The 'Biological Silkworm 3D Printer' by MIT showcases a unique new technology that relies on the genius of nature to do its work. The printer does not actually print 3D silkworms; rather, it prints an outline for which the real live silkworms to spin their silk within.
"Using these worms as the "printing head" of their innovation is a genius approach since the animal has endless printing material," describes Richard Darell over at BitRebels. The MIT team got 6,500 silkworms together to spin the impressive dome shown in the photos. This wouldn't be described as a DIY project or something you should try at home, but it's definitely an interesting new take on combining technology and nature. The endless possibilities for this fascinating process are something to behold.
Nature-Recreated Printing
MIT's 'Biological Silkworm 3D Printer' is Something to Marvel
Trend Themes
1. Biological Silkworm 3D Printing - The 'Biological Silkworm 3D Printer' showcases how nature can be harnessed for additive manufacturing.
2. Combining Technology and Nature - The innovative use of live silkworms in the printing process demonstrates the potential for blending technology and natural processes.
3. Endless Possibilities for 3D Printing - The utilization of biological silkworms as printing heads opens up a wide range of applications and opportunities for 3D printing.
Industry Implications
1. Biotechnology - This breakthrough in biological 3D printing can revolutionize the biotechnology industry, especially in the production of medical implants and tissues.
2. Textiles - The integration of live silkworms into 3D printing offers new avenues for innovation in the textile industry, allowing for the creation of unique and sustainable fabrics.
3. Art and Design - The combination of technology and nature in 3D printing with silkworms presents disruptive opportunities for artists and designers to create intricate and organic structures.