Activated-carbon water filter designs with controlled toolpaths, food-safe materials and practical tap workflows.
A polypropylene tap water filter for activated carbon. The flower-like top opens for filling, the body attaches to standard taps, and the bottom grid holds carbon while water passes through. Joined G-code keeps the water path cleaner by reducing micro-stringing.
A handheld PCTG water filter used beside the tap: remove the protective cap, hold the body under running water with one hand, and fill a glass below with the other. Food-safe, chemically resistant and practical.
The top opens for filling, the lower grid keeps the media in place, and continuous print paths reduce micro-stringing in the water route.
Jem uses polypropylene, a tap-mounted water path and joined G-code sections so the print can stay watertight and clean with very different geometry in one object.
A practical PCTG filter used beside the tap: remove the cap, hold it under running water and fill a glass through the body.
Polypropylene is slow and demanding to print, but it can make watertight one-wall parts, living hinges and food-contact objects when the workflow is controlled.
A quiet, USB-powered air purifier that just does its job. Cleaner room air from a printed object that actually looks like it belongs on the shelf — no humming appliance, no exposed electronics.
A full-size ice-pack air cooler built from printed parts, a quiet USB fan and a frozen water pack. Freeze the pack overnight, place it inside, and Yuki sends a steady cooler stream across the desk with very low power use.
