1. cIm -IE775 computer Integrated manufacturing Industrial & Manufacturing Enterprise Department The Wichita State University http://www.mrc.twsu.edu/whitman/classes/ie775 Larry Whitman whitman@imfge.twsu.edu (316) 691-5907 (316) 978-3742

2. cIm -IE775 What is the Manufacturing Enterprise? An Enterprise is a complex system of cultural, process, and technology components...... a system engineered to accomplish organizational goals. Enterprise

3. cIm -IE775 Enterprise Representation The Enterprise is a system that has certain fundamental processes. Acquire resources Manage financial assets Acquire resources Manage financial assets Set direction Acquire customers Develop product and process Fulfill orders Support customer and product Acquire customers Develop product and process Fulfill orders Support customer and product Enterprise

4. cIm -IE775 Integration  Legacy systems - existing systems (many times not built for integration)

5. cIm -IE775 Ch 3 - The Computing System

6. cIm -IE775 CAD  CAD (Computer Aided Design) or Computer Aided Design & Drafting (CADD) operators use mainframes/minis/workstations/micro-computer systems to engineer and design complex parts in today's manufacturing environment.  Prior to the 1980's, draftsmen used drawing boards, T Squares and a plethora of tools to draw blueprints manually  Now, blueprints, models and complete engineering designs are created on personal computers, workstations and networked computer terminals. Thus the need for manual drawings, pasted-on modifications and such have been replaced by the superior results achieved by the use of CAD systems

7. cIm -IE775 Multiple Views (example)

8. cIm -IE775 CAD multiple views  Orthographic Drawing  Wireframe  Surface Modeler  Solid - BREP  Solid - CSG  Feature  Parametric

9. cIm -IE775 CAE -  functionality for a specific application  must be tailored for the specific application and environment

10. cIm -IE775 Workgroup - PDM  humans

11. cIm -IE775 Ch 4 - CAD/CAM Integration Studies  Integration of design and manufacturing  Benefits through local optimums!

12. cIm -IE775 Why minimal integration?  Only can do what technology permits!!  Enterprise wide or nothing???

13. cIm -IE775 Examples for paper #2  I have a textbook full of other examples

14. cIm -IE775 Computervision  Integration of existing processes

15. cIm -IE775 Overview of Design

16. cIm -IE775 Manufacturing Activities

17. cIm -IE775 Assembly Work Cell

18. cIm -IE775 Strengths/weaknesses of approach

19. cIm -IE775 Simultaneous Engineering (IPD)  DFM  DFA  DFSC  DFAn  DFx

20. cIm -IE775 Why IPD???  % of cost determined at design stage (get quote)

21. cIm -IE775 Traditional vs DFM

22. cIm -IE775 The Use of Features

23. cIm -IE775 DFM - architecture

24. cIm -IE775 Shop Floor Integration  read for yourself

25. cIm -IE775 Ch 5 - Manufacturing Elements of CIM  Objectives  to review the mfg and CAM activities  to understand the integration of these

26. cIm -IE775 MFG  Discrete Parts  Process Mfg  Mass Production  Batch Production  Flexible Production  Job Shop

27. cIm -IE775 CIM  CAM (Computer Aided Manufacturing) systems are used in all modern manufacturing workplaces to model parts being constructed in machining operations and design processes, not only for modeling purposes but for design and quality assurance purposes as well!  CAM systems are used for determining the accuracy of design prior to manufacturing.  Models can be checked for diameters, wall thicknesses, stress analysis, clearances and many other features determined to be critical before the initial workpiece is ever constructed, thus eliminating unnecessary production cost as well as reducing the time it takes to produce the part.  CAM systems are used to generate the CNC toolpath programs used in machining the actual workpieces. The great majority of machining done today is done on CNC controlled machines and involve the end products designed on CAM systems.

28. cIm -IE775 CNC  CNC ( Computerized Numerical Control) machines are designed to accurately produce machined parts at a higher rate of speed than manually machined parts and with much greater repeatability.  Like CAD and CAM, CNC machines are related through their use of the Cartesian Coordinate system.  Both milling and turning is nearly all done on Computerized Numerically Controlled machines

29. cIm -IE775 Three aspects of MFG  Technological Planning  Production Scheduling  Automation and Computer Control

30. cIm -IE775 Technological Planning

31. cIm -IE775 Production Scheduling

32. cIm -IE775 Shop Data Collection  Machine monitoring  WIP Tracking  Time and Attendance recording  Shipping and receiving recording  Inventory Control

33. cIm -IE775 FMS example  Robots

34. cIm -IE775 Next Class  Chapter 6!  Read it!  Be it!  Live it!  Other resources (can read articles on web) http://www.mrc.twsu.edu/whitman/classes/ie775/literature1.htm