Pull Production For The Shopfloor

In a "pull" production system, the final process pulls needed parts from the previous process, which pulls from the process before it, and so on, as determined by customer demand. This allows you to operate without preset schedules and avoid unnecessary costs, wastes, and delays on the manufacturing floor.Pull Production for the Shopfloor introduce

Kanban is the name given to the inventory control card used in a pull system. The primary benefit of kanban is to reduce overproduction, the worst of the seven deadly wastes. A true kanban system produces exactly what is ordered, when it is ordered, and in the quantities ordered. It is essentially a dynamic work order that moves with the material. Each kanban identifies the part or subassembly unit and indicates where each one came from and where each is going. Used this way, kanban acts as a system of information that integrates your plant, connects all processes one to another, and connects the entire value stream to customer demand. Kanban for the Shopfloor provides a working manual for those seeking to implement this method of production control in any operation. It defines the various terms and methods employed in kanbans, and illustrates how when adhered to, kanban is an element of continuous improvement that ultimately leads to the ideal of one-piece flow." In addition to reducing the waste of overproduction, kanban will help your company increase flexibility to respond to customer demand, coordinate production of small lots and wide product variety, and simplify the procurement process. About the Shopfloor Series: Put proven improvement tools in the hands of your entire workforce! Progressive shopfloor improvement techniques are imperative for manufacturers who want to stay competitive and to achieve world class excellence. And it's the comprehensive education of all shopfloor workers that ensures full participation and success when implementing new programs. The Shopfloor Series books make practical information accessible to everyone by presenting major concepts and tools in simple, clear language and at a reading level that has been adjusted for operators by skilled instructional designers. One main idea is presented every two to four pages so that the book can be picked up and put down easily. Each chapter begins with an overview and ends with a summary section. Helpful illustrations are used throughout. Other topics in the Shopfloor Series: Kanban, 5S, Quick Changeover, Mistake-Proofing, Just-in-Time, TPM, Cellular Manufacturing

All About Pull Production is a practical guide for anyone looking to implement pull systems. It focuses on practical application and values functionality over theory, albeit it explains the underlying relations. It is not a high-level philosophical discussion of lean, but a book to help you roll up your sleeves and get the job done. It is written for the practitioner. If you are working in production or logistics and want to implement pull, then this book is for you. It also serves as a useful reference for students and researchers of lean manufacturing. With a foreword by John Shook. Praise for All About Pull Production "This book provides you the means to create supply systems for the rapidly evolving complexities of the twenty-first century, anywhere, in any industry."-John Shook, Chairman, Lean Global Network "Prof. Roser is the go-to source for anything about lean. With this comprehensive book on pull production he has written an authoritative work. Highly recommended for anyone interested in getting to the heart of Toyota's pull principle."-Dr. Torbjørn Netland, Professor of Production and Operations Management, ETH Zürich "This book explains pull production very well and in an excellent style. The book definitely demystifies pull. Without doubt, the book will be the go-to guide for both beginners and experienced practitioners."-Cheong Tsang, Bosch Plant Manager (Retired) "Readers will definitely obtain a lot of valuable insights and new ideas from this book on pull production."-Dr. Masaru Nakano, Professor, Keio University; Former Toyota Manager "This is by far the best in-depth exploration of pull. It is amazingly comprehensive, including warnings, common errors, and applicability of various pull systems. I am sure that it will become THE standard reference book on pull systems."-Dr. John Bicheno, Emeritus Professor of Lean Enterprise, University of Buckingham "This book presents pull production control in a comprehensive and practice-oriented way for students and practitioners alike."-Dr.-Ing. Jochen Deuse, Professor, Head of Institute of Production Systems, TU Dortmund University; Director Centre for Advanced Manufacturing, University of Technology Sydney "The book provides well structured, in-depth insights in the application of pull systems, from Kanban to less-known but powerful alternatives. The book is a valuable source for students and practitioners in industry, from lean experts to production managers."-Dr.-Ing. Ralph Richter, Former Head of the Bosch Production System and Plant Manager at Bosch "With this deeply researched and considered book, Prof. Roser goes beyond the simple explanations of pull to reveal pull production in its compelling simplicity. The results provide a convincing case and trusty guide."-Peter Willats, Professor, University of Buckingham, Co-Founder, Kaizen Institute of Europe "Anyone considering a pull system should read this book."-Mark Warren, Manufacturing Engineer and Production Historian "What you have put together in this book is amazing-this may become your magnum opus in due course! It's going to be a great reference resource for practitioners and academics."-Dr. Rajan Suri, Emeritus Professor of Industrial Engineering, University of Wisconsin-Madison, Inventor of POLCA "This book is excellent material for understanding and using pull production. It is very informative and written in a very polite and pleasant personal style with good reflections and clarifications."-Dr. Björn Johansson, Professor of Sustainable Production, Chalmers University of Technology, Sweden

