Designed for the acute care environment, the Avea™ CVS is a comprehensive neonatal through to adult ventilation system with the complete package of all advanced features and manoeuvres in one device. It helps empower clinicians at the bedside to improve patient outcomes and decrease costs-of-care, while...

The Infant Flow® SiPAP System offers a comprehensive selection of modalities for neonatal patients, providing treatment options designed to protect fragile lungs. It supports the treatment of apnoea of prematurity, maximises pressure stability at the lowest work of breathing, and helps reduce ventilator days.

A universal ventilator, designed for ventilating neonates through to adults. The unique user interface supports daily challenges in the ICU and intermediate care, regardless of your need to ventilate invasively or noninvasively.

Designed to have the highest precision in volume and pressure control for your smallest and most sensitive patients. Engineered to support neonates with extremely low birth weights, delivering tidal volumes as low as 2 ml.

Includes all of the NIV capabilities of the Fabian therapy evolution, enhanced with invasive features that promote ventilator precision and synchrony. Designed from a user’s point of view, it minimises the time needed to manage ventilator controls. Exceptionally quiet operation for gentle, optimised handling of the baby.

From the delivery room to the NICU: the FABIAN HFO offers the best-in-class ventilation modalities in a single device. Designed to optimize clinicians‘ and nurses‘ work flow within a single device, reducing the time needed to manage ventilator controls, configurations or different devices, resulting in more focused patient care.

The AirLife Verso Closed Suction System is a multi-purpose device comprising modular components designed to help keep patients safer than one-piece closed suction catheter systems. Verso adapters are approved for use for up to seven days, while the catheters are approved for use for up to 72 hours.

The ARIA 104 is a compact, lightweight turbine ventilator designed for the respiratory treatment of acute and chronic adult, paediatric and neonatal patients.

Its versatile design makes it suitable for use across intensive care, emergency and first-aid settings, pulmonary units, and intra- and interfacility transfer of patients.

The 3100A high-frequency oscillatory ventilator (HFOV) can decrease the risk of complications by maintaining a constant distending pressure and normalising the end expiratory lung volume. Highly reliable, electromagnetically driven piston that distinguishes it from other high frequency ventilators.