Although additive printing means that there are endless possibilities to create whatever you can imagine, plastic 3D printing filaments are incredibly wasteful and taxing on the environment. Knowing that 3D printing will only continue to grow in the future, Dimension Polymers developed a sustainable solution to this issue.
Currently raising funds as a project on Kickstarter, the startup is introducing the first ever professionally recycled 3D printing filament made from 95% recycled ABS plastic. Another big issue tackled by Dimension Polymers was to create packaging that could also be recycled, further reducing the amount of waste in the world.
While it is now possible to print with filaments derived from natural materials like clay, iron and stone, these require separate extruders—so this recycled plastic filament is pretty cost-effective.
Eco 3D Printing Filaments
Dimension Polymers' Additive Print Material Uses Recycled Plastic
Trend Themes
1. Sustainable 3D Printing Filament - Dimension Polymers developed a professionally recycled 3D printing filament made from 95% recycled ABS plastic, addressing the wastefulness and environmental impact of plastic filaments.
2. Recyclable Packaging - Dimension Polymers created packaging for their filaments that is also recyclable, contributing to waste reduction.
3. Cost-effective Filament - The recycled plastic filament by Dimension Polymers offers a cost-effective solution compared to filaments derived from natural materials that require separate extruders.
Industry Implications
1. 3D Printing - Dimension Polymers' sustainable 3D printing filament disrupts the industry by providing an environmentally friendly and cost-effective alternative to traditional plastic filaments.
2. Recycling - Dimension Polymers' use of recycled ABS plastic in their 3D printing filament contributes to the recycling industry by reducing plastic waste.
3. Packaging - The recyclable packaging developed by Dimension Polymers disrupts the packaging industry by offering a sustainable solution for 3D printing filament packaging.