![]() Select “Advanced Mode” and Click “Print file." After clicking “Print file,” select the saved G-code document you would like to print, then follow the on-screen instructions and wait for the printer to load the file! Then, go to settings in the New Matter window. Once the G-code file saves from Cura on your computer: Open New Matter Printer Utility. STL or 3D design files into the Cura window and begin to work on them! After you are done with your file design, you can save the file as a G-code and print it using the New Matter Software on your desktop computer via the Wi-Fi or wired connection. Once you configure your MOD-t printer and Cura, you will be able to begin printing and designing with Cura. Download the text from this site into a text or.Once you have selected and opened the profile, you are ready to start! (The default name is “MOD-t_NM Cura Profile 151020. Once the profile has been saved to your desktop, you will be able to open it by selecting “Open profile” and selecting “Mod T profile” from your computer hard drive. Then, you must go to File, “open profile,” and select the “Cura profile.” You can download the Cura profile from the link listed below and saved to your desktop. Next, click “finish” and now you have completed the first main step of matching the Cura Software Printing bed to the mod-T print bed size. Instructions for doing this simply are also below. This version works best with the MOD-t and newer versions will not work as smoothly. DO NOT update the software after downloading it. In order to use the Cura Software on your computer and get it to work with the MOD-t, students can simply download version 15.04.6 of Cura software from June 7, 2016. The way students or makers can continue using a MOD-t printer involves downloading a special software called Cura. STL or 3D design files and print on the MOD-t with Cura. By providing the custom information of your 3D printer, printing will become possible.ĥ. Within your downloaded Cura software, you can connect your printer.Ĥ. Version 15.04.6 of Cura is slightly older, but this version works best with the MOD-t.ģ. Do not update the Cura software once it has been downloaded.Ģ. Unfortunately, the MOD-t 3D printer is no longer made but, with Cura, it’s possible to keep using it.ġ. We recommend the LulzBot 3D printers, MakerBot 3D printers, Glowforge 3D laser printers, and also some other alternatives for the classroom or makerspace curriculum. The steps laid out in this blog post-while previously accurate-are no longer viable. If later versions of Cura could “rescue” a semi-bricked printer such as mine I think other users would be saved a lot of pain - just an idea.The MOD-t 3D printer is no longer manufactured and its parent company, New Matter, no longer offers support for troubleshooting, hardware, or software issues. I now need to check if everything is OK again. I have to confess I didn’t make the modification to the TWI_vect interrupt routine (mentioned in the github download “To build with the Arduino IDE”) as my next step was to start Cura (v3.4.1) with the printer’s USB cable still in the PC and get Cura to do a firmware update - I’m hoping this latter step would reflash with a 100% correct image (including the I2C driver change - I’d be grateful if you could confirm this is the case. After a while the printer rebooted and came back to life (many thanks). What worked was to download the Arduino source sketch from your link (I actually removed the last “Extended” from that path and found what I’m presuming is the source for the “standard” (not extended) machine, I hope that was an OK version to use) into Arduino IDE v1.8.7, selected the 2560 board type and then compile/verify in the IDE followed by upload. Avedude (actually I used AvrDudess in “Wiring” interface mode) seemed to try to program the 2560 but kept timing out. Now have a machine which appears to be alive again at least. If not, you can download the source of the UM2Extended+ here and open that in Arduino and flash it to the Arduino Mega 2560 that is hidden in the printer:Īhoeben, thanks very much indeed for the help. hex file straight from the Arduino IDE, but if you have ever used avrdude, you should be able to figure it out. hex file is included in the Cura download (C:\Program Files\Ultimaker Cura 3.4\resources\firmware\MarlinUltimaker2extended-plus.hex). ![]() Fortunately there are other tools that are less stubborn (and - truth be told - yours is a somewhat exceptional situation normally firmware updates are fairly safe). It is sort of a chicken/egg situation you have to fix the firmware in order to make it behave like a printer again, but you cannot fix the firmware because it is not behaving like a printer. Your printer as apparently not responding as a printer would, so Cura thinks it is just another type of serial device instead of a printer.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |