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Anesthetic gas analyzer monitor are medical devices used in operating rooms and intensive care units to monitor the concentration of gases administered during anesthesia.By accurately measuring and displaying the concentrations of these gases, the anesthesia gas analyzer helps anesthesiologists and other healthcare professionals maintain a precise balance of anesthetic agents, oxygen, and carbon dioxide, optimizing the patient's condition during surgery or critical care procedures.Anesthetic gas analyzer monitor has wide applications. It can measure and monitor the concentration of CO2, functional oxygen saturation SpO2, Pulse and N2O concentrations. Also anesthetic gas monitor is also useful for the following: Halothane, Enflurane, Isoflurane, Sevoflurane and Desflurane.
An anesthesia gas analyzer typically encompasses several features that allow for accurate and comprehensive monitoring of gases during anesthesia administration. While specific models may vary, here are some common features of this gas analyzer anesthesia machine you can expect to find:
1.Portable and lightweight mainstream multi-gas monitor, suitable for emergency, pre-hospital and intra-hospital transfer, operating room, ICU, enhancing the safety of anesthesia
2. Alarm for data overrun and suffocation. Quick warm-up with the first value displayed in 5 seconds, and accurate readings displayed in 15 seconds. 24-hour trend graphs, not lost when power off
3. Turn on the anesthesia gas analyzer, and the anesthetic gas analyzer monitor is ready to use instantly with no need to calibrate.
4.Automatic atmospheric pressure compensation; Economical adapters reduce usage costs.
5.Data output via USB and Bluetooth (optional).
6.Firm and durable, suitable for various medical environments (field, helicopter, etc.)
| Temperature | 5℃~50℃ |
| Relative humidity | 10%~90%（Non-condensing） |
| Atmospheric pressure | 55~115kpa |
| Co2 Measuring range | 0-150mmHg |
| Accuracy | 0~40mmHg, inaccuracy≤± 2mmHg； 41~70mmHg, inaccuracy≤±5% of Reading； 70~100mmHg, inaccuracy≤± 8% of Reading； 101~150mmHg, inaccuracy≤±10% of Reading； |
| N₂O Measuring range | 0~100% |
| Inaccuracy | ±（2vol%+ 2% of Reading） |
| HAL, ENF, ISO Measuring range | 0-12% |
| Inaccuracy | For 0~8% ±（0,2 vol% + 5% of Reading） For 8~12% unspecified |
| SEV Measuring range | 0~15% |
| Inaccuracy | 0~10%，±（0,2 vol%+5% of reading） 10~15% unspecified |
| DES Measuring range | 0~25%； |
| Inaccuracy | 0~18%，±（0,2 vol%+5% of reading） 18~25% unspecified |
| Respiration Rate Range | 2~150 t/min |
Anesthesia gas monitoring involves the measurement and monitoring of various gases during the administration of anesthesia to ensure patient safety and optimize anesthesia delivery. It plays a crucial role in maintaining the patient's physiological stability and preventing complications associated with inadequate gas levels.Multi gas analyzer is an integral part of the anesthesia gas monitoring, providing real-time information on gas concentrations to guide anesthesia management and ensure patient safety throughout surgical procedures and critical care settings.
