Intwasahlobo yesithsaba seCrown yeGun yokutshaja iimoto, iTorsion Spring, kunye ne-End Cap

Intwasahlobo yesithsaba seCrown yeGun yokutshaja iimoto, iTorsion Spring, kunye ne-End Cap

 

Ukuchaneka Phantsi Koxinzelelo: Njani I-Ansix I-Tech ichaza ngokutsha umqolo wobunjineli beziseko zokutshaja ze-EV

 

Kwimeko eguquka ngokukhawuleza yokwenziwa kwezithuthi zombane (EV), ukukhanya kudla ngokukhanya ngakumbi kwitekhnoloji yebhetri kunye neenkqubo zesoftware. Sekunjalo, kwiinjineli kunye neengcali zokuthenga ezinikwe umsebenzi wokuzisa ezi zithuthi kwimarike, uvavanyo lokwenyani lokuthembeka luhlala lukwii-micro-mechanics—izinto eziqinisekisa uqhagamshelo lomzimba, ukhuseleko, kunye nokuqina. Njengoko imakethi ye-EV yehlabathi isiya kwiyunithi ezilindelekileyo ezingama-30 ezigidi ngonyaka ekupheleni kweminyaka elishumi, imfuno yezixhobo zokutshaja ezisebenza kakuhle ayizange ibe yeyona nto ibaluleke kakhulu. Embindini wale hardware kukho izinto ezintathu ezichanekileyo: iCrown Spring, iTorsion Spring, kunye ne-End Cap.

 

Kule candelo libalulekileyo kodwa libalulekileyo, inkampani enye isebenzisa phantse iminyaka engamashumi amathathu yobuchule bokuvelisa ukusombulula imingeni eqhubekayo kushishino enxulumene neendleko, umgangatho, kunye nokukhula. I-Ansix Tech, ingcali kuyilo kunye nokuveliswa kwezixhobo zemipu yokutshaja iimoto, iqalise uhlengahlengiso olupheleleyo lweprojekthi kwezi ndawo zithile, isebenzisa indlela edityaniswe ngokuthe nkqo eqala ekukhetheni izinto eziluhlaza kunye nohlalutyo lokuhamba kwesikhunta ukuya kwimveliso enkulu kunye nokuqinisekiswa kwendibano.

 

Ngamava angaphezu kweminyaka engama-28 yokuvelisa, i-Ansix Tech ayingomthengisi nje kuphela; liqabane elinobuchule elijongene nokuhlangabezana neemfuno ezingqongqo. imigangatho yecandelo leemoto. Eli nqaku liza kujonga ubuchwephesha bobunjineli, iiprotokholi zokuqinisekisa umgangatho, kunye neendlela zokunciphisa iindleko ezicwangcisiweyo ezichaza indlela ye-Ansix Tech kwi-Automotive Charging Gun Crown Springs, Torsion Springs, kunye ne-End Caps—ebonisa indlela inkampani enikezela ngayo ukuthembeka kunye nexabiso kuyo yonke i-lifecycle yemveliso.

 

Isiqalo seProjekthi: Ubunjineli be-Interface

Ukuqaliswa kweprojekthi yezinto zokutshaja izixhobo zezibhamu kwi-Ansix Tech kuqala ngokuqaphela okubalulekileyo: ezi nxalenye azizo nje izakhiwo; ziyindlela yokukhusela. Isibhamu sokutshaja siphantsi kweemeko ezibi kakhulu zendalo—ukuguquguquka kobushushu ukusuka kwi--40°C ukuya kwi-85°C, ukuchatshazelwa yimitha ye-UV, impembelelo yoomatshini, kunye nohlobo lokubola kwetyuwa kunye nokufuma.

