From the course: Additive Manufacturing: Troubleshoot 3D Prints
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Printer geometry-related problems
From the course: Additive Manufacturing: Troubleshoot 3D Prints
Printer geometry-related problems
- [Instructor] Some artifacts are a result of a particular printer geometry, or sometimes caused by uneven wear or a failure. We'll talk here about a few examples from both Cartesian and non-Cartesian printers. Because they are intrinsic to your printer, you may not reasonably be able to fix them, but you will at least save yourself alot effort, trying to fix the unfixable. - [Instructor 2] There are several different types of periodic errors that can cause regular deformations in the Z or vertical direction of a print. The net result looks something like this print, which was created a long time ago and printed on a very early machine. The differences between these types of errors are subtle, and can be difficult to tell apart, so we'll give you some typical causes here to eliminate. First you can make this type of error much worse by trying to fix it. Your printer may have a z-axis lead screw this free to move like…
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Contents
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Overview: Issues caused by printer hardware2m 51s
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Parts of a 3D printer3m 29s
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3D prints not sticking: Geometry and nozzle height5m
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3D prints not sticking: Surface and materials compatibility4m 49s
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3D prints not sticking: Temperature effects2m 22s
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Printer over- or under-extruding4m 34s
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Pimples, dimples, and stringing5m 52s
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Test parts, printing square, and backlash3m 43s
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Part dimensions incorrect4m 25s
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Printer geometry-related problems4m 22s
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Filament jams and heat creep4m 37s
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Clearing a nozzle clog without disassembly4m 57s
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Nozzle replacement issues3m 1s
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