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I installed the following firmware https://github.com/iGEM2016-LMU-TUM/UM2.1-Firmware/tree/bioink on my UM2+extended.

It is a modified version of the Marlin/Sprinter-firmware for using a second stepper-motor, as well as disabling the nozzle- and buildplate heating, for my intention is to use a syringe for printing.

After installing I tested the new setup with a simple pattern: the printer starts printing without any problem, but doesnt start the second stepper-motor and freezes after finishing the printjob.

Next tests: the problems switch between error 06 (z-axis switch is broken) and error07 (x- and y- axis are broken).

did anyone expirience a similar problem?

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Hmm. I'm not familiar with that branch. Most recent edit is about a year ago.

You should probably start with a version of tinkerMarlin instead. There are dual extruder versions and changing Configuration.h to disable heaters is easy. Or you can just use a single gcode to allow cold extrudes. It has more recent activity and the author is on this forum: @Tinkergnome

https://github.com/TinkerGnome/Ultimaker2Marlin

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Here are my instructions for building tinker Marlin:

How to build ultimaker2 marlin on windows

Get the source code from github and put somewhere on your hard drive. I'm not going to give you a tutorial on github - there's a lot to github features alone - you can simply download the zip but if you plan to edit it's best to install git and clone the project. If you want to submit bug fixes you absolutely have to create your own github account and create a fork, make changes, test changes, push changes to github and then send a pull request.

Ultimaker's source is here:

https://github.com/Ultimaker/Ultimaker2Marlin

Ultimaker2 plus is here:

https://github.com/Ultimaker/UM2.1-Firmware

tinkermarlin - a variant which is better is here:

https://github.com/TinkerGnome/Ultimaker2Marlin

First know that the IDE is code::blocks. We need SDL 1.2 and arduino IDE and mingW compiler. Start with mingw compiler:

Install arduino compiler from here - version 1.6.10 works but newer versions should be fine - put it into a path with no spaces (not program files which has a space):

https://www.arduino.cc/en/main/software

mingw gcc get here:

https://sourceforge.net/projects/mingw/files/

Near the top is a setup.exe file. After it installs it launches the installation manager - at this point nothing useful is installed.

Next mark packages mingw32-base and mingw32-gcc-g++ (c++ compiler) to be installed and then menu item "installation" "update catalogue". Wait for this to finish.

sdl get here:

https://www.libsdl.org/download-1.2.php then get the win32 version near the bottom mingw32 version of sdl - this gets us SDL.h and sdl.dll

from the gzip file copy the bin\sdl.dll file into c:\mingw\bin\

and lib\* to c:\mingw\lib\*

and \include\SDL folder to c:\mingw\include\ such that there are many .h files named SDL*.h in c:\mingw\include\SDL\

optionally copy SDL.dll to c:\windows so it can be found more easily. If there is already an SDL.dll there don't overwrite it - yikes.

codeblocks - you only need codeblocks if you want to create a simulation but you should definitely do this - it allows you to break on a line of code and test so many things! But if you write perfect code everytime then skip codeblocks.

http://codeblocks.org

I recommend installing this last or at least after mingw or restart it after installing mingw. After codeblocks is installed

After launching codeblocks I think it asked me for a project file what was in the source tree here:

.....\MarlinSimulator\UltiLCD2_Sim.cbp

In code::blocks menu click "build" "build". You should get no errors in bottom "build messages" window.

Click menu "debug" "start/continue" and it should pop up the simulator and boot. Simulator shows screen and position of x,y,z axis graphically and more. Before starting your program you can add a breakpoint in codeblocks on a particular line of code - right click on the number to the left of your

line of code and add a breakpoint. Then click the play button called "debug" (versus the play button titled "run"). When the simulator

gets to that line it wall pause and you can examine variables (right click and add to watch).

building the hex files: you need to launch the mingw64 shell - it looks like a dos window but better. I don't know how to launch that but it came for free with my installation of git gui (from the git website).

You build like this - get to the marlin folder and do:

./package.sh

But it will fail the first time. You need to set a few things up. edit this package.sh file and add this line below the other arduino_path definitions:

ARDUINO_PATH=c:/Arduino

(or change to wherever you installed arduino ide - again - no spaces in path allowed!). You should probably double check that this file is in this exact path:

c:/arduino/hardware/tools/avr/bin/avr-gcc.exe

If not, then you probably need to modify AVR_TOOLS_PATH in marlin/Makefile. I didn't have to modify that.

You don't have to do anything with ARDUINO_VERSION unless you are using a version before 1.0.0 in which case you should probably get a newer arduino ide anyway.

Also I had to redefine MAKE by adding the following line in package.sh - this is where mingw32 installed for me (/c/ is the equivalent of c:\)

MAKE=/c/MinGW/bin/mingw32-make

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