MJF or carbon DLS for flexible TPU parts?
M
Hello, I’m working on a project that requires TPU/EPU parts for vibration damping and energy absorption, with a focus on resilience and tear resistance. I’m comparing HP MJF and Carbon DLS™ for these parts in terms of print speed, surface quality (for exposed parts with fine detail), and cost efficiency for small to mid-sized batches. I’d appreciate insights from anyone who has experience with both technologies, especially for similar applications.
Suggested Topics
Topic
Replies
Views
Activity
sizing holes in sheet metal to receive PEM inserts
Hello all,Xometry's own design guidelines state that when PEM self clinching thread inserts are desired, one should refer to the insert manufacturer's design guidelines.The datasheet for the insert I'm interested in calls for a... read more
2
103
Sep 16
3D Printing
Good morning, I would like a quote. I have attached some photos of 3D designs already created with AutoCAD as solids. I also have the DWG file that you can reference or use as... read more
0
345
Aug 20
How to build a smartphone from scratch (parts & assembly)
Hello, I want to build a smartphone from scratch as a learning project. Can you please provide: - A full list of required components (mainboard, display, battery, cameras, etc.) - Recommended models or compatible... read more
0
1.0k
May 05
DMLS AlSi10Mg – Surface Finish Optimization & Leak-Proofing Methods
Hi everyone, I’m working with DMLS (AlSi10Mg) and looking for advice on post-processing. What finishing methods do you recommend to achieve a smooth (non-grainy) surface, especially for functional parts? Also, what’s the best approach... read more
1
615
Mar 27
Choosing a production process for low-volume over-molded elastomer grip
Hi! Deciding between low-volume production options for a small elastomeric over-molded grip on a handheld power tool. The part has undercuts and thin ribs, and we need decent tear resistance, but only ~200–300 pcs/year.... read more
2
2.4k
Mar 06