Question Can I use jlcpcb resin printing for ashida

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Oct 6, 2024
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I just recently submitted the ashida files to Jlcpcb to resin print but they said some parts are thinner than 0.8mm.
I don’t know whether to go with the risk or not can someone help please thankyou!
 
You can take the risk. Many people here have had the Ashida shell printed by JLC and PCBWay in spite of the thin walls without major issue. You might find that your shell is a little bit warped from getting warm during shipping, but it's quite rare for it to be significant enough to prevent assembly.

Just be sure to be careful when putting the screws in. You only get one chance to (carefully) cut the threads, and if the screw is too large it'll shatter the screwpost. I also recommend assembling the Ashida on something soft like a towel or a clean silicone mat so that you don't scuff the case on your table.
 
You can take the risk. Many people here have had the Ashida shell printed by JLC and PCBWay in spite of the thin walls without major issue. You might find that your shell is a little bit warped from getting warm during shipping, but it's quite rare for it to be significant enough to prevent assembly.

Just be sure to be careful when putting the screws in. You only get one chance to (carefully) cut the threads, and if the screw is too large it'll shatter the screwpost. I also recommend assembling the Ashida on something soft like a towel or a clean silicone mat so that you don't scuff the case on your table.
Sorry I am a bit confused what you mean by threads but thankyou so much for helping me
 
Sorry I am a bit confused what you mean by threads but thankyou so much for helping me

means the "grooves" inside the screwposts where the screw can grab on when you screw it. Those are called "threads" and they're not part of the print itself, they're created the first time you screw on them, with the screw carving a path into the post. You have to be very careful during this step. Once the thread is cut, you just have to be careful to always make sure the screw follows that thread and doesn't try to carve a new one (what's know as cross-threading).
 
means the "grooves" inside the screwposts where the screw can grab on when you screw it. Those are called "threads" and they're not part of the print itself, they're created the first time you screw on them, with the screw carving a path into the post. You have to be very careful during this step. Once the thread is cut, you just have to be careful to always make sure the screw follows that thread and doesn't try to carve a new one (what's know as cross-threading).
Thankyou so much for helping me really appreciate it
 
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