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ELECTROPLATING CLIP SOLUTIONS

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Presentation on theme: "ELECTROPLATING CLIP SOLUTIONS"— Presentation transcript:

1 ELECTROPLATING CLIP SOLUTIONS
Steven Group: 11 Members: Trevor Nyeholt, Steven Tarske, Jake Vandekieft, & Kyle van Veen 1 of 12

2 TEAM MEMBERS Trevor Nyeholt Steven Tarske Kyle van Veen
Jacob VandeKieft 2 of 12 Introduction Background Feasibility Status Next Steps

3 BACKGROUND Lacks uses an electroplating process that makes chrome plating plastic possible Most common use for chrome plated plastic parts is in the automotive environment Jake Lacks Enterprises 3 of 12 Introduction Background Feasibility Status Next Steps

4 THE PROBLEM Clip fatigue Surface Area of the Clip
Withstand chrome plating buildup Jake Clip fatigue -once the clip becomes too fatigued from continuous bending, the parts become loose and fall, resulting in scrap Surface Area of the Clip -maximum surface area is needed for the current to flow through the stainless steel clip and plastic part 4 of 12 Introduction Background Feasibility Status Next Steps

5 PROJECT GOALS Increase clip grip strength
Significantly prolong clip lifetime Reduce scrap rate Improve ergonomics Jake -lower overall cost by increasing the lifetime of the part and decreasing the scrap rate, even if overall complexity of the clip increases -current scrap rate -Stewards of the Environment =) 5 of 12 Introduction Background Feasibility Status Next Steps

6 FEASIBILITY Many options for improvement Add spring Change Material
Set travel Engineering calculations Model with FEA Steven Lots of options for improvement. Many paths to try. Use knowledge of engineering equations to model clips Use Engineering tools such as CAD to model designs 6 of 12 Introduction Background Feasibility Status Next Steps

7 RESOURCES Jesse Gerspach “Rack Design Considerations” Trip to LACKS
Steven Primary contact: Plating Process Engineer Manager Document provided by LACKS Overview of Plating Process. Background of problem. 7 of 12 Introduction Background Feasibility Status Next Steps

8 ANALYSIS Mathematical models for current clip
Modeled current clip in SOLIDWORKS Brainstormed ideas for improvement Jake Modeled clip as beam using EES Life cycle calculation in Excel FROM VALUES FOUND FROM FEA IN SOLIDWORKS 8 of 12 Introduction Background Feasibility Status Next Steps

9 DESIGN NORMS Stewardship Delightful Harmony Trust 9 of 12 Introduction
Jake Stewardship- Electroplating Clip Solutions is concerned about generating as little scrap as possible. Society today has become increasingly more wasteful, therefore it is important to design a clip to reduce the scrap parts rate. Delightful Harmony-Clip design includes ergonomic considerations because the product should be easy to use… Trust-The clip solution must be dependable and reliable, and it is important to establish trust between the company to guarantee things operate smoothly. 9 of 12 Introduction Background Feasibility Status Next Steps

10 OBSTACLES Communication with LACKS Resources from LACKS
Resources on clip design Resources on rack design How to model Steven 10 of 12 Introduction Background Feasibility Status Next Steps

11 MAJOR ACCOMPLISHMENTS
Models allow for testing of various cases Easily change design parameters Steven 11 of 12 Introduction Background Feasibility Status Next Steps

12 QUESTIONS? 12 of 12 Introduction Background Feasibility Status
Next Steps


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