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#prusaslicer — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #prusaslicer, aggregated by home.social.

  1. The name plate was designed in #FreeCAD¹, sliced in #PrusaSlicer¹, and printed on my custom-built 3D printer. Its parts were designed and shared by @bear_lab and runs on #MarlinFW.

    The leatherette was designed in #Inkscape, the G-code generated with #KiriMoto, and cut with a custom little #vinylCutter attachment for the 3D printer².

    🙏

    ¹ mastodon.online/@PistonPin/116
    ² mastodon.online/@PistonPin/115

    [2/2]

    #Yashica #filmPhotography #mediumFormat

  2. The name plate was designed in #FreeCAD¹, sliced in #PrusaSlicer¹, and printed on my custom-built 3D printer. Its parts were designed and shared by @bear_lab and runs on #MarlinFW.

    The leatherette was designed in #Inkscape, the G-code generated with #KiriMoto, and cut with a custom little #vinylCutter attachment for the 3D printer².

    🙏

    ¹ mastodon.online/@PistonPin/116
    ² mastodon.online/@PistonPin/115

    [2/2]

    #Yashica #filmPhotography #mediumFormat

  3. The name plate was designed in #FreeCAD¹, sliced in #PrusaSlicer¹, and printed on my custom-built 3D printer. Its parts were designed and shared by @bear_lab and runs on #MarlinFW.

    The leatherette was designed in #Inkscape, the G-code generated with #KiriMoto, and cut with a custom little #vinylCutter attachment for the 3D printer².

    🙏

    ¹ mastodon.online/@PistonPin/116
    ² mastodon.online/@PistonPin/115

    [2/2]

    #Yashica #filmPhotography #mediumFormat

  4. The name plate was designed in #FreeCAD¹, sliced in #PrusaSlicer¹, and printed on my custom-built 3D printer. Its parts were designed and shared by @bear_lab and runs on #MarlinFW.

    The leatherette was designed in #Inkscape, the G-code generated with #KiriMoto, and cut with a custom little #vinylCutter attachment for the 3D printer².

    🙏

    ¹ mastodon.online/@PistonPin/116
    ² mastodon.online/@PistonPin/115

    [2/2]

    #Yashica #filmPhotography #mediumFormat

  5. The name plate was designed in #FreeCAD¹, sliced in #PrusaSlicer¹, and printed on my custom-built 3D printer. Its parts were designed and shared by @bear_lab and runs on #MarlinFW.

    The leatherette was designed in #Inkscape, the G-code generated with #KiriMoto, and cut with a custom little #vinylCutter attachment for the 3D printer².

    🙏

    ¹ mastodon.online/@PistonPin/116
    ² mastodon.online/@PistonPin/115

    [2/2]

    #Yashica #filmPhotography #mediumFormat

  6. Today I decided I'd see if I can use #PrusaSlicer on my ancient #FlashForge Creator Pro. Got the hacks installed so it can spit out .x3g. Did a simple print of some action figure and it worked (but can't get supports off). Decide to try real model. Need to orient part face down. But it rotates all wonky. And rotation fields are all zero! Enter new rotation and it moves then zeros out the fields! #3DPrinting

  7. Today I decided I'd see if I can use #PrusaSlicer on my ancient #FlashForge Creator Pro. Got the hacks installed so it can spit out .x3g. Did a simple print of some action figure and it worked (but can't get supports off). Decide to try real model. Need to orient part face down. But it rotates all wonky. And rotation fields are all zero! Enter new rotation and it moves then zeros out the fields! #3DPrinting

  8. Today I decided I'd see if I can use #PrusaSlicer on my ancient #FlashForge Creator Pro. Got the hacks installed so it can spit out .x3g. Did a simple print of some action figure and it worked (but can't get supports off). Decide to try real model. Need to orient part face down. But it rotates all wonky. And rotation fields are all zero! Enter new rotation and it moves then zeros out the fields! #3DPrinting

  9. Today I decided I'd see if I can use #PrusaSlicer on my ancient #FlashForge Creator Pro. Got the hacks installed so it can spit out .x3g. Did a simple print of some action figure and it worked (but can't get supports off). Decide to try real model. Need to orient part face down. But it rotates all wonky. And rotation fields are all zero! Enter new rotation and it moves then zeros out the fields! #3DPrinting

  10. Today I decided I'd see if I can use #PrusaSlicer on my ancient #FlashForge Creator Pro. Got the hacks installed so it can spit out .x3g. Did a simple print of some action figure and it worked (but can't get supports off). Decide to try real model. Need to orient part face down. But it rotates all wonky. And rotation fields are all zero! Enter new rotation and it moves then zeros out the fields! #3DPrinting

  11. @brett I use SpaceMouse Wireless and it is great for both 2D and 3D navigation in #Fusion360, #SolidEdge, #OnShape, #PrusaSlicer, etc. It took me a couple of days to get used to it, of course. I like rotating the model and looking at it from all sides and angles, zooming in and out to check some corners, filets, etc.

