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It printed near perfect until about 90% mark and then came unstuck from the ABP and extruder knocked it loose. Still works fine, just didn't print the lip so I'm using it on top instead of the rear back location but I think this works better anyways for feeding the filament in.
Yes, it kinda looks like a Super Mario pipe...
Sie sehen das 3D-Modell einer 150MN Strangpressmaschine der fa. SMS-Meer.
Ein Modell aus dem 3D-Printer von fabtory.
HE3D released upgraded their K280-large delta 3D printer kit has massive print size of 280x600 mm with Auto leveling feature and Multi material supported. Prints all types of material such as ABS,PLA,Nylon,HIPS,Wood,Flex etc.
Scenes from the nerve center of the 72-hour Red Bull Creation challenge at the TechShop Annex in San Francisco.
Das Modell im Maßstab 1:50 wurde von 3D-fabtory mit einem Zprinter 650, dem weltschnellsten 3D-Farbdrucker von ZCorporation, erstellt.
Mit freundlcher Genehmigung von SMS-Meer, Möchengladbach
Obviously, there is an issue but I think it's easily fixed (filament sliding out of the hobbed bolt teeth - already printed a guide for it that I'll install tonight)
It's working again! This is after a major overhaul on the lower portion involving replacing the frame vertexes (hard to get to) and installing a new MXL belt and manufactured pulley on the Y axis. This makes it actually move properly.
Laptop is running Pronterface + Skeinforge SFACT, printing out a frame vertex, which will hopefully replace the last two non-printed parts on the printer, the upper two frame vertexes (light green)
Sie sehen das 3D-Modell einer 150MN Strangpressmaschine der fa. SMS-Meer.
Ein Modell aus dem 3D-Printer von fabtory.
It printed near perfect until about 90% mark and then came unstuck from the ABP and extruder knocked it loose. Still works fine, just didn't print the lip so I'm using it on top instead of the rear back location but I think this works better anyways for feeding the filament in.
Yes, it kinda looks like a Super Mario pipe...
Rachel Edic '17 M'18, a graduate student in technology education, is creating an object using a 3-D printer that graduate students assembled and then configured with CAD software components in the Park Hall CAD lab on April 18, 2018.
Entire machine. At this point, we have replaced all the crappy acrylic corners, which have shattered and crumbled from torsion and tension forces during printing, with 100% ABS parts, printed on the printer. These corners, except the top left front one, were designed by Thingiverse user chylld, and are excellently designed. The top left front corner is a redesign by one of our members, to reduce the twisting of the corner induced by the tension on the Y-axis belt.