Created 1 months ago
Description
This solid-body treat dispenser encourages dogs to actively play for their food. The blocky exterior with heavily rounded edges causes erratic tumbling behaviour when pushed, keeping the toy unpredictable across the floor. As it rolls, kibble or treats fall randomly from the scattered ports.
The internal chamber ceiling is heavily chamfered, allowing the entire structure to print in place without requiring internal supports. Use a tough, impact-resistant filament like PETG or TPU with high infill and thick walls to withstand teeth and hard floors.
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Technical views
A robust print-in-place flexi butterfly with perfectly sweeping, organic wing shapes. I stripped out the old jagged polygon boundaries and replaced them with tangent arcs—giving the wings a true biological sweep while keeping the hinge exactly where it needs to be. The antennae are anchored deep into the head block, so they'll actually survive a drop or two. Remix hooks Wing span: Currently sweeps out to roughly 108mm across. You can pull the outer hull coordinates further out for a longer wingspan. Vein pattern: Driven by basic hulls intersecting the wing body. Easy to swap in your own grid or voronoi generator. Hinge tolerance: Locked at 0.4mm clearance on the barrels and pins, which works beautifully for standard PLA. If your printer over-extrudes, scale the pin down slightly.
A scaled-down half-inch "Round Tuit" token, shrunk to fit miniature projects or smaller spaces. The classic joke rendered in solid plastic, debossed on both sides so it prints flat without supports. Double-sided debossed text Print-in-place flat on the bed Pocket-sized for immediate procrastination relief
A complete 150mm Ultimate Tic-Tac-Toe board featuring 9 nested 3x3 grids. The main gameplay zones are separated by thick, raised dividers, while the smaller internal grids use thinner lines to keep the board easily readable during play. An outer rim prevents pieces from sliding off the edge. Board Size: 150 × 150 × 7 mm overall Play Pieces: Includes custom X and O tiles (11mm diameter, 2.5mm thick) sized perfectly for the inner grid cells. Tolerances: The sub-grid cells are 12.5mm wide, leaving a comfortable 1.5mm clearance for the tiles. Printing: All parts are oriented flat for printing without supports. The board, X tile, and O tile are provided as distinct, selectable parts so you can easily assign different colors or duplicate the tiles in your slicer.

A printable, eight-note pan flute tuned roughly to a C-Major scale (C6 through C7). The pipes overlap to form a solid, rigid body, bound by a single structural band. I inverted the model so the blowing edge sits perfectly flat on the build plate—this guarantees a smooth lip interface and allows the entire instrument to print without a single support structure. Acoustics Scale: C-Major (C6, D6, E6, F6, G6, A6, B6, C7). Bore: 10mm internal diameter. Edge: Chamfered internally at the top to break the sharp corner. Print notes Print it exactly as oriented. The flat top faces the bed, and the closed ends of the pipes will be bridged internally. The 10mm bridges are small enough that any standard material will span them cleanly. Ensure your bed adhesion is dialled in, as the entire instrument rests on the rims of the pipes.
A fully functional, 6-hole fipple flute designed to be printed entirely without supports. Standing 180mm tall, it fits nicely on most standard print beds when positioned vertically. The voicing window and blade are engineered with printability in mind: the internal angles act as clean overhangs, so the whistle mechanism forms sharply without needing extra plastic cleared out later. Height: 180mm Outer Diameter: 18mm Holes: 6 standard diatonic finger holes Print Orientation: Upright (mouthpiece at the top) Note: For the clearest tone, print with tight layer lines and ensure your printer's cooling fan is on full so the blade edge stays crisp.

Here's a baseline wide-brimmed hat shell, anchored around the 170x200mm elliptical clearance requested. It is built flat to maximize bed adhesion for large-format printers, treating the build plate as the brim's reference plane. The dome is a simple half-ellipsoid that covers the core geometry, leaving plenty of room for modifications. Remix Hooks Crown Height: Set to a default 100mm. Scale the Z-axis of the crown geometry if you need a taller top hat or a shallower boater profile. Brim Contour: It is completely flat right now to survive the first layer on a 400x400mm bed. You could run a slight Z-warp over the outer 50mm to give it a swoop, though that will require supports. Material: At 2.4mm thick, this is dimensioned for standard rigid filaments (PETG/PLA) to hold its shape. Dialing the thickness down to 1.2mm for TPU would give the brim some authentic flop.