    Can you go without one? Yes, but it makes using these tools flawless and easier vs. with regular mouse. It works in many other apps, too, but its main strength is 3D navigation.

  12. @brett I use SpaceMouse Wireless and it is great for both 2D and 3D navigation in , , , , etc. It took me a couple of days to get used to it, of course. I like rotating the model and looking at it from all sides and angles, zooming in and out to check some corners, filets, etc.

    Can you go without one? Yes, but it makes using these tools flawless and easier vs. with regular mouse. It works in many other apps, too, but its main strength is 3D navigation.

  13. @brett I use SpaceMouse Wireless and it is great for both 2D and 3D navigation in #Fusion360, #SolidEdge, #OnShape, #PrusaSlicer, etc. It took me a couple of days to get used to it, of course. I like rotating the model and looking at it from all sides and angles, zooming in and out to check some corners, filets, etc.

    Can you go without one? Yes, but it makes using these tools flawless and easier vs. with regular mouse. It works in many other apps, too, but its main strength is 3D navigation.

  14. @brett I use SpaceMouse Wireless and it is great for both 2D and 3D navigation in #Fusion360, #SolidEdge, #OnShape, #PrusaSlicer, etc. It took me a couple of days to get used to it, of course. I like rotating the model and looking at it from all sides and angles, zooming in and out to check some corners, filets, etc.

    Can you go without one? Yes, but it makes using these tools flawless and easier vs. with regular mouse. It works in many other apps, too, but its main strength is 3D navigation.

  15. @brett I use SpaceMouse Wireless and it is great for both 2D and 3D navigation in #Fusion360, #SolidEdge, #OnShape, #PrusaSlicer, etc. It took me a couple of days to get used to it, of course. I like rotating the model and looking at it from all sides and angles, zooming in and out to check some corners, filets, etc.

    Can you go without one? Yes, but it makes using these tools flawless and easier vs. with regular mouse. It works in many other apps, too, but its main strength is 3D navigation.

  16. After my move from macos to #linux I was stuck in #prusaslicer. Was not able to find out how to pan the view with a touchpad.

    I wonder how other people handle this, cannot imagine that all linux users always have a mouse with them. 😳

  17. After my move from macos to #linux I was stuck in #prusaslicer. Was not able to find out how to pan the view with a touchpad.

    I wonder how other people handle this, cannot imagine that all linux users always have a mouse with them. 😳

  18. After my move from macos to #linux I was stuck in #prusaslicer. Was not able to find out how to pan the view with a touchpad.

    I wonder how other people handle this, cannot imagine that all linux users always have a mouse with them. 😳

  19. After my move from macos to #linux I was stuck in #prusaslicer. Was not able to find out how to pan the view with a touchpad.

    I wonder how other people handle this, cannot imagine that all linux users always have a mouse with them. 😳

  20. After my move from macos to #linux I was stuck in #prusaslicer. Was not able to find out how to pan the view with a touchpad.

    I wonder how other people handle this, cannot imagine that all linux users always have a mouse with them. 😳

  21. Endlich mal wieder ein größeres #Projekt abgeschlossen. Aus über 30 Einzelteile ist dieser X-Wing aus #StarWars zusammengesetzt. Gut 40 cm lang und 30 cm breit. Die Flügel lassen sich aufklappen.
    Der Druck der Teile hat die letzten 3 Wochen über mehrere Tage gedauert.

    Nächstes Projekt: der Tie-Fighter 😉

    #3Dprinting #Ender3 #Creality3D #PrusaSlicer #PolymakerTerra #Polymaker

  22. Endlich mal wieder ein größeres #Projekt abgeschlossen. Aus über 30 Einzelteile ist dieser X-Wing aus #StarWars zusammengesetzt. Gut 40 cm lang und 30 cm breit. Die Flügel lassen sich aufklappen.
    Der Druck der Teile hat die letzten 3 Wochen über mehrere Tage gedauert.

    Nächstes Projekt: der Tie-Fighter 😉

    #3Dprinting #Ender3 #Creality3D #PrusaSlicer #PolymakerTerra #Polymaker

  23. Endlich mal wieder ein größeres #Projekt abgeschlossen. Aus über 30 Einzelteile ist dieser X-Wing aus #StarWars zusammengesetzt. Gut 40 cm lang und 30 cm breit. Die Flügel lassen sich aufklappen.
    Der Druck der Teile hat die letzten 3 Wochen über mehrere Tage gedauert.

    Nächstes Projekt: der Tie-Fighter 😉

    #3Dprinting #Ender3 #Creality3D #PrusaSlicer #PolymakerTerra #Polymaker

  24. Endlich mal wieder ein größeres #Projekt abgeschlossen. Aus über 30 Einzelteile ist dieser X-Wing aus #StarWars zusammengesetzt. Gut 40 cm lang und 30 cm breit. Die Flügel lassen sich aufklappen.
    Der Druck der Teile hat die letzten 3 Wochen über mehrere Tage gedauert.

