Modular Filament Spool Rack/Shelf

Designer

Molodos

Designer relation

Followed

Kategori

Tools

Licens

Standard Digital File License

$ ↺

Se platformens konkrete vilkår.

Designer commercial

Patreon

Først set

2026-07-15 10:58

Sidst set

2026-07-15 10:58

Tags

filament spool rack storage hexagon hex filament storage filament rack shelf filament shelf PLA petg tpu organizer project furniture 3dprinting modular spool holder holder stand

Beskrivelse

Boost Me (for free) You like the model? Consider using your boost tokens to support me for free! (or check out my Patreon for commercial seller licensing) Boost A parametric filament spool rack to store your filaments. Combine the 3D printed parts with rods in order to create a cool shelf. (The design is inspired from this model, but everything was re-designed from scratch. This is why there is lots of differences and a custumizer is available.) Features Stylish filament storage solution Compatible with all rods due to the parametric model maker Fully customizable Profiles for 20mm and 30mm diameter rods included Easy reconfiguration as layers interlock in a simple manner Extensible an any time With 1m rods, up to 13 rolls of filament can be stored per layer Recommended print settings (or just use the provided print profiles) Layer Height: 0.2mm No supports needed Parts required Two rods (pipes recommended) per layer 1m length and 20mm or 30mm diameter (30mm recommended for better stability) For 20mm diameter, use a pipe for better stability Two side panels per layer The bottom layer needs 4 feet To connect two layers, 4 connectors are required Optionally: 4 Hole Caps per layer (here is the parametric model for the hole plugs used in the images) Assembly Connect two side panels with two rods (rods might have a tight fit as the spacers in the holes are designed to be scraped off when inserting the rod for a perfect fit) Use the feet and connectors to stack layers up Tips Use the “Rod Spacers Test” option in the parametric model maker in order to print just the rod hole first (or use the provided test print profiles) Use it to test it the fit is good and adjust the settings before printing the whole side panels You want to sell physical copies of my models? Check out my attractive commercial seller licensing via a membership over on Patreon!