Automated Pneumatic Tourniquets
Installation teams in Lagos, Abuja, PH & Kano
Certified biomedical engineers & calibration
Pricing, lead-times & compliance in 24 hours
A tourniquet system is a medical device used in surgery to temporarily stop blood flow to a limb. Surgeons in orthopaedics, plastics, and trauma care rely on it to create a bloodless, clear surgical field, which reduces operating time and improves patient safety. The system consists of an electronic or pneumatic control unit that inflates a cuff wrapped around the patient's arm or leg, applying precise, monitored pressure to occlude arterial blood flow. Modern systems, unlike manual tourniquets, offer automated pressure control, alarms for pressure deviations, and timers to track inflation duration, significantly reducing the risk of nerve damage or tissue injury.
New, dual-channel pneumatic tourniquet systems from leading brands range from NGN 2.5 million to NGN 8 million, while reliable single-channel systems cost between NGN 1.5 million and NGN 4 million. The final price you pay is driven by the brand (e.g., Delfi, Zimmer, Stryker), channel configuration (single for one limb, dual for two), the number and type of included cuffs (reusable, disposable, contoured), battery life, and whether it's a portable or stand-mounted unit. Additional costs that must be factored in include foreign exchange rates at the time of purchase, international freight, customs clearance, local delivery, installation, and mandatory user training. When requesting a quote, ensure it itemises the main unit, all cuffs by size, the mobile stand, calibration certificate, warranty terms, and payment schedule.
For a detailed, line-item quote tailored to your facility's needs, contact Franance.
The cheapest, safe, single-channel pneumatic tourniquet systems start from NGN 950,000 to NGN 1.8 million for basic new units or certified refurbished models. These entry-level options typically come with a limited set of standard-sized cuffs, a shorter battery backup (2-4 hours), and a more basic user interface. While functional for low-volume settings, they may lack the advanced safety features like leak detection and automated pressure adjustments found in premium models. Be aware of hidden costs; the lowest unit price often excludes the mobile stand, comprehensive training, and may have a shorter warranty period (e.g., 6 months vs. 12-24 months).
Contact Franance to source and verify affordable, safe tourniquet systems that meet minimum clinical standards.
The most affordable tourniquet system is a bundled package costing between NGN 2 million and NGN 4.5 million, which includes the main unit, a full set of 5-6 reusable cuffs, a mobile stand, a dedicated 1.5kVA UPS, delivery, installation, and certified training for your staff. This approach provides the best value by eliminating surprise costs and ensuring the system is properly set up from day one. Investing in a reliable brand with a good battery and a UPS in this price range can reduce procedure cancellations due to power outages by over 90% and cut long-term costs associated with emergency repairs and cuff replacements, saving your facility hundreds of thousands of Naira over the first 12 months.
Contact Franance to configure an affordable, all-inclusive tourniquet system bundle for your facility.
A new, brand-name dual-channel tourniquet system costs between NGN 4 million and NGN 8 million, whereas a certified refurbished unit of a similar model from a reputable supplier costs between NGN 2 million and NGN 3.5 million. A new system comes with the latest software, a full manufacturer's warranty (typically 24 months), and a guaranteed full-lifespan battery. A refurbished unit offers significant upfront savings but may have a shorter warranty (6-12 months), an older battery, and may not support the latest software updates or cuff technologies. Lead time for new units can be 8-12 weeks, while refurbished systems are often available in 4-6 weeks.
| Feature | New Tourniquet System | Certified Refurbished Tourniquet System |
|---|---|---|
| Price Range | NGN 4M - 8M (Dual-Channel) | NGN 2M - 3.5M (Dual-Channel) |
| Warranty | 12-24 months (Manufacturer) | 6-12 months (Vendor) |
| Battery Life | 100% of design capacity | 80-90% of design capacity |
| Software | Latest version | May be 1-2 versions behind |
| Cuffs | Brand new, full set included | May be new or used, limited set |
| Lead Time | 8-12 weeks | 4-6 weeks |
| Aesthetics | Pristine condition | Minor cosmetic blemishes possible |
Contact Franance to explore the financial and clinical trade-offs between new and refurbished options.
Contact Franance today for a transparent, all-inclusive quote on verified new and refurbished tourniquet systems from trusted global suppliers.
