When it comes to 3D printing, one of the most important factors that determine the quality of the final product is the printing speed. This is especially true when using bigger nozzles, which require more filament to be extruded per unit of time. Thus, it becomes crucial to establish the maximum volumetric E/speed for the filament being used, in order to achieve accurate prints.
At MatterHackers Community, we have created a tutorial that outlines the steps required to determine the maximum printing speed for your 3D printer. While this may not be a significant factor for smaller nozzles, it is often cited as the number one reason why many struggle to achieve accurate prints with larger nozzles.
The tutorial recommends starting with a low speed, and gradually increasing it until the printer begins to struggle. Once this point is reached, the user must reduce the speed by a small amount and note down the maximum E/speed achieved. The process should be repeated for different filaments, as the maximum speed would vary depending on the materials being used.
By establishing the maximum E/speed, users can fine-tune their printing settings and achieve the best possible results with their 3D printer. This is especially important when using maxi nozzles, which require a lot of filament to be extruded. By following our tutorial, users can optimize their printing process and achieve the highest level of printing accuracy.
In conclusion, establishing the maximum volumetric E/speed for a filament is crucial for achieving accurate prints, especially with larger nozzles. At MatterHackers Community, we have created a tutorial that outlines the steps required to determine this speed, which should be repeated for different materials. By following these steps, users can optimize their printing settings and achieve the best possible results with their 3D printer.