At a glance
End-tidal control (Et Control)
Automatically adjusts fresh gas flow to maintain EtO2 and EtAA targets
Digital OR ecosystem
Visibility into the OR through mobile apps to support agile decision-making
Complete lifecycle support
Benefit from a modular design, low maintenance costs, and OEM accessories
Sustainable anesthesia
Use convenient tools to help reduce OR emissions and anesthetic agent costs6
Automate end-tidal oxygen and end-tidal anesthetic agent delivery with Et Control software1, so you can focus on your patient.
Fast, low-flow control: Reach 90% of your target EtAA within an average of 90 seconds4 and maintain the target at minimal flow rates.
Reduced workloads: One study has shown it can reduce the number of key presses by >50%5 to help simplify adoption of low-flow strategies by your staff.
Vigilant patient support: One study has shown that End-tidal control is twice as accurate in maintaining the set EtO2 and EtAA regardless of patient status.3
More eco-friendly practices: One study has shown a potential 44% decline in the rate of greenhouse gas emissions6 when employing Et Control software.
Improved cost savings: Studies have shown it can reduce anesthetic agent consumption by over 25% depending on agent.2,3
Pause gas flow: Press one button to temporarily stop all gas flow agent delivery ventilation and alarms.
Auto alarm limits: Helps reduce alarm fatigue by managing alarm limits for MV, TV, and RR on a case-by-case basis.
Guided checkout: Comprehensive system checkout is achieved in less than three minutes, including checking for leaks.
The ventilator engine in the Aisys™ CS2 anesthesia workstation is built using an electromagnetic proportional flow valve that precisely controls delivered volumes and pressures (like those found in ICU ventilators) to help you ventilate challenging patients.
Low tidal volume: delivers tidal volumes as low as 5 mL in PVC mode.7
Responsive: Monitors and responds to changes in the patient’s airway pressure or respiratory efforts up to 250 times per second.
Precise delivery: Fine control of volume and pressure delivery to the patient, breath by breath, helps reduce challenges in caring for neonatal1 and pediatric patients.
Circuit compliance compensation: Ensures that what you set is what is being delivered to the patient and takes into account the volume in the patient circuit.
The Aisys™ CS2 anesthesia machine is designed to support system interoperability by simplifying connections to other medical devices and to your hospital network, providing real-time8 and retrospective data.
GE is a trademark of General Electric Company used under trademark license. Aisys™, Carescape and Carestation are trademarks of GE HealthCare. Amsorb is a registered trademark of Armstrong Medical Ltd.
