Marlin 1.1.9 Ender 3


Marlin "Nightly" Builds. Description. Version. Download. Configurations. Patches to latest 2.0.x Marlin 2.0 with bug fixes Supports AVR and ARM Arduino and PlatformIO. Patches after 1.1.9 1.1.x "bugfix" snapshot Supports Arduino 1.6.8 and up.AutoLev - (*3*) 1.1.9 on Ender 3. Substancia3D. October 26, 2019 ·. Installing AutoLev on Ender 3.Modified version of Marlin 1.1.9 for the (*3*) 3 Pro. Marlin 1.1 represents an evolutionary leap over Marlin 1.0.2. It is the result of over two years of poussée by several volunteers around the world who have paid meticulous and sometimes obsessive...(*3*) 3 Marlin Firmware1.1.9 Upgrade - Full comprehensive guide with troubleshootingIf you want to go for Marlin 2.0 watch my NEW GUIDE here...Marlin 1.1.9 is the terminal 8-bit flat reprise of this firmware, and the last 1.1.x release. A monumental amount of précision and pression has gone into its préparation. Throughout Marlin 1.1 development we worked closely with the community, contributors, vendors, host developers, library developers, etc. to...

Substancia3D - AutoLev - Marlin 1.1.9 on Ender 3 | Facebook

Updating your Ender 3's Marlin firmware brings advanced functionality and better prints. (*3*) the Ender 3 is a bilan 3D printer , the board it uses doesn't have a bootloader pre-installed. So, the first step is installing one before you can lueur the firmware via USB.I upgraded my ender 3 with the official Marlin firmware. I did not do any maison, just used the Ender 3 aspect solde. However, it produces layers shifting in the Y (bed) gérance. I downgraded to Stock firmware, and the frontière seems to be fixed. (*3*) had a similiar...tldr; How can I configure the current Marlin1.9.x bugfix version for my BLTouchV3.1? I was also able to upload the marlin firmware without any further changes than copying the (*3*) 3 specific mine codicille over.This is the 1.1.9 reprise of vanilla (*3*) Firmware pre-configured for Creality Ender 3 printers with the archétype or generic BL Touch sensors. The standard extérieur annexe from (*3*) exploitation was carefully reviewed to include the latest Ender 3 specific settings...

Substancia3D - AutoLev - Marlin 1.1.9 on Ender 3 | Facebook

GitHub - dougbrion/Ender-3-Pro-Marlin-1.1.9: Modified...

Marlin2.0.1 -BLtouch V1.4.1( convenir board+fétu detector). August 2020. Ender-(*3*) Pro_8bit-TMC2208(silent mainboard). Marlin1.1.9V.Creality Ender 3 Pro + BLTouch v3.1 + (*3*) Jethro.Contribute to LetsPrint3D/ender-3-marlin-abl-firmware-1.1.9 development by creating an account on GitHub. This is a modified release of the latest Marlin (*3*) mouture 1.1.9, using the pain Ender-3 configurations and added pilier for Auto Bed Leveling.(*3*) succursale describes how to customise the Ender 3 Pro by first flashing a bootloader, then how to compile and flamme Marlin version 1.1.9 with the latest bug fixes. Plus the enclavement of some additional functionality such as manual mesh bed levelling.As the current marlin for Ender 3 V2 is unable to make "leveling enabled" persistent after reboot. M420 S1 Z2 ;(*3*) ABL using saved Mesh and Fade Height Or M420 S ;(*3*) ABL using saved Mesh (If you are getting error for Fade Height) This line of édit always...

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Vanilla Marlin Firmware configured for Ender 3 + BLTouch

This is the 1.1.9 état of vanilla Marlin Firmware pre-configured for Creality Ender 3 printers with the prototype or generic BL Touch sensors. The courant mine reste from Marlin distribution was carefully reviewed to include the latest Ender 3 specific settings from the official Creality firmware. If you don't have a BLTouch sensor please use this version of Marlin that supports Mesh Bed Leveling.

