3D Modeling and Printing for Electronics

Learn to 3D Model & 3D Print with Tinkercad

By Teun van Roessel

Introduction

This book, an Elektor Publication, is designed to teach you the essentials of 3D modeling and printing specifically for electronics applications. It guides you through using Tinkercad, a popular and accessible software for creating 3D models.

Key topics covered include:

The book includes 6 video tutorials to supplement the learning process.

About the Publisher

Elektor International Media B.V. is a leading source of technical information and electronics products for engineers and designers. They deliver high-quality content through various media channels in multiple languages, focusing on electronics design and DIY electronics. You can find more information at www.elektormagazine.com.

Contact Information:

Elektor International Media B.V.
PO Box 11
NL-6114-ZG Susteren
The Netherlands
Phone: +31 46 4389444

Copyright Information:

Copyright 2023: Elektor International Media B.V.
ISBN (Print): 978-3-89576-547-6
ISBN (eBook): 978-3-89576-548-3

The publisher and author have made every effort to ensure the accuracy of the information provided. However, they do not assume liability for any loss or damage caused by errors or omissions.

Programs provided in the book are copyrighted by the author and Elektor International Media and are intended for educational purposes only. Commercial use requires written permission.

Table of Contents

  1. Introduction
    • Goal
    • How 3D printing works
    • Software
    • Before you start printing
  2. Basic 3D modeling for 3D printing
    • Modeling
    • Slicing
    • Printing
  3. Modeling something useful
    • Measurements and dimensions
    • Modeling the bottom part
    • Modeling the top part
    • Slicing and printing
  4. Post-processing
    • Removing support material
    • Removing webbing
    • Smoothening
    • Opening holes
    • Upgrading the print
  5. Pushing the limits
    • Making something hard
    • The model
    • Measuring & Sketching
    • Modeling the shape
    • Slicing and part placement
  6. Movable parts
    • The basics
    • Creating a simple hinge
    • Slicing
  7. Snap fits
  8. Outro
  9. Epilogue
  10. Attachments

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