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Ball Bucket / Bin / Vase

Hi this Model is a Bucket or Wastebin or Vase. The outer structure is made of connected balls / Shperes.
9h 39m
1× print file
0.15 mm
0.40 mm
113.00 g
12
96
0
515
updated January 31, 2021

Description

PDF

Hi
this Model is a Bucket or Wastebin or Vase.
The outer structure is made of connected balls / Shperes.

See print instructions.

Greetings

Print instructions

Please read before wasting time and filament :)

Recommended: (as seen at photo)

  1. Take the solid ("Balleimer_gross_v4").
  2. scale the model with your Slicer to the needed size.
  3. Bottom of Bin: Print the first 3 mm with 20 % infill "honey-comp"
  4. Wall of Bin: Print from 3mm and above with 0% infill and 3 outer perimeters and no bottom or top solid layers.
  5. I used a layer height of 0,15mm and 40mm/s speed with a 0,4mm nozzle

Alternative:

  1. Take one of the hollow models ("Balleimer_gross_empty", or "Balleimer_klein_empty")
  2. Set nozzle size to 0,48mm
  3. adjust the top / bottom solid layers.
  4. Be careful the "ball-shaped-walls" have a overhang. Usually the Slicer want to create some bottom / top solid layers on the wall which will not look good / increase time.

Gcode:

The Gcode is made with Simplify3D for Prusa MK3s bed size
Nozzle: 0,4mm, Layer: 0,15, Speed: 40mm/s, 30 skirt outlines, 2 skirt layers, 0 distance of skirt to avoid warpage. ca 10 Hours of print.

Unsertanity:

The quality of the STL size might be to rought for very big sizes and too detailed for very small model scaling.
Too Rought would mean you see the triangles/squares of the STL.
Too small could result in problems while printing if too much data needs to be processec especially if you use a Octoprint-Server and a weak Raspberry Pi Zero W, like i do :D.

Hope you succeed.
Greetings from Mannheim

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