Umvelisi weePini, iiSockets, iiCrown Springs, iiTorsion Springs, iiSlanted Springs, kunye neeWire Springs zee-EV Charging Guns

Umvelisi weePini, iiSockets, iiCrown Springs, iiTorsion Springs, iiSlanted Springs, kunye neeWire Springs zee-EV Charging Guns

 

Ukuchaneka Phantsi Koxinzelelo: Njani I-Ansix Itekhnoloji ichaza ngokutsha izinto ezibalulekileyo kwiziseko zokutshaja ze-EV

 

Kwinkqubo ebanzi yokwenziwa kwezithuthi zombane (EV), umpu wokutshaja—okanye isixhumi—uhlala ungowona mbonakalo usengozini kakhulu emzimbeni kwaye ubaluleke kakhulu kumbane. Ngelixa iibhetri ze-lithium-ion kunye ne-electronics zamandla zilawula iindaba zeshishini, iiphini ezithobekileyo, amasokhethi, kunye nezipringi ezikwisixhumi kulapho irabha idibana khona nendlela. Ukusilela kube kanye kwipringi yesithsaba okanye i-millimeter yokuphambuka kwipringi yokutsalwa kwamandla kunokubangela ukutshaja kwe-arc, ukufudumala kakhulu, okanye ukusilela kweshaja okubi kakhulu.

 

Njengoko imakethi ye-EV yehlabathi ifuna isantya sokutshaja esikhawulezayo (uyilo lwe-800V kunye nemisinga ye-500A+) kunye nexesha elide lobomi bezixhobo, umda weempazamo ekuvelisweni kwezixhobo unciphile waya kufutshane ne-zero. Ngaphakathi kweli candelo liphezulu, i-Ansix Tech izenzele igama elihle kakhulu. Isebenzisa amava angaphezu kweminyaka engama-28 yemveliso, inkampani itshintshe ukusuka ekuvelisweni ngokuchanekileyo ukuya ekubeni yindawo enamandla ekhethekileyo yezixhobo zezibhamu zokutshaja ze-EV—ngakumbi iiphini, iisokhethi, iicrown springs, iitorsion springs, iisted springs, kunye neewire springs.

 

Eli nqaku liza kujonga indlela esebenza ngayo i-Ansix Tech yobunjineli, lihlola indlela inkampani eqhuba ngayo ubomi bayo obuntsonkothileyo ukusuka kuyilo lweeprotokholi ukuya kwimveliso enkulu, kunye nendlela enciphisa ngayo “iindleko ezinzima” zeemveliso kubathengi ngaphandle kokubeka emngciphekweni ukhuseleko olungqongqo. imigangatho imfuneko yokuhamba ngombane.

 

I-Anatomy yoQhagamshelwano: Ifilosofi yoQaliso lweProjekthi kunye noYilo

Uhambo lwesixhobo sombhobho wokutshaja we-EV luqala kudala ngaphambi kokuba kunqunyulwe isikhunta sokuqala. Kwi-Ansix Tech, ukuqaliswa kweprojekthi akupheleli nje ekufumaneni umzobo wobugcisa; yinkqubo yokubonisana ejolise ekudibaniseni isayensi yezinto ezibonakalayo neenyani zemarike.

 

Izibhamu ze-EV ezitshajayo zijongene nemeko eyahlukileyo: kufuneka zibe lula ngokwaneleyo ukuba zisetyenziswe imihla ngemihla ngabathengi kodwa zomelele ngokwaneleyo ukuba zikwazi ukumelana namawaka emijikelo yokudibana, amaqondo obushushu aphezulu, kunye nokuvezwa kumswakama kunye nezinto ezingcolisayo. Isigaba soyilo se-Ansix Tech sigxile kunxibelelwano phakathi kweepini zokuhambisa kunye neendlela zentwasahlobo ezigcina amandla oqhagamshelwano.

 

Ulungelelwaniso phakathi kwabathengi

Ngolwazi olungaphezulu kweminyaka engamashumi amabini lweziko, i-Ansix Tech izibeka njengolwandiso lwamasebe e-R&D abathengi bayo. Xa umthengi esondela kwingcamango ethile, i-Ansix Tech ivavanya imeko-bume yesicelo. Ngaba le yitshaja enamandla aphezulu epholisiweyo yolwelo kwiinqanawa zorhwebo okanye yitshaja yekhaya ye-AC eqhelekileyo? Impendulo iyalela ukukhethwa kwezinto kunye nokunyamezelana koomatshini ukususela ngomhla wokuqala.

 

Indlela inkampani eyisebenzisa ngayo iSlanted Springs kunye neTorsion Springs ingumzekelo woku. Ngokungafaniyo nezipringi zoxinzelelo eziqhelekileyo, izipringi ezislanted ezisetyenziswa kwizixhumi ze-EV kufuneka zinike amandla aqhelekileyo ahlala ixesha elide kubomi besixhumi ukuze zihlawulele ukwanda kobushushu kunye nokuguga. I-Ansix Tech isebenzisa i-Finite Element Analysis (FEA) ngexesha lesigaba soyilo ukuze ilingise izigidi zemijikelo yokufakelwa, iqinisekisa ukuba umda we-elastic wentwasahlobo awudluli ngexesha lomthwalo wobushushu ophezulu.

 

Isayensi yezinto eziphathekayo: Isiseko sokuthembeka

Amandla e-Ansix Tech okunciphisa iindleko ezinzima aqala ngokuphucula izinto. Le nkampani ayikhethi cala kwizixhobo ezibiza kakhulu; endaweni yoko, ikhetha izinto ezisekelwe kwiikhrayitheriya zokusebenza ezichanekileyo, ukulinganisela ukuhanjiswa kwemveliso, ukumelana nokugqwala, kunye namandla oomatshini.

 

Izinto eziluhlaza zeePini kunye neeSokhethi

Kwiipini zokuhambisa kunye neesokhethi, ii-alloys zekopolo zezona zinto ziphambili. I-Ansix Tech isebenzisa ikakhulu:

 

C18150 (Chromium Zirconium Copper): Le yimigangatho yegolide yezicelo ezinamandla aphezulu. Ngokwakheka kweekhemikhali ezimalunga ne-0.5-1.2% Cr kunye ne-0.03-0.3% Zr, ibhalansi yeCu, inika ubunzima obungaqhelekanga (ukuya kuthi ga kwi-80 HRB) kunye nokuqhuba okuphezulu (80% IACS). Le nto imelana nokukhululeka koxinzelelo kumaqondo obushushu aphezulu—ibalulekile kwiiphini zokutshaja ezikhawulezayo ze-DC ezinokudlula kwi-100°C.

 

I-C18200 (iChromium Copper): Isetyenziselwa ukusetyenziswa kwamandla aphakathi ukuya kwaphezulu apho umbane ophantsi kancinci (80% IACS) wamkelekile kodwa kufuneka ukumelana nokuguguleka okuphezulu.

 

I-C1100 (iCopper ye-Electrolytic Tough Pitch): Kwii-signal pin okanye kwii-AC ezisebenzisa amandla aphantsi apho uvakalelo lweendleko lubaluleke kakhulu, kusetyenziswa i-copper ecocekileyo, edla ngokugqunywa nge-nickel nesilivere ukuthintela i-oxidation.

 

Izixhobo zaseNtwasahlobo: Ukuchaneka kokuqina

Izipringi—isithsaba, i-torsion, i-slanted, kunye ne-wire—zifuna ukumelana nokudinwa okukhulu. I-Ansix Tech ifumana iintsimbi ezikhethekileyo ezingenasici kunye nee-alloys zobhedu:

 

I-SUS301 (Intsimbi Engagqwaliyo): Isetyenziswa kakhulu kwiipringi ezijikajikayo nezithe tyaba. Ulwakhiwo lweekhemikhali (malunga ne-16-18% Cr, 6-8% Ni, C ephantsi) luvumela ubushushu obahlukeneyo (1/2H, 3/4H, FH). I-Ansix Tech ifanisa ubushushu nomjikelo woxinzelelo ofunekayo, iqinisekisa ukuba ipringi igcina amandla okubamba ngaphandle kokunikezela kwiingxaki zokuqhekeka koxinzelelo kwiindawo ezifumileyo.

 

I-Beryllium Copper (C17200): Kwimithombo ye-crown kunye nemithombo ye-wire apho kufuneka khona umbane kunye namandla entwasahlobo ngaxeshanye. Nangona ibiza kakhulu, amandla ayo okulungiswa ngobushushu ukuya kubunzima obuphezulu (Rockwell C36-42) ngelixa ukugcina umbane kuyenza ibaluleke kakhulu kwiiphini ze-DC ezinamandla aphezulu. I-Ansix Tech ikhetha ngononophelo umgangatho ukuze ilinganise "ixabiso elinzima" lezinto eziluhlaza ngokuchasene neemfuno zokusebenza, idla ngokucebisa ezinye ii-alloys ze-copper-nickel-tin ezisebenza kakhulu xa iindleko okanye iimfuno zokuphatha ze-beryllium ziphezulu.

 

Ubunjineli bokwenziwa kwezinto: Uhlalutyo lokuhamba kweMold kunye neDFM

Enye yezona zinto zibalulekileyo ezibonelelwa yi-Ansix Tech yi-Design for Manufacturability (DFM) kunye ne-Mold Flow Analysis (MFA). Kwizinto zokutshaja ze-EV, ukubumbana kweepini kunye nokugqunywa kweesprings kulapho uninzi lokusilela kwemveliso lwenzeka khona.

 

Ukusetyenziswa kwe-Ansix Tech Umngundo oPhambili Isoftware ye-Flow yokulinganisa ukufakwa kwe-thermoplastics (ezifana ne-PC, i-PA66, okanye i-PBT) ezijikeleze izinto zesinyithi. Kwicandelo elifana nesokhethi ye-voltage ephezulu, unxibelelwano phakathi kwephini yesinyithi kunye nendlu yeplastiki kufuneka lube yi-hermetic.

 

Izinto ezibalulekileyo ekufuneka ziqwalaselwe ngexesha le-MFA ziquka:

 

Ukubekwa koMgca wokuWelda: Kwizipringi ezithe tyaba ezigcinwe ngaphakathi kwezigcini zeplastiki, uhlalutyo lokuhamba komngundo luchonga apho imingcele yokuhamba idibana khona. Ukuba umgca wokuwelda uvela kwindawo yokutshixa enoxinzelelo oluphezulu, inxalenye inokungaphumeleli ebaleni. I-Ansix Tech iguqula iindawo zesango ukuze ihambise le migca yokuwelda kwiindawo zoxinzelelo olungathathi cala.

 

Ukuguquka kwezinto ezifakwe kwi-Input Material: Xa kusenziwa ii-pin ezifakwe kwi-over-molding, ubushushu kunye noxinzelelo lweplastiki enyibilikisiweyo zinokususa i-insert yesinyithi okanye zonakalise izipringi zentambo ezihlanganisiweyo. Ii-simulations ze-Ansix Tech zijongana nee-thermal expansion coefficients (CTE) zombini ii-alloys ze-copper kunye neeplastiki zobunjineli ukuqinisekisa ukuba emva kokupholisa, i-pin ihlala i-coaxial kwaye i-spring igcina umthwalo wayo wangaphambili.

