About this book:

This book presents a comprehensive guide to optimizing in‑plant logistics for manufacturers, showing how the internal movement of materials determines lead times, inventory levels, handling costs, and overall production performance. It begins by establishing the business case for focusing on intra‑plant flow, then develops the ability to see waste and constraints, map material and information flows with value‑stream mapping, and level demand using takt time, heijunka, and pitch to create a stable production rhythm. From this foundation, the text details the shift from push to pull systems, explaining the design and operation of supermarkets, kanban loops, signal systems (physical cards, eKanban, barcodes, IoT), line‑side presentation standards, milk‑run and tugger routing, and the critical role of a Plan for Every Part (PFEP) in providing accurate data for container sizing, replenishment methods, and inventory strategy.

Building on these core tools, the book covers inventory management (cycle stock, buffers, safety stock), supplier integration and inbound cadence design, production scheduling around constraints, change‑over reduction through SMED, internal warehouse and point‑of‑use layout, material handling equipment and light automation, mixed‑model assembly sequencing and variant control, quality‑at‑the‑source and error‑proofing in logistics, performance metrics and governance, and the use of analytics, simulation, and digital twins for continuous improvement. It also addresses the human element—required skills, change leadership, and training—and links lean material flow to sustainability and space utilization. Finally, it offers a practical implementation roadmap that moves from pilot projects to plant‑wide deployment, emphasizing disciplined scaling, standardization, visual management, and a culture of continuous improvement to achieve predictable flow, reduced lead times, lower inventories, and safer, more efficient operations.

What You'll Find Inside:

• Implement pull production systems using Kanban to synchronize material flow with actual consumption, reducing excess inventory and making shortages immediately visible
• Apply Takt time, Heijunka, and Pitch techniques to level demand and create stable, predictable production rhythms that absorb variability
• Design efficient internal supermarkets with optimal location, sizing based on replenishment lead time, and visual control rules for seamless material flow
• Optimize milk run and tugger routes for frequency, balance, and safety to enable rhythmic, efficient line-side replenishment without excess handling
• Build and maintain a Plan for Every Part (PFEP) as the data foundation for accurate container sizing, replenishment methods, and inventory strategy across all materials

Who's It For:

This book is designed for manufacturing operations managers, logistics supervisors, production planners, and continuous improvement specialists responsible for optimizing internal material flow. It provides practical, actionable methods for reducing lead times, inventory costs, and handling expenses through proven lean logistics techniques like Kanban systems, value stream mapping, and pull production principles. Readers will gain the tools needed to transform their in-plant supply chain into a responsive, efficient system that supports just-in-time manufacturing goals.