多功能組合機(jī)床中英文翻譯、外文文獻(xiàn)翻譯、外文翻譯

Multi-purposeaggregatemachine-tooltimeTimothyandJacobs,Denis'Areceivesthenthen,outstandingPhilipU.S.A.MichiganuniversitySummary:Theaggregatemachine-toolmachiningcentermaycausethedemandwhichtheprocessingmanufacturingindustryadaptschangesunceasingly,usesthepooloflaborpowereffectively,andhasthecompetitivepoweringlobalscale'smarket.Keyword:MakethelatheupRegardingthemulti-purposeaggregatemachine-tools,intheindustrialfieldhasmanynamestodescribeit,like“themultitaskinginstallment”,“themulti-purposeenginebeds”,“themulti-procedureproductionsystem”andsoon,itmaybecalledtheprocessingdomaintrulythenova,mayreducethecost,thesimplifieddisposition,andhasmaintainedintheUSterritoryproduces.Inthepastonlythenusedthedutywhichmanymachineoperationscouldcomplete,nowmayconcentratetoanenginebedonprocessescompletes.Asaresultofmarketdemand'sunceasingchange,theproductlifecycleisreducingunceasingly,today'smarketmoreintensedemandmultitaskinginstallmentconcept.Carriesoutthefineprofitmanagementwhentheentireproductionenvironment,comparedtohavingnotconcentratedthecomponentsprocessingtoamachineoncompletesafinerprofit.Sometradition'smanufacturingindustrymanufacturerthoughtthatthemulti-purposeaggregatemachine-toolsaretoocomplex,verydifficulttofindtheappropriateoperatorsalsothedifficultprobleminnovatesonthespotontheinsufficiencyforthemetalworkingbasicprincipleandintheProductionworkshoprelatednewenginebedusesolutionaspecttraining.IntuitiontypetechnicalcontrolTheequipmentuse“carriesoffthequantityofheat”thetypedesign,hasdifferentmaterialwhichthelathebed,thesteelinessstraightlinerollingguide,onthesteelinessrevolvingtoolboxsaddle,theequipmentuses,allthesecombinemakeanenginebedtogether.Thesewiththethermalconductivity,thevolumeexpansionarerelated.Alldifferentsize'sthingcanbythedifferentspeedgrowth.Asaresultofthisreason,needstomakethehotfriendlyenginebed,withtheaimofknowinggivesoffheattheweakpointinwhere,cancompensatethroughthereasonableenginebeddesign.Thepartistheentirejourneymovement.Theenginebedglideproducesrubsandtransformhotly.Themachiningproducesthehotfilingsfalltothedifferentplace,therefrigerantcanmixintheentireprocessinwhich.Willpresentthedifferenttemperatureprovincecontinuallyonthecuttingtool,willthereforealsohavemanythingstohavetheinfluencetothethermostability.Thecuttingtooltechnologyturnedthemulti-purposeaggregatemachine-toolshashadthemillingandcuttingpower“theversatilemachine”.Accordingtothematerialintroducedthatthemostremarkablecharacteristicisintheseenginebedwholehastheintuition.Theanti-collisionpreservationtechnologywasalreadymature,incertaincircumstances,evenifusesthemanualoperationpattern,canalsoavoidtheoccurrencewhichcollides.Becausethecontrolsoftwarehastheverygoodintuition,theuseroperationfriendlydegreeunceasinglyisalsoenhancing.Believethemulti-purposeaggregatemachine-toolsbyitssurvivabilityworld-wideinthemoredifferentprocessingscenes.Theoff-lineprogrammingoptimizationandtheNCautomaticcontrolsystem'sformationalreadymadethistechnologytobeeasiertoaccept,whenthereforeusestheprocedurewhentheenginebed,doesnotneedtospendmanytimetune-upprocedureandconfirmedthatsomepartdoesnothavethequestion.Ifcomponentsneedtoprovidethehighandlowtworevolvingtoolboxsaddlesimultaneouslytocarryontheroughmachining,inthiskindofsituationtheprogrammingisquitedifficult,becauseitneedstworevolvingtoolboxsaddlesalsotofeed.TheAdMacsystemmayrealizetoolrest'sautomaticprogrammingwhichsimultaneouslyfeedstothese,andcancausethecorrectmainaxlespeed,thecorrectfeedrateandsoonallparameterstorealizethesynchronization.OkumaCorporation'scollisionavoidancesystemdesignbasedonactualprocessingoperatingmodeanti-collisionsimulation,therefore,iftheoperatorhasinstalledthewrongcuttingtoolorhasestablishedthewrongparameter,thecontrolsystemwillexamineandpreventstheenginebedtoentertheprocessingcondition.ThroughcooperateswiththeSiemens,INDEXCorporationmayprovidethe3Dpatternnow“thehypothesizedenginebed”,hascustom-madeaccordingtosomespecificmodel'senginebed.Theresultindicatedthatthesimulationprocessesnotonlythefabricatedpartsandtheactualendproductissimilar,istheone-to-onecopysimply.Theintuitiontypecontrolinterface,thesimulationaswellasothersoftwaretechniqueareprogressive,themoreProductionworkshopshaveopenedwidethefrontdoortothemulti-purposeaggregatemachine-tools,butifdoesnothavethecorrespondingknowledgetotrainandtosolvethequestioncreativity,themanufacturerisalsoverydifficulttorealizeandthefulluseadvancedenginebedflexibilityaspectsuperiority.Theworkwhichdoestothemachinearemore,themachinewillbemorecomplex,alsoneedstohavethestrongerskillpersoncorrespondinglytobeabletooperateit.Ifmachinistpastonedayoperated3enginebeds,thenhehasthiskindofmulti-purposeenginebednow,mightproducemorecomponents.Moreimportantly,hemaydrawsupportfromsoftware'shelptocausetheproductionefficiencytobehigher,regardingtransformationprocessingcomponentspreparation,mayalsoestablishtheprocessingcraftplan.Becausethereplacementcomponentsneedtolower3mainaxles,thereforebeforereplacingthecomponents,theworkshopshouldprocessasfaraspossiblemanycomponents.Regardingthemulti-purposeenginebeds,thetransformationcomponentsspeedisquick,theproductionbatchoftimeintervalisshorter,thestockislower,theproductionefficiencyishigher.Canusemulti-purposeenginebed'ssomeworkshopsfully,veryquickwilldiscoverthepostfunctiontheunification.Now,aworkshopmayonlyuseanoperator,anadjusterandaprogrammingteacher,inthefuturethese3workdefinitelymaydobyaperson.Inthetraditionalpostdescriptionthemachinistwilltransitbecomesonetoadjustengineer,ifthisengineerthefamiliarcomponentsprocessingprogramming,thatwerealsomoreideal.Regardingsuchtransformation,traininghasbeensimple,solongastrains1individualline,butisnot3individuals.Lookingfromthelongviews,thiswillprovidetothepeoplethehigherpostdegreeofsatisfaction.Whenadjustsengineertoberesponsibletoprocesstheprogramming,andpaysattentiontothecomponentsprocessingpersonallytimetheentireprocess,hecompletelyhasbecomethiscomponentscontrol.Inaddition,butshouldalsomakesmoreeffortinthecuttingtoolchoiceandtheprogrammingaspect,mustmakeanymodelthemulti-purposeaggregatemachine-tooltosucceed,theworkshopneedstoprovidetheskilledmachinist,hasabilityandcompletesmanykindsofoperationsnimbly.Therefore,crosswisetrainingwasatanytimeinthepastmoreimportant.Regardedasthemillingandthelatheworkthedifferentdisciplinetheviewpointnevertoreturn.Regardingtheprogrammers,thisbelongstotheirtime.Regardingpersonnelwhowillprogram,willunderstandtheenginebedandcontrolsit,thiswillbetheirabilitymanifestation.Thecuttingtoolwillchoosemostpeoplenottoinstallthepassengervehicletiretotheracecaron,butprocessedthecuttingtooltohavesuchsituation.Thecuttingtoolshouldmatchwiththenewenginebed,isconceivablyredundantonthenewenginebedusestheoldcuttingtooltotheproductionefficiencyinfluence.Inordertomatchthemulti-purposeaggregatemachine-tools,thenewcuttingtoolandthecuttingtooladaptertechnologywasalreadydeveloped.Atpresenttheindustrialfieldisdevelopingthedevelopmenttheprocessingcuttingtool,maycompletetheturningontheidenticaltoolrest,boringanddrillstruncatestheprocessing,isonlyprocessesthephasetodifferfromregardingtheworkpieceangle.Theprocessingoperatesthedifferenceevenconfusesisunclear.Thenewprocessingcuttingtoolmaycompletethemillingandtheturning.Sincehasmovedthetechnology(enginebed)isthiscenturydevelopsisextremelyrapidandoneofinfluenceenormousscienceandtechnology.Themodernautomationtechnologyisonekindofcompletelynewproductiveforces,isoneofdirectcreationpublicwealthprincipalmeansthatisplayingtheenormouspromotioneffecttohumanity'sproductionactivityandthematerialcivilization.Therefore,theautomatedtechnologyreceivesvariouscountrieswidelytotakeseriouslywithmoreandmoreapplications.Asmachinetoolhasastronginterchangeability,itisnecessarytoimprovethegenerallevelofproductiontechnologycomponentstoimprovetheaccuracyofparts.

