Johannes Wild is an engineer (B.Sc. & M.Eng.) and is interested in all kinds of modern technology, especially 3D printing. In addition to his daily job as a medical engineer, he writes books and learning materials on many different topics with great passion and dedication, in order to give other people access to modern technology in a compact, understandable and vivid way.

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Save yourself the hassle of time-consuming post-processing! Including bonus material at the end of the book! (optimized slicing profile). Order now to achieve superior print quality.

This 3D printing troubleshooting handbook will help you to: a) prevent 3D printing failures, b) improve the overall print quality of your 3D prints, c) avoid expensive 3D printing post-processing, and above all, d) identify and correct specific error patterns.

This Troubleshooting Guide includes over 40 errors that can occur using an FDM 3D printer! This book not only explains the causes of unsatisfactory printing results but provides specific solution steps that you can apply to solve your 3D Printing issues. Use this compact guide for extensive troubleshooting and improve the quality of your printing results in no time.

The author of the book is an enthusiastic 3D printing user and engineer (M.Eng.). Besides a short introduction to the basic concepts of 3D printing for beginners, an analysis of critical components, and a print bed leveling guide, you will also find an image-based directory of all error patterns for easy and quick identification of your specific 3D printing problem.

The free slicing software "Cura" is used in this concept. Numerous images support the explanations of the book and thus create a clear and simple 3D printing troubleshooting.

This book is a standard reference for both beginners and advanced and should always be at hand. Save yourself the time of an extensive search for information and get your copy right now.

Table of Contents (short form):

a) The hot end does not heat b) Clogged nozzle c) Printing does not start d) Poor print bed adhesion e) Filament issues f) Under-extrusion & Over-extrusion g) Curling h) Stringing or Oozing i) Blobs and Zits j) Pillowing k) Vibration & Ringing (Ghosting) l) Warping m) Elephant foot n) z-axis wobble o) Layer- Gaps (Layer Cracking / Separation / Splitting) p) Layer Shifting q) Missing Layers r) Scars on the print s) 3D printer knocks over parts t) Poor bridging of gaps u) Printed object cannot be removed from the print bed v) The z-seam is clearly visible w) Dimensional deviations between print and CAD model x) Problems with the infill y) General problems with the support structure z) Support structure falls off