Bringing digital designs to life through additive manufacturing and precision engineering.
3D printing is the closest thing to magic I've found outside of software. You design something on screen, press print, and hours later you're holding a physical object that didn't exist before. It's the bridge between the digital world I work in and the physical world I live in.
I print on a Bambu Lab P1S Combo — a fully enclosed, multi-material printer that balances speed, reliability, and print quality. The AMS (Automatic Material System) makes multi-colour and multi-material prints seamless, which is essential for functional parts that need different material properties.
Most of what I print falls into two categories: functional parts for my workspace and hardware setup, and enclosures or mounts for various projects. The printer is a tool, not a toy — though I won't pretend it isn't also deeply satisfying to watch it work.
3D printing shares DNA with software engineering: you design, prototype, test, iterate. Tolerances are tight. Material science matters. A failed print teaches you something — about layer adhesion, support strategy, or thermal behaviour — the same way a failed deploy teaches you about your infrastructure.
What I value most is the speed of iteration. An idea goes from sketch to CAD to physical prototype in the same afternoon. That tight feedback loop — design, print, evaluate, refine — is Kaizen applied to atoms instead of bits.