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#slicer — Public Fediverse posts

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

  1. A new OrcaSlicer fork with innovative solutions for printing in colors. It uses overhangs to hide a previous color and require a single tool change per layer, reducing time and waste.

    GitHub :
    github.com/sentientstardust-de

    YGK3D explains in detail how it works :
    youtube.com/watch?v=B5cvfSPWjlU

    This fork is based on 2 research papers:
    - Overhangs modulation :
    arxiv.org/pdf/1805.01375
    - Color Contoning : cdfg.mit.edu/publications/colo

  2. A new OrcaSlicer fork with innovative solutions for printing in colors. It uses overhangs to hide a previous color and require a single tool change per layer, reducing time and waste.

    GitHub :
    github.com/sentientstardust-de

    YGK3D explains in detail how it works :
    youtube.com/watch?v=B5cvfSPWjlU

    This fork is based on 2 research papers:
    - Overhangs modulation :
    arxiv.org/pdf/1805.01375
    - Color Contoning : cdfg.mit.edu/publications/colo

    #3dprinting #color #colour #snapmaker #orcaslicer #slicer #opensource

  3. A new OrcaSlicer fork with innovative solutions for printing in colors. It uses overhangs to hide a previous color and require a single tool change per layer, reducing time and waste.

    GitHub :
    github.com/sentientstardust-de

    YGK3D explains in detail how it works :
    youtube.com/watch?v=B5cvfSPWjlU

    This fork is based on 2 research papers:
    - Overhangs modulation :
    arxiv.org/pdf/1805.01375
    - Color Contoning : cdfg.mit.edu/publications/colo

    #3dprinting #color #colour #snapmaker #orcaslicer #slicer #opensource

  4. A new OrcaSlicer fork with innovative solutions for printing in colors. It uses overhangs to hide a previous color and require a single tool change per layer, reducing time and waste.

    GitHub :
    github.com/sentientstardust-de

    YGK3D explains in detail how it works :
    youtube.com/watch?v=B5cvfSPWjlU

    This fork is based on 2 research papers:
    - Overhangs modulation :
    arxiv.org/pdf/1805.01375
    - Color Contoning : cdfg.mit.edu/publications/colo

    #3dprinting #color #colour #snapmaker #orcaslicer #slicer #opensource

  5. A new OrcaSlicer fork with innovative solutions for printing in colors. It uses overhangs to hide a previous color and require a single tool change per layer, reducing time and waste.

    GitHub :
    github.com/sentientstardust-de

    YGK3D explains in detail how it works :
    youtube.com/watch?v=B5cvfSPWjlU

    This fork is based on 2 research papers:
    - Overhangs modulation :
    arxiv.org/pdf/1805.01375
    - Color Contoning : cdfg.mit.edu/publications/colo

    #3dprinting #color #colour #snapmaker #orcaslicer #slicer #opensource

  6. Orca Slicer 2.4.0 was released couple of days ago and for me it was a very exciting release as it added Z contouring.

    Benchy's roof is a good example of slightly angled flat surface where the layers become very apparent. Z contouring aims to minimize this effect by adjusting Z axis movement below the layer size in these spots. It's basically better version of dynamic layer size as it automatically targets the problem spots.

    Here's Benchy's roof in 0.24 layers, first picture as is and second with the Z contouring enabled. The layers are still there, but look at what happens to the layer steps at the back. It's almost smooth now.

    I'm very curious to see how this'll look printed and I'll follow up as soon as this prints.

    If you want to try, get the Orca 2.4.0, turn the UI to expert and you'll find Z contouring in the Quality settings.

    #3dprinting #orcaslicer #slicer

  7. Orca Slicer 2.4.0 was released couple of days ago and for me it was a very exciting release as it added Z contouring.

    Benchy's roof is a good example of slightly angled flat surface where the layers become very apparent. Z contouring aims to minimize this effect by adjusting Z axis movement below the layer size in these spots. It's basically better version of dynamic layer size as it automatically targets the problem spots.

    Here's Benchy's roof in 0.24 layers, first picture as is and second with the Z contouring enabled. The layers are still there, but look at what happens to the layer steps at the back. It's almost smooth now.

