Toroidal Bump 3x3 Rubik's Cube

thingiverse

Human: This custom toroid Rubik's cube takes a different shape with its twisty turny mechanism. Normally, this puzzle would have stickers for color but with our unique design you can easily see if it's been solved just like you normally would on any standard 3x3 cube. https://www.youtube.com/watch?v=CUKflV-uMXA&feature=youtu.be http://www.twistypuzzles.com/forum/viewtopic.php?f=15&p=344325#p344325 Print Settings: Printer Brand: MakerBot Printer: MakerBot Replicator 2 Rafts: You can use either rafts, it's okay if they're not on your print. Supports: Supports are absolutely needed on this project Resolution: High quality at .2 resolution. Infill: Printing at only 10 percent fill density will result in great success. Notes: First things first you need to take the Stl files that have been given, and you must be printing one copy of each stl file so when it comes time to putting these together we'll see the correct arrangement. Parts one through seven will act as the center piece's. eight through 19 make up your edges, then we have twenty through twenty seven representing our corner parts. Here are a few simple steps that can really give you quality print: -Start off by taking part number one the core with the supports set to on and be sure to turn it at 45 degree angles so it won't topple over for even greater detail, making sure we keep every angle covered -The flat side should face downward whenever your printing your second part the center so make sure its lying down straight in order not for things to shift when we snap these onto their corresponding parts later on which are placed upon an already fully printed item prior assembly started at this point -The sides could care less if it gets supports they won't interfere but also shouldn't print from top nor underneath neither. The thinner and weakest sections should definitely have no obstacles hindering movement once properly assembled all pieces come together nice so remember lay the parts twenty thru twenty-seven horizontally when placing into desired shape since we know corners go horizontal due too less space needed vertically. Last but not least - Remove those unwanted rafts afterwards. Snap these into correct core location on all centers and voila the first major step of a twisty, puzzling world complete