Description
Versatile ascending-bellows anesthesia machine with comprehensive ventilation and modular monitoring
The Comen AX-600 Anesthesia Workstation is engineered for peri-operative settings, offering full ventilation mode coverage that includes control, SIMV and PSV modes to support induction, maintenance and recovery phases. It employs a proven ascending-bellows pneumatic-drive system under electronic control for precise tidal volumes and consistent ventilation. With a 12.1″ four-way rotating touchscreen interface, the unit supports flexible ergonomics for clinicians. Modular design enables upgrades such as EtCO₂, AG, BIS and negative-pressure suction integration, facilitating adaptability across adult, pediatric and infant cases. Its spacious, lockable storage drawers and durable construction support high-workflow OR environments. This workstation retains the core features of the AX series legacy machines while offering modern usability enhancements, making it a dependable choice in both standard and high-acuity operative care.
Key Features & Technical Highlights
• 12.1″ rotating four-way touch screen — enhances visibility and ergonomics for clinicians of varying heights and positions.
• Ascending-bellows pneumatic-drive with electronic control — provides high accuracy ventilation (claimed ~7% accuracy) and superior trigger response for SIMV/PSV modes.
• Full ventilation mode suite including VCV, PCV, SIMV, PSV, CPAP/PSV and manual — supports a comprehensive range of peri-operative respiratory phases.
• Modular monitoring architecture (AG, EtCO₂, BIS, NMT) and ACGO support for pediatric semi-open circuits — enhances clinical flexibility and workflow integration.
• Large lockable storage drawers and optional negative-pressure suction/AGSS system — improves organization, safety and OR environment efficiency.
Workflow & Clinical Use
In busy surgical suites, the AX-600 streamlines anesthesia delivery and ventilator workflow by combining ventilation, fresh-gas control and monitoring in one station. Patient safety and comfort are supported by accurate delivery and comprehensive mode coverage while clinicians benefit from intuitive controls, modular flexibility and real-world ergonomics.
