
High-resolution flow sensors and micro-piston control ensure accurate tidal volumes for neonates through bariatric patients during complex surgical procedures.
Integration of pressure-controlled and volume-guaranteed modes optimizes lung recruitment and gas exchange across diverse patient demographics and clinical cases.
Seamless electronic mixing of oxygen, air, and volatile agents ensures precise concentration levels while minimizing anesthesia gas consumption costs.
Real-time capnography and lung mechanics visualization allow clinicians to monitor patient compliance and detect airway resistance issues immediately.