 

Ubugcisa Bokwenza Isikhunta: Izixhobo Zokwenza Ubungakanani Obuphezulu

Utshintsho ukusuka kuyilo ukuya kwimveliso enkulu luxhomekeke kumgangatho wesikhunta. Amava e-Ansix Tech eminyaka engama-28 abonakala kakhulu kwicandelo layo lokuvelisa isikhunta. Le nkampani isebenza ngomgaqo wokuba isikhunta esigqibeleleyo yindlela yokuphela kokunciphisa iindleko, njengoko isusa ukuguquguquka ngexesha lokusetyenziswa komthamo omkhulu.

 

Imingeni kwiMveliso kunye neMishini yeMold

Ubunzima bezinto zokutshaja ze-EV buxhomekeke kwijiyometri yazo. Umzekelo, izipringi ze-crown zifuna iinkcukacha ezintsonkothileyo ze-core kunye ne-cavity ukuze zenze isakhiwo esifana namaza esibonelela ngamachaphaza amaninzi okunxibelelana. Ukulungisa ezi nkcukacha kufuna iziko lokulungisa ze-CNC ezine-axis ezi-5 ezikwaziyo ukuchaneka kwinqanaba le-micron.

 

I-Ansix Tech ijongana nemingeni emithathu ephambili:

 

Ii-Undercuts kunye neeSlides: Ii-Torsion springs zihlala zifuna ii-housings zeplastiki ezine-undercuts ezintsonkothileyo ukuze zibambe imilenze ye-spring. I-Ansix Tech iyila iindlela ze-slide ezintsonkothileyo ezisebenza ngokungenasiphako kwizigidi zemijikelo, iqinisekisa ukuba i-mold ayibi yingxaki ekuvelisweni kwayo.

 

Ukukhukuliseka kwe-Electrode (EDM): Kwiimpawu ezincinci kakhulu okanye ezintsonkothileyo zoomatshini bendabuko—njengemijelo emincinci yemithombo ethe tyaba—i-Ansix Tech isebenzisa i-Electrical Discharge Machining (EDM) ekhawulezayo ene-graphite okanye i-copper electrodes. Ukuchaneka apha kulawula i-flash (iplastiki engaphezulu) kwinxalenye yokugqibela; akukho flash iyimfuneko ukuze imithombo ihambe ngokukhululekileyo.

 

Ukukhethwa kweNsimbi: Izinto zokubumba zikhethwa ngokusekelwe kubungakanani bemveliso obulindelekileyo kunye nokurhawuzelelwa kweplastiki esetyenzisiweyo.

 

I-S136 (Intsimbi Yomngundo Engagqwaliyo): Isetyenziselwa iindawo ezikhazimlayo kunye neenkuni ezimelana nokugqwala, ingakumbi xa kusetyenziswa iiplastiki ezithintela ilangatye ezikhupha iigesi ezirhabaxa.

 

Intsimbi yesixhobo se-H13 kunye ne-D2: Isetyenziselwa ii-cores kunye nemingxuma engagugiyo apho kufakwa khona i-nylon egcwele iglasi (PA66-GF). Iifayibha zeglasi zisebenza njengesiqholo; i-H13, eqinileyo ukuya kwi-48-52 HRC, iqinisekisa ukuba isikhunta sigcina ukuchaneka kobukhulu emva kokudubula okungaphezulu kwama-500,000.

 

Ukuphucula ukuhamba komsebenzi wokucubungula iMold

Umsebenzi we-Ansix Tech ulandela inkqubo engqongqo: Uhlolo loYilo → Ukukhethwa kweNsimbi → Umatshini oRhwaphilizayo → Unyango lobushushu → Ukugqiba ngokuchanekileyo (CNC/EDM) → Ukufakela → Ukuthunga → Ukuhlanganisa.

 

Inxalenye ebalulekileyo yale ndlela yokusebenza yiCooling System Design. Izixhobo zokutshaja ze-EV zihlala zibiyelwe ngodonga oluqinileyo ukuqinisekisa ukuqina, nto leyo edala iimpawu zokusinki ukuba zipholile ngokungalinganiyo. Iinjineli ze-Ansix Tech ziqhuba imijelo yokupholisa ehambelanayo—iindlela ezintsonkothileyo ezilandela umda wenxalenye—ukuqinisekisa ukusasazwa kobushushu okufanayo. Oku kunciphisa amaxesha okujikeleza ukuya kuthi ga kwi-20% kwaye kususa ukugoba kwiimpambo zokutshaja ezinde nezincinci.

