![]() ![]() The recommended setting is particularly suitable for achieving the best result in a few clicks – there is no need to make manual changes to the settings. Note that Cura has been certified for Windows and macOS platforms, guaranteeing significant additional security.Ĭura has a simple interface that allows you to choose between two settings right from the start: the recommended mode and custom mode. Another feature that contributes to its popularity is the fact that it is compatible with the most common operating systems, Windows, Mac, and Linux. The software is not only 100% free of charge but is also available in 15 languages so that users worldwide can use it as easily as possible. Although Cura is part of the Ultimaker ecosystem, printers from other manufacturers can also use it. Supported file formats are STL, OBJ, X3D, and 3MF. One of the main benefits of Cura is its ease of use, support for different file formats, and compatibility with many 3D printers. In 2019, Cura had 600,000 users and is estimated to be used for more than 2 million printing jobs every week. It is an open-source software, probably the most widely used in the global additive manufacturing market. Cura is a slicing software developed by David Braam in 2014 for this purpose – it was later acquired by Ultimaker. The slicer converts the 3D model into a G-code file that will provide the 3D printer with all the necessary instructions for printing. As many of you will know, in order to get a piece 3D printed, you need a slicing software, more commonly known as a slicer. You can download Ultimaker Cura 5.0 beta here. The Showcase featured innovators and thought-leaders from the 3D printing community who demonstrated unique applications enabled by the newest version of Ultimaker Cura 5.0. It can be watched here for anyone who missed the original presentation of Cura 5.0. Print profiles available to users of Ultimaker printers have been updated to make use of the improved capabilities of Ultimaker Cura 5.0 resulting in print time reductions of up to 20%. Thin walls, and the kind of small design features that are often featured in injection molded parts, are created more efficiently and this results in applications being produced in an improved way in 3DP," according to Steve Cox - Engineer and 3D printing advocate. "Cura is evolving and there is much more freedom in the design for FFF, so the software is less of a limiting factor. The improved printing of thin walls brings parts printed with Ultimaker Cura 5.0 closer to the strength of those produced using injection molding. The variable line width capabilities of the new slicing engine in Ultimaker Cura 5.0 results in fewer gaps on the inside of printed parts, making them more solid, and therefore stronger. The new slicing engine in Ultimaker Cura 5.0 allows for the use of variable line width when slicing a 3D model to most accurately print fine details. The most eye-catching improvements of Ultimaker Cura 5.0 are: from designing for 3D printing, to 3D printing for design." Until now, you had to make your design work for 3D printing. "We believe that even those who have looked at 3D printing before and concluded that it may not be ready for their use, today it is time for them to look again. This is the start of a true revolution in 3D printing technology," says Miguel Calvo, Chief Technology Officer (CTO) at Ultimaker. " Ultimaker Cura 5.0 represents the biggest leap forward in print quality that the software has ever seen. Ultimaker Cura 5.0 enables new applications
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