Learning the terminology is one of the most vital steps to master the 3D printing process, especially with many terms that sound similar but mean entirely different things. As it’s easy to confuse some of the terms, getting a good grip of the terminology allows you to feel comfortable during the research and the printing …
What Is Infill Density (Percentage) in 3D Printing? (Detailed) Read More
While they may seem complicated at first, G-codes are something every 3D printing enthusiast should become familiar with at some point, especially considering that they aren’t as complex as they look from the outside. As it’s possible to invoke all of your 3D printer’s individual functions through G-codes, knowing about them allows you to have …
Marlin PID Autotune (M303) and Manual Tune (M304 & M301) Read More
While 3D printing is a hobby that everyone can pick up and learn, there is no denying that it can also become quite technically challenging at times and require a great deal of effort. Terminology is part of what makes 3D printing complex, as it’s essential to know the terminology correctly to configure and optimize …
3D Printer Feed Rate vs. Flow Rate – What Is the Difference? Read More
Even though 3D printer software allows us to enjoy 3D printing without having to delve into G-codes, we can’t deny that knowing about them comes with quite a few benefits, especially considering that they aren’t as scary as they look from the outside. As there is a G-code for every action your 3D printer can …
Correctly setting the X, Y, and Z offsets is a vital step of the 3D printing process, as failing to do so causes issues such as the printer printing off the bed or in the air; and the printhead bumping into the bed. While it requires a certain level of knowledge, setting these offsets with …
How to Set X, Y, and Z Offsets with M851 G-Code? (Detailed) Read More
Due to the differences in chemical composition, each filament type has different attributes, which means that they also require separate configurations. Factors such as melting point, adhesion strength, and the likelihood of stringing and oozing all show differences among different filament types, requiring you to tweak the settings of your slicer accordingly. One such factor …
How Much Cooling (Fan Speed) Does PETG Need? (Detailed) Read More
There is no denying that G-codes can be confusing compared to using a graphical interface that presents everything in a more user-friendly manner, but they don’t have to be. With sufficient explanation and examples, most G-codes aren’t too cryptic to understand, and in fact, it’s sometimes easier to execute them directly than using the slicer …
What Does the M420 S1 G-Code Do? (Detailed Explanation) Read More
It’s undeniable that writing code is much less user-friendly than using a graphical interface where things are a lot more clearer. As a result, if you don’t have any experience with G-codes, learning about them may feel slightly intimidating. Fortunately, most G-codes aren’t as complex as they look from the outside, making it possible to …
What Are the M105 & M155 G-Codes? (Detailed Explanation) Read More
In the earlier articles, we have covered plenty of temperature-related G-codes, but as you can imagine, their functionality doesn’t end there. Considering that there is a G-code for every single action a printer can perform, we have only scratched the surface so far. We will be continuing our G-code series with a few filament-related ones, …
What Are the M600, M701, M702, M703 G-Codes? (In-Depth) Read More
Using G-codes to fine-tune your prints is one of the quickest ways to achieve better overall print quality, but the learning curve looks steep to many 3D printing enthusiasts who don’t have prior experience with them. In reality, it’s pretty simple to learn the main functionality of most G-codes as long as you know the …
What Are the M140 & M190 G-Codes? (Detailed Analysis) Read More
