21 Février 2021
Original article. For all Ultimaker 3D printer owners, a new version of Cura has just been released. Version 14.07 (released 3 July 2014), which includes a firmware update for the Ultimaker 3D printer is now available for download. The best thing about this product is that its free and you can make lots of things. HIDRACURA 3D Cura 3D is slicing software for 3D printers. It takes a 3D model and slices it into layers to create a file known as G-Code which is the code that a 3D printer understands. 8/10 (18 votes) - Download Ultimaker Cura Free. Ultimaker Cura is a software application for 3D printers that helps users prepare printing projects and integrates CAD software to facilitate workflows. If you have a 3D printer, you will find a very helpful software in Ultimaker Cura.
New infill pattern with enhanced strength properties. Gyroid infill is one of the strongest infill types for a given weight, has isotropic properties, and prints relatively fast with reduced material use and a fully connected part interior. Note: Slicing time can increase up to 40 seconds or more, depending on the model. Contributed by smartavionics.
New setting that integrates the first layer of support material with the brim's geometry. This significantly improves adhesion when printing with support material. Contributed by BagelOrb.
It is now possible to specify the cooling fan to use if your printer has multiple fans. This is implemented under Machine settings in the Extruder tab. Contributed by smartavionics.
The CuraEngine has been refactored to create a more testable, future-proof way of storing and representing settings. This makes slicing faster, and future development easier.
The new print core CC 0.6 is selectable when the Ultimaker S5 profile is active. This print core is optimized for use with abrasive materials and composites.
Added M117 commands to GCODE to give real-time information about the print job file name and layer number shown on the printer's display when printing via USB. Contributed by adecastilho.
The update checker code has been improved and tested for more reliable firmware update notifications in Ultimaker Cura. The Ultimaker S5 is now included.
Fullscreen mode can be toggled using the View menu or with the keyboard shortcuts: Command + Control + F (macOS), or F11 (Windows and Linux). Contributed by KangDroid.
In previous versions, Ultimaker Cura would display an error dialog explaining when something happened to user configuration files, including the option to reset to factory defaults. This would not warn about losing the current printer and print profile settings, so this information has been added.
The entry points to the Toolbox are now renamed to Marketplace. Logic pro x faq.
A new tab has been added to the Marketplace that includes downloadable material profiles, to quickly and easily prepare models for a range of third-party materials.
New profiles added for Anycube 4MAx and Tizyx K25. Contributed by jscurtu and ValentinPitre respectively.
The Ender-3 build plate size has been adjusted to the correct size of 235 x 235 mm, corrected the start-up sequence, and the printhead position has been adjusted when prints are purged or completed. Contributed by stelgenhof.
Added comment generation to indicate which mesh the GCODE after this comment is constructing. Contributed by paukstelis.
Cura LulzBot Edition is a Free Software program that both prepares your files for printing (by converting your model into GCODE), and also allows you to control the operation of your LulzBot 3D printer.
The latest version features an updated user interface, more slicing options, an updated slicing engine, and better print quality than ever before. Keep Cura LulzBot Edition updated to have the latest pre-set Cura print profiles, developed and tested by the LulzBot team to ensure the best performance out of your LulzBot!
Find links and instructions based on your operating system in the tutorials below.
Current Version: 3.6.23
The current stable version of Cura LE for Windows is v3.6.23 and for Mac OS is v3.6.20.
LulzBot Bio users will need to use version 3.6.22 and above.
MAC OSX Users Note: MAC OS v3.6.20 of Cura LulzBot Edition does not include support for the M175 Tool Head.
Use the following workaround guide to use the M175 Tool Head - click to download pdf.
Files needed for M175 Tool Head workaround - click to download files.
The following profile updates can be manually imported into Cura LE v3.6.20.
These profiles are already included in all versions of Cura LE v3.6.22 and above.
v3.6.20 Profile Update Instructions
v3.6.20 Profile Update Downloads - click to download
We recommend using the latest firmware included within Cura LulzBot Edition to maximize long-term compatibility. Users that need to use existing GCode files can restore compatible firmware (1.1.5.64 or below) through Legacy Cura LulzBot Edition v21.08.
Cura LulzBot Edition versions 2.6.69 and above contain firmware standardized for use with all LulzBot Mini 3D Printers, and contains important bug fixes. However, once your firmware has been updated to 1.1.5.70 or beyond, GCode files sliced with earlier versions of Cura LE will no longer be compatible and will have to be re-sliced using the latest version of Cura LE.
Cura LulzBot Edition version 2.6.69 includes proposed LulzBot TAZ 5 slicing profiles with built-in filament temperature settings. Marlin Firmware 1.1.5 and later removes the built-in filament temperature presets from the Graphical LCD Controller menu. Users that prefer to use the filament temperature presets included with some legacy firmware can use the firmware included within Legacy Cura LulzBot Edition v21.08.
Operating System
Debian 7 or newer
Fedora 23 or newer
Ubuntu 15.10 or newer
Windows 7 or newer
Mac OSX 10.7 or newer
Minimum Hardware Requirements
OpenGL v2 compatible graphics card
Suggested: OpenGL v4 or higher
for full functionality
Intel Core 2 or AMD Athlon 64 or newer
1 GB of RAM or more
Cura LulzBot Edition, a Free Software solution for Fused Filament Fabrication 3D printing, is distributed under the terms of the GNU Lesser General Public License Version 3 (LGPLv3).
Copyright © 2017, 2018, 2019 FAME 3D - Released under terms of the LGPLv3 License.
Copyright © 2014, 2015, 2016, 2017 FAME 3D - Released under terms of the AGPLv3 License.