Reliable Tourniquet System suppliers are concentrated in Lagos, Abuja, and Port Harcourt, and are best found through referrals from major teaching hospitals or by using a verified procurement platform like Franance. Before engaging any supplier, you must verify their legitimacy to avoid counterfeit products or poor after-sales support. This involves checking their Corporate Affairs Commission (CAC) registration, requesting an OEM authorization letter to prove they are an approved distributor for the brand they sell, and asking for at least three references from other Nigerian hospitals they have supplied. A credible supplier will have in-house biomedical engineers for installation and service. Franance automates this entire verification process, connecting you only with suppliers who have passed a rigorous technical and corporate due diligence workflow, including checks for valid insurance and a history of successful installations.
Use Franance to connect with pre-vetted, reliable tourniquet system suppliers across Nigeria.
Franance provides access to a network of pre-vetted suppliers and manages the entire procurement lifecycle, ensuring you receive genuine, fully supported tourniquet systems. We cover all major Nigerian cities, including Lagos, Abuja, Kano, and Port Harcourt, offering a single point of contact for sourcing, logistics, installation, and financing. Our process guarantees that every supplier has been technically and financially audited, eliminating the risk of dealing with unqualified vendors.
The best tourniquet systems for high-volume Nigerian hospitals are dual-channel, digital models like the Delfi PTS ii or the Zimmer A.T.S. 4000, which range from NGN 4 million to NGN 8 million. For private clinics and day surgery centres, a reliable single-channel system like the Delfi PTS for single-use cuffs or a robust refurbished Zimmer A.T.S. 2000 is the best value, costing between NGN 2 million and NGN 4.5 million. For NGOs and mobile clinics, a portable, battery-operated unit is ideal. The "best" system depends entirely on your surgical volume, case complexity, and budget. High-end models offer critical safety features like personalised pressure technology, leak detection, and dual channels for bilateral procedures, which are essential for teaching hospitals and advanced orthopaedic centres.
Comparing tourniquet system models requires looking beyond price to factors like channel configuration, cuff compatibility, battery life, and long-term serviceability in Nigeria. Advanced models like the Delfi PTS ii offer personalised pressure settings based on patient parameters, reducing the risk of nerve injury, while workhorse models like the Zimmer A.T.S. series are known for their durability and simple operation, making them suitable for high-traffic operating theatres.
| Tier | Best for | Example Specs | Lead-time | Maintenance | Power |
|---|---|---|---|---|---|
| Advanced | Teaching Hospitals, Ortho Centres | Dual channel, Personalised Pressure, Leak Detection, 8-hr battery | 10-14 weeks | Annual calibration, OEM support | Requires 2kVA Online UPS |
| Mid-Range | Private Hospitals, General Surgery | Single/Dual channel, Digital display, 4-6 hr battery | 6-10 weeks | Annual calibration, local support | Requires 1.5kVA Online UPS |
| Entry-Level | Small Clinics, NGOs, Mobile Units | Single channel, Portable, Basic alarms, 2-4 hr battery | 4-6 weeks | Bi-annual checks, basic support | Internal battery, can run on inverter |
The best tourniquet system brands available in Nigeria are Delfi and Zimmer, due to their proven reliability, clinical safety features, and the availability of local service support. Delfi systems, such as the PTS ii, are renowned for their patient-specific pressure technology, which calculates the minimum required pressure for occlusion, enhancing safety. Zimmer systems, like the A.T.S. 4000, are considered industry workhorses, known for their robust construction and intuitive user interface, making them a favourite in busy operating theatres. Both brands have a network of distributors in Nigeria who can provide installation, training, and after-sales service, which is a critical factor for ensuring long-term uptime.
A price list for tourniquet systems in Nigeria is based on ranges, as final costs are affected by specifications and logistics.
When you receive a quote, it will be a range-based estimate until final specifications are locked in. For example, a quote might state "Delfi PTS ii System: NGN 6M - 7.5M," with the final price depending on the number of cuffs selected, inclusion of a mobile stand, and prevailing FX rates. A 10-15% fluctuation due to foreign exchange rates between the quotation date and the payment date is common. Always confirm if the price is FOB (Free on Board) or CIF (Cost, Insurance, and Freight) to Lagos, and whether it includes local customs clearance and delivery, as these can add 20-30% to the initial unit cost.
The 5 most decisive specifications for a tourniquet system are pressure accuracy, battery backup, cuff type, channel configuration, and alarm systems.
