• Reduction of pressure points: the slow-return viscoelastic foam adapts to anatomical profiles → prevents the onset of pressure sores.
• Biocompatible comfort: the integration of vegetable oils and soy microcapsules into the foam → ensures a more natural contact and better acceptance compared to standard synthetic foams.
• High structural support: the combination of density 50 viscoelastic and 30 polyurethane → guarantees a safe load-bearing capacity for users up to 150 kg.
• Healthy sleeping environment: the water-based technology of the foams → reduces the emission of volatile substances, improving patient well-being.
• Postural stability: the total thickness and differentiated density → maintain the correct alignment of the spine during the hospital stay.

This mattress is indicated for use in hospital environments, nursing homes (RSA) and home care settings. It is intended for patients with reduced mobility who require a medical device for the primary and secondary prevention of pressure sores, ensuring consistent performance even during long-term care.

It is the correct choice when seeking a balance between anti-decubitus technology and sustainability of materials. Compared to simple polyurethane models, the viscoelastic layer with soy microcapsules offers a more natural elastic response, making it ideal for patients requiring sensitive pressure management supported by a robust 150 kg capacity.

What is the difference between this two-component model and a standard polyurethane mattress?

The two-component model adds a top layer of slow-return viscoelastic foam (density 50), which unlike standard polyurethane, actively models itself to the shape of the body distributing the load evenly to prevent sores.

Is it suitable for patients weighing over 130 kg?

Yes, the device is designed to support a maximum capacity of 150 kg, thanks to the density of the base green polyurethane layer which ensures stability and prevents excessive sinking.

Is this mattress considered a medical device?

Yes, the product is designed as a medical device for the prevention of pressure sores, complying with the safety and performance requirements necessary for use in healthcare and home settings.