Multi-parameter monitors can provide important patient information for medical clinical diagnosis. Through various functional modules, they can detect important parameters such as the human body's ECG signal, heart rate, blood oxygen saturation, blood pressure, respiratory rate and body temperature in real time. Realize supervision and alarm for each parameter. Information storage and transmission is an important device for patient monitoring.

General parameters: non-invasive blood pressure: NIBP, electrocardiogram: ECG, respiration: RESP, body temperature: TEMP, blood oxygen saturation: SPO2, pulse: PULSE enhanced parameters invasive blood pressure: IBP, end-tidal carbon dioxide: ETCO2, etc. Product features: high-brightness adjustable 12.1-inch true color display, monitoring function large character display, built-in rechargeable battery , lightweight and portable, uninterrupted ECG five-lead monitoring, multiple sound and light alarm prompts, drug concentration calculation, monitoring trend data storage up to 96 hours, protection against defibrillation effects, dual body temperature probe design, can detect different parts of the body Body temperature changes are equipped with a network socket, and multiple units can form a central workstation

Uses of multi-parameter monitors Multi-parameter monitors are medical devices used to monitor vital signs. They are mainly used in wards, operating rooms, emergency vehicles and Environments such as ICU play a key role when patients receive treatment and surgery. It can measure multiple vital sign parameters of the patient at the same time, including heart rate, blood oxygen saturation, blood pressure, respiratory rate, temperature, carbon dioxide concentration, etc. It can also choose different parameter monitoring according to different needs, such as nervous system monitoring, etc. The multi-parameter monitor has the following main uses: 1. Monitor the patient's vital sign parameters, including heart rate, respiration, blood oxygen, etc., to grasp the patient's condition in time and intervene in time to avoid deterioration of the situation. 2. Provide real-time data and trend charts to assist medical staff in formulating reasonable diagnosis and treatment plans. 3. It can alarm and remind. When vital signs are abnormal, it can promptly send out warning signals such as sound or vibration to attract the attention of medical staff. 4. Save data, which can record the historical data of the patient's vital signs, making it easy to review the patient's treatment process and evaluate the condition in a timely manner. 5. It can be used in various clinical environments, including emergency rooms, operating rooms, ICUs, wards, etc., and can provide accurate vital sign monitoring services for patients with different needs. How to use a multi-parameter monitor A multi-parameter monitor is a device used to monitor important vital signs of patients, including heart rate, blood pressure, blood oxygen saturation, respiratory rate, body temperature and other parameters. The following is how to use the multi-parameter monitor: 1. Preparation: Make sure the multi-parameter monitor is powered on and all sensors and instruments are connected. 2. Patient installation: Connect each sensor to the patient's body, such as the heart rate sensor being fixed on the chest, the blood pressure sensor being fixed on the arm, etc. 3. Interface setting: Set appropriate upper and lower limits of parameters according to the patient's physical condition, and set alarm prompts (sound, flashing lights, screen prompts, etc.). 4. Start monitoring: Turn on the multi-parameter monitor and set the corresponding monitoring mode, such as normal monitoring, surgical monitoring, etc. 5. Monitoring data and alarms: The multi-parameter monitor will continuously record and display the patient's vital signs, such as heart rate, blood pressure, blood oxygen saturation, etc. Once a certain parameter exceeds the set upper and lower limits, the monitor will automatically issue an alarm prompt to remind medical staff to handle it in time. 6. End monitoring: After monitoring, turn off the multi-parameter monitor, and clean and disinfect related equipment according to operating procedures. It should be noted that the use of multi-parameter monitors requires medical staff to have professional skills and strictly abide by operating procedures and safety requirements. During use, the stability and reliability of the equipment should be ensured to ensure monitoring effectiveness and patient safety.