Completespecification,dynamicandstaticperformanceparametersofadvanced.

Inthemachinerymanufacturingindustry,accountingforabout70%ofsmallandmediumbatchproduction,insomeoftheproductionenterprises,suchasmachinetools,valveindustry,withitskeyprocessusingcombinationofmachinetools.

Thedevelopmentofadjustable,quicktransfer,assemblyandflexibletoadapttothecharacteristicsofmulti-speciesprocessingmachinetoolisveryurgent.

Turretmachinetoolspindlebox,canbecombinedforbox-typemachinetoolspindleandautomatictoolchangeCNCmachinetoolcanbeusedforsmallbatchproduction,butthecomplexstructureofsuchmachines,thecostishigher.

Thedevelopmentofnewtools.

Improvethedurabilityofthetool,greatlyshortenthecombinationofmachinetooldowntimeandmoretimefortoolchangeandimprovetheeconomicbenefitsofthecombinedmachine.

Todevelopautomaticdetectiontechnology.

Automaticallydetectthesizeandbowsandarrows,includingthehardnessoftheblankcheck,drillingdepth,cuttingtoolsbreak,finishingsizeandgeometryoftheinspection,duetotherapiddevelopmentofelectroniccomponents,integratedcontroller,microprocessorapplications,ismoreautomateddetectiontechnology

reliable,andcanbemachinedcomponentscontroltheactualsizesmallerthantheprescribedtolerancerange,butalsotheworkpiececanbeprocessedaregroupedaccordingtotolerance,sothatbygroupingtoleranceassembly.

