1.5T & 3T Magnetic Resonance Imaging
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An MRI (Magnetic Resonance Imaging) System is a non-invasive medical imaging machine that uses a powerful magnetic field and radio waves to create detailed images of organs, soft tissues, bone, and virtually all other internal body structures. Radiologists and specialized technologists operate the system to diagnose a wide range of conditions, from torn ligaments and tumours to brain and spinal cord injuries. For your facility, acquiring an MRI significantly enhances diagnostic capabilities, enabling clinicians to make more precise diagnoses, plan treatments more effectively, and improve patient outcomes without using ionizing radiation.
The price of an MRI System in Nigeria ranges from NGN 350 million for a quality refurbished 1.5T system to over NGN 2.5 billion for a new, advanced 3.0T system with specialized software packages. The final cost is driven by the magnet strength (1.5T vs 3.0T), the number and type of coils (e.g., neuro, cardiac, MSK), software licenses for advanced applications, and the brand reputation of the OEM like Siemens, GE, or Philips. Additional costs include foreign exchange fluctuations, freight and insurance, customs duties, extensive site preparation (RF shielding, magnetic containment), installation, and multi-year service contracts, which can add 20-40% to the initial equipment price. A comprehensive quote must itemize every component, from the UPS and chiller to application training and warranty terms, with clear payment milestones.
For a detailed, line-item quote tailored to your facility's needs, contact Franance.
The cheapest, safe MRI System in Nigeria is a professionally refurbished 1.5T closed-bore system from a reputable brand, with prices starting between NGN 350 million and NGN 500 million. These systems typically come with a standard set of coils (e.g., head, body, spine) and basic imaging software. However, this price often excludes critical hidden costs like RF cage construction, chiller units, a robust uninterruptible power supply (UPS), customs duties, and installation, which can add another NGN 50-150 million. The warranty on these units is also shorter, usually 6-12 months, compared to 12-24 months for new systems.
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An affordable MRI System in Nigeria is a best-value bundle that includes a new or premium-refurbished 1.5T system, turnkey installation, a correctly sized UPS and chiller, and comprehensive applications training, typically priced between NGN 700 million and NGN 1.2 billion. This bundled approach minimizes unexpected expenses and reduces project delays. Investing in a turnkey package with a reliable power solution can reduce downtime by over 30% in the first year, saving your facility millions in lost revenue and repair costs compared to a piecemeal approach where power issues can damage sensitive components.
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A new 1.5T MRI system in Nigeria typically costs between NGN 900 million and NGN 1.8 billion, while a professionally refurbished model of similar specification ranges from NGN 350 million to NGN 700 million. The primary differences are in lifecycle, warranty, and technology. New systems offer a longer operational life (10-15 years), a comprehensive 1-2 year OEM warranty, the latest software features, and faster lead times. Refurbished systems provide a lower entry cost but come with a shorter lifecycle (5-8 years), a limited 6-12 month warranty from the vendor, older software, and potentially longer lead times if the specific model needs to be sourced.
| Feature | New MRI System | Refurbished MRI System |
|---|---|---|
| Price Range (1.5T) | NGN 900M - 1.8B | NGN 350M - 700M |
| Warranty | 12-24 months (OEM) | 6-12 months (Vendor) |
| Expected Lifespan | 10-15 years | 5-8 years |
| Software | Latest version, upgradeable | Older version, often not upgradeable |
| Lead Time | 4-6 months | 5-8 months (sourcing dependent) |
| Uptime Guarantee | Typically 98-99% | Typically 95-97% |
Contact Franance to explore the best new and refurbished options for your budget.
Contact Franance today for a comprehensive, no-obligation quote for your MRI project, including equipment, installation, and financing options.
You can buy MRI Systems from authorized distributors of major brands (Siemens, GE, Philips, Canon) located primarily in Lagos, Abuja, and Port Harcourt, or through specialized medical equipment procurement companies. It is critical to verify any potential supplier's legitimacy by checking their Corporate Affairs Commission (CAC) registration, confirming they have OEM-certified biomedical engineers on staff, and requesting proof of authorization from the manufacturer. You must also ask for references from other major hospitals they have supplied in Nigeria. Franance pre-qualifies all its partner suppliers through a rigorous workflow that includes checking their engineering capacity, insurance coverage, and track record of successful installations.
