Technology & Innovation

Not all mattresses are the same – discover what technology is best suited for your needs.
All Technology
Technology

OptiTemp

OptiTemp takes temperature regulation to a new level by combining the lab proven properties of KülKōte with cutting edge heat dissipation technology. Read more
Technology

FusionGraphene

Breathable memory foam infused with graphene particles to actively conduct heat away from the body. Read more
Technology

Comfort Edge

A foam encasement that boosts edge support, durability, and usable sleep area to the mattress edge. Read more
Technology

Nuvole Comfort Fibres

Engineered fibres that deliver cushioning, airflow, and humidity control for a cool, dry sleep surface. Read more
Technology

Dreamfoam

A breathable comfort layer with unique cell structure for airflow, pressure relief, and spinal alignment. Read more
Technology

Luxurious Natural Fibres

Wool, silk, alpaca, TENCEL™, and cashmere that wick moisture and promote airflow for breathable comfort. Read more
Technology

Latex

Sustainable Sri Lankan latex with hypoallergenic properties, offering antifungal and antibacterial protection against dust mites and allergens. Read more
Technology

FusionGel

Memory foam blended with heat-absorbing gel particles for temperature regulation and pressure point reduction. Read more
Technology

TorqueZone

A Z-shaped continuous coil design in support zones for spinal alignment, backed by NZ chiropractors. Read more
Technology

ActiveSense

A dual-stage hourglass pocket spring system with independently reacting coils for targeted support across the body. Read more
Technology

Sensorzone

Zones of fully integrated springs and foam that provide positive spinal resistance and minimise partner disturbance. Read more
Technology

Smart Suspension Technology

SmartCell paired with precision springs to act as a shock absorber, offering individualised support, superior airflow, and no partner disturbance. Read more
Technology

KülKōte

Temperature-reactive microcapsules that change state at specific temperatures to absorb and release heat energy. Read more