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MODERNFASTECONOMYMANUFACTUREMOLDTECHNOLOGYALONGWITHTHEGLOBALECONOMYDEVELOPMENT,THENEWTECHNOLOGICALREVOLUTIONMADETHENEWPROGRESSANDTHEBREAKTHROUGHUNCEASINGLY,THETECHNICALLEAPDEVELOPMENTALREADYBECOMESTHEIMPORTANTATTRIBUTEWHICHTHEIMPETUSWORLDECONOMICSGREWTHEMARKETECONOMYUNCEASINGDEVELOPMENT,URGESTHEINDUSTRYPRODUCTMOREANDMORETOTHEMULTIVARIETIES,HIGHGRADE,THELOWCOSTDIRECTIONTODEVELOP,INORDERTOMAINTAINANDSTRENGTHENSTHEPRODUCTINMARKETCOMPETITIVEPOWER,PRODUCTDEVELOPMENTCYCLE,PRODUCTIONCYCLEMOREANDMORESHORT,THEREUPONTOMAKESEACHKINDOFPRODUCTTHEESSENTIALCRAFTEQUIPMENTMOLDREQUESTTOBEMOREANDMOREHARSHONTHEONEHANDTHEENTERPRISEFORTHEPURSUESCALEBENEFIT,CAUSESTHEMOLDTOTURNTOWARDSHIGHSPEED,ISPRECISE,THELONGLIFEDIRECTIONDEVELOPS；ONTHEOTHERHANDENTERPRISEINORDERTOSATISFYTHEMULTIVARIETIES,,THEPRODUCTRENEWALQUICKLY,WINSTHEMARKETTHENEED,REQUESTSTHEMOLDTOTURNTOWARDSTHEMANUFACTURECYCLETOBESHORT,THECOSTLOWFASTECONOMYDIRECTIONDEVELOPSTHECOMPUTER,THELASER,ELECTRONIC,THENEWMATERIAL,THENEWTECHNICALDEVELOPMENT,CAUSESTHEFASTECONOMICALPATTERNMAKINGTECHNOLOGYEVENMOREPOWERFUL,THEAPPLICATIONSCOPEEXPANDSUNCEASINGLY,THETYPEINCREASESUNCEASINGLY,THECREATIONECONOMICEFFICIENCYANDTHESOCIALEFFICIENCYAREMOREANDMOREREMARKABLETHEFASTECONOMICALPATTERNMAKINGTECHNOLOGYANDTHETRADITIONALMACHINEFINISHINGCOMPARES,HASTHEPATTERNMAKINGCYCLESHORT,THECOSTISLOW,THEPRECISIONANDTHELIFECANSATISFYINTHEPRODUCTIONTHEOPERATIONREQUIREMENTS,ISSYNTHESIZESANECONOMICEFFICIENCYQUITEREMARKABLEKINDTOMAKETHEMOLDTHETECHNOLOGY,SUMMARIZESBELOW,HASSEVERALTYPESTOLEAVE1FASTPROTOTYPESMANUFACTURESTECHNOLOGYTHEFASTPROTOTYPEMANUFACTURETECHNOLOGYISCALLEDRPM,ISONEKINDOFNEWMANUFACTURETECHNOLOGYWHICHTHE80SLATERPERIODDEVELOPSUS,JAPAN,ENGLAND,ISRAEL,GERMANY,CHINAHAVEALLPROMOTEDOWNCOMMERCIALIZATIONPRODUCT,ANDHASFORMEDTHENEWINDUSTRYGRADUALLYRPMISTHECOMPUTER,THELASER,THEOPTICALSCANNING,THEADVANCEDNEWMATERIAL,THECOMPUTERAIDEDDESIGNCAD,THECOMPUTERASSISTANCEPROCESSINGCAM,THENUMERICALCONTROLCNCSYNTHESIZESTHEAPPLICATIONTHEHIGHTECHNOLOGYANDNEWTECHNOLOGYINTAKESSHAPEINTHECONCEPTTAKETHEPLANESEPARATE,PILESUPASTHEINSTRUCTION,INTHECONTROLTAKETHECOMPUTERANDTHENUMERICALCONTROLASTHEFOUNDATION,TAKEBIGGESTFLEXIBILITYASGENERALGOALSITHASABANDONEDTHETRADITIONALMACHINEFINISHINGMETHOD,TOTHEMANUFACTURINGINDUSTRYTRANSFORMATIONISASIGNIFICANTBREAKTHROUGH,USESTHERPMTECHNOLOGYTOBEPOSSIBLEDIRECTLYORINDIRECTLYTHEFASTPATTERNMAKING,THISTECHNOLOGYALREADYBYPROFESSIONWIDESPREADAPPLICATIONANDSOONAUTOMOBILE,AVIATION,ELECTRICALAPPLIANCES,SHIPS,MEDICALSERVICE,MOLD2SURFACESTAKESHAPETHEPATTERNMAKINGTECHNOLOGYTHESURFACETAKESSHAPETHEPATTERNMAKINGTECHNOLOGY,MAINLYISTHEUSESPURTSSPREADS,THEELECTROLYTICCASTING,CHEMISTRYCORROSIONANDSOONTHENEWTECHNIQUEFORMATIONCAVITYSURFACEANDTHEFINEPATTERNONEKINDOFCRAFTTECHNOLOGY,INTHEPRACTICALAPPLICATIONINCLUDINGFOLLOWINGSEVERALKINDOFTYPESELECTRICARCSSPURTSPREADTAKESHAPETHEPATTERNMAKINGTECHNOLOGYTHEELECTRICARCSPURTSSPREADSTAKESSHAPETHETECHNICALPRINCIPLEISHASTHEELECTRICARCQUANTITYOFHEATUSINGBETWEEN2CIRCULARTELEGRAMSTINSELTOMELTTHETINSEL,DEPENDSUPONTHECOMPRESSEDGASITSFULLATOMIZATION,ANDGIVESTHECERTAINKINETICENERGY,HIGHSPEEDSPRAYSINTHETYPEMOLDSURFACE,LAYERUPONLAYERMOUNTS,FORMSAMETALSHELL,NAMELYTHECAVITYINTERNALSURFACE,USESTOFILLTHESUBSTRATEMATERIALAGAINGENERALLYFORMETALSILTANDRESINCOMPOUNDMATERIALSPERFORMSTOSUPPORTTHEREINFORCEMENT,ENHANCESITSINTENSITYANDTHERIGIDITY,COMBINESTHEMOLDTOGETHERWITHTHEMETALPATTERNFRAMETHISKINDOFPATTERNMAKINGTECHNOLOGYCRAFTSIMPLE,COSTLOW,MANUFACTURECYCLEEXTREMELYSHORT,THECAVITYSURFACETAKESSHAPEONLYNEEDSFORSEVERALHOURS,SAVESTHEENERGYANDTHEMETALMATERIAL,GENERALCAVITYSURFACE23MMISONLYTHICK,SIMULATIONGREATLYSTRENGTHENED,THEPATTERNPRECISIONMAYACHIEVE05MUMATPRESENTTHISTECHNOLOGYWIDELYUSESINSUPERFICIALSHAPEANDSOONAIRPLANE,AUTOMOBILEMOLD,ELECTRICALAPPLIANCES,FURNITURE,SHOEMAKING,FINEARTSHANDICRAFTISCOMPLEXANDTHEPATTERNFINEEACHKINDOFPOLYURETHANEPRODUCTBLOWMOLDING,ATTRACTSMODELS,THEPVCINJECTION,PUBECOMESSPONGYANDEACHKINDOFINJECTIONTAKESSHAPEINTHEMOLDELECTROLYTICCASTINGSTAKESHAPETHETECHNOLOGYTHEELECTROLYTICCASTINGTAKESSHAPETHETECHNICALPRINCIPLETOBESAMEWITHTHEGALVANIZATION,ISACCORDINGTOMODELTHEMOLDREADYMADEPRODUCTORFEMALEMOLDWHICHMAKESACCORDINGTOPRODUCTBLUEPRINTISTHEDATUMNEGATIVEPOLE,PLACESINTHEELECTROLYTICCASTINGFLUIDANODE,CAUSESINTHEELECTROLYTICCASTINGFLUIDTHEMETALLICIONTORETURNTOORIGINALSTATEALATTERPLACEDEPOSITIONONTHETYPEMOLD,FORMSTHEMETALSHELL,AFTERSTRIPSIT,CONTACTSTHESURFACEWITHTHETYPEMOLDNAMELYFORTHEMOLDTHECAVITYINTERNALSURFACETHISTECHNICALMAINCHARACTERISTICISSAVESMATERIAL,THEMOLDMANUFACTURECYCLESHORT,ELECTROLYTICCASTINGLEVELDEGREEOFHARDNESSMAYREACH40HRC,ENHANCEDTHERESISTANCETOWEARANDTHELIFE,ROUGHNESS,THESIZEPRECISIONISCOMPLETELYCONSISTENTWITHTHETYPEMOLD,ISSUITABLEFORTHEINJECTION,ATTRACTSMODELS,THEBLOWMOLDING,KEEPSOUTMODELS,MOLDCAVITYANDTHEELECTRICSPARKANDSOONBAKELITEMOLD,GLASSMOLD,COMPRESSIONCASTINGMOLDTAKESSHAPETHEELECTRODEMANUFACTURECAVITIESSURFACESFINEPATTERNTAKESSHAPEETCHINGTECHNOLOGYTHEETCHINGTECHNOLOGYISOPTICS,CHEMISTRY,THEMACHININGSYNTHESISAPPLICATIONONEKINDOFTECHNOLOGY,ITSBASICPRINCIPLEISM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