Anesthesia Delivery
Aisys CS² Anesthesia Delivery System
The future made possible today! A technologically sophisticated digital anesthesia CarestationTM that is both clinically advanced and intuitive to the touch.
Avance CS² Anesthesia Delivery System
An advanced, integrated CarestationTM featuring a sleek 15-inch touchscreen display and intuitive user-interface that can help take the work out of your workflow.
Carestation 650c Anesthesia Delivery System
The Carestation 650c is a compact anesthesia system designed for pendent or wall mount — an ideal solution for induction rooms where floor space is limited.
Carestation 620
This compact, economical and easy to use anesthesia system is designed to suit the smallest of spaces.
Carestation 650
This compact, versatile and easy to use anesthesia system is designed to suit the smallest of spaces and the toughest of challenges.
Aladin2 Cassettes
Our agent-specific cassettes operate with innovative electronic control from the host anesthesia delivery system.
Tec 6 Plus
A sophisticated and easily controllable electronic vaporizer, TecTM 6 Plus lets you deliver Desflurane with confidence.
Carestation 30
The Carestation 30 helps you provide dependable anesthesia for your patients while staying within your budget.
9100c NXT
9100c NXT is a precise anaesthesia solution that gives you peace of mind by supporting an easy and trustful anaesthesia delivery experience
Product Supporting Materials Listing - Anesthesia
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9100c NXT - Precise, Versatile and Dependable Anesthesia Machine
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Carestation 650 and Carestation 620 – Simple, smart, scalable
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GE Healthcare – Serie Carestation 600 – Elegante. Simple. Escalable
Pressure Control Ventilation-Volume Guaranteed (PCV-VG)
A controlled ventilation mode combining the advantages of Volume Control Ventilation (VCV) and Pressure Control Ventilation (PCV) for patients requiring controlled mechanical ventilation.
DownloadThe Anesthesia Machine and Malignant Hyperthermia
This Technical Report was written by Tae W. Kim, MD, Department of Anesthesiology and Critical Care Medicine, The Johns Hopkins University School of Medicine and Robert Tham, Principle Engineer, GE Healthcare.
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