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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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 mes manufacturing


Manufacturing Agility through MES Excellence
Manufacturing agility is increasingly important in today's world of fluctuating demand, short product cycles, and constant change. Successful manufacturers

mes manufacturing  Agility through MES Excellence Manufacturing agility is increasingly important in today's world of fluctuating demand, short product cycles, and constant change. Successful manufacturers embrace change as an opportunity to proactively outmaneuver the competition and gain market share. Read about this kind of agility and the ability to change while controlling costs and quality.

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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

Discrete Manufacturing (ERP)

The simplified definition of enterprise resource planning (ERP) software is a set of applications that automate finance and human resources departments and help manufacturers handle jobs such as order processing and production scheduling. ERP began as a term used to describe a sophisticated and integrated software system used for manufacturing. In its simplest sense, ERP systems create interactive environments designed to help companies manage and analyze the business processes associated with manufacturing goods, such as inventory control, order taking, accounting, and much more. Although this basic definition still holds true for ERP systems, today its definition is expanding. Today’s leading ERP systems group all traditional company management functions (finance, sales, manufacturing, and human resources). Many systems include, with varying degrees of acceptance and skill, solutions that were formerly considered peripheral such as product data management (PDM), warehouse management, manufacturing execution system (MES), and reporting. During the last few years the functional perimeter of ERP systems began an expansion into its adjacent markets, such as supply chain management (SCM), customer relationship management (CRM), business intelligence/data warehousing, and e-business, the focus of this knowledge base is mainly on the traditional ERP realms of finance, materials planning, and human resources. The foundation of any ERP implementation must be a proper exercise of aligning customers'' IT technology with their business strategies, and subsequent software selection. 

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Documents related to » mes manufacturing

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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A Manufacturing Imperative: Enterprise SOA


In the past, full efficiency was almost impossible for most manufacturing sites thanks to lack of integration between plant systems and business systems. But that’s changing now, with the advent of enterprise service-oriented architecture (SOA). SOA allows you to change and improve your processes without expensive IT integration projects. Learn about the business opportunities SOA can create for you.

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Discrete Manufacturing (ERP)


The simplified definition of enterprise resource planning (ERP) software is a set of applications that automate finance and human resources departments and help manufacturers handle jobs such as order processing and production scheduling. ERP began as a term used to describe a sophisticated and integrated software system used for manufacturing. In its simplest sense, ERP systems create interactive environments designed to help companies manage and analyze the business processes associated with manufacturing goods, such as inventory control, order taking, accounting, and much more. Although this basic definition still holds true for ERP systems, today its definition is expanding. Today’s leading ERP systems group all traditional company management functions (finance, sales, manufacturing, and human resources). Many systems include, with varying degrees of acceptance and skill, solutions that were formerly considered peripheral such as product data management (PDM), warehouse management, manufacturing execution system (MES), and reporting. During the last few years the functional perimeter of ERP systems began an expansion into its adjacent markets, such as supply chain management (SCM), customer relationship management (CRM), business intelligence/data warehousing, and e-business, the focus of this knowledge base is mainly on the traditional ERP realms of finance, materials planning, and human resources. The foundation of any ERP implementation must be a proper exercise of aligning customers'' IT technology with their business strategies, and subsequent software selection.

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Process Manufacturing (ERP)


The simplified definition of enterprise resource planning (ERP) software is a set of applications that automate finance and human resources departments and help manufacturers handle jobs such as order processing and production scheduling. ERP began as a term used to describe a sophisticated and integrated software system used for manufacturing. In its simplest sense, ERP systems create interactive environments designed to help companies manage and analyze the business processes associated with manufacturing goods, such as inventory control, order taking, accounting, and much more. Although this basic definition still holds true for ERP systems, today its definition is expanding. Today's leading ERP systems group all traditional company management functions (finance, sales, manufacturing, human resources) and include, with varying degrees of acceptance and skill, many solutions that were formerly considered peripheral (product data management (PDM), warehouse management, manufacturing execution system (MES), reporting, etc.). While during the last few years the functional perimeter of ERP systems began an expansion into its adjacent markets, such as supply chain management (SCM), customer relationship management (CRM), business intelligence/data warehousing, and e-Business, the focus of this knowledge base is mainly on the traditional ERP realms of finance, materials planning, and human resources. The old adage is "Such a beginning, such an end", and, consequently, many ERP systems' failures could be traced back to a bad software selection. The foundation of any ERP implementation must be a proper exercise of aligning customers' IT technology with their business strategy, and subsequent software selection. This is the perfect time to create the business case and energize the entire organization towards the vision sharing and a buy in, both being the Key Success Factors (KSFs). Yet, these steps are very often neglected despite the amount of expert literature and articles that emphasize their importance.  

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ISA-95 Enables Manufacturing Analytics


Manufacturing analytics is fundamental to enabling an enterprise to run at peak performance. For management to achieve this condition, it needs to have an underlying data collection and management system that looks to the total enterprise. Data collected at the packaging line must be available and compatible with financial and operational data, so that maximum value can be achieved.

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Reference Guide to Discrete Manufacturing ERP Software Functions and Features


This reference guide provides insight into the discrete manufacturing ERP features and functions currently available on today’s market. It will help you determine which ERP features are a high priority for your organization, and which features are a lower priority.

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ERP for Manufacturing (SMB) RFI/RFP Template


Financials, Human Resources, Manufacturing Management, Process Manufacturing Management, Inventory Management, Purchasing Management, Quality Management, Sales Management, Product Technology

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Manufacturing 2007 Executive Summary


For a decade, IndustryWeek and the Manufacturing Performance Institute (MPI) Census of Manufacturers have provided data to US manufacturers. This year, MPI fielded a similar survey in Canada, offering an intriguing look into the differences between the Canadian and US manufacturing landscapes. This executive summary presents combined data from these surveys, aimed at helping manufacturers meet future challenges.

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Plex Manufacturing Cloud


The Plex Manufacturing Cloud (formerly known as Plex Online) offers more than 350 functional modules that give manufacturers instant access to vital information and management functions via a simple Web browser. Plex Manufacturing Cloud offers features for virtually every department within a manufacturing operation, including manufacturing operations management (MOM) and quality management systems (QMS) for the shop floor; customer relationship management (CRM) for sales and marketing; supply chain management (SCM) for procurement; and enterprise resource planning (ERP) for finance and management. The on-demand solution features product life cycle management (PLM) functions such as program and change management; ERP functions such as accounting and finance modules; CRM features such as order entry and tracking; manufacturing execution systems (MES) functions such as production scheduling and machine integration; and SCM functions such as supplier quality and traceability.

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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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