The installation and calibration process for a new tourniquet system in Nigeria typically takes 1-2 days and costs are usually bundled into the purchase price, ranging from NGN 150,000 to NGN 300,000 if billed separately. A turnkey process managed by a competent vendor like Franance starts with a site readiness check to ensure stable power is available. On the day of installation, a biomedical engineer will assemble the unit and mobile stand, connect all components, and perform an initial power-on test. They will then use a calibrated digital pressure meter to verify the system's accuracy at various pressure points, issuing a formal calibration certificate. The final, critical step is hands-on training for theatre nurses and biomedical staff on proper use, cleaning, and troubleshooting.
Contact Franance to manage a complete, turnkey installation of your tourniquet system, including power assessment, calibration, and certified staff training.
Delivery of a new tourniquet system to your facility in Nigeria takes between 6 to 14 weeks from the date of payment confirmation. This timeline includes 1-2 weeks for factory production, 4-6 weeks for air or sea freight, 2-3 weeks for customs clearance at the port (Apapa or Onne), and 1 week for inland delivery and installation. Costs for logistics, including freight, insurance, and customs duties, can add 25-40% to the unit's factory price. The process requires meticulous documentation, including a Form M, SONCAP certificate (if applicable), and proper tariff classification to avoid costly delays. A reliable supplier or a logistics partner like Franance will manage this entire chain, providing you with a single, all-inclusive price and handling all interactions with customs, clearing agents, and local transporters.
Standard warranty for a new tourniquet system in Nigeria is 12-24 months, covering parts and labour for manufacturing defects. Service options range from on-demand repairs to comprehensive Service Level Agreements (SLAs) costing 5-10% of the equipment's value annually. It is crucial to clarify whether the warranty is provided by the local vendor or backed directly by the OEM; an OEM-backed warranty is always superior. A good SLA should guarantee a 48-hour response time for technical issues, include one annual preventive maintenance and calibration visit, and detail the availability of loaner units if a repair is expected to take more than a week. Ensure your service provider has local, trained engineers and a stock of essential spare parts like batteries and hoses to minimize downtime.
Certified refurbished tourniquet systems from brands like Zimmer and Delfi are available in Nigeria for NGN 2 million to NGN 3.5 million, offering a 40-60% saving compared to new units. These systems are typically sourced from hospitals in the US or Europe, and a reputable refurbisher will perform a multi-point inspection, replace key components like the battery and hoses, and perform a full calibration before shipping. Always demand a detailed refurbishment report, a recent calibration certificate, and a minimum 6-month warranty. The key is to buy from a trusted source that can provide proof of their refurbishment process, as a poorly refurbished unit can be a significant patient safety risk.
To verify you are buying an original tourniquet system, you must purchase from an OEM-authorized distributor and validate the unit's serial number directly with the manufacturer. The biggest red flag for a fake or counterfeit unit is an unusually low price from an unknown supplier, especially one found on general e-commerce sites. Insist on seeing the supplier's official authorization letter from the brand (e.g., Delfi, Zimmer). When the unit arrives, check for professional packaging, high-quality manuals, and a clearly visible, non-tampered serial number plate. You can often email this serial number to the manufacturer's international customer service to confirm its authenticity and manufacturing date.
The essential accessories for a tourniquet system are a mobile stand (NGN 150,000 - NGN 350,000) and a comprehensive set of reusable, autoclavable cuffs (a set of 5 can cost NGN 400,000 - NGN 900,000). Other critical items include connecting hoses and protectors. It is always more cost-effective to bundle these accessories with the initial purchase of the main unit. Buying them separately later incurs higher individual shipping costs and may lead to compatibility issues. Ensure your initial quote includes a full range of cuff sizes to cover your patient demographic, from small paediatric arms to large adult thighs.
Tourniquet systems require a stable 220-240V, 50Hz power supply and must be protected by a 1.5kVA to 2kVA pure sine wave online UPS. The device itself consumes very little power (typically under 100W), but the UPS is non-negotiable to ensure uninterrupted operation during NEPA outages or generator changeovers, preventing sudden cuff deflation during surgery. The system's internal battery is a secondary backup, not a primary power source. Proper electrical earthing for the operating theatre socket is also mandatory to protect the unit's sensitive electronics from power surges.
To ensure compliance, any new tourniquet system you procure must be from a supplier who can provide documentation showing the device meets international quality standards (like CE or FDA certification) and is registered with NAFDAC if required for import. While not as stringently regulated as radiation-emitting devices, hospitals must maintain a compliance dossier for accreditation purposes. This includes the purchase invoice, a certificate of calibration, user manuals, and a record of staff training. The Standards Organisation of Nigeria (SON) may also be involved in ensuring the quality of imported medical devices through its SONCAP program. Your supplier should be responsible for navigating these regulatory requirements as part of the importation process.
