Cardiac Output Monitoring

1. FLOW-i Automatic Gas Control (AGC)

When patients are at their most vulnerable, Automatic Gas Control (AGC®) gives you visibility, control and precision to provide low- and minimal flow anesthesia. Safe, cost-effective and convenient, AGC is engineered to improve forecasting and control of anesthetic agents during the induction and emergence of anesthesia.

AGC provides staff with an advanced prediction tool for improved efficiency and ease of use in administration of anesthetic gas delivery.

Automatic Gas Control

Once activated, the AGC feature automatically adjusts the fresh gas flow and anesthetic agent supply to a minimum while maintaining the anesthetic target level.

This unique technology provides clinicians with convenient control of the anesthetic delivery process, allowing more time to stay focused on the patient.

2. FLOW-i C20 anesthesia machine

Along with a choice of storage options the FLOW-i C20 features the standard rotatable arm for flexible screen positioning, tiltable screens to allow for maximized screen visibility and vertical and horizontal rails for auxiliary equipment.

The inclusion of storage options and combinations means the FLOW-i C20 is a mobile ventilation and anesthesia unit that can be used across the widest range of patient groups, including those with acute respiratory demands and pediatric patients.

FLOW-i is an anesthesia machine incorporating ventilation technology based on the highly regarded Maquet SERVO platform. It has a re-breathing device called the MAQUET VOLUME REFLECTOR® which replaces traditional breathing circuits and provides additional security for the patient.

Providing secure anesthesia, the FLOW-i C20 enables clinicians to continuously adapt and improve anesthesia care to match the situation at hand while maintaining stable respiratory conditions.

3.FLOW-i C30 Anesthesia Delivery System

By offering height adjustability combined with the standard rotatable and a tiltable screen arm for flexible screen positioning and visibility, the FLOW-i C30 represents a new level in the ergonomic provision of ventilation and anesthesia.

It is the flexible modularity of the FLOW-i C30 that makes it an adaptable and upgradeable system, which combine with an ease of use that contributes to a more efficient use of hospital resources.

The widest range of patient groups, including pediatric and those with acute respiratory demands, merit FLOW-i C30.

FLOW-i is an anesthesia machine incorporating ventilation technology based on the highly regarded Maquet SERVO platform. It has a re-breathing device called the MAQUET VOLUME REFLECTOR® which replaces traditional breathing circuits and provides additional security for the patient.

The FLOW-i C30 enables clinicians to continuously adapt and improve anesthesia care to match the situation at hand while maintaining stable respiratory conditions.

4. FLOW-i C40 Anesthesia Delivery System

Mounted on a ceiling supply unit, the FLOW-i C40 can offer a two-part circulating radius, resulting in a wide spatial range for the unit.

The FLOW-i C40 enables clinicians to continuously adapt and improve anesthesia care to match the situation at hand while maintaining stable ergonomic respiratory conditions.

Along with the specific assimilation of gas, electrical sockets and communication ports, the FLOW-i C40 features the standard rotatable arm for flexible screen positioning, tiltable screens to allow for maximized screen visibility and vertical and horizontal rails for auxiliary equipment.

FLOW-i is an anesthesia machine incorporating ventilation technology based on the highly regarded Maquet SERVO platform. It has a re-breathing device called the MAQUET VOLUME REFLECTOR® which replaces traditional breathing circuits and provides additional security for the patient.

FLOW-i C40 can be used across the widest range of patient groups, including those with acute respiratory demands and pediatric patients.

Product Representative: Mr. Yousef AlNajjar  |  Contact: +965 97203044  |  Email: y.alnajjar@hcdynamics.com

✌ Designed by Jasim @ HealthCare Dynamics Company