![]() And, watch out for stringing, overextrusion, or any other print issue that might cause binding in the hinge! You'll find these all on Dropbox under 801 Clamshell Cases, and then under subdirectories.Īs always, watch that first layer so that it looks nice when it becomes the outside surface of the box. Oh, and of course since the lid and base are printed separately they don't need to be the same height, either! The other benefit of a two-piece box is that from a printing point of view it allows for printing much larger boxes, since the lid and base don't have to be printed simultaneously! A hinged lid would have intersected the cards when closing, so a two-piece box was more useful here. Thirdly, we have a case without hinges! There are times where a hinge is simply not appropriate, such as this case which happens to fit the card game The Mind. The hinge on this one is pretty chunky, too :) You'll also notice there is an extra block on either side of the thread, just to look cool. This one has two threaded points to attach rings to hold it closed. Inside dimensions are 160mm long, 60mm wide and 40mm high. Second, we have a utility case, which is to say just a larger box. The closure on this is the same threaded ring mechanism found on the Raspberry Pi cases. Nothing but the best for your precious dice! You might want to put some felt or something in there, though, unless you really like the sound of dice rattling. You'll notice the dividers extend up from the base of the box into the lid, and are angled to work nicely with the hinge. But if not, adjusting dimensions is no big deal anymore :D At least, they're just the right size for holding the set I have, so lets hope mine are standard. It's a dice box! Okay, a die box, but I'll accept the inappropriate plural on this one :P This neat little box is divided into 8 segments that are just right for holding polyhedral dice. So, that's a work in progress :)įirst up though, here are some samples. ![]() The main feature missing so far is configuration of holes for ports, but there are other considerations, too, like supporting fans. Yes indeed! This was initially driven by the thought that it would be great to be able to put together a case for any given board without it being a huge effort. So, you mentioned electronics board cases. I'm still actively adding features, too, like configuration of those interior dividers. Soon! I need to work out how I'm going to keep track of requests, manage model versions, and so on. For example, the screw thread closure mechanism could be swapped out with some fancy new alternative when such a thing was developed.ĭoes this mean I can request a custom case? Case designs will be much easier to maintain - new features could easily be added to existing designs. Making new cases is much easier, faster and more reliable!Ģ. ![]() I took my existing design approach to making cases, improved a few aspects (like that inner lip that lets the two halves sit together more securely), and then reengineered it in a more flexible, parameterised way, not only to make case sizes easy to change, but to explore things like hinge size and position variations.ġ. However, purpose-specific cases are one of the really, really useful aspects of 3D printing and I didn't like having to put off so many requests. ![]() Previously, all those things took a reasonable amount of time, so it's been a case (har har) of choosing selectively which ones to work on. You can probably guess the two requests I get the most often right now:Ģ. ![]() Of course, sometimes the ridiculous projects, like print-in-place hinged lids, get refined away from their tricky roots and end up as elements of printable, robust designs.Īnd, that's the path that led to models like the recent Wacom Pen Case, and to all those hinged Raspberry Pi cases, which have had a far bigger reaction than I expected! I love my ridiculous adventures in gears and articulated lids, but I can't deny that using 3D printers for actual practical purposes is pretty great, too. Sometimes I end up making really practical designs. ![]()
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