 

Xa i-Ansix Tech iqalisa iprojekthi yezi zinto, inkqubo idlula ngaphaya kokukopishwa nje kwefayile ye-CAD yomthengi. Iqela leenjineli zenkampani libandakanyeka kuhlalutyo oluqinileyo lwe-Design for Manufacturability (DFM). KwiCrown Springs—ebonelela ngamandla oqhagamshelwano abalulekileyo ngaphakathi kwendlela yokutshixa umpu—kunye neTorsion Springs—eqinisekisa imisebenzi yokhuseleko yokubuyela ekhaya yelatch—umngeni ophambili kukuhlanganiswa kwesinyithi kunye neplastiki phantsi komthwalo onamandla.

 

Isigaba sokuqalisa iprojekthi ye-Ansix Tech sigxile ekunciphiseni "ixabiso elinzima" kwasekuqaleni. Ngokuhlalutya isicelo esicetywayo somthengi, iqela lobunjineli lichonga amathuba okudibanisa iindawo, ukuphucula ukusetyenziswa kwezinto, kunye nokwenza lula ukuhlanganiswa. Umzekelo, endaweni yokuphatha iCrown Spring kunye nezindlu zayo njengezinto ezahlukeneyo, i-Ansix Tech idla ngokucebisa. Ukugquma ngaphezulu izisombululo okanye iijometri ezilungisiweyo ze-snap-fit ​​ze-End Caps ezisusa imisebenzi yesibini, zinciphisa ngokuthe ngqo iBill of Materials (BOM) yomthengi kunye neendleko zomsebenzi.

 

Isayensi yezinto eziphathekayo: Isiseko sokuthembeka

Ukusebenza kwesibhamu sokutshaja kulawulwa zizinto ezikhethiweyo zokwakha. I-Ansix Tech yahlulahlula ngokukhetha ngononophelo izinto eziluhlaza, isebenzisa amanqanaba athile kunye nezinto ezidityanisiweyo ukuhlangabezana novavanyo lwe-UL 94 V-0 lokutsha, ukhuseleko lokungena kwe-IP67, kunye nobomi bokudinwa koomatshini obufunekayo kumawaka emijikelo yokudibana.

 

KwiCrown Springs kunye neTorsion Springs, nangona ezi zihlala ziyizinto zesinyithi, ukubandakanyeka kwe-Ansix Tech kuhlala kubandakanya ukuhlanganiswa kwezi zinyithi kwiindlu zeplastiki. Nangona kunjalo, xa ingxoxo ijika kwi-End Caps kunye neendawo zokukhusela ezisebenzisana nezipringi, ukukhethwa kwezinto kuba yinto ebalulekileyo. I-Ansix Tech isebenzisa ngokuyintloko i-thermoplastics yobunjineli esebenza kakhulu, ngakumbi:

 

I-Polybutylene Terephthalate (PBT) eneGlass Fiber Reinforcement (PBT-GF30): Kwimiqolo yokuphela kwesakhiwo kunye neendawo ezifuna uzinzo oluphezulu kunye nokumelana neekhemikhali. I-Ansix Tech idla ngokukhetha imiqolo efana ne-PBT 30% GF V0, ehlangabezana nomgangatho oqinileyo we-UL 94 V-0 wokudanyaza ilangatye. Uphawu oluthile lwale miqolo kukufunxwa kwayo okuncinci komswakama (

 

I-Polyamide (PA66) ene-Impact Modifiers: Kwizinto ezifana ne-latch mechanism esebenzisana ne-Torsion Spring, i-Ansix Tech isebenzisa i-PA66 ene-25-30% yefayibha yeglasi yokuqinisa. Nangona kunjalo, ukusombulula ingxaki eqhelekileyo yokuqhekeka kwiindawo ezibandayo, inkampani ichaza amabakala aguqulweyo (i-PA66-IM) agcina i-ductility kwi--40°C. Ulwakhiwo oluthile luqinisekisa ukuba i-Torsion Spring isebenzisa uxinzelelo oluqhubekayo ngaphandle kokuqhekeza amanqaku e-anchor yeplastiki ngaphezulu kwemijikelo yokuqhuba eyi-10,000+.

