3D printing has revolutionized the prototyping and digital project experience but is heavily reliant on virgin plastic materials, which is something NEFILATEK aims to change with a distinctly more eco-friendly alternative.
The filament created by the brand is made from old electronics and home appliances to eliminate the need for new material to be manufactured. The company also hopes to turn failed print jobs and waste materials into fresh filament to close the loop associated with 3D printing for a more sustainable experience for makers and designers alike.
The NEFILATEK recycled 3D printer filament is created by using high impact polystyrene (HIPS) that is sourced from the aforementioned waste items, which means it's inherently just as durable as traditional filaments on the market.
Recycled 3D Printer Filaments
NEFILATEK Turns Electronic Waste into Filament for Printing Projects
Trend Themes
1. Sustainable 3D Printing - NEFILATEK's use of recycled materials for 3D printer filaments presents a disruptive innovation opportunity for the sustainable manufacturing industry.
2. Circular Economy - NEFILATEK's process of turning failed print jobs and waste materials into fresh filament creates a circular economy model, offering disruptive innovation potential for waste management and recycling industries.
3. Eco-friendly Prototyping - NEFILATEK's eco-friendly filament made from old electronics provides an opportunity for disruptive innovation in the prototyping and manufacturing industries, allowing for more sustainable production practices.
Industry Implications
1. 3D Printing - NEFILATEK's recycled 3D printer filaments can disrupt the 3D printing industry by offering a more sustainable alternative to virgin plastic materials.
2. Waste Management - NEFILATEK's process of converting failed print jobs and waste materials into fresh filament presents a disruptive innovation opportunity in the waste management industry by promoting circular economy practices.
3. Recycling - NEFILATEK's use of recycled materials for 3D printer filaments opens up a disruptive innovation potential in the recycling industry, creating new possibilities for repurposing electronic waste.