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Evgeny M13.03.2024 at 15:27Nikolaus Mroncz
Good point, thank you!
0in reply to: Thread Cutting in 3D PrintingEvgeny M11.03.2024 at 13:00Thank you for the question! Actually, we have quite an extensive article on that topic, here’s the link.
In a nutshell, anodising offers excellent durability, enhanced corrosion resistance, and integrates with the aluminum for long-term resilience, particularly useful in harsh environments. Powder coating provides a wide color range, effective scratch and impact resistance, and is cost-effective for large-scale applications, making it suitable for aesthetic-focused end parts. Deciding factors include aesthetics, environmental conditions, and functional requirements.
Hope, it’s helpful!
0in reply to: Anodising vs. powder coatingEvgeny M07.03.2024 at 16:13Here’re a few possible approaches for you to consider:
1. Design Threads into the Part: Directly design threads into your part using CAD software. This method requires precise control over thread dimensions and printer settings to ensure the threads print correctly. It won’t work with all 3D printing processes, though.
2. Tap the Threads After Printing: Print the part with pre-designed holes and then use a tap to manually create the threads. This method is reliable for creating strong, precise threads and is suitable for larger threads.
3. Inserts: Print your part with slightly undersized holes, and then insert helical coil inserts or metal threaded inserts into them. This method enhances the strength and durability of the threads and is ideal for parts that will undergo frequent assembly and disassembly. The latter is probably the most reliable option.
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This reply was modified 1 year, 1 month ago by
Evgeny M.
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This reply was modified 1 year, 1 month ago by
Evgeny M.
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