
Gas Consumption Analytics
Contact usGas Consumption Analytics
Enables you to reduce the consumption of anaesthetic gases
Derive clinical and economical insights from the agent consumption of your anaesthesia devices. Create transparency on consumption uptake, efficiency, cost and applied fresh gas flows as a foundation to reduce costs of anaesthesia while simultaneously decreasing the volume of consumed volatile anaesthetic gases which have a negative impact on the environment.
Helps you protecting your patients
With Gas Consumption Analytics you receive an overview of the flow settings being used during anaesthetic procedures. This provides the possibility to implement patient protecting low- and minimal-flow practices. These practices are suitable for maintaining the optimal breathing gas temperature and keeping the right level of humidification of respiratory gases, supporting lung protective ventilation of patients.
Customisation and flexible data availability
The widgets of the Gas Consumption Analytics application can be selected and adapted to the individual information needs of a user. For individual reporting purposes or subsequent analysis, the collected data can be exported from Dräger Connect into a spreadsheet.
Designed with security and data privacy in mind
The standardized and easily accessible cloud infrastructure minimizes IT administration efforts, allows for a fast scalability and ensures professional security management. Only device data are transferred, collected and analyzed.
A digital service platform at the palm of your hand
Benefit from additional data-driven services offered on Dräger Connect, our Digital Services platform. Utilize the potential of the data that your Dräger devices provide and combine it with our application and technical know-how to improve acute care.
Images and Videos

Why Dräger Services?
Medical equipment performs at its best with maximum safety when properly maintained by manufacturer-certified technicians. Ensure uptime and choose an equipment management partner that optimises availability and lifecycle planning.