1. Matt “I love the fit birdz” ZapotoskiProject Leader Bob “try doin that” ShackelfordLead Engineer Sharif “double shot” HdairisElectrical/Computer Engineer Joe “I got lost in traffic” JenningsMechanical Engineer Sponsored by:

2. Itinerary Overview of Project Product Design Risk Assessment Questions

3. Project Description Plan and assembly a test prototype to oil tool holders Market: Parlec Key high level customer needs / engineering specs: Product versatilitywill handle Cat 30, 40, and 50s with diameters up to 7” lengths ranging from 2-18” up to 40 lbs Will not damage part surfaceMaintains 60 millionths of an inch Efficient, consistent coverageComplete exterior of part oiled and cleaned off

4. Current State of Machine  Product meets all desired customer needs  Machine meets all engineering specs for fully integrated system and subsystems  Met project budget

5. Machine Internals Air Knife integration Final Orientation

6. Modifications Grinding of guideMilling of pin

7. Validation/Complications Oil pan channeling oil back to binConveyor restricting adjustability of air knife

8. By saving 4.855 grams of oil per part, and producing 1400 tool holders per shift, the expected savings of oil per day is approximately 1.98 gallons. Oil Removal Efficiency Cups with oil off of finished part, and part dipped into oil

9. Test Results

10. Demonstration of the machine in action.

11. Future Implementation