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Heads up: many models on this page are AI-generated or uploaded untested. They may be misconfigured for the intended application — check the dimensions and tolerances, and verify or edit the model before printing or relying on it.
A print-in-place ball-and-socket gimbal for cameras, lidar pucks and sensor boards on a robot or drone frame: a Ø20 mm ball captured in a spherical socket with a 0.4 mm gap gives 360° pan and roughly ±33° tilt, and one M4 thumbscrew driven into a brass heat-set insert (5.5 mm bore) locks the angle without any springs or shims. The 50 x 34 x 5 mm base bolts down with four M3 screws on a 42 x 24 mm pattern, and the 26 x 26 mm top plate carries four M3 clearance holes on a 18 x 18 mm square; overall 50 x 34 x 48 mm.
A split-clamp pillow block that carries two LM8UU linear bearings (15 mm OD x 24 mm) in line on an 8 mm smooth rod, with a centre rib that stops the bearings against each other and two M3 clamp screws that pinch the flanks so nothing walks out. The 60 x 44 x 35 mm body bolts down through four M4 clearance holes on a 40 x 34 mm rectangle, putting the rod axis 21 mm above the mounting surface.
A 139 mm print-in-place centipede: eight leg-bearing body segments joined by seven captured ball-and-socket joints, so the whole body ripples and curls in your hand. Prints fully assembled, flat on the plate, no supports and no assembly.
A palm-sized sanding block with a flat 88 x 68 mm face and a contoured grip; a quarter sheet of sandpaper wraps the bottom and tucks into the two tapered slots on the end shoulders, which wedge tighter as you sand. Hollow-cored so it stays light and cheap to print.
A flat lever wrench whose toothed V-jaw bites any lid from about 21 to 72 mm across, so a stuck jar, bottle or pill cap pops with wrist leverage instead of hand strength. 126 mm long, 9 mm thick, with a hang hole in the handle.