Description:
Non-powered foam and air surface with adjustable firmness
The Atlas Hybrid is a non-powered, self-adjusting mattress that utilizes equalization technology to provide maximum pressure redistribution for the prevention and treatment of pressure injuries. The multi-zone top has SereneTM foam in the middle section for immersion plus a 5-degree sloped foot section made with Super SoftTM foam to help transfer excess pressure from the heels. Beneath the top layer,
interconnected chambers provide pressure redistribution, and there are 4” wide firm borders to ensure a solid transfer edge. 
A manual ROHO air pump can be used to easily adjust the softness/firmness of the chambers. Both the closure kit and pump come included with the Atlas Hybrid.
Suitable for vulnerable clients at risk for pressure injuries
Interconnected chambers and valves for pressure redistribution
ROHO pump adjusts the firmness
Sloped foot section helps reduce pressure from heels
4” wide firm borders for safe transfers
Fluid-resistant, four-way stretch cover
Maximum client weight of up to 500-700 lb depending on size of surface
Atlas Hybrid is available in three widths:
35” / 39” / 42” and 80”L x 7”H; custom sizes are available
 
Warranty:
2 year limited warranty; unless otherwise specified
 
Options:
- DOMUS 3 Pump. Compatible with Atlas Hybrid Surface in all Sizes. $479.00 Extra
 
What’s going on underneath?
• The 4” high interconnected chambers offer great pressure
redistribution under the 2” high visco gel swirl foam and 1”
standard foam top layers
• These chambers measure 30” wide by 52” long and fit
within the cutout starting under the head area, continuing
under the full torso, and stopping at the foot section
• When attached to the pump, you can see the alternating
therapy provided by the foam/air chambers
• A valve closure kit can be used to keep the system closed
when not attached to the digital pump
• The entire mattress is encased in a fire barrier sock fabric
to meet fire retardant standards, and then a Startex cover
to protect the foam from fluids