Financing options for acquiring a tourniquet system in Nigeria include traditional bank loans, asset leasing, and specialised financing from providers like Franance. Banks typically offer medical equipment loans with interest rates of 20-30% per annum, requiring significant collateral and a 4-8 week approval process. Leasing is an alternative where you pay a monthly fee for 2-3 years, with the option to own the asset at the end; this is often faster to approve but can be more expensive over the long term. Franance offers tailored financing solutions with more flexible terms, bundling the cost of the equipment, installation, and service into a single payment plan, simplifying the procurement process for hospitals and NGOs.
The total cost of ownership (TCO) for a mid-range tourniquet system over 5 years in Nigeria is approximately NGN 6 million to NGN 9 million, far exceeding the initial purchase price of NGN 3-5 million. This TCO includes the initial purchase, annual calibration (NGN 80,000 - NGN 150,000), cuff replacement (a full set can cost NGN 400,000 - NGN 900,000 every 2-3 years), battery replacement (NGN 200,000 - NGN 400,000 in year 3 or 4), and potential repair costs. Factoring in these long-term operational expenses is critical for accurate budgeting and demonstrates why investing in a durable, reliable brand with good local support can be cheaper over the equipment's lifespan than buying the lowest-priced unit.
Tertiary and teaching hospitals require high-specification, dual-channel tourniquet systems like the Delfi PTS ii or Zimmer A.T.S. 4000. These units are essential for handling complex, bilateral orthopaedic procedures, trauma cases, and for training purposes. Key specifications must include personalised pressure technology to enhance patient safety, comprehensive data logging for research and records, and robust alarm systems. Durability is paramount due to high daily usage across multiple operating theatres.
Private clinics and diagnostic centres performing day-case surgeries (e.g., carpal tunnel release, minor orthopaedics) are best served by a reliable, single-channel digital tourniquet system. A model like the Zimmer A.T.S. 2000 (new or certified refurbished) or a basic Delfi system provides the necessary safety and functionality without the high cost of a dual-channel unit. The focus should be on reliability, ease of use, and strong local service support to ensure maximum uptime.
NGOs and mobile surgical teams need portable, battery-powered tourniquet systems. These units must be lightweight, durable, and have a long-lasting internal battery (minimum 6-8 hours) to function in remote areas with no reliable power. The system should be simple to operate and calibrate in the field. A carrying case and a full set of multi-size, durable cuffs are essential accessories for this use case.
For emergency, theatre, and ICU settings, tourniquet systems must be mounted on a mobile stand for quick deployment. Dual-channel capability is highly advantageous for complex trauma cases involving multiple limbs. The most critical features are rapid inflation/deflation times, an extremely reliable battery backup, and loud, clear alarms that can be easily heard in a busy environment. Ease of cleaning and disinfection is also a key consideration for high-turnover emergency use.
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A new electronic tourniquet system costs between NGN 2.5 million and NGN 7 million in Nigeria. For example, a single-port Delfi PTS ii typically falls in the lower end of this range, while a dual-port system like the Zimmer ATS 4000 is at the higher end. This price usually includes a set of standard cuffs and initial training. Always confirm what accessories are included in the quote from your supplier.
You can buy reliable tourniquet systems from authorized medical equipment distributors in areas like Ikeja and Victoria Island. Reputable suppliers for brands like Zimmer Biomet or Delfi Medical provide after-sales support and genuine parts. Before purchasing, verify their authorization certificate from the manufacturer to avoid grey market products that lack warranty and support, which is a common issue in the Lagos market.
The main difference is that the Zimmer ATS 4000 is a dual-port system, allowing for simultaneous use of two cuffs, while the Delfi PTS ii is typically a single-port system. The ATS 4000 is ideal for complex bilateral procedures common in orthopaedic centres in Abuja. The Delfi PTS ii is more compact and battery-powered, making it excellent for smaller clinics or situations requiring portability.
The most common cause is a leak in the cuff or the connecting hose. First, check the connection between the hose and the machine, and the hose and the cuff for a secure fit. Inflate the cuff and submerge it in water (if permissible by the manufacturer) to check for bubbles indicating a puncture. A damaged O-ring inside the hose connector is another frequent issue on older VBM units.
Buy a new system if your budget allows, as it comes with a full manufacturer's warranty and the latest safety features like Limb Occlusion Pressure (LOP). A refurbished unit, costing 40-60% less, can be a good option if purchased from a reputable dealer who provides at least a 6-month warranty and proof of recent calibration. For example, a refurbished Zimmer ATS 3000 is a workhorse still used in many Nigerian hospitals.
