When it comes to choosing a filament for 3D printing, there are tons of options available, each of which offers unique properties. Some 3D printing filaments are made by mixing a fine powder into a base material and others boast all-natural, nontoxic and 100% compostable benefits.
As part of an entrepreneurship class, Lorena James developed an idea called 'Z Spools' for a 3D printer filament made from the shell of the quagga mussel. On top of addressing a potential way to deal with an invasive species, this filament for 3D printing introduces a sustainable material for additive manufacturing.
The concept was entered into the Cleveland Water Alliance Erie Hack competition and won. Now, James is proceeding with a utility patent application and is looking to mass produce the innovative product.
Shell-Based Printing Filaments
The Z Spools Filament for 3D Printing Uses Invasive Mussel Shells
Trend Themes
1. Sustainable Filaments - The use of all-natural and compostable filaments in 3D printing presents opportunities for environmentally-friendly manufacturing.
2. Invasive Species Solutions - Developing new products and materials from invasive species like quagga mussels can create innovative solutions for environmental management.
3. Entrepreneurship in Additive Manufacturing - The rise of entrepreneurial ventures in the field of additive manufacturing opens up possibilities for disruptive innovation in the 3D printing industry.
Industry Implications
1. 3D Printing - The 3D printing industry can leverage sustainable filaments to meet growing demand for eco-friendly manufacturing solutions.
2. Environmental Management - The development of products from invasive species provides opportunities for industries focused on environmental restoration and invasive species control.
3. Entrepreneurship Education - The success of Lorena James' entrepreneurship class project highlights the potential for innovative ideas and products to emerge from educational programs focused on entrepreneurship.