The Athena Low Airloss Mattress redistributes the user’s weight to provide the most comfortable bed possible. The mattress uses circulated air to improve the patient’s microclimate as well as a foam base to support patient transfers. The mattress is coated in a water resistant and high-quality cover.
About the Athena Low Airloss Mattress
Sleep like a log with the Athena Low Airloss Mattress, ideal for those at a high risk of developing pressure sores but who cannot rest on a moving surface. For example, those with pain management problems.
The Athena Low Airloss Mattress circulates air around the mattress to created vented air cells which helps to evenly distribute the patient’s weight to prevent any uncomfortable pressure build up. The circulated air is coupled with a high-quality foam underlay at the bottom of the mattress to provide the most comfortable base possible, even if the power fails.
The mattress has an anti-microbial coating that is easy to clean in line with good hygiene standards, making it perfect for a home care or nursing home environment. The cover is also multi-stretch and vapour permeable to prevent any uncomfortable water build up.
- Users at high risk of pressure sores
- Rapid CPR
- Vented air cells
- Foam underlay
- Water resistant
For more information please read the product specification.
Athena Low Airloss Mattress Specification
| Overall length | 2000 mm (79") |
|---|---|
| Overall width | 900 mm (35") |
| Overall depth | 250 mm (10") |
| Total product weight | 10 kg |
| Maximum user weight | 190 kg (30 stone) |
Athena Low Airloss Mattress Reviews
Delivery and Returns
Delivery of this product will be made directly from the distributor in approximately 3-5 working days.
If you have any questions about the product or need to return it to us, in the first instance please email info@manageathome.co.uk or call our customer services department on 0800 910 1864
Please note that Royal Mail deliveries are highly likely to be affected by strike action in the next two months. This may add 2-3 days to normal delivery speeds.