Calibration Cube - wall thickness - new filament - extrusion

Little Calibration Cube to set the right extrusion factor for your new filament! Only 12 minutes print!
12m
1× print file
0.20 mm
0.40 mm
1.00 g
87
1174
17
4258
updated May 25, 2025

Description

PDF

Description

This is a fast and easy to print model to calibrate your new filament. It can be used to find the right settings for the extrusion factor to get the right wall thickness.

It is designed with a 0.86 mm wall thickness to meet the default prusa slicer settings.

Only 12 minutes print and 1,22 g.

 

Instruction

  • print the calibration cube with the default settings (see pictures - 2 lines: 0,86mm)
  • measure the wall thickness of the print on several locations on all 4 sides
  • take the average value - X
  • calculate the multiplier factor = 1 + ((0,86 - X) / 0,86)
  • Insert the factor into the settings (Filament settings - Extrusion factor)
  • Repeat this process until the average value is near 0,86mm
  • Your Filament Extrusion multiplier is nicely calibrated!

Measurement

  • Width         - 20.00x20.00 mm (Brim - 5 mm)
  • Height        - 10.00 mm

 

Print instructions

Recommended Print Settings
  • Infill: 15 %
  • Layer height: 0,20 mm
  • Supports: None
Print Time
  • approx. 0:12 (hr:min)
Material use
  • Together: approx. 1,22 g
Tools
Tested Printer
Tested Filament

Optional

To get accurate flow rate calibration, it can help to calibrate the E-steps at first. You can test it with this XYZ Test Cube 20mm. Good instructions can be found here.

 

Updates

---

 

If you have any questions or improvements/suggestions do not hesitate to contact me!

If you like what you see, consider following me to support my work - more to come -

AUGU5TO | Printables.com

Every product in the links, I bought and tested by myself. As an Amazon Associate I earn from qualifying purchases through my Amazon links. By buying through any of the links above I will earn commission at no extra cost to you. 

Tags



Model origin

The author marked this model as their own original creation.

License