Franance connects you only with verified, high-capacity suppliers to eliminate procurement risk.
Franance is a verified procurement partner that provides access to a network of pre-vetted, high-quality MRI suppliers and manages the entire acquisition process for you. We cover the entire country, with strong logistics and engineering support in Lagos, Abuja, Port Harcourt, and Kano, ensuring your project is completed to OEM standards, on time, and within budget. We handle supplier negotiation, due diligence, logistics, and project management, de-risking your investment.
The best MRI systems in Nigeria are high-field 1.5T and 3.0T models from leading brands like Siemens Healthineers, GE Healthcare, and Philips Healthcare, which offer superior image quality, robust performance in the Nigerian environment, and reliable local service support. For most diagnostic centers and hospitals, a 1.5T system like the Siemens Magnetom Altea or GE Signa Artist offers the best balance of performance and cost, with prices for a new system ranging from NGN 900 million to NGN 1.8 billion. For tertiary institutions or specialized neuro/cardiac centers, a 3.0T system like the Siemens Magnetom Vida or Philips Ingenia Elition X provides the highest resolution imaging required for advanced research and complex clinical cases.
A direct comparison shows that while entry-level 1.5T systems offer the fastest patient throughput for routine scans, advanced 3.0T systems provide superior detail for complex neurological and musculoskeletal diagnostics, but require more extensive site preparation and a higher budget. The best choice depends entirely on your facility's clinical focus, patient volume, and budget. For example, the Philips Ingenia Ambition X 1.5T is an excellent choice for sites with logistical challenges due to its fully sealed, helium-free magnet, while the Siemens Magnetom Sola 1.5T excels in workflow automation, speeding up scan times.
| Tier | Best for | Key Specs | Lead-time | Maintenance | Power Needs |
|---|---|---|---|---|---|
| Entry 1.5T | General Hospitals, Diagnostic Centers | 60cm bore, 16-32 channels | 4-6 months | Standard annual PM | 150 kVA UPS |
| Advanced 1.5T | Specialized Clinics, Mid-size Hospitals | 70cm bore, 48-64 channels, AI workflow | 5-7 months | Comprehensive SLA | 200 kVA UPS |
| Advanced 3.0T | Teaching Hospitals, Research Centers | 70cm bore, 64-128 channels, high gradient | 6-9 months | Premium OEM SLA | 250+ kVA UPS |
The best MRI brands in Nigeria are Siemens Healthineers, GE Healthcare, and Philips, due to their established track record of reliability, strong local technical support, and availability of spare parts. Siemens is renowned for its excellent image quality and innovative technologies, with models like the Magnetom series being popular choices. GE Healthcare offers robust, high-throughput systems like the Signa series, which are known for their durability. Philips stands out with patient-centric designs and innovations like the helium-free Ingenia Ambition X. Your choice should be guided by the local partner's engineering capacity and their ability to provide a swift response under a service level agreement (SLA).
An MRI System price list in Nigeria is based on ranges, as final costs depend on custom configurations, exchange rates, and logistics. A quote will typically show a base system price and then add line items for optional coils, software, and services. For example, a base 1.5T system might be NGN 800 million, but adding a cardiac package, a 16-channel breast coil, and an advanced neuro software suite could increase the price by NGN 150-300 million. Always account for a 10-15% contingency for fluctuations in the NGN/USD exchange rate and potential unforeseen costs in customs or local logistics.
The five most decisive specifications for an MRI system are magnet field strength, gradient strength, slew rate, number of channels, and bore size, as these directly impact image quality, scan time, and patient comfort. A 3.0T magnet provides double the signal-to-noise ratio of a 1.5T, enabling higher resolution images, which is critical for advanced neuro-imaging. High gradient strength (measured in mT/m) and a fast slew rate (T/m/s) allow for faster imaging and advanced applications like diffusion tensor imaging. A system with 64 channels or more can process data from specialized coils more efficiently, reducing scan times. A 70cm bore is significantly more comfortable for larger or claustrophobic patients compared to the standard 60cm bore.
