Something to hang kitchen rags from so that they dry more quickly, and also so that they are more accessible while you're washing dishes, etc.

I 3d-ified the design by stickoutrock and made it so the crosslinks snap into place.

(This applies to the yellow part in the pictures. In the black and yellow assembly you see it in use)

This is an adapter plate that will allow you to put a NEMA 17 compliant stepper motor where there's room for a NEMA 23, and vice versa. I've tested it to work fine for putting a NEMA 17 motor on my X-motor bracket.

The SCAD has become a bit messy in the process because I should have used the specification instead of trial and error. But you will probably only need the STL anyway. The rendering looks odd, but it slices fine with skeinforge.

Here is a simple 3D puzzle. My grandpa made me one out of wood a while back, now I cnc'ed one out of plastic. You don't really need a CNC machine to do this; you can use a bandsaw, scroll saw, small coping saw, drill etc. The design of the pieces are simple.

Hoeken's original DXF file got corrupted when I tried to open it in Blender, so I just traced over the profile with native geometry, which was a lot easier to do anyway.

I'm actually quite terribly interested in getting infill on DXFs to work though-- we could turn a whole lot of lasercut designs into 3D printable ones if we had a reliable method for that...