 

Uyilo lweMbaleki kunye neSango

Ukuze kuncitshiswe inkunkuma yezinto (into ephambili ekunciphiseni iindleko ezinzima), i-Ansix Tech isebenzisa iinkqubo zomdyarho oshushu ezineegeti zevalvu. Kwizibumba ezineegeti ezininzi ezivelisa izipringi ezincinci okanye iiphini, ibhalansi yomdyarho ibalulekile. Le nkampani isebenzisa ubunjineli obuncediswa yikhompyutha (CAE) ukuqinisekisa ukuba umngxuma ngamnye uzaliswa ngaxeshanye, ukuthintela ukupakishwa kakhulu kweminye imingxunya ngelixa eminye igcwalisa ngaphantsi. Iindawo zegeti zibekwe kwiindawo ezinqamlezileyo zendlu yokudibanisa ukuqinisekisa ukupakishwa ngokufanelekileyo kunye nokunciphisa uxinzelelo lwangaphakathi, olubalulekileyo kwiindawo ezivavanywa ukutsha kwe-UL (Underwriters Laboratories).

 

Iindlela zokukhupha

Ngenxa yobuchule bezinto ezithambileyo nezincinci, ukukhupha umoya kufuneka kube ngokuchanekileyo. I-Ansix Tech isebenzisa indibaniselwano yee-ejector pins, imikhono, kunye nokukhupha umoya ukuze isasaze amandla ngokulinganayo. I-ejector pin engalungelelananga kakuhle inokukrwela umphezulu we-pin obekwe ngepleyiti okanye iguqule i-torsion spring retainer, iguqule inxalenye egqityiweyo ibe yi-scrap. Ngokuyila iinkqubo zokukhupha umoya eziqinileyo, inkampani iqinisekisa ukuba utshintsho oluvela kwi-mold ukuya kwi-conveyor alunamonakalo.

 

Ukubumba Ngenaliti: Ukuphucula Inkqubo Yobuchule

Nje ukuba isikhunta sifanelekile, i-Ansix Tech itshintshela ingqalelo kwinkqubo yokubumba ngenaliti. Le nkampani iphatha ukubumba ngenaliti kungekhona njengomsebenzi ongaguqukiyo kodwa njengotshintsho olutshintshayo olumele lulungiselelwe ukusebenza kakuhle kunye neendleko.

 

Ubunzima bobuchwephesha kunye nokuqinisekiswa

Ukubumba izinto ezifakwe entwasahlobo kunika imingeni eyahlukileyo. Umzekelo, xa kubumba indlu egubungela intwasahlobo ethe tyaba esele ihlanganiswe, inkqubo kufuneka ibe mnene ngokwaneleyo ukuba ingaguquli intwasahlobo kodwa ibe bukhali ngokwaneleyo ukuze izalise iindonga ezibhityileyo ezijikelezileyo.

 

I-Ansix Tech isebenzisa ukuhlolwa kwenqaku lokuqala (i-FAI) ukuqinisekisa inkqubo. Oku kuquka:

 

Ukuqinisekiswa kweCMM (uMatshini woKulinganisa oLungelelanisiweyo): Yonke imilinganiselo ebalulekileyo, ngakumbi ubunzulu bepokotho yeesprings zecrown kunye nokuphakama kwesithuba see-anchors zespring ze-torsion, iqinisekiswa ngokuchasene nemodeli yeCAD.

 

Ukuhlolwa kwe-X-Ray: Kwizinto ezibunjiweyo kakhulu, ii-X-ray zisetyenziselwa ukuqinisekisa ukuba izipringi zesinyithi okanye iiphini azitshintshanga ngexesha lenkqubo yokujova. Olu vavanyo olungonakalisiyo lubalulekile ekuqinisekiseni ukuba umbane ucocekile kwaye imigama egobhozayo iyagcinwa.

