Hamilton Connect App

Integrating technology with respiratory care, the Hamilton Connect App is an innovative tool that enhances the capabilities of healthcare professionals in managing ventilation workflows. It is designed specifically for use with Hamilton Medical ventilators equipped with the Hamilton Connect Module, using a mobile device to access an array of functions.

A demo mode is available, allowing for the exploration of the app's comprehensive features without the need for an actual ventilator. This provides a unique opportunity to familiarize with its capabilities in a risk-free environment before applying them in clinical settings.

The app's primary function is to serve as a portable extension of the ventilator's display, offering near real-time respiratory data directly to your mobile device. This feature is particularly valuable for maintaining continuous patient oversight, even when not in the immediate vicinity of the ventilation equipment.

Key functionalities include reviewing and altering active control settings, analyzing waveforms with the option to freeze them for detailed examination, and adjusting time scales for optimal visualization of the data. Alarm notifications and access to a comprehensive view of all relevant parameters and values are additional benefits.

To cater to varying preferences and requirements, customizable layouts are provided for displaying monitoring parameters and waveforms, enabling configuration of the interface to best suit professional needs.

The app aims to serve as a digital companion throughout the entire ventilation management process, providing a streamlined solution to enhance the efficiency of respiratory care. By easing access to crucial patient data, it supports thorough and rapid decision-making in clinical environments.

Please note, it is not a substitute for the ventilator's real-time data display and should not be utilized to replace any aspect of the hospital's device monitoring systems. The tool is designed to augment, not replace, the standard monitoring protocols.