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Simplifying 3D Printing with OpenSCAD

Simplifying 3D Printing with OpenSCAD

By : Colin Dow
2.8 (5)
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Simplifying 3D Printing with OpenSCAD

Simplifying 3D Printing with OpenSCAD

2.8 (5)
By: Colin Dow

Overview of this book

Want to bring your 3D designs to life with OpenSCAD, but don’t know where to start? Simplifying 3D Printing with OpenSCAD will teach you the key skills so that you can focus on your ideas, not troubleshooting your 3D printer. With the help of this book, you’ll build a solid foundation in 3D printing technology, the software used for designing your objects, and an analysis of the G-code produced by the 3D printer slicer software. You’ll also get to know your 3D printer and find out how to set up a printing job effortlessly — from configuring the parameters to build well-defined designs. Consider yourself a practical learner? Use real-world examples such as designing and printing a 3D name badge, model rocket, and laptop stand, to dive into the world of 3D printers build your skillset. By the end of this 3D printing book, you'll be ready to start designing and printing your own 3D printed products using OpenSCAD and being your ideas into reality.
Table of Contents (16 chapters)
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1
Part 1: Exploring 3D Printing
5
Part 2: Learning OpenSCAD
9
Part 3: Projects
13
Part 4: The Future

Summary

In this chapter, we created a laptop stand to use to elevate a laptop on a desk. We used the graphics program Inkscape to design the basic frame for our laptop stand. We then imported the Inkscape file into OpenSCAD, where we shelled it out using the shell2D operation before extruding it into a 3D shape.

We modified the frame by adding circles, which provided a place for screw holes for threaded rods. The threaded rods were designed in two pieces and were assembled with connector plates using M3 10 mm bolts. We made use of readily available M10 nuts to finish the construction of our laptop stand.

The main takeaway from this chapter is the use of 3D printing with traditional building techniques to make objects. Although we could've 3D printed threads for the connector plates and 3D printed M10 nuts, using a 3 mm tap and standard M10 nuts is far more effective.

In the next chapter, we will continue learning OpenSCAD as we design and 3D print a model rocket.

...

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