Turning my voice into matter with Codex and a 3D printer
I got the round meter into my first test print, then couldn't get it out without risking damage to the plastic. A more complicated cradle followed. This time the meter just spun round. Technically, it fit. I wanted the simpler design back. I've been using Wispr Flow to dictate designs and changes to Codex, then printing them. This particular conversation was about interchangeable meter inserts…
In the span of a few months, an AI-powered 3D printer has transformed a software engineer's life, enabling the creation of physical objects tailored to their needs. Using Wispr Flow to dictate design changes, the engineer collaborated with Codex to generate prototypes of interchangeable meter inserts for their CrowdLox 4L cereal-box filament spool holder, which features a removable desiccant tray and varying-sized meter slots.
Initially, the round and rectangular meters had retaining clips that made removal challenging; however, after testing the prints, the engineer determined that a simpler slotted frame would better accommodate the round meter. They also adjusted the rectangular frame to balance between tightness and ease of removal. Additionally, the engineer experimented with removing unnecessary elements, such as the front pedestal, to streamline the design and enhance usability.
This innovative process has led to the production of various objects, including the Minirig 3 holder, an adjustable cable cradle for their speaker, and a customizable Gridfinity resistor organizer. This remarkable journey, from being a software engineer with no 3D printer to one capable of creating functional physical objects, highlights the incredible potential of AI-assisted design and manufacturing.
Written by urgent.news from Dev.to's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
