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#ercfv3 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #ercfv3, aggregated by home.social.

  1. Success! Hard won over 29 hours with my on my Trident AWD 350.
    No false filament runouts triggered, so my redesign of the hot-end switch is working. Just a few clogs, the usual filament unload fails and a blocked nozzle which I dealt with by just putting a new nozzle on. Amazed I saved this after so long on the print bed.

  2. Success! Hard won over 29 hours with my #ERCFv3 on my #Voron Trident AWD 350.
    No false filament runouts triggered, so my redesign of the hot-end switch is working. Just a few clogs, the usual filament unload fails and a blocked nozzle which I dealt with by just putting a new nozzle on. Amazed I saved this after so long on the print bed.

  3. Success! Hard won over 29 hours with my #ERCFv3 on my #Voron Trident AWD 350.
    No false filament runouts triggered, so my redesign of the hot-end switch is working. Just a few clogs, the usual filament unload fails and a blocked nozzle which I dealt with by just putting a new nozzle on. Amazed I saved this after so long on the print bed.

  4. Success! Hard won over 29 hours with my #ERCFv3 on my #Voron Trident AWD 350.
    No false filament runouts triggered, so my redesign of the hot-end switch is working. Just a few clogs, the usual filament unload fails and a blocked nozzle which I dealt with by just putting a new nozzle on. Amazed I saved this after so long on the print bed.

  5. Success! Hard won over 29 hours with my #ERCFv3 on my #Voron Trident AWD 350.
    No false filament runouts triggered, so my redesign of the hot-end switch is working. Just a few clogs, the usual filament unload fails and a blocked nozzle which I dealt with by just putting a new nozzle on. Amazed I saved this after so long on the print bed.

  6. I think my new hot-end rebuild has passed the test. Really happy with this result.

  7. I think my new hot-end rebuild has passed the test. Really happy with this result. #3dprinting #voron #ERCFv3

  8. I think my new hot-end rebuild has passed the test. Really happy with this result. #3dprinting #voron #ERCFv3

  9. I think my new hot-end rebuild has passed the test. Really happy with this result. #3dprinting #voron #ERCFv3

  10. I think my new hot-end rebuild has passed the test. Really happy with this result. #3dprinting #voron #ERCFv3

  11. It's a good job I am doing this for a hobby. If I charged myself my hourly wage for building my Trident and auto filament changer and getting it working (mostly) then it would have cost me around £30,000 to date.

  12. It's a good job I am doing this for a hobby. If I charged myself my hourly wage for building my #Voron Trident and #ERCFv3 auto filament changer and getting it working (mostly) then it would have cost me around £30,000 to date. #3dprinting

  13. It's a good job I am doing this for a hobby. If I charged myself my hourly wage for building my #Voron Trident and #ERCFv3 auto filament changer and getting it working (mostly) then it would have cost me around £30,000 to date. #3dprinting

  14. It's a good job I am doing this for a hobby. If I charged myself my hourly wage for building my #Voron Trident and #ERCFv3 auto filament changer and getting it working (mostly) then it would have cost me around £30,000 to date. #3dprinting

  15. It's a good job I am doing this for a hobby. If I charged myself my hourly wage for building my #Voron Trident and #ERCFv3 auto filament changer and getting it working (mostly) then it would have cost me around £30,000 to date. #3dprinting

  16. Printing the first real parts I designed myself in multi colour on the

  17. Printing the first real parts I designed myself in multi colour on the #ERCFv3
    #3dprinting

  18. Printing the first real parts I designed myself in multi colour on the #ERCFv3
    #3dprinting

  19. Printing the first real parts I designed myself in multi colour on the #ERCFv3
    #3dprinting

  20. Printing the first real parts I designed myself in multi colour on the #ERCFv3
    #3dprinting

  21. They’re Otterly adorable! Magnets in their hands make them posable.
    (Model by McGybeer: printables.com/model/889097-ma)

  22. They’re Otterly adorable! Magnets in their hands make them posable. #ERCFv3
    (Model by McGybeer: printables.com/model/889097-ma)

  23. They’re Otterly adorable! Magnets in their hands make them posable. #ERCFv3
    (Model by McGybeer: printables.com/model/889097-ma)

  24. They’re Otterly adorable! Magnets in their hands make them posable. #ERCFv3
    (Model by McGybeer: printables.com/model/889097-ma)

  25. They’re Otterly adorable! Magnets in their hands make them posable. #ERCFv3
    (Model by McGybeer: printables.com/model/889097-ma)

  26. Otters down. It’s carnage on the build plate! So glad I managed to get object exclusion configured.

  27. Otters down. It’s carnage on the build plate! So glad I managed to get object exclusion configured.
    #ERCFv3 #3dprinting

