We 3D-printed a butt-shaped device, filled it with 60°C water, and used a thermal cam to test how wheelchair cushions manage heat. Carbon’s cushion stayed cooler, longer—so users can focus more on living, not sitting. 🔗 Read more: bit.ly/45pYEW1

I got a new headshot for Carbon stuff, and I like it so much I'm going to use it here! 👋

My favorite Three.js project, and it's in 2D 🤣 Seriously, Three.js is incredible and I talk about it all the time. ❤️

Andrew Sink its so great...

that's it, I'm turning your benchy into a ring pop

This model is only 💾2.7MB (or 2.1MB SOG compressed!) and plays supremely well to the strengths of gaussian splats. The soft, spiky, fluffy stuff has been perfectly captured during training. It would be challenging to replicate this using traditional polygon modelling.

If you’ve made audio visualizers in the past, here’s a template for generating a 3D model! The frequency bands could probably use some optimizing; this is a little out of my wheelhouse. Contributions welcome!

You can also generate a 3D model from a song, your voice, or whatever! Fun little side quest! Thx for the inspiration, Joel Telling - 3D Printing Nerd ✋!

This type of 3D scanning (Gaussian Splatting) feels like magic to me. Seriously: this looks like a pre-rendered scene!

Toad Tuesday 🐸

He’s right! It’s a great book, and definitely worth reading before the movie comes out!

Riding my bike is consistently the best way to immediately improve my day. It’s just so much fun!