'Course, had to do a test run...




Printer ran great, although my design needs some tweaking to prevent warpage.
Thought I needed to give the printer a workout, so I found a broken bit of plastic I needed repaired.
I've got Pelican cases on my KTM, and one of the latches lost some teeth. The release would still catch and sort of hold it on, but I didn't want my lunch flying out on the way to school.
Gettin the dang thing apart proved to be a chore... Had to drill a hole to get to the back side of the pin so I could punch it out.

Pin on its way out:

Viola! Latch removed. You can sort of see where the broken teeth are- the bottom piece where it sticks down is supposed to have a hook on it.

Sketchup to the rescue.

Took me about 5 attempts before I got one that fit nicely and pulled the door shut tight enough.
Gettin a print ready:

One of the early attempts:


Heres the one I'm currently "testing". It was printed with only 10% infill, so I don't think it will hold up long. We'll see. Already found a few minor changes I want to make, but here it is as printed:

Cut and ready to fit:

Assembled:

Installed.

So here is the before:

and the after:

Had some issues with the printer this time. Think I've had problems with my control board from day one (pretty sure its one of the first RUMBA boards- every now and then I get a random issue where after every move, it pauses for about a second. Think I found a workaround today though). If I have any money left over in the school budget I might just spring for a new one to rule that out.
Also going to start experimenting with settings (jerk, in particular) to see if I can get better quality and higher speeds.
One other thing (okay, 2) that I want to learn more about is Bridging and "moving part" prints. Both I can attempt with this model- could do 2 bridges and have only 2 pieces printed instead of 3, and print them in place. The harder one would be to print bridged, with pins in the holes so I didn't have to use metal. Probably too weak for real life application, but it would be pretty neat to print the part, pull it off and have a moving part with out any other assembly!