Ventilator Oxygen Sensor in Djibouti
Leading Ventilator Oxygen Sensor Supplier

A Ventilator Oxygen Sensor, also known as an O2 sensor, is a critical component within mechanical ventilation systems. Its primary role is to accurately measure the concentration of oxygen (FiO2) delivered to the patient's lungs. This real-time data is essential for clinicians to precisely control and adjust the inspired oxygen levels, ensuring optimal patient care. The sensor typically uses electrochemical principles to detect oxygen molecules and convert this information into an electrical signal that the ventilator can interpret and display.

Key clinical applications for a reliable ventilator oxygen sensor are widespread and vital for patient outcomes:

In Djibouti, reliable and accurate ventilator oxygen sensors are critical for a range of healthcare facilities and departments that provide respiratory support. These essential components ensure that patients receiving mechanical ventilation receive the correct fraction of inspired oxygen (FiO2), which is vital for effective treatment and patient outcomes. The demand for these sensors spans across various levels of healthcare infrastructure, from advanced tertiary care centers to facilities providing critical care services.

Ensuring the correct and optimal performance of your ventilator oxygen sensor in Djibouti is paramount for patient safety and effective respiratory support. Our installation process is designed for efficiency and precision, minimizing downtime and guaranteeing accurate readings. We provide comprehensive guidance and support to healthcare facilities, from initial site preparation to final calibration.

Site Preparation: Before delivery, ensure the installation area is clean, dry, and well-lit. Verify that the ventilator unit designated for the sensor is accessible and powered off. Confirm adequate ventilation in the room to prevent sensor overheating. We recommend having a designated, trained technician available during the installation window.

Delivery and Initial Inspection: Upon delivery in Djibouti, the ventilator oxygen sensor will be carefully inspected to ensure it is free from any transit damage. Packaging will be intact, and all included components, such as the sensor itself, connecting cables, and any necessary accessories, will be present as per the order.

Installation Steps:

• Disconnect Power: Ensure the ventilator is completely powered off and unplugged from its power source.
• Locate Sensor Port: Identify the designated oxygen sensor port on the ventilator unit. Refer to your ventilator's user manual for precise location and port type.
• Connect Sensor Cable: Carefully insert the sensor's connector into the corresponding port on the ventilator. Ensure a firm and secure connection; do not force the connector.
• Mount the Sensor: Depending on the sensor model, it may require mounting near the patient's airway (e.g., in a circuit adapter) or directly to the ventilator housing. Follow the specific instructions for your model.
• Secure Connections: Double-check all cable connections to ensure they are properly seated and secured.
• Reconnect Power: Once the sensor is installed, reconnect the ventilator to its power source and power it on.

Calibration Requirements:

Proper calibration is a critical step to guarantee the accuracy of the oxygen readings. The exact calibration procedure will depend on your specific ventilator model and the oxygen sensor type. Generally, calibration involves exposing the sensor to known concentrations of oxygen (typically room air - 21% and 100% oxygen) to establish a baseline. It is essential to:

• Follow the manufacturer's specific calibration instructions for both the ventilator and the oxygen sensor.
• Perform initial calibration immediately after installation.
• Regularly re-calibrate the sensor as per the manufacturer's recommendations or after any maintenance or suspected inaccuracies.
• Utilize only approved calibration gases and equipment.

Our technical support team in Djibouti is available to provide remote assistance or on-site support for installation and calibration, ensuring your equipment is ready for clinical use with utmost confidence.

The cost of a ventilator oxygen sensor in Djibouti can vary significantly based on several factors, including whether the unit is new or refurbished, the manufacturer, specific model compatibility, and current import duties or taxes. As a vital component for patient respiratory monitoring and support, the sensor's price reflects its critical function and technological sophistication.

For new ventilator oxygen sensors, you can generally expect prices to range from approximately DJF 35,000 to DJF 70,000 or more. This broad range accounts for differences in sensor technology (e.g., paramagnetic vs. galvanic) and the reputation of the original equipment manufacturer (OEM). Premium brands or sensors with advanced features will typically fall at the higher end of this spectrum.

Refurbished ventilator oxygen sensors offer a more budget-friendly alternative. These units, which have been previously used, tested, and restored to full working order, can often be found in the range of DJF 15,000 to DJF 35,000. While significantly cheaper, it's crucial to ensure that any refurbished sensor comes with a warranty and has been certified by a reputable service provider to guarantee its performance and accuracy.

When procuring these essential medical devices, it is always advisable to obtain quotes from multiple trusted suppliers in Djibouti to compare pricing and availability, ensuring you receive the best value for your healthcare institution.

We understand that healthcare facilities in Djibouti may operate with budget constraints. That's why we offer a range of value-focused ventilator oxygen sensor solutions designed to meet your needs without compromising on essential functionality. Explore our selection of high-quality refurbished units, carefully inspected and certified for optimal performance. Additionally, consider our demo models, providing access to advanced technology at a significantly reduced cost. For facilities prioritizing essential features and seeking the most economical entry point, our carefully curated entry-level systems offer reliable performance for critical ventilation monitoring.

When sourcing critical components like ventilator oxygen sensors in Djibouti, partnering with a reliable supplier is paramount. Franance Health stands out as a premier choice for healthcare providers and medical device manufacturers in the region. We understand the urgency and precision required for patient care, and our commitment to quality and service ensures you receive the best possible support.

Why choose Franance Health for your ventilator oxygen sensor needs?

When you procure a ventilator oxygen sensor for your facility in Djibouti, our standard configuration is designed for immediate integration and optimal performance. Each unit is carefully packaged to ensure safe transit and efficient setup upon arrival. While specific accessories may vary slightly based on the model chosen, the typical contents of the box include the core oxygen sensor probe, essential connecting cables, and comprehensive user manuals for installation and operation. We also include a calibration kit to ensure accurate readings from the outset. For enhanced operational continuity, a compatible power adapter is consistently provided.

We understand that reliable equipment is critical for patient care. That's why our ventilator oxygen sensors come with comprehensive warranty and maintenance packages designed to ensure uninterrupted operation and optimal performance. Our standard warranty covers manufacturing defects, providing you with peace of mind. Beyond the warranty period, we offer tailored Preventive Maintenance (PPM) plans, crucial for maintaining the accuracy and longevity of your oxygen sensors in the demanding healthcare environment of Djibouti. Furthermore, we guarantee robust spare parts availability, ensuring that any necessary replacements are readily accessible to minimize downtime and support your facility's continuous workflow.