BIO

Hi, I am Juliana Youngman, a junior mechanical engineering student at Florida State University. My interest in creating practical solutions to address real-world problems led me to pursue a degree in engineering. After graduation, I intend to work in the sustainable energy field. I hope to contribute to designing and developing new technologies that will help combat climate change. In my free time, I enjoy hiking the beautiful trails that Tallahassee has to offer.

Reverse Engineering the Epilog Zing Laser Cutter

Abstract

A laser cutter is a computer numerical control machine that uses a focused laser beam to cut and etch materials into geometric patterns created by a designer via computer-aided design software. The Epilog Zing Laser utilizes a red laser to cut materials. However, it is a media device that has become
obsolete. Thus, the purpose of this project is to propose and document a method of repurposing it for a new and creative function. We explored how to replace the Epilog Zing’s standard red laser with a UV laser that creates designs on UV-sensitive paper. Our preliminary results lead us to believe that we will be able to produce a functional laser cutter. Evidence from this work suggests that outdated technology such as the Epilog Zing Laser Cutter can be remodeled to perform a new function.

Keywords: Laser Cutter, Engineering, UV laser, Photosensitive paper