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Knurled Pencils Pot

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Creation's quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.
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  • 1 like
  • 26 downloads

3D model description

A cool pencils pot full of knurls :-)

(just another example for the knurl surface library v2)

This thing is big! More than 80mm diameter and 120mm height.

The one I printed (PLA) has a wall thickness of 0.7mm.

The ZIP file contains already compiled pots and test files with a wall thickness from 0.7mm to 1.2mm in 0.1mm increments).

Do use the OpenSCAD to change whatever the dimensions you like.

UPDATE: Added "solid_pencilsPot.stl" intended to be printed in "vase mode".

3D printing settings

Don't be lazy and use the OpenSCAD :-) it may take longer... but is easy and you have full control over all the dimensions.

Be careful if you want to go fast and just scale this thing: scale it up as much as you wish, the walls may be too thin to scale it down, you can always use something like thingiverse.com/thing:32118 to determine your minimum wall thickness for the profile/material you are using.

Do use the test STL before attempting the penci pot! It will not take too long and may save you to have to stop the build 1h later.

OpenSCAD usage:

Change the "user parameters" to your desired values.

- Tip: Ensure that the pot height is a multiple of the knurl heigth.

- Note: The base of the pot has a thickness equal to the height of one knurl

infill should be set to a minimum of 20% for stability.

Press F5 to render (it will not work but do it anyway).

Take a look to the console, scroll up if needed until you find the maximum and minimum diameters echoed by the knurl library.

Update max_diameter and min diameter parameters accordingly.

Compile, it may (will) take some time, and export as STL.

Comment the line for the call to "pencils_pot()" module.

Uncomment the line for "print_test()" module.

Compile the test and export to STL (it should compile much faster).

Try to print first the test and check if you may print the pot or you better adjust the parameters before.

Enjoy!

  • 3D file format: SCAD, STL, and ZIP
  • Publication date: 2019/10/01 at 15:57

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CC BY SA


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