A full turnkey MRI installation in Nigeria takes 8 to 16 weeks after the site is ready and costs between NGN 40 million and NGN 100 million. The process begins with a detailed site survey and the construction of a radiofrequency (RF) shielded room (Faraday cage) to prevent image artifacts. This is followed by the complex logistical feat of rigging and moving the multi-ton magnet into place. Engineers then perform power-up, cooling with liquid helium, and a multi-day process of "shimming" to homogenize the magnetic field. Final calibration is done using specialized tools (phantoms) to meet OEM specifications, followed by applications training for your staff.
Let Franance manage your entire turnkey MRI installation, from site design and RF shielding to final calibration and staff training, ensuring a seamless, on-schedule project completion.
Delivery of an MRI system to your facility in Nigeria takes 4 to 6 months for new units and 5 to 8 months for refurbished ones, with costs heavily influenced by air/sea freight rates, insurance, and customs duties. The process involves securing import permits, including a crucial authorization from the Nigerian Nuclear Regulatory Authority (NNRA). Once the system arrives at Apapa or Tin Can port, it requires specialized customs clearance and inland transportation using heavy-duty cranes and low-bed trucks. Full insurance coverage (Goods-in-Transit) is non-negotiable to protect against damage during this high-risk phase.
A standard warranty for a new MRI in Nigeria is 12-24 months, covering all parts and labour, while refurbished systems typically come with a 6-12 month warranty. Beyond the warranty, an annual comprehensive service contract costs 5-8% of the equipment's value. A strong Service Level Agreement (SLA) is critical; it should guarantee an engineer's response time (e.g., within 24 hours for a critical failure), specify a minimum uptime (e.g., 97%), and detail the availability of spare parts. Modern systems also feature remote diagnostic capabilities, allowing engineers to identify problems proactively before they cause downtime.
Refurbished 1.5T MRI systems are available in Nigeria with prices ranging from NGN 350 million to NGN 700 million, offering a cost-effective entry point for many facilities. It is essential to verify the grade of refurbishment. A top-grade, OEM-refurbished system (e.g., from Siemens' 'ecoline' or GE's 'GoldSeal' programs) is cosmetically and functionally restored to original specifications with new software and a solid warranty. Lower-grade, third-party refurbished units may only be tested and repainted. Always demand the full refurbishment report, including magnet history, coil performance tests, and a list of all replaced parts.
To verify an original MRI system, you must validate the serial number directly with the manufacturer (Siemens, GE, Philips) and ensure you are buying from an OEM-authorized distributor. Red flags for fake or grey-market equipment include an unusually low price, the absence of an official Letter of Authorization from the manufacturer, and a supplier's inability to provide a clear service history for a refurbished unit. Counterfeit parts, especially coils, are a risk; they often lack proper shielding and can produce poor-quality images or even damage the system. Always cross-reference the serial numbers on the main gantry, patient table, and major coils with the shipping documentation.
Essential accessories for an MRI system include a range of RF coils (e.g., head, spine, knee, shoulder, breast), a non-magnetic patient monitoring system (ECG, SpO2), an MRI-compatible injector for contrast media, and QA phantoms for daily checks, with costs ranging from NGN 5 million to NGN 50 million per major item. It is most cost-effective to bundle essential coils and the patient monitor with the initial system purchase. Consumables like contrast media, thermal printer paper, and patient positioning pads should be sourced from reliable local suppliers to ensure consistent availability.
An MRI system requires a highly stable, three-phase power supply, typically 400/480V, with a dedicated, isolated earth connection. Due to the unreliable grid in Nigeria, a 150-250 kVA uninterruptible power supply (UPS) and a correctly rated automatic voltage regulator (AVR) are mandatory, not optional. This setup protects the system's sensitive electronics, which can cost tens of millions of Naira to replace. You will also need a backup generator (250-350 kVA) capable of supporting the entire MRI suite, including the chiller and air conditioning, during power outages to prevent a costly magnet quench (loss of superconductivity).
To legally import and operate an MRI system in Nigeria, you must obtain permits and ensure compliance with several regulatory bodies. The Nigerian Nuclear Regulatory Authority (NNRA) is the primary regulator, providing authorization for importation and registration to operate a device that, while non-ionizing, has powerful magnetic fields. The Standards Organisation of Nigeria (SON) requires a SONCAP certificate for importation to ensure the equipment meets quality and safety standards. All medical devices must also be registered in the National Medical Device Register (NMDR), and NAFDAC may be involved in the overall registration process for medical equipment. Your supplier must have proven experience navigating this complex regulatory landscape.
Financing for an MRI system in Nigeria is available through commercial bank loans, asset leasing companies, and specialized healthcare financing partners like Franance. Bank loans typically require 20-30% equity contribution and significant collateral, with interest rates between 20-28% and an approval timeline of 2-4 months. Leasing offers an alternative with lower upfront costs, where you make periodic payments over 3-5 years. Franance provides flexible financing solutions tailored to healthcare providers, often with faster approval times and more accommodating terms than traditional banks. NGO funding may also be available through specific health program grants.
The total cost of ownership (TCO) for an MRI system in Nigeria over five years is typically 1.5 to 2 times the initial purchase price. A system purchased for NGN 800 million will likely cost NGN 1.2 to NGN 1.6 billion to own and operate over five years. This includes the initial capital outlay, site preparation (NGN 40-100M), annual service contracts after warranty (NGN 40-60M per year), electricity costs for the scanner and chiller (NGN 15-25M per year), liquid helium refills (variable, but can be NGN 10-20M), and personnel costs. Factoring in TCO is critical for creating a sustainable business model for your diagnostic service.
Tertiary and teaching hospitals require high-performance 3.0T or advanced 1.5T MRI systems to handle complex clinical cases and research. The recommended systems are the Siemens Magnetom Vida (3.0T) or GE Signa Pioneer (3.0T), which offer the highest image resolution for neurology, cardiology, and oncology. These systems support advanced applications like fMRI, spectroscopy, and tractography, which are essential for a research and training environment. They feature large 70cm bores for patient comfort and powerful gradients for fast, detailed imaging.
Private diagnostic centers and clinics thrive on efficiency and clinical versatility, making a workhorse 1.5T MRI the ideal choice. Models like the Siemens Magnetom Altea, GE Signa Artist, or Philips Ingenia Ambition X 1.5T provide an excellent balance of image quality, speed, and cost-effectiveness. These systems feature AI-powered workflow automation that reduces scan times and improves consistency, allowing for higher patient throughput. The Philips Ambition X is particularly attractive for its helium-free operation, which eliminates the risk and cost associated with helium refills.
NGOs and mobile health initiatives require robust, durable MRI systems that can withstand challenging environments and potential transport. A containerized, refurbished 1.5T system like a GE Signa Explorer or a Siemens Magnetom Espree is a practical solution. The key is to select a system with a zero-boil-off magnet to minimize helium consumption. The entire solution must be engineered for stability and include its own integrated power generation (generator) and cooling (chiller) systems, making it a self-sufficient diagnostic unit.
There are no MRI systems suitable for direct use inside an emergency room, theatre, or ICU due to the powerful magnetic field. Patients requiring an emergency MRI must be safely transported to the main MRI suite. The key requirement for emergency imaging is speed. An MRI system with rapid scanning protocols and workflow automation, such as a Siemens Magnetom Sola with BioMatrix Technology, is best suited to handle urgent cases from the ER or ICU, providing fast and accurate diagnoses for conditions like acute stroke or spinal cord injury.
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A new 1.5T MRI system in Nigeria costs between NGN 450 million and NGN 850 million. This price range covers models like the GE Signa Creator or Siemens Magnetom Altea. The final cost depends on the specific software packages, coil configurations, and installation requirements for your facility in Lagos or Abuja. Always budget an additional 15% for shipping, installation, and training.
A quality refurbished 1.5T MRI system costs between NGN 180 million and NGN 300 million in Nigeria. For example, a refurbished Siemens Magnetom Avanto or a Philips Achieva, sourced from a reputable vendor, offers excellent performance for its price. This price typically includes installation and a limited warranty, making it a viable option for facilities with constrained budgets.
You can buy MRI systems from authorized local distributors of major brands like GE Healthcare, Siemens Healthineers, and Philips Healthcare. Reputable suppliers in Lagos and Abuja provide sales, installation, and after-sales support. It is crucial to verify they are the official country partners to ensure genuine parts and manufacturer-backed warranties for systems like the GE Signa Explorer.
An MRI system requires a stable, dedicated three-phase 480V power supply, a 100-150 kVA UPS, and a backup generator. Due to inconsistent power in Nigeria, systems like the Philips Ingenia Ambition 1.5T need this robust setup to protect sensitive electronics and prevent costly downtime. A dedicated transformer and power conditioning units are non-negotiable for reliable operation.
