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Base for dragon balls

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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.

  • 447 views
  • 1 like
  • 2 downloads

License
3D design format
STL Folder details Close
  • Pastille diametre 10 mm.STL
  • Pastille diametre 6 mm.STL
  • Pastille diametre 8 mm.STL
  • Socle embase.STL
  • Socle partie basse.STL
  • Socle partie haute.STL
  • colonne 1 et 2.STL
  • colonne 3 et 4.STL
  • colonne 5 et 6.STL
  • colonne_7.STL
  • fond noir logo tortue génial.STL
  • plaque DRAGON BALL.STL
  • sigle noir et blanc logo tortue génial.STL

Learn more about the formats

Publication date 2024-01-25 at 15:33
Design number 1738483

3D printer file info

3D model description

very attractive base for crystal balls between 25 and 40 mm in diameter.

diameter = 12 cm

height 8.5 cm

2 pieces with color change during printing: muten roshi logo and DRAGON BALL plate.

For the dragon Ball plate, after printing, soak it in very hot water to soften it into the round shape of the base, then glue it in place with strong glue.

Now it's your turn

English:

Very nice stand for crystal balls ranging from 25 to 40 mm in diameter.

Diameter = 12 cm

Height = 8.5 cm

2 pieces with color change during printing: the Muten Roshi logo and the DRAGON BALL plate.

For the Dragon Ball plate, after printing, soak it in very hot water to soften it and shape it to the round base, then glue it with strong adhesive.

Your turn to play!

Espanol

Bonito soporte para bolas de cristal que tienen un diámetro de 25 a 40 mm.

Diámetro = 12 cm

Altura = 8,5 cm

2 piezas con cambio de color durante la impresión: el logotipo de Muten Roshi y la placa de DRAGON BALL.

Para la placa de Dragon Ball, después de la impresión, sumérgela en agua muy caliente para ablandarla y darle forma al soporte redondo, luego pégala con un adhesivo fuerte.

¡Te toca jugar!

3D printing settings

PLA

layer thickness 0.15 or 0.2 in bused e0.4

speed 40mm/s

temperature 190° for the first layer then 180° for the rest.

60° tray

If your slicer allows, reduce the layer width and speed for a cleaner final result.

To ensure that the part doesn't come off the tray, I add Ø8 or Ø10 pellets 0.2 mm thick in the sharp corners, which I then cut cleanly with a scalpel.

For letters, plan a color change via a pause or filament change function, depending on your machine... I program a 1-minute pause to give me time to change the spool.

Personally, I cut with SimPLify3D

PLA

Layer thickness 0.15 or 0.2 with a 0.4mm nozzle

Speed 40mm/s

Temperature 190°C for the first layer, then 180°C for the rest.

Bed temperature 60°C

If your slicer allows it, reduce layer width and speed for a cleaner final result.

To ensure that the piece does not detach from the bed, I add Ø8 or Ø10, 0.2mm thick dots in the sharp corners, which I then cut neatly with a scalpel.

For the letters, plan a color change using a pause function or filament change, depending on your machine. Personally, I program a 1-minute pause to give me time to change the spool.

I use SimPLify3D for slicing.

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