Thingiverse
Flow Calibration Cube
di Xarnos_Black
16
Download
10
Likes
0
Makes
A test cube that I designed to calibrate my flow percentage.
See pictures for what the dimensions SHOULD be and compare to your printed model. I have 3 models for nozzles sized 0.3mm, 0.4mm and 0.5mm (I can make more, just leave a comment)
First calibrate your extruder E-steps, this is super important. Have a look at a video like Tomb of 3D Printed Horrors' https://www.youtube.com/watch?v=xzQjtWhg9VE on how to do it and then once it is properly calibrated...
HOW TO PRINT:
Set your exact nozzle size in your slicing software, infill to 0% and bottom layers to 100 or whatever makes it solid. you should see 3 walls on the sides of the model, 2 outer walls and 1 inner. Set your flow to 100% and print. Once done measure the thickness of the walls (see 2nd image for where to measure) and get an average of the thickness then; take the expected value (0.9mm for a 0.3mm nozzle, 1.2 for a 0.4 etc...) e.g. 1.2mm, divide by your actual measured value e.g. 1.1mm and you get a value for
See pictures for what the dimensions SHOULD be and compare to your printed model. I have 3 models for nozzles sized 0.3mm, 0.4mm and 0.5mm (I can make more, just leave a comment)
First calibrate your extruder E-steps, this is super important. Have a look at a video like Tomb of 3D Printed Horrors' https://www.youtube.com/watch?v=xzQjtWhg9VE on how to do it and then once it is properly calibrated...
HOW TO PRINT:
Set your exact nozzle size in your slicing software, infill to 0% and bottom layers to 100 or whatever makes it solid. you should see 3 walls on the sides of the model, 2 outer walls and 1 inner. Set your flow to 100% and print. Once done measure the thickness of the walls (see 2nd image for where to measure) and get an average of the thickness then; take the expected value (0.9mm for a 0.3mm nozzle, 1.2 for a 0.4 etc...) e.g. 1.2mm, divide by your actual measured value e.g. 1.1mm and you get a value for
Hai stampato questo modello? Accedi e condividi il tuo make!
Accedi per lasciare un commento
AccediAncora nessun commento – sii il primo!