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Posted
· Filament tip forming shoulder after print
As it happens, almost everyone flogging printers give roughly the same impression, that all you need is a 3D printer and then the world is your plastic oyster. The shining exception is this video:
in which Brook Drumm states quite clearly that 3S printing is hard.
I never expected the Ultimaker to be a walk in the park, but as it happens it turned out to be a flatter learning curve than expected, largely because the Ultimaker 2 and Cura combination are simply superb for what they offer.
With regards to ABS, I love the stuff. Weirdly enough for precision parts or quality surface ABS seems to do a superior job over PLA.
Posted
· Filament tip forming shoulder after print
With regard to ABS, i agree the quality of print you get is better than with PLA, but weaker. higher melting point, but weaker. I had so many delicate things break on me with ABS that just bend in PLA and go back to their original position. Also getting large flat surfaces with ABS, to sit and not move or warp during long prints even a millimetre is difficult unless you build a hood use ABS juice and blah blah, compared to PLA which you just knock out.
But most importantly which some people still don't believe is that PLA blends smooth out great with acetone and ABS simply melts uncontrollably. So I can finally achieve what I set out to when I bought the damn thing. This would not be possible with the maker-bot due to resolution restrictions.
In the Cura 5.8 stable release, everyone can now tune their Z seams to look better than ever. Method series users get access to new material profiles, and the base Method model now has a printer profile, meaning the whole Method series is now supported in Cura!
We are happy to announce the next evolution in the UltiMaker 3D printer lineup: the UltiMaker Factor 4 industrial-grade 3D printer, designed to take manufacturing to new levels of efficiency and reliability. Factor 4 is an end-to-end 3D printing solution for light industrial applications
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danilius 118
As it happens, almost everyone flogging printers give roughly the same impression, that all you need is a 3D printer and then the world is your plastic oyster. The shining exception is this video:
I never expected the Ultimaker to be a walk in the park, but as it happens it turned out to be a flatter learning curve than expected, largely because the Ultimaker 2 and Cura combination are simply superb for what they offer.
With regards to ABS, I love the stuff. Weirdly enough for precision parts or quality surface ABS seems to do a superior job over PLA.
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cloakfiend 996
With regard to ABS, i agree the quality of print you get is better than with PLA, but weaker. higher melting point, but weaker. I had so many delicate things break on me with ABS that just bend in PLA and go back to their original position. Also getting large flat surfaces with ABS, to sit and not move or warp during long prints even a millimetre is difficult unless you build a hood use ABS juice and blah blah, compared to PLA which you just knock out.
But most importantly which some people still don't believe is that PLA blends smooth out great with acetone and ABS simply melts uncontrollably. So I can finally achieve what I set out to when I bought the damn thing. This would not be possible with the maker-bot due to resolution restrictions.
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