The GHM832 Basic Anesthesia Machine is engineered for safety, stability, and precision across a wide range of clinical applications. With its accurate ventilation control and robust safety features, it delivers reliable anesthesia support for both adult and pediatric patients. Key Features: Precise Tidal Volume ControlMinimum tidal volume can be set as low as 20 mL, ensuring accurate ventilation for adults and children across diverse surgical needs. Enhanced Patient ComfortBuilt-in PEEP function reduces inspiratory workload and improves patient-ventilator synchronization, supporting smoother anesthesia delivery. Comprehensive Safety AlarmsAlerts are triggered immediately if the oxygen sensor becomes detached or fails, enhancing clinical safety and equipment reliability. Flexible Ventilation ModesOffers A/C, SIMV, Standby, and MAN modes to accommodate various anesthesia and ventilation strategies. Wide Parameter Ranges Tidal Volume: 0, 20–1500 mL Ventilation Frequency: 0, 1–100 bpm I:E Ratio: 1:10 – 10:1 PEEP: OFF, 4–30 cmH₂O Pressure Trigger: 0–20 cmH₂O Flow Trigger: 0–20 L/min Comprehensive MonitoringReal-time display of tidal volume, minute ventilation (0–60 L/min), peak airway pressure, ventilation frequency, FiO₂ (18–100 vol%), and PEEP (0–70 cmH₂O) for complete patient status visibility. Waveform VisualizationView pressure-time and flow-time waveforms to assist in clinical assessment and troubleshooting. Vaporizer CompatibilitySupports multiple vaporizer types including Enflurane, Isoflurane, Sevoflurane, and Halothane.Optional dual vaporizer configuration or original imported vaporizer (Brand: Penlon, Model: Sigma Delta) available. Anesthesia Gas Scavenging System (AGSS)Optional AGSS helps safely remove excess anesthetic gases, supporting a cleaner and safer operating environment. Reliable Power BackupEquipped with battery backup that provides low battery alarm at ≥15 minutes and run-out alarm at ≥3 minutes, ensuring continuity during unexpected power interruptions. Automatic CompensationFeatures automatic compensation for temperature, pressure, and flow rate, ensuring consistent performance under varying conditions.
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