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NOTE: I've updated this print with versions containing looser tolerances that may work better for some printers. The angled leaves of the clover-shaped links on this print-in-place bracelet look very nice when printed in dichromatic PLA,…
A great print for Valentine's Day! The uploaded models of the bracelet have two sizes: 6 links (approximately 190 mm, 7.5") 7 links (approximately 215 mm, 8.5") You can remix the model to add more links or change the heart to a different…
This model prints flat, then folds into a dodecahedron frame. The inner sides snap together (as shown in the video below) to hold the shape without any additional connectors. Print in PETG (as PLA is not sturdy enough) at 0.2 mm layer…
This print was designed just for fun, and to see how a 3D printed lightbulb would look. Turns out it looks pretty much like a regular light bulb! For best effect, print in two colors, solid (ideally gray or silver) for the first 10mm, and…
This print in place design embeds spherical rotating beads in a customizable cuff bracelet. The model comes from Tinkercad Code Blocks https://www.tinkercad.com/codeblocks/fjyDH4QxsuJ and the size can be easily modified by changing the…
These models print in place without supports and should flex easily straight off the print bed. A little wiggling may be required to loosen the joints. I printed mine at 0.1 mm layer height and 50% infill. You might be able to get away…
This model prints flat, then folds along the edges to form a rhombic dodecahedron. The inner sides snap together, as shown in the video below, to hold the shape without additional connectors. If you change filament mid-print, you will…
Works best on a printer with good resolution to allow the hearts to slide freely when printed. Mine slide right away once the brim is removed. I printed the pendant at 0.2 mm layer height with an outer brim to keep the small pieces in…
Should print easily in place. It's thicker than it needs to be, and I'll probably try to make a thinner version. The design files are up on Tinkercad at: https://www.tinkercad.com/things/0CKcjuvhmcd
The cuff bracelet was intended to be printed with Matterhackers Quantum iridescent filament, which displays different colors on different sides of the print. That allows the rotating beads different colors in different orientations. It…
This heart pendant displays the Chinese characters for “double happiness” in different contrasting colors on both sides. The clever half bezel designed by maker Layerdash in their Heartin Pendant design adds interest and allows you to…
I've uploaded two models of the bracelet in two sizes: 6 links (approximately 190 mm, 7.5") 7 links (approximately 215 mm, 8.5") You can remix the model to add more links or change the stick figure to a different shape in the Tinkercad…
This print is designed especially for wearables. It uses 26 AWG stranded wire to work as both a clasp and power supply for an electronic pendant. The three versions work with three of the smaller sized Li Ion cylindrical batteries -…
This model makes a fun pendant to wear at holiday parties and can work as an ornament for your tree. Prints well in PLA at 0.2mm layer height. Your printer must be able to bridge long gaps well for the rails to work. A brim helps keep the…
This is a fun, modular ring print. The ring base and bottom portion (bezel) of the jewel should print in an opaque color, while the top portion of the jewel (above 4mm) should be printed in a translucent filament to allow the LED to shine…
I tried to make this button as small as a real dress shirt button, and it's close - 15mm in diameter. To discern the detail it must be printed at ultra high 0.05mm resolution. I used 100% infill. Fortunately, it's so small it only takes…
**UPDATE August 23, 2023** Users reported that in some cases there isn't enough clearance between the Pixelblaze and the lid for the button to operate properly, and it can be triggered accidentally by tightening the screws. , I have added…
This ring makes a fun party favor. Print the ring out of a silver/metallic filament and the “gem” out of translucent filament, slide then glue them together, and you are good to glow! While the “gem” and the front of the ring slide…
This mini lightbulb print makes a fun wearable when you wire it up with an LED and connect a coin cell battery. An insert screws into the threaded base of the bulb to hold the LED in place. The insert and the bottom 5mm of the light bulb…
This stellated regular polyhedron prints flat, then folds along each edge to the dihedral angle for a regular dodecahedron. You can hold the sides together (except the last one) by securing them with zip-ties through the holes as shown in…
Instructions for battery holder assembly are on my blog at https://www.geekmomprojects.com/flexible-3d-printed-battery-holder . These designs were tested on a Prusa MINI+ using Matter Hackers Pro Series TPU flexible filament. They were…
A very simple heart pendant I threw together as a party favor to celebrate a friend's birthday which always falls around the Lunar New Year. Switch filament after 1mm to showcase the Chinese characters for “double happiness”. Sliced at…
This model works just like the Dodecahdron it is remixed from, though it is necessarily a bit smaller to be able to fit 20 faces flat on the print bed. Once printed, the shape folds along each edge to the dihedral angle for a regular…
This print looks best in two colors with a change where the smaller buttons start. High resolution recommended - I used 0.05mm Ultra Detail and 50% infill for strength (they're not just decorative - they need to hold your clothes…
Print this tealight in two colors, with an opaque top and bottom (red looks good) and white or translucent middle section to allow the illumination to reveal the embossed Chinese character for “luck”. I used a “natural” PLA for the middle…
This print is meant to work with a 2x3x4 mm rectangular color-changing LED , a 5mm diameter length of solid-core side glow fiber optic cable, and a CR2032 coin cell battery to make a wearable (or decorative) color changing fiber optic…
This print, from flexible filament (I used MatterHackers Pro series TPU), uses the Fibonacci64 Nano board, sold by Evil Genius Labs ( https://www.evilgeniuslabs.org/fibonacci64-nano ) along with two countersunk neodymium magnets (1/8"…
These are all currently available results.
