Graphene Heater

made with wildcard

To Do

Tools

• Software: Onshape, Adobe Illustrator
• Machines: Epilog Fusion M2 32/40 Laser Cutter

Materials

• Acrylic
• Graphene Substrate

I set out to craft a heater using laser-induced graphene (LIG) in distinct shapes. Armed with a vision of melding functionality with artistry, my first steps involved gathering materials—a flexible polyimide film, a laser engraving machine, copper tape, a power source, design software, and essential safety gear. In the creative realm of the digital workspace, I meticulously designed shapes that would soon materialize into a unique heating solution. With precision, I cut the polyimide film, creating a pristine canvas for the transformative power of the laser. As the laser engraving machine hummed to life, each beam induced intricate graphene patterns, turning the shapes into functional art. Weaving copper tape for electrical connections, I envisioned the silent conductor that would bring warmth to my living space. This DIY journey was a harmonious blend of creativity, technology, and the promise of a heater that transcended mere utility, becoming a visually striking addition to my dorm room.

I completed the group assignment by training with Wedyan on the LIG process.