5 Best Books on Design and Fabrication of Molds

“Fabrication of Complex Optical Components: From Mould Design to Product (Lecture Notes in Production Engineering)” Book Review: The book delves into the optical components used in high-quality consumer goods, which are typically made from glass and plastic. Specifically, it focuses on the highly advanced production technology involved, which requires multiple well-matched processing steps in what is referred to as a “process chain.” These steps include mold design, advanced machining and coating, replication, and final measurement of optical part quality. To meet current market demands for large quantities of leading-edge optical applications, high accuracy and cost-effectiveness are essential. The book covers the latest scientific findings for the entire process chain, providing a deep understanding of today’s high-tech output.

“Determination of Undercut Features in Plastic Mold Design” Book Review: The book explores the significant manufacturing method of injection molding, which has been used to produce various plastic products, including parts for aircraft and vehicles, personal utensils, electronic equipment, children’s toys, and more. The book emphasizes the importance of efficiency in injection molding, allowing for the easy and cost-effective conversion of a product from its conceptual design stage to a real component. The book also highlights the high demand for shorter lead times, good dimensional and overall quality. It proposes an effective approach to automated mold design processes, with clear explanations of procedures for sample selection, preparation, storage, data analysis, and modeling. The book provides case studies, images, illustrations, spectrometer graphs, and short questions at the end of each chapter to help readers gain a deeper understanding.

“Injection Mold Design Engineering” Book Review: This book provides a comprehensive and scientifically grounded methodology for engineering injection molds. The content is presented in a top-down manner, starting with introductory definitions and the big picture before moving on to the layout and detailed design of molds. The book includes worked examples that can be easily adapted to real-world product design implementations, making it a highly pragmatic resource. Its aim is to help students and practitioners understand the inner workings of injection molds and inspire them to think creatively and design highly functional molds. The new edition of the book includes more than 80 revised figures and tables, as well as updated coverage of development strategies, 3D printing, in-mold sensors, practical worksheets, and a brand-new chapter on the process of mold commissioning, part approval, and mold maintenance.

“Understanding Injection mould Design” Book Review: This book focuses on fundamental design concepts that are essential for effective mold design. While there are no extensive sketches of actual molds, the book offers insights into the multiple variables that must be considered to construct a successful mold. The book covers a range of molds, including thin wall molding specialists, screw caps, large soda can crates, PET bottle pre-forms, and small gears, and discusses fundamental mold design rules that apply regardless of the component’s size or form. To aid in comprehension, the book includes glossaries, appendices, graphs, diagrams, and methodologies. Students can assess their skills using the lessons, illustrations, and homework problems provided, and the book concludes with different case studies.