Lukas Budde

No production is perfect. Waste creeps into every process. It makes it slow and expensive. Goods lie around in the warehouse, production takes place in unnecessarily large batches or employees wait unproductively to produce the next part. The result is high production costs and disappointed customers. Lean Production tackles this waste in all processes. But how do you actually implement the various Lean principles and methods? The success of Lean Production lies in doing, and this is precisely where the book comes in. The 35 practical exercises show in detail how the Lean approaches can be applied and successfully implemented. The solutions are supplemented with practical tips for implementation from the authors' extensive experience. The exercises are implemented in the LeanClean Inc. with many pictures and diagrams - concrete, simple and comprehensively explained.

Keine Produktion ist perfekt. In jedem Prozess schleicht sich Verschwendung ein. Sie macht ihn langsam und teuer. Ware liegt im Lager herum, die Fertigung findet in unnötig großen Losen statt oder Mitarbeiter warten unproduktiv, um ein nächstes Teil zu produzieren. Das Ergebnis sind hohe Produktionskosten und enttäuschte Kunden. Lean Production geht nun diese Verschwendungen in allen Prozessen an. Aber wie setzt man nun die verschiedensten Lean Prinzipien und Methoden konkret um? Der Erfolg von Lean Production liegt jedoch im Tun und gerade da setzt das Buch an. Die 35 Übungen aus der Praxis zeigen detailliert auf, wie die Lean Ansätze angewendet und erfolgreich umgesetzt werden. Die Lösungen werden mit Praxis-Tipps zur Umsetzung aus der umfassenden Erfahrung der Autoren ergänzt. Die Übungen werden in der LeanClean AG anschaulich mit vielen Bildern und Diagrammen umgesetzt – konkret, einfach und umfassend erklärt.

The digitization of factories promises great potential benefits. The implementation of the various technologies for the smart factory is extremely complex, requires new competencies and necessitates significant investments. The question is: How can an industrial company successfully manage this transformation? For this purpose, more than 500 published use cases were screened. These could be categorized into 44 relevant use cases, which we describe in detail in the book. Our research has also shown that strategy and goal orientation must be at the core of the change. Furthermore, the combination of employee knowledge and use of technology is central to success. This led to the creation of our smart factory implementation approach. In various research and consulting projects we were able to apply this process and realize successful implementations in different companies. This 7-step process starts with the selection of promising use cases, followed by a prioritization step, adaptationto the company-specific context and a detailing of the information needs for the different management levels. Stringent project management helps the user achieve positive results that can then be rolled out on a global scale. This process is not only applicable to the "actual factory" but can also be used to design smart services for the factory of tomorrow. Content Smart factory definition and characterization · The smart factory navigator · The smart factory framework · Description of the 44 use cases for the smart factory · Technology mapping in relation to the 44 use cases · Smart factory implementation process · Smart services for the smart factory

The digitization of factories promises great potential benefits. The implementation of the various technologies for the smart factory is extremely complex, requires new competencies and necessitates significant investments. The question is: How can an industrial company successfully manage this transformation? For this purpose, more than 500 published use cases were screened. These could be categorized into 44 relevant use cases, which we describe in detail in the book. Our research has also shown that strategy and goal orientation must be at the core of the change. Furthermore, the combination of employee knowledge and use of technology is central to success. This led to the creation of our smart factory implementation approach. In various research and consulting projects we were able to apply this process and realize successful implementations in different companies. This 7-step process starts with the selection of promising use cases, followed by a prioritization step, adaptationto the company-specific context and a detailing of the information needs for the different management levels. Stringent project management helps the user achieve positive results that can then be rolled out on a global scale. This process is not only applicable to the "actual factory" but can also be used to design smart services for the factory of tomorrow. Content Smart factory definition and characterization · The smart factory navigator · The smart factory framework · Description of the 44 use cases for the smart factory · Technology mapping in relation to the 44 use cases · Smart factory implementation process · Smart services for the smart factory