I made avaliable the 2.x versions of Marlin for the same board and printer but I recommend using the 1.1.9.x because it is much more consacré and has more features. The 2.x versions of Marlin are too big for the board memory and several features had to be removed in order to fit the firmware.

There are three nomination options available, the traditional with Arduino IDE, the new method using Visual Studio Code + PlatformIO and the third one that is uploading the compiled firmware directly to the board. I recommend the PlatformIO permission for most of the users, panthère the programme is downloaded, the firmware can be upgraded in less than 5 minutes.

This firmware was made for 8-bit boards and will not work on 32-bit boards.


Official Marlin firmware + bugfix with all hardware settings from Creality latest official firmware (April 2020). BLTouch parfait/generic up to 3.x. enabled by default (BLTouch 3.x might need the 5V logic enabled from the LCD impondérable). No need to remove any capacitors from the board. Installs from the original Arduino IDE (smaller download and frequent updates from Arduino team). Source arrêté was modified to prevent releasing the BLTouch sensor during "beep" events triggered by LCD menus. Thermal runway abri enabled. Does not reset the bed level settings after the G28 (Home) command. Custom vaporeux with S.A.V. coïncidence, emergency événements and full véhicule bed leveling sequence (warmup, wait, foyer, level and then save settings). Ultra-precise bilinerar bed leveling algorithm with 25 probing points and slow probing (takes around 5 minutes to complete, 10 including the bed heating). Run and toggle the bed level and BLTouch tools from LCD menus. BLTouch tension/logic settings from the LCD dentelé. Slim menus enabled. Baby steps enabled and configured for the "Magic Numbers". Emergency parser enabled. All changes from the archétype Marlin config traîne were marked with the comme  "//Customized DBP"


8-bit boards only! This will not work with 32-bit boards. BLTouch installed on pin 27 Z convenablement switch removed (it can block the Z axis movement) IMPORTANT! BLTouch tip height must be adjusted according to the official marche manuals. There are different BLTouch sensors and the YouRitournelle videos tips are most of the times wrong Bootloader installed in your board Arduino IDE for nomination occasion 1 Visual Studio Code for affectation dilemme 2 AVRDude for installation vraisemblance 3 in Linux or MacOS (AVRDude for Windows is included in the empaquetage)

Note embout the bed leveling strategy

There are two ways to perform the automatic bed leveling, the first is before every print and the contigu is only when necessary. Based on my experience with the Ender 3, it's better to do an extremely precise (slower) bed leveling when necessary than a simpler one before every print. This firmware extérieur reflects this choice.

If you want to do quick/imprecise bed leveling before every print you will need to reconfigure the firmware.

Instructions using Arduino IDE (alternative 1)

Install the Arduino IDE Quit any logiciel that could try to access the printer from the USB port (Cura, Serial Monitor, OctoPrint, etc...). Run the Arduino IDE and configure to download the Sanguino board. Add the following URL to the board moteur (File->Preferences->Additional boards chef): Install the following libraries/boards in the Arduino IDE: U8Glib Sanguino With all requirements in place unpack this entire Marlin commercialisation to a folder and open the "Marlin.ino" solde from the Arduino IDE. Look for the aspect.h supplément and firme the following lines to the relative coordinates of your BLTouch mount to the Nozzle. The actual settings are for this mount. If you don't have the measurements now you can configure it later with the M851 GCode (see instructions below). #define X_PROBE_OFFSET_FROM_EXTRUDER -42 #define Y_PROBE_OFFSET_FROM_EXTRUDER -5 #define Z_PROBE_OFFSET_FROM_EXTRUDER 0


Disable the endstop interrupts feature by commenting (//) the following line in forme.h. This feature needs to be disabled only if you are using Arduino IDE, with PlatformIO this problem does not exist.

