@Digibike ja, seit dem Update habe ich keine Probleme mehr mit der stabilität der Software. Hier meine Email inkl. den Lösungen vom Simplify3D Support.
Hier die Lösungen für meine Probleme die ich bis jetzt hatte.
Hello Everyone,
I'm working a few weeks with simplify3d and it had a lot of great features.
But I faced some problems.
1. modify the startup sequence to simultaneous heat up the extruder and the bed.
I used the following start G-Code in Slic3r to solve my problem. But within Simplify3d I found no solution for it.
M140 S[first_layer_bed_temperature] ;set bed temperature
M104 S[first_layer_temperature] ;set extruder temperature
M109 S[first_layer_temperature] ;wait for extruder temperature
M190 S[first_layer_bed_temperature] ;wait for bed temperature
Solution:
You can use this same process in the Simplify3D Software, although the replacement variables are slightly different. For example, your script in Simplify3D may look like
M140 S[bed#_temperature]
M104 S[extruder0_temperature]
M109 S[extruder0_temperature]
M190 S[bed#_temperature]
Please note that you will need to check your process settings to see what Temperature Identifier you are using for the heated bed. Click "Edit Process Settings" and then select the Temperature tab. Choose your heated bed temperature controller on the left hand side. You will need to replace the '#' sign with the Temperature Identifier number. For example, if your bed has a Temperature Identifier of T2, then you would use "M140 S[bed2_temperature].
2. Is it possible to adjust the flowrate for the different lines.
Example: Flow rate outlines 100% and Flowrate Infill 120%
Solution:
There are quite a few different adjustments that can be made to the infill printing, but we do not currently allow explicitly modifying the flowrate for that region by itself.
3. The RF1000 has a printbed size of X245 Y240 Z200 The default Homing Position is around 20mm in front of the bed. How can I adjust it in Simplify3d that the printer not start the object in the air in front of the bed?
Solution:
Make sure that the option to "Update machine definition using settings below" is enabled so that the changes you make here will take affect.
Next, I would add the required G-Code offset to move the nozzle onto the build table. You may need about 20mm of motion in the Y-axis for the nozzle to be on top of the ceramic plate. If this is the case, change the G-Code Offsets to be (0, 20, 0).
This way all of the printing coordinates will be shifted by 20mm which will make sure the nozzle is printing on your ceramic plate.
4. finally I encountered a strange Problem during the slicing process. Enclosed the factory file. The Object look like a 1/4 ball can't be sliced with the settings. (the application crashed every time). But the other Object in the file could be sliced with the same config without a problem.
The 1/4 ball could be sliced in slic3r without problems.
Solution:
I tested your factory file, but I was able to successfully slice both models without any issues or crashes. Is it possible that you are using an older version of the software? The current release is version 2.1.1.
