This Engineering a Lean Supply Chain program explores the business practice of supply chain collaboration and explains how companies are "leaning" their supply chain. New competitive pressures have made all manufacturing companies realize they need to be part of a supply chain and focus their business on the part of the process they do best. The constant flow of materials and information within these supply chains can contain a large amount of waste if not managed properly. We will show why collaboration between customers and suppliers is so important and where you can find waste in your supply chain.
In 28 chapters, the reader is given a top-to-bottom perspective on ergonomics. Starting with a general overview of the subject, Ergonomics in Manufacturing goes on to encompass such specific areas as designing the workplace, evaluating workloads, and monitoring the ergonomics program. Included are details of actual ergonomics programs at work.
Extrusion is the deformation of either metal or plastic forced under pressure through a die to create a shape. Part of the Fundamental Manufacturing Processes Video Series, this unique program is an introduction to both plastic extrusion and metal extrusion processes.
Facility Design and Layout for Lean Manufacturing
As every new product is being designed, most manufacturing companies are developing FMEA documents to reduce the risk of product failures. In addition, quality standards like ISO9000 and QS9000 require an FMEA on all new products. To shorten development cycles, many different experts are involved in the design and testing phases of new products.
This Fastening and Assembly program focuses on the primary fasteners and assembly processes used and includes sections on mechanical fastening, adhesive bonding, and automated assembly.
Financial Justification of Capital Projects
Great for anyone from novices to seasoned lean practitioners, this program shows you how to identify the seven wastes of lean by going through the process with two companies.
This program examines the strategy used in selection and operation of four different flexible material handling systems. These systems are designed to accommodate mass customization of production and be cost effective in operation.