Your tourniquet system must be calibrated at least once a year by a qualified biomedical engineer. This ensures the pressure displayed on the screen matches the actual pressure delivered to the cuff, which is critical for patient safety. Facilities like Reddington Hospital in Lagos schedule this as part of their annual preventive maintenance plan for all surgical equipment to maintain standards.
You can finance a tourniquet system through asset financing from Nigerian banks or specialized healthcare financing companies. For instance, Franance offers lease-to-own options that allow you to acquire a high-end system like a Stryker SmartPump with manageable monthly payments over 24-36 months. This avoids a large upfront capital expense, making advanced technology accessible for growing clinics in cities like Port Harcourt.
A 'leak' alarm indicates the system cannot maintain the set pressure, usually due to a poor connection or a damaged cuff. Immediately check that the cuff is wrapped snugly around the limb and that the hose connectors are tightly secured. If the alarm persists on a system like the Delfi PTS ii, swap the cuff for a new one. A persistent alarm with a new cuff points to an internal machine fault requiring a technician.
Yes, all new medical devices, including tourniquet systems and their cuffs, must have NAFDAC registration to be legally imported and sold in Nigeria. When buying a system like the Anetic AET, ask the supplier for their NAFDAC registration number for that specific model. This ensures the device has been vetted for safety and quality, protecting you from substandard or counterfeit equipment.
The Zimmer ATS 4000 requires a standard 220-240V AC power supply, common in Nigerian hospitals. It also has an internal lithium-ion battery backup that can power the unit for approximately 4-6 hours, which is crucial during power outages. To protect the sensitive electronics, you must connect it to a surge protector or a UPS, especially in areas with unstable power like Kano.
Choose a supplier based on their official distributorship status, technical support capacity, and inventory of spare parts. Ask for references from other hospitals in your city, like Abuja or Lagos. A good supplier will offer on-site installation, staff training, and a clear warranty policy. Avoid suppliers who cannot provide a certificate of authorization from the manufacturer, such as Zimmer Biomet or Delfi Medical.
A reusable tourniquet cuff in a high-volume hospital in Lagos typically lasts for 12 to 24 months, depending on usage frequency and cleaning protocols. Cuffs like the Zimmer Contour Cuffs are durable, but repeated autoclaving and harsh cleaning agents will degrade the material over time. Inspect cuffs for cracks, tears, or bladder leaks before every use and replace them immediately if any damage is found.
Leasing is often better for a new hospital as it preserves capital for other critical needs. A lease arrangement, possibly through a provider like Franance, converts a large capital expenditure into a smaller, predictable operating expense. This allows you to acquire an advanced dual-port system immediately without a NGN 5-7 million upfront payment. Buying is better for established institutions with available capital who prefer to own assets outright.
The most affordable reliable options are manual pneumatic systems or basic single-port electronic models, with prices ranging from NGN 800,000 to NGN 2 million. While not as advanced as a Delfi PTS ii, a well-maintained manual system provides accurate pressure control for basic procedures. For electronic options, look for reputable but less-known brands from suppliers who can guarantee service and parts availability in Nigeria.
Installation and basic user training for a new tourniquet system can be completed in 2-3 hours. A qualified engineer from your supplier will set up the machine, like a new Stryker SmartPump, and demonstrate its functions to your theatre nurses and surgeons. This includes setting pressure, using the alarms, proper cuff application, and cleaning procedures. A good supplier will offer this on-site training as part of the purchase package.
Limb Occlusion Pressure (LOP) is a safety feature in modern tourniquets, like the Delfi PTS ii, that automatically calculates the minimum pressure needed to stop blood flow in a specific patient's limb. This allows you to use a lower, personalized cuff pressure instead of a generic setting, which reduces the risk of nerve damage and pain. It uses a sensor in the cuff to measure the pressure required and recommends an optimal setting.
First, confirm the unit is plugged into a working power outlet and the power cord is not damaged. If the charging indicator light is still off on a model like the Zimmer ATS 4000, the issue is likely a dead battery or a faulty internal charging circuit. The lithium-ion batteries in these units typically need replacement every 3-5 years. Contact your supplier's biomedical engineer to diagnose the problem and replace the battery pack.
Replacement reusable tourniquet cuffs in Nigeria cost between NGN 45,000 and NGN 150,000 per cuff, depending on the brand, size, and type. For example, a standard adult cuff for a Zimmer system is in the mid-range, while specialized paediatric or contour cuffs are more expensive. Always buy genuine cuffs from your system's authorized distributor to ensure compatibility and prevent pressure inaccuracies.
