GE Aisys CS2
15″ full color display, utilizing surface acoustic wave touch screen technology
Breath-by-breath patient spirometry displays for airway pressure, flow, volume, compliance, PEEP and airway resistance measured at the patient’s airway
Advanced ventilation capabilities, from neonates to adults
Specifically designed for low-flow to help provide fast gas kinetics for rapid wash-in and wash-out of anesthetic agent
One-year warranty
Professionally Refurbished
Enhanced with the ultra-compact CARESCAPE Respiratory Modules for comprehensive airway gas analysis of your patients
Displays breath by breath patient spirometry for airway pressure, flow, volume, compliance, PEEP and airway resistance measured at the patient’s airway
Simplified workflow for fast agent, oxygen and fresh gas flow adjustments
Auto alarm limits to help you optimize alarm management for each patient
Wide range of ventilation modes, from PCV, PSVPro, SIMV, and many more, designed to help support spontaneously breathing patients
GE Avance CS2
Smartvent 7900 ventilator
Sophisticated SIMV ventilation
PCV, PCV-VG, and PSVPro modes
Electronics Gas Mixing
Advanced Breathing System (ABS)
Information management
Professionally Refurbished
The GE Avance CS2 anesthesia machine offers GE’s unique approach to perioperative solutions – close and continuous collaboration with clinicians. Clinicians will benefit from the compact, integrated design that features advanced anesthesia delivery and the very best in anesthesia patient monitoring.
The GE Avance CS2 provides sophisticated ventilation capabilities with the 7900 SmartVent Ventilator, helping clinicians meet the needs of the full patient range. Expanded clinical capabilities for spontaneously breathing patients include SIMV and PSVPro.
The integrated ABS breathing system enables easy on / off capability, facilitating easier cleaning and reduced maintenance time; ease of disassembly and cleaning; and complete detection of the ABS utilizing integrated electronics. The integrated design of the ABS enhances the system’s elegance by minimizing tube connections and circuit volume, while increasing the work surface area.