40 degrees is a very wide range! If you’ve set your printing temperature higher than what it needs to be, it can cause the filament to liquefy more and ooze out of the nozzle. There’s a very wide range of temperatures for each filament, and every manufacturer also lists their recommended temperature ranges on the packaging.įor example, PLA can print at anywhere between 180 to 220 degrees C. More often than not, we end up setting the printing temperature much higher than what is necessary. Image credit: PrusaPrinters Forum 8 Ways To Fix Stringing Reduce your printing temperatureģD printer filaments have a very wide range of temperatures at which they can work. The easiest way to fix stringing is by reducing your 3D printing temperature. Generally speaking, filaments that require higher temperatures to print(like PETG) are more prone to stringing, but it can happen with PLA and flexible filaments, too.

Poorly configured settings can result in a lot of stringing between the stones. There would be a lot of travel moves in this print between each of the stones. Suppose you were 3D printing a model of Stonehenge. A travel move is when the toolhead moves from one point to another but without extruding any filament. This usually happens during travel moves.

Stringing occurs when filament leaks through your nozzle in places where it shouldn’t. Models with large gaps between parts tend to experience more stringing than others. Stringing is characterized by small wispy bits of filament that appear in places in your model where there should be a gap. In order to fix stringing, it’s useful to understand why it happens in the first place. Let’s take a look at how to fix your 3D print stringing issues. The good news is that stringing is usually very easy to fix. Stringing is a very common issue in 3D printing and it can make your 3D prints look really messy.

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