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Nimbus 4
The Nimbus 4 system provides effective active pressure redistribution (alternating therapy) combined with automatic adjustment to the weight, size and position of the individual. It combines Wound Valve Technology, Heelguard, and automatic adjustment
Nimbus Professional
The Nimbus Professional system provides effective active pressure redistribution (alternating therapy) combined with automatic adjustment to the weight, size and position of the individual. It combines Wound Valve Technology, Heelguard, and ... providing effective pressure redistribution to a wide range of patient management issues. Key additional features of the Nimbus Professional include Zoned Wound Valve Technology, sacral section deflate and head section deflate.
Nimbus Professional - Prone Positioning Clinical Focus
Nimbus 4 Nimbus Professional Quick reference guide - Use (A4, Portrait, Colour)
Nimbus 4 Nimbus Professional Quick reference guide - Contols (A4, Portrait, Colour)
Nimbus Professional Quick reference guide - Prone positioning (A4, Landscape, Colour)
In bed
mobilisation in bed | Arjo Mobilisation in bed. Methods to support patient rehabilitation and recovery through regular repositioning, progressive verticalisation and upright positioning. Advanced support surfaces and versatile bed frame articulation ... articulation can help support in-bed mobilization.
The Arjo prone positioning product portfolio
Prone positioning - Products & Solutions Solutions for prone positioning. Portfolio including automated prone therapy system, full suite of patient handling equipment, and specialized advisory support.
Bariatric medical bed
Bariatric bed solutions | Arjo Bariatric bed solutions. For patients weighing up to 454 kg (1000 lbs). Compatible with a range of therapeutic support surfaces for critically ill patients.
Preventing pressure injury in prone position
Pressure Injury Prevention during the pandemic: Prone Positioning Pressure Injury Prevention during the pandemic: Prone Positioning Preventing pressure injury while prone positioning patients. Prone position for prolonged periods of time places the patients at significant risk of complications including pressure injury. To mitigate this risk, selecting the right support surfaces to support pressure redistribution and targeted pressure offloading is key. Pressure injuries are
