T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
T-piece Resuscitator Circuit with Nebulizer Port
The T-Piece Resuscitator Circuit is intended to deliver controlled positive pressure ventilation (PPV) to neonates and infants with conditions such as respiratory distress with mature lungs, transient breathing difficulty after birth, or inadequate spontaneous respiration requiring assisted ventilation. It is commonly used during neonatal resuscitation, transport, and short-term respiratory assistance in delivery rooms, NICUs, and emergency care settings.
The circuit connects to a T-piece resuscitator device and provides a safe and consistent flow of medical gases to the patient. It allows clinicians to deliver both Peak Inspiratory Pressure (PIP) and Positive End Expiratory Pressure (PEEP) in a controlled manner, supporting effective lung inflation while minimizing the risk of barotrauma. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient and made up of medical-grade biocompatible materials.
Supports efficient delivery of aerosolized medications.
Enhances infection prevention and ensures consistent performance with every patient.
Designed for predictable airflow and ventilation support.
Helps maintain temperature and humidity during respiratory therapy.
Ready-to-use construction enables fast setup and safe disposal.
Zero chance of contamination for 7 days, leaching & irritation during treatment.
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.
