Thingiverse
0.8mm Extrusion test cube
par BlackHellHound1
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Larger extrusion test cube for 0.8mm nozzle. The cube is 30x30x30 mm as I found the smaller cubes to be too inconsistent for a 0.8mm nozzle test.
The extrusion cube is printed with a wall of 2x the nozzle diameter which allows for calculation with the following formula:
New E-steps / Current E-steps = (Extrusion width * 2) / (Average measured wall thickness)
• New E-steps = The value to be found
• Current E-steps = The e-steps setting as currently set in the printer
• Extrusion width * 2 = The nozzle diameter multiplied by the number of walls that are printed
• Average measured wall thickness = the average thickness of the 4 printed walls
The “New E-steps” value will be the e-steps value to be used on the printer.
Alternatively, the following formula can be used to calculate an adjusted flowrate instead of the E-steps. This allows for tuning in the slicer software instead of on the printer itself.
Flow % = (Extrusion width * 2) / (Average measured wall thickness) *10
The extrusion cube is printed with a wall of 2x the nozzle diameter which allows for calculation with the following formula:
New E-steps / Current E-steps = (Extrusion width * 2) / (Average measured wall thickness)
• New E-steps = The value to be found
• Current E-steps = The e-steps setting as currently set in the printer
• Extrusion width * 2 = The nozzle diameter multiplied by the number of walls that are printed
• Average measured wall thickness = the average thickness of the 4 printed walls
The “New E-steps” value will be the e-steps value to be used on the printer.
Alternatively, the following formula can be used to calculate an adjusted flowrate instead of the E-steps. This allows for tuning in the slicer software instead of on the printer itself.
Flow % = (Extrusion width * 2) / (Average measured wall thickness) *10
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