KL-2031N Transfusion and Infusion Warmer: Intelligent Temperature Control for Multi-Department Use, Safeguarding Patient Warmth with Flexibility and Precision
Transfusion and Infusion Warmer is a medical device specifically designed for fluid warming in clinical settings. Below is a structured overview of its core functionalities and advantages:
Scope of Application
Departments: Suitable for ICU, infusion rooms, hematology departments, wards, operating rooms, delivery rooms, neonatal units, and other departments.
Applications:
Infusion/Transfusion Warming: Precisely warms fluids during high-volume or routine infusions/transfusions to prevent hypothermia caused by cold fluid intake.
Dialysis Therapy: Warms fluids during dialysis to enhance patient comfort.
Clinical Value:
Prevents hypothermia and related complications (e.g., chills, arrhythmias).
Improves coagulation function and reduces postoperative bleeding risks.
Shortens postoperative recovery time.
Product Advantages
1. Flexibility
Dual-Mode Compatibility:
High-Flow Infusion/Transfusion: Meets demands for rapid fluid administration (e.g., intraoperative blood transfusions).
Routine Infusion/Transfusion: Adapts to standard treatment scenarios, covering all fluid warming needs.
2. Safety
Continuous Self-Monitoring:
Real-time device status checks with fault alarms to ensure operational safety.
Intelligent Temperature Control:
Dynamically adjusts temperature to avoid overheating or fluctuations, ensuring therapeutic stability.
3. Precision Temperature Control
Temperature Range: 30°C–42°C, accommodating human comfort ranges and specialized needs (e.g., neonatal care).
Accuracy: ±0.5°C control precision, with 0.1°C incremental adjustments to meet stringent clinical requirements (e.g., warming blood products without compromising integrity).
Clinical Significance
Enhanced Patient Experience: Reduces discomfort from cold fluid intake, particularly for neonates, postoperative patients, and those undergoing prolonged infusions.
Improved Treatment Safety: Maintains body temperature stability to lower infection risks and complication rates.
Operational Efficiency: Combines flexibility (dual-mode) and user-friendly design (intelligent controls) to suit diverse departmental needs.
Introduction
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