Ukusetyenzwa kwee-Alloys zeTitanium nge-CNC

Iialoyi zetayitaniyam zifumene udumo njengeentsimbi “zexesha lasemajukujukwini” ngenxa yomdibaniso wazo obalaseleyo weempawu, nto leyo ezenza zibe yimfuneko kakhulu kusetyenziso olukumgangatho ophezulu kumashishini ahlukeneyo. Nangona iimpawu zazo ezizodwa zibonelela ngeenzuzo ezinkulu, zikwazisa nemingeni eyahlukileyo ekusebenzeni nge-CNC, efuna ulwazi olukhethekileyo, iindlela, kunye nezixhobo. Eli nqaku linika isishwankathelo esibanzi sokusebenza nge-CNC kweialoyi zetayitaniyam, siquka iimpawu zazo eziphambili, iigradi eziqhelekileyo, imingeni yokusebenza, ezona ndlela zilungileyo, usetyenziso, kunye neenkalo ezinxulumeneyo ekufuneka ziqwalaselwe.

Iimpawu eziphambili neenzuzo ze-alloys ze-titanium

Ii-alloys zeti-taniyam zibalasele ngenxa yezakhiwo zazo ezigqwesileyo ezizenza zifunwe kakhulu kwizicelo ezibaluleke kakhulu:

• Umlinganiselo Ongaqhelekanga Wamandla NobunzimaIinxalenye zeti-tanyiyam zikhuphisana namandla okutsaleka eentsimbi ezithile, ngelixa zine-ubunzima obumalunga nesiqingatha—zine-ubunzima obungange-40% kuphela ngaphezulu kwe- I-aluminiyam kwaye i-40% ilula ngaphezu kwentsimbi—nto leyo eyenza zifaneleke kumashishini apho ukunciphisa ubunzima kubaluleke kakhulu ngaphandle kokwenza umonakalo kubuqiniso besakhiwo.
• Ukomelela okugqwesileyo ekugqweniI-Titanium yenza umaleko we-oxide okhuselayo xa ibethwe ngumoya, onokuzilungisa ngokwawo, nto leyo eyenza ukuba ikwazi ukumelana nokugqwala okubangelwa ngamanzi olwandle, iikhemikhali, kunye neemeko zokusingqongileyo ezirhabaxa. Olu phawu luyenza ibe lukhetho oluphambili kusetyenziso lwaselwandle, ekulungisweni kweekhemikhali, nakwizicelo zaselwandle.
• Ukuhambelana nomzimbaNgenxa yokuba ayinatyhefu kwaye iyahambelana nezicubu zomntu, iialoyi zetitaniyam zikhuthaza i-osseointegration (ukudibana kwamathambo nezixhobo ezifakelwayo), nto leyo eyenza zisetyenziswe kakhulu kwizixhobo zonyango namazinyo.
• Ukomelela kubushushu obuphezuluNgenxa yokuba inqaku layo lokunyibilika liphezulu, ititaniyam igcina amandla ayo nozinzo lwayo nakwiimeko zamaqondo obushushu agqithisileyo, nto leyo eyenza ilungele iinjini zejethi, iinxalenye zeerokethi, kunye nezixhobo zoshishino ezimelana nobushushu obuphezulu.
• Ukukwazi ukuphinda kusetyenzisweI-Titanium iyaphinda isetyenziswe ngokupheleleyo, nto leyo ehambelana neendlela zokuvelisa ezizinzileyo ngelixa igcina iimpawu zayo ezingundoqo.

IiGrade zeTitanium eziqhelekileyo zokuSila nge-CNC

I-Titanium ifumaneka kwiigreyidi ze-ASTM eziphantse zibe ngama-40, kuquka i-titanium ecocekileyo yorhwebo (Iigreyidi 1–4) kunye nee-alloys ze-titanium (Iigreyidi 5 nangaphezulu), nganye yazo ilungiselelwe usetyenziso oluthile:

• Iklasi yoku-1 (Engenankunkuma, Inomoya-mpilo omncinci): Inika ukumelana okugqwesileyo nokugqwala, ukomelela okuphezulu ekubethweni, nokulula ukwenziwa ngoomatshini, nangona ingomelelanga njengezinye iindidi. Iindawo zokusetyenziswa ziquka ukuqhutywa kweekhemikhali, izitshintshi-bushushu, iinkqubo zokukhupha ityuwa emanzini, amalungu eemoto, izakhelo zeenqwelomoya, kunye nezixhobo zonyango.
• Iklasi yesi-2 (Engenankunkuma, inomlinganiselo oqhelekileyo we-oksijini): Iqinile ngaphezu kweGreyidi 1, inokumelana okukhulu nokugqwala, iyakwazi ukusongwa kakuhle, ukubunjwa, ukudityaniswa ngokuwelda, nokusikwa ngoomatshini. Isetyenziswa kwizakhelo zeenqwelomoya, iinjini zeenqwelomoya, ukucocwa kwe-hydrocarbon, izixhobo zaselwandle, izixhobo zonyango, kunye nokwenziwa kwe-chlorate.
• Iklasi yesi-3 (Isinyithi esingenasixamnye, esinomlinganiselo ophakathi we-oksijini)Kunzima ngakumbi ukuyibumba kuneGrade 1 ne-2, kodwa inomthamo ophezulu wamandla nokumelana nokugqwala, kwaye kulula ukuyisebenza ngomatshini. Ixhaphakile kusetyenziso lwezophapho-nxweme, ezolwandle, nezonyango.
• Iklasi yesi-4 (Isinyithi esingenatyhefu, esinomoya-mpilo omninzi)Oyena womeleleyo phakathi kweendidi zetitaniyam emsulwa, enokumelana nokugqwala okugqwesileyo. Ifuna izantya zokufaka eziphezulu, izantya ezicothayo, kunye nokuhamba okuphezulu kwezinto ezipholisayo ngenxa yokuba inzima ukuyisebenza ngomatshini. Iisicelo zayo ziquka izikhongozeli zeqryojini, izitshintshi-bushushu, iihayidroliki, izakhelo zeenqwelomoya, izixhobo zotyando, kunye nezixhobo zaselwandle.
• Iklasi yesi-5 (Ti6Al4V): Eyona alloy yetitani isetyenziswa kakhulu (eyenza malunga nesiqingatha sokusetyenziswa kwetitani ehlabathini), idityaniswe ne-6% aluminium kunye ne-4% vanadium. Ilinganisa ukumelana okukhulu nomhlwa kunye nokukwazi ukwenziwa iimilo ezintle kodwa inzima ukusebenza ngayo ngomatshini. Ilungele izakhiwo ze-airframe, iinjini zeenqwelomoya, ukuveliswa kwamandla, izixhobo zonyango, izixhobo zaselwandle/ezingaphandle komhlaba, kunye ne-hydraulics.
• Iklasi yesi-6 (Ti5Al-2.5Sn)Ibonisa ukukwazi ukushunyayelwa kakuhle, uzinzo, namandla kumaqondo obushushu aphezulu kunye namandla aphakathi kwi-alloys zeti-tani-yamu. Isetyenziswa ekubambeni igesi elulwelo/izisululeli kwiirokethi, kwizakhelo zeenqwelomoya, kwiinjini zejethi, nakwizithuthi zasemajukujukwini.
• Iklasi yesi-7 (Ti-0.15Pd): Ihlala ithathwa njengecocekileyo kodwa inezixa ezincinci zepalladium, inika ukumelana nokugqwala okugqwesileyo, ukukwazi ukudityaniswa kakuhle, kunye nokukwazi ukubunjwa (nangona inamandla aphantsi kunezinye iialoyi). Isetyenziswa kwiinkqubo zekhemikhali nakwizixhobo zokuvelisa iinxalenye.
• Iklasi ye-11 (Ti-0.15Pd): Ifana neGrade 7 enokumelana nokugqwala okugqwesileyo, i-ductility, kunye nokukwazi ukubunjwa kodwa yomelele ngakumbi. Isetyenziswa kwi-desalination, elwandle, kunye neenkqubo zokuvelisa i-chlorate.
• Iklasi ye-12 (Ti0.3Mo0.8Ni): Inika amandla aphezulu kumaqondo obushushu aphezulu, ukulungela ukudityaniswa kakuhle, nokumelana nomhlwa kodwa iduru kunezinye iialoyi. Ilungele iinkqubo ze-hydrometallurgical, iinxalenye zeenqwelomoya/zolwandle, kunye nezitshintshi-bushushu.
• Iklasi yama-23 (Ti6Al4V-ELI): Inika amandla amakhulu okwenziwa iimilo ezahlukeneyo, ukuqhunyizeka, ukomelela oluhle ekuqhekekeni, kunye nokuhambelana okugqibeleleyo nomzimba, kodwa inzima ukusebenza ngayo ngomatshini. Isetyenziswa kakhulu kwizixhobo zokulungisa amazinyo, iipini/izikrufu zonyango lwamathambo, izibophelelo zotyando, kunye neekhebula zonyango lwamathambo.

Imingeni ekusebenzeni nge-CNC kweentsimbi ezixutyiweyo zeti-tani-yamu

Ngaphandle kweenzuzo zazo, iialoyi zetitaniyam zibangela imingeni ekhethekileyo efuna iindlela ezikhethekileyo:

• Ukuhamba okucothayo kobushushuI-Titanium ikhupha ubushushu kancinci, nto leyo ebangela ukuba kubekho ukwanda kobushushu kwindawo ethile ngexesha lokusebenza ngomatshini. Oku akukhawulezisi nje ukuguga kwezixhobo kuphela, kodwa kukwabeka emngciphekweni wokugoba kwento esetyenzwayo, ukuqina kwayo ngenxa yokusebenza ngomatshini, kwanokubakho komlilo.
• Ukuthambekela ekuqiniseni umsebenzi: Le nto iyajiya ngokukhawuleza xa ichotshelwa, nto leyo eyenza ukuchotshela okulandelayo kube nzima ngakumbi kwaye yonyuse uxinzelelo kwisixhobo.
• Ukuguquguquka nokungcangcazelaUkomelela kweTitanium kufihla ukuguquguquka kwayo, nto leyo enokubangela ukungcangcazela (ukutshikitshiza) ngexesha lokusetyenzwa koomatshini. Oku kufuna iinkqubo zokubamba umsebenzi ezomeleleyo kunye nemisetyenzelo yoomatshini ezizinzileyo ukuze kugcinwe ukuchaneka.
• Isiphaluka Esikrakra Nomphetho Oqokelelweyo (BUE)Ubunjani be-titanium obunamathelayo, ingakumbi kwiindidi ezicocekileyo zorhwebo, buyibangela ukuba inamathele kwizixhobo zokucheba, nto leyo edala i-BUE kunye nokukrwela. Oku kuphazamisa ukusebenza kokucheba, kunciphisa ubomi besixhobo, kwaye konakalisa ukugqitywa komphezulu.
• Ukuguga kwezixhoboUkuqina nokukhuhla kweTitanium kukhokelela ekonakaleni kwesixhobo ngokukhawuleza, nto leyo efuna izixhobo eziqinileyo nezigqunyiweyo.

Iinkqubo Zokuqhuba Imashini, Amacebiso Nobuchule

Ukonqoba ezi ngxaki nokuqinisekisa iziphumo ezikumgangatho ophezulu, ezi ndlela zokusebenza zibalaseleyo zilandelayo ziyimfuneko:

Ukukhetha Izixhobo Nokuqaba

• Sebenzisa izixhobo zokucheba ezenziwe nge-carbide eyomeleleyo okanye i-steel ekhawulezayo (HSS) egqunyiweyo, enomxube we-tungsten, i-carbon, kunye ne-vanadium, ekwaziyo ukugcina ubulukhuni bayo kude kufike kuma-600℃.
• Khetha iicoating zezixhobo ezenzelwe ukusebenza ngetytaniyam, ezifana neTitanium Aluminum Nitride (TiAlN), Aluminum Titanium Nitride (AlTiN Nano), okanye iTitanium Carbo-Nitride (TiCN). Ezi coating zakha ilayitha yokhuselo ye-oxide kumaqondo obushushu aphezulu, zinciphisa ukudluliselwa kobushushu, ziphucula ukutyibilika, kwaye zithintela ukukrwela. I-HVTI End Mill ye-HLW (eyenzelwe ukuGaya okusebenza kakhulu) kunye nokugqunywa nge-Aplus zizikhetho ezigqwesileyo zokuphucula ubomi besixhobo nokusebenza kwaso.

Ukubamba kunye noZinzo

• Sebenzisa iinkqubo zokubamba umsebenzi eziqinileyo nezikhuselekileyo ukunciphisa ukugobeka nokungcangcazela kwento esetyenzwayo. Phepha ukusika okuphazanyiswayo kwaye ugcine isixhobo sisihamba ngalo lonke ixesha sixhumene nento esetyenzwayo—ukuhlala ixesha elide emingxunyeni eqingqiweyo okanye ukuma kufutshane neendonga ezinemilo ethile kubangela ubushushu obugqithisileyo nokuguga kwesixhobo.
• Sebenzisa i-end mill enomgca-phakathi omkhulu, nciphisa ukujinga phakathi kwempumlo ye-spindle nencam yesixhobo, kwaye ugcine ukutya nesantya zihambelana ukuze unciphise ukungcangcazela.

Ukupholisa nokuthambisa

• Sebenzisa i-coolant eninzi enoxinzelelo oluphezulu, enobutyebi obugqwesileyo neziphumo ezipholileyo (umz., ii-coolant ezisekelwe kwi-emulsion) ukusasaza ubushushu, ukukhupha iichips, nokuthintela i-BUE kunye ne-galling. Yijolise imisinga ye-coolant ngqo kwindawo yokusika ukuze ufumane iziphumo ezigqwesileyo.

Iindlela Zokusebenza Nge-Machine kunye Neeparamitha

• Sebenzisa i-climb milling (endaweni ye-conventional milling) ukunciphisa ukudluliselwa kobushushu kwisixhobo esisetyenzwayo. I-climb milling ivelisa amachips aqala eminyene aze abe mancinane, nto leyo enceda ukusasazwa kobushushu kumachips kwaye iqinisekisa ukusikwa okucocekileyo.
• Sebenzisa isantya esiphantsi sokucheba (ngokuqhelekileyo iimitha eziyi-18–30 ngomzuzu / iinyawo eziyi-60–100 ngomzuzu) kunye nezantya eziphezulu zokutyhala kunye nemithwalo emikhulu yeentsalana ukuze kuncitshiswe ukwakheka kobushushu nokuqina okubangelwa kukusebenza. Lungelelanisa isantya ngokusekelwe kudidi lwetayitaniyam, kwizixhobo, nakukuqina komatshini.
• Kwiindawo zokungena nezokuphuma, yijikelezise isixhobo ngobunono kwimathiriyeli okanye usebenzise iichamfers ukonyusa okanye ukunciphisa uxinzelelo kancinci kancinci, nto leyo enciphisa ukothuka kwesixhobo nokukrazuka kwemathiriyeli.
• Sebenzisa izixhobo ezinobubanzi obuncinci ukwandisa ukufikelela komoya nesipholisi, nto leyo evumela umphetho osikayo ukuba uphole phakathi kokusika.
• Yenza lula iijometri ezintsonkothileyo kuyilo lwezixhobo (umz., iiradiyasi ezinkulu, ubukhulu bodonga obungaguquguqukiyo, ukuphepha iipokotho ezinzulu) ukuze wenze lula ukusebenza ngomatshini kwaye unciphise uxinzelelo lwesixhobo.

Iinxalenye zokuqwalaselwa koyilo

• Sebenzisa isoftware ye-CAD/CAM (umz., idityaniswe nezixhobo zokulinganisa ezifana ne-ANSYS) ukuyila iinxalenye ngokuchanekileyo nokuvelisa iindlela zezixhobo. Izixhobo zokubamba nezikhokelo eziyilwe kakuhle zibaluleke kakhulu ekugcineni uzinzo nokuchaneka.
• Dibanisa imigaqo yoYilo oluJoliswe kuMveliso (DFM)—i-HLW inika ingxelo ye-DFM (enokuqhutywa yi-AI kunye nabantu) ukuphucula uyilo lwezixhobo ukuze zisebenze kakuhle, zibe semgangathweni, kwaye zingabizi mali ininzi.

Iindlela zokusetyenziswa kwezixhobo zeTitanium ezenziwe nge-CNC

Iinxalenye zetayitaniyam ezenziwe nge-CNC zibaluleke kakhulu kumashishini amaninzi afuna kakhulu:

• Ezomoya nezomkhathi: Ngoyena msebenzisi mkhulu wetayitaniyam, isetyenziswa kwiinxalenye zezihlalo zeenqwelomoya, iishafthi, iinxalenye zeturbine, iivalvu, iinkqubo zokuvelisa ioksijini, iisakhelo zeenqwelomoya, kunye neenxalenye zeerokethi. Ubunzima bayo obuphantsi nokumelana kwayo okuphezulu nobushushu kwenza ukuba kugcinwe amafutha kwaye kusebenze kakuhle kwisantya esingaphezulu kwesomoya.
• Ezokwelapha kunye neyamazinyoIialoyi zetayitaniyam ezihambelana nomzimba zisetyenziswa ekutshintshweni kwamalungu angama-hip/knee/elbow/shoulder, kwizikrufu zamathambo/ezamazinyo/zomqolo, kwiintonga zokuzinzisa umqolo, kwizifakelo zentloko yethanga, kwiipini ze-orthopedic, kwiisiteyipili zotyando, nakwiikhowuni/iibriji/izifakelo zamazinyo.
• Umkhosi nokhuselo: Iyasetyenziswa kwizixhobo zomkhosi zasemoyeni, iimijukujelwa, izixhobo zomkhosi ezidubulayo, izikhephe ezingaphantsi kolwandle, izithuthi zomhlaba (ukukhusela kwimibethulo), nakwizixhobo zaselwandle.
• Ezomkhosi waselwandle: Ilungele iishafthi zeepropela zokukhupha amanzi olwandle, izixhobo zokukhupha ubutyebi obungaphantsi kolwandle, i-rigging, iirobhothi zasemanzini, izitshintshi-bushushu zaselwandle, iipropela, kunye neenkqubo zemibhobho—kusetyenziswa ukumelana kwayo nomhlwa kunye nokuba lula kwayo.
• Ezemoto: Isebenziselwa ukunciphisa ubunzima nokusetyenziswa kwamafutha, kwaye ifumaneka kwiivalvu, kwiintambo zevalvu, kwiipini zepiston zenjini, kwizibambi, nakwii-piston zebrake caliper.
• Iimpahla zabathengi: Ifumaneka kwizixhobo zemidlalo (iintonga zegalufa, izakhelo zeebhayisikile, iintonga zebhola yaseMelika, iirakethi zetenis, izixhobo zokukhempisha) nakwizinto zokuhomba (iiwotshi, izakhelo zeeglasi, amacici omtshato, iintsimbi) ngenxa yokuba ilula kwaye inomtsalane.
• Ukuqhutywa kweekhemikhali: Iyasetyenziswa kwizitshintshi-bushushu, kwiinkqubo zokukhupha ityuwa emanzini, nakwamalungu ezixhobo zokuvelisa ngenxa yokumelana kwayo nokugqwetheka.

Iinketho zokugqibezela umphezulu

Ugqibo lwephezulu lwenza ukuba iinxalenye zetayitaniyam ezenziwe ngoomatshini be-CNC zisebenze ngcono, zihlale ixesha elide, kwaye zibukeke zintle:

• Uku-anodisa: Ukhetho oluxhaphakileyo olonyusa ukumelana nomhlwa, lunciphisa ukunyuka kobunzima, lunciphisa ukukhuhlana, kwaye luphucula inkangeleko.
• Ugqibo lwezomatshiniUkukrolisa, ukugrumba ngamarhona, nokubhrasha ukunciphisa ukurhawuzelela kumphezulu nokufumana imbonakalo efunwayo.
• Izigalelo: Ugalelo lwe-PVD, ugalelo lomgubo, ukhroming, kunye ne-electrophoresis ukuze kukhuselwe ngcono kwaye kusebenze ngcono.
• Ezinye iindlela zonyango: Ukupeyinta ukuze kulungiswe inkangeleko. I-HLW inikezela ngeendlela ezifika kwezintandathu zokulungisa emva kokuveliswa, eziquka i-bead blasting, i-powder coating, ukugrumba okugudileyo, kunye nokupolisha.

Imiba yezoqoqosho

Ixabiso eliphezulu lethayitaniyam (ngenxa yemigangatho engqongqo yomgangatho kunye nemfuno ekhulayo) lufuna uphuculo lobuchule lweendleko:

• Thelekisa amaxabiso etayitaniyam nezinye iindlela (umz., intsimbi, ialuminiyam) kwizicelo ezingabalulekanga kakhulu.
• Phucula ubomi besixhobo, ixesha lokusebenza ngomatshini, kunye nokusetyenziswa kwezinto ukuze unciphise inkunkuma.
• Landela kwaye unciphise iindleko ezinxulumene nezixhobo zokusebenza, isipholisi, umsebenzi, amandla, kunye nolawulo lwenkunkuma.
• Sebenzisa ukuba lixesha elide nokuqina kwe-titanium ukuze wonge iindleko zexesha elide. Inethiwekhi ye-HLW yeematshini zokugaya nezokujika ezingaphezu kwe-1,600 iqinisekisa amaxabiso akhuphisanayo kunye nemveliso esebenzayo kwiiodolo ezincinci nezintsonkothileyo.