 

Inzuzo Yokusebenza Kakuhle kunye Nolawulo Lweendleko

Ukunciphisa "ixabiso elinzima" kubathengi yindlela ephambili yokulinganisa kwi-Ansix Tech. Le nkampani ifezekisa oku ngokusebenzisa amanyathelo aliqela acwangcisiweyo:

 

Ukuncitshiswa kwexesha lomjikelo: Ngokuphucula iindlela zokupholisa kunye nokususa iinxalenye ngokuzenzekelayo, i-Ansix Tech inciphisa amaxesha okuphumla kwimizuzwana. Kwimveliso enomthamo omkhulu, ukucheba imizuzwana emibini kwimijikelo yemizuzwana engama-30 kuthetha ukuba ngamakhulu amawaka eenxalenye ezongezelelweyo ngonyaka ngaphandle kwenkcitho entsha yemali.

 

Ukuphucula Izinto: Isebenzisa uhlalutyo lweMold Flow, i-Ansix Tech idla ngokucebisa ukunciphisa ubukhulu bodonga lwezindlu zeplastiki ngelixa igcina ubunzulu besakhiwo ngokusebenzisa i-ribbing. Iindonga ezincinci zithetha iplastiki encinci ngenxalenye nganye—ukunciphisa ngokuthe ngqo iindleko zezinto.

 

Ukwahlulwa kweRunner ezenzekelayo: Kwiinkqubo zerunner ezibandayo, i-Ansix Tech idibanisa iingalo zerobhothi ezizenzekelayo ngaphakathi komatshini wokubumba inaliti ukuze yahlule iindawo kwirunners ngoko nangoko, isigaya kwaye iphinda isetyenziswe irunners (apho iipropati zezinto zivumela) ukunciphisa inkunkuma.

 

Uqinisekiso loMgangatho: Ukusuka kwiMpahla eluhlaza ukuya kwiNdibano

Kwishishini le-EV, ukubuyiselwa kwemoto ngenxa yecandelo lesixhumi elinengxaki yinto ephelisa uphawu. Iiprotokholi zomgangatho ze-Ansix Tech zenzelwe ukuqinisekisa ukuba akukho ziphene.

 

Ukulandeleka kwezinto eziluhlaza

Xa zifika, izinto ezikrwada—nokuba ziintonga zobhedu zeephini okanye iikhoyili zentsimbi zeesprings—zibhalwa ngeenombolo zebhetshi. Ulwakhiwo lweekhemikhali luqinisekiswa kusetyenziswa i-Optical Emission Spectrometry (OES) ukuqinisekisa ukuthotyelwa kwamanqanaba athile (umz., ukuqinisekisa ukuba i-SUS301 inomxholo ochanekileyo we-nickel wokuxhathisa ukugqwala).

 

Ulawulo olukwiNkqubo

Kwimveliso yentwasahlobo (isithsaba, i-torsion, i-slanted, kunye ne-wire), uvavanyo lomthwalo luyaqhubeka. Intwasahlobo ye-torsion engaphantsi kwe-5% inokungaphumeleli ukuvala isekethe phantsi kokungcangcazela. I-Ansix Tech isebenzisa abavavanyi bentwasahlobo abazenzekelayo abalinganisa amandla kwiindlela ezithile zokuphambuka, belahla ngokuzenzekelayo izinto ezingaphandle.

Kwiipini kunye neesokhethi, ubukhulu beplati (ngesiqhelo isilivere okanye i-nickel) bujongwa kusetyenziswa i-X-ray fluorescence (XRF). Ukungaguquguquki kweplati kukhokelela kwi-micro-fretting kunye ne-oxidation, nto leyo enyusa ukumelana nokuxinana.

