1. P08351: Automated Oiling System
Matt Zapotoski Project Manager
Sharif Hdairis Computer Engineer
Bob Shackelford Mechanical Engineer
Joe Jennings Mechanical Engineer
Sponsored by:

2. Itinerary 10:30-10:35 Overview of Project 10:35-10:40 Product Design
10:40-10: Current State of Design
10:45-10: Risk Assessment
10:50-10:55  SD II Schedule
10:55-11: Questions

3. Project Description Machine to automate the oiling of tool holders
Market: Parlec
Key high level customer needs / engineering specs:
Product versatility will handle Cat 30, 40, and 50s
with diameters up to 7 inches
up to 40 lbs
Meet throughput variable speed oiling (300-60)
parts per hour.
Will not damage part surface Maintains 60 millionths of an
inch
Efficient, consistent coverage Complete exterior of part oiled

4. System Architecture

5. Design Concept

6. Current State of Design
Design meets all desired customer needs
Design meets all engineering specs for fully integrated system and subsystems
On target to meet project budget
Schedule: Final drawings with specs complete
1 week behind on mechanical system design
BOM will be completed by 2/29
Mitigations:
Long lead time for conveyor(3-4 weeks)  order over break

7. Revisions

8. Risk Assessment Schedule Oil becoming trapped inside top of part
Mitigation: altering pin design as required
Removal of excess oil stage
Mitigation: testing different layouts, ordering more if required
Maintaining cleanliness of oil in tub
Mitigation: plug in the oil tub, oil filters, rubber flaps
Lack of experience with power electronics.
Mitigation: consult as much as possible with professionals, and increase testing/debug timeframe.

9. SD II Project Deliverables
Test plan development and custom part design
Ordering materials and parts
Assembly of the machine
Testing
Documentation
Project write up and CDR

10. Questions?