151110 Medical-grade Single-patient-use (SPU) Disposable Flow Sensor Designed for Neonatal and Pediatric Ventilator Systems

   151110 Medical-grade Single-patient-use (SPU) Disposable Flow Sensor Designed for Neonatal and Pediatric Ventilator Systems

Product Features:

• Single-Patient Disposable Design: Dedicated single-patient use structure completely eliminates cross-contamination risks, meeting hospital sterile and infection control requirements, and avoiding repeated disinfection residues and secondary pollution problems.
• High Precision Neonatal Detection: Optimized for low-flow respiratory monitoring of neonates and infants, with ultra-sensitive flow response capability. It accurately captures tiny airflow changes and ensures precise tidal volume calculation for pediatric ventilation treatment.
• Minimal Dead Space Structure: Adopts streamlined micro-channel design with extremely low dead space, effectively reducing residual air volume during ventilation, improving gas exchange efficiency, and protecting fragile neonatal respiratory systems.
• Built-In Leakage Compensation Function: Equipped with intelligent airflow leakage compensation algorithm and structural optimization, it automatically calibrates tiny pipeline leakage errors to ensure stable and accurate long-term monitoring data.
• Medical-Grade Safety Material: Made of high-purity medical PVC material, non-toxic, odorless, biocompatible, and free of harmful substances. It meets medical device contact safety standards and is friendly to pediatric patients.
• Stable & Reliable Performance: Mature hot-wire anemometry technology ensures stable signal output, low data drift and strong anti-interference ability, adapting to complex clinical hospital environment monitoring scenarios.

Product Applications:

• Neonatal Mechanical Ventilation: Real-time airflow and tidal volume monitoring for premature infants and critically ill neonates during assisted ventilation treatment.
• Pediatric Respiratory Monitoring: Accurate flow detection for infant non-invasive ventilation and continuous respiratory parameter monitoring.
• Hospital Infection Control Scenarios: Disposable auxiliary monitoring component for pediatric respiratory treatment to meet high-standard hospital infection prevention and control specifications.
• Clinical Respiratory Data Analysis: Provide accurate flow data support for pediatric respiratory disease diagnosis, treatment effect evaluation and clinical data recording.