Hillrom LNCS-INF-3 Masimo LNCS Adhesive Finger Sensor Infant
The Hillrom LNCS-INF-3 Masimo LNCS Adhesive Finger Sensor is a state-of-the-art, disposable medical device designed for use in various healthcare settings, including hospitals, clinics, and home care environments. This infant-sized sensor stands out for its ability to provide accurate and reliable oxygen saturation monitoring, making it an essential tool for healthcare professionals.
This sensor is part of the Masimo LNCS (Low Noise Composite Signal) technology, which offers advanced signal processing to provide precise readings. The device is designed to be used on infant patients, ensuring that their oxygen saturation levels are continuously monitored. The adhesive finger sensor is easy to apply and comfortable for the patient, allowing for extended monitoring periods without compromising the accuracy of the readings.
Key Features
- Disposable design for single-patient use, reducing the risk of cross-contamination
- Adhesive finger sensor for easy application and secure fit on infant patients
- Accurate and reliable oxygen saturation monitoring using Masimo LNCS technology
- Compatible with Masimo monitoring devices for seamless integration into existing healthcare systems
- Designed for use in a variety of healthcare settings, from hospitals to home care environments
- Comfortable for patients, allowing for extended monitoring periods without discomfort
- Easy to use, with a simple application process that minimizes training requirements
Product Specifications
• Dimensions: Not specified • Weight: Not specified • Materials: Adhesive sensor and disposable components • Compatibility: Designed for use with Masimo monitoring devices • Compliance: Meets or exceeds relevant medical device standardsIdeal For
• Hospitals, particularly neonatal and pediatric wards • Clinics, including specialty clinics focused on infant care • Home care environments, where continuous monitoring is required for infant patients • Outpatient facilities, such as urgent care centers and medical offices • Labs and research institutions, where accurate oxygen saturation monitoring is crucial for study participantsShare Product Link: