I-Aluminium iyona nto isetyenziswa kakhulu kwintsimbi yentsimbi, kwaye uluhlu lwayo lwezicelo luyaqhubeka nokwandisa. Kukho ngaphezu kwe-700,000 iintlobo zeemveliso ze-aluminiyam, ezibonelela kumashishini ahlukeneyo, kuquka ukwakhiwa, ukuhombisa, ukuthutha, kunye ne-aerospace. Kule ngxoxo, siya kuphonononga itekhnoloji yokucubungula iimveliso ze-aluminium kunye nendlela yokuphepha ukuguqulwa ngexesha lokucubungula.
Izinto eziluncedo kunye neempawu ze-aluminiyam ziquka:
- Uxinzelelo oluphantsi: Ialuminiyam inoxinano malunga ne 2.7 g/cm³, nto leyo emalunga nesinye kwisithathu sentsimbi okanye ubhedu.
-Iplastiki ephezulu:I-Aluminiyam ine-ductility egqwesileyo, evumela ukuba yenziwe kwiimveliso ezahlukeneyo ngokusebenzisa iindlela zokucutshungulwa koxinzelelo, njenge-extrusion kunye nokwelula.
-Ukumelana noKutya:I-Aluminiyamu ngokwemvelo ivelisa ifilimu ye-oxide ekhuselayo kumphezulu wayo, nokuba phantsi kweemeko zendalo okanye nge-anodization, inikezela ukuxhathisa okuphezulu kwe-corrosion xa kuthelekiswa nentsimbi.
-Ukomeleza ngokulula:Nangona i-aluminiyam ecocekileyo inomgangatho ophantsi wamandla, amandla ayo anokunyuswa kakhulu nge-anodizing.
- Iququzelela uNyango loMphezulu:Unyango olungaphezulu lunokuphucula okanye luguqule iipropathi zealuminiyam. Inkqubo ye-anodizing isekwe kakuhle kwaye isetyenziswa ngokubanzi kwimveliso ye-aluminium.
-Ukuqhuba kakuhle kunye nokuRecyclability:I-aluminiyam yeyona nto ibalaseleyo yombane kwaye kulula ukuyiphinda isetyenziswe.
Itekhnoloji yokulungisa imveliso yeAluminiyam
I-Aluminiyam imveliso isitampu
1. Isitampu esibandayo
Izinto ezisetyenzisiweyo ziyi-aluminium pellets. Ezi pellet zenziwe kwinqanaba elinye usebenzisa umatshini wokukhupha kunye nobumba. Le nkqubo ifanelekile ekudaleni iimveliso zekholomu okanye imilo enzima ukuyifeza ngokunweba, njenge-elliptical, square, kunye neefom zexande. (Njengoko kubonisiwe kuMfanekiso 1, umatshini; Umfanekiso we-2, iipelisi ze-aluminium; kunye nomfanekiso wesi-3, imveliso)
I-tonnage yomatshini osetyenzisiweyo ihambelana nommandla wecandelo lemveliso. Umsantsa phakathi upper die punch kunye die ezantsi eyenziwe ngentsimbi tungsten imisela ukutyeba eludongeni imveliso. Xa ucinezelo lugqityiwe, umsantsa othe nkqo ukusuka kwipunch yokufa ephezulu ukuya kwidiyi esezantsi ubonisa ubukhulu bemveliso.(Njengoko kubonisiwe kuMfanekiso 4)
Izinto eziluncedo: Umjikelo omfutshane wokuvula umngundo, ixabiso eliphantsi lophuhliso kunokolula ukungunda. Ukungalungi: Inkqubo yokuvelisa ixesha elide, ukuguquguquka okukhulu kobungakanani bemveliso ngexesha lenkqubo, iindleko eziphezulu zabasebenzi.
2. Ukuzolula
Izinto ezisetyenzisiweyo: iphepha le-aluminium. Sebenzisa umatshini wokubumba oqhubekayo kunye nokubumba ukwenza ukuguqulwa kwezinto ezininzi ukuhlangabezana neemfuno zemilo, ezifanelekileyo kwimizimba engeyiyo i-columnar (iimveliso ezine-aluminium egobileyo). (Njengoko kubonisiwe kuMfanekiso 5, umatshini, uMfanekiso 6, ukungunda, kunye nomfanekiso wesi-7, imveliso)
Izinto eziluncedo:Imilinganiselo yeemveliso eziyinkimbinkimbi kunye ne-multi-deformed zilawulwa ngokuzinzileyo ngexesha lenkqubo yokuvelisa, kwaye umgangatho wemveliso ulula.
Izinto ezingeloncedo:Iindleko eziphezulu zokungunda, umjikelo wophuhliso olude, kunye neemfuno eziphezulu zokukhetha umatshini kunye nokuchaneka.
Unyango lwangaphezulu lweemveliso ze-aluminium
1. Ukuqhunyiswa kwesanti (ukudubula ukuchama)
Inkqubo yokucoca kunye ne-roughening i-metal surface ngempembelelo yokuhamba kwesanti ephezulu.
Le ndlela yonyango lomphezulu we-aluminium iphakamisa ukucoceka kunye noburhabaxa bendawo yokusebenza. Ngenxa yoko, iipropathi ze-mechanical ze-surface ziphuculwe, ezikhokelela ekuchaseni ukukhathala okungcono. Olu phuculo lwandisa ukunamathela phakathi komphezulu kunye naluphi na iingubo ezisetyenzisiweyo, ukwandisa ukuqina kwengubo. Ukongezelela, iququzelela umgangatho kunye nenkangeleko yobuhle bengubo. Le nkqubo ibonakala ngokuqhelekileyo kwiimveliso ezahlukeneyo ze-Apple.
2. Ukugudisa
Indlela yokucutshungulwa isebenzisa oomatshini, iikhemikhali, okanye ubuchule be-electrochemical ukunciphisa uburhabaxa bomphezulu besixhobo sokusebenza, okukhokelela kumphezulu ogudileyo nobengezelayo. Inkqubo yokupholisha inokwahlulwa ngokweendidi ezintathu eziphambili: ukupolisha ngoomatshini, ukupholiswa kweekhemikhali, kunye nokupholisha kwe-electrolytic. Ngokudibanisa ukupolisha ngoomatshini kunye ne-electrolytic polishing, iinxalenye ze-aluminiyam zinokufikelela kwisiphelo esifana nesipili esifana neso sentsimbi engenasici. Le nkqubo inika ingqiqo yokulula okuphezulu, ifashoni, kunye nesibheno sekamva.
3. Umzobo wocingo
Umzobo we-Metal wire yinkqubo yokuvelisa apho imigca ichithwa ngokuphindaphindiweyo kwiipleyiti ze-aluminium kunye ne-sandpaper. Umzobo wocingo unokohlulwa ube ngumzobo wocingo oluthe tye, umzobo wocingo olungacwangciswanga, umzobo wocingo olujikelezayo, kunye nomzobo wocingo lwentambo. Inkqubo yokudweba ucingo lwesinyithi ingabonisa ngokucacileyo zonke iimpawu zesilika ezintle ukwenzela ukuba isinyithi se-matte sibe neenwele ezintle, kwaye imveliso inefashoni kunye neteknoloji.
4. Ukusika ukukhanya okuphezulu
Ukusika okuqaqambileyo kusebenzisa umatshini wokukrola ochanekileyo ukuqinisa imela yedayimani kwisantya esiphezulu esijikelezayo (ngokubanzi i-20,000 rpm) echanekileyo yokukrola umatshini wokuphotha ukuphotha ukusika iinxalenye kunye nokuvelisa iindawo ezivelele zendawo kwindawo yemveliso. Ukukhanya kwezinto ezibalaseleyo zokusika kuchaphazeleka kwisantya sokugaya i-milling. Ukukhawuleza kwesantya sokubhoboza, kokukhona ukugqama kokusika kuqaqambile. Ngokuchaseneyo, okukhona kusiba mnyama amagqabantshintshi okusika, kokukhona kunokwenzeka ukuba avelise iimpawu zeemela. Ukusika okuphezulu kwegloss kuxhaphake kakhulu kwiifowuni eziphathwayo, njenge-iPhone 5. Kwiminyaka yakutshanje, ezinye iifreyimu zetsimbi zeTV eziphakamileyo ziye zamkela iglosi ephezulu.CNC millingitekhnoloji, kunye neenkqubo ze-anodizing kunye ne-brush zenza i-TV igcwele imfashini kunye nobukhali bezobuchwepheshe.
5. Anodizing
I-Anodizing yinkqubo ye-electrochemical oxidizes isinyithi okanye i-alloys. Ngethuba le nkqubo, i-aluminium kunye ne-alloys yayo iphuhlisa ifilimu ye-oxide xa umbane wombane usetyenziswa kwi-electrolyte ethile phantsi kweemeko ezithile. I-Anodizing iphucula ubulukhuni bomphezulu kunye nokunganyangeki kwe-aluminiyam, yandisa ubomi bayo benkonzo, kwaye iphucula umtsalane wobuhle bayo. Le nkqubo iye yaba yinxalenye ebalulekileyo yonyango lomphezulu we-aluminiyam kwaye ngoku yenye yezona ndlela zisetyenziswa kakhulu kwaye ziyimpumelelo ezikhoyo.
6. I-anode yemibala emibini
I-anode enemibala emibini ibhekisa kwinkqubo yokuthambisa imveliso ukusebenzisa imibala eyahlukileyo kwiindawo ezithile. Nangona obu buchule bemibala mibini bokwenza i-anodizing bunqabile ukuba busetyenziswe kushishino lukamabonakude ngenxa yokuntsokotha kunye neendleko eziphezulu, umahluko phakathi kwale mibala mibini uphucula imveliso yezinga eliphezulu nenkangeleko eyodwa.
Kukho izinto ezininzi ezinegalelo ekuguqulweni kokulungiswa kwamalungu e-aluminium, kubandakanya iipropathi zezinto eziphathekayo, ukumila kwenxalenye, kunye neemeko zemveliso. Izizathu eziphambili ze-deformation ziquka: uxinzelelo lwangaphakathi olukhoyo kwi-blank, imikhosi yokusika kunye nobushushu obuveliswa ngexesha lokucoca, kunye nemikhosi eyenziwa ngexesha lokudibanisa. Ukunciphisa olu tshintsho, imilinganiselo yenkqubo ethile kunye nezakhono zokusebenza zinokuphunyezwa.
Amanyathelo enkqubo yokunciphisa ukuguqulwa kokulungiswa
1. Ukunciphisa uxinzelelo lwangaphakathi olungenanto
Ukuguga kwendalo okanye okwenziwayo, kunye nokunyangwa kwe-vibration, kunokuncedisa ukunciphisa uxinzelelo lwangaphakathi olungenanto. Ukulungiswa kwangaphambili kukwayindlela esebenzayo yale njongo. Kwindawo engenanto enentloko etyebileyo kunye neendlebe ezinkulu, i-deformation ebonakalayo inokwenzeka ngexesha lokucubungula ngenxa yomda omkhulu. Ngokucutshungulwa kwangaphambili kweengxenye ezingaphezulu kweendawo ezingenanto kunye nokunciphisa umda kwindawo nganye, asikwazi ukunciphisa ukuguqulwa okwenzekayo ngexesha lokucubungula okulandelayo kodwa nokunciphisa uxinzelelo lwangaphakathi olukhoyo emva kokulungiswa kwangaphambili.
2. Ukuphucula ukukwazi ukusika isixhobo
Izinto zesixhobo kunye neeparamitha zejometri zichaphazela kakhulu amandla okusika kunye nokushisa. Ukukhetha isixhobo esifanelekileyo kubalulekile ukunciphisa ukuguqulwa kwamalungu.
1) Ukhetho olufanelekileyo lwesixhobo seeparamitha zejometri.
① I-engile yokukhwela:Ngaphantsi kwemeko yokugcina amandla e-blade, i-rake angle ikhethwe ngokufanelekileyo ukuba ibe nkulu. Ngakolunye uhlangothi, inokugaya i-edge ebukhali, kwaye ngakolunye uhlangothi, inokunciphisa i-deformation yokusika, yenza ukukhutshwa kwe-chip kube lula, kwaye ngaloo ndlela kunciphise amandla okusika kunye nobushushu bokusika. Kuphephe ukusebenzisa izixhobo ze-engile ezingalunganga.
② I-engile yangasemva:Ubungakanani be-angle yangasemva bunempembelelo ngokuthe ngqo ekugqokeni kobuso besixhobo sangasemva kunye nomgangatho womgangatho owenziwe ngomatshini. Ukusika ubukhulu yimeko ebalulekileyo yokukhetha i-angle yangasemva. Ngexesha lokugaya, ngenxa yesantya esikhulu sokutya, umthwalo onzima wokusika, kunye nokuveliswa kobushushu obuphezulu, iimeko zokutshatyalaliswa kobushushu besixhobo ziyafuneka ukuba zilungile. Ngoko ke, i-angle yangasemva kufuneka ikhethwe ukuba ibe yincinci. Ngexesha lokugaya, umda kufuneka ube bukhali, ukungqubuzana phakathi kobuso besixhobo sangasemva kunye nomgangatho owenziwe ngomatshini kufuneka kuncitshiswe, kwaye i-elastic deformation kufuneka incitshiswe. Ngoko ke, i-angle yangasemva kufuneka ikhethwe ukuba ibe nkulu.
③ i-engile ye-Helix:Ukuze wenze ukugaya kube lula kunye nokunciphisa amandla okugaya, i-angle ye-helix kufuneka ikhethwe ibe nkulu ngokusemandleni.
④ Eyona engile yokuphambuka:Ukunciphisa ngokufanelekileyo i-angle yokuphambuka ephambili kunokuphucula iimeko zokutshatyalaliswa kobushushu kunye nokunciphisa ubushushu obuphakathi kwendawo yokucubungula.
2) Phucula isakhiwo sesixhobo.
Nciphisa inani leMilling Cutter yamazinyo kunye nokwandisa isithuba seChip:
Kuba izixhobo ze-aluminiyam zibonisa iplastiki ephezulu kunye nokuguqulwa okubalulekileyo kokusika ngexesha lokucubungula, kubalulekile ukudala indawo enkulu ye-chip. Oku kuthetha ukuba iradiyasi ye-chip groove ephantsi kufuneka ibe nkulu, kwaye inani lamazinyo kwi-milling cutter kufuneka lincitshiswe.
Ukusila kakuhle kwamazinyo okusika:
Ixabiso loburhabaxa bemida yokusika amazinyo okusika kufuneka libe ngaphantsi kweRa = 0.4 µm. Ngaphambi kokusebenzisa i-cutter entsha, kuyacetyiswa ukuba ucofe ngokucokisekileyo ngaphambili nangasemva kwamazinyo okusika ngelitye le-oyile elicolekileyo amaxesha amaninzi ukuphelisa nayiphi na i-burrs okanye iipateni ezincinci zesawtooth ezishiywe kwinkqubo yokulola. Oku akuncedi kuphela ekunciphiseni ubushushu bokusika kodwa kunciphisa ukusika i-deformation.
Lawula ngokungqongqo iMigangatho yokuNxitywa kweSixhobo:
Njengoko izixhobo ziphela, uburhabaxa bomphezulu bomsebenzi buyanda, iqondo lobushushu lokusika liyenyuka, kwaye i-workpiece inokubandezeleka ngenxa yokwanda kokuguqulwa. Ke ngoko, kubalulekile ukukhetha izixhobo zesixhobo ezinokuxhathisa okugqwesileyo, kwaye uqinisekise ukuba ukunxiba kwesixhobo akudluli kwi-0.2 mm. Ukuba ukunxiba kudlula lo mda, kunokukhokelela ekubunjweni kwe-chip. Ngexesha lokusika, iqondo lokushisa lomsebenzi kufuneka ligcinwe ngokubanzi ngaphantsi kwe-100 ° C ukukhusela ukuguqulwa.
3. Phucula indlela yokubamba ye-workpiece. Kwizixhobo zokusebenza ze-aluminiyam ezinodonga olucekethekileyo ezinokuqina okubuthathaka, ezi ndlela zilandelayo zokubambelela zingasetyenziselwa ukunciphisa ukonakala:
① Kwiindawo ezibhityileyo ezinodonga olucekethekileyo, ukusebenzisa i-chuck enemihlathi emithathu yokuzimela okanye i-spring collet ye-radial clamping ingakhokelela kuguquko lwesixhobo sokusebenza emva kokuba sikhululwe emva kokulungiswa. Ukunqanda lo mbandela, kungcono ukusebenzisa indlela yokuqinisa ubuso be-axial enika ubungqongqo obukhulu. Misa umngxuma ongaphakathi inxalenye, ukudala threaded ngokusebenzisa-mandrel, kwaye uyifake kumngxuma ongaphakathi. Emva koko, sebenzisa i-cover plate ukuze ubambe ubuso bokugqibela kwaye ukhusele ngokuqinileyo nge nut. Le ndlela inceda ukukhusela i-clamping deformation xa kusetyenzwa isangqa sangaphandle, iqinisekisa ukuchaneka okwanelisayo.
② Xa kusetyenzwa icwecwe elineentsimbi ezicekethekileyo, kuyacetyiswa ukuba kusetyenziswe ikomityi yokufunxa ivacuum ukuze ufumane amandla okubamba asasazwe ngokufanayo. Ukongezelela, ukusebenzisa isixa esincinci sokusika kunokunceda ukukhusela ukuguqulwa kwendawo yokusebenza.
Enye indlela esebenzayo kukugcwalisa ingaphakathi le-workpiece nge-medium ukuze kuphuculwe ukuqina kwayo. Ngokomzekelo, i-urea enyibilikayo ene-3% ukuya kwi-6% ye-nitrate ye-potassium inokugalelwa kwi-workpiece. Emva kokucutshungulwa, i-workpiece inokuntywiliselwa emanzini okanye utywala ukuze ichithe isigcwalisi kwaye emva koko uyithulule.
4. Ulungiselelo olufanelekileyo lweenkqubo
Ngexesha lokusika ngesantya esiphezulu, inkqubo yokugaya ihlala ivelisa ukungcangcazela ngenxa yezibonelelo ezinkulu zomatshini kunye nokusika okuphakathi. Oku kungcangcazela kunokuchaphazela kakubi ukuchaneka koomatshini kunye noburhabaxa bomphezulu. Ngenxa yoko, iInkqubo yokusika isantya esiphezulu se-CNCyahlulahlulwe ngokwesiqhelo ngokwezigaba ezininzi: ukurhabaxa, ukugqiba ngesiqingatha, ukucocwa kwe-engile, kunye nokugqiba. Kwiindawo ezifuna ukuchaneka okuphezulu, ukugqiba isiqingatha sesibini kunokufuneka ngaphambi kokugqiba.
Emva kwenqanaba elirhabaxa, kuyacetyiswa ukuba uvumele amalungu ukuba apholile ngokwemvelo. Oku kunceda ukuphelisa uxinzelelo lwangaphakathi oluveliswa ngexesha lokuqhaqha kunye nokunciphisa i-deformation. Isibonelelo somatshini esishiywe emva kokurhabaxa kufuneka sibe sikhulu kunotshintsho olulindelekileyo, ngokubanzi phakathi kwe-1 ukuya kwi-2 mm. Ngexesha lokugqiba, kubalulekile ukugcina isibonelelo somatshini ofanayo kwindawo egqityiweyo, ngokuqhelekileyo phakathi kwe-0.2 ukuya kwi-0.5 mm. Oku kufana kuqinisekisa ukuba isixhobo sokusika sihlala sikwimeko ezinzileyo ngexesha lokucubungula, okunciphisa kakhulu ukusika i-deformation, ukuphucula umgangatho womhlaba, kunye nokuqinisekisa ukuchaneka kwemveliso.
Izakhono zokusebenza ukunciphisa ukuguqulwa kokulungiswa
Amalungu e-aluminiyam ayagqwesa ngexesha lokucubungula. Ukongeza kwezi zizathu zingasentla, indlela yokusebenza nayo ibaluleke kakhulu kumsebenzi wokwenene.
1. Kwiindawo ezinezibonelelo ezinkulu zokucubungula, ukucutshungulwa kwe-symmetrical kucetyiswa ukuba kuphuculwe ukutshatyalaliswa kobushushu ngexesha lokucoca kunye nokukhusela ukugxilwa kobushushu. Umzekelo, xa kusetyenzwa i-90mm yeshiti elishinyeneyo ukuya kutsho kwi-60mm, ukuba icala elinye ligaywe ngoko nangoko emva kwelinye, imilinganiselo yokugqibela inokubangela ukunyamezelana okucaba kwe-5mm. Nangona kunjalo, ukuba ukutya okuphindaphindiweyo kusetyenziswa indlela yokucubungula i-symmetrical processing, apho icala ngalinye lenziwe ngomatshini ukuya kubukhulu balo bokugqibela kabini, i-flatness ingaphuculwa kwi-0.3mm.
2. Xa kukho ii-cavities ezininzi kwi-sheet parts, akukhuthazwa ukuba kusetyenziswe indlela yokucubungula ngokulandelelana yokujongana nomgodi omnye ngexesha. Le ndlela inokukhokelela kumandla angalinganiyo kumalungu, okukhokelela kwi-deformation. Endaweni yoko, sebenzisa indlela yokusetyenzwa kwelayile apho yonke imingxuma kumqolo icutshungulwa ngaxeshanye ngaphambi kokuba udlulele kumaleko olandelayo. Oku kuqinisekisa ukusasazeka koxinzelelo kumalungu kwaye kunciphisa umngcipheko wokuguqulwa.
3. Ukunciphisa amandla okusika kunye nokushisa, kubalulekile ukulungisa inani lokusika. Phakathi kwamacandelo amathathu omlinganiselo wokusika, ukubuyisela umva kuchaphazela kakhulu amandla okusika. Ukuba isibonelelo somatshini sigqithise kwaye amandla okusika ngexesha lokudlula elinye liphezulu kakhulu, kunokukhokelela ekuguqulweni kwamacandelo, kuchaphazela kakubi ukuqina kwesixhobo sokuphotha somatshini, kunye nokunciphisa ukuqina kwesixhobo.
Ngelixa ukunciphisa isixa sokusika umva kunokuphucula ixesha elide lesixhobo, kunokuthoba ukusebenza kakuhle kwemveliso. Nangona kunjalo, ukugaya ngesantya esiphezulu kwi-CNC machining kunokulungisa ngokufanelekileyo lo mbandela. Ngokunciphisa inani lokusika umva kunye nokwandisa ngokuhambelanayo izinga lokutya kunye nesantya sesixhobo somatshini, amandla okusika anokwehliswa ngaphandle kokuphazamisa ukusebenza kakuhle komatshini.
