1. 3D PRINT THE PIECES Print crossbody_side.stl twice using this setting: 0.2mm layer height, 0.6mm top/bottom (OR 0.4mm bottom and 0.6mm top), no support or layer adhesion. TIP: Use heated glass plate to achieve glossy, candy-shell finish. Print the rest of the components using this setting: 0.2mm layer height, 0.6mm top/bottom (OR 0.4mm bottom and 0.6mm top), with a brim of 5 loops. NOTE: I included two sets of crossbody_side_stoppers_xxx.stl. These are the plugs that go into the side hinges. There's one type that's easier to print, but you'll need to use superglue to get it to adhere to the bag. There's another type that's trickier to print, but you can just snap it into place (no superglue needed). I would try the snap version first, and if it's not working use the superglue version. TIP: Print a sample of the chain first and then print the rest. The chain is probably the trickiest piece to print. It requires that you calibrate the printer to deal with overhangs very well. 2. ASSEMBLY Take the two sides and face them together (bottom layers face outwards). Insert the skewers (the long rods) into the side hinges. Either snap the stoppers or glue the stoppers (see note above) to hold the skewers in place. Insert magnet (neodymium cylindrical magnets, 1/4" diameter x 1/2" length) into the clasp, and super glue the magnet stoppers in place. You can stack smaller magnets. For example, you can use two cylindrical magnets of 1/4" diameters x 1/4" length to achieve the same strength and magnetic effect. The bag should just snap together in place afterwards.