1. ENGR 581 Work Cell Integration:
Engineering Considerations –
An Introduction

2. Questions to Consider What are design considerations for a work cell?
What makes up an integrated work cell?
How are work cells implemented?
What type of equipment is interfaced in a work cell?
What are the goals in work cell integration? (think big picture)

3. Some Design Considerations

4. Size / Shape / Space : Product

5. Size / Shape / Space : Process

6. Part Delivery - Feeders

7. Part Delivery - Conveyors

8. Part Delivery - Conveyors

9. Part Loading/Unloading

10. Part Loading/Unloading

11. Part Loading/Unloading

12. Process Status: Andon Lights

13. Access: Equipment

14. Access: People

15. Arrangement: Work Height

16. Arrangement: Cell/Line Layout

17. Arrangement: Organization

18. Arrangement: Zoning

19. Arrangement: Fixturing

20. Safety: Access

21. Safety: Activation

22. Safety: Guarding

23. Safety: Good Lighting/Mirrors

24. Quality Assurance: Part Check

25. Quality Assurance: Part Check

26. QA: Process Check

27. Work Instructions

28. Work Instructions

29. Support Systems: Pneumatics

30. Support Systems: Hydraulic

31. Controller : Process

32. Controller : Cell

33. Work Cell Integration Goals:
Control of output / Predictability
Waste reduction / Flow of product
Increased safety
Increased process quality / Reliability
Downtime reduction

34. For Next Time
Find literature / sources related to brownfield (brown field)/ greenfield (green field) implementation practices. Compare the two.
Consider benefits / problems / constraints associated with work cell implementation

35. For Next Time
Determine other important factors considered in the design phase of a cell
Be prepared to present your findings – you may share some of your own industrial experiences to add value

36. Related Topics To Investigate:
Work Cell Standardization
Lean / 5S / Flow Mfg.
Time / Space Constraints
Interface Requirements / Advances in Computer Technology