Sometimes, you just need a dash of color in your 3D prints. Other times, maybe you want to mix and match two different materials in a single print. Changing filament mid-print can add a whole new dimension to your 3D-printed models. Cura makes it simple by giving you tools using which …
Cura Filament Change: Amazing Mid-Print Color Changes in 5 Easy Steps Read More
Slic3r and Cura have both done their part in improving the slicing software scene in 3D printing. In the early days of 3D printing, Slic3r played a significant role in the RepRap project and continues to do so now. Back in 2011, it was one of the few open-source slicers for …
Slic3r vs. Cura: Which to Master for 3D Printing Success? Read More
When it comes to 3D printing, the ultimate goal is to get perfect results. One of the challenges, however, that often emerges is stringing. Those pesky, unwanted strands of filament that can mar an otherwise flawless print. Luckily, the Coasting feature in Cura is designed to alleviate the strings in your …
Cura Coasting: The 3 Best Coast Settings to Avoid Stringing Read More
Ultimaker’s Cura and the PrusaSlicer are two of the best slicing software praised by the community. Both are open-source, free to use, and come with a unique set of features that contribute to their popularity. Ever since their release, the debate of Cura vs. PrusaSlicer has been an ongoing topic. The …
PrusaSlicer vs Cura: Which is the Ultimate 3D Printing Slicer? Read More
Cura is free, and Simplify3D is paid. The former has tree supports, the latter does not. One is open-source. The other is privately owned. The differences don’t seem to end. Cura vs Simplify3D is one of the most interesting debates in the world of 3D printing. At the surface level, both …
Cura vs Simplify3D: Is an Expensive Slicer Better? Read More
The top and bottom layers of your 3D prints often have a rough finish because of extrusion lines. These lines can give your prints an unfinished appearance and affect their overall visual appeal. Sometimes, you just need parts that look smooth and clean. Fortunately, there’s a solution—ironing. Cura’s ironing feature smoothens …
Cura Ironing: The 7 Best Settings for a Smooth Top Layer Read More
Support structures are a core element in 3D printing. They hold up the overhangs of your pieces, making it easier to print elaborate models. But one problem with these supports is that they sometimes show up in unwanted places. What if the printer makes support even though you don’t need it …
Cura Support Blocker: How to Block Supports in 6 Easy Steps Read More
The vase mode in Cura is a pretty unique tool that is both useful and fun to use. Think of it as making a whole model with a single strand of 3D printer filament. No seams, no transitions between layers—just one continuous line 3D print. Even though Vase mode in Cura …
Cura Vase Mode: How to Create Spiralized Contours in 3 Easy Steps Read More
Cura has an extensive library of high-quality infill patterns to choose from. Each infill pattern has its own advantages and disadvantages. Some are better for strength, while others have a superior appearance. Some patterns use less material, while others cut down on the amount of time it takes to print. Cura …
Cura Infill Patterns: Which Are the Best, Fastest, and Strongest? Read More
Each of Cura’s nifty features contributes to an overall better 3D printing experience. Ranging from tried-and-true standards to novel experiments, the slicer has a lot that helps you. One of the more experimental settings we’ll examine today is Cura’s Adaptive layers. Adaptive layers are a handy feature in Cura. It automatically …
Cura Adaptive Layers: Use Variable Layer Heights for Better Quality Prints Read More
Supports are weird! Often you want them in your 3D prints, but nobody really likes them. Standard support structures don’t always work well and are known for being hard to take off the model. You can always “fine-tune” your support settings, but let’s be honest: they often still don’t print the …
Cura has loads of features tuned toward adjusting the retraction in your 3D prints. There’s coasting, sweeping, Z-hop, and the topic of today: combing. Combing in Cura is meant to reduce stringing and improve the surface quality of your prints. In this article, we’ll look at what combing mode is, how …
By lifting the nozzle during retractions, Z-Hop helps to reduce the chances of your prints getting knocked over from the bed and scarring on your prints. With a Z-hop height of 0.2 mm, you can get smoother 3D prints and reduce print failure. Z-Hop is one of those important but often …
SuperSlicer is an extensive slicing software that’s based on Prusa Slicer. It provides you with numerous additional settings to fine-tune your slicing process. You get better control over perimeters, thin walls, and also benefit from an excellent community that’s ready to help you out with any issues. SuperSlicer is one of …
Honeycomb infill is the strongest infill pattern in FDM 3D printing. The honeycomb structure distributes weight equally on its six sides. It leads to a strong 3D printed part that has great strength in all directions. Honeycomb infill is suitable for printing parts that need to be lightweight, yet have a …
One of the best ways to create eye-catching 3D prints is to print them in multiple colors. This is often referred to as multicolor printing. It is a great way to add extra color to your prints without having to resort to post-processing techniques like painting. Dual extruder 3D printers that …