Themachineryautomation(enginebed),mainlyreferstothemachine-buildingindustryappliestheautomatedtechnology,realizestheprocessingobjectcontinuouslytheautomaticproduction,realizestheoptimizedeffectiveautomaticproductionprocess,theincreaseproductioninvestmentprocessingtransformationandtheflowrate.Themachineryautomationtechnology'sapplicationandthedevelopment,arethemachine-buildingindustrytechnologicaltransformations,thetechnologyadvancementprincipalmeansandthetechnologicaldevelopmentmaindirection.Machineryautomationtechnicalstandards,notonlyaffectstheentiremachine-buildingindustrythedevelopment,andhastheverytremendousimmediateinfluencetothenationaleconomyvariousdepartments'technologyadvancement.Therefore,developsourcountry'smachine-buildingindustryautomationtechnology,conformstoourcountrysocialismbasicprinciple,conformstoourcountrymodernproductionlawofdevelopment.Howtodevelopourcountry'smachineryautomationtechnology(enginebed),herehasthetechnicalpolicyquestion,shouldberealistic,allembarkfromourcountry'sconcretenationalcondition,doeachfoundationwork,takestheChina'sroadofmachineryautomationtechnologicaldevelopment.Thedomesticandforeignindustryhistorytellsus,realizesthemachineryautomationisfromtohigh-level,fromsimplytocomplex,fromispreliminarilyimperfecttheconsummationthedevelopingprocess.Aftermachine'soperationusestheautomaticregulator,theproductionmethodonlythengraduallytransitsfromthemechanizationtothemechanismcontrol(tradition)automated,thenumericalcontrolautomation,thecomputercontrolautomation.OnlythenafterhavingestablishedtheAutomatedfactory,theproductionprocesscanoverallautomate,canmaketheproductivitytoenhancecomprehensively,achievesautomatedthehigh-levelidealstage.Themachineryautomationtechnologyfirststartsfromthe1920sinthemachinemanufacturecoldfinishingproductioninenormousquantitiesprocesstodeveloptheapplication,afterinthe60s,toadaptthemarketdemandandthechange,fortheenhancementmachine-buildingindustrytothemarketnimblerapidreaction'sability,startstoestablishthevariableautomationproductionsystem,namelyrevolvesthecomputertechnologytheflexibleautomation.Itisinthemanufacturesysteminvariableorinthechangesmallsituation,themachineryequipmenteitherproductionmanagementprocessthroughtheautomaticdetection,theinformationprocessing,theanalysisjudgmentrealizestheanticipatedoperationorsomekindofprocessautomatically,andcanfrommakeonekindofcomponentstotransformautomaticallytomakesanotherkindofdifferentcomponents.Thesocialpracticeprovedthatunderthiskindofdefinition'smanufacturesystemautomationandthecontemporarymajorityenterprisesarenotactuallyaccommodating.Thecontemporarysocietyalsonotinthescienceandtechnology,thematerialandthepersonnelaspectpreparestorealizethisautomatedcondition,insistssuchtodoonlymeetsthewastedeffort.Thiskindofsituationisnotexceptionalregardingtheseparateproductionmethod'smachine-buildingindustry,thedifficultycanbigger.Inthe80sinternationallyappearedstartedtousecomputerintegrationmanufacturesystemCIMS(ComputerIntegratedManufacturing),theflexibleautomationproductionpatternalsohadthiskindofsituation.Theinitialperiodtaketheinformationintegrationasakeypoint,takethehighautomaticityasthecharacteristic,butinrealizedintheprocesstoencounterthedifficulty.Inviewofthefactthatrealizesthelargeamountinvestmentwhichthecomputerintegrationmanufacturesystem'sautomationoverallneeds(anoverallAutomatedfactorytospendseveralhundredhundredmillionUSdollars,flexiblemanufacturesystemregularpriceis600~25,000,000USdollars),undertakesthehugerisk,inadditionquestionsandsoontechnicaldifficultyandreliability,theworldindustriallyadvancedcountrystarted“torunintoawallproducesadifferentproduct”,transferspaysgreatattentiontheinformationintegrationtheeffect,pursueslowcostautomationLCA(LowCostAutomation)enterpriseorganizationalstructureandmovementway.Theaggregatemachine-toolfuturedevelopmentmoreusetransmissionsandsoonvariablespeedmotorandballbearingguidescrew,willsimplifystructure,thereductionproductionmetre;Usesthenumericalcontrolsystemandtheheadstock,thejigautomaticreplacementsystem,enhancesthecraftcontrollability;Aswellasintegratestheflexiblemanufacturesystemandsoon.Machinetoolandgeneralpurposemachinetoolsandotherspecialmachinecomparison,hasthefollowingcharacteristics:

1)Thecombinationofmachinetoolpartsandstandardpartscommonaboutallthemachinepartsandcomponentsofthetotal70to80%,sothedesignandmanufacturingcycleisshort,lessinvestment,highefficiency,goodeconomicresults.

2)Thecombinationofmulti-machinetoolprocessing,andhighdegreeofautomation,sotoolsthangeneral-purposehighproductionefficiency,productqualityandstability,lowlaborintensity.

3)Generalmachinetoolcomponentsarecarefullydesignedandlong-termproductionpracticetest,anotherbatchmanufacturingplant,sothestructurestable,reliable,easytouseandmaintenance.

4)Whenprocessingpartsonacombinationmachine,theuseofspecialfixtures,toolsandguidancedevices,processingqualityassurancebythetechnologyandequipment,lessdemandingontheoperativelevel.

5)Whentheprocessingofproductupdates,theuseofothertypesofspecialmachinetools,itsmostofthepiecestobescrapped.

Combinationmachinetool,itscommonpartsandstandardpartscanbereused,donotbedesignedandmanufactured.

6)machinetoolautomaticmachinetooleasilylinkedintolinetomeettheneedsoflarge-scaleproduction.

Machinetoolcommonlyusedingeneralcomponentsare:body,base,column,powerbox,powerslide,cuttingavarietyoffirstclasstechnology.

Forsomesequentialprocessingbythemulti-stationmachinetool,alsohasamovabletableorrotarytable.

Powerbox,cuttingheadandavarietyoftechnologyisacombinationofpowerslidingtablecuttingmachinetocompletethemaincampaignorfeedmovementofthepowerunit.

