Masimo 1544 - YI Multi-Site Reusable Sensor for Versatile SpO2 Monitoring, 1/EA

Masimo 1544 - YI Multi-Site Reusable Sensor for Versatile SpO2 Monitoring, 1/EA

The Masimo 1544 YI Multi-Site Reusable Sensor is designed for accurate and non-invasive oxygen saturation (SpO2) and pulse rate monitoring across multiple application sites. Its versatile design allows healthcare professionals to use it on various patient groups, including adults, pediatrics, and neonates. The reusable construction makes it a cost-effective solution while maintaining reliable performance in clinical and emergency settings.

The sensor integrates seamlessly with Masimo monitoring systems, ensuring high signal accuracy even in low perfusion and motion-prone conditions. It is ideal for hospitals, emergency care, long-term patient monitoring, and outpatient facilities requiring consistent and durable oxygen monitoring solutions.

Key Benefits

• Multi-site application for use on fingers, toes, or other appropriate sites
• Reusable design provides a cost-effective alternative to disposable sensors
• Masimo SET technology ensures accurate SpO2 and pulse rate monitoring even in motion or low-perfusion conditions
• Compatible with Masimo patient monitoring systems for seamless integration
• Soft and flexible design enhances patient comfort during monitoring

Compatibility and Applications

The Masimo 1544 YI Multi-Site Reusable Sensor is compatible with Masimo SpO2 monitoring systems and is commonly used in:

• Hospitals and ICUs for long-term and continuous oxygen monitoring
• Emergency and trauma care for quick and reliable SpO2 assessments
• Outpatient clinics and diagnostic centers for routine pulse oximetry evaluations
• Long-term care and home healthcare settings for durable and reliable patient monitoring

Usage Guidelines

1. Ensure the patient's skin is clean and dry before applying the sensor
2. Position the sensor securely on the recommended site (finger, toe, or other appropriate location)
3. Connect the sensor to a Masimo-compatible monitoring system
4. Clean and disinfect the sensor after each use according to manufacturer guidelines to maintain hygiene and accuracy

Certifications, Safety Standards, and Regulatory Approvals

Masimo adheres to strict medical safety and quality standards, including:

• ISO and IEC compliance for reusable pulse oximetry devices
• FDA cleared and CE marked for safe and effective use in clinical environments

Comparison with Competitor Products

The Masimo 1544 YI Multi-Site Reusable Sensor offers superior durability, versatility, and signal stability compared to traditional disposable sensors. Its multi-site capability allows flexibility in patient monitoring, while its reusable design helps reduce medical waste and long-term costs.

Typical User Profile and Application Scenarios

This sensor is used by:

• Healthcare professionals in hospitals and clinics for continuous SpO2 monitoring
• Emergency medical teams requiring a durable and reusable sensor for quick oxygen assessments
• Home healthcare providers managing long-term patient oxygen saturation monitoring
• Critical care teams seeking reliable and cost-effective SpO2 monitoring solutions

Best Practices for Use and Maintenance

• Inspect the sensor before each use to ensure functionality and cleanliness
• Apply the sensor gently to avoid discomfort while ensuring accurate readings
• Disinfect after every use according to hospital infection control protocols
• Train clinical staff on proper handling and placement techniques to maximize sensor lifespan

How to Order

To purchase the Masimo 1544 YI Multi-Site Reusable Sensor, add the product to your cart on CIA Medicals secure platform and complete the checkout process. For bulk orders or additional assistance, contact the customer service team at 312 275 5850 or use the contact form available on the product page.

The Masimo 1544 YI Multi-Site Reusable Sensor provides durable, cost-effective, and versatile oxygen monitoring, making it an essential tool for hospitals, emergency departments, and long-term patient care.