The complete installation process for an MRI system, from site preparation to the first patient scan, takes 8 to 12 weeks. This timeline includes 4-6 weeks for room construction and RF shielding, 2 weeks for system delivery and rigging, and 2-4 weeks for calibration, testing, and applications training on a model like the Siemens Magnetom Sola. Delays often stem from site readiness issues.
A 3.0T MRI, like the GE Signa Architect, offers higher resolution for neurological and musculoskeletal imaging but is more expensive and has higher running costs. For most clinical applications in Nigeria, a 1.5T system such as the Siemens Magnetom Altea provides an excellent balance of image quality, patient throughput, and operational cost-effectiveness. The 1.5T is the workhorse for general diagnostics.
Yes, you can get financing for an MRI machine through specialized medical equipment financiers. Asset financing companies like Franance offer lease-to-own and loan options for high-value systems like a GE Signa Pioneer 3.0T. These plans typically require a 20-30% down payment and allow you to spread the remaining cost over 3-5 years, preserving your capital for other operational needs.
Annual maintenance service contracts for an MRI in Nigeria typically cost 5-8% of the equipment's purchase price. For a system like the Philips Ingenia 1.5T, this translates to NGN 25-40 million per year. This comprehensive contract usually covers cryogen refills, preventive maintenance, software updates, and emergency repairs, which is essential for maximizing uptime.
RF shielding is a copper-lined enclosure (a Faraday cage) that prevents external radio frequency signals from interfering with the MRI scanner. This is critical for producing clear, artifact-free images with a sensitive machine like the Siemens Magnetom Vida. Improper shielding is a common cause of poor image quality in Nigerian facilities, requiring expensive remediation.
For a new clinic, a high-quality refurbished MRI like a Philips Achieva 1.5T is often the better choice. It significantly lowers the initial capital investment by 40-60% compared to a new unit, allowing you to allocate funds to other critical areas. Ensure you buy from a reputable vendor who provides a strong warranty and local engineering support in cities like Port Harcourt.
Choose a supplier with a direct, verifiable partnership with the manufacturer (e.g., Siemens, GE, Philips). Ask for a list of their existing installations in Nigeria and speak to those clients about their after-sales support. A reliable supplier will have factory-trained engineers and a local inventory of spare parts, which is crucial for minimizing downtime for your MRI system.
The Nigerian Nuclear Regulatory Authority (NNRA) requires you to register your MRI facility and obtain a license to operate. This process involves submitting site plans, shielding reports, and safety protocols to ensure public and occupational safety from the strong magnetic fields. Compliance is mandatory before you can legally scan patients on any MRI system, including a GE Signa Voyager.
Modern MRI systems with zero boil-off technology, like the Philips Ingenia Ambition 1.5T X, rarely need helium refilling under normal operating conditions. Older models or systems that experience a quench (a sudden loss of superconductivity) may require a complete refill, which can cost upwards of NGN 15-25 million. Regular maintenance helps prevent unexpected cryogen loss.
Motion artifacts, caused by patient movement, are the most common issue; use positioning aids and clear instructions to fix this. RF interference, seen as zipper-like lines, indicates a problem with the RF shielding or an open door. For a system like the GE Brivo MR355, ensuring the scan room door is fully sealed and removing all patient electronics is the first step in troubleshooting.
Buying an MRI involves a large upfront capital payment, but you own the asset outright. Leasing, often facilitated by firms like Franance, requires a smaller initial deposit and fixed monthly payments, preserving cash flow. Leasing is ideal for facilities that want to avoid a large capital expense and potentially upgrade technology, like a Siemens Magnetom Lumina, after the 5-7 year lease term.
The minimum room size for a 1.5T MRI system is approximately 35 square meters (e.g., 7m x 5m) for the scan room. You also need an adjacent 15 sqm for the control room and another 15 sqm for the equipment/technical room. A system like the GE Signa Creator has a specific layout plan from the manufacturer that must be followed precisely for safety and optimal performance.
Yes, you need a Standards Organisation of Nigeria Conformity Assessment Programme (SONCAP) certificate to import an MRI system into Nigeria. Your supplier must initiate this process in the country of origin to prove the equipment, such as a new Philips MR 5300, meets Nigerian industrial standards. Without SONCAP, the system will not be cleared by customs at the port in Lagos.
