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Overview
Anesthesia Machine ZAM-A10 offers an adjustable inspiratory-to-expiratory ratio from 2:1 to 1:6. Multiple ventilation modes, including IPPV, A/C, SIMV, MAUN, and SIGH, make it adaptable for a wide range of patients. The system’s integrated breathing circuit design supports easy operation while maintaining a clean setup. Our Anesthesia Machine comes with a high-precision flowmeter, clinicians can instantly view the fresh gas flow rate, ensuring safe delivery to the patient.
Specifications:
| Ventilation Mode | IPPV, A/C, SIMV, MAUN, SIGH |
|---|---|
| Gas Source | O₂, N₂O/O₂, AIR |
| Inspiratory-To- Expiratory Ratio | 2:1 to 1:6 |
| Tidal Volume (V<sub>T</sub>) | 20ml to 1500ml |
| Minute Volume (M<sub>V</sub>) | ≥ 18L/min |
| Respiratory Rate (F<sub>req</sub>) | 1bpm to 100bpm |
| Positive End-Expiratory Pressure (PEEP) | 0cmH₂O to 30cmH₂O |
| Pressure Trigger (P<sub>Tr</sub>) | -20 cmH₂O to 20 cmH₂O |
| Flow Trigger (F<sub>Tr</sub>) | OFF, 0.5 L/min to 30 L/min |
| Flow Trigger (F<sub>Tr</sub>) | OFF, 0.5 L/min to 30 L/min |
| Inspiratory Time (T<sub>insp</sub>) | 0.2s to 6s |
| Inspiratory Pause (T<sub>IP</sub>) | 0s to 3s |
| Apnea Ventilation | OFF, 5s to 60s |
| SIGH | 1/100 to 5/100 |
| Gas Pressure | 280kPa to 600kPa |
| Bellow Volume | 1.5 L |
| Graphical Display | P-T (pressure – time)<br> F-T (flow – time) |
| Auxiliary Common Gas Outlet (ACGO) | Standard |
| Vaporizers | 2 standards |
| Drawers | 2 standard drawers |
| Display | 7"Colorful TFT LCD display screen |
| Power Consumption | 40VA |
| Power Supply | 100V to 240V, 50/60Hz |
Features
7-inch TFT LCD screen
High-precision flowmeter for fresh gas
Safety vaporizer with self-lock function
Real-time pressure and flow oscillograms
Optional vital sign and gas monitoring
ACGO and fast oxygen for emergencies
Supports O₂, N₂O/O₂, and AIR
Adjustable inspiratory-expiratory ratio
Applications
Our Anesthesia Machine ZAM-A10 is used in hospitals and surgical centers to safely administer and monitor anesthesia, ensuring controlled ventilation and vital parameter tracking for patients during surgery.
