Thanks to Reiten Cheng, an industrial designer based in California, the world has an open-source machine that can recycle plastic bottles into 3D printing filament. The innovation is extremely useful for the design and architecture world as more professionals strive to find eco-conscious solutions and embrace reuse as a dominant philosophy for material sourcing. Titled 'Polyformer,' the open-source machine for recycling also saves on costs of production for independent makers.
Because it is open-source, a step-by-step manual for how to construct Polyformer is available online. The innovation is made out of 3D printed parts, alongside "a few off-the-shelf components found in traditional 3D printers." Additionally, Reiten Cheng has ensured that Polyformer is modular and easily adaptable, allowing for all those who make use of the design to tailor it to their individual needs.
Open-Source Recycling Machines
Polyformer is an Open-Source Machine by Designer Reiten Cheng
Trend Themes
1. Open-source Recycling - Creating open-source recycling machines can help facilitate recycling and reduce waste, while also saving costs for production.
2. Eco-conscious Design - Designers can embrace eco-conscious design solutions to reduce their carbon footprint and minimize waste through projects similar to the Polyformer.
3. Modular Machines - Modular machines that can be easily adapted by individuals can lead to more personalized solutions for production and design.
Industry Implications
1. Manufacturing - Manufacturers can use open-source recycling machines to reduce material waste and save costs during production.
2. Architecture - Architects can incorporate open-source recycling machines into their designs to create more sustainable structures and reduce waste.
3. 3D Printing - 3D printing professionals can use open-source recycling machines to create their own filament and reduce costs on materials.