Circuit Sculptures
Creating mini 3D hanging LED ornaments
Company/ Client
Personal Project
Role
Designer
Skills
Circuit design Wire bending
Tools
Paper Pliers Brass wire CR2032 batteries
Duration
2024
Overview
Inspired by the creative world of 3D circuits, I created geometric hanging lights and ornaments using CR2032 coin batteries. Using conductive wire, solder, and small LED components, I designed a 3D circuit framework that not only supports the battery but also lights up the LED, creating stunning visual effects.
The process involved precise engineering to ensure the wire frame securely holds the battery in place, while the integration of 3D printed elements allowed for intricate and stable designs. This fusion of engineering and design highlights the potential of combining simple electronic components with innovative 3D structures to produce functional and decorative pieces.
Inspiration
I encountered circuit sculptures by chance and was fascinated by the possibilities. These sculptures often include motorized components and elements such as timers and switches. My project was inspired by posts on Hackaday, the portfolios of Mohit Bhoite, and Jiri Praus.
The process began with sketches of the desired shapes, calculating proper angles, and cutting brass wire to the required lengths. I traced a plain sheet of paper with exact dimensions and angles, using pliers to bend the wire to shape. Meticulous planning was necessary to determine the order of soldering, ensuring the LEDs were positioned correctly, soldered at the right angles, and the outer structures were completed last.
