- Country of Origin: Mexico
- Weight: 1.4 lb
- Masimo LNCS Adhesive Finger Sensor, Infant, Disposable, 20/cs
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Learn more:
- MFR: Hillrom Ships from MFI Medical
- MPN: LNCS-INF-3
- Phone: (800) 445-3730
Frequently asked questions
What patient age are these for?
These sensors are designed for infant patients.
Are the sensors disposable?
Yes, the sensors are disposable, which helps to reduce the risk of cross-contamination.
How many sensors are included per case?
Each case contains 20 disposable adhesive infant finger sensors.
Where are these high-quality infant sensors used?
These disposable adhesive infant sensors are specifically designed for clinical environments that require continuous, non-invasive vital sign monitoring for infant patients using compatible Welch Allyn Connex systems with Masimo LNCS technology.
They are ideal for use in settings focused on pediatric and critical infant care, including:
- Neonatal Intensive Care Units (NICU): Crucial for monitoring newborns and premature infants.
- Pediatric Wards: Used when reliable vital sign monitoring is needed for older infants.
- Acute Care Facilities: Any professional setting requiring hygienic, single-use monitoring consumables for infants.
Are the sensors new?
Yes, these sensors are provided in Factory New condition.
Are sensors designed for infants?
Yes, these sensors are specifically designed for infant patients to ensure accurate and comfortable monitoring.
What technology ensures accuracy?
The sensors feature Masimo LNCS Technology, which provides reliable and precise pulse oximetry measurements.
Does the adhesive ensure secure placement?
Yes, the sensor features an adhesive application specifically designed for secure and comfortable placement on an infant’s finger. This ensures stable readings during monitoring.
Who is the brand manufacturer?
The brand of this product is Hillrom.
Is cross-contamination prevented with these sensors?
Yes, the disposable nature of these sensors ensures sterility and completely eliminates the risk of cross-contamination associated with reusable sensors. This design prioritizes patient safety in clinical settings.