GE PDM Nellcor Module REF: 2016793-002

Includes:

- GE PDM Nellcor Module REF: 2016793-002 - 15 Pieces

The GE PDM Nellcor Module REF: 2016793-002 is a specialist patient monitoring module designed to provide Nellcor-based SpO₂ (oxygen saturation) monitoring when used with compatible GE patient monitoring equipment.

This GE module is a practical component for hospitals, intensive care units, operating theatres, emergency departments, clinics and medical equipment dealers looking for a used SpO₂ monitoring module or replacement component for compatible patient monitoring systems.

The exact system compatibility and configuration should be verified before purchase to ensure the module is suitable for the intended GE monitoring platform.

Key Features

- Nellcor SpO₂ Monitoring

Designed for compatible monitoring systems requiring Nellcor pulse oximetry technology for oxygen saturation and pulse-rate monitoring.

- GE Patient Monitoring Component

A dedicated GE module intended for integration with compatible GE patient monitoring equipment.

- REF: 2016793-002

The exact reference number provides straightforward identification when sourcing a replacement or additional monitoring module.

- Compact Modular Design

Designed as a module-based component for integration into compatible patient monitoring configurations.

- Suitable for Clinical Environments

Relevant to hospitals, critical care departments, operating rooms, emergency care environments and medical equipment service providers.

Monitoring Application

The GE PDM Nellcor Module is intended for compatible patient monitoring configurations supporting:

- SpO₂ monitoring

- Pulse-rate monitoring

- Nellcor pulse oximetry

- Bedside patient monitoring

- Multi-parameter patient monitoring systems

- Critical care monitoring

- Hospital patient monitoring

Clinical Applications

Depending on the compatible GE monitoring system, the module may be relevant to:

- Intensive Care Units (ICU)

- Operating Theatres

- Emergency Departments

- Critical Care

- Recovery Rooms

- General Hospital Wards

- High Dependency Units (HDU)

- Medical Clinics

- Patient Monitoring Departments

Key Benefits

- Genuine GE PDM Nellcor monitoring module

- Exact REF: 2016793-002

- Designed for Nellcor SpO₂ monitoring

- Suitable as a replacement or additional module

- Modular patient monitoring solution

- Useful for hospitals and healthcare providers

- Suitable for medical equipment dealers and resellers

- Cost-effective used medical equipment component

Why Choose the GE PDM Nellcor Module?

The GE PDM Nellcor Module REF: 2016793-002 is a specialist SpO₂ patient monitoring component for compatible GE monitoring systems. Its clearly identified reference number makes it easier for hospitals, biomedical engineers, equipment dealers and resellers to identify the required module when sourcing replacement or additional patient monitoring equipment.

Before purchase or clinical use, buyers should confirm monitor compatibility, module functionality, connector configuration, accessories and software requirements.

The GE PDM Nellcor Module, model REF: 2016793-002, is a reliable component for patient monitoring systems, specifically designed for integration with GE monitors. These modules are refurbished and offered as a lot of 15 pieces, making them an economical choice for facilities seeking to enhance their monitoring capabilities.

This module is known for its ability to accurately measure and display vital signs, including oxygen saturation and pulse rate, using trusted Nellcor technology. As a plug-and-play component, it provides ease of installation and seamless operation within the existing monitoring framework of GE systems. It is compatible with various GE patient monitors, ensuring flexibility and versatility in clinical environments.

Each module has been inspected to ensure it meets the operational standards required for patient care. This offering is ideal for hospitals, clinics, or medical facilities looking to maintain or upgrade their current monitoring systems economically and efficiently.