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Manufacturing Execution Systems (MES): Optimal Design, Planning, and Deployment

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ISBN-10: 0071623833

ISBN-13: 9780071623834

Edition: 2009

Authors: Heiko Meyer, Franz Fuchs, Klaus Thiel

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Book details

Copyright year: 2009
Publisher: McGraw-Hill Education
Publication date: 3/23/2009
Binding: Hardcover
Pages: 274
Size: 6.30" wide x 9.30" long x 0.87" tall
Weight: 1.122
Language: English

Foreword
Acronyms
Introduction
Motivation
Aim of This Book
Structure of This Book
Factory of the Future
Historical Development of Manufacturing Execution Systems
Development of Business Data Processing
The Integration Concept: From CIM to the Digital Factory
Definitions of Terms
Classification of Terms
Company Management Level
Production Management Level
Control/Automation Level
Shortfalls of Existing Architectures and Solutions
Patchwork
No Common Database
Excessive Response Times
High Operating and Management Outlay
Demands of Future Production Management Systems
Target Management
Integration of Applications and Data
Real-Time Data Management
Information Management
Compliance Management
Lean Sigma and MES
Summary
Concepts and Technologies
Commonalities between Existing Approaches and MES
Norms and Guidelines
ISA
IEC
VDI
FDA
NAMUR
Recommendations
MESA
VDA
VDMA
ZVEI
Adjacent Areas
Historical Development of ERP/PPS Systems
ERP/PPS Systems
Process Management Systems
Scada Systems
Simulation Systems
Product Lifecycle Management
Historical Development
Product Model
Process Model
Implementation Strategies
Points of Contact with MES
Summary
Core Function-Production Flow-Oriented Design
Cross-System Cohesiveness
Classification in the Overall System
General and Complete Data Model
Origins of Master Data
Data Model for Product Definition
Relevant Concepts
The Operation
The Work Plan
The Parts List
Change Management and Product History
Data Model for Resource Management
Description of Production Environment
Production Personnel
Operating Resources
Materials and Preliminary Products
Information and Documents
System and Auxiliary Data
Order Fulfillment Data
Orders
Production Data, Operating Data, and Machine Data
Derived Performance Data and Figures
Summary
Core Function-Production Flow-Oriented Planning
Integration within the Overall Process
Order Data Management
Supply Management within the MES
Demand Planning
Material Requirement Calculation
Material Disposition in the MES or ERP System
Incoming Goods
Interaction between the ERP System and the MES
Material Warehousing Costs
The Planning Process
Planning Objectives
The "Updated" Work Plan: Condition for Optimized Planning
Work Scheduling
Strategies for Sequence Planning and Planning Algorithms
Forward Planning/Reverse Planning/Bottleneck Planning
Collision-Free Planning of a Time Container
Setup Optimization and Warehousing Costs
The Importance of the Control Station
Core Elements
User Interface
Personnel Planning and Release of Orders
Summary
Core Function-Order Processing
General Information on Order Processing
Classification within the Overall System
Functions of Order Fulfillment
The MES Terminal
Order Preparation and Setup
Changing Tools
Machine Settings
Material Provision
Test Run
Order Control
Information Management
Control and Tracing of Production Units
Managing the Production Bin
Material Flow Control
Order Processing and Operating Data Recording
Process and Quality Assurance
Performance Data
Involved Departments
Key Figures and Performance Record
Ongoing Analysis and Evaluations
More Long-Term Analyses and Evaluations
Maintenance Management
Tasks
Preventive Maintenance and Repair
Alarm Management
Summary
Technical Aspects
Software Architecture
Fundamental Variants
Overview of Central Components
Platform Independence
Scalability
Flexible Adjustment versus Suitability for Updates
MES and Service-Oriented Architecture (SOA)
Database
Introduction
Resource Monitoring
Scaling the Database System
Data Management and Archiving
Running Maintenance
Interfaces with Other IT Systems
Overview
Interface with Production
Interface with an ERP System
Interface with the IT Infrastructure
Interface with Communication Systems
Other Interfaces
User Interfaces
Usage and Visualization
Reporting
Automated Information Distribution
Summary
Evaluation of the Cost-Effectiveness of Mes
General Information on Cost-Effectiveness
Calculation of Cost-Effectiveness
Comparative Cost Method
Value-Benefit Analysis
Performance Measurement
Total Cost of Ownership
General Information on Evaluation
Assessing Cost-Effectiveness in Practice
Rationalization Measures in Production
MES for Reducing Sources of Loss
The Benefits of an MES
Integrated Data Transparency
Reducing Time Usage
Reducing Administration Expenses
Improved Customer Service
Improved Quality
Early Warning System, Real-Time Cost Control
Increasing Employee Productivity
Compliance with Directives
The Costs of an MES
Summary
Implementing an MES in Production
Implementing IT Systems in General
Selection of Components
Implementation Strategies
Problems during Implementation
Preparation of the Implementation Project
Establishing the Core Team
The Fundamental Decision: MES: Yes or No
Establishing the Project Team
Analysis of the Actual Situation
Introduction
Existing Infrastructure
Existing Processes and Required Functions
Key Figures as the Basis for Monitoring Success
Suitable Key Figures for Success Monitoring
Other Factors for Success
Creation of a Project Plan
Contract Specifications
Selection of a Suitable System
Market Situation
Short-Listing and Limiting to Two or Three Applicants
Detailed Analysis of the Favorites and Decision
Implementation Process
Project Management
Training Management
Operating Concept
Summary
Examples for Application
Mixed Processes
Sensient Technologies: Emulsions
Information on Sensient Technologies Corporation
Description of the Production Process
Basic Quantity Units and Production Units
Production Process Plan
Challenges for the MES
Realization and Implementation
Acker: Synthetic Fiber Fabrics
Information on the Company
Description of the Production Process
Basic Quantity Units and Production Units
Production Flow Plan
Tasks of the MES
Challenges
Realization and Implementation
Summary
Visions
Merging the Systems
The MES as a Medium of Product-Development Management
Phases of Product Development
Request Handling
Concept Documentation and Designing Requirements
Construction of the Product
Computer-Aided Flow Planning
Production Management
Standardization of Function Modules
Merging Consultancy Activities and IT Systems
Summary
Summary of the Book
References
Glossary
Index