What if you could describe a 3D model in plain, precise instructions and watch it appear exactly as you specified, down to the fraction of a millimeter, every single time you ran it?
And what if the one thing standing between you and that kind of control wasn't talent, but simply never having had a guide that actually explained why the code works the way it does?
OpenSCAD is the most powerful free tool in 3D printing and design, a program where your model isn't drawn, it's written. But most people who try it quit within the first hour, stuck on cryptic Minkowski warnings, invisible subtraction errors, or a wall of code that never quite explains the trigonometry it assumes you already know. This book was built to fix exactly that.
OpenSCAD Guide takes you from your very first cube() to fully parametric, production-ready parts methodically, patiently, and without ever assuming you're a programmer or a mathematician. Every one of its 15 chapters builds directly on the last, and every single figure inside is a real, tested render generated from the exact code printed on the page, not a mockup, not a stock image, not an AI-generated approximation.
What makes this guide different from every other OpenSCAD book on the market:
Whether you're a hobbyist who wants to stop fighting your slicer, an engineer who wants parametric precision no mouse-driven CAD program can match, or a maker who's bounced off OpenSCAD once already, this book is built to get you not just using OpenSCAD, but genuinely thinking in it.
Stop copying scripts you don't understand. Start building models you designed.