Game Storage Generator

How it works

How to 3D print storage for your games

Pick a console, choose drawers or a vertical stand, dress every drawer front, and download print-ready files. Every part is a single solid, nothing needs supports, and the tool checks it against your printer before it lets you export.

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What you can customise

One solid per part

No dovetails, no splice plates, no glue-up. The frame, tray and each front are single watertight bodies.

Cartridges and disc cases

N64, NES, SNES, Game Boy, DS and Switch cartridges, plus Xbox, Xbox 360, PlayStation, GameCube, Wii and Switch game cases, each with its own size, and a custom option for your own measurements.

Every drawer different

Dozens of front styles, a lip or a screw-on handle, patterns, labels and your own colours, per drawer.

Plywood sides and inlays

Laser-cut panels with engraved or cut designs: on the sides, and set into the fronts from behind, showing through a window. Always an option, never the whole case.

Hollow, face-down fronts

Modelled on your reference front: a thin face and a recessed back, printed face down, so it uses far less plastic and needs no supports.

A drawer that tips to you

No holes in the walls: the tray slides between the frame walls, and a square-edged nub at the front of each wall stops it at the tall posts at the back. Pulled right out, the drawer leans forward onto the nubs so the last games are easy to reach.

Vertical stands

Your upright rack, copied exactly for Xbox cases and resized for any other game: a bottom cap with feet, two finned side panels and a top cap. Games lie flat and slide in from the front.

Checked before you print

Every part is measured against your bed size, nozzle and layer height: walls, floors, overhangs and bridges. Anything that would not print is listed, with a one-click fix where there is one.

Everything to build it

STL files already turned to their print orientation, SVG and DXF laser files, a bill of materials and an illustrated assembly guide drawn from your own design.

Three steps, one page

1

Describe your storage

Choose the console, then drawers or a vertical stand, and how many games it holds. The 3D preview, the checks and the material estimate update as you change them.

2

Design each front

Pick a style, then shape the edge, add a pattern, a pull and a label, or set in a plywood inlay. Give every drawer its own label and colour.

3

Print, cut, assemble

Download STL, SVG and DXF files plus a bill of materials, then follow the generated assembly guide. Nothing needs gluing up from sections.

One printed frame per unit, with or without plywood panels

Printed frame onlyWith plywood side panels
What it isThe box is a single printed piece.The side walls get a pocket rim that holds a laser-cut plywood panel.
StiffnessFine at 2.4 mm walls; large thin walls can bow.Plywood carries the bending load in the long walls.
Filament (default design)--
Plywoodnone-
NeedsA 3D printerA 3D printer and a laser cutter (or a cut service)
LookPrinted layersNatural wood sides

The frame, trays and fronts are always printed. Plywood is only ever an insert, never the whole case. The side panels make the frame wider, so a 256 mm printer takes 10 slots per row with them instead of 12.

Suggested print settings

SettingSuggestion
MaterialPETG for the frame, clips and pegs (the snap hooks flex). PLA is fine for trays and fronts.
Nozzle and layer0.4 mm nozzle, 0.2 mm layers
Walls and infill3 walls, 15 to 20 percent infill. Ribs and thin walls print almost solid.
OrientationEvery STL is exported in its print orientation: trays flat on their floor, frames standing on their back with the open front up, fronts lying face down with the hollow back up, so the slopes never overhang.
SupportsNone needed. Patterns are cut into the face, and the ceilings of those cuts are short bridges.
Vertical standsEvery stand piece prints lying on its back, like the original files, so there is nothing to support. The only bridge is the 2 mm that closes each T slot at the front.
Tall framesThe frame stands as tall as the unit is deep. Use a brim, slow the outer walls, keep draughts off it, or use an enclosure.
Thin floorsFloors snap to whole layers and must be at least four layers thick (0.8 mm at 0.2 mm layers).
First printThe 3-slot fit test with a real cartridge. Adjust the tolerance, then print the rest.

Ready to design yours?

Free to start, right in your browser. Nothing to install.

Open the designer