OpenSCADCookbook

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-%TOC% 
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= Model Design for Re-Use = = Model Design for Re-Use =
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* Design your object body parts separate from your object holes * Design your object body parts separate from your object holes
-=== Orient for Your Strengths ===+= Model Design for 3D Printing =
 + 
 +== Orient for Your Strengths ==
* Many 3D printing processes are strong in two of three dimensions. In fused deposition modeling (FDM) techniques like those used in MakerBot and RepRap printers, the Z-axis is weakest to shearing forces. * Many 3D printing processes are strong in two of three dimensions. In fused deposition modeling (FDM) techniques like those used in MakerBot and RepRap printers, the Z-axis is weakest to shearing forces.
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** Consider orienting irregular shapes at a diagonal X-Z or Y-Z angle for compromise. ** Consider orienting irregular shapes at a diagonal X-Z or Y-Z angle for compromise.
-=== Over Hangover ===+== Over Hangover ==
 + 
 +=== Teardrop Tunnels ===
 + 
 +* Design in 45-degree maximum overhangs in horizontal holes using tear-drop and truncated tear-drop shapes.
 + 
 +=== Diamonds at Any Angle ===

Revision as of 02:09, 11 May 2011

Contents

Model Design for Re-Use

This chapter's purpose is designed to get you thinking in terms of model re-use.

Positive and Negative Space

Keep 'em Separated

  • Design your object body parts separate from your object holes

Model Design for 3D Printing

Orient for Your Strengths

  • Many 3D printing processes are strong in two of three dimensions. In fused deposition modeling (FDM) techniques like those used in MakerBot and RepRap printers, the Z-axis is weakest to shearing forces.
    • Design long, thin parts in the XY plane.
    • Consider orienting irregular shapes at a diagonal X-Z or Y-Z angle for compromise.

Over Hangover

Teardrop Tunnels

  • Design in 45-degree maximum overhangs in horizontal holes using tear-drop and truncated tear-drop shapes.

Diamonds at Any Angle

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