Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Silicone Infant/Neonatal Breathing Circuit for Ventilator with Heated Wire and Exhalation Limb Water Trap
BC 565 Silicone Infant/Neonatal Breathing Circuit delivers optimal humidification for ventilators, featuring spiral heated wires, exhalation water trap, and inclusive chamber with preset pressure manifold (>20 cmH2O relief valve). Polysulphone/silicone materials meet ISO 10993/18562 biocompatibility; optional CPAP nasal prongs available.
Lightweight, non-kinking corrugated tubing with probe sites and clips ensures uninterrupted airflow and organized setup (ISO 5367/5356 compliant). Single-patient use eliminates cross-infection risks for 7 days with auto-feed humidifiers.
Intended for single-patient or single-use only and must be discarded after use in accordance with hospital biomedical waste management policies. Reuse of disposable items is not recommended, as it may compromise patient safety and infection control.
Ensure consumables are stored in a clean, dry environment and used before the expiry date. Always verify packaging integrity prior to use to maintain sterility and performance consistency.