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Software Functionality Revealed in Detail
We’ve opened the hood on every major category of enterprise software. Learn about thousands of features and functions, and how enterprise software really works.
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 batch based manufacturing


Lean Manufacturing: A Primer
Lean manufacturing emphasizes the minimization of the amount of all the resources (including time) used in the various activities of the enterprise. The typical

batch based manufacturing  determine their optimal manufacturing batch and lot sizes or quantities of purchased materials. EOQ is a type of fixed order quantity model that determines the amount of an item to be purchased or manufactured at one time, with the intent of minimizing the combined costs of acquiring and carrying inventory. The basic EOQ formula is: whereby d is the annual demand (expected or determined), c is the average cost of order preparation, i is the annual inventory carrying cost percentage, and u is

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Software Functionality Revealed in Detail

We’ve opened the hood on every major category of enterprise software. Learn about thousands of features and functions, and how enterprise software really works.

Get free sample report
Compare Software Solutions

Visit the TEC store to compare leading software by functionality, so that you can make accurate and informed software purchasing decisions.

Compare Now

ERP for Mill-based and Material Converting Environments

The ERP for Mill-based and Material Converting Environments knowledge base focuses on a range of industrial activities that add value to raw materials by processing them into a form suitable for further manufacturing or for immediate end-use. These activities include traditional mills that turn grain into flour or extract sucrose from sugar cane; the spinning and weaving mills of the textiles and carpets sectors; the rolling plants of steel, aluminum, and other metals semi-fabricators; to the continuous outputs of paper and board mills. 

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The 2007 Microsoft® Office System in Manufacturing


This white paper highlights the key challenges facing the manufacturing industry, and discusses how the 2007 Microsoft® Office system can help maximize employee contributions and enhance business performance with innovative and powerful enterprise capabilities.

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Manufacturing Software for an Integrated Steel Plant


Manufacturing processes for an integrated steel plant typically encompass three distinct types of manufacturing: flow manufacturing, process manufacturing, and mill manufacturing, meaning that such a plant is effectively a mixed-mode manufacturer. Software systems for these manufacturers' diverse needs are of critical importance. Learn about specific software capabilities you should be looking for.

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QAD Ready for Life Sciences Manufacturing Needs


Life sciences manufacturing has been a hot vertical for QAD, both in terms of upgrading existing customers to the cloud and winning brand new cloud enterprise resource planning (ERP) customers. QAD has developed a solution for medical device manufacturers to help meet the unique device identifier (UDI) rules as required by the Food and Drug Administration (FDA), and Facet Technologies has recently deployed QAD Cloue ERP.

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What Are Manufacturing Execution Systems?


A manufacturing execution system (MES) can be defined as a collection of business processes providing event-by-event, real-time execution of planned production requirements. However, market ambiguity and functional overlap with enterprise resource planning systems obscure what an MES can bring to an enterprise.

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IFS Applications (v. 7.5) for Mixed-Mode Manufacturing ERP Certification Report


IFS Applications (v. 7.5) is TEC Certified for online evaluation of mixed-mode manufacturing enterprise resource planning (ERP) solutions in the ERP Evaluation Center. The certification seal is a valuable indicator for organizations relying on the integrity of TEC research for assistance with their software selection projects. Download this report for product highlights, competitive analysis, product analysis, and in-depth analyst commentary.

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How to Achieve Lean Manufacturing


Lean manufacturing is a transformational exercise that requires an organization to cast aside long-held beliefs and business processes. The five main steps to achieving lean transition are defining value, mapping the value stream, making the activities flow, responding to customer demand, and continuous improvement.

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Lean Manufacturing: Part 1


With all the discussion, books, Web sites, and other materials on the topic of lean manufacturing, it's hard to know which resources are credible—much less understand the mounds of information. The first part of this series breaks down the definition of lean manufacturing into easy-to-digest concepts and shares the real-life example of a supplier of remanufactured solvents that is working toward the goal of lean. Get tips on how to determine what you need in your production operation and why.

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Lean Tools and Practices that Eliminate Manufacturing Waste


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.

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Three Rules For Managing Your Manufacturing Data


Thanks to the Internet of Things (IoT), every work center, device, and piece of equipment in your manufacturing facility has the potential to collect information. This recent ability to leverage volumes of data is creating waves of change within the manufacturing industry.

A big data initiative in your manufacturing facility can greatly assist your organization. But the increase of information does not come without challenges. When embarking on a big data initiative, read this white paper to learn three rules to follow to make the most of your newly acquired information.

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