 

I-Polyoxymethylene (POM): Kwiindawo ezishukumayo zangaphakathi ezidibana nezipringi, i-POM (Acetal) ikhethwa ngenxa yokunyamezela kwayo ukudinwa okuphezulu, i-coefficient ephantsi yokungqubana, kunye nokumelana okuhle kakhulu nokuqhekeka. I-Ansix Tech isebenzisa amanqanaba aphezulu okuxinana ukuqinisekisa ukuwelda okuqinileyo kwiijiyometri ezintsonkothileyo.

 

Kwizipringi zesinyithi ngokwazo, i-Ansix Tech isebenzisana nekhonkco layo lokubonelela ukuze ichaze i-Stainless Steel SUS301 yeCrown Springs, exabiseke ngamandla ayo aphezulu kunye nokukwazi kwayo ukugcina uxinzelelo phantsi kokujika okuphindaphindiweyo, kunye ne-SUS304 yeTorsion Springs, ekhethwe ngenxa yokuxhathisa kwayo ukugqwala okuphezulu kunye neempawu ezingezizo zemagnethi, ukuqinisekisa ukuba ipringi ayiphazamisi izinzwa zokhuseleko lwemagnethi yompu.

 

Ubunjineli Bokubumba: Apho Ukuchaneka Kudibana Nomlinganiselo

Utshintsho ukusuka kwiprototype ukuya kwimveliso enkulu kulapho uninzi lweeprojekthi zokuvelisa lungasebenzi khona. Kwizinto ezifana nee-charging gun End Caps kunye nee-spring housings, ezine-geometries ezintsonkothileyo, iindonga ezibhityileyo, kunye nokunyamezelana okuqinileyo (ngokuqhelekileyo ±0.02mm), i-mold yeyona nto iphambili kwimpumelelo. Uyilo lwe-mold lwe-Ansix Tech kunye nobuchule bokuvelisa bumele eyona nto iphambili kwixabiso layo.

 

Uhlalutyo lokuHamba kweMold (DFM) kunye nendawo yeSango

Ngaphambi kokuba kunqunyulwe nayiphi na intsimbi, i-Ansix Tech yenza uHlalutyo olupheleleyo lweMold Flow. Kwisivalo sokugqibela sesibhamu sokutshaja, uhlalutyo lugxile ekususeni imigca ye-weld—isiphene esibalulekileyo esibeka emngciphekweni ubulungisa besakhiwo kunye nobuhle. Ngokulinganisa inkqubo yokujova, i-Ansix Tech iphucula iindawo zesango.

 

Kwezi zinto, inkampani idla ngokusebenzisa iinkqubo ze-hot runner ezinee-valve gates. Isigqibo sokusebenzisa ii-valve gates sisicwangciso; sivumela "i-sequential valve gating," esusa imigca ye-weld kwiindawo ezinoxinzelelo oluphezulu ezijikeleze ii-anchors ze-Torsion Spring. Uhlalutyo lwe-Mold Flow lukwaqikelela ii-air traps kunye ne-warpage enokubakho. Kwii-End Caps ezinkulu ezine-complex curvature, uhlalutyo luqinisekisa ukuba i-fiber orientation yezinto ze-PBT-GF30 ihambelana necala loxinzelelo loomatshini, ithintela ukuguqulwa kwe-post-mold okunokubangela ukutywinwa okubi kwindibano yokugqibela.

 

Uyilo lweNkqubo yokuPholisa: Ixesha loMjikelo oLimiselweyo

Ukuncitshiswa kweendleko ekubumbeni ngenaliti kuxhomekeke ngokuthe ngqo kwixesha lomjikelo. Uyilo lwe-mold lwe-Ansix Tech lubeka phambili iinkqubo zokupholisa eziphambili ukuze kufezekiswe ukuqina okukhawulezayo nokulinganayo. Kwii-molds ezine-cavitation ephezulu (ngokuqhelekileyo i-8, 16, okanye i-32 cavities zezixhobo ze-charging gun eziphezulu), inkampani isebenzisa ukupholisa okuguquguqukayo apho kunokwenzeka khona—iitshaneli zokupholisa eziprintiweyo ze-3D ezilandela umda wenxalenye.