The Standards Organisation of Nigeria (SON) requires that tourniquet systems comply with international standards like IEC 60601-1 for general medical electrical equipment safety. When importing a system, your supplier must provide a SONCAP certificate, which verifies that the device, such as a VBM Tourniquet 5000, meets these safety and performance benchmarks. This is a mandatory requirement for clearing the equipment at Nigerian ports.
Electronic tourniquets are significantly better and safer for Nigerian hospitals. Models like the Delfi PTS ii offer microprocessor-controlled pressure, automatic leak detection, and battery backup, which are critical safety features. Manual pneumatic systems are cheaper but rely on user skill and are prone to slow leaks, making them less reliable for long procedures. The safety advantages of electronic systems far outweigh the initial cost difference.
Ask the supplier for a current, signed Letter of Authorization directly from the manufacturer (e.g., Zimmer Biomet, Delfi Medical). This letter should name the Nigerian company as an official partner for sales and service. You can also cross-reference this by checking the manufacturer's international website, which often lists official distributors by country. Do not rely on verbal claims alone, as this is a key step to avoid grey imports.
Before the first case each day, you should inspect the power cord for damage, check that the machine powers on correctly, and inspect all cuffs and hoses for cracks or wear. Perform a self-test if the machine has one, like the Zimmer ATS 4000. Ensure the battery is fully charged. Finally, check the calibration date sticker to confirm it's within the last 12 months. This simple 5-minute check prevents most intra-operative failures.
Inaccurate pressure readings are most often caused by using the wrong size cuff for the patient's limb. A cuff that is too small will require excessively high pressure, while a cuff that is too large may not apply pressure evenly. Other causes include kinks in the hose, a system that is overdue for calibration, or using a third-party cuff not designed for your specific machine, like putting a generic cuff on a Stryker SmartPump.
You need a dual-cuff system if you perform bilateral limb surgeries or Intravenous Regional Anesthesia (Bier Block). A dual-port machine like the Zimmer ATS 4000 allows independent pressure control for two cuffs. For most other procedures, including standard orthopaedic or plastic surgery on a single limb, a single-cuff system like the Delfi PTS ii is sufficient, more compact, and more affordable for clinics in cities like Enugu or Ibadan.
You cannot safely fix a leaking tourniquet cuff; it must be replaced immediately. Attempting to patch a cuff can lead to catastrophic failure during a procedure, risking patient safety. Disposable cuffs are single-use, while a leak in a reusable cuff indicates the internal bladder is compromised. Discard the faulty cuff and use a new one. Regularly inspecting cuffs for wear and tear is the best way to prevent this problem.
Yes, major medical equipment suppliers based in Lagos or Abuja provide nationwide delivery and installation, including to Kano and Port Harcourt. When you purchase a system like a Delfi PTS ii, confirm that the price includes shipping, insurance, and on-site installation and training by a qualified engineer. Reputable companies have logistics networks to ensure safe and timely delivery to any major city in Nigeria.
Theatre nurses require a 1-2 hour hands-on training session from the supplier's clinical specialist. This training should cover selecting the correct cuff size, proper application technique, setting pressure using the LOP feature, understanding all alarms (e.g., leak, high pressure), and proper cleaning and storage procedures. The hospital should document this training for each staff member and schedule annual refresher courses to ensure continued competency.
Look for a minimum 12-month warranty that covers both parts and labour. Crucially, confirm that the supplier has factory-trained biomedical engineers in Nigeria who can provide on-site service. Ask about their guaranteed response time for service calls in your city, which should be within 48 hours for major cities. A good support package, like those offered by authorized Zimmer dealers, ensures your machine has maximum uptime.
Yes, importing a tourniquet system requires a Form M processed through a Nigerian bank, a SONCAP certificate to prove compliance with safety standards, and NAFDAC registration for the device. Your clearing agent will need these documents to clear the shipment through customs. Working with an experienced medical supplier is best, as they handle this complex importation process for you, ensuring your device like a new Anetic AET arrives without delays.
A new, dual-cuff electronic tourniquet system in Nigeria typically costs between NGN 4.5 million and NGN 8 million. For example, the Zimmer ATS 4000 or a high-end Stryker SmartPump model would fall into this category. The price varies based on the included accessories, such as the number and type of cuffs, and the warranty package. These systems are essential for advanced orthopaedic centres performing complex bilateral procedures.