    I'm very curious to see how this'll look printed and I'll follow up as soon as this prints.

    If you want to try, get the Orca 2.4.0, turn the UI to expert and you'll find Z contouring in the Quality settings.

    #3dprinting #orcaslicer #slicer

  8. Orca Slicer 2.4.0 was released couple of days ago and for me it was a very exciting release as it added Z contouring.

    Benchy's roof is a good example of slightly angled flat surface where the layers become very apparent. Z contouring aims to minimize this effect by adjusting Z axis movement below the layer size in these spots. It's basically better version of dynamic layer size as it automatically targets the problem spots.

    Here's Benchy's roof in 0.24 layers, first picture as is and second with the Z contouring enabled. The layers are still there, but look at what happens to the layer steps at the back. It's almost smooth now.

    I'm very curious to see how this'll look printed and I'll follow up as soon as this prints.

    If you want to try, get the Orca 2.4.0, turn the UI to expert and you'll find Z contouring in the Quality settings.

    #3dprinting #orcaslicer #slicer

  9. Orca Slicer 2.4.0 was released couple of days ago and for me it was a very exciting release as it added Z contouring.

    Benchy's roof is a good example of slightly angled flat surface where the layers become very apparent. Z contouring aims to minimize this effect by adjusting Z axis movement below the layer size in these spots. It's basically better version of dynamic layer size as it automatically targets the problem spots.

    Here's Benchy's roof in 0.24 layers, first picture as is and second with the Z contouring enabled. The layers are still there, but look at what happens to the layer steps at the back. It's almost smooth now.

    I'm very curious to see how this'll look printed and I'll follow up as soon as this prints.

    If you want to try, get the Orca 2.4.0, turn the UI to expert and you'll find Z contouring in the Quality settings.

    #3dprinting #orcaslicer #slicer

  10. Orca Slicer 2.4.0 was released couple of days ago and for me it was a very exciting release as it added Z contouring.

    Benchy's roof is a good example of slightly angled flat surface where the layers become very apparent. Z contouring aims to minimize this effect by adjusting Z axis movement below the layer size in these spots. It's basically better version of dynamic layer size as it automatically targets the problem spots.

    Here's Benchy's roof in 0.24 layers, first picture as is and second with the Z contouring enabled. The layers are still there, but look at what happens to the layer steps at the back. It's almost smooth now.

    I'm very curious to see how this'll look printed and I'll follow up as soon as this prints.

    If you want to try, get the Orca 2.4.0, turn the UI to expert and you'll find Z contouring in the Quality settings.

    #3dprinting #orcaslicer #slicer

  11. The #slicer needs to be configured for this use case. Nozzle and bed temperature of the #3dprinter should be set
    to 0 degrees and the print head should be configured so it retracts 5 mm between printing each shape.

  12. Paper: “A Slicer-Independent Framework for Measuring G-Code Accuracy in Medical 3D Printing”
    Authors: Michel Beyer, Alexandru Burde, Andreas E. Roser, Maximiliane Beyer, Sead Abazi, Florian M. Thieringer
    Published in: Journal of Imaging (MDPI), 2026
    #3DPrinting #FDM #Engineering #Research #STL #Slicer #PrusaSlicer #Cura #Fusion360 #Benchy #AdditiveManufacturing
    mdpi.com/2313-433X/12/1/25

  13. Your Printer Was Never The Problem
    I Built A Thing w/ Andreas “Andy” Roser

    Based on the paper: “A Slicer-Independent Framework for Measuring G-Code Accuracy in Medical 3D Printing”
    Authors: Michel Beyer, Alexandru Burde, Andreas E. Roser, Maximiliane Beyer, Sead Abazi, Florian M. Thieringer
    Published in: Journal of Imaging (MDPI), 2026
    #3DPrinting #FDM #Engineering #Research #STL #Slicer #PrusaSlicer #Cura #Fusion360 #Benchy #AdditiveManufacturing
    youtube.com/watch?v=7sAm3RtWh4