Derived from Cura, which was created by David Braam and Ultimaker. Copyright © 2013 David Braam - Released under terms of the AGPLv3 License.
This program is Free Software: you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. Baixar pdf para pc.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this program. If not, see http://www.gnu.org/licenses/.
Especially at the beginning, the experts throw a lot of terms and software names at you, so that you don't even know where the front and back is. In this article for the 3D printing guide, I'll introduce you to the Slicer Cura from Ultimaker. You will learn how to start the slicer and how to prepare your first print.
Cura is a printing software or slicing software that offers the possibility to convert a digital file on the computer into a format (G-Code) that the 3D printer understands. It cuts a 3D model into layers.
The software is offered by the Dutch 3D printer manufacturer Ultimaker B. V. and a huge Cura community as open source free of charge and is regularly maintained. It allows you to use default settings as well as tinker with the 3D printer settings. The language settings can be switched from English to German, which of course makes it much easier to use. In this article, I'll talk about the current Ultimaker Cura version 4.4.
Generally speaking, 3D printing can be divided into three stages. These include
– the modelling,
– the 3D file export and
– the cutting of file exports.
When modelling – for example with the programs 123D Design or Autodesk Fusion 360 – these generate their own file format, which can also be exported. Once the model has been created, it must therefore be exported to an STL, OBJ or 3MF file. These three formats are recognized by Cura.
The Cura software recognizes the STL, OBJ and 3MF files, slices them and outputs them as G-code, which in turn can be read and processed by the 3D printer. If you don't want to do the modeling, you can download print-ready models from websites such as Thingiverse, MyMiniFactory or Instructables, which are then imported directly into the Cura application.
If the 3D printers work with Fused Deposition Modelling (FDM), the Cura Slicer determines how the planes of the desired 3D model are placed on the printing bed and creates instructions (G-Codes) for the 3D printer on this basis. How exactly the G-code is generated can be read in this article.
Since every 3D printer kit and even finished printers have different features and configurations, Ultimaker Cura needs to know the individual hardware details. That's why the software asks which 3D printer model will be used when setting up the software. Once the data is available, the layer height and thickness, but also other parameters can be changed.
As with most other 3D printing software, Cura also allows the user to change the viewing angle of the installation space. For this purpose the creation area can be moved, reduced and enlarged. To navigate in the build area of Cura, simply press the Shift key and click the left mouse button. To rotate the build area, press the Ctrl key and left-click in the build area. On Ubuntu and Mac, it is even sufficient to press the left mouse button and drag at the same time. You can enlarge the build area by using the scroll wheel on your mouse.
Cura Slicer allows you to view models in three different versions. The default view is Solid View. With the X-ray function, you can see where you need to rework. If an object shows defects in one place, you should switch to the layered view. With the arrow keys or a slider you can move through all layers on the screen. You can also determine settings that you might want to change later, such as the layer height, the fan power or the filament flow.
Especially important is the Cura settings window at the top right corner. Here you can select, among other things, the printer settings, the filament used, the layer height and the infill density. At the same time you have the possibility to adjust the infill (support). If the model has no overhangs, the support can be deactivated.
If the settings were adapted, the model can be printed. This is done by either transferring the data from Cura to an SD card or sending it directly to the 3D printer. At the same time the software gives a time estimate for the 3D printing. Now the print command can be clicked or the SD card can be inserted into the slot provided for this purpose on the 3D printer. I will go into this in more detail below.
Mini pubg mobile. Very important are the user-defined settings. These are described in the sections:
– Quality – Shell – Infill – Material – Speed – Travel – Colling – Support – Build Plate Adhesion – Dual Extrusion
Another section is the hidden settings. To do this, click on the gear symbol next to the respective section heading. There are about 150 different settings in total.
The Ultimaker Cura software is compatible with Microsoft Windows (Windows Vista and above), Mac (Mac OSX 10.7 and above), Linux and Ubuntu (Ubuntu 14.04 and above).
On this website you will find the button to download the Cura Slicer software for free. When you click on it, the system will ask you first what you want to use Cura for.
Many 3D printer manufacturers have already provided a link on their corporate website to the preconfigured version of the Cura software for the corresponding printer model. This makes the installation of the software even easier.
Once the installer has been downloaded, follow its instructions. When the software is launched, a wizard will help you to configure it correctly for your 3D printer. It may be necessary to select the option 'Other' before you have to choose the predefined print profile again. You will then be shown on your computer that the wizard has been completed successfully. Now you can start using the software.
On the screen, you will see a radio button on the right side of the screen and the three-dimensional workspace on the left. The latter has the same dimensions as your 3D printer. Here you have the possibility to inspect the uploaded or self-designed 3D model, move, rotate and scale parts.
To upload a file, either go to File and here open file or click on the folder icon in the upper left corner and select the appropriate file on your computer. You can then edit this file on your computer.
If the data is to be transmitted via SD card, insert the card into your PC. Then an SD card symbol appears on the left side of the work area. At the same time you will also find information about the necessary length of the filament and its weight in grams. Once the data is stored, the SD card can be removed and inserted into the 3D printer. To do this, go to 'Print from SD' in the printer's control panel and select the file you have created.
Short plug-in: You can also save your projects as .curaproject files and have all the settings of the project always at hand for possible optimization loops.
If you haven't already done so, you only have to insert the appropriate filament and can then start your first 3D print.
You will probably not be completely satisfied with your first print. Therefore, it makes sense to change only one or two settings in the software to get an eye for the effects on quality. In the course of time you will become more and more confident.