And speaking of "liking"? Tyler.........really liking this!
Printable View
Fixed it....that's right Prusa Slicer! Then I think Tyler may have mentioned that Cura does it too, but both Ideamaker and Cura do it automatically so you have to like when and where they do it. On the other hand, at least with IdeaMaker it is simple....almost no effort.
Here's a link to the video on Ideamaker's version, called "Adaptive layers", where you can also see the DARK interface. So glad they give a choice now!
https://youtu.be/Z6uMx1FtfDU
IdeaMaker also has another "adaptive" feature I really like (and maybe the other slicers do it too) but this is really cool....Called Adaptive Infill.
https://youtu.be/uCRlT952FVk
Does anyone know if these motors are the same (and will fit the ETZGMP38 base)? I'm trying to decide which motor to go with for TylerR's base. Thanks!
https://www.grainger.com/product/DAY...r-12VDC-52JE51
https://www.mcmaster.com/6409K15/
The Grainger one is a Dayton Motor.....same size as my motor but slower rpms, so I hope it's close enough too.;)
One measurement c/c on the mounting bolts is 2.38 on the McMaster. You designed the base for the DAA one no longer sold, I assume?.....the Dayton's measurement is 2.375. I hope McMaster was just rounding...;) The motor shaft is another matter......close but not exact. I wonder if the difference was the draftsmen as its extremely close.
Just uploaded v1.1.1
- Re-organized files in folders for more clarity.
- Added the feeder dies for .223 and .308
- Fixed a few issues with drop tubes.
- Changed the way bullet slots are created on the plate generator. They are not quite so pronounced.
- Re-generated bullet plates again. They now have new slots and alternating ridges.
- Added collator plates for small and large rifle brass.
- Modified base down brass slide plate to be adjustable width for rifle brass (tolerances are tight for a reason. I suggest a tiny bit of grease on the adjusting slides ridges).
.223 brass.... And its upside down. Working to fix...
So I shot two videos and the one I want to use youtube insists on rotating, and they removed all controls to change that. w*f??
The other video had the collator running much faster.
https://youtu.be/H9dFv4TZLQ8
I was about to ask that, I have a Grainger 2 mins down the road from work and saw those.
If using the MBF motor, does the roll pin need to be in a certain spot on the shaft to use Tyler's and Mikes plates? I went ahead and printed everything for mikes design then will print Tyler's next. Could it be possible to 3d print a key so the roll pin is not needed? I don't remember if they call it half moon or D shaft.
I didn't mess with a roll pin....lazy? This is what I did: https://www.amazon.com/gp/product/B0...?ie=UTF8&psc=1 (8mm shaft)
https://i.postimg.cc/DZpdYpgf/Hex-for-8mm-shaft.jpg
Tyler's "Hex" plates should fit.....I think...;)
For my A.M. "little" collator with the little motor and 6mm shaft I used this:
https://www.amazon.com/gp/product/B0...?ie=UTF8&psc=1 (6mm shaft)
Fit the "Hex" plates for that, perfectly.
Perfect! Love it! The vid is right side up for me. I'm betting that at that speed we won't have any problem keeping up....even though the .308 version probably just has 4 holes.
How did you get those stove pipes to fall just in time? Cool! Actually, even if they don't topple, they'd fall base down......
Even better....
Tyler, that brass plate is awesome! Will try that on the new base once I get it mounted.
Also thanks for the drop die wall change. I printed the 12 last night and it looks great! I also printed the 9mm feed die and the insert doesn't fit my .357 sized cast. they seem to stop/hit right above the ball bearing detent holes and unable to drop one in from the bottom drop tube end. I'll try it on one of my other printers tonight.. slicing it, I don't see any inside dimensional changes? Also they current 1.1.0 feed dies are all designed for 3.5mm ball bearings?
All this printing I had to order more PETG!
The inner diameter of the feed die insert is 9.5mm. Almost a full .5 mm larger then .357. Have they been sized? I would suggest printing it with high quality settings, and if it still snug use a round file and possibly some acetone to clean up the rough surface on the inside of the die.
Also, download the v1.1.1 version to get the latest. And yes they all use 3.5 mm bearings.