select
navigate
switch tabs
Esc close

Best layer height for lattice lamp design with PLA

0
G
3

Hi! I’m designing a lamp and exploring FDM 3D printing with PLA for the first time. The design includes both fine and textured finishes, and I’m trying to decide on the best approach to achieve the look and feel I want. For layer thickness, I’m torn between a finer finish and a coarser texture. I know 200 microns is a standard choice, but what would you recommend for balancing surface detail with print efficiency? Any ideas on the likely layer heights used in the examples?

Solved by patrick

The latticework might benefit from slower print speeds and a finer layer height (e.g., 100 microns) to reduce vibration artifacts and ensure precise details. Using a smaller nozzle diameter (e.g., 0.2–0.3 mm) could also improve accuracy, but it will increase print time significantly.

    • G

      Hi! I’m designing a lamp and exploring FDM 3D printing with PLA for the first time. The design includes both fine and textured finishes, and I’m trying to decide on the best approach to achieve the look and feel I want. For layer thickness, I’m torn between a finer finish and a coarser texture. I know 200 microns is a standard choice, but what would you recommend for balancing surface detail with print efficiency? Any ideas on the likely layer heights used in the examples?

      0
    • D

      For your design, which has detailed lattice structures, I’d recommend a layer height of 100–150 microns for a fine finish, especially on visible surfaces like the outer lattice. The smaller layer height will help maintain the sharpness and smoothness of the thin struts. For the base, where aesthetics may be less critical, you could go up to 200 microns to save time.

      0
      Reply
      • p
        Danny94

        The latticework might benefit from slower print speeds and a finer layer height (e.g., 100 microns) to reduce vibration artifacts and ensure precise details. Using a smaller nozzle diameter (e.g., 0.2–0.3 mm) could also improve accuracy, but it will increase print time significantly.

        0
        Reply
      • G
        patrick

        The suggestion about using a smaller nozzle diameter is really helpful—I hadn’t considered that before. I might give a 0.3 mm nozzle a try to balance accuracy and time for the latticework. Thanks again for sharing your expertise!

        0
        Reply
Best layer height for lattice lamp design with PLA
Your information:




Suggested Topics

Topic
Replies
Views
Activity
X-ring performance on a curved face seal in a poppet valve
I’m reverse-engineering a small hydraulic shutoff valve used in an industrial test stand, and I’m trying to understand whether the face-sealing setup for the poppet is causing a recurring internal leak. The poppet uses... read more
L
0
7
Dec 12
Laser Cutting/Die Cutting for PP Parts
Hello, I have a small PP part with a thickness of 1.2mm. My initial idea was to manufacture these parts using laser cutting or die cutting, but I haven't seen these manufacturing methods among... read more
i
1
30
Dec 11
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
A
0
60
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
p
c
1
110
Nov 24
Choosing the Right Material for Injection Molding – What’s Your Go-To?
Hey everyone! I’m working on a few small-batch parts and weighing my options when it comes to materials for injection molding. I've used ABS and polypropylene in the past, but I'm curious—what materials do... read more
0
797
Jul 18