  14. Your Printer Was Never The Problem
    I Built A Thing w/ Andreas “Andy” Roser

    Based on the paper: “A Slicer-Independent Framework for Measuring G-Code Accuracy in Medical 3D Printing”
    Authors: Michel Beyer, Alexandru Burde, Andreas E. Roser, Maximiliane Beyer, Sead Abazi, Florian M. Thieringer
    Published in: Journal of Imaging (MDPI), 2026
    #3DPrinting #FDM #Engineering #Research #STL #Slicer #PrusaSlicer #Cura #Fusion360 #Benchy #AdditiveManufacturing
    youtube.com/watch?v=7sAm3RtWh4

  15. Your Printer Was Never The Problem
    I Built A Thing w/ Andreas “Andy” Roser

    Based on the paper: “A Slicer-Independent Framework for Measuring G-Code Accuracy in Medical 3D Printing”
    Authors: Michel Beyer, Alexandru Burde, Andreas E. Roser, Maximiliane Beyer, Sead Abazi, Florian M. Thieringer
    Published in: Journal of Imaging (MDPI), 2026
    #3DPrinting #FDM #Engineering #Research #STL #Slicer #PrusaSlicer #Cura #Fusion360 #Benchy #AdditiveManufacturing
    youtube.com/watch?v=7sAm3RtWh4

  16. Your Printer Was Never The Problem
    I Built A Thing w/ Andreas “Andy” Roser

    Based on the paper: “A Slicer-Independent Framework for Measuring G-Code Accuracy in Medical 3D Printing”
    Authors: Michel Beyer, Alexandru Burde, Andreas E. Roser, Maximiliane Beyer, Sead Abazi, Florian M. Thieringer
    Published in: Journal of Imaging (MDPI), 2026
    #3DPrinting #FDM #Engineering #Research #STL #Slicer #PrusaSlicer #Cura #Fusion360 #Benchy #AdditiveManufacturing
    youtube.com/watch?v=7sAm3RtWh4

  17. Your Printer Was Never The Problem
    I Built A Thing w/ Andreas “Andy” Roser

    Based on the paper: “A Slicer-Independent Framework for Measuring G-Code Accuracy in Medical 3D Printing”
    Authors: Michel Beyer, Alexandru Burde, Andreas E. Roser, Maximiliane Beyer, Sead Abazi, Florian M. Thieringer
    Published in: Journal of Imaging (MDPI), 2026
    #3DPrinting #FDM #Engineering #Research #STL #Slicer #PrusaSlicer #Cura #Fusion360 #Benchy #AdditiveManufacturing
    youtube.com/watch?v=7sAm3RtWh4

  18. I'm printing it. I incremented the #flowrate in the #slicer to be sure there are no gaps and it's actually #waterproof. Also, it's printed in #petg for the same reason.
    Very bad orientation, it allows to save some plastic but let's hope it will not fail 🫣

    #3Dprinting #3Dprinter
  19. I'm printing it. I incremented the #flowrate in the #slicer to be sure there are no gaps and it's actually #waterproof. Also, it's printed in #petg for the same reason.
    Very bad orientation, it allows to save some plastic but let's hope it will not fail 🫣

    #3Dprinting #3Dprinter
  20. I'm printing it. I incremented the #flowrate in the #slicer to be sure there are no gaps and it's actually #waterproof. Also, it's printed in #petg for the same reason.
    Very bad orientation, it allows to save some plastic but let's hope it will not fail 🫣

    #3Dprinting #3Dprinter
  21. I'm printing it. I incremented the #flowrate in the #slicer to be sure there are no gaps and it's actually #waterproof. Also, it's printed in #petg for the same reason.
    Very bad orientation, it allows to save some plastic but let's hope it will not fail 🫣

    #3Dprinting #3Dprinter
  22. I'm printing it. I incremented the #flowrate in the #slicer to be sure there are no gaps and it's actually #waterproof. Also, it's printed in #petg for the same reason.
    Very bad orientation, it allows to save some plastic but let's hope it will not fail 🫣

    #3Dprinting #3Dprinter
  23. #PUPIL #SLICER headlines-world.com/advanced-sea... Semantic CLUSTERS: The Bridge between Humans and Artificial Intelligence. AÉPIOT ( #aePiot ): INDEPENDENT SEMANTIC WEB 4.0 INFRASTRUCTURE (EST. 2009): aepiot.ro

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