1. Feasibility Study Report Nokia Dilbert End Cap assembly Based on 3D files received on 11.09.2009 Version: v0.1

2. 2 General Project name: Customer: PCC Site / Design center: Project type:copy, mfg, Design, R&D, ? Type of Product:e.g. slider / watch Ramp-up: Customer LOM Period / Year / Location Lifetime:# months Customer plant focus: LOM plant focus: Volumes: Total volume Global peak volume Number of sales items / assemblies Needed technologies

3. 3 Feasibility Study Summary Feasibility Study Summary is documented on separate excel –file Copy-paste here a screen shot from Feasibility Study Summary –excel You can also add here a link to the Summary –excel that is stored in project database

4. 4 End Cap assembly – xx xx –xx xx – xx xx General Assy Information #1 End Cap Power key End cap SD door

5. 5 Part Name: SD door Part 3D Version: 0.002 Material: 1 ST Shot Cycoloy C100 HF 2 nd shot TPU Texin 260 Weight / Vol.0.047cm3 + 0.008cm3 Secondary Operations:Painted matt gloss 20% Main Technologies:2k injection moulding General Part Information Major Risks Identified 1.xx 2.xx 3.xx 4.xx 5.xx

6. 6 Part Name: Power Key Part 3D Version: 0.002 Material: 1 ST Shot Cycoloy C100 HF 2 nd Silicon DOW TORAY DY32-6014 Weight / Vol.0.047cm3 + 0.008cm3 Secondary Operations:Painted matt gloss 20% Main Technologies:2k injection moulding General Part Information Major Risks Identified 1.xx 2.xx 3.xx 4.xx 5.xx

7. 7 Part Name: Top Bezel (same as End Cap?) Part 3D Version: Material: PC/ABS Weight / Vol.~47x7x6mm / 0,2 cm3 Secondary Operations:painted, matt finishing Main Technologies: General Part Information Major Risks Identified 1... 2...

8. 8 Part Name: Power Key Part 3D Version: Material: Silicon: Dov Toray DY32-6014 PC/ABS: C1000HF Weight / Vol.~18x6x3mm Silicon: 0,007 cm3 PC/ABS: 0,08 cm3 Secondary Operations:Keytop painted, matt finishing gloss 20% Main Technologies: General Part Information Major Risks Identified 1... 2...

9. 9 Injection Scheme / Gate Locations x hot drops to cold runner, x sub gates per cavity

10. 10 Massive Sections

11. 11 Sharp Edge & Transition

12. 12 Thin / Thickness Areas

13. 13 Slider & Lifter Layout

14. 14 Demoulding Analysis

15. 15 Remarks & Open Issues

16. 16