The Mindray Epm 12Ma Parameter Module, featuring a CO2 module, is an indispensable tool in neonatal care settings. Specifically designed for comprehensive sidestream CO2 monitoring, it provides precise and reliable measurements crucial for the well-being of newborns. Equipped with a single slot configuration, this compact module is easy to integrate into your existing Mindray Epm12Ma systems. The included neonatal accessory kit ensures that you have all the essential tools for accurate and sensitive monitoring.

With its focus on efficiency and ease of use, the Mindray CO2 module enhances neonatal monitoring by delivering continuous sidestream CO2 measurement. This module provides healthcare providers with critical data for evaluating neonatal respiratory function, ensuring that interventions can be promptly performed when necessary. The module's design facilitates straightforward operation and maintenance, making it a trusted choice for healthcare facilities dedicated to neonatal care.

Key Features:

• Designed specifically for neonatal care, this CO2 module integrates seamlessly with the Mindray Epm12Ma monitor to deliver precise sidestream CO2 measurement, which is crucial for ensuring infant respiratory health.
• The module fits into a single slot space, making it a space-efficient addition to your neonatal monitoring equipment. Its ease of installation and compatibility with existing systems adds to its user-friendly design.

Uses:

• The Mindray Epm 12Ma Parameter CO2 Module is primarily used for monitoring CO2 levels in newborns. It is an essential tool in neonatal care for ensuring the health and safety of infants by accurately measuring respiratory parameters.

FAQs:

1. What is included in the neonatal accessory kit?
The neonatal accessory kit includes all necessary attachments and interfaces needed for neonatal respiratory monitoring using the CO2 module.

2. Is the CO2 module compatible with other models?
This specific CO2 module is designed for use with the Mindray Epm12Ma monitor, ensuring compatibility and optimal performance.