select
navigate
switch tabs
Esc close

Optimizing part orientation for 3D printing

0
E
1

Hello, I am new to 3D printing and am trying to understand how to optimize part orientation to reduce the need for support structures and production times. Does anyone have effective tips/strategies for doing this? In particular, I’m considering a model similar to this https://www.printables.com/model/622078-screw-cable-zip-tie. Any advice will be greatly appreciated!

Automatically translated from: Italiano
See original
Solved by Ruggiero Cornetta

Hello Emiliano, thank you for your question. Here we have prepared screenshots with three possible orientation options for the parts. In each of them, the surfaces marked in red indicate the points where the support material will be removed, resulting in a reduction in the quality of these surfaces. The final decision on orientation should therefore be based on the most critical aspects of surface printing for your needs

    • E
      Hello, I am new to 3D printing and am trying to understand how to optimize part orientation to reduce the need for support structures and production times. Does anyone have effective tips/strategies for doing this? In particular, I’m considering a model similar to this https://www.printables.com/model/622078-screw-cable-zip-tie. Any advice will be greatly appreciated!
      Automatically translated from: Italiano

      See original
      0
    • R
      Admin

      Hello Emiliano, thank you for your question. Here we have prepared screenshots with three possible orientation options for the parts. In each of them, the surfaces marked in red indicate the points where the support material will be removed, resulting in a reduction in the quality of these surfaces. The final decision on orientation should therefore be based on the most critical aspects of surface printing for your needs

      Automatically translated from: Italiano

      See original
      0
      Reply
Optimizing part orientation for 3D printing
Your information:




Suggested Topics

Topic
Replies
Views
Activity
SLA wall thickness issue for microfluidic channels
Hi, I created a 3D design for a small microfluidic part using SLA (Clear Resin) with internal channels ~0.4 mm wide and wall thickness around 0.5 mm. The function relies on optical inspection through... read more
B
c
1
75
Jul 29
Embossed vs. engraved text for outdoor molded parts
Hi there, I need to add a part number and recycling symbol on the surface of molded parts in PP GF20 for outdoor use. I initially planned to use engraved text for aesthetic reasons,... read more
T
R
A
3
138
Aug 08
Minimum hole diameter vs sheet thickness 316L
Hello, I would like to produce a stainless steel 316L bracket, 3 mm thick, cut by fiber laser. I need to include several small holes for drainage and fastening, and I’ve heard there might... read more
F
A
3
137
Aug 01
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
M
T
5
249
Jul 18
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
D
M
D
2
154
Jul 03