- Cura Slicing Software For 3d Printers
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Recently I bought a Monoprice Voxel (a rebranded FlashForge Adventurer 3) 3D printer, and I’ve spent the last couple of weeks getting to grips with it. I’m very impressed – it works well and I’ve had a lot of fun building parts of my projects.
Cura is an open source 3D printer slicing application, it is widely used in 3D printing. Cura-15.04.3 as an example, let's talk about how to install Cura 3D slicing software and operate it. Cura is slicing software for 3D printers, it takes a model and slices it into layers to create a file known as G-Code, this is the code that the a 3D printer understands. Before we look at Cura there’s a little bit more to the whole print process when it comes to the 3D files and how they’re prepared. Cura is an open source 3D printer slicing application. It works by slicing the user’s model file into layers and generating a printer-specific g-code. Once finished, the g-code can be sent to the printer for the manufacture of the physical object. Download the printer setting file of ET4 in Cura here ?.
Ultimaker Cura is free, easy-to-use 3D printing software trusted by millions of users. Fine-tune your 3D model with 400+ settings for the best slicing and printing results.
One interesting this about the printer is that it comes with its own slicing software called FlashPrint. This seems to work quite well, slicing all the models I threw at it and sending them to the printer. However, I was curious if it was possible to use the printer with the Ultimaker Cura slicer, which has some more advanced features and is supported more widely by the community.
I did a load of research and found some interesting topics on reddit and Ultimaker forum, I also examined the .gx files produced by FlashPrint and thoes sent to the printer by PolarCloud. I’ve gathered all this together into a this guide for using Cura, but it stands on the shoulders of a whole bunch of other people in the community, so thanks to those people you really helped me figure all this out.
Disclaimer
Every model I have printed in this way has worked well and I am very pleased. However, follow this guide at your own risk – If something bad happens to your printer, on your own head be it.
Observations
FlashPrint and the printer appear to use a custom file format for printing – .gx. This is identical to the .g file used by other printers but with some additional metadata at the top. I suspect this is the image of the model that’s shown while printing, as well as the print time estimation.
The printer is perfectly happy to print .gcode files, provided the file extension is changed to .g first. While printing a .g file the time estimation on the printer screen does not count down the remaining time, it counts up the elapsed time. Also instead of a small image of the model being shown, a generic icon is displayed.
The printer is perfectly happy to print .gcode files, provided the file extension is changed to .g first. While printing a .g file the time estimation on the printer screen does not count down the remaining time, it counts up the elapsed time. Also instead of a small image of the model being shown, a generic icon is displayed.
Getting Cura
Firstly, you need to install the latest version of Cura from the Ulimaker website.
Adding a custom printer
- In Cura select Settings > Printer > Add Printer
- Select “Custom FFF Printer” and change the name to something meaningful
- On the machine settings, change the Height, Width and Depth to all be 150mm. Then tick the “Origin at Center” and “Heated Bed” settings.
- In the Start G-Code box, remove the text that is currently there and enter the following:
- In the End G-Code box, remove the text that is currently there and enter the following:
- On the “Extruder 1” tab set the “Compatible material diameter” to 1.75mm
- Click “Next” to save your custom printer. You can now use Cura to slice your model as with any other printer.
Use The Sliced Model
Now that you’ve got your model into Cura and sliced with with your settings of choice, you need to get that onto the printer. To do that you have four options…
USB Stick
You can save the .gcode file from Cura onto a memory stick, move it to the USB port on the front of the printer and select the file from the build menu.
However, you must manually change the file extension from .gcode to .g or the printer will not see it. Unfortunately there’s no way to convince Cura to save it with the right extension – you’ll just end up with a .g.gcode file if you try.
With Adventurer Client
I recently released a little tool that allows you to quickly send files to the printer by dragging them into the app (no need to rename them as with FlashPrint). I’m still building it out with more functionality, but is available here now for both Windows and macOS.
With FlashPrint
If you rename the exported .gcode file to .g, you can simply open it with FlashPrint. This will allow you to print the file over the network. As this is an already sliced file, FlashPrint will not re-slice it – it will just send it to the printer.
[Advanced Users] With AdventurerClientDotNet
Cura Slicing Software For 3d Printers
I wanted to know how files actually got transferred to the printer, so I spent some time sniffing the network traffic between FlashPrint and the printer. Then with the help of this command reference and DarkDiamondV’s comments on this thread I wrote a little library using C# and .NET core.
I’ve uploaded the source to GitHub here – its still a work in progress, it supports reading some information off the printer and transferring .gcode (no rename required) files from Cura.
A self contained build for Windows can be found on the releases tab – Simply run the .exe file and follow the prompts.
Using this method is obviously very experimental, so is probably best used only if you’re comfortable with digging into things when they don’t go to plan. I wrote it more as a interesting challenge as much as anything. Obviously, use this at your own risk :).
Video
You can also follow this guide as a video, below.
Wrap Up
I’ve tested all of the above with the Monoprice Voxel, which should be the same as a FlashForge Adventurer 3, and possibly other FlashForge products, but as I do not have access to them right now, I’m not able to say with certainly.
If you do try this, and it works (or not) on your device, I’d love to hear your feedback or anything you learned along the way – leave a comment or tweet me.
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!
Download, Installation, and Removal Instructions
Find links and instructions based on your operating system in the tutorials below.
Current Version: 3.6.22 [Release Notes]
Cura LulzBot Edition v3.6.22 Notes:
The Windows and MacOS versions of Cura LE 3.6.21 have not been tested and should be considered experimental. The current stable version of Cura LE for Windows is v3.6.22 and Mac OS is v3.6.20. LulzBot Bio users will need to use version 3.6.22.
Cura LE v3.6.20 Users: The following profile updates are included in 3.6.22, and can be manually imported into Cura LE.
Note: MacOS versions of Cura LulzBot Edition do not include support for the M175 Tool Head. An update is currently in development, please watch for notification of availability.
Note: MacOS versions of Cura LulzBot Edition do not include support for the M175 Tool Head. An update is currently in development, please watch for notification of availability.
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Instructions
- Download the profiles above
- Open Cura LE
- Select LulzBot Workhorse HE or LulzBot TAZ Pro Dual Extruder as the active printer
- On the right-hand side of the Cura LE window in the Profile section, press the drop down arrow, and select Manage Profiles
- Press the Import button
- Select one of the profiles downloaded earlier and press the Open button
- The profile will now be available in the Profile drop down list
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.
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 Slicing Software Tutorial
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.
Minimum System Requirements
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
Fedora 23 or newer
Ubuntu 15.10 or newer
Windows 7 or newer
Mac OSX 10.7 or newer
Cura Slicing Software Download
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
Suggested: OpenGL v4 or higher
for full functionality
Intel Core 2 or AMD Athlon 64 or newer
1 GB of RAM or more
Cura Source
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End User License Agreements (EULA)
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).
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Copyright © 2017, 2018, 2019 FAME 3D - Released under terms of the LGPLv3 License.
Ultimaker Cura 4.5
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. Expandrive 5 1 8 download free. 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.
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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/.