Masimo 4585 - Radius PPG Neo Adult/Neonatal SpO2 Adhesive Sensor, 20 / Box
The Masimo 4585 Radius PPG Neo SpO2 Adhesive Sensor is designed for accurate, non-invasive monitoring of oxygen saturation and pulse rate in both adult and neonatal patients. It integrates with Masimos wireless Radius PPG technology, eliminating cables while ensuring continuous and reliable readings.
The soft adhesive backing keeps the sensor securely in place while maintaining comfort, making it suitable for continuous and spot-check monitoring in hospitals, critical care units, and emergency settings. Its single-use design supports infection control protocols by reducing the risk of cross-contamination.
| Manufacturer # | 4585 |
| Manufacturer | Masimo Corp |
| Application | SpO2 Sensor |
| Cord Length | No Cord |
| Securing Method | Wrap-Around |
| Target Area | Finger |
| Usage | Single Patient Use |
| User | Pediatric |
Key Benefits
- Designed for both adult and neonatal patients, allowing for flexible use in clinical settings
- Wireless Radius PPG technology eliminates cables, enhancing mobility and comfort
- Soft adhesive backing ensures a secure fit without causing skin irritation
- Single-use design reduces infection risks and supports hospital hygiene standards
- Provides accurate real-time SpO2 and pulse rate monitoring, even in motion or low-perfusion conditions
Compatibility and Applications
The Masimo 4585 Radius PPG Neo SpO2 Adhesive Sensor is compatible with Masimo Radius PPG wireless pulse oximetry systems and is commonly used in:
- Neonatal intensive care units for continuous oxygen monitoring in newborns
- Hospitals and surgical centers for wireless SpO2 measurement in neonatal and adult patients
- Emergency and trauma care for rapid and reliable SpO2 assessments
- Post-operative monitoring to ensure stable oxygen levels in recovering patients
Usage Guidelines
- Ensure the patients skin is clean and dry before applying the sensor
- Position the sensor securely on the recommended site, such as the foot for neonates or the finger for adults
- Connect the sensor to a Masimo Radius PPG-compatible wireless pulse oximeter
- Dispose of the single-use sensor immediately after use to prevent contamination
Certifications, Safety Standards, and Regulatory Approvals
Masimo ensures high safety and quality standards for medical monitoring devices:
- ISO and IEC compliance for pulse oximetry monitoring
- FDA cleared and CE marked for clinical use in neonatal and adult care settings
Comparison with Competitor Products
The Masimo 4585 Radius PPG Neo SpO2 Adhesive Sensor offers wireless connectivity, superior motion tolerance, and precise SpO2 readings compared to standard wired pulse oximeter sensors. Its compatibility with both neonatal and adult patients makes it a preferred choice for healthcare providers seeking flexibility and advanced monitoring solutions.
Typical User Profile and Application Scenarios
This sensor is used by:
- Neonatal and pediatric healthcare providers monitoring oxygen saturation in newborns and children
- ICU and emergency medical teams conducting rapid SpO2 assessments
- Surgical teams monitoring oxygen levels during procedures
- Outpatient and diagnostic providers performing routine oxygen level checks
Best Practices for Use and Maintenance
- Inspect the sensor packaging before use to ensure sterility and integrity
- Apply the sensor gently to avoid skin irritation while ensuring accurate readings
- Dispose of the single-use sensor immediately after patient use to prevent contamination
- Train medical staff on proper handling and application techniques to optimize sensor performance
How to Order
To purchase the Masimo 4585 Radius PPG Neo Adult/Neonatal SpO2 Adhesive 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 4585 Radius PPG Neo SpO2 Adhesive Sensor provides accurate, wireless, and reliable oxygen monitoring, making it an essential tool for neonatal and adult healthcare in hospitals, critical care units, and emergency settings.
