Apollo Aura II Low Air Loss Dynamic Mattress

Product Details

The Apollo Aura II Low Air Loss Dynamic Mattress is designed to provide advanced pressure redistribution and microclimate management for users at very high risk of pressure damage, including those with existing tissue damage. Combining dynamic alternating pressure therapy with low air loss technology, it helps maintain a cooler, drier sleeping surface while supporting skin integrity and long-term comfort.

The system features 19 ventilated air cells mounted on a supportive static base. Continuous airflow helps minimise heat and moisture build-up, creating a healthier environment for vulnerable skin while delivering effective pressure redistribution. Offering full immersion support, the Aura II provides an effective alternative to air-fluidised therapy systems for users with complex pressure care needs.

To suit changing clinical requirements, the mattress offers a choice of Alternating, Pulsate and Static therapy modes, together with adjustable comfort settings for personalised support. Additional features include Fowler Mode, which provides enhanced support when the bed backrest is raised, and an Auto-Firm function that temporarily maximises inflation during transfers before automatically returning to the previous setting after 30 minutes.

Designed for both community and acute care environments, the Aura II also incorporates audible and visual alarms, an auto-lock function to prevent accidental adjustment, a quick-release CPR system for emergency deflation, and an hours counter to assist with servicing and maintenance schedules. The waterproof, vapour-permeable polyurethane cover features welded seams and clinically proven antimicrobial properties, while removable air cells simplify cleaning and maintenance, helping to support effective infection control.

Combining exceptional pressure relief, advanced microclimate management and a comprehensive range of clinical features, the Apollo Aura II Low Air Loss Dynamic Mattress provides dependable pressure care for users with the most demanding support requirements.