TOWARDS INDUSTRIAL CIRCULARITY
Pioneering a circular future with materials that are born to be reborn.
Printed / shredded / reprinted
CLAY
Clay is a natural material composed of fine-grained minerals, known for its low environmental impact when extracted and for being biodegradable, making it eco-friendly when no longer used. rn
CELLULOSE
Cellulose is a natural polymer found in the cell walls of plants, obtained primarily from renewable sources like wood pulp and cotton, making it highly sustainable and biodegradable. rn
PLA
PLA is a compostable thermoplastic polymer that comes from fermented vegetables like corn, cassava, or sugar cane, and it biodegrades under certain conditions without leaving microplastics or metals.rn
PTG
PTG is a thermoplastic and a variant of PET (polyethylene terephthalate) that has been modified with glycol to improve its properties, such as transparency, impact resistance, and ease of 3D printing. rn
PIPG
PIPG is a recycled material derived from industrial manufacturing waste, such as trimmings, burrs, and mold waste, that undergoes cleaning, processing, and transformation to become a new PTG resin.rn
WOOD
Wood is a renewable and biodegradable material obtained through forestry practices like logging or sustainable harvesting, with a low carbon footprint compared to other building materials. rn
TOWARDS A CO2-NEGATIVE CONSTRUCTION INDUSTRY
PURE.TECH X LAMÀQUINA
We take carbon neutrality in 3D printing to the next level by offering a unique and innovative coating that actively absorbs CO2 day and night, thanks to the exclusive collaboration with PURE.TECH. This cutting-edge solution enhances the environmental impact of our 3D-printed products by contributing to a NEVER SEEN BEFORE carbon reduction in architecture and construction.
DISCOVER MORE ABOUT HOW PURE.TECH CAN TRANSFORM ANY SPACE INTO A TREES FOREST
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