I'm not sure what the tolerances on the 3D printer at the company you're using is but those sharp edges might be a problem. I'd put some edge blends on everything.
Cool I'll have to try and figure out some of the free software, I've just been using TinkerCad and it doesn't allow that kind of find tuning as far as I know.I think that would be better to break the pads apart - into a second piece - doing this way you will be able to print it into any homebrew 3d printer (avoiding bridges, when possible, is always a good idea) ...
Here's the slant on the case.Show Image(http://i.imgur.com/wdm14W2.png)
Cool I'll have to try and figure out some of the free software, I've just been using TinkerCad and it doesn't allow that kind of find tuning as far as I know.I think that would be better to break the pads apart - into a second piece - doing this way you will be able to print it into any homebrew 3d printer (avoiding bridges, when possible, is always a good idea) ...
Here's the slant on the case.Show Image(http://i.imgur.com/wdm14W2.png)
IMHO
thanks for the model man
:) :thumb:
No inside edge blends?
If you shoot me the file, I'll add them. It shouldn't be that hard. In most of the CAD softwares I've used, it's a button called "edge blend". Should take about 30 seconds to do. I'm guessing it's not like that in TinkerCAD?
I'm betting without the blends, those inside edges are gonna look messy.
Edit: Or if you go down to the third post in this thread (http://forum.123dapp.com/123d/topics/if_fillet_means_radius_then_how_do_you_fillet), apparently this is how you make fillets/blends in Tinkercad.
Is the idea to use self-tapping screws to secure the PCB, or are there threaded holes I don't see due to limitations in the 3D modeler?