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  • Book Overview & Buying 3D printing with RepRap Cookbook
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3D printing with RepRap Cookbook

3D printing with RepRap Cookbook

By : Salinas
4.3 (4)
Buy this Book
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3D printing with RepRap Cookbook

3D printing with RepRap Cookbook

4.3 (4)
By: Salinas
Buy this Book

Overview of this book

A systematic guide consisting of over 100 recipes which focus on helping you understand the process of 3D printing using RepRap machines. The book aims at providing professionals with a series of working recipes to help make their fuzzy notions into real, saleable projects/objects using 3D printing technology. This book is for novice designers and artists who own a RepRap-based 3D printer, have fundamental knowledge of its working, and who desire to gain better mastery of the printing process. For the more experienced user, it will provide a handy visual resource, with side-by-side comparisons of the two most popular slicers, Skeinforge and Slic3r. A basic understanding of designing and modeling principles and elementary knowledge of digital modeling would be a plus.
Table of Contents (14 chapters)
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Preface
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Preface
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What this book covers
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Who this book is for
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What you need for this book
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Pronterface
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Repetier-Host
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Conventions
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Reader feedback
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Customer support
Lock Free Chapter
1
1. Getting Started with 3D Printing
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1. Getting Started with 3D Printing
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Introduction
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3D scanning with a digital camera
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Processing a 3D scan with 123D Catch
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Viewing your scene with 123D Catch
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Stitching photos with 123D Catch
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Changing mesh resolutions with 123D Catch
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Cleaning up the model with 123D Catch
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Using the Autodesk 3D Print Utility
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Let's print!
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Slicing the models with Slic3r
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Slicing the models with Skeinforge
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Reviewing the print results
2
2. Optimizing the Printing Process
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2. Optimizing the Printing Process
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Introduction
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Inspecting the model with Meshmixer
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Plane alignment with Meshmixer
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Scaling the model with Meshmixer
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Leveling the model with Meshmixer
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Removing scanning artifacts with Meshmixer
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Shaping the model with Meshmixer
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Let's print!
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Optimizing infill with Slic3r
3
3. Scanning and Printing with a Higher Resolution
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3. Scanning and Printing with a Higher Resolution
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Introduction
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Setting up DAVID Laserscanner
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Calibrating DAVID Laserscanner
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Scanning with DAVID Laserscanner
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Viewing the model in MeshLab
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Cleaning the scans with MeshLab
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Aligning the scans with MeshLab
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Merging and remeshing the aligned scans in MeshLab
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Let's print!
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Tuning up the printer
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Using Skeinforge with a 0.5 mm nozzle
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Using Skeinforge with a 0.35 mm nozzle
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Using Skeinforge with a 0.25 mm nozzle
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Using Slic3r to print different resolutions
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Reviewing the print results
4
4. Modeling and Printing with Precision
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4. Modeling and Printing with Precision
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Introduction
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Warming up with SketchUp
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Using 3D tools from the Extension Warehouse
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Modeling with SketchUp
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Using plugin extensions with SketchUp
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Let's print!
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Calibrating the x, y, and z axes
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Controlling the flow rate in Skeinforge
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Adjusting the scale in Skeinforge
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Using Stretch in Skeinforge
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Controlling print warping
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Using brim with Slic3r
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Reviewing the print results
5
5. Manipulating Meshes and Bridges
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5. Manipulating Meshes and Bridges
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Introduction
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Exploring TopMod
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Using TopMod for remeshing
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Using MeshLab for remeshing
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Mesh decimation with MeshLab
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Wireframe modeling with TopMod
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Let's print!
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Cooling ABS and PLA with Skeinforge
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Cooling ABS and PLA with Slic3r
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Adjusting speed with Slic3r
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Bridging with Slic3r
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Adjusting speed with Skeinforge
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Bridging with Skeinforge
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Reviewing the print results
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6. Making the Impossible
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6. Making the Impossible
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Introduction
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Using extruding options in TopMod
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Using cutting options in TopMod
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Working with edges in TopMod
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Creating handles in TopMod
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Making a starfish in TopMod
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Creating support with Meshmixer
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Let's print!
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Creating support with Skeinforge
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Support options with Skeinforge
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Creating support with Slic3r
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Support options with Slic3r
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Reviewing our print results
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7. Texture – the Good and the Bad
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7. Texture – the Good and the Bad
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Introduction
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Making textures with Meshmixer
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Making stencils with Paint.NET
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Stamping stencils with Meshmixer
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Making patterns with Meshmixer
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Making more patterns with Meshmixer
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Making textures with MeshLab
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Let's print!
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Adjusting the travel speed with Skeinforge
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Adjusting retraction with Skeinforge
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Adjusting Jitter with Skeinforge
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Adjusting the travel speed with Slic3r
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Adjusting retraction with Slic3r
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Randomizing the starting points with Slic3r
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Reviewing the print results
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8. Troubleshooting Issues in 3D Modeling
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8. Troubleshooting Issues in 3D Modeling
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Introduction
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Using Repetier-Host for analysis
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Repairing mesh geometry issues
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Using SketchUp for editing meshes
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Using MeshLab for fixing normals
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Using MeshLab for cleaning meshes
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Creating a hollow model with MeshLab
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Creating a drain hole with Meshmixer
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9. Troubleshooting Issues in 3D Printing
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9. Troubleshooting Issues in 3D Printing
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Introduction
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Leveling the build platform
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Taking proper care of the build platform surface
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Troubleshooting issues with the heat bed
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Troubleshooting issues with the extruder
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Troubleshooting issues with the hot end
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Troubleshooting issues with the x, y, and z axes
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Troubleshooting issues with the motor system
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A. Understanding and Editing Firmware
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A. Understanding and Editing Firmware
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An Arduino IDE program
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Getting Windows to recognize the controller
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Getting the Arduino IDE to recognize the Sanguinololu
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Setting up the Arduino IDE for your controller
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Setting up the firmware in the Arduino IDE
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Comparing firmware versions with WinMerge
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Editing the firmware with the Arduino IDE
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Uploading the firmware to the controller
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B. Taking a Closer Look at G-code
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B. Taking a Closer Look at G-code
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Generating G-code
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Viewing G-code
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Basic G-code commands
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Using the command line
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C. Filament Options for RepRap Printers
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C. Filament Options for RepRap Printers
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Health considerations
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An ABS filament
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A PLA filament
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A PET filament
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A nylon filament
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A HIPS filament
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A TPE filament
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A wood filament
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A stone filament
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A ceramic filament
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A water-soluble PVA filament
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Storage of 3D printing filaments
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Index
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Index

Plane alignment with Meshmixer

In a 3D software program, we have to be able to orient ourselves in this virtual space to be able to work in it. This is typically achieved by modeling on a plane in the workspace. Meshmixer generates a grid plane and a model is then positioned somewhere on or within it. We can see this illustrated in the following image:

Plane alignment with Meshmixer

Meshmixer imports the rabbit sitting on the plane and imports the sphere with the plane bisecting it. Depending on how a model is positioned in the Cartesian space of another 3D program, the positioning, when importing into Meshmixer, can be anywhere in relation to this plane.

Meshmixer orients the y axis going up from the surface of the plane. You'll find that the other programs in this book will not have this configuration. The z axis will travel up from the plane. This isn't a problem when sculpting the model in Meshmixer, but it does make a difference when using a modification tool, which depends on the plane for orientation.

In...

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3D printing with RepRap Cookbook
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