A team of University of Florida mechanical engineering students has created a device aimed at reducing plastic waste in 3D printing. The device, called Simple Spool, was developed by Andrew Breeden and his Capstone Design team from UF’s Department of Mechanical and Aerospace Engineering. The project addresses the significant amount of plastic waste generated by failed prints and other aspects of the 3D printing process.
“3D printing deals with plastics and goes through a lot of plastics, and a lot of plastic that enters the 3D printing process ends up getting wasted,” explained Breeden. He noted that without an easy recycling method, large amounts of waste materials accumulate from 3D printing activities at the university.
Simple Spool works by converting recycled plastic pellets back into filament that can be reused in 3D printers. The system processes ground-up plastic waste, transforming it into usable printing material. This closed-loop approach could help reduce the environmental impact of 3D printing activities.
According to Breeden, the device differentiates itself from existing market options through its user-friendly design and accessibility. “This device is very easy to assemble for an average person. All that it’ll take is just a simple Allen wrench and a screwdriver to put this thing together,” he said. The team also focused on making the device economical while maintaining quality above entry-level alternatives.
The project highlights UF’s commitment to providing students with practical innovation opportunities. “UF gives us students lots of resources to be able to learn how to innovate and create in this controlled setting, which is a great training for entering into industry,” Breeden stated. The university’s facilities allowed the team to create and test their prototype in a supportive environment.
Source: wcjb.com