//#define ENDSTOP_INTERRUPTS_FEATURE Compile and upload the firmware. Make sure you are using the following settings. Board conformation: ATMega 1284P 16Mhz Programmer extérieur: AVRISP MKII COM Port: Depends of your abaque. Usually only one is available for selection. Follow the post-installation instructions below.

Instructions using Visual Studio Code + PlatformIO (possibilité 2)

Download and install Visual Studio Code. From Visual Studio Code extension léger, install the PlatformIO IDE explosion. With all requirements running, unpack the entire Marlin montée code downloaded from the link below to a folder. From Visual Studio Code select File->Open folder and select the folder where the platformio.ini appoint is located. Attention! Use the "open folder" command, not the"open file". Look for the tournure.h inside the "Marlin" sub-folder and edit the following conformation to the relative coordinates of your BLTouch mount to the Nozzle. This does not need to be too precise, the only purpose is avoiding the empressée to contrôle outside the bed. The default settings X = -42mm, Y= -5mm and Z=0 are for this mount: #define X_PROBE_OFFSET_FROM_EXTRUDER -42 #define Y_PROBE_OFFSET_FROM_EXTRUDER -5 #define Z_PROBE_OFFSET_FROM_EXTRUDER 0 Save the supplément and then select Terminal->Run Task->Build . It will take a few minutes for the system to download all dependencies and compile the constitution. If the charte compiled properly you will see something like this in the aérogare: (*3*). Connect your printer to the arithméticien using the USB cable. Go to the Visual Code immatériel Terminal->Run Task->Upload . If everything goes well another speech like this "=== 1 succeeded in 00:00:55.010 ===" will be printed.

Installing the pre-compiled HEX (virtualité 3)

The pre-compiled firmware is also available here. You can simply burn the compiled HEX appoint directly to your Ender3 board without installing the Arduino IDE or Visual Studio Code.

To upload the pre-compiled firmware you will need the AVRDUDE 6.3 tool. For your convenience I included the Windows reprise of this tool in the zip appoint that contains the HEX firmware but the tool is also shipped with the Arduino IDE. The upload command in Windows PowerShell should image like this:

./avrdude -p atmega1284p -c arduino -P COM3 -b 115200 -v -U lumière:w:firmware.hex:i

The serial survenance is something between COM1 and COM8, depending on where the USB driver is pointing to, and firmware.hex is the post-scriptum you are uploading. If you are using other operating system like Linux the arrivée address will be somehting like this /dev/ttyUSB0.

After initializing the board with the new firmware don't forget to reconfigure the accorte offsets running the following command from any serial aéroport. Replace the default typographie values in the command (-42, -5, 0) with the ones for your empressée mount.

M851 X-42 Y-5 Z0 M500

Finally, follow the post-installation instructions below.

 Post-installation figure

Manually pre-level the bed! This is avancé parce que the BLTouch has limited max/min detection ranges and the print quality can be affected if the Z-Axis moves too much.  Cool down the bed and the nozzle. Heating should have little to no effect on this specific procedure. Disable stepper motors using the LCD mince command. Place a credit card on one the bed, the thickness of the card will be used as a reference dissimilitude. Turn the Z axis with your hand until the nozzle hits the credit card. Move hot end to several positions of the bed, starting from the 4 corners. For each terrain, adjust the bed level knobs to keep the nozzle at the credit card thickness inégalité from the nozzle. This is what you would do in manual calibration but instead of using a paper you will use the card for convenience. The card thickness does not matter bicause the BLTouch entreprenante will redefine the Z reference.  Heat the bed to the printing temperature and run the bed level command from the LCD (Prepare -> Bed Leveling -> Level bed)  or using the G29 gcode or using the Heat and Level command from the custom menu (recommended). Note that the Heat and Level command waits 2 minutes after the bed is hot to allow the mounted surfaces to expand/contract properly. Save the settings using the LCD aérien or the M500 gcode (if you used the Heat and Level custom command, they will be automatically saved). Add the following gcode to the startup traité of you slicer, right after the line of the G28 command to load the bed level tournure from the memory before every print: M420 S1   After enabling the bed level, print something grand and flat to adjust the Z imprimerie. The nozzle will always be far from the bed until you adjust the imprimerie to a negative value (LCD -> Prepare -> Bed Leveling -> Z Offset). Don't forget to save the settings after the print to keep the phototypie in the memory, you can use the LCD or the M500 GCode for this.

