Products

Waste, Reimagined

Two product families built from the same sustainable philosophy: our Internal Wall Cladding tiles and the modular Adaptive Luminaire system. Each transforms waste materials into beautiful, functional surfaces while sequestering carbon.

01 — Internal Wall Cladding Tiles

SoftCycle Material Library

Drag or scroll through the arc to explore each cladding tile. Click a sample to bring it to the centre and reveal its composition, finish, and sustainability profile.

SoftCycle Wall Cladding Tiles

Wood Fibre Composite

Reclaimed timber shavings and sawdust in a natural binder

Carbon
Carbon-sequestering
Total Embodied Carbon
-0.156 kg CO2e/kg
Finish
Matte, grained
Dimensions
1140 × 375 × 80 mm
Applications
Warm interiors, retail fit-outs, ceilings

Sustainability Highlights

  • Uses sawmill and joinery by-product
  • Natural timber grain character
  • Lightweight and workable

02 — Adaptive Luminaire

Adaptive Luminaire

A modular lighting system that transforms waste materials into beautiful, functional illumination. Each configuration creates unique light patterns while sequestering carbon.

Interactive 3D Model

Explore the hexagonal prism configuration in 3D

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5 Configurations

Adaptive by Design

The modular tile system allows for five distinct configurations, each creating unique lighting atmospheres.

Hexagonal Prism configuration
Hexagonal Prism axonometric diagram

Hexagonal Prism

Six-sided lantern maximizing light diffusion

Technical Details for the Soft Cycle Adaptive luminaire

Specifications

Tile MaterialWaste additives: Shredded unwanted Fabrics & Crushed Eggshells
Frame MaterialReclaimed wood
ConnectorsMetal hoops (removable)
Tile DimensionsCuboid, 25mm x 140mm x 3 mm dimensions
Embodied Carbon-0.440 kg CO2e/kg
Waste Content50% by weight

Why Choose This

Features

Modular and reconfigurable design
Sustainable waste-based materials
Carbon-sequestering components
Beeswax waterproofing finish
Flame-resistant composition
Fully recyclable at end of life

Explore the materials behind the product

Discover the waste-based composites that make sustainable design possible.

View Materials