8 Best-Selling Manufacturing Automation Books Experts Trust

Drawing from extensive knowledge in manufacturing systems, C. Ray Asfahl explores a broad range of automated technologies designed to enhance productivity on the factory floor. You’ll find detailed coverage of robots, programmable controllers, and computer-based automation, enriched with real industry case studies that bring theory into practice. The updated sections on numerical control machines, CAD, and Computer Integrated Manufacturing (CIM) provide insights into how design and control technologies integrate into modern manufacturing processes. This book suits engineers, operations managers, and students aiming to deepen their understanding of automated systems and how to apply them effectively in manufacturing environments.

What started as a need for clear, practical guidance in manufacturing led Richard Crowson to craft a focused handbook on assembly processes, covering finishing, packaging, and automation. You’ll find detailed discussions on selecting assembly methods that directly affect product quality, production rates, and costs, with chapters dedicated to both manual and automated techniques. The book doesn’t just skim the surface—its chapter on printed board assemblies offers concrete examples that reveal the author's depth of industry knowledge. This volume is ideal if you’re involved in manufacturing operations, seeking to grasp how assembly choices impact your facility’s efficiency and product output.

This tailored book explores the essentials of manufacturing automation, focusing on proven methods that align with your unique background and goals. It covers key concepts such as automation technologies, production optimization, and system integration, providing a personalized learning experience that matches your interests. By concentrating on practical applications and strategies validated by millions of readers, it reveals how automation can enhance efficiency and quality in manufacturing processes. The tailored content ensures you receive insights relevant to your specific challenges and objectives, making complex topics accessible and immediately applicable. This approach offers a focused pathway to mastering automation with confidence and clarity.

Dean A. Shafer's decades of hands-on experience as an engineering manager at 3M shapes this guide into a practical manual for anyone involved in assembly automation. You’ll get a deep dive into manufacturing theory and the nuts and bolts of automated assembly processes, including essential chapters on product design for efficient assembly and component feeding systems. Whether you're a technical expert seeking to sharpen equipment design skills or a business leader aiming to understand project management risks and strategic benefits, this book offers clear insights. For example, Shafer’s sections on debugging and startup are particularly useful for troubleshooting real-world automation challenges. It’s a straightforward resource that suits professionals aiming to enhance production outcomes without fluff.

Drawing from his extensive experience in industrial automation, John Soldatos teams with Oscar Lazaro and Franco Cavadini to explore how digital technologies reshape manufacturing floors. You’ll gain insight into standards-based automation solutions, including cloud and edge computing, and how these can be integrated for multiplier effects. The book covers digital simulation tools linked to the H2020 MAYA project, offering a glimpse into advanced manufacturing environments. This is particularly useful if you’re involved in deploying Industry 4.0 technologies or managing factory automation systems aiming for enhanced performance and adaptability.

Dr. Karl Mathia's decades of experience in robotics and automation shine through in this detailed guide to cleanroom robotics for electronics manufacturing. You learn not only the historical context and evolving industry standards but also practical design tips and material recommendations that help avoid costly mistakes. The book walks you through design quality optimization and compliance with industry norms, making it especially useful if you're an engineer working in cleanroom environments. With examples drawn from Mathia's extensive engineering practice, it offers hands-on insights that can streamline your product development cycle and enhance your robotics application knowledge.

This tailored book explores actionable steps for rapid manufacturing automation improvement, designed to match your background and specific goals. It reveals practical techniques and insights that focus on accelerating your automation skills over a 30-day period, ensuring you concentrate on areas that matter most to your workflow and challenges. By weaving together proven knowledge with your personal interests, it offers a unique learning experience that feels both relevant and energizing. Through a personalized approach, the book examines core concepts and hands-on actions that would enhance efficiency, integration, and system optimization in manufacturing environments. It’s an engaging guide that transforms complex automation topics into clear, manageable progress tailored exclusively for you.

While working as an electromechanical instructor with over 25 years in the field, Terry Bartelt crafted this book to bridge the gap between theoretical design and practical operation in industrial automation. You’ll gain detailed insights into components like electrical motors, sensors, and programmable logic controllers, along with control techniques, calibration, and programming relevant to industrial automated systems. The book’s structure allows you to explore topics such as servomechanisms and variable speed drives without getting bogged down in complex mathematics. If you’re seeking a resource that combines broad industrial maintenance knowledge with hands-on operational focus, this book fits well—especially with its supplemental lab manual and animated multimedia lessons.

What started as a deep dive into optimizing assembly lines, Geoffrey Boothroyd's book explores the intricate balance between product design and automated assembly. You gain a detailed understanding of how different assembly systems—from manual setups to high-speed robotics—affect performance and economics, supported by over 500 illustrations and practical problems. The inclusion of the Handbook of Feeding and Orienting Techniques for Small Parts equips you with data to sidestep costly manufacturing errors. This book suits engineers and product designers who want to refine assembly processes to be both efficient and cost-effective in competitive manufacturing environments.

Drawing from the International Organization for Standardization’s extensive expertise in industrial systems, this book sets forth clear safety standards for integrated manufacturing systems that combine multiple industrial machines under programmable control. You’ll find detailed guidance on how to safely install, program, operate, maintain, and repair these complex automated setups, which is crucial for minimizing risks in modern manufacturing environments. The concise 34-page format focuses sharply on essential safety requirements, specifically for systems producing discrete parts or assemblies, making it a practical reference for engineers and safety managers alike. If you’re involved in manufacturing automation safety protocols, this is a direct source addressing fundamental safety frameworks.