 

Kwimibhobho yemveli eyenziwe ngomatshini we-CNC, iqela lobunjineli liyila ngononophelo ii-baffles kunye nee-spiral cooling inserts ukuze zijolise kwiindawo ezixineneyo, njenge-boss apho i-Torsion Spring ifakwa khona. Injongo kukufikelela kumaqondo obushushu okukhupha ngaphakathi kwemizuzwana eli-15-25 kwizinto ezincinci ukuya kweziphakathi. Ngokunciphisa ixesha lokupholisa nge-15-20%, i-Ansix Tech idlulisela ukonga okukhulu kweendleko kumthengi, ukubonakaliswa ngokuthe ngqo kokunciphisa "indleko ezinzima" ngokusebenzisa ukusebenza kakuhle.

 

Iinkqubo zeRunner kunye ne-Ejection

Inkqubo ye-runner yenye indawo yokuphucula. I-Ansix Tech isebenzisa iinkqubo ze-cold runner kwi-End Caps ezikumgangatho weempahla ukugcina iindleko zezixhobo ziphantsi, kodwa kwiiprojekthi zeemoto ezinomthamo omkhulu, ityala imali kwiinkqubo ze-hot runner ukususa inkunkuma ye-runner, ukunciphisa ukwehla koxinzelelo, kunye nokuphucula umgangatho wokunyibilika.

 

Iinkqubo zokukhupha umoya kwezi zinto zifuna ubuchule obukhethekileyo. Iindawo zompu zokutshaja zihlala zineempawu ezibuthathaka—iimbambo ezibhityileyo zokulungelelanisa intwasahlobo okanye iindlela zokuvala amanzi ukuze zingangeni manzi. I-Ansix Tech isebenzisa indibaniselwano yeepleyiti ze-stripper kwii-End Caps ezinkulu ukuqinisekisa amandla okukhupha umoya alinganayo ngaphandle kokugoba, kunye neendlela zokutyibiliza kwiindlela zokucima amanzi ezintsonkothileyo. Kwizakhiwo zangaphakathi ezihlala iCrown Spring, uyilo lwesikhunta ludla ngokubandakanya izixhobo zokuphakamisa ezintsonkothileyo ezirhoxayo ngaphambi kokuba zikhuphe umoya, ukuqinisekisa ukuba i-geometry ethambileyo ayonakaliswa.

 

Indlela yokusebenza yokuvelisa kunye noomatshini bokubumba

Ukwenziwa kwezi molds zichanekileyo yinkqubo enamanqanaba amaninzi esebenzisa uluhlu lwezixhobo eziphambili ezixabisa i-$10 yezigidi. Umsebenzi owenziwa kwivenkile ye-mold ye-Ansix Tech ulandela inkqubo engqongqo:

 

Umatshini Onzima: Ukusebenzisa oomatshini bokugaya be-CNC abakhawulezayo, iziseko zokubumba kunye neengqokelela ziyacolwa, nto leyo eshiya i-0.3mm yesitokhwe sokugqiba. Eli nqanaba lisebenzisa izixhobo ze-carbide ezenzelwe intsimbi eqinileyo.

 

Unyango Lobushushu: Izixhobo zesikhunta ezenzelwe umthamo ophezulu wokugalela (ii-shots ezingaphezu kwama-50,000) zinyangwa ngobushushu be-vacuum. Kwizixhobo ezenziwe ngentsimbi yesixhobo se-S136 (Stavax) okanye i-H13—ezikhethwe ngenxa yobunzima bazo obuphezulu, ukumelana nokugqwala, kunye nokupholishwa kwazo—ubulukhuni ekujoliswe kubo yi-48-52 HRC. Oku kuqinisekisa ukuba isikhunta sinokumelana nobunzima bezinto ezizaliswe yiglasi (PBT-GF30) kwizigidi zemijikelo ngaphandle kokuguguleka.

