Details

Tried and trusted by facilities and homecare alike, the Zephair provides Gentle Critical Care, Pressure Injury Prevention, Pain Management, Comfort & Compliance, Stability and Safety and mitigation of Falls Risk. This mattress is suited to clients between 30-180kg.

By optimising patient function, and reducing risk of pain and injury, the Zephair increases dignity, independence, and cognitive welfare for vulnerable patients.

About

Pain Relief & Comfort
Soft supportive cells provide consistent comfort for extended use.

High-Level Pressure Care
Distributes pressure evenly to protect bony prominences
Reduces risk of soft tissue injury with enhanced pressure redistribution

Safety & Stability
Reinforced perimeter offers secure support for safer transfers
Anti-shearing covers minimise friction and improve user safety

Simplicity & Silence
Ultra-quiet pump minimises noise disturbance for restful care
Intuitive controls ensure easy adjustments for caregivers

Product Features

Outstanding Comfort
Gentle Air Wave Alternation to Reduce Motion, Combines Pressure Redistribution with Pressure Relief, Aids in Overheating and Cooling Management

22-cell Alternating Air Support System
High Cell Count Minimises User Disturbance

Silent Ergonomic Pump
Ultra-Quiet Compressor to Minimise Disturbance, User-Friendly and Ergonomically Designed

Foundational Support Foam
Premium-Grade Firm Foam for Added Protection During Transfers and Posture Changes, Cushions Effectively During Extended Power Outages

Anti-Shearing System
Gliding Anti-Friction Inner Cover Technology, Multi-Compartment Design to Absorb Shear and Friction Forces

Heel Pressure Reduction Zone
5° Inbuilt Heel Pressure Transfer Region for Enhanced Comfort

Breathability & Microclimate Control
Airoform Air Flow Interface for Improved Ventilation

Safety & Falls Prevention
High Support, Static Perimeter for Increased Safety, Enhances Stability During Repositioning and Transfers

Support For Repositioning
Ideal for Users with Reduced Functional Ability, More Stable and Supportive than Traditional Full-Air Systems