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Maintenance Manufacturing
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| 1. |
Process Manufacturing Software: A Primer (8 Pages)
by Joseph J. Strub
Mar 20, 2004
Abstract : This article looks at ERP software with a very narrow focus, namely that of process manufacturing. Understanding the differences between process and discrete manufacturing can assist you in emphasizing and concentrating on those functions and features that matter most in the process world. This emphasis may clarify your choice of software or, more importantly, help you avoid being saddled with ill-fitting concepts and procedures. If you are a process manufacturing expert, you may find this article somewhat basic. However, for those of you just getting into a process manufacturing project or those thinking that process and discrete manufacturing, like the poetic line, 'a rose is a rose is a rose,' are the same, read on. For experts, feel free to disagree with my premises as your viewpoint would be of interest.
Type: Article
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| 2. |
Process Manufacturing Software: A Primer (8 Pages)
by Joseph J. Strub
Apr 21, 2003
Abstract : This article looks at ERP software with a very narrow focus, namely that of process manufacturing. Understanding the differences between process and discrete manufacturing can assist you in emphasizing and concentrating on those functions and features that matter most in the process world. This emphasis may clarify your choice of software or, more importantly, help you avoid being saddled with ill-fitting concepts and procedures. If you are a process manufacturing expert, you may find this article somewhat basic. However, for those of you just getting into a process manufacturing project or those thinking that process and discrete manufacturing, like the poetic line, 'a rose is a rose is a rose,' are the same, read on. For experts, feel free to disagree with my premises as your viewpoint would be of interest.
Type: Article
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| 3. |
Lean Tools and Practices that Eliminate Manufacturing Waste (5 Pages)
by P.J. Jakovljevic
Feb 14, 2006
Abstract : A number of lean manufacturing tools and practices have long been used to reduce manufacturing waste. These include the five S's, visual controls, standardized work, mistake proofing, total productive maintenance, cellular manufacturing, single-digit setup, pull systems, sequencing, activity-based costing, and leveled production.
Type: Article
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| 4. |
Demand-driven manufacturing cross-industry brief by IBS
Abstract : The challenges that face the manufacturing industry today are also opportunities. Manufacturing is being revolutionized in its processes, routines, and ways of doing business through the growing emergence of order driven production methods. This shift towards demand driven manufacturing is emerging in tandem with the larger currents caused by globalization. This cross industry brief focuses on the manufacturing industry from the standpoint of a demand driven IT solution and is aimed at manufacturing and distribution businesses. It describes some major market trends and issues, provides an overview of IBS supply chain solution, and offers details on how the IBS solution for demand driven manufacturing can address current needs of the industry.
Type: White Paper
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| 5. |
Demand-driven manufacturing cross-industry brief by IBS
Abstract : The challenges that face the manufacturing industry today are also opportunities. Manufacturing is being revolutionized in its processes, routines, and ways of doing business through the growing emergence of order driven production methods. This shift towards demand driven manufacturing is emerging in tandem with the larger currents caused by globalization. This cross industry brief focuses on the manufacturing industry from the standpoint of a demand driven IT solution and is aimed at manufacturing and distribution businesses. It describes some major market trends and issues, provides an overview of IBS supply chain solution, and offers details on how the IBS solution for demand driven manufacturing can address current needs of the industry.
Type: White Paper
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| 6. |
Pelion Systems Champions Manufacturing Process Optimization (4 Pages)
by Michael Bittner
Jan 31, 2006
Abstract : Manufacturing operations are characterized by a need for factory transformation management. Via software that uses a 'virtual factory' approach to synchronize the supply chain, Pelion Systems is attempting to establish a new market category, manufacturing process optimization, to satisfy this need.
Type: Article
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| 7. |
SCM Software for Real World Manufacturing: A Case for Mission Critical Use (4 Pages)
by Ashfaque Ahmed
Jul 24, 2004
Abstract : In an ideal world, we can have an exception free manufacturing operations. And for the most part, it will be a 'management by exception' operations with no constraints or bottlenecks to worry about. But in reality manufacturing is all about managing constraints. A lot of constraints! This article discusses the impacts of constraints on manufacturing planning and execution and how a well implemented SCM software can help in overcoming these constraints.
Type: Article
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| 8. |
Process Manufacturing: Industry Specific Requirements Part Two: Chemical (3 Pages)
by Joseph J. Strub and Olin Thompson
May 27, 2004
Abstract : As with any manufacturing operation, process manufacturing has special system requirements such as formulas, unit of measure conversions, and packaging recipes. However, within the realm of process manufacturing, specific industries have needs that are more critical than others. This article explores these critical needs for the food and beverage, chemical, and a hybrid industry (textiles), so that you can focus on these requirements when evaluating enterprise-wide software.
Type: Article
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| 9. |
From Lean Manufacturing to Lean Supply Chain: A Foundation for Change by Intentia
Abstract : As apparel and textile companies move to outsourcing production—relinquishing direct control in favor of a more cost-effective manufacturing model—a lean supply chain may appear to be the next logical step for further implementing cost and operational improvement. Not so, however. You can’t have a lean supply chain without lean manufacturing. Regardless of whether you or your partners engage in production, lean manufacturing is the lean engine that drives lean supply chain efficiencies. Accordingly, the business requirement for stability in a constantly changing demand environment motivates the fashion industry’s search for lean supply chain management principles and practices. Intentia, in cooperation with industry experts, have written a series of thought leadership white papers on the concept of implementing lean supply chain in the fashion industry. The second of this series, From Lean Manufacturing to Lean Supply Chain explains how lean manufacturing relates to lean supply chain management and where it differs and sometimes conflicts.
Type: White Paper
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