  28. Otters down. It’s carnage on the build plate! So glad I managed to get object exclusion configured.
    #ERCFv3 #3dprinting

  29. Otters down. It’s carnage on the build plate! So glad I managed to get object exclusion configured.
    #ERCFv3 #3dprinting

  30. Otters down. It’s carnage on the build plate! So glad I managed to get object exclusion configured.
    #ERCFv3 #3dprinting

  31. No ooze in sight! My is starting to work well.

  32. No ooze in sight! My #ERCFv3 is starting to work well.

  33. No ooze in sight! My #ERCFv3 is starting to work well.

  34. No ooze in sight! My #ERCFv3 is starting to work well.

  35. No ooze in sight! My #ERCFv3 is starting to work well.

  36. These required all day monitoring to deal with occasional misfeeds and more than a few false alarm filament run out triggers (I need to disassemble my print head to look at why the switch is not detecting the presence of filament during printing), but I ended the day with 3 armadillos! Design by McGybeer. Another successful from my

  37. These required all day monitoring to deal with occasional misfeeds and more than a few false alarm filament run out triggers (I need to disassemble my print head to look at why the switch is not detecting the presence of filament during printing), but I ended the day with 3 armadillos! Design by McGybeer. Another successful from my #ERCFv3 #3dprinting

  38. These required all day monitoring to deal with occasional misfeeds and more than a few false alarm filament run out triggers (I need to disassemble my print head to look at why the switch is not detecting the presence of filament during printing), but I ended the day with 3 armadillos! Design by McGybeer. Another successful from my #ERCFv3 #3dprinting

  39. These required all day monitoring to deal with occasional misfeeds and more than a few false alarm filament run out triggers (I need to disassemble my print head to look at why the switch is not detecting the presence of filament during printing), but I ended the day with 3 armadillos! Design by McGybeer. Another successful from my #ERCFv3 #3dprinting

  40. These required all day monitoring to deal with occasional misfeeds and more than a few false alarm filament run out triggers (I need to disassemble my print head to look at why the switch is not detecting the presence of filament during printing), but I ended the day with 3 armadillos! Design by McGybeer. Another successful from my #ERCFv3 #3dprinting

  41. Today I hope to confirm my successful prints were not a one off fluke. Go armadillos!

  42. Today I hope to confirm my successful prints were not a one off fluke. Go armadillos! #ERCFv3 #3dprinting

  43. Today I hope to confirm my successful prints were not a one off fluke. Go armadillos! #ERCFv3 #3dprinting

  44. Today I hope to confirm my successful prints were not a one off fluke. Go armadillos! #ERCFv3 #3dprinting

  45. Today I hope to confirm my successful prints were not a one off fluke. Go armadillos! #ERCFv3 #3dprinting

  46. Finally success with the
    A trio of the tiny owls by McGybeer in 4 colours. 199 layers and the first 98 printed without any problems before a colour change was halted due to filament not quite fully unloading and preventing the selector moving. Quickly resolved and a few layers later a filament clog paused the job again. This time the reason was the nozzle had come slightly unscrewed. Once that was cleared up the rest of the print completed with no manual interventions needed!

  47. Finally success with the #ERCFv3
    A #3dprinted trio of the tiny owls by McGybeer in 4 colours. 199 layers and the first 98 printed without any problems before a colour change was halted due to filament not quite fully unloading and preventing the selector moving. Quickly resolved and a few layers later a filament clog paused the job again. This time the reason was the nozzle had come slightly unscrewed. Once that was cleared up the rest of the print completed with no manual interventions needed!

  48. Finally success with the #ERCFv3
    A #3dprinted trio of the tiny owls by McGybeer in 4 colours. 199 layers and the first 98 printed without any problems before a colour change was halted due to filament not quite fully unloading and preventing the selector moving. Quickly resolved and a few layers later a filament clog paused the job again. This time the reason was the nozzle had come slightly unscrewed. Once that was cleared up the rest of the print completed with no manual interventions needed!

  49. Finally success with the #ERCFv3
    A #3dprinted trio of the tiny owls by McGybeer in 4 colours. 199 layers and the first 98 printed without any problems before a colour change was halted due to filament not quite fully unloading and preventing the selector moving. Quickly resolved and a few layers later a filament clog paused the job again. This time the reason was the nozzle had come slightly unscrewed. Once that was cleared up the rest of the print completed with no manual interventions needed!

  50. Finally success with the #ERCFv3
    A #3dprinted trio of the tiny owls by McGybeer in 4 colours. 199 layers and the first 98 printed without any problems before a colour change was halted due to filament not quite fully unloading and preventing the selector moving. Quickly resolved and a few layers later a filament clog paused the job again. This time the reason was the nozzle had come slightly unscrewed. Once that was cleared up the rest of the print completed with no manual interventions needed!