images for 3d printing
@@ -96,11 +96,11 @@ With this print I increased the raft. It helped a bit but at some point the prin
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### Testing the strength
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To test the strength I made a makeshift setup with a scale on a hook. Then I put the plastic test subject on the bar and pulled really hard until it broke. Then I could read the amount of kg needed to break it from the scale.
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I made 3 prints. One normal using normal settings. One with brick using `Bricklayers.py` and one using `bricklayersNonPlanarInfill.py` using the commands above.
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This is the end result. At the bottom are all the failed prints. At the top are the finished and tested prints. On the left there is the `bricklayers.py` print. The 2 in the middle have no modifications. The one on the right has the `bricklayersNonPlanarInfill.py` modification. The 2 on the left broke in the middle at the same point. Of the left one I got a measurement of 27,75kg. The one in the middle and right I didn't get the measurement because my phone couldn't record the screen of the scale. That's why im doing them again.
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| Which Print | Force down needed to break it |
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@@ -111,7 +111,7 @@ This is the end result. At the bottom are all the failed prints. At the top are
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I also noticed that the non planar infill broke at the same point twice. It could be because the print was getting unstable up there. Because the print failed a couple of times at that point when I was printing it without a solid platform.
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So if it was more stable during printing it may have been even stronger.
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@@ -151,18 +151,18 @@ Henk showed us how to ELEGOO Mars 3 worked. First we sliced the model in CHITUBO
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### Slicing
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For slicing we used CHITUBOX. It's a slicer that's supports the ELEGOO resin printers.
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It looks like this. I wanted to slice something so could also do it later on myself.
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First we need to import the file using the Open button at the top.
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Once you've imported the file you wanna make sure your part is not touching the plate. 
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Once you've imported the file you wanna make sure your part is not touching the plate. 
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Because if you are printing direct to the plate it will be very hard to remove later on according to Henk.
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Because we don't want to touch the build plate we are going to need supports.
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To add supports we need to press this button to go to the support screen.
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After entering the screen we can press auto support to automatically generate supports.
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Once we pressed that we can go back to the other tab and press slice to slice it all to a file.
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Then we can put it on a USB stick and start preparing the machine
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### Preparing the printer
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docs/Assignments/week_5_3dprinting_and_scanning/IMG_8421.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/IMG_8462.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/image-10.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/image-11.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/image-12.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/image-13.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/image-14.jpg
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docs/Assignments/week_5_3dprinting_and_scanning/image-15.jpg
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