 

Ukugqiba ngokuchanekileyo: Iziko loomatshini be-CNC eline-axis ezintlanu lisebenzisa ijiometri yokugqibela, kuquka imingxunya enzima yezihlalo zeCrown Spring. Ukugqitywa komphezulu kubaluleke kakhulu; umngxunya womphezulu wokutywina we-End Cap upholishwe kwi-SPI (Society of the Plastics Industry) A-2 ukuqinisekisa ukuba inxalenye ebunjiweyo ifikelela kwitywina le-IP67 elifunekayo kwi-gasket yesibhamu sokutshaja.

 

I-EDM (uMatshini wokukhupha umbane): Ukuze ufumane iinkcukacha ezintsonkothileyo, ezifana nokugoba okuncinci kwendawo yokubamba kwi-End Cap okanye iimbambo ezincinci ezikhokela i-Torsion Spring, i-Ansix Tech isebenzisa i-sinker EDM ene-graphite electrodes. Le nkqubo ivumela ukwenziwa kweekona zangaphakathi ezibukhali kunye neimbambo ezinzulu ezingenakuphunyezwa ngokugaya okuqhelekileyo.

 

Ukwazi iNkqubo yokuBumba ngeSitofu

Xa isikhunta siqinisekisiwe, ingqwalasela itshintshela kwinkqubo yokubumba ngenaliti. Kulapho amava e-Ansix Tech eminyaka engama-28 eguqulela khona umgangatho obonakalayo kunye nokusebenza kakuhle.

 

Imingeni yoBugcisa kunye noQinisekiso

Izixhobo zesibhamu sokutshaja i-injection molding zizisa imingeni yobugcisa eyahlukileyo. Eyona ixhaphakileyo yi-flash—izinto ezigqithisileyo ezivuzayo ukusuka kumgca wokuhlukana. Ngenxa yoxinzelelo oluphezulu lwe-injection olufunekayo ukuhambisa ii-polymers ezizaliswe yiglasi kwiindonga ezibhityileyo (ngokuqhelekileyo ukusuka kwi-1.5mm ukuya kwi-2.5mm kwi-End Caps), ukugcina i-clamp tonnage kunye nokuthembeka kwe-mold kubaluleke kakhulu. I-Ansix Tech isebenzisa izifundo ze-process capacity (Cpk) ngexesha lokuqinisekiswa, ijolise kwi-Cpk engaphezulu kwe-1.33 kwiimilinganiselo ezibalulekileyo ezifana nobubanzi bangaphakathi besihlalo seCrown Spring kunye nendawo yemingxuma ye-Torsion Spring pivot.

 

Omnye umceli mngeni obalulekileyo ngamandla omgca we-weld. Kwi-Torsion Spring housing, umgca we-weld obuthathaka unokubangela ukungaphumeleli okukhulu ngexesha lokuvuselelwa kwentwasahlobo. I-Ansix Tech isombulula oku ngokubumba okushushu kakhulu (amaqondo obushushu anyibilikisiweyo alungiselelwe uhlobo oluthile lwe-PBT okanye i-PA66) kunye neeprofayili zokufaka ezikhawulezayo ezinyanzela i-flow fronts ukuba ihlangane phantsi koxinzelelo, ukuqinisekisa ukuxinana kwe-molecular kumgca we-knit.

 

Ukuphuculwa kweNkqubo ukuze kusebenze kakuhle kwaye kulawulwe iindleko

I-Ansix Tech isebenzisa indlela eqhutywa yidatha yokwenza ngcono inkqubo. Le nkampani isebenzisa imigaqo yokuvelisa yeSystem 48, imisela iinkqubo ezisemgangathweni kuzo zonke iimatshini ukuqinisekisa ukuba isikhunta esifanayo sivelisa iindawo ezifanayo nokuba sifakwe kweyiphi na inkcenkce.

