GE 1505-3272-000 Respiratory flow sensor Reusable Neonatal for Engstrom Carestation S5 ventilator

GE 1505-3272-000 Respiratory flow sensor Reusable Neonatal for Engstrom Carestation S5 ventilator

The GE 1505-3272-000 Respiratory Flow Sensor is a highly specialized, reusable neonatal flow transducer engineered for the GE Engstrom Carestation and S5 series critical care ventilators. Designed to interface seamlessly with delicate breathing circuits, this precision instrument continuously monitors proximal gas flow and tidal volume with exceptional accuracy. Crafted from durable, medical-grade materials, it ensures reliable long-term performance even in high-humidity respiratory environments. As a vital component for neonatal ventilation, it provides clinicians with real-time, actionable data to optimize respiratory support for the most vulnerable patients.

Specification of ventilator parts:

Description of ventilator accessories:

This flow sensor is extensively deployed across Neonatal Intensive Care Units (NICUs) and Pediatric Wards where precise, low-volume ventilation is paramount. It serves as an indispensable tool for managing respiratory distress in premature infants and newborns requiring gentle, highly responsive breathing support. Its robust design accommodates continuous clinical usage, making it an ideal spare part for biomedical engineering teams tasked with maintaining peak ventilator performance. By ensuring accurate gas delivery, it plays a critical role in safeguarding fragile pulmonary systems during prolonged mechanical ventilation therapies.

Advantage:

The 1505-3272-000 distinguishes itself through superior measurement fidelity, capturing minute airflow variations that standard adult sensors might overlook. Its advanced anti-condensation architecture prevents moisture accumulation from skewing readings, ensuring consistent accuracy throughout extended procedures. The reusable design significantly reduces long-term operational costs while maintaining strict hygiene standards through standard hospital sterilization protocols. Furthermore, its ergonomic, lightweight construction minimizes dead space and physical strain on delicate neonatal airways, enhancing overall patient comfort and safety.