3D printed vs injection molded snap-fits durability
T
Hi everyone, I want to use snap-fit joints for a 3D-printed enclosure that will be opened relatively frequently for battery replacement. I will be using ABS or PETG as I have read that they hold up well to cyclic loading. Can anyone provide insight into how 3D-printed snap joints compare to injection-molded ones, or should I explore alternative methods?
Suggested Topics
Topic
Replies
Views
Activity
Printed aluminum parts in pressure applications
Hi! Questioning about prototyping a hydraulic valve housing (normally CNC’d in 6061) - considering aluminum 3D printing instead, mainly to speed up design iterations. The part would see ~150 bar during bench tests, with... read more
0
83
Sep 29
High-temperature chemical pump housing in PEEK, tips on avoiding warpage?
Hi everyone, I'm working on a small pump housing for a chemical metering application. The part will be injection molded in PEEK, exposed to roughly 180 °C fluid and aggressive solvents. It's a compact... read more
4
191
Sep 30
Issues with polyurethane bonded rollers under load
Hi! Currently working on a small batch of U-groove guide rollers for a linear transfer system, and I'm using a soft polyurethane tread (around 85A Shore) bonded to aluminum hubs. The supplier estimates each... read more
4
688
Aug 19
Best fixture setup for milling and drilling mid-size batches of aluminum brackets?
Hi, I've got a batch of aluminum brackets that need to be drilled and milled on all sides with high repeatability. Has anyone designed a modular fixture system for parts like this to reduce... read more
9
1.0k
Aug 22
Vacuum casting for snap-fits
I’m planning to use vacuum casting to produce about 50 housing units with integrated snap-fit features for an electronics prototype. The parts need to survive multiple assembly/disassembly cycles during testing. I’ve seen mixed opinions... read more
9
1.1k
Aug 11