Biolight M66 Multiparameter Patient Monitor Vital Signs With NIBP SpO2 ECG

Biolight M66 Multiparameter Patient Monitor Vital Signs With NIBP SpO2 ECG

Introduction

The Biolight M66 is a multi-parameter patient monitor specifically designed for clinical scenarios. It integrates core vital sign monitoring functions such as ECG, blood oxygen, blood pressure, and body temperature, making it a commonly used monitoring device in hospital wards, ICUs, and emergency rooms. It can continuously collect and display patients' physiological data 24 hours a day, simultaneously triggering alarms for abnormalities. This provides continuous and reliable clinical monitoring support for medical staff, helping to promptly detect changes in patients' conditions and ensure treatment safety. The modular design of the entire unit not only makes daily operation convenient but also ensures highly efficient maintenance. It can flexibly adapt to the monitoring needs of different departments, making it one of the core devices for clinical vital sign monitoring.

Parameter Description

• Product Model: Biolight M66 Patient Monitor
• Monitoring Parameters: Electrocardiogram (ECG), SpO₂, Non-invasive Blood Pressure (NIBP), Invasive Blood Pressure (IBP), Body Temperature (TEMP), Respiration (RESP), Pulse Rate (PR), Carbon Dioxide (CO₂, optional)
• Display Configuration: High-definition color LCD screen, supports multi-parameter simultaneous display and waveform review
• Power Supply: AC 100V~240V 50/60Hz mains power supply, built-in rechargeable lithium battery supports power outage recovery
• Data Storage: Supports massive monitoring data storage, historical data review and export
• Interface Configuration: Multi-parameter interface panel, network port, USB port, printer interface, supports external device expansion
• Dimensions: Meets the standards for portable/bedside use of medical equipment; weight suitable for daily movement and fixed placement
• Operating Environment: Temperature 0~40℃, relative humidity 10%~85%, meets the safety standards for medical electrical equipment
• Protection Level: The body has a splash-proof design, suitable for clinical cleaning and disinfection needs

Advantages

1. Equipped with high-precision sensors and signal processing algorithms, it effectively filters environmental interference, ensuring accurate and reliable monitoring data that meets stringent clinical diagnostic requirements.

2. The interface layout is simple and clear, with button and touch operation logic tailored to medical staff's usage habits, allowing for quick and easy learning and efficient parameter setting and alarm adjustment even in busy scenarios.

3. The entire unit adopts a modular structure, with core components such as the power board, parameter board, and air pump assembly all independently disassembled and replaced, significantly reducing equipment downtime and maintenance costs.

4. The body is made of medical-grade engineering plastic with a smooth surface free of cleaning dead corners. It can withstand high-frequency disinfection with alcohol and chlorine-containing disinfectant wipes, and is not prone to yellowing or aging, meeting stringent hospital infection control requirements.

5. Built-in high-capacity lithium battery provides continuous operation after power outages, ensuring uninterrupted monitoring during patient transport. It also supports long-term mains power supply, meeting the needs of 24-hour uninterrupted bedside monitoring.

Note

1. During daily use, regularly calibrate blood pressure and blood oxygen monitoring modules to ensure accurate measurement data; regularly check the condition of probes and tubing, and promptly replace aging or damaged parts.

2. When cleaning and disinfecting, wipe the machine body with a soft cloth dampened with neutral detergent or medical disinfectant wipes. Do not splash liquids directly onto the equipment to avoid seeping into the internal components and causing short circuits.

3. When placing the equipment, keep it away from water sources, heat sources, and strong electromagnetic interference sources, and avoid direct sunlight to prevent affecting equipment performance.

4. If the equipment malfunctions, it must be inspected and handled by professional maintenance personnel. Non-professionals are strictly prohibited from disassembling internal modules to avoid exacerbating the fault or creating safety risks.