4. Ukulandelelana kwemisebenzi yokusika kubalulekile. Umatshini orhabaxa ugxile ekwandiseni ukusebenza kakuhle komatshini kunye nokunyusa izinga lokususwa kwezinto ngeyunithi yexesha. Ngokuqhelekileyo, ukubuyisela umva kusetyenziswa kwesi sigaba. Kwi-milling reverse, izinto ezingaphezulu ukusuka kumphezulu ongenanto zisuswe ngesantya esiphezulu kwaye ngexesha elifutshane kunokwenzeka, ngokufanelekileyo ukwenza iphrofayili yejometri yesiseko kwinqanaba lokugqiba.
Kwelinye icala, ukugqiba kubeka phambili ukuchaneka okuphezulu kunye nomgangatho, okwenza ukugaya kube yindlela ekhethwayo. Kwi-milling ephantsi, ubukhulu bokusikwa buyancipha ngokuthe ngcembe ukusuka kophezulu ukuya kwi-zero. Le ndlela inciphisa kakhulu ukuqina komsebenzi kwaye inciphisa ukuguqulwa kwamalungu asebenza ngoomatshini.
5. Izixhobo zokusebenza ezinodonga olucekethekileyo zihlala zifumana i-deformation ngenxa yokubambelela ngexesha lokucubungula, umngeni oqhubekayo nakwixesha lokugqiba. Ukunciphisa le deformation, kuyacetyiswa ukuba ukhulule isixhobo sokudibanisa ngaphambi kokuba ubungakanani bokugqibela buphunyezwe ngexesha lokugqiba. Oku kuvumela i-workpiece ukuba ibuyele kwisimo sayo sokuqala, emva koko inokuphinda ihlaziywe ngobumnene-yanele kuphela ukubamba i-workpiece kwindawo-ngokusekelwe kwimvakalelo yomqhubi. Le ndlela inceda ukufezekisa iziphumo ezifanelekileyo zokusebenza.
Isishwankathelo, i-clamping force kufuneka isetyenziswe ngokusondeleyo ngokunokwenzeka kwindawo exhasayo kwaye iqondiswe ecaleni kwe-axis eyomeleleyo ye-workpiece. Ngelixa kubalulekile ukuthintela i-workpiece ukuba ingakhululeki, amandla okubamba kufuneka agcinwe asezantsi ukuqinisekisa iziphumo ezizezona zilungileyo.
6. Xa ulungisa iindawo ezinemingxuma, kunqande ukuvumela isisiki sokusila singene ngokuthe ngqo kwizinto eziphathekayo njengoko kusenziwa i-drill bit. Le ndlela inokukhokelela kwisithuba se-chip esaneleyo somsiki wokusila, okubangela iingxaki ezifana nokususwa kwetshiphu engaguqukiyo, ubushushu obugqithisileyo, ukwanda, kunye nokuwa kwetshiphu enokubakho okanye ukwaphuka kwamacandelo.
Endaweni yoko, okokuqala, sebenzisa i-drill bit enobungakanani obufanayo okanye obukhulu kune-cutter yokusika ukwenza umngxuma wokuqala wokusika. Emva koko, i-milling cutter isetyenziselwa imisebenzi yokugaya. Kungenjalo, unokusebenzisa isoftware yeCAM ukuvelisa inkqubo yokusika i-spiral yomsebenzi.
Ukuba ufuna ukwazi ngakumbi okanye ukubuza, nceda uzive ukhululekile ukuqhagamshelanainfo@anebon.com
Ubungcali beqela le-Anebon kunye nokuqonda ngenkonzo kuncede inkampani ukuba ifumane igama elihle phakathi kwabathengi kwihlabathi liphela ngokunikezela ngexabiso elifikelelekayo.CNC Machining iindawo, CNC ukusika iinxalenye, kunyeCNC latheiindawo zomatshini. Eyona njongo iphambili ye-Anebon kukunceda abathengi bafezekise iinjongo zabo. Inkampani ibisenza iinzame ezinkulu zokudala imeko yokuphumelela kubo bonke kwaye iyakwamkela ukuba ubajoyine.
Ixesha lokuposa: Nov-27-2024