Product Specifications
Below are the key product attributes and specifications that provide detailed information about this item:
Brand: NellcorSold By: Package of 96Application: Single Patient Use SpO2 SensorWHSXX: MCKProduct Color: WhiteLength: 3.5 ftAdhesive Type: Tear-resistant adhesive bandage
Product Overview
Medtronic Nellcor Maxi-Ns MITG SpO2 Sensor Foot for Neonate – Single Patient Use
The Medtronic Nellcor Maxi-Ns MITG SpO2 Sensor Foot for Neonate is a high-performance, single-patient-use sensor designed for accurate and reliable oxygen saturation (SpO2) monitoring in neonatal patients. Engineered with advanced Nellcor technology, this sensor ensures precise readings while prioritizing patient comfort and safety.
Key Features:
– Neonatal-Specific Design: Tailored for delicate neonatal skin, providing a secure and gentle fit.
– Single-Patient Use: Ensures hygiene and reduces the risk of cross-contamination.
– Advanced Nellcor Technology: Delivers accurate SpO2 and pulse rate measurements.
– Soft, Flexible Material: Enhances patient comfort and minimizes skin irritation.
– Reliable Adhesion: Stays securely in place during monitoring without causing discomfort.
– Compatibility: Works with Nellcor-compatible patient monitoring systems.
Specifications:
– Patient Type: Neonates
– Use: Single-patient, disposable
– Sensor Type: SpO2 sensor (reusable cable, disposable sensor)
– Compatible Monitors: Nellcor-supported monitoring devices
– Adhesive: Gentle, skin-friendly
Suggested Use:
This sensor is ideal for continuous SpO2 monitoring in neonatal intensive care units (NICUs) or during neonatal transport. For optimal performance, ensure proper sensor placement on the infant’s foot, avoiding excessive pressure or movement. Replace the sensor if adhesion weakens or if monitoring is interrupted. Always follow hospital protocols for neonatal monitoring.
The Medtronic Nellcor Maxi-Ns MITG SpO2 Sensor Foot provides clinicians with a dependable solution for neonatal oxygen saturation monitoring, combining accuracy, safety, and ease of use.
