Manufacturing Line Analysis Prepared by: Veronica MacInnis, Leah Hutchison, & Carina Zorrilla.

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Presentation transcript:

Manufacturing Line Analysis Prepared by: Veronica MacInnis, Leah Hutchison, & Carina Zorrilla

 Background and Problem  Solution Criteria  Mississauga Facility – Current State Analysis  Edmonton Facility – Future State Analysis  Detailed Deliverables and Benefits  Risks  Conclusions

 Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion  Large Window Manufacturing Company  Committed to producing high value products  LEAN Manufacturing concepts  Introducing a new window product line

Machinery Labour Window Base Pieces Optional Accessories Manufacturing Line

 Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Motion, Transportation, Waiting, Overproduction, Processing Time, Defects and Inventory Elimination of “Muda” – Waste Standardized Operations Standard Work Pull Manufacturing One-Piece Flow Facility-Consistent Layout, Sensitivity Analysis, Realistic and Adaptable Other Requirements

 Waste Analysis ◦ Current Layout in Mississauga  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion

 Line Balance Analysis  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Takt Time = Available Time / Demand

 Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Greater Demand Magnify Idle Time Including Sash Demand

 Redefining Available Time Time Available Machine Changeover Time =  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Minutes per Shift Planned Employee Breaks – –

 Machine Requirements Time to Produce 1 Window Adjusted Available Time ÷ = Daily Capacity of Machine  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion

 Labour Requirements  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion

 Operational Planning Tool  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion

 Employee Assignment Tool  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion

 Line Balance Analysis  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Number of Changeovers Available Time Expected Sash Demand Expected Window Demand min 400 Units 250 Units

 Output using Operational Planning Tool

 Employee Assignment Tool

 Dynamic Line Balancing in Final Assembly

SD8000 Saw Horiz. Frame Welder (Frame and Jamb) SD7000 Saw Double Miter Saw Horiz. Sash Welder Frame Corner Cleaner Sash Corner Cleaner Tabl e SD7000 Saw SD8000 Saw Horiz. Frame Welder (Frame and Jamb) Horiz. Sash Welder Sash Corner Cleaner Frame Corner Cleaner Tabl e Glaz e Tabl e Glaz e

 Dynamic Line Balancing  Sensitivity Analysis  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion

 Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Motion, Transportation, Waiting, Overproduction, Processing Time, Defects and Inventory Elimination of “Muda” – Waste Standardized Operations Standard Work Pull Manufacturing One-Piece Flow Facility-Consistent Layout, Sensitivity Analysis, Realistic and Adaptable Other Requirements

 Dennis, P., & Shook, J. (2007). Lean Production Simplified. Productivity Press.  McClain, J. O., Thomas, L. J., & Sox, C. (1992). "On- the-fly" line balancing with very little WIP. International Journal of Production Economics,  Ohno, T. (1988). Toyota Production System: Beyond Large-Scale Production. Productivity Press.  Womack, J. P., Jones, D. T., & Roos, D. (1990). The Machine that Changed the World. NewYork.

 Sensitivity Analysis Machine Number of Changeovers Machines Required Number of Changeovers Machines Required SD Welding Frame and Jamb SD Welding Sash Sash Corner Cleaner Frame Corner Cleaner

 Assumptions  Background  Solution Criteria  Mississauga Analysis  Edmonton Analysis  Detailed Deliverables  Risks  Conclusion Sash Demand Employees Shared Workload