Opera® Impulse Hybrid Mattress

The Opera® Impulse Powered Hybrid Profiling Mattress combines static and active mattress technologies to provide advanced pressure relief and the highest levels of user comfort.

PRESSURE RISK CATEGORY: VERY HIGH
The Opera® Impulse Hybrid mattress is suitable for users who are at a very high risk of developing a pressure sore. The mattress uses a combination of static and active technologies in order to stimulate advanced pressure relief to those with a severe likelihood of developing pressure sores.

THREE-ZONE PRESSURE RELIEVING SURFACE
The layered foam and air cell composition of the Impulse ensures optimum comfort and pressure relief. A three-zone lying surface includes a broad-castellation head zone for comfort and a gel-infused heel zone for pressure reducing envelopment on this vulnerable area of skin.

FIRMNESS: ADJUSTABLE
The Impulse Hybrid Mattress is able to vary in firmess as it can be used with or without the pump. The mattress on its own and without the pump is a medium firmness and provides a supporting surface for high risk users. If a firmer surface is required for the mattress, the airflow can be adjusted by using the pump.

ADVANCED AIR PRESSURE PUMP SYSTEM
The pump incorporates auto-weighing technology that responds to user body weight to effectively apply the optimum level of airflow through the mattress air cells. There is also an adjustable comfort setting that allows you to adjust the firmness of the mattress for highest levels of comfort.

ALTERNATING THERAPY AIR CELLS
A row of alternating therapy air cells are contained within the mattress. This lateral row of air cells constantly alternate, whilst some cells are inflated the others are deflated. Air flow is controlled through a pump unit with auto-weighing technology and comort adjustment.

STEP UP/STEP DOWN FUNCTIONALITY
The step up/step down ability of the Opera® Impulse allows it to be used as a static or dynamic surface. This also means that in the event of a power failure when the pump is in use, the user is supported by a high risk foam lying surface.