Created 4 days ago
Description
A custom fit speaker spacer designed specifically to adapt standard 6x9 automotive speakers into Milwaukee Packout toolboxes. The spacer features a wedge design to angle the audio directionally, a support grid pattern embedded on the underside for structural rigidity, and elongated mounting slots for flexible installation.
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What it's for A custom drop-in tray engineered to convert a half-section of a Standard Milwaukee Packout Organizer into a dedicated M18 router station. It features a contoured cradle for the router body with its battery attached, a wide pocket for the base plate, a large accessory bay for the edge guide and wrench, and a 12-slot storage grid for 1/4-inch shank router bits. Scalloped finger pulls make it easy to lift the router out. Dimensions Footprint: 280 mm × 200 mm Height: 60 mm Bit Storage: 12 holes, 7.2 mm diameter (for easy clearance of standard 1/4" shanks) Print notes Given the large 280 mm length, this will require a reasonably large print bed. A robust infill (15–20% gyroid) is recommended to support the weight of the tool. The design rests entirely flat on the build plate and requires no supports.
A straightforward C-shaped bracket or spacer profile, built flat for easy printing and structural strength. Perfect as a spacing jig, edge clamp base, or structural tie. Remix Hooks Thickness (10 mm): The defining parameter. Bump it to 12 mm or 15 mm if you need stiffness for heavier loads. Notch Depth (65 mm): Dictates how deep the bracket bites. Edge Treatment: Currently sharp for exact alignments, but easily chamfered if you'll be handling it frequently. Mounting: Ripe for adding countersunk bolt holes through the 25 mm tabs.

A heavy-duty 2-inch diameter puck, built exactly 1 inch thick. It's a completely blank slate standing by for its real job, complete with 1 mm chamfers on the top and bottom edges so it prints cleanly without an elephant's foot. Remix Hooks Dimensions: 50.8 mm diameter, 25.4 mm height. Add a center hole: Subtract a cylinder to turn this into a heavy-duty spacer. Hollow it out: Shell the inside to use it as a custom project box or potting cup. Scale the Z-axis: Squash it down in your slicer to use it as a coaster or shim.
A straightforward set of square alignment spacers built to be stacked or swapped easily. Instead of dropping flush where you can't reach them, each spacer features a T-shaped grip tab extending out the front. Base: 20.3mm × 20.3mm Heights: 5mm, 10mm, 20mm, and 50mm Grip: Smooth, fully-rounded T-profile that sits centered on the edge The grip is 4.5mm thick across the board, offset just enough on the thinnest 5mm spacer to clear the plate. If you need a bolt hole cored through the center or a slot to make them slide-on U-shims, those are easy cuts to add.

A heavy-duty drop shelf designed to wrap a standard 2x4 wall stud. The main bed splits into two pieces for easy printing on a standard bed, locking together with precision alignment dowels. A central support leg drops down directly into a face-mounted stud bracket to hold heavy loads flat. No-Support Printing: The main plates are oriented perfectly flat off the bed. Locked-In Support: The drop leg features a tubular bottom that seats perfectly into a cupped bottom bracket, preventing lateral slip. Hardware Needed: A few 6mm rod pins for the hinges, and standard countersunk wood screws for the brackets.

An air compressor adapter designed to interface a 1/4" NPT blow gun with a precise 3mm outer-diameter nozzle. The part features a clean, support-free geometry that steps inward as it prints, transitioning smoothly from a 14mm hex base up through the threads, capping off with a reinforced 1mm fillet at the base of the delicate tip. Print and Application Notes Print Orientation: Prints exactly as oriented (hex base flat on the bed). No supports are required for the threads, ceiling, or nozzle. Sealing: The threads are rendered straight rather than tapered—wrap with a couple of layers of PTFE thread tape to ensure a tight pneumatic seal when threading into the metal gun. Material: PETG or ABS is highly recommended over PLA to handle the pressure spikes and avoid brittleness at the tiny 1mm bore tip.