Siddhi Vinayak Medical

The Breathing Circuit Set for Neonatal Use is a specialized respiratory tubing assembly designed for newborn patients. It delivers controlled airflow and supports mechanical ventilation with minimal dead space. Lightweight and compatible with neonatal ventilators, the circuit promotes optimal gas exchange, maintains humidity, and reduces risk of condensation. Ideal for NICU respiratory care and critical support.

The Plastic Adult Disposable Breathing Circuit is a single‑use respiratory tubing set designed for ICU ventilator support. Made from medical‑grade plastic, it delivers reliable airflow while reducing cross‑contamination risk. Compatible with standard ICU ventilators, it provides secure connections, minimizes dead space, and supports effective patient ventilation and infection control in critical care settings.

The Non‑Heated Ventilator Circuit with Double Water Trap is a respiratory tubing system designed for ventilator support. It features dual water traps to collect condensation, reducing circuit blockage and maintaining stable airflow. Compatible with most ventilators, this non‑heated circuit enhances patient safety, promotes efficient ventilation, and simplifies routine respiratory care maintenance.

The Neonat Dual Heated Wire Circuit is a specialized respiratory tubing system designed for neonatal and pediatric patients. Featuring dual heated wires, it helps maintain consistent gas temperature and humidity to prevent condensation and reduce heat loss. Compatible with most ventilators and respiratory devices, this circuit enhances patient comfort, improves therapy efficiency, and supports reliable, stable respiratory care in clinical settings.

The Breathing Circuit Flow Sensor is a precision medical component used in respiratory care systems to measure airflow and volume during ventilation. Integrated into breathing circuits, it provides accurate, real-time data for ventilators and respiratory monitors. Designed for compatibility with various devices, it supports effective patient assessment, improved ventilator performance, and enhanced respiratory treatment outcomes.