手机外观设计常用工艺简介课件

手机外观设计常用工艺简介东方通信终端产品研究所结构部应东东手机外观设计常用工艺简介东方通信1

KeyTechnology

1.IMD&IML&IMF

2.手机外壳表面处理工艺；

3.

keypad的工艺与应用；

4.LENS的工艺与应用.

KeyTechnology

1.IMD&IML2IMD(In-molddecoration)AdvantagesHighefficiencyofspace,timeandcostachievedbysimultaneousmoldingandtransferringEnvironmentalfriendlyoperationfreefrompollutionbyorganicsolvent.etc.IMD(In-molddecoration)Advanta3Variouschoicesofdesignsuchasgloss/matandwoodgrainpattern,etc.Decorationoncomplicated,three-dimensionalsurfacesbyhighqualitytransferringHighcostperformanceonmass-production.Variouschoicesofdesignsuch4IMDTRANSFERREDPRODUCTSIMDTRANSFERREDPRODUCTS5手机外观设计常用工艺简介课件6IMF(In-moldforming)Advantagesmulti-colorpicturesharpradius&deepdraw2ndsurfaceprintinggraphicIMF(In-moldforming)Advantages7手机外观设计常用工艺简介课件8IML(In-Mold-Labeling)Advantageslowtooling&setupcost(notrimmingdierequested)picturegraphicprintableminimizedprocessIML(In-Mold-Labeling)Advanta9foillensfoillens10Two-ShotHousingAdvantagestwocolordifferentmaterialminimizedprocessTwo-ShotHousingAdvantages11手机外壳表面处理工艺喷涂喷涂普通漆UV漆底漆+UV面漆高亮度高硬度色泽丰富高成本手机外壳表面处理工艺喷涂12电镀镀层材料Cr,Al,Zn色泽均匀金属质感强镀层较薄，耐磨差环境问题电镀13IMD&IML&IMF&TWO-SHOTIMD&IML&IMF&TWO-SHOT14手机外观设计常用工艺简介课件15KeypadTechnologyLSRK(LaserEtchedRubberKeypad)Advantagesmetalliccolorpossiblewater-proof,dust-proof&lownoiseexcellentlighttransmissiongoodESDprotection3DkeytopcontoursofttouchfeelingKeypadTechnologyLSRK(LaserE16Film-In-PlasticKeypadAdvantagesLightweight:1.5g/pcsinaverageLifetimewarrantyforabrasionresistance(2ndsurfaceprinted)PartialglossyfinishpossibleMetalicfinishpossibleEasytomakeMulti-colorbackgroundExcellenttactilefeel(associatedwithmetaldome)3DkeycontourpossibleRow-to-Rowkeyheightleveldifference:5mmFilm-In-PlasticKeypadAdvantag17Film-In-Plastic-On-RubberKeypad

AdvantagesCombinedadvantagesofFIP&rubberkeypadexcellenthardtopfeelMulticolorpossiblewithhighprintingqualityLife-timeabrasionresistanceongraphicby2ndsurfaceprintingeasyassembly(FIPonrubberpad)water-proof,anti-dust&humiditylownoiseFilm-In-Plastic-On-RubberKeyp18excellentlighttransmissiongoodESDprotectionexcellentlighttransmission19LENS的工艺与应用切割+印刷+（UV）射出+印刷+（UV）工艺要求低，低价位LENS的工艺与应用切割+印刷+（UV）20IMDsingleside&twosidehighcost(includetoolingandfoil)largequantityisessentialIMD21Thefollowingfactorsmustbetakenintoconsideration1)Resinanditscolor2)Firstorsecondsurfacedecoration3)metalizedornon-metalizedfoil4)holes,grooves5)transparentarea(window)6)surfacefini