last modified: October 23, 2025
Posted on 2021-01-04— 3D Printing, Fun
I experimented with embedding whole PCBs, batteries and coils inside 3D prints to seal electronics invisibly in PETG parts. I explain pausing prints to insert components, then resuming, and share pros, cons and practical tips. Read the full post if you'd like step-by-step ideas and precautions.
Posted on 2021-01-02— 3D Printing, Projects
I'll walk you step-by-step through printing the mechanical parts of a fully functional, programmable cat/pet feeder. I share STL files, material and printer recommendations, and parts lists — all open-source on GitHub. If you have a 3D printer and want a challenging build, read the full post to get started.
Posted on 2020-11-29
I designed a simple, sturdy box with a lid optimized for 3D printing and shared free STL files and print settings. I’ll show photos of real prints, recommend PETG/PLA settings, and include multiple sizes so you can test or use them. Please read the full post and download the samples.
Posted on 2020-11-27— 3D Printing, Common
I've finished testing a new set of tall storage boxes designed for 3D printing. They're stackable with my flat and regular boxes, with reinforced walls and improved corners for cleaner prints. Download the free sample set or read the project page and catalog for full designs.
Posted on 2020-11-22
I designed a stackable, FFF-optimized storage box system for 3D printing, focusing on reliable prints, rail grids, stabilizing profiles and a dual-label setup. A free starter set is on Printables and a full set is in my shop. Read the full post to see details, photos and downloads.
Posted on 2020-11-21— 3D Printing, Common, Projects
I've been reorganising my lab and designed stackable organiser boxes optimised for fast 3D printing. They use a 60×60mm raster, stabilising walls, dual label slots and rail grids. I offer a free STL subset and explain print settings—read the full post for downloads and the complete shop set.
Posted on 2020-09-01— Build
I’ll walk you through my parametric, heavy wood-and-acrylic 3D-printer enclosure — from choosing boards and adjusting the Fusion 360 model to cutting parts, assembly, and 3D-printed hinges. If you want a stable, customizable enclosure for your printer, read the full tutorial for measurements, photos, and tips.