3D Printing Designs: Design an SD Card Holder by Joe Larson

Learn how to design 3D-printed objects that work in the real worldAbout This BookThis book shows you how to design from a reference to physical objects that can be easily represented by simple basic objects in Blender (cube, cylinder, sphere, and so on) by measuring themThis is the only book on the market that shows you how to take your first steps to create 3D printed objects that are able to interact with existing objectsLearn how to utilize Blenders functionality to make your designs more precise and accurateWho This Book Is ForReader will have basic knowledge of Blender and 3D Printing, and will have probably already made something simple. They will be interested in printing their first object.What You Will LearnGain techniques to accurately measure the objects with rules, manual calipers, and digital calipersBreak down complex geometries into multiple simple shapes and model them in layers using BlenderScale and re-scale a model to fit based on volume or size constraintsSee how to multishell geometries and auto-intersections using the Boolean ModifierIn DetailWant to model a 3D printed prototype of an object that needs to be replaced or broken? This book will teach you how to accurately measure objects in the real world with a few basic measuring techniques and how to create an object for 3D printing around the objects measured.In this book, youll learn to identify basic shapes from a given object, use Vernier and Digital calipers and grid paper tracing techniques to derive measurements for the objects. With the help of measurements, youll see to model these objects using Blender, organize the parts into layers, and later combine them to create the desired object, which in this book is a 3D printable SD card holder ring that fits your finger.Style and approachThis book will be an easy-to-follow guide to learn the methods of scaling, precise measurements, and accurate designing. Using a step-by-step approach, this book will guide you on your journey to model different parts of a complex object and later combine them to create 3D printed objects that work in the real world.