Geo-Matt Overlay w/Tubular

Why Choose the Geo-Matt Overlay

The Geo-Matt Overlay is designed to be placed over a compatible mattress to help improve comfort and support pressure management routines. Its segmented surface design helps distribute pressure more evenly, while the tubular style supports airflow and cushioning for users at risk of discomfort from prolonged bed rest.

Key Features

✔ Mattress overlay

✔ Geo-Matt surface design

✔ Tubular-style construction

✔ Helps support pressure redistribution

✔ Designed for use over compatible mattresses

✔ Supports airflow and comfort

✔ Practical for home care and facility use

✔ Suitable for users with limited mobility

✔ Useful for pressure care and repositioning routines

Benefits

✔ Helps improve comfort during bed rest

✔ Supports pressure management when used with a care plan

✔ Overlay format adds cushioning to an existing mattress

✔ Segmented design helps reduce concentrated pressure points

✔ Useful for long-term care, home care, and recovery settings

✔ Helps support skin protection routines for users with limited mobility

✔ Practical for caregivers managing daily bed comfort and pressure care

Usage/Application

Ideal for home care, long-term care facilities, assisted living, recovery support, senior care, palliative care, pressure redistribution routines, and users who spend extended periods in bed and require additional mattress surface support. Confirm the overlay is the correct size for the mattress and place it over a compatible, properly assembled mattress according to the manufacturer's instructions, with the segmented surface positioned as directed. Use bedding that does not compress the surface excessively, keep the overlay clean and dry, follow the manufacturer's care instructions, and replace it when worn or damaged. A pressure-redistribution overlay supports but does not replace a pressure-care plan, so continue repositioning, skin checks, and other measures as directed, and follow the care team's or occupational therapist's guidance on assessing pressure-injury risk and selecting the right support surface for each user.