A UK company who specialises in the development and manufacture of ‘zero pressure’ technology will be launching a new innovative paediatric mattress at Arab Health 2020.
Following months of feedback from its global partners, Rober is delighted to announce that they have launched a 3 cell-cycle alternating pressure mattress replacement system designed to support children aged between 0 to 13 years old.
Catering for a weight range between 0 to 60 kilograms, the AirFlex TRIO Junior mattress has been designed to be used as a pressure relieving support mattress in children’s hospitals and paediatric units worldwide.
Rober has also updated two of its key mattresses – NoDec AIRSTREAM3 and NoDec WIZARD – creating reduced height versions of the mattresses. The enhanced versions offer the same zero pressure as the originals but with a reduced height of 20cm to meet the BS EN 60601-2-52:2010 bed frame requirements of global hospitals.
All Rober mattresses feature clinically proven technology that prevents pressure injuries from developing. They also have therapeutic properties that promote the healing of established ulcers.
Offering zero pressure protection, the mattresses replicate the body’s natural movements by responding to a patient’s weight, spontaneous movement pattern and body position. They provide enhanced comfort and complete pressure elimination at regular intervals.
Mike Hutson, Chief Executive of Rober, said: “Arab Health is one of our key export events of the year so we are delighted to be launching our new mattresses at the exhibition. Like all our mattresses, the new AirFlex TRIO Junior is fully automatic, and anyone nursed upon it requires less frequent manual repositioning, thus relieving the pressure on busy nursing staff. It’s the first time we have used our technology to create a paediatric mattress so it’s an exciting time for us.”
Arab Health is taking place from 27 – 30 January 2020 and throughout the show, Rober will be located on in hall 2 Stand D32A.
For more information, visit www.roberlimited.com