    Nächstes Projekt: der Tie-Fighter 😉

    #3Dprinting #Ender3 #Creality3D #PrusaSlicer #PolymakerTerra #Polymaker

  25. Endlich mal wieder ein größeres #Projekt abgeschlossen. Aus über 30 Einzelteile ist dieser X-Wing aus #StarWars zusammengesetzt. Gut 40 cm lang und 30 cm breit. Die Flügel lassen sich aufklappen.
    Der Druck der Teile hat die letzten 3 Wochen über mehrere Tage gedauert.

    Nächstes Projekt: der Tie-Fighter 😉

    #3Dprinting #Ender3 #Creality3D #PrusaSlicer #PolymakerTerra #Polymaker

  26. What's up with #PrusaSlicer's algorithm seeing this very long, thin object and thinking "yeah… let's make those bridges as long as possible"? This makes absolutely no sense.
    #3DPrinting

  27. What's up with #PrusaSlicer's algorithm seeing this very long, thin object and thinking "yeah… let's make those bridges as long as possible"? This makes absolutely no sense.
    #3DPrinting

  28. What's up with #PrusaSlicer's algorithm seeing this very long, thin object and thinking "yeah… let's make those bridges as long as possible"? This makes absolutely no sense.
    #3DPrinting

  29. What's up with #PrusaSlicer's algorithm seeing this very long, thin object and thinking "yeah… let's make those bridges as long as possible"? This makes absolutely no sense.
    #3DPrinting

  30. What's up with #PrusaSlicer's algorithm seeing this very long, thin object and thinking "yeah… let's make those bridges as long as possible"? This makes absolutely no sense.
    #3DPrinting

  31. Hilbert Curve surface finish with a round of ironing afterwards makes for a quite good surface finish even with just 0.3mm and 15% infill.

    #PrusaSlicer #3DPrinter #3DPrinting

  32. Hilbert Curve surface finish with a round of ironing afterwards makes for a quite good surface finish even with just 0.3mm and 15% infill.

    #PrusaSlicer #3DPrinter #3DPrinting

  33. Hilbert Curve surface finish with a round of ironing afterwards makes for a quite good surface finish even with just 0.3mm and 15% infill.

    #PrusaSlicer #3DPrinter #3DPrinting

  34. Hilbert Curve surface finish with a round of ironing afterwards makes for a quite good surface finish even with just 0.3mm and 15% infill.

    #PrusaSlicer #3DPrinter #3DPrinting

  35. Hilbert Curve surface finish with a round of ironing afterwards makes for a quite good surface finish even with just 0.3mm and 15% infill.

    #PrusaSlicer #3DPrinter #3DPrinting

  36. Sometimes you've just to try things. Like I wanted to know what the "ironing" setting in #PrusaSlicer does. So I just tried it. And well I'm glad I only read the documentation AFTER I sent it to the printer, as otherwise I probably wouldn't even have tried to use it together with just 30% infill as the documentation says it is for 100%.

    However it appears to turn out surprisingly well so far. So lets keep it running and check again.

    #3dprinting #3dprinter

  37. Sometimes you've just to try things. Like I wanted to know what the "ironing" setting in #PrusaSlicer does. So I just tried it. And well I'm glad I only read the documentation AFTER I sent it to the printer, as otherwise I probably wouldn't even have tried to use it together with just 30% infill as the documentation says it is for 100%.

    However it appears to turn out surprisingly well so far. So lets keep it running and check again.

    #3dprinting #3dprinter

  38. Sometimes you've just to try things. Like I wanted to know what the "ironing" setting in #PrusaSlicer does. So I just tried it. And well I'm glad I only read the documentation AFTER I sent it to the printer, as otherwise I probably wouldn't even have tried to use it together with just 30% infill as the documentation says it is for 100%.

    However it appears to turn out surprisingly well so far. So lets keep it running and check again.

    #3dprinting #3dprinter

  39. Sometimes you've just to try things. Like I wanted to know what the "ironing" setting in #PrusaSlicer does. So I just tried it. And well I'm glad I only read the documentation AFTER I sent it to the printer, as otherwise I probably wouldn't even have tried to use it together with just 30% infill as the documentation says it is for 100%.

    However it appears to turn out surprisingly well so far. So lets keep it running and check again.

    #3dprinting #3dprinter

  40. is a new open source slicer by oozeBot based on but with deep rework of its internal code.
    - Truely 64bit
    - GCode processing in memory
    - Athena perimeter generator improving over Arachne
    - Interlocking perimeters similar to brick layers
    - Deeper integration
    - . . .

    GitHub: github.com/oozebot/preFlight

    Feature list:
    github.com/oozebot/preFlight?t

    Feature Showcase:
    github.com/oozebot/preFlight/d

    ---

    Source via @fabbaloo : fabbaloo.com/news/oozebot-laun