So, let's start with something easy: the classical calibration cube.
It is one of the first objects I printed (the first had too thin walls and broke when I removed it from the print bed )
Print settings:
perimeters: 3
top solid layers: 3
bottom solid layers: 3
layer height: 0.3mm
infill: 10%, honeycomb
temperature: 185°
first layer temperature: 200 (I had best results for first layer with this instead of the default 230)
I modified the printer with a heated bed set-up as discussed here, this is IMHO the only way to get something flat in particular when there is a lot of contact area
I have produced a M6 wrench a small four prong wrench with the Materia 101 that produces consistent copies.
The G Code can be found at: Dropbox - M6Tool.gcode - Simplify your life
I will post picture as soon as I figure out how.
The picture can be found at DropBox:
The code runs for about 9 minutes and can confirm your machines consistency. It can also be used as a 6mm wrench for your tool box.
dp_1:
So, let's start with something easy: the classical calibration cube.
It is one of the first objects I printed (the first had too thin walls and broke when I removed it from the print bed )
Print settings:
perimeters: 3
top solid layers: 3
bottom solid layers: 3
layer height: 0.3mm
infill: 10%, honeycomb
temperature: 185°
first layer temperature: 200 (I had best results for first layer with this instead of the default 230)
I tried to print this cube and it starts off but soon ends up on a wild mess of filament strands, the extruder head gets clogged up with filament. But it does something that's the good news
Need to sort out what is wrong. Thanks for sharing!