 

Ukuqinisekiswa kweNdibano

Uninzi lwezixhobo ze-Ansix Tech zihanjiswa njengee-sub-assembly (umz., iphini ene-crown spring efakwe kwangaphambili). Le nkampani isebenzisa iinkqubo zokubona kunye nee-laser sensors ukuqinisekisa ukuba ii-springs zihleli ngokuchanekileyo. I-crown spring engalungelelaniswanga kakuhle inokubangela imvakalelo "yokufakelwa okungeyonyani" kumsebenzisi wokugqibela, nto leyo ekhokelela kunxibelelwano olubi.

 

Ukupakishwa kunye noLawulo: Ukuqinisekisa uBulungisa kwezoThutho

Kwanesipringi esenziwe ngokugqibeleleyo sinokuba yinto engenamsebenzi ukuba sifika kumgca wokudibanisa womthengi sigobile. I-Ansix Tech isebenzisa ukupakisha itreyi eyenzelwe ngokukodwa izinto ezibuthathaka.

 

Kwizipringi ze-torsion kunye nezipringi ze-wire, le nkampani isebenzisa iitreyi ezingashukumiyo, ezidityanisiweyo nezithintela ukuxinana. Kwiipini kunye neesokhethi, iitreyi ze-blister ezineemingxuma ezenziwe ngokwezifiso ziqinisekisa ukuba iindawo ezifakwe iplanga azigudlani, zigcina ukuqina komphezulu. Olu paki lwenzelwe ukudibana ngokungenamthungo nezixhobo zokudibanisa zomthengi, zisusa isidingo sokutshintsha kwesibini.

 

Ukwandisa Imveliso: Ukwandisa Amandla kunye nokuhanjiswa ngexesha elifanelekileyo

Ukuguquguquka kwemarike ye-EV—okuphawulwa kukunyuka kwemfuno ngequbuliso—kufuna ukuba abavelisi bakhawuleze. I-Ansix Tech iphuhlise amaqhinga okuphucula amandla emveliso ngaphandle kokunciphisa umgangatho.

 

Uyilo lweModular Mold

Ukuze kwandiswe umthamo ngokukhawuleza, i-Ansix Tech isebenzisa iziseko zemold eziziimodyuli. Endaweni yokwakha imold entsha, enkulu enemiqolo eli-16 ukusuka ekuqaleni (ethwala umngcipheko omkhulu kunye nexesha elide lokukhokela), inkampani yakha isiseko semold esiphambili esinee-cavity inserts ezitshintshanayo. Ukuba imfuno yomthengi iphinda kabini, i-Ansix Tech inokuphinda ii-cavity inserts kwaye isebenzise isiseko esifanayo se-master kwimishini emininzi, inciphisa ixesha lokunyusa umthamo ngama-40%.

 

Ukuvelisa okuLungileyo kunye nokuHlanganisa uLawulo lweCandelo loNikezelo

I-Ansix Tech igcina uluhlu lwezinto ezisetyenzisiweyo—ingakumbi ii-alloys zobhedu ezikumgangatho ophezulu kunye neentsimbi zasentwasahlobo—ezihlala zinexesha elide lokufumana izinto ezivela kwiifektri. Ngokuthatha ukuguquguquka kweendlela zokubonelela ngezinto ezisetyenzisiweyo, inkampani iqinisekisa ukuba imveliso ayimi. Kubathengi, oku kuthetha ukuba amazinga okuhanjiswa ngexesha aqinisekisiweyo (OTD) adlula i-99%, into ebalulekileyo xa imigca yokuhlanganisa iimoto isebenza kwiishedyuli ze-JIT.

 

Ukusombulula Iingxaki Zoshishino: Ukuthembeka Nexabiso

Iingxaki ezithile ezisombululwa yi-Ansix Tech kwishishini lokutshaja ii-EV zininzi:

 

Ukusasazwa kobushushu: Ngokusebenzisa iiphini ze-C18150 ngobuchule kunye ne-crown spring geometry ephuculweyo, i-Ansix Tech iqinisekisa ukuba indlela yombane inokumelana okuncinci kangangoko, inciphisa ukuveliswa kobushushu kwindawo yokudibana.

