◆ Print only
A puffy honeycomb mesh Christmas tree in two halves that snap together on printed pins, with a hanging hole at the top.
Want your own version? Make it free in our mesh former tool. A free account gives you free downloads every week.
A Christmas tree you print flat: two honeycomb nets that you warm and press into halves, then push together on the pins printed on the rim. It closes into a hollow three-tier tree 88 mm wide, 110 mm tall and about 30 mm deep, with a 3 mm hole at its tip for a thread, a ribbon or an ornament hook.
Made with our mesh former: it is the Christmas tree shape on the tool with a honeycomb net and the printed pins. Each net prints in about 27 minutes with no supports and weighs about 7.5 g. The shape is the same on its left and right, so one press forms both halves. The press is printed once and make as many ornaments as you like.
Print the nets in green or gold PETG, or in a silk filament that catches the tree lights. The zip has both nets, the press, a print sheet and the outline as an SVG you can drop on the mesh former to change the size, the net pattern or the depth.
Shown as a 3D render of the closed ornament in front of the press, not a photo.
Print the front net, the back net and the press (plug and cavity), all flat on the bed.
Lay the front net in the cavity's pocket, flat face down, so the small locator pins go through the holes in its rim.
Warm it with the heat gun kept moving 15 to 20 cm away until it goes limp. Turn the plug over side to side, like the page of a book (its left edge goes to the right, its top stays at the top), push it straight down and hold it for a minute while it cools.
Do the same with the back net in the same press.
Put the halves rim to rim and press the printed pins of the front into the holes of the back. Tie a thread through the hole at the tip.
Print details
| Type | Print only |
|---|---|
| Printed parts | 4 |
| Size (W x D x H) | 88 x 30 x 110 mm |
| Print bed needed | 118 x 97 mm, 14 mm tall |
| Filament | ~52 g |
| Layer height | 0.2 mm |
| Infill | 10% |
| Supports | Not needed |
| Download | ZIP: front and back nets + the press, plug and cavity (STL) + outline (SVG) + print sheet |
| Added | 2026-11-04 |
Made with the free Mesh former generator. Upload your own drawing and get the same kind of part built from it, in your browser.
ZIP: front and back nets + the press, plug and cavity (STL) + outline (SVG) + print sheet
Free for personal use. Selling the printed piece itself needs a commercial licence (Pro or Founder); passing on the file is not permitted on any plan. Full terms.
New to this? Read the mesh former guide.
Yes, a small one. The tree is hollow and about 30 mm deep, so a fairy light bulb on a thin wire or a coin-cell LED fits inside before you close the halves. The honeycomb lets the light out on every side, which looks best in white or clear PETG.
A green or gold silk PLA, or a translucent green PETG. The honeycomb has hundreds of small faces that catch the tree lights, and a shiny or translucent filament makes the most of them.
Yes. Open the mesh former, pick the same shape (or drop the SVG from the zip on it) and change the size, the net pattern or the cell size. The tool rebuilds the nets and the press to match, and fits the depth so the net does not tear.
A mesh bauble whose net is a field of little stars, in two halves that click together, with a hole in the cap for the string.
A mesh bauble whose net is a field of little hearts, in two halves that click together, with a hole in the cap for the string.
A mesh bauble with an organic voronoi net, like a cell structure, in two halves that click together, with a hole in the cap for the string.
A mesh bauble with a net of diamonds like a harlequin glass ball, in two halves that click together, with a hole in the cap for the string.
A honeycomb mesh bauble shaped like a drop, in two halves that click together, with a hanging hole at its tip.
A fish scale mesh bauble in two halves that click together, with a hole in the cap for the string.
A gyroid mesh bauble with the wavy pattern of 3D print infill, in two halves that click together, with a hanging hole.
A spiral mesh bauble whose net winds out from the middle, in two halves that click together, with a hanging hole.