This 10‑hour compilation provides a comprehensive guide to designing for mass production and 3D printing, covering everything from basic design principles to advanced manufacturing techniques. The video starts with 10 ways to eliminate layer lines (00:00), then Skadis Hook (08:10), making holes that will not split (18:59), 9 ways to design to eliminate warp (24:58), 3 levels of cube design (35:51), 3D printed golf tee (41:34), 3D printed textures (50:09), 3D printed thumbtack supports (54:33), 3D printed vent designs (1:02:23), 3D printing ripples for part strength (1:13:20), birdhouse design (1:17:19), connect your 3D printed parts (1:27:16), custom retail packaging for a perfume bottle (1:31:30), design 3D printed springs (1:36:59), design better holes for 3D printing (1:44:02), design command strip handles (1:51:35), design electrical enclosures with fin (2:05:57), design enclosure mounts (2:11:41), design hidden electrical enclosures (2:16:07), design ring clamp locking tabs (2:19:55), design rules for mass production 3D printing v2 (2:24:45), design side loops (2:30:18), design of brims (2:32:51), design of cabinet knobs v2 (2:42:28), design of dome interiors (2:50:04), design of domes (2:53:56), design of enclosure lids (2:59:19), design of feet (3:04:44), design of joining features v2 (3:09:06), design of lid loops (3:18:11), design of one‑way vents (3:23:30), design of overhang loops (3:33:07), design of print‑in‑place hinges (3:36:46), design of rods for 3D printing (3:44:46), design of scoops (3:48:18), design of threaded holes (3:56:10), design to eliminate supports (4:02:17), design perfect sphere (4:09:54), designing 3D printed fins and slots (4:22:12), designing an impossible gear with 3D printing (4:27:46), designing different types of lids (4:36:06), designing electrical panel covers (4:41:32), designing fan blades (4:47:37), designing glue slots & pads (4:51:21), designing ribs for 3D printing (4:55:08), designing rounded electrical enclosures (5:01:17), designing wall hooks for 3D printing (5:13:20), designing a custom 3D printed organizer (5:18:54), designing a water bottle for 3D printing (5:30:16), designing the perfect first layer (5:38:53), everyone does batching wrong (5:43:56), filament extruder water dispersion part (5:52:39), glue slot threads (5:57:03), hardware handles the right way (6:02:07), how to design a 3D printed ethernet switch holder (6:07:10), how to design corner brackets (6:16:16), how to design living hinges (6:24:19), how to design a 3D printed electrical enclosure (6:30:04), how to design a lamp base v2 (6:41:47), lettering design (7:00:02), locking tab designs (7:07:27), mass producing a cube (7:11:29), never use 3D printed supports again (7:14:21), never use brims again (7:18:00), perfect tolerance every time (7:22:14), perfect tolerance lids sequel (7:34:16), print in place latch (7:40:07), print v mold cube comparison (7:46:52), sample brick explainer (7:53:42), shapr3d parametric beta wheel design v2 (8:02:23), side hole tolerances (8:20:30), spool holder design video (8:28:17), stop using cavaties (9:03:29), stop using slicer rafts (9:09:54), stop using slicer supports (9:17:26), stop using slicers (9:28:51), strength and tolerance vertical holes (9:42:24), support combs design tutorial (9:49:35), surface finishes on 3D printed parts (9:53:13), use fillets everywhere except here (9:57:15), vase mode building blocks 1 (10:00:01), we 3D printed a hammer (10:07:11), we 3D printed an ax (10:16:30), we made dysons bladeless fan for $25 (10:32:09), we made massage rollers for kickstarter v2 (10:39:08), wheel design video (10:47:00), wire clip designs (10:51:10).