 

Ixesha Lobomi Boomatshini: Ngokulawula ngokuchanekileyo iqondo lobushushu be-torsion kunye ne-slanted springs, inkampani iqinisekisa ukuba i-charging gun igcina "ukucofa" kwayo koomatshini kunye nokunxibelelana kombane emva kwemijikelo yokufakelwa engaphezu kwe-10,000—idlula kakhulu imigangatho ye-IEC 62196.

 

Ukuncitshiswa kweendleko: Mhlawumbi ixabiso elibonakalayo kukuncitshiswa kweendleko ezinzima. I-Ansix Tech ifezekisa oku ngokuphucula izinto ezininzi, idla ngokuthatha indawo ye-beryllium copper ebiza kakhulu ngee-alloys zentsimbi engagqwaliyo eziphambili apho ukuhanjiswa kwemveliso kungafuneki khona, nangokusebenza kakuhle kwenkqubo, ukunciphisa amaxabiso enkunkuma ukuya ngaphantsi kwe-1% kwimigca yemveliso evuthiweyo.

 

Isiphelo: Iqabane lekamva elinombane

Njengoko ishishini le-EV liqhubeka nokufuna ukutshaja ngokukhawuleza nokuthembeka okukhulu, indima yomenzi wesixhumi itshintshile ukusuka kweyomthengisi ukuya kweyomlingani onobuchule. I-Ansix Tech, enesiseko sayo seminyaka engama-28 sokwenza izinto ngokuchanekileyo, izibeke kwindawo ephambili kolu tshintsho.

 

Ngokulawula lonke umjikelo wobomi—ukusuka kwi-DFM kunye nohlalutyo lokuhamba kwesikhunta ukuya ekwenzeni isikhunta esiphucukileyo, isayensi yezinto eziphathekayo, kunye nokuqinisekiswa kwendibano—i-Ansix Tech inika okungaphezulu nje kwezinto. Inika ukuthembeka. Amandla enkampani okunciphisa iindleko ezinzima ngobunjineli beqhinga, kunye neenkqubo zayo zokuqinisekisa umgangatho eziqinileyo, ziqinisekisa ukuba abathengi bafumana iimveliso ezingaphelelanga nje kwezoqoqosho kodwa nezikumgangatho ophezulu kwezobuchwepheshe.

 

Kwihlabathi elinzima lokutshaja nge-EV, apho ukhuseleko kunye nexesha lokusebenza kubaluleke kakhulu, ingqwalasela ekhethekileyo ye-Ansix Tech kwiiphini, iisokhethi, kunye nezipringi iqinisekisa ukuba unxibelelwano phakathi kwesithuthi kunye negridi luhlala lukhuselekile, lutshaja emva kokutshaja. Njengoko inkampani iqhubeka nokuvelisa izinto ezintsha kuyilo lwesikhunta kunye nokwenza ngcono ukubumba ngenaliti, ihlala iyinto ebalulekileyo kwiinkampani ze-OEM kunye nababoneleli beziseko zokutshaja abafuna ukukhulisa ngaphandle kokuphazamiseka.

 

 

 

I-Ansix Tech Co Ltd

Ukuba unezicwangciso ezinxulumene noMenzi weePini, iiSockets, iiCrown Springs, iiTorsion Springs, iiSlanted Springs, kunye neeWire Springs zee-EV Charging Guns, ungaqhagamshelana nathi nangaliphi na ixesha. Siza kuguqula izimvo zakho zibe yinyani, sikuvumele ufezekise amaphupha akho, kwaye ufumane iiodolo ezinkulu kwimarike. Ulwazi lwethu loqhagamshelwano luthi info@ansixtech.com. Okanye uqhagamshelane ne-CTO yethu, nge-imeyile: stephen@ansixtech.com

 

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