At a glance
End-tidal control (Et Control)
Automatically adjusts fresh gas flow to maintain clinician set 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 anaesthesia
Use convenient tools to help reduce OR emissions and anaesthetic agent costs6
Control anaesthesia therapy with the precision of digital technology that may help reduce preventable adverse events and postoperative pulmonary complications. Aisys CS2 Et Control software automates oxygen and agent delivery to maintain clinician set targets, so you can focus on the patient. No tools required with removable subsystems to make maintenance easy. Automatically analyze anaesthesia workstation data to help drive change.
Automate end-tidal oxygen and end-tidal anaesthetic agent delivery to clinician set targets with Et Control software1
, so you can focus on your patient.
The ventilator engine in the Aisys CS2
anaesthesia 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.
The Aisys CS2
anaesthesia 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.
When the Aisys CS2 electronic control system is combined with Aladin2™ Agent Cassettes, information displayed is measured, not estimated. Guided safety features provide unique overdose and accidental awareness protection.
To help hospitals minimize greenhouse gas (GHG) emissions, we provide tools that may help reduce the consumption of inhaled anaesthetic agents and capture CO2 without jeopardizing patient care.
Low-flow⁹ sustainability
