietary calibration and quality assurance software. Barco uses its QAWeb Enterprise platform for automated, centralised QA, while EIZO uses RadiCS. Both are top-tier brands offering excellent image quality. For example, the Barco Coronis Fusion 6MP is renowned for multi-modality viewing, whereas the EIZO RadiForce RX1270 is a leading 12MP monitor for digital pathology and mammography. Your choice depends on your workflow and existing IT ecosystem.
Leasing is better if you want to conserve capital and avoid technological obsolescence. It provides a predictable monthly expense and often includes maintenance. Buying is better for long-term ownership if you have the capital. For rapidly evolving technology like a PACS server, leasing through a provider like Franance allows you to upgrade to a newer model, such as the latest Philips IntelliSpace Portal, after 3-5 years.
Slow image transfer is usually caused by insufficient internet bandwidth or network congestion within your hospital. First, run a speed test on your dedicated line. If the speed is below the required 20 Mbps, contact your ISP. Internally, check if other activities are consuming bandwidth. Compressing large datasets from a GE Optima CT680 before sending can also help, but this must be configured correctly in your PACS to be lossless.
If your EIZO RadiForce monitor fails its automated QAWeb or RadiCS quality check, first run a full manual calibration. If it still fails, do not use it for primary diagnosis as you risk misinterpretation. Contact your supplier's biomedical engineer immediately. The issue could be a degrading backlight or a faulty sensor. The engineer will use a photometer to diagnose the problem and determine if a repair or replacement is needed.
To resolve DICOM issues, first verify the AE Title, IP address, and Port number of your CT scanner (e.g., a Siemens Somatom go.Up) and your PACS server. Perform a DICOM Echo (C-ECHO) test from the scanner's console. If it fails, check for firewall blockages or network cable faults. Mismatched DICOM transfer syntaxes can also cause failures; ensure both devices are configured to support a common syntax like JPEG Lossless.
No, the tele-radiology software and reporting workstations do not require NNRA certification. The NNRA (Nigerian Nuclear Regulatory Authority) is concerned with the ionising radiation-emitting equipment itself, such as your X-ray or CT scanner (e.g., a GE Optima CT540). Your responsibility is to ensure the primary imaging equipment holds a valid NNRA license to operate.
Imported diagnostic monitors must comply with SON's conformity assessment program (SONCAP). This means the product, like a Barco Nio 5MP, must be tested against international standards (like IEC 60601-1 for medical electrical equipment) in an accredited lab. Your supplier must provide a valid Product Certificate and SONCAP Certificate for customs clearance in Lagos, proving it meets safety and performance requirements.
A typical PACS maintenance schedule includes daily automated database backups, weekly server health checks (CPU, RAM, storage), and monthly software patch reviews. A full preventative maintenance service by a qualified engineer should be done quarterly. This involves checking server logs, verifying archive integrity, and testing disaster recovery protocols for your Philips IntelliSpace Portal to prevent data loss and downtime.
A full tele-radiology implementation takes 4 to 8 weeks. Week 1-2 involves needs assessment and network evaluation. Week 3-4 is for hardware installation, like setting up the PACS server and Barco monitors. Week 5-6 is for software configuration, DICOM integration with your GE MRI machine, and testing. The final 1-2 weeks are for training your radiographers and radiologists on the new workflow.
Three key groups need training. Radiographers must be trained on how to correctly send studies from the modality (e.g., a Mindray DC-80 ultrasound) to the PACS. Radiologists require in-depth training on the new viewing software, like the Siemens Syngo.via, and its reporting tools. Your IT staff must be trained on basic system administration, user management, and first-level troubleshooting.
A cloud-based PACS is better for facilities with limited IT staff and capital, as it eliminates the need for an on-site server and its maintenance. An on-premise server, like a GE Centricity installation, offers faster internal network speeds and more control over data, which is preferred by large teaching hospitals in Abuja or Lagos. However, it requires a significant initial investment and a dedicated IT team.
A standard PACS server requires a dedicated 15-amp power circuit connected to an uninterruptible power supply (UPS). The UPS, such as an APC Smart-UPS 3000VA, is critical in Nigeria to protect the server from power fluctuations and provide at least 30-60 minutes of runtime during an outage, allowing for a safe shutdown. The server room must also have stable air conditioning to maintain an operating temperature of 18-22°C.
Contact the official Philips Healthcare distributor in Nigeria to find certified engineers. They have field service engineers trained specifically on the IntelliSpace Portal platform who can travel to Kano. Alternatively, reputable third-party medical equipment service companies in major hubs like Lagos or Abuja often have engineers with multi-vendor training who can provide support, but always verify their certification for your specific Philips model.
The most common failure points are the graphics card and the power supply unit (PSU) due to heat and power surges. Using a high-end NVIDIA Quadro card and a medical-grade PC with robust cooling can mitigate this. The second most common issue is hard drive failure. Implementing a RAID 1 configuration (mirroring) for the operating system drive ensures the workstation remains operational even if one drive fails.
Patient scans are protected under the Nigeria Data Protection Regulation (NDPR). You must ensure all patient data transmitted via your tele-radiology system is encrypted both in transit (using VPNs or SSL/TLS) and at rest (on the PACS server). Patient consent must be obtained, and access to the PACS, such as a GE Centricity Universal Viewer, must be strictly controlled with unique user logins and audit trails to track all activity.
An annual maintenance contract typically costs 10-15% of the initial equipment purchase price. For a NGN 20 million system, expect to pay NGN 2 million to NGN 3 million per year. This contract should cover regular preventative maintenance, software updates for your Philips IntelliSpace Portal, and emergency on-site support with a guaranteed response time of 4-8 hours for critical issues.
To integrate a new Siemens Magnetom Sola MRI, you need to configure its DICOM settings to communicate with your PACS server. This involves setting up the PACS as a destination (AE Title, IP, port) on the MRI console. A DICOM integration specialist will then map the data flow, ensuring patient information from your Hospital Information System (HIS) correctly populates the study details via a DICOM Modality Worklist, preventing manual entry errors.
Standard turnaround time for routine cases is typically 12-24 hours. For emergency or stroke protocol cases, the expected TAT is much faster, ranging from 30 to 60 minutes. When selecting a tele-radiology service provider, ensure their Service Level Agreement (SLA) clearly defines these different TATs and includes penalties for non-compliance, guaranteeing timely reports for your clinicians at your Port Harcourt facility.
No, you cannot use a regular monitor for primary diagnosis. Consumer monitors lack the brightness, contrast ratio, and DICOM GSDF calibration required to display medical images accurately. Using one could lead to missed diagnoses. You must use a medical-grade monitor like an EIZO RadiForce or Barco Nio, which are specifically designed and regulated for clinical review and reporting.
To verify a supplier, ask for their official distributor certificate from Barco. You can also contact Barco directly through their international website to confirm the supplier's status as an authorised partner for Nigeria. An authorised dealer will provide proper installation, warranty service, and access to certified engineers for calibration and maintenance of your Coronis Uniti display, which a grey market importer cannot guarantee.