Jun 27, 2025 · Bridging, in the 3D printing world, is when your printer has to print a horizontal section of the model without any support underneath. Think of building a bridge across a river – you need it to …

When you are bridging between two points, the plastic will be extruded across the gap and then quickly cooled to create a solid connection. To get the best bridging results, you will need to make sure that …

Poor bridging in 3D printing is caused by too high print temperatures, flow rates and print speeds. Poor bridging can also be improved or fixed by better cooling of the printed part and adding support …

Nov 22, 2023 · These bridging problems can come from setting errors, insufficient supports, or even be due to poor quality or incorrect filament. Here we’ll look at what issues can cause your bridges to fail …

Jul 11, 2024 · Discover what 3D printing bridging is, its common issue reasons, and how to avoid such problems to improve your 3D printed bridge in this post.

There are three key settings for printing good looking bridged layers: PrusaSlicer settings, speed, and cooling. The typical problem of bridging layers is sagging or drooping as seen in the photo above. To …

Jul 21, 2023 · In simple terms, bridging refers to extruding plastic between two points in an empty space or gap. However, it often results in undesirable extrusions that sag and deviate from the intended …

Nov 28, 2023 · Let's explore what bridging in printing is, why it is important, and how to get rid of poor bridges.

Sep 13, 2020 · Bridging is a term in 3D printing that refers to a horizontal extrusion of material between two raised points, but they aren’t always as horizontal as we want them to be. I’ve gone through …

Oct 23, 2025 · Fix poor bridging, sagging, or broken spans in your 3D prints. Get the ultimate guide to solving 3D print bridging problems & mastering bridging settings.