Amanyathelo OkuKhuseleka kunye neMigangatho yeShishini

Iindlela Zokhuseleko

• Nxiba izixhobo zokuzikhusela (i-PPE) ukunciphisa iingozi ezivela kwiintsalela ezibhabhayo, kulwelo olupholisayo, nakwiingozi zomlilo.
• Landela iinkqubo ezifanelekileyo zokuphatha nokugcina izinto zetayitaniyam, izipholisi, kunye neentsalana zokugaya.
• Phumeza amanyathelo okuthintela umlilo nezicwangciso zokuphendula kwimeko kaxakeka, kuba ubushushu obugqithisileyo bunokubangela ingozi yomlilo.
• Yenza ulondolozo lwematshini rhoqo kwaye uqeqeshe abasebenzisi iindlela ezikhuselekileyo zokusebenzisa imatshini.
• Lahla iichips zetytaniyam, isipholisi, kunye nenkunkuma ngokufanelekileyo ukuqinisekisa ukhuseleko lwendawo yokusebenza nokuthotyelwa kwemigaqo yendalo.

Imigangatho yeShishini neziQinisekiso

Ukuqinisekisa umgangatho nokuthembeka, ukwenziwa kwe-CNC yetayitaniyam kuthobela imigangatho engqongqo yeshishini kunye nezatifikethi:

• Imigangatho ye-ASTM: ASTM B265 (istripu/ishiti/ipleyiti yetayitaniyam), ASTM F136 (isixhobo sokutyandwa sovakalelo i-Ti6Al4V ELI), ASTM F1472 (isixhobo sokutyandwa sovakalelo i-Ti6Al4V).
• Imigangatho ye-ISO: ISO 5832-2 (izifakelo zetayitaniyam engadityanisiwanga), ISO 5832-3 (izifakelo zodityaniso lwe-Ti6Al4V), ISO 9001 (iinkqubo zolawulo lomgangatho), ISO 13485 (ulawulo lomgangatho wezixhobo zonyango).
• Imigangatho ye-SAE: SAE AMS 4911 (ishiti/umcu/ipleyiti ye-Ti6Al4V efudunyezwe).
• IzitifiketiI-AS9100 (ulawulo lomgangatho kwezophapho, isithuba, nokhuselo) ibaluleke kakhulu kwizixhobo ze-aerospace.

Iinkonzo zika-HLW zokuSila nge-CNC zee-Alloys zeTitanium

I-HLW ibonelela ngeenkonzo ezipheleleyo zokuqhuba i-CNC kwizinyibiliki zetayitaniyam, isebenzisa izixhobo zale mihla (i-3-axis ne-5-axis CNC yokugaya, yokujika, yokuqhuba imingxuma, neyokwandisa imingxuma) kunye nobuchule ukuze ihambise iinxalenye ezikumgangatho ophezulu ngamaxesha okugqiba umsebenzi akhawulezayo (ngokuqhelekileyo ngaphantsi kweentsuku ezili-10). Amandla ethu aquka:

• Ukusila okukhethekileyo kweeGrade zeTitanium eziyi-1–5, 7, 11, 12, 23, kunye nezinye iialoyi.
• Ingxelo ye-DFM (ye-AI nabantu kwangoko) yokuphucula iidizayini zezixhobo ukuze zikwazi ukwenziwa, zibe nexabiso elifanelekileyo, kwaye zibe nomgangatho ophezulu.
• Uluhlu lweendlela zokugqibezela umphezulu ukuhlangabezana neemfuno zokusebenza nezobuhle.
• Ukuthotyelwa kwemigangatho yeshishini (ASTM, ISO, SAE) kunye nezatifikethi (ISO 9001, AS9100, ISO 13485) kwizicelo ezibaluleke kakhulu.
• Amaxabiso akhuphisanayo kunye nomthamo wemveliso oguquguqukayo wokwamkela ii-odolo ezincinci kunye neemilo ezintsonkothileyo ezinomlinganiselo oqinileyo wokunyanyuka (±0.125mm / ±0.005″).

Ukuqalisa, layisha ifayile yakho ye-CAD (.STL) kwiqonga le-HLW ukuze ufumane ikowuti kwangoko. Ngemibuzo, qhagamshelana nathi ku-18664342076 okanye ku-info@helanwangsf.com. I-HLW izinikele ekukuncedeni ukuba wenze umsebenzi kunye nokulungisa imingeni yokusebenza nge-titanium nge-CNC, kwaye ikuzisela iziphumo ezigqwesileyo kwiiprojekthi zakho ezifuna umgudu omkhulu.