Final Assembly Automation and Optimization


Project Co-Leader: Dason Cheung, Flex


Project Co-Leader: Subbu Kandasamy, Universal Instruments
 

Call for Participation Webinar

Project Statement and Statement of Work

Background

When automation or semi-automation of final assembly has been chosen, there are concerns with cost, lead time and quality.  There is a need to develop and understand best practices that lead to an optimization of the final assembly process. 

Project Objectives

  • Investigate needed flexibility that minimizes cost and identify best practices
  • Best Practices for design for automation = maximize continuous flow (where possible)
  • Best Practices for design for building via assembly lines
  • Best Practices for design for moving from one sub-assembly line to another as you build to a final product
  • Design guidelines for parts and their packaging

Project Focus

  • Develop a uniform set of guidelines, practices and recommendations for automation and main/final assembly
    • Flexibility is needed in reusability, redeployability and reconfigurability which are potentially driven by shorter product lifecycles
  • Definition of communication and interfaces among equipment is needed
    • Between equipment and equipment
    • Between equipment and its ancillary systems 

Steps for Joining the Project

Please note: iNEMI membership is required to participate in this project sign-up.  Sign up for this project has ended.  New project participants must be voted in and accepted by current project participants.  Steps for joining the project follow.

For iNEMI members:

  • Complete and sign the project statement
  • Fax the completed statement(s) to +1 (703) 834-2735 or scan and email to infohelp@inemi.org
For non-members:

For Additional Information

Mark Schaffer
marks@inemi.org