Software

Unfortunately, Cura not opening is a common problem you can run into with the software. However, there are many reasons that it might not open.

In the 3D printing world, few things are more frustrating than an .STL file that refuses to open. Fortunately, you can take some practical and straightforward steps to remedy this problem.

With an easy-to-use interface, compatibility with different printers, and many premium features, it’s the go-to slicing software for 3D printing enthusiasts worldwide. However, often over extrusion can happen in your 3D printer when using Cura, resulting in low-quality prints. 

Raspberry Pi’s are a great option to connect with your 3D printer, but you might have noticed that downloading 3D design software such as PrusaSlicer isn’t as easy as you might have thought initially.

Sometimes you may struggle with low bed adhesion or warps, and you may need to add a raft or brim to stabilize the print. So, do you add rafts and brims in PrusaSlicer?

The Cura slicer can take a long time to process some models. Many people new to 3D printing have a lot of issues with the program running slowly or taking absurd amounts of time to slice. However, there are ways that you can speed it up!

PrusaSlicer is a helpful tool that allows you to export print files for your 3D printer. It’s popular among users because it’s frequently updated and easy to use. So, let’s talk about how to import G-code into PrusaSlicer to help you get started. 

PrusaSlicer is a 3D printer program that helps you slice, edit and export 3D files from your computer to your printer. It is a great final step to confirm your model on the computer before you print it. However, can you print directly from PrusaSlicer?

There’s a lot of different information online about what makes a reasonable file size. However, there are ways you can lower the size of your file to make the machine run smoothly.

You don’t need to own a Prusa 3D printer to use their free software. However, can you use PrusaSlicer with other printer brands, irrespective of models, filaments, and other factors?