The Mindray Pulse Induced Contour Cardiac Output (PiCCO) CO7701/040-000816-00 is an advanced hemodynamic monitoring
module designed for critical care and emergency medical care. It seamlessly integrates with Mindray monitoring systems, providing
clinicians with key cardiac function monitoring parameters and enabling a comprehensive assessment of a patient's circulatory status.
Known for its high accuracy and stability, this product is an essential tool for ICUs, CCUs, and operating rooms.
Advanced Monitoring Technology
This product utilizes PiCCO (Pulse Induced Contour Cardiac Output) advanced monitoring technology,
enabling continuous, real-time monitoring of cardiac output (CO). Compared to traditional monitoring
methods, PiCCO technology is less invasive and can dynamically capture changes in the patient's
circulatory system, providing a scientific basis for critical care.
Precise Cardiac Function Assessment
The Mindray CO7701/040-000816-00 not only measures cardiac output (CO), but also monitors
systemic vascular resistance (SVR), cardiac preload, and afterload parameters. By integrating
multi-dimensional data, physicians can more accurately assess a patient's cardiac function,
optimize fluid management and medication regimens, and enhance personalized treatment.
Specifically for Critical Care
This PiCCO module is widely used in ICUs, CCUs, operating rooms, and various other critical
care settings. It helps medical teams quickly understand patient hemodynamic changes,
playing a crucial role in the treatment of patients with shock, heart failure, and major surgery.
Improved Diagnosis and Treatment Efficiency
Real-time monitoring data supports doctors in making quick decisions, shortening diagnostic
and treatment response times. Whether treating critically ill patients or monitoring surgical
procedures, PiCCO technology provides doctors with reliable evidence, improving clinical
efficiency and enhancing rescue success rates.
Long-Term Cost-Effectiveness
Mindray PiCCO modules are designed to be stable and durable, capable of long-term use
in high-intensity clinical environments, reducing the costs associated with frequent replacement
and maintenance. For hospitals, this not only reduces operating costs but also helps improve
overall equipment efficiency and return on investment.