Standard work is an agreed upon set of work procedures that effectively combines people, materials, and machines to maintain quality, efficiency, safety, and predictability. Work is described precisely in terms of cycle time, work in process, sequence, time, layout, and the inventory needed to conduct the activity. Standard work begins as an improvement baseline and evolves into a reliable method. It establishes the best activities and sequence steps to maximize performance and minimize waste. In this book you will learn about: The characteristics of standards Key benefits and applications of standardization Standard work concepts and calculations Standard work steps and documentation Using standard work manuals, charts, and worksheets Cell staffing (line balancing and full work) Productivity's Shopfloor Seriesbooks offer a simple, cost-effective approach for building basic knowledge about key manufacturing improvement topics. Like all our Shopfloor Seriesbooks, Standard Work for the Shopfloorincludes innovative instructional features that are the signature of the Shopfloor Series. The goal: to place powerful and proven improvement tools such as pull production techniques in the hands of your entire workforce.ll work) Productivity's Shopfloor Seriesbooks offer a simple, cost-effective approach for building basic knowledge about key manufacturing improvement topics. Like all our Shopfloor Seriesbooks, Standard Work for the Shopfloorincludes innovative instructional features that are the signature of the Shopfloor Series. The goal: to place powerful and proven improvement tools such as pull production techniques in the hands of your entire workforce.

The Creating Level Pull workbook shows you how to advance a lean transformation from a focus on isolated improvements to improving the entire plantwide production system by implementing a lean production control system. "The workbook is unique because it is a step-by-step case study on how to implement a level, pull-based production control system," said author Art Smalley. This is a new step towards 'system kaizen that is not yet well understood outside of Toyota.The lean efforts at most companies focus on "point kaizen" (e.g., reducing set up times, implementing 5S, etc.) that improves a small portion of the value stream running from raw materials to finished products. Or they focus on "flow kaizen" that improves the entire value stream for one product family. Creating Level Pull shows how companies can make the leap to "system kaizen" by introducing a lean production control system that ties together the flows of information and materials supporting every product family in a facility. With this system in place, each production activity requests precisely the materials it needs from the previous activity and demand from the customer is levelled to smooth production activities throughout the plant.[Source : 4e de couv.].

Lean MRP explains how to establish ERP production scheduling that is stable and effective. The fundamental roles of the production schedule for driving shop floor work, predicting manufacturing completions, and evaluating factory capacity are examined. With effective ERP production scheduling in place, an opportunity is created to implement a Lean manufacturing pull system on the shop floor that mimics the behavior of traditional kanbans. This essentially establishes a self-regulating traffic control system that will reduce congestion and travel times for materials and products in a factory. This is not the usual "yada-yada". The concept of Lean MRP is a novel one, which holds the promise of transformational change particularly in job shop environments. In addition to attaining the on-time performance, inventory, and lead time benefits of a pull system, Lean MRP can also help improve the accuracy of forward-looking schedule projections to support the making of reliable promises to the customer.This book is for those manufacturing managers who have always strived for a Lean operation but nevertheless feel that a computerized ERP system offers a more practical and scalable solution for managing a large, complex, and/or turbulent shop floor. Manufacturers in high mix industries such as contract manufacturing, aerospace, or industrial equipment can particularly benefit from this novel and innovative approach. For them, the prospects of Lean MRP offer an exciting opportunity to positively and comprehensively transform the whole of their operation as opposed to accepting isolated islands of Lean improvement that only skirt the periphery of the scheduling, on-time performance, inventory, and lead time challenges they face.

Inventory control is an essential task in production management. An effective inventory control can significantly reduce the holding cost and hence, total production cost. Selecting and implementing a suitable production control system plays an important role in inventory reduction and performance improvement of a production system. Since the introduction of Toyota’s just-in-time philosophy, pull control systems have been adopted by numerous companies worldwide, both in the manufacturing and service sectors. This book provides some recent developments in production management and presents modeling and analysis tools for pull production control systems. It contributes by combining theoretical findings and case study analysis results with a practical and contemporary view on how to effectively manage and control production systems. Each chapter in this book focuses on a specific topic in production control systems, allowing readers to identify the chapters that relate to their interests. More specifically, the book is presented in three sections. The first section focuses on the design and implementation aspects of the pull production control systems, as well as performance evaluation approaches for pull systems. The second section presents a recent and comprehensive literature review. Three different case studies on implementation of pull production control systems are presented in the last section. This book can be used as an essential source for students and scholars who need to specifically study the pull control systems. Since the superiority of these systems is controversial, the book can also provide an interesting and informative read for practitioners, managers, and employees who need to deepen their knowledge on pull production management systems.