Hytrel Ventilator Breathing Circuit

Corrugated breathing circuit tubing for mechanical ventilation systems. Designed to deliver respiratory gases with minimal resistance and dead space. Available in adult and pediatric sizes for different patient populations.

A breathing circuit designed for mechanical ventilation and respiratory support in clinical settings.

Sustainable breathing circuit for non-invasive ventilation providing environmentally responsible respiratory care delivery.

A breathing circuit component used in conjunction with ventilators to facilitate respiratory support. This device is designed for use in anesthesia and critical care settings.

A reusable adult breathing circuit featuring a heated wire for temperature regulation and humidification during high-flow oxygen delivery.

Circuit designed for mechanical ventilation systems to deliver controlled breathing support to patients.

Molded silicone connectors and tubing components for mechanical ventilator circuits. These parts provide secure connections and ensure proper gas flow in critical care respiratory systems.

Ventilator circuits for respiratory support systems. Critical components for mechanical ventilation in medical facilities.

Complete breathing circuit assembly for mechanical ventilation systems. Pre-assembled for convenience and reliability in ICU and respiratory care applications.

A component system used in respiratory therapy and ventilation procedures offered by Star Medik Group. This product is part of their medical gas pathway management portfolio.

Universal breathing circuit designed for non-invasive ventilation and CPAP therapy in hospital and homecare settings. Connects ventilators or CPAP devices to patient interfaces, featuring standard tubing configurations for reliable gas delivery and patient comfort during respiratory support.

Durable water trap assembly designed for multiple cleaning and sterilization cycles in breathing circuit applications. Reduces disposable waste while maintaining circuit performance and safety.