A quench is an emergency event where the superconducting magnet rapidly heats up, boiling off the liquid helium as a large white cloud of gas. You must immediately evacuate the scan room as the gas can displace oxygen. Modern systems like the Siemens Magnetom Sola have dedicated venting systems to safely expel the gas outside. A quench requires a costly helium refill and system reset by a qualified engineer.
Siemens Healthineers and GE Healthcare generally have the most established and responsive service support networks in Nigeria, with engineers based in major cities like Lagos and Abuja. Their direct presence ensures faster response times and better access to genuine parts for their systems, like the Magnetom series or Signa series, compared to brands with only third-party dealer support.
Reduce running costs by investing in a system with low helium consumption, like the Philips Ingenia Ambition 1.5T with its BlueSeal magnet. Also, ensure a stable power supply with a robust UPS to prevent component damage. Finally, schedule patients efficiently to maximize throughput during operational hours, reducing per-scan energy and staffing costs.
A typical timeline for setting up an MRI center, from securing funding to scanning the first patient, is 6 to 9 months. This includes 2-3 months for equipment selection and procurement, 3-4 months for site construction and shielding, and 1-2 months for installation, training, and regulatory approvals from bodies like NNRA. Delays in funding or construction are common.
Yes, low-field (0.3T-0.5T) or specialized extremity MRI systems are more affordable alternatives, costing between NGN 90 million and NGN 150 million. While not suitable for all applications, a system like the Esaote S-scan is excellent for orthopedic imaging of limbs. It has lower power and siting requirements, making it a practical choice for smaller clinics or specialized orthopedic centers in Kano or Ibadan.
Your staff will require comprehensive applications training from the manufacturer's specialist. This training, typically lasting 1-2 weeks onsite after installation of a system like the GE Signa Prime, covers scanner operation, protocol optimization, and safety procedures. Ongoing training is also crucial to stay updated on new software features and imaging techniques.
Nigeria's unstable power grid causes voltage fluctuations and outages that can lead to image artifacts, premature component failure, and unexpected system shutdowns. A robust power conditioning setup, including a high-capacity UPS (e.g., 120 kVA) and a generator, is essential to provide clean, uninterrupted power to a sensitive system like a Siemens Magnetom Free.Max, protecting your investment.
For a general diagnostic center, the essential coils are the Head/Neck coil, a large Body/Spine array coil, and a flexible surface coil. These allow you to perform the most common examinations: brain, full spine, and basic musculoskeletal scans. When purchasing a system like the Philips MR 5300, ensure this basic package is included before considering more specialized coils like a breast or cardiac coil.
Yes, you can use a third-party maintenance company, which may offer lower costs than the original equipment manufacturer (OEM). However, ensure they have certified engineers with specific experience on your model, like a GE Signa Explorer, and can guarantee access to genuine spare parts. An OEM contract, while more expensive, provides the highest level of reliability and support.
The key steps are: selecting a location with ground-floor access, conducting a magnetic field survey to check for interference, designing the room layout (scan, control, equipment rooms) according to manufacturer specs like those for a Siemens Magnetom Altea, and planning for structural support, power, HVAC, and RF shielding. Proper planning prevents costly changes during construction.
NAFDAC is primarily responsible for regulating drugs, food, and medical consumables. While they oversee the safety of some medical devices, the primary regulatory body for the importation and operation of radiological equipment like MRI systems is the NNRA, which focuses on radiation and magnetic field safety. SON also plays a role in ensuring equipment meets quality standards upon import.
Verify a refurbished MRI supplier by requesting reference sites in Nigeria where they have completed installations. Ask for their engineers' training certificates for the specific model you are considering, such as a Philips Ingenia. A legitimate supplier will provide a detailed work-in-progress report, including photos of the refurbishment process, and offer a comprehensive warranty on parts and labor.
A chiller is a critical component that circulates cold water to dissipate heat generated by the MRI's gradient coils and electronics. For a workhorse system like the GE Signa Creator in Nigeria's warm climate, a properly functioning chiller is essential to prevent overheating, which can cause system shutdowns and damage expensive components. It requires its own dedicated maintenance schedule.