 

Amaqhinga okuphucula angundoqo aquka:

 

Ukulinganisela iHot Runner: Ukulungisa kakuhle iprofayili yobushushu yenkqubo ye-hot runner ukuqinisekisa ukuhambelana kwe-cavity-to-cavity. Kwi-mold ye-8-cavity ye-End Caps, umahluko wobunzima phakathi kwamalungu ugcinwa ungaphantsi kwe-0.5%.

 

Ukuhlanganiswa kweZenzekelayo: Ukuze kuncitshiswe iindleko zomsebenzi kwaye kuphuculwe ukuhambelana, i-Ansix Tech isebenzisa iingalo zerobhothi ze-SPINEA ukuze zisuswe inxalenye. Kwindibano ye-Torsion Spring, ezi robhothi zihlala zidityaniswa noomatshini bokufaka abazenzekelayo, zibeka intwasahlobo kwi-mold ngaphambi kwenkqubo yokugquma, zisusa inyathelo lesibini lokuhlanganisa.

 

Ukubumba Okudityanisiweyo: Le nkampani isebenzisa inkqubo yokubumba okudityanisiweyo (ngokukodwa, ukupakisha kwenqanaba lesibini) ukwahlula ukuzaliswa kwiphakheji. Oku kuvumela ulawulo oluchanekileyo malunga nokuncitshiswa kwevolumu, ukuqinisekisa ukuba ubuso bokuvala be-End Cap buhlala bukwimeko emiselweyo, nokuba kukho ifayibha yeglasi ephezulu.

 

Uqinisekiso loMgangatho: Ukuqinisekiswa Okungqongqo Kweemfuno Zeemoto

Kwicandelo leemoto, umgangatho awunakuxoxiswana ngawo. Inkqubo yolawulo lomgangatho ye-Ansix Tech isebenza ngokuhambelana nemigangatho ye-IATF 16949, iqinisekisa ukuba yonke inkqubo, ukusuka kwizinto eziluhlaza ukuya ekuthunyelweni, iyahlolwa kwaye ilawulwa.

 

KwiCrown Springs, Torsion Springs, kunye ne-End Caps, inkqubo yokuqinisekisa umgangatho iphelele:

 

Uhlolo lweNqaku lokuQala (i-FAI): Emva kokuvunywa kwesikhunta, kwenziwa i-FAI epheleleyo. Yonke imilinganiselo ekumzobo ilinganiswa kusetyenziswa iiCoordinate Measuring Machines (CMM) kunye nee-optical comparators. Kwi-Torsion Spring, i-torque curve iqinisekiswa kusetyenziswa abavavanyi be-torsion abazenzekelayo ukuqinisekisa ukuba i-spring inika amandla achanekileyo afunekayo ukubandakanya nokukhupha i-latch ye-charging gun—ngesiqhelo phakathi kwe-0.3 Nm kunye ne-0.7 Nm, kuxhomekeke kwisicelo.

 

Uvavanyo loMjikelo woBomi: Ukuqinisekisa ukuqina, i-Ansix Tech yenza uvavanyo lobomi olukhawulezileyo ngaphakathi. I-Torsion Spring assembly ijikeleziswa nge-robotic actuator imijikelo eyi-10,000 ukuya kwi-20,000 ngelixa iphantsi kobushushu obuphezulu kwigumbi lobushushu. I-Crown Spring ivavanywa ukuwohloka kokumelana noqhagamshelwano emva kokucinezelwa okuphindaphindiweyo.

 

Uvavanyo loxinzelelo lwendalo: Ii-End Caps zivavanyelwa i-IP67 (ukuntywiliselwa kwimitha e-1 yamanzi imizuzu engama-30) ukuqinisekisa ukuthembeka kwesitywina. Zikwachaphazeleka kwi-UV ngokwe-ISO 4892-2 ukuqinisekisa ukuba akukho mbala uphelayo okanye ukuwohloka komphezulu okunokuchaphazela i-ergonomics yesibhamu sokutshaja.

 

Ukupakishwa, Ukuhanjiswa, kunye noQinisekiso loMthamo

Ingxaki ekuvelisweni kwemveliso inokubangela ukuba umgca wokudibanisa womthengi ungasebenzi kakuhle. I-Ansix Tech inciphisa lo mngcipheko ngokucwangcisa amandla obuchule kunye nothutho.

 

Ukwandisa amandla emveliso, inkampani isebenzisa izixhobo ezintathu zokuvelisa ezizinikeleyo ezineemishini zokubumba inaliti ezili-175 zizonke. Kwiiprojekthi zezibhamu zokutshaja ezinomthamo omkhulu, i-Ansix Tech igcina imigca yemveliso "yeseli" ezinikeleyo. Ezi seli ziquka oomatshini bokubumba inaliti abadityaniswe neenkqubo zokuhlanganisa ezizenzekelayo kunye nokupakisha ngokukodwa kwiinxalenye zeCrown Spring okanye End Cap zomthengi. Oku kwahlulwa kuqinisekisa ukuba ishedyuli yemveliso yomthengi ayichaphazeleki zezinye iiprojekthi.

 

Ukupakishwa kuthathwa njengolwandiso lolawulo lomgangatho. Kwizinto ezinobuthathaka ezifana neTorsion Springs (enokubamba) kunye nePrecision End Caps (enokukrwela), i-Ansix Tech isebenzisa iitreyi ezichasene ne-static ezenziwe ngokwezifiso kunye nokupakishwa okuvaliweyo nge-vacuum. Ukupakishwa kwenzelwe ukuba "kulungele umgca," oko kuthetha ukuba umthengi angazikhetha iitreyi aze azondle ngqo kwimigca yakhe yokuhlanganisa irobhothi ngaphandle kokupakishwa kwakhona, nto leyo enciphisa iindleko zomsebenzi zangaphakathi zomthengi.

 

Indlela yokusebenza yokuhanjiswa ngokukhawuleza yinkqubo ehambelanayo: ukuqinisekiswa kwezinto eziluhlaza (kusetyenziswa ii-spectrometers ukuqinisekisa umgangatho wezinto), ukujonga imveliso ngokuzenzekelayo (nge-MES—Manufacturing Execution System), ukuhlolwa kombono ngokuzenzekelayo kwe-100% kwiimilinganiselo ezibalulekileyo (ezifana nokuba khona kunye nokujongwa kweCrown Spring), kwaye ekugqibeleni, ukuthunyelwa ngexesha elifanelekileyo (JIT) kulungelelaniswe namanqanaba empahla yomthengi.

 

Ukusombulula Iingxaki Zabathengi: Ukunciphisa Iindleko Ezinzima

Kuyo yonke le nkqubo intsonkothileyo—ukusuka ekukhethweni kwezinto eziluhlaza ukuya ekuhanjisweni kokugqibela—umxholo odibanisayo we-Ansix Tech wexabiso kukunciphisa “iindleko ezinzima” kubathengi. Oku akufezekiswa ngokuncama umgangatho, kodwa ngobuchule bobunjineli kwimveliso nakwinkqubo.

 

Kwiprojekthi yakutshanje ebandakanya isibhamu sokutshaja esikhawulezayo se-800V sesizukulwana esilandelayo, umthengi ujongene neendleko eziphezulu kakhulu ngenxa yendibano enzima efuna izinto ezine ezahlukeneyo zendlela yeTorsion Spring. Iqela lobunjineli le-Ansix Tech liphinde layihlaziya i-geometry ye-End Cap ukuze lidibanise i-spring housing kunye ne-latch pivot point ibe yinto enye, enemisebenzi emininzi. Ngokusebenzisa i-PA66 enamandla aphezulu, eguqulwe ngempembelelo kunye nokwenza ngcono i-mold ngenkqubo yokuphakamisa enzima ukwenza i-undercuts, inkampani isuse iindawo ezintathu ezahlukeneyo kwi-BOM yomthengi kunye namanyathelo amabini okuhlanganisa. Isiphumo saba kukunciphisa kwe-27% kwixabiso lilonke lokufika ngeyunithi nganye.

 

Ngokufanayo, kwisicelo seCrown Spring, umthengi wayejongene namazinga aphezulu okusilela ngenxa yokuphuma kwentwasahlobo ngexesha lokuhlanganiswa. I-Ansix Tech isombulule oku ngokuguqula uyilo lwesikhunta ukuze lubandakanye uphawu lokugcina ukuqhekeka kwisakhiwo seplastiki, kunye notshintsho kwizinto eziluhlaza zeCrown Spring ukusuka kwintsimbi engatyiwayo eqhelekileyo ukuya kwi-SUS301 exineneyo ene-surface coating ethile ukunciphisa ukungqubana. Oku akuphelisi nje kuphela ukusilela kwendibano kodwa kwaphucula ukuhambelana kwamandla okufakelwa kwentwasahlobo, kunciphisa amabango ewaranti kumthengi.

 

Isiphelo: Inzuzo yeminyaka engama-28

Kwihlabathi elinzima lokufakelwa kombane kwiimoto, izinto ezifana neCharging Gun Crown Springs, Torsion Springs, kunye ne-End Caps ziingcungcu ezingadunyiswanga eziqinisekisa ukhuseleko, ukuthembeka, kunye nolwaneliseko lwabasebenzisi. Ezi zinto zifuna iqabane lokuvelisa eliqondayo kungekuphela nje ukubumba ngenaliti, kodwa nokudibana okuntsonkothileyo kwesayensi yezinto eziphathekayo, ubunjineli boomatshini, kunye nokuveliswa okuchanekileyo okuphezulu.

 

I-Ansix Tech, enesiseko sayo seminyaka engama-28 kwimveliso, inika loo nto kanye. Ngokulawula lonke umjikelo wobomi—ukusuka kuyilo lweeprototype kunye noHlalutyo lokuhamba kweMold ukuya ekuvelisweni kwemold, ukulungiswa kokubumba ngenaliti, kunye nokuqinisekiswa kwendibano—le nkampani inika isisombululo esingenamthungo, esithembekileyo, nesingabizi kakhulu. Ingqwalasela yayo yesicwangciso ekunciphiseni iindleko ezinzima ngokulungiswa kwezinto, ukusebenza kakuhle kwenkqubo (njengokupholisa okuphambili kunye nokuziqhelanisa), kunye noyilo olutsha luqinisekisa ukuba abathengi bafumana izinto ezihlangabezana neemfuno ezingqongqo zemarike ye-EV yehlabathi ngaphandle kokudlula imida yohlahlo-lwabiwo mali.

 

Kwi-OEMs yeemoto kunye nababoneleli beTier 1 abajongana nobunzima be-EV supply chain, i-Ansix Tech imele njengeqabane elikwaziyo ukubonelela ngokuchanekileyo, ubungakanani, kunye nokuthembeka okufunekayo ukunika amandla ikamva lokuhamba—icandelo elinye elicwangciswe ngobuchule ngexesha.

 

 

 

I-Ansix Tech Co Ltd

Ukuba unezicwangciso ezinxulumene ne-Automotive Charging Gun Crown Spring, i-Torsion Spring, kunye ne-End Cap, ungaqhagamshelana nathi nangaliphi na ixesha. Siza kuguqula izimvo zakho zibe yinyani, sikuvumele ufezekise amaphupha akho, kwaye ufumane ii-odolo ezinkulu kwimarike. Ulwazi lwethu loqhagamshelwano luthi info@ansixtech.com. Okanye unxibelelane ne-CTO yethu, nge-imeyile: stephen@ansixtech.com

 

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