Description

The new platform offers flexibility for most spatial conditions. The high precision piston ventilator supports lung protective ventilation measures and a comprehensive set of parameters assist decision-making support. The Atlan A300/XL can be networked to communicate bi-directionally and securely with other networked devices to share data and information that can help to increase efficiency and reduce errors in anaesthesia.
The electronically controlled electrically driven piston ventilator technology of Atlan A300/XL anaesthesia machine helps to deploy lung protective ventilation measures that can be beneficial for perioperative lung function and may improve outcomes.
Atlan® A300/A300 XL – anesthesia machine for anesthetizing adults, pediatric patients, and neonates; designed for low-flow and minimal-flow inhalational anesthesia;
Main device with electronically driven E-Vent plus piston ventilator (no drive-gas required), for precise tidal volume delivery, with fresh-gas decoupling, active PEEP control and high trigger sensitivity; warmed, compact breathing system, allows tool-free disassembly for hygenic reprocessing; fully automatic system test, integrated checklist and illustrated instructions; comprehensive safety functions, e.g., up to 120 minutes battery operation time and a backup manual mode, additional LCD display shows airway pressure and supply status for gases and power/battery; operation via 15.3″ touchscreen with standardized Dräger operation concept and configurable screen layout, display of 2 or 3 waveforms acc. to device configuration, configurable parameter boxes; integrated, dimmable illumination of working and documentation surfaces; integrated anesthetic gas scavanging.
Mechanically controlled gas mixer with electronic flow measurement, numerical gas flow indicators and virtual flowmeters on the device screen.
Patient gas measurement module with fully integrated gas monitoring: Inspiratory and expiratory gas concentration of O2, N2O, CO2 and anaesthetic agents, automatic identification of isoflurane, sevoflurane, desflurane, halothane, enflurane, detection of anaesthetic gas mixtures, age-corrected xMAC display; sample gas returned to the breathing circuit; module is exchangeable when needed.