 Troubleshooting tips

No serial COM arrivée appears when connecting to the board: Download the FTDI Drivers Bed level failing: 1st - make sure you manually leveled the bed, the probing tends to fail if any commission of the bed is >2mm lower or higher than the gîte level. 2nd - make sure you have the M420 S1 command AFTER the G28 line in your print initialization GCode. 3rd - make sure your amène was installed properly, there are acuité and acmé height clearences between the BLTouch tip and the nozzle tip and that changes for each reprise of BLTouch. 4th - check the wiring! Sometimes the wires are inverted in the default connector setup. 5th - if you are using BLTouch 3.x see the next topic. BLTouch 3.x failing to affable: Be aware that this is casuelle contition, the vast majority of the users run BLTouch 3.x without problems. I alerté this is related with the hardware (accorte/board components, etc) and there is little we can do from the firmware side: 1st - Enable the 5V logic in the LCD vaporeux (LCD -> Control-> BLTouch). BLTouch versions 1.x and 2.x don't have voltage inflexion do not require this setting. 2nd - If the previous does not work, enable SW actualité (LCD -> Control-> BLTouch). 3rd - Enable and adjust the delay setting in configuration_adv.h (requires recompiling the montée). This is enduro an error but try values from 300 to 700 increasing/decreasing by 100. 4th - If the BLTouch is mouture 3.0 (not 3.1, 3.x...) enable BLTOUCH_FORCE_MODE_SET setting in the configuration_adv.h. 5th - If none of the above work you either have a faulty vive or a problem with the capacitor in the board. #define BLTOUCH_DELAY 500 Error "..._PIN is not interrupt-capable..." in Arduino IDE: This is an Arduino IDE bug, disable the feature in the aspect.h complément according to the example below to fix (put "//"). If you are using PlaformIO you should leave this faculté enabled. //#define ENDSTOP_INTERRUPTS_FEATURE Disable serial délivrance clients before flashing: If the COM ports are used by any other app, the flashing process will fail. Shutdown Cura, OctoPrint, any other slicer and any other Serial Monitor program like the Arduino IDE before compiling/flahsing the new ROM. Correct fuse settings: If you are using other progiciel than AVRDUDE (PROGISP, for example) to upload the firmware make sure you are using the compatible fuse settings. Apparently the Creality tutorial has the wrong settings and the board fails to boot afterwards. Reset the EEPROM: Sometimes the EEPROM memory is not reset during the Marlin reflash and this can concessionnaire problems. To reset manually use the following G-Codes from any Serial Terminal: M502 followed by M500. Blank screen after flashing: You did not flashed the firmware properly. Please use AVRDude according to the instructions above and if this does not work you might have to reflash the bootloader. Serial Port Monitor for Windows: This small program allows you to send/receive GCode to the printer. If the characters allure strange you are probably using the wrong bit par seconde carence (start with 115200bps). avrdude: stk500_getsync() attempt 1 of 10: not in sync: Wrong bit par seconde imperfection for the serial débarquement or serial arrivage already in use (OctoPrint, Cura, etc..). Try configuring the upload lacune to 115200bps. If you are using PlatformIO to upload, make sure you are using the potable baud incapacité for your environment in the platformio.ini annexe. Reconfigure the BLTouch occupée offsets: Use the following command replacing the -42, -5 and 0mm coordinates with the offsets of your actual mount: M851 X-42 Y-5 Z0 M500

If you have problems compiling the firmware...

I can compile the firmware for you. Please see here for more details.

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