
However, I'm not impressed with the current shroud design. After this I was able to print another fan shroud, so I may now be back in business. I tried printing another print fan, but of course getting a good print depends on good part cooling, which naturally depends on having that print fan shroud in the right place - catch 22!Īfter closer inspection, I was able to sand down the existing fan shroud so it didn't break the plane of the extruder tip, and so stopped scraping over the part. This is a completely redesigned fan shroud for the Prusa i3 MK3S/+, which not only delivers fantastic airflow like the old Mk3 shroud did, but which also sits far away from the heatblock and will not melt when printing at high temperatures.
PRUSA FAN SHROUD DOWNLOAD
Click on images to download prusa i3 fan shroud STL files for your 3D Printer. If you have printed your own plastic parts, check this article for guidance on post-processing. This eventually caused the part to detach from the print bed and stick to the nozzle, beginning the 'blob of death' downward spiral. Prusa MK3S alternative fan shroud by Darazsweb - Thingiverse Download files and build them with your 3D printer, laser cutter, or CNC. STLBase is a Search Engine for 3D printable Models and STL Files. The 'Fan-shroud'- part, which directs air from the print-fan to the part, should be printed in ASA or ABS, but otherwise with the same settings. However, after this I continued to have part detachment issues that I finally traced down to the print fan shroud dipping below the nozzle and dragging across the print. After several hours of work with paint stripper blower and dental picks, I managed to recover without fatally damaging the thermister and/or hotend heater cable. After several successful PLA prints I did a long (2-3 hours) print while I was away from the house, and when I came home I found the dreaded 'blob of death' stuck to my hotend and extruder assembly, and everything else within 2 meters (well, not quite, but you get the idea). Miejsca, w którym opracowywanie innowacyjnych rozwiza, wprowadzanie nowych wynalazków i prowadzenie przeomowych bada to cz codziennej pracy. I recently upgraded from MK3 to MK3S with it's new print fan and print fan shroud. MattStultz Design i architektura: druk 3D na ETH Zurich Ta historia przeniesie nas do ETH Zurich w Szwajcarii, jednego z najlepszych uniwersytetów na wiecie. These are the parts you can print yourself.MK3S print fan shroud causing 'blob of death' R# - Parts that can be found at Prusa Research profile at PrusaPrinters, Prusa3D site or our Github.C# D# - MK3S/MK3S+ parts produced in our 3D printing farm, which are sent to our customers with Kits or pre-assembled printers.This work is licensed under a Creative Commons (4. To know the origin of our printable parts, we are using naming which always starts with an alphabetical letter and is followed by a number: The author marked this model as their own original creation. This also includes metal parts.įor the MK-series you simply select the branch for the machine you are after and navigate to the file. Also, the nozzle is easier to see while printing.

The placement of the shroud makes it less likely that it will be damaged, as it doesn't get as close to the nozzle.

For that reason, for all parts designed with OpenSCAD, there are only SCAD files and no STEP-files available. ago u/Blakefl could also consider upgrading to a Delta P design (don't forget to print the second part from the 'parent' project). Add to Favorites Complete Set of Prusa Bear MK3S+ Printed Parts with Optional Anti-Vibration TPU Feet.
PRUSA FAN SHROUD PC
Add to Favorites PolyMax PC PRUSA Bear nozzle fan duct polycarbonate (185) 5.00. Some parts were designed using OpenSCAD, where SCAD files are the project files you can edit. Prusa MK3 Improved Shroud by codiac2600 - Thingiverse Download files and build them with your 3D printer, laser cutter, or CNC. PRUSA MK3/S/+ Fan Shroud / Extruder Parts Printed in ASA / Polycarbonate Slight Imperfections (111) 2.25. Project files (STEP/SCAD) are only available in the Github branch/tree where they were initially released.
