HoverMatt® PROS Air
An air‑assisted solution for efficient patient turning, repositioning and transfers in demanding care settings. Supports offloading and moisture management while reducing friction and shear to enhance patient comfort.
Paired with a HoverCover for convenient use
Reduce caregiver strain with easier patient handling
The HoverMatt PROS Air reduces the effort needed for patient repositioning by 80-90%, significantly easing the strain on caregivers and lowering injury risks. Its air-assisted design enables smooth repositioning, lateral transfers, boosting, and turning with minimal exertion. Paired with the breathable HoverCover, it efficiently draws away moisture, keeping the patient cool and dry. The highly breathable material optimises microclimate management, reduces shear and friction, and relieves pressure for bony prominences, ensuring patient comfort and safety.
Enhancing patient safety and hospital efficiency
Designed for seamless hospital integration, the HoverMatt PROS Air is compatible with low-air-loss beds and imaging procedures such as MRI, CT scans, and X-rays. Its single-patient-use model supports infection control by reducing cross-contamination risks and eliminating laundering requirements, saving time and resources.
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HoverMatt® PROS Air
Features
Reduce friction
The Mattress minimises friction during transfers, boosting, and repositioning.
Reduce cross-contamination risks
A single-patient use mattress reduces cross-contamination risk and eliminates costs and logistics associated with washing.
Ease of cleaning
The wipeable material facilitates hygiene and cleanliness.
Single caregiver use
Supports single caregivers in boosting, repositioning, and turning patients, improving work efficiency.
Breathable with high absorbency
The HoverCover holds 6.7 litres of absorbent material. Paired with the breathable HoverMatt, it efficiently draws away moisture, keeping the patient cool and dry.
X-ray compatible
Compatible with radiology suites, including MRI, CT, and X-rays, ensuring artefact-free imaging.
