Injection mold specification Client Fuji Model Name Xerox

Injection mold specification Client Fuji Model Name Xerox Part Name Cover fuser Part No. 802 b 089810_k 001 DFM Ming L. -1 -

ICAL 1 -Date of opening (all dates in 2005) 2 -Date of beginning of action 3 -Date foreseen for validation 4 -Date of validation (closing) ICAL DFME Follow-up issue Page OPEN POINTS Integral Corrective Action List SOLUTIONS/ACTION 3 Plastic Flow Analysis Pls confirm? 4 Slide parting_line Pls confirm Slide parting_line? 5 Parting_line Pls confirm parting_line? 6 Parting_line Pls confirm parting_line? 7 Parting_line Pls confirm parting_line? 8 Parting_line Pls confirm parting_line? 9 Parting_line Pls confirm parting_line? 10 Sharp steel Changed the part, Pls confirm 11 Thin steel Reduce plastic, pls confirm? 12 No draft Reduce plastic? 13 Gas assistant location Pls confirm? WHO 1 2 3 4 -2 -

Plastic Flow Analysis side gate Weld line -3 -

Slide _ line Slide-B Slide-A Slide_line Slide-B -4 -

parting _ line Slide-A -5 -

parting _ line Slide-B -6 -

parting _ line -7 -

parting _ line Keep dim 17. 7 mm Add plastic -8 -

parting _ line This rib change like that. (2 X) Suggest to move this rib 2 mm? (2 X) The core steel too thin. 2 mm -9 -

Question-1 Sharp steel. Suggest to cancel R. Cancel R. This rib will be move. . Sharp steel. Cancel C. -10 -

Question-2 Reduce plastic 1 mm each side. Thin steel. -11 -

Question-3 All of the surfaces have no draft, draft from parting line, Pls update the 3 D data, otherwise, We will reduce plastics for mould release. OK? Cancel R This location possibility for add material, when the mold design avoid the water line. -12 -

Gas assistant location Gas assistant -13 -

Gate location suggestion Gate width: 10~14 mm - gate located at one end to try to reduce the chance for deformation - gate thickness = 1. 3 - 1. 8 mm -14 -