Dacapo Heavy User Light

Exclusively designed to cover heavy user needs

Uniquely constructed using two high resilience foams, this model can be reversed to adjust to the degree of firmness and support required by the user. The broader dimensions enjoyed by Heavy User Light make it the perfect complement for Invacare’s Broad Home Care Bed models. Fire retardancy conforms to European Standards EN 597 – 1 and EN 597 – 2.

Fluid-proof cover

100% Fluid-proof polyurethane coated polyester fabric that is also breathable. It has a two-way stretch capacity and is washable at 95 degrees.

Features and Options:

Easy handling

Zip

Discreet zip on three sides with cloth covering.

Foam

Top (50 mm): visco-elastic foam 50kg/m3 density, 100N hardness Base (50 mm): high resilience foam 38kg/m3 density, 140N hardness Base (50 mm): high resilience foam 50kg/m3 density, 145N hardness

Available in two options

Heavy User - 350 kg max. user weight Heavy User Light - 250 kg max. user weight

Wipedown cover

Composed of polyutherane coated polyester, the cover is two-way stretch and gentle on the skin. The fabric is vapour permeable and waterproof and has been allergy tested and treated against dust mites.

Evacuation cover

A two-way stretch, vapour permeable, waterproof, polyurethane coated polyester cover that is equipped with handles on all four sides. On the two long sides are straps, which in case of an emergency evacuation, can be wrapped around the individual. This cover is allergy tested and treated against dust mites.

Cotton cover

Composed of standard cotton and washable at 40 °C.

Technical data

Height: 150 mm

Total product weight: 11 - 16.5 kg

Max. user weight: 40 -250 kg

Colours:

Deep blue

1/ Weights vary depending on size of mattress ordered, average weights are used as an indication 2/ Mattresses are available in various sizes, depending on the market. Please contact your Invacare representative for detailed information.

Knowledge:

Clinical evidence

Having developed specialised pressure care products, we wanted to prove the positive impact they could have in reducing the cases of pressure sores in healthcare environments.

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