Sale price$150.24

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Description

The Masimo LNCS DCI-P Pediatric Digit Reusable Sensor (#1864) is comfortable, durable, and reliable. The integrated cable means that the sensor is simple to set up.

Warranty: 6 Months From First Use, Within 8 Months of Shipment.

Features

Masimo LNCS DCI-P Pediatric Digit Reusable Sensor Features

  • LNCS (Low Noise Cabled Sensor).
  • 3' Cable.
  • For pediatric patients (10 - 50 kg).
  • Designed as the reusable partner product for LNCS Adhesive Sensors.
  • Designed for accurate monitoring during electrosurgical interference.
  • Reports true alarms while minimizing false alarms.
  • Easy to move and reapply.
  • Long-lasting sensor.
  • Recessed detector and flexible side flaps reduce ambient light interference.
  • New integrated cable connector design offers increased moisture resistance over sensors with the connector at the monitoring site.
  • Provides accurate readings even during low perfusion and patient movement.
  • Compatible with all Masimo SET Oximeters via LNC Patient Cable.
  • Compatible with all SET/Nellcor DB9 9-Pin connectors.

Frequently asked questions

Which oximeters are compatible with this Masimo LNCS sensor?

The Masimo LNCS DCI-P sensor features versatile connectivity, making it compatible with two main types of monitoring systems:

  • All Masimo SET Oximeters: Requires connection via an LNC Patient Cable.
  • Devices utilizing SET/Nellcor DB9 9-Pin connectors.
Does this sensor feature advanced LNCS technology?

Yes, this reusable sensor utilizes the advanced Masimo LNCS (Low Noise Cabled Sensor) technology. This design is crucial for reliable and highly accurate pulse oximetry monitoring, especially in challenging clinical environments.

Key benefits of the LNCS DCI-P sensor include:

  • Superior Accuracy: Engineered to provide accurate readings even during patient movement and periods of low perfusion, which helps minimize false alarms.
  • Interference Resistance: The sensor is highly resistant to external noise, including electrosurgical interference. Its design also features a recessed detector and flexible side flaps to reduce ambient light interference.
  • Durability and Reusability: Designed as a durable, long-lasting reusable component, it includes an integrated 3-foot cable and a new connector design for enhanced moisture resistance.
  • Versatile Connectivity: It is compatible with all Masimo SET Oximeters (using the appropriate LNC Patient Cable) and all SET/Nellcor DB9 9-Pin connectors.
Does this reliable sensor minimize false alarms?

Yes, the Masimo LNCS DCI-P Pediatric Digit Reusable Sensor is specifically engineered for high reliability in pediatric monitoring (10–50 kg).

Its design prioritizes accurate patient safety by delivering true alarm reporting while actively suppressing false alarms. This robust performance is maintained even during challenging clinical conditions, including:

  • Patient movement
  • Low perfusion
  • Electrosurgical interference
Is the sensor resistant to electrosurgical interference?

Yes, the Masimo LNCS DCI-P Pediatric Digit Reusable Sensor is specifically designed for high performance even during electrosurgical procedures.

It is engineered to ensure data integrity and reliable monitoring by:

  • Maintaining Accuracy: Providing accurate SpO2 readings and signal quality during electrosurgical interference.
  • Minimizing False Alarms: The design suppresses false alarms typically triggered by electrical noise while reliably reporting true patient alarms.
Does the Masimo LNCS DCI-P sensor have any special features for moisture resistance?

The integrated cable connector of the Masimo LNCS DCI-P sensor is designed with increased moisture resistance, enhancing its durability and reliability in various clinical environments.

Is the reusable sensor highly durable?

Yes, the Masimo LNCS DCI-P Pediatric Digit Reusable Sensor is specifically engineered for enhanced durability and reliable, long-term use in clinical settings. It is designed to be the robust, reusable partner product for LNCS Adhesive Sensors, suitable for repeated use on pediatric patients weighing 10 kg to 50 kg.

Key features supporting its durability and reliable performance include:

  • Increased Moisture Resistance: The integrated 3-foot cable incorporates a new connector design that offers increased moisture resistance, which helps extend the sensor’s lifespan.
  • Performance Under Stress: The sensor is designed to maintain high accuracy and minimize false alarms even during challenging monitoring conditions, such as patient movement and low peripheral perfusion.
  • Interference Resistance: It is built to provide accurate monitoring even during electrosurgical interference, ensuring reliable function in various medical environments.
Is the DCI-P sensor reusable and durable?

Yes, the Masimo LNCS DCI-P (#1864) is specifically designed as a highly durable and reusable pulse oximetry sensor.

It is intended to be the long-lasting partner product for Masimo LNCS Adhesive Sensors, providing reliable, continuous monitoring for pediatric patients.

Key Features for Reusability:

  • Sensor Type: Reusable Digit Sensor (Low Noise Cabled Sensor - LNCS).
  • Durability: Engineered for repeated application and long-term use in clinical settings.
  • Reliability: Maintains high accuracy during challenging conditions like patient movement and low perfusion, ensuring its long-term value.
  • Patient Range: Suitable for pediatric patients weighing 10 kg to 50 kg.
What is the patient size range for this sensor?

The Masimo LNCS DCI-P sensor is specifically designed for pediatric patients weighing between 10 and 50 kg.

What is the sensor's cable length?

The Masimo LNCS DCI-P sensor features an integrated 3-foot cable. This length is designed for simple setup and convenient use during patient monitoring.

Is the LNCS DCI-P sensor highly accurate?

Yes, the Masimo LNCS DCI-P Pediatric Digit Reusable Sensor is specifically designed for high performance and reliability under challenging clinical circumstances.

It ensures accurate and precise readings by incorporating several key performance features:

  • Motion and Low Perfusion Accuracy: The sensor provides reliable data even during patient movement or periods of low perfusion.
  • Interference Resistance: It is engineered for accurate monitoring during electrosurgical interference, which helps minimize false alarms and ensures the proper reporting of true alarms.

These capabilities make it a durable and reliable accessory for pediatric pulse oximetry monitoring.