The Best Cura Settings for the Anycubic Mega S.Ender 5 (Plus/Pro) Cura Profile | The Best Settings.Best Ender 6 Cura Profile | Best Settings.Best Cura Settings for the Ender 3 – Guide & List.Best Cura Settings for the Ender 3 S1 – Guide & List.Here you can find the best Cura profiles of popular 3D printers: You then try to approach the perfect setting in small steps, changing only one setting at a time so that you know which change is responsible for the result. The best strategy for calibrating a 3D printer is to start from an existing default profile in the slicer.

With this plugin, you can load and adjust calibration objects directly in Cura. I like to use the “Calibration Shapes” plugin in Cura. You can find them on portals like Thingiverse or in plugins of popular slicers. There are countless calibration objects for these three important 3D printing parameters. The high quality of the filament forgives many mistakes!Įven though there are dozens of settings in the slicer with which you can optimize the result of the 3D print, these three settings in particular are important: With the PLA filament from Anycubic, I didn’t need much calibration effort to find the perfect settings. Whenever you change basic things on your 3D printing system (like the nozzle, the filament, or even the 3D printer) you should calibrate the new combination to get good results. This is extremely good, lies within the measurement uncertainty and should ensure consistent print quality – at least as far as extrusion is concerned.

I measured the filament over several windings with a caliper gauge and came up with a maximum deviation of 0.01 mm. Anycubic specifies a tolerance of ± 0.02 mm for this. So to ensure consistent quality across the entire object, the thickness of the filament must only move within a specific and very small tolerance. If the thickness of the filament is not uniform, the line width will vary depending on whether a thicker piece of filament has just been extruded or a thinner piece of filament. The thickness of the filament must be consistent so that the same amount of filament is always extruded.

You can clearly see that the manufacturer has the winding under control. In the case of Anycubic PLA filament, every single winding was perfectly wound on the spool. This printing error is always very annoying, which is why it is worth investing in high-quality filament for this reason alone. Then the extruder tries to load more filament but pulls on the filament to no avail and the print fails. If the filament is not wound properly, it can become tangled as it unwinds through the 3D printer. With poor quality filaments, not only is the material inadequate, but the winding on the spool is also chaotic. Spool dimensions: Height = 60 mm inner diameter = 75 mm outer diameter = 200 mm.Packing: Vacuum packed, neat winding, tangle free.

Print neat calibration sheet