8 Best-Selling Industrial Technology Books Millions Love

Toyota's world-renowned success proves just-in-time (JIT) manufacturing can transform production efficiency, and this book distills that achievement into a clear, accessible guide. Authored by the Japan Management Association, a recognized leader in JIT practices, it draws directly from seminars by Taiichi Ohno and senior Toyota staff, offering you a step-by-step path to implementing JIT systems. You'll learn how to use simple visual controls and refine processes to dramatically reduce lead times, setup durations, and work-in-process inventories. This book suits engineers, managers, and supervisors eager to grasp Toyota’s production philosophy and apply it beyond Japan’s factories.

After analyzing the specific challenges faced by small and medium-sized enterprises (SMEs) in adopting Industry 4.0 technologies, Dominik T. Matt and his co-authors crafted a focused guide addressing this gap. You’ll gain insights into smart manufacturing concepts, logistics solutions, and managerial models tailored to SMEs’ limited resources. For instance, the book offers methodological frameworks that help SMEs navigate their digital transformation without the extensive budgets of larger firms. If you’re involved in manufacturing or technology management within smaller companies, this book equips you with practical understanding rather than abstract theory.

This tailored book explores lean manufacturing principles deeply rooted in industrial technology, focusing on your unique background and learning objectives. It examines essential lean concepts such as waste reduction, continuous flow, and value stream mapping, carefully aligned with the practices most relevant to your experience and goals. By concentrating on what truly matters to you, it reveals how to apply lean techniques step-by-step within your industrial environment, making complex ideas accessible and immediately applicable. This personalized approach ensures you gain practical knowledge that resonates with your specific challenges and ambitions, fostering a clearer understanding of how lean manufacturing can transform processes and efficiency.

Douglas M. Considine and Glenn D. Considine crafted this handbook to address a crucial gap in industrial automation literature by focusing on the practical aspects of implementation rather than just theory. You’ll find detailed parameters for designing and specifying automation equipment, alongside a thorough evaluation of options with their advantages and limitations. The book emphasizes concrete details through 445 diagrams, photos, and 57 tables, covering components, subsystems, and entire automation systems, making it a valuable resource for engineers and managers tasked with operational decisions. If your role involves orchestrating automation in manufacturing, this book offers insights grounded in the realities of current technology and its future projections.

What makes this bulletin compelling is its focus on the specifics of industrial hydraulic systems, distilled by Na under the Parker Hannifin Corporation banner. You gain a deep dive into hydraulic components, system design, and troubleshooting techniques, all grounded in practical engineering principles. Chapters methodically explore fluid power fundamentals, valve configurations, and maintenance protocols, making it particularly useful for engineers and technicians immersed in hydraulic applications. If your work involves maintaining or optimizing industrial machinery, this resource offers a solid technical foundation without unnecessary fluff, though it may be dense for casual readers.

The methods C. Ray Asfahl developed while surveying automated manufacturing systems provide a thorough look into how robots and computer-controlled equipment boost productivity. You’ll explore a range of technologies from numerical control machines to programmable controllers, with the author’s background in industrial automation shaping clear explanations and practical examples. The updated edition includes detailed industry case studies and expanded problem sections, making it easier to grasp complex concepts such as CAD integration and computer-integrated manufacturing. This book suits engineers, plant managers, and students aiming to deepen their understanding of automation technologies and their practical applications in manufacturing environments.

This personalized AI-created book explores practical automation implementation tailored to your unique industrial technology background and goals. It covers essential concepts and hands-on techniques that focus on accelerating your journey to manufacturing automation within 90 days. By combining widely validated knowledge with your specific interests, this book examines the critical steps to design, deploy, and optimize automation systems effectively. Each section is tailored to match your experience level and desired outcomes, ensuring you engage deeply with relevant topics like system integration, process optimization, and technology selection. This tailored approach empowers you to learn efficiently and apply automation practices that resonate with your operational context and aspirations.

After analyzing decades of semiconductor manufacturing advances, Yoshio Nishi and Robert Doering developed this handbook to provide an authoritative resource for engineers and technologists. You’ll find detailed insights into cutting-edge processes like atomic-layer deposition, Damascene copper electroplating, and low-κ dielectrics, alongside updated chapters on photomask fabrication and 300 mm wafer production. This book suits professionals involved in semiconductor fabrication who need a reliable, technical reference that captures the rapidly evolving industry landscape without oversimplifying complex techniques.

Drawing from extensive engineering expertise, Wallace Woon-Fong Leung crafted this book to illuminate the complexities of industrial centrifugation. You gain a thorough understanding of fluid particle separation, from selecting and testing centrifuge equipment to optimizing processes for everything from small protein batches to large-scale sedimenting and filtering. Detailed discussions cover laboratory methods, wastewater sludge dewatering, and particle classification, backed by practical case histories and troubleshooting tips. If your work involves industrial separation techniques or equipment design, this book offers focused insights to enhance your technical grasp and operational decision-making.

Franklin D. Jones's decades-long expertise in mechanical engineering shapes this authoritative reference, crafted to meet the evolving needs of machinists and engineers. You gain deep insights into machining operations, from speeds and feeds to grinding econometrics designed to reduce manufacturing costs. The expanded mathematics section and enhanced layout make complex calculations and coordinate systems more accessible, turning technical challenges into manageable tasks. Whether you're a seasoned professional or advancing your skills in industrial machining, this handbook equips you with essential data and practical frameworks to optimize production and precision.