CAD CAM Computer Integrated Manufacture CIM

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CAD CAMComputer Integrated Manufacture (CIM)

• A2 Graphics

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What is CIM?

• A CIM system uses ICT to integrate all aspects of
  a companys operations.
• This includes
• production
• business
• Manufacturing information
• It creates more efficient production lines
• Tasks within a CIM system include
• Product design
• Workflow planning
• Control of machining operations
• Control of materials ordering
• Stock control
• Customer invoicing

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CIM and the Print Industry

• The print industry has had to respond to more
  demanding client requirements including
• Short, customised print runs
• Faster delivery times
• Incorporating last minute changes
• High quality output
• Cheaper products

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CIM and the Print Industry

• Digital print technologies within a CIM company
  have made it possible for printers to meet client
  demands.
• We will look at
• CIM in pre press
• CIM in high volume printing
• CIM in finishing

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CIM in the Print IndustryPre Press

• Documents can be seen on screen as they will look
  when printed.
• All production details can be specified and
  attached to print files.
• Digital printers have image handling.
• Scanned images / print runs can be stored for
  repeat orders.
• Internet services
• Shorter set up times lower costs.

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CIM in the Print IndustryHigh Volume Printing

• CIM is fast.
• High quality
• Flexible so lower costs.
• Centrally controlled so simple to manage multiple
  jobs.
• Jobs can be rearranged so no down time.
• Computer to plate (CTP) removes time consuming
  and costly stages of production.

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CIM in the Print IndustryFinishing

• More automated
• Faster
• Easier to programme
• More accurate.

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CIM in the Packaging Industry

• The packaging industry has had to respond to more
  demanding client needs.
• This includes
• Pressure to develop more distinctive designs.
• Pressure to develop stronger corporate and brand
  images.

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CIM and the Packaging Industry

• The packaging industry uses CIM in several ways
• Developing photo realistic ideas in place of
  costly 3D models
• VR technology is used to place products in
  context (eg on supermarket shelf).
• Volumes of packaging can be calculated more
  easily.
• Design drawings can be used to produce reliable
  manufacturing information for production of dies
  and moulds.
• Printed packaging enjoys the advantages of
  digital processes.
• Can now print on other materials not just paper.