Difference between revisions of "Getting Started With 3D Printed Design"

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= Getting Started With 3D Printed Design =
 
 
 
__TOC__
 
__TOC__
  
 
= Workshop Outline =
 
= Workshop Outline =
  
== What Is 3D Printing? ==
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== What is 3D Printing? ==
  
* 2D vs 3D vs 2.5D
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* What is 3D?
* Additive vs Subtractive CNC
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** 2D: Drawings, paintings.
* Technologies
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** 3D: Sculpture, things we use.
** Fused Deposition Modeling
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** Selective Laser Sintering
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* What is Printing?
 +
** Depositing material.  Paint, graphite, ink.
 +
 
 +
* What is 3D Printing? ==
 +
** Depositing material to make a 3D object.
 +
 
 +
* How does a 3D Printer work?
 +
** Selective Laser Sintering (SLS)
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*** Cost: Very High
 +
*** Tech: High-power lasers fuse any meltable material, from plastics up to metals like titanium.
 +
*** Advantages: Produce replacement parts on demand for your fighter jet on an aircraft carrier.  Fused material might be recyclable.
 +
*** Disadvantages: See Cost.
 
** Ink-Jet Powder+Binder
 
** Ink-Jet Powder+Binder
 +
*** Cost: Medium
 +
*** Tech:  Lays down layers of powder and "prints" the design using a glue-like binder.
 +
*** Advantages: Can do colour.  Model structures are self-supporting via unused powder. "Green" parts can be infused with materials from glue to molten metal to strengthen.  Unused powder can be reused.
 +
*** Disadvantages: "Green" parts are fragile. Hollow parts will trap binder if no exit holes are designed in.  Fabricated objects may be difficult or impossible to recycle back into machine inputs.
 +
** Fused Deposition Modeling (FDM)
 +
*** Cost: Low
 +
*** Tech:  An extruder head deposits melted material (like plastic) or pastes to build up an object layer-by-layer.
 +
*** Advantages: Cheap. Can be completely hollow and air-tight. Can be vestment-cast with molten metal.  Simple machine design.  For thermoplastic and similar materials, fabricated objects can be melted back down and reused.
 +
*** Disadvantages: Large overhangs require support material. Multiple colours and/or materials require complex multi-head extruder designs.
  
 
=== Links ===
 
=== Links ===
 
* http://en.wikipedia.org/wiki/3D_printing
 
* http://en.wikipedia.org/wiki/3D_printing
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= Resources =
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== Design Flows on a Budget ==
 
== Design Flows on a Budget ==
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==== Thingiverse ====
 
==== Thingiverse ====
  
= Resources =
 
  
 
== Printers ==
 
== Printers ==

Revision as of 11:41, 8 March 2011

Workshop Outline

What is 3D Printing?

  • What is 3D?
    • 2D: Drawings, paintings.
    • 3D: Sculpture, things we use.
  • What is Printing?
    • Depositing material. Paint, graphite, ink.
  • What is 3D Printing? ==
    • Depositing material to make a 3D object.
  • How does a 3D Printer work?
    • Selective Laser Sintering (SLS)
      • Cost: Very High
      • Tech: High-power lasers fuse any meltable material, from plastics up to metals like titanium.
      • Advantages: Produce replacement parts on demand for your fighter jet on an aircraft carrier. Fused material might be recyclable.
      • Disadvantages: See Cost.
    • Ink-Jet Powder+Binder
      • Cost: Medium
      • Tech: Lays down layers of powder and "prints" the design using a glue-like binder.
      • Advantages: Can do colour. Model structures are self-supporting via unused powder. "Green" parts can be infused with materials from glue to molten metal to strengthen. Unused powder can be reused.
      • Disadvantages: "Green" parts are fragile. Hollow parts will trap binder if no exit holes are designed in. Fabricated objects may be difficult or impossible to recycle back into machine inputs.
    • Fused Deposition Modeling (FDM)
      • Cost: Low
      • Tech: An extruder head deposits melted material (like plastic) or pastes to build up an object layer-by-layer.
      • Advantages: Cheap. Can be completely hollow and air-tight. Can be vestment-cast with molten metal. Simple machine design. For thermoplastic and similar materials, fabricated objects can be melted back down and reused.
      • Disadvantages: Large overhangs require support material. Multiple colours and/or materials require complex multi-head extruder designs.

Links


Resources

Design Flows on a Budget

Modelling Software

3DTin; Baby Steps

Google SketchUp; Layman's CAD

Blender; B(u)y the Book(s)

OpenSCAD; The Coder Way

Visualization, Assembly and Mesh Repair

MeshLab

CloudFabb and Netfabb Studio

Pleasant3D (Mac Only)

Blender (STL and GCode Plugins)

Slice'n'Dice

Skeinforge: Cryptic but Necessary

Printer Interfaces

ReplicatorG

Models and Mash-Ups

Thingiverse

Printers

Open Source

RepRap Project

  • Darwin
  • Mendel
    • Prusa Mendel

MakerBot

  • Cupcake CNC
  • Thing-O-Matic

Ultimaker

  • Protobox v1.0

Proprietary

Services

Ponoko

Shapeways

Software