Scott M

Kaleidoscope Christmas Balls with Stems

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Kaleidoscope Christmas Balls with Stems 3d model
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Kaleidoscope Christmas Balls with Stems 3d model
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Kaleidoscope Christmas Balls with Stems 3d model
Kaleidoscope Christmas Balls with Stems 3d model
Kaleidoscope Christmas Balls with Stems 3d model
Kaleidoscope Christmas Balls with Stems 3d model
Kaleidoscope Christmas Balls with Stems 3d model
This model is restricted by licensing terms. 

These are new variations on my Christmas Balls with Integrated Stems. They're relatively easy to print.

Not for commercial use. Please see license agreement.

RESIZING These should scale up well, but I'm not sure how much smaller you could print them using a consumer FDM printer. Using a resin printer, you could probably print them much smaller.

PRINT TIME About 5 hours each.

PRINT SETTINGS The trickiest parts to print are the tops of the stems. Using FDM, if you don't temp, speed, flow, and cooling right, the thin parts of the stem will melt as you print. Thinner walls help. If that's not enough, try increasing the layer height.

Thickness

  • Layer thickness: .15 mm
  • Wall thickness: 0.4 – 0.8 mm.

I had the best results using Cura setting the default width to 0.4 mm and adding custom settings for the main ball that printed it 0.8 mm thick. You can do this by adding a support blocker to the bottom and giving it custom settings of 0.4 mm. Cura adds the two and prints the area within the blocker at 0.8 mm.

Infill These do not need any infill. JUST DON'T DO IT.

Speed

  • Outer Wall: 35 mm/sec
  • Inner Wall: 40 mm/sec
  • Travel Speed: 60 mm/sec

Build Plate Adhesion I used a brim. With the supports, you shouldn't need a raft.

Supports You will probably need supports for both bed adhesion and the overhang on the first few layers. You shouldn't need supports for the loop at the top. Adding them would just increase the chances the supports broke and caused the print to fail. If you get supports inside the ball, just add a support blocker.

  • Support Structure: Normal
  • Support Placement: Touching Buildplate
  • Support Overhang Angle: 60 Degrees

41 Likes109 DownloadsDecember 10, 2022



41 Likes109 DownloadsDecember 10, 2022
This model is restricted by licensing terms.