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--- content:printing_setting [2020/08/28 15:49]
peter
+++ content:printing_setting [2020/09/21 13:45] (current)
@@ Line 1: / Line 1: @@
-=====Set XY Zoffset For Dual Nozzles=====
+=====Download Stl File & Print Out File=====
-When the new nozzle is replaced and the belt tension of the X is readjusted, the XY offset of the nozzle will change and the XY offset needs to be readjusted. The specific methods are as follows:\\
+====1.Download STL File====
+Go through [[http://https://www.thingiverse.com/|thingiverse]] for free stl file download.\\
-====Method 1====
+{{:print_your_first_sliced_model:pasted:20200828-012411.png}}\\
-===X Coarse tune===
+Search the file you are like and download it.
-Loading two-color filament in the left and right nozzle which is easy to observe.\\
-Print the two-color test file in the TF card, the file name is **NozzleCoarseTune.gcode.**\\
+{{:print_your_first_sliced_model:pasted:20200828-012442.png}}
+====2.Load file into Wiibuilder====
+{{:print_your_first_sliced_model:pasted:20200828-012634.png}}
+====3.Set slicing parameters====
-Printer interface selection:\\
+Click Edit, click Material to select the right nozzle, and select a benefit color to simulate the color effect of the model.\\
-The 351 parameters are selected by default for printing.\\
+{{:print_your_first_sliced_model:pasted:20200828-012735.png}}\\
-{{:content:pasted:20200828-001615.png}}
+Select the slice settings. Sets the Profile, to select the material type.\\
-At the end of the print, observe the 5 test blocks and select the one with the smallest X deviation as shown in the following figure: select 3\\
+For example Profile: High Quality; Material: PLA; Layer Height:0.15mm; Printing Speed:55; infill:10% ;Temp:200\\
-{{:content:pasted:20200828-001817.png}}
+{{:print_your_first_sliced_model:pasted:20200828-013004.png}}\\
-====XY fine-tuning====
+Slice it and save to TF card, you can see the printing time and filament used for this model\\
-===X Zoffset Set===
+{{:print_your_first_sliced_model:pasted:20200828-013110.png}}\\
-Print the two-color test file in the TF card, the file name is **NozzleFintTune.gcode**.
+====4. Insert TF card to Machine and select the Gcode file printing====
-Look at 10 of the printed models that test the horizontal and vertical directions of two colors.\\
+{{:print_your_first_sliced_model:pasted:20200828-013205.png}}\\
-**Horizontal direction**: from top to bottom, select the test block with the closest overlap of the two colors in the left and right directions.\\
+{{:print_your_first_sliced_model:pasted:20200828-013225.png}}\\
-{{:content:pasted:20200828-002112.png}}\\
+You can preview information of the printing file before printing.
-{{:content:pasted:20200828-002309.png}}\\
+{{:print_your_first_sliced_model:pasted:20200828-013244.png}}\\
-===Y Zoffset Set===
+**Select Print**\\
+{{:print_your_first_sliced_model:pasted:20200828-013416.png}}
-**Vertical direction (front and rear direction)**: from the top down, select the test block with the closest overlap of the two colors in the front and rear direction.\\
-{{:content:pasted:20200828-003136.png}}\\
-**Select 2 test block and switch 5 (0) to 2 (- 0.3)**\\
-The firmware parameters are set as follows: X 351; Y:-0.3\\
-{{:content:pasted:20200828-003315.png}}
-====Method 2====
-Print a two-color test block for confirmation:\\
-Print the test file dualtest2.gcode, in the TF card to print.\\
-The print model is as follows:\\
-{{:content:pasted:20200828-003448.png}}
-With the red part as the benchmark, the position difference between the green part and the red part can be measured, and the parameters can be adjusted to move the green part left and right, back and forth close to the red part.\\
-**When the X value (351) minus, the green part moves to the right.**\\
-**When the Y value (- 0.3) minus, the green part moves backward.**\\

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