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COMPUTERIZED INTEGRATED MANAGEMENT
by
T.TAMIL SELVAN
WHAT IS CIM ???
CIM
Computerized Integrated Management.
CIM
Design, test, and operate an
integrated environment which enables fundamental changes in
design, manufacturing and business operations.
OBJECTIVES
 The architecture of a computer Integrated Management network to
provide a generic design for an industry.
 Gives Strategies for the Fiber-Textile-Apparel (FTA) complex which
will be supported by appropriate monitoring, control and analysis
tools.
 Create the ability to integrate the FTA activities by defining and
developing information Transmission and retrieval systems for
activities within and among textile companies.
Computer system used in textile industry are
 Computer Aided Administration: (CAA)
computers are used for marketing, sales order processing and stock
control.
 Computer Aided Design: (CAD)
computers are used for developing designs, Pattern making, pattern
grading, Marker production and lay planning.
 Computer Aided Manufacture: (CAM)
Computers used for store design, lay planning and cutting,
Sewing and pressing.
 Computer Integrated Manufacture: (CIM)
A system that uses computer at every stages of planning,
Design and Manufacture.
 Electronic Point of Sale : (EPOS)
A computerized system that speeds up sales transactions and
Monitors sales levels.
Computer uses in Sections and Software's
 Manufacturing/Production:
Used for
 Making patterns
 Making the end products
 Controlling Machinery
 Production Costing
Softwares
Lay planning , Digitalisers, 3D body scanning equipment, Digital printing
Equipment , Computerized Sewing/knitting/Weaving machines, EDI
 Distribution:
Used for
 Stock control and dispatch
 Order processing
Softwares:
Tagging,Word processing/Database software, Spread sheet software , Stock
management software.
 Sales:
Used for
 Promoting the product
 Sales channels e.g. website
 E- Commerce
 Security tagging
Softwares
Graphics software, Word processing software, Digital printer, Digital camera,
EPOS software , PDM software.
 Research and Presenting:
Used for :
 Collecting and Recording Information
 Relaying digital imagery.
Softwares:
Video conferencing , Word processing software, Graphics software Digital
camera.
 Design
used for
 Creating and developing visual designs.
 Developing specification sheets
 Experimenting with colour ways
 Developing prototypes.
Softwares:
Specialized textiles software, Graphics software, Scanner, Digital Printer,
PDM software, CAD softwares, Graphics Tablet.
Advantages of CIM:
 Improving Communication
 Increasing production
 Minimizing Defects
 Reduce repetitive work
 Decrease per unit cost of production
 Increase efficiency.
 Minimizing Errors due to labors.
 Accuracy
 Reduce time taken for Production.
 Maximum Quality.
Disadvantages of CIM:
 High cost of softwares.
 Reduce labor workforce.
 Not affordable by small Scale Textile industries.
 Need of Skilled labour.
Thank You...

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Computer integrated management

  • 2.
  • 5. CIM Design, test, and operate an integrated environment which enables fundamental changes in design, manufacturing and business operations.
  • 6. OBJECTIVES  The architecture of a computer Integrated Management network to provide a generic design for an industry.  Gives Strategies for the Fiber-Textile-Apparel (FTA) complex which will be supported by appropriate monitoring, control and analysis tools.  Create the ability to integrate the FTA activities by defining and developing information Transmission and retrieval systems for activities within and among textile companies.
  • 7. Computer system used in textile industry are  Computer Aided Administration: (CAA) computers are used for marketing, sales order processing and stock control.  Computer Aided Design: (CAD) computers are used for developing designs, Pattern making, pattern grading, Marker production and lay planning.  Computer Aided Manufacture: (CAM) Computers used for store design, lay planning and cutting, Sewing and pressing.
  • 8.  Computer Integrated Manufacture: (CIM) A system that uses computer at every stages of planning, Design and Manufacture.  Electronic Point of Sale : (EPOS) A computerized system that speeds up sales transactions and Monitors sales levels.
  • 9. Computer uses in Sections and Software's  Manufacturing/Production: Used for  Making patterns  Making the end products  Controlling Machinery  Production Costing Softwares Lay planning , Digitalisers, 3D body scanning equipment, Digital printing Equipment , Computerized Sewing/knitting/Weaving machines, EDI
  • 10.  Distribution: Used for  Stock control and dispatch  Order processing Softwares: Tagging,Word processing/Database software, Spread sheet software , Stock management software.
  • 11.  Sales: Used for  Promoting the product  Sales channels e.g. website  E- Commerce  Security tagging Softwares Graphics software, Word processing software, Digital printer, Digital camera, EPOS software , PDM software.
  • 12.  Research and Presenting: Used for :  Collecting and Recording Information  Relaying digital imagery. Softwares: Video conferencing , Word processing software, Graphics software Digital camera.
  • 13.  Design used for  Creating and developing visual designs.  Developing specification sheets  Experimenting with colour ways  Developing prototypes. Softwares: Specialized textiles software, Graphics software, Scanner, Digital Printer, PDM software, CAD softwares, Graphics Tablet.
  • 14. Advantages of CIM:  Improving Communication  Increasing production  Minimizing Defects  Reduce repetitive work  Decrease per unit cost of production  Increase efficiency.  Minimizing Errors due to labors.  Accuracy  Reduce time taken for Production.  Maximum Quality.
  • 15. Disadvantages of CIM:  High cost of softwares.  Reduce labor workforce.  Not affordable by small Scale Textile industries.  Need of Skilled labour.
  • 16.
  • 17.
  • 18.
  • 19.
  • 20.
  • 21.