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
Feasibility of using DMLS aluminum parts for pressure-test prototypes
I’m testing the idea of using DMLS Aluminum parts as pre-production prototypes for a high-pressure fluid system. These would be static housings only, not moving parts. Has anyone validated 3D-printed aluminum components under realistic... read more
0
103
Nov 24
Process for a low-volume stainless steel pump impeller
Hi all, I’m designing a stainless steel impeller for a small pump (diameter around 80 mm). Would you go for metal additive manufacturing or casting if you need tight tolerances on the blades and... read more
1
195
Nov 24
Minimum letter size for raised text on SLS nylon parts
I’m working on a medical device enclosure that needs raised lettering (product name and serial number) on the lid, printed in SLS nylon. The letters are around 2 mm high with a stroke width... read more
4
513
Oct 30
2 mm stainless sheet bend radius
I’d like some help with a project. I’m designing a stainless steel 304 enclosure with multiple 90° flanges (sheet thickness ~2 mm). For strength and edge alignment, I want the inside bend radius to... read more
4
404
Oct 24
Urethane casting for sensor housings
Hello all, I’m looking for some advice. I’m working on a prototype of a handheld casing for an outdoor sensor (approx. 20×10×5 cm) that needs to be rigid, weather-resistant, and have fine surface details.... read more
6
207
Nov 13