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15.3" touch-screen with storable view and profiles
O2, Air, N2O
1 year
Dräger Atlan A350/A350 XL
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 A350/XL can be networked to communicate 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 A350/XL anaesthesia machine helps to deploy lung protective ventilation measures that can be beneficial for perioperative lung function and may improve outcomes.
High precision piston ventilator enables accurate tidal volume delivery down to 5 ml (in VC mode)*
Synchronised piston movement with the patient expiration flow reduces the expiratory resistance and can reduce work of breathing
The set PEEP is maintained even in case of small leakage and during spontaneous breathing to reduce risk of atelectasis development
High trigger sensitivity can detect even weak spontaneous breathing efforts of patients
Fresh-gas decoupling seperates the ventilation from the fresh-gas flow and the O2 flush so changes to the fresh-gas flow have no influence on the applied tidal volume and the ventilation pressures
Features optimise low- and minimal-flow application, which can contribute to improved humidity of anaesthetic gases, mucociliary clearance, maintenance of body temperature and reduced fluid loss. They include:
– built-in breathing system warmer to warm breathing gas and to reduce condensation
– optimised breathing system architecture to enable fast changes in fresh-gas and agent concentrations
– sample-gas recirculation to eliminate gas loss
Lung recruitment maneuver option** comprises One-step and Multi-step recruitment methods, Insp./Exp. Hold function and reminder function to support recruitment maneuver deployment
AutoFlow option ensures the delivery of the set tidal volume with the lowest required pressure to avoid pressure peaks and unintentional high tidal volumes
Highly accurate APL valve with a nearly linear increase and decrease in pressure pattern
| Operational Application | Integrated anesthesia workstation for all patients |
| Patient categories | Adults, pediatrics, neonates |
| Screen Display | 15.3" touch-screen with storable view and profiles, smart alarm managment with extensive support system |
| Vaporizers capability | Smooth and rounded surfaces ease frequent cleaning/wipe disinfection |
| Patient gas module | in/ex O2, N2O, CO2, Agent (option with xGM patient gas module) |
| Gases | O2, Air, N2O |
| Fresh-gas mixer | electronic gas mixer with automatic fresh-gas composition control |
| LOOPS (p/V-loop and flow/V-loop) | YES |
| Smart Pilot View | YES |
| APL-Technology / Precise manual ventilaton | Dräger APL-Valve |
Our Atlan A350/XL machines offer you a wide range of functionalities to help make the anaesthesia process safer for both your patients and clinical staff.
Backup manual mode (in case of ventilator, touch screen, or gas mixer failure) to allow manual ventilation while maintaining gas and ventilation monitoring as well as O2 and anaesthetic agent delivery to continue anaesthesia at any time
Generates message* when the RFID technology-based Infinity ID breathing bag connector or breathing circuit is connected incorrectly and if the Infinity ID CLIC absorber is not firmly connected to avoid potential human errors
Intuitive start in emergency case to reduce waiting time in critical situations
O2 real gas test** checks to ensure oxygen is the delivered gas during the system test
Automatic xMAC monitoring** to alarm in case of an unintentional drop in concentration of volatile anaesthetics to avoid awareness
In case of central gas supply failure and absence of spare gas cylinders, the mechanical ventilation of the patient can be continued with ambient air
Automatic and time-controlled*** system test, which includes all relevant components to ensure a safe-to-operate machine so as to enhance patient and personnel safety
