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.*
Hose Reel Flexure Ratchet Pawl Retrofit
This one-piece compliant ratchet pawl adds a lock back to a hose reel whose internal auto-stop pawl has worn smooth. Mount it to the reel frame with two #8 (4.2 mm) wood or self-tapping screws. The 10 mm long, 4.6 mm wide slots let you slide the 10 mm sawtooth into the hub spokes or teeth. A 2 mm × 40 mm flexure beam springs the pawl back. A rigid stop wall 2.5 mm away limits how far the beam bends so it can't be overbent and break. Pull the 16 mm thumb tab to free the reel and wind the hose back in. The part is 54 × 64 × 8 mm.
Parallel Flexure M3 Fine-Adjust Stage
This is a one-piece compliant linear stage, 58 x 92 x 10 mm. A 30 x 30 mm carriage hangs on four parallel 1.3 mm leaf flexures with 22 mm of free length, and an M3 screw in a horizontal heat-set insert pushes it about ±1.5 mm in X with no slop and no sliding friction. Its top has four M3 heat-set bores on a 20 x 20 mm square for a laser, sensor or mirror. A hard stop with a 2 mm gap keeps the leaves from being overbent. The frame mounts through four M3 clearance holes, so use washers underneath to lift the carriage off the surface it is screwed to.
Flexure-Isolated IMU Sensor Deck
A 70 x 70 x 6 mm frame that bolts to a robot chassis with four M3 screws on a 62 mm square. A 30 mm floating platform is held by four serpentine flexures that isolate an IMU or compass board from motor vibration. The platform has slotted M2.5 holes, so it fits 2-hole boards at 12–22 mm spacing and square patterns from 8.5 to 22.6 mm.
Compliant Bistable Snap Toggle
A one-piece flexure mechanism: four pre-bent 1.2 mm beams hold a centre shuttle in one of two stable positions about 5.4 mm apart, and it snaps between them with a click. Push rods stick out both sides. The 84 x 50 x 6 mm frame screws down through four M3 clearance holes, so you can use it as a latch, a microswitch trigger, or a detent with mechanical memory. Nothing is assembled and there are no pins to wear out.
Fin Ray Compliant Gripper Finger
A Fin Ray-style compliant gripper finger, 94 mm long × 30 mm deep × 22 mm wide, with a 3 mm contact beam, a 3 mm tapered spine and six 2.6 mm cross ribs, so the face wraps around whatever it touches instead of point-loading it. It bolts to any jaw carrier with two M3 socket screws on a 14 mm spacing through counterbored 3.4 mm holes (5.5 mm heads sink 12 mm deep); the part is mirror-symmetric, so print two identical fingers for a two-jaw gripper.