Alsomanagedtocompletethecuttingofwhichthemainmovementandfeedmovementofthepowerhead.

Body,column,themiddlebaseisacombinationofmachinetoolsandothersupportingcomponents,playamachinebasedskeleton.

Machinetoolpartsbetweenrigidityandaccuracyofpreservation,mainlybythesepartsguarantee.

多功能組合機(jī)床美國密歇根大學(xué)菲利普摘要：總的機(jī)床加工中心需求的變化，這可能會(huì)導(dǎo)致加工制造業(yè)不斷變化，采用有效的勞動(dòng)力集中，并在全球范圍內(nèi)提高市場競爭力。關(guān)鍵詞：關(guān)于多功能組合機(jī)床組成機(jī)床工具在工業(yè)領(lǐng)域有許多名稱來形容，類似“多任務(wù)處理裝置”，“多功能引擎床”，“多步驟生產(chǎn)制度“等，它可被稱為真正加工領(lǐng)域的新星，可降低成本，簡化配置，因此美國只繼續(xù)保留在境內(nèi)生產(chǎn)。在過去，只有用多機(jī)操作才能完成的任務(wù)，現(xiàn)在可以集中過程，以一臺(tái)機(jī)床完成。由于市場需求的不斷變化，產(chǎn)品生命周期不斷縮短，市場競爭加劇，今天的市場需要多任務(wù)分期付款的概念。隨著精藝管理的推出，整個(gè)生產(chǎn)環(huán)境，由不集中的零件加工到機(jī)器上集中一次得以完成。一些傳統(tǒng)的制造業(yè)廠商認(rèn)為多功能組合機(jī)床，工具過于復(fù)雜，很難找到合適的營辦商，主要原因是缺少對工作的基本原則，工序復(fù)雜，現(xiàn)場和生產(chǎn)車間相關(guān)創(chuàng)新，機(jī)床使用的解決方案等方面的培訓(xùn)。直覺型技術(shù)控制設(shè)備使用“帶走熱量”式設(shè)計(jì)，不同的材料，床身，鋼制直線滾動(dòng)導(dǎo)軌的鋼制周轉(zhuǎn)箱鞍和設(shè)備的使用，使所有這些設(shè)備結(jié)合在一臺(tái)機(jī)床。其中，熱傳導(dǎo)和體積膨脹是相互影響的。所有不同大小的東西有不同的體積增長速度。由于這一原因，需要做的是認(rèn)識(shí)發(fā)熱在哪里，可以通過合理的補(bǔ)償解決機(jī)床設(shè)計(jì)中的薄弱點(diǎn)，實(shí)現(xiàn)柔性機(jī)床。該部分是整個(gè)行程的運(yùn)動(dòng)。機(jī)床滑動(dòng)會(huì)產(chǎn)生激烈摩擦和變形。熱加工生產(chǎn)的進(jìn)程進(jìn)行到不同的階段，可以混合制冷劑在整個(gè)過程中，并且機(jī)床將提交??一份關(guān)于刀具的不同溫度承受范圍，因此也有許多工序都受到熱穩(wěn)定性的影響。隨著切削刀具技術(shù)轉(zhuǎn)向多功能組合機(jī)床，它就成了具備銑削和切削功能的“多功能機(jī)床”。據(jù)資料記載，這些機(jī)床最顯著的特點(diǎn)是智能的。由于防碰撞保護(hù)技術(shù)已經(jīng)成熟，在某些情況下，立即采用手動(dòng)操作模式，就可避免發(fā)生的沖突。由于控制軟件有很好的及時(shí)性，用戶操作界面也在不斷完善。相信多功能組合機(jī)床將應(yīng)用于世界各地制造業(yè)，在更多不同的加工場景中，離線編程優(yōu)化和數(shù)控全自動(dòng)控制系統(tǒng)的形成已經(jīng)使得這項(xiàng)技術(shù)更加易于接受，所以當(dāng)使用程序時(shí)，機(jī)床并不需要花很多時(shí)間調(diào)試運(yùn)行程序，并能夠確認(rèn)修改部分沒問題。