Tapping threads - DMLS parts
J
Hey everyone,
I’m working on a DMLS project and need to tap M10 threads into the part. Can anyone recommend the best/most cost-efficient design strategies for this? Here are my considerations:
- Creating an 8.5 mm diameter vertical hole and relying on the precision of DMLS.
- Creating a smaller hole (e.g., 6 mm), letting it be printed, and then drilling it out to 8.5 mm for more precision.
- Not designing a hole at all and having it CNC drilled to 8.5 mm after the part is ready.
Any experiences or advice would be greatly appreciated!
Suggested Topics
Topic
Replies
Views
Activity
Ejector pin placement near snap-fit
I’m working on a small injection-molded housing for an automotive sensor, using PA6 GF30. There are two snap-fit arms inside (cantilever type), about 2 mm-thick walls. I’m not sure where to place the ejector... read more
2
12
Jul 17
Adding countersinks to formed stainless sheet metal
Hello, I'm working on a sheet metal enclosure (as in the image) that requires flush mounting for M6 countersunk screws. I need to add a countersink on a few holes, but the part is... read more
2
80
Jul 03
Fastener size choice for a through-hole in 4 mm anodized aluminum plate
Hi! Designing a lightweight enclosure for a small UAV component, using 4 mm thick anodized aluminum sheets. For the assembly, I need to fasten this plate to a 3D-printed ABS bracket underneath, which acts as... read more
3
143
Jun 30
Cracking at snap-fit hook base in SLS PA12
Hello everyone, I'm using SLS 3D printing (PA12, 0.12 mm layer height) to create a snap-fit enclosure for a handheld sensor device. The enclosure has three internal hooks that flex about 1.5 mm during... read more
2
212
Jun 24
Choosing sheet metal thickness for a lightweight bracket
Hey, working on a small mounting bracket for a consumer electronics housing, cut and bent from stainless steel sheet (304 or 316). The part needs to stay under 200g, but it also has to... read more
2
212
Jun 24