Gun ɗin Cajin Mota, Spring na Torsion, da kuma Ƙarshen Hulɗa

Gun ɗin Cajin Mota, Spring na Torsion, da kuma Ƙarshen Hulɗa

 

Daidaito a ƙarƙashin Matsi: Yadda Ansix Fasaha tana sake fasalta kashin Injiniyan Kayan Aikin Cajin EV

 

A cikin yanayin da ke ci gaba da bunkasa a fannin kera motocin lantarki (EV), galibi hasken ya fi haskakawa kan fasahar batir da yanayin software. Duk da haka, ga injiniyoyi da ƙwararrun masu siye da aka ɗora wa alhakin kawo waɗannan motocin kasuwa, ainihin gwajin aminci sau da yawa yana cikin ƙananan injina - abubuwan da ke tabbatar da haɗin kai na zahiri, aminci, da dorewa. Yayin da kasuwar EV ta duniya ke ƙaruwa zuwa ga ana sa ran raka'a miliyan 30 a kowace shekara nan da ƙarshen shekaru goma, buƙatar kayan aikin caji masu aiki mai kyau ba ta taɓa zama mafi mahimmanci ba. A zuciyar wannan kayan aikin akwai manyan abubuwan da suka dace: Crown Spring, Torsion Spring, da End Cap.

 

A cikin wannan muhimmin fanni, wani kamfani yana amfani da ƙwarewar masana'antu kusan shekaru talatin don magance ƙalubalen da masana'antar ke fuskanta dangane da farashi, inganci, da kuma iya daidaitawa. Ansix Tech, ƙwararre a fannin ƙira da ƙera kayan aikin caji na motoci, ya fara wani gagarumin gyara ga waɗannan takamaiman sassan, ta amfani da hanyar da aka haɗa a tsaye wadda ta ƙunshi daga zaɓin kayan aiki da nazarin kwararar mold zuwa tabbatar da yawan samarwa da haɗa su.

 

Tare da sama da shekaru 28 na ƙwarewar masana'antu, Ansix Tech ba wai kawai mai samar da kayayyaki ba ce; abokin tarayya ne