如果組件需要提供高，低兩個(gè)旋轉(zhuǎn)拖具同時(shí)進(jìn)行粗加工，在這種情況下的編程是相當(dāng)困難的，因?yàn)樗枰獌蓚€(gè)旋轉(zhuǎn)拖具不斷橫向進(jìn)給。該系統(tǒng)可以反饋AdMac刀架自動(dòng)編程的同時(shí)并能給出所有參數(shù)對應(yīng)正確的主軸速度，進(jìn)給量，而且實(shí)現(xiàn)了同步。大隈公司的防碰撞系統(tǒng)設(shè)計(jì)基于實(shí)際加工經(jīng)營和防碰撞模擬技術(shù)，因此，如果該公司已安裝了錯(cuò)誤的切削工具或建立了錯(cuò)誤的參數(shù)，控制系統(tǒng)將進(jìn)行檢查，防止機(jī)床進(jìn)入加工。通過與西門子合作，INDEX公司可提供三維圖案現(xiàn)顯示”虛擬機(jī)床”,并已定制一些特定型號(hào)的機(jī)床于程序中。研究結(jié)果表明，模擬過程不僅制作的零件和產(chǎn)品的實(shí)際最終是相似的，而且是一對一個(gè)的模擬仿真。直觀式控制界面，仿真以及其他軟件技術(shù)的進(jìn)步，更多的生產(chǎn)車間已經(jīng)愿意趨向多功能組合機(jī)床加工，但如果機(jī)床生產(chǎn)商沒有相應(yīng)的知識(shí)培訓(xùn)和解決現(xiàn)場突發(fā)問題的能力，制造商也很難充分利用先進(jìn)機(jī)床靈活性方面的優(yōu)勢。機(jī)器做的工作越多，機(jī)器將越復(fù)雜，同時(shí)也需要有較強(qiáng)相應(yīng)技能的人才能來操作。在過去，如果機(jī)械師一天可以生產(chǎn)3臺(tái)機(jī)床組件，那么現(xiàn)在他有這樣一個(gè)多功能機(jī)床，可能會(huì)產(chǎn)生更多的組件。更重要的是，他可以借助相關(guān)軟件的幫助，促使生產(chǎn)效率更高，零部件加工過程簡化，也可以確立加工工藝方案。由于需要更換3主軸部件，因此在更換之前，車間應(yīng)處理盡可能多的組件。由于多用途引擎床轉(zhuǎn)換組件速度快，所以生產(chǎn)批量的時(shí)間間隔較短，生產(chǎn)效率較高。經(jīng)過關(guān)于能否廣泛的使用多功能組合機(jī)床的一些研討會(huì)的召開，大家很快發(fā)現(xiàn)各種功能之間是統(tǒng)一的。過去一個(gè)車間可能要用一個(gè)操作者，一個(gè)調(diào)解人員，一個(gè)編程人員，現(xiàn)在這三個(gè)不同的工作完全可以由一個(gè)人來做。相比傳統(tǒng)的工藝中，機(jī)械師將由一名工程師來擔(dān)當(dāng)，如果該工程師熟悉零件的加工工序，這將是更理想的。對于這種轉(zhuǎn)變，培訓(xùn)將更加簡單，就像火車只有一個(gè)方向而不是三個(gè)方向。從長遠(yuǎn)來看，這也將提高操作員對該職位的滿意度。當(dāng)工程師在做規(guī)劃時(shí)，將會(huì)更加注重零件加工的全過程，完成全過程控制。此外，他還需要努力向刀具使用和工藝規(guī)劃方面發(fā)展，還要做出任何型號(hào)的多功能組合機(jī)床的工具，因此，車間需要提供熟練的機(jī)械師，他要有能力完成多種靈活的操作。所以，橫向培訓(xùn)比以往任何時(shí)候都重要，機(jī)械加工中將銑，車視為完全不同學(xué)科的觀點(diǎn)將不再了。對于程序員來說，這是屬于他自己的時(shí)間，誰編的程序，誰就會(huì)明白機(jī)床的功能，誰就能完全操作它，這就是編程人員的個(gè)人能力了。生活中大多數(shù)人不會(huì)選擇把普通轎車的輪胎用在賽車上，但是工藝師選擇刀具時(shí)卻是可以的。可能大家認(rèn)為新的機(jī)床應(yīng)配以新的刀具，否則舊的刀具將會(huì)影響新的機(jī)床加工效率，但是為了配合多功能組合機(jī)床，新的刀具和刀具適配技術(shù)也已經(jīng)開發(fā)，目前工業(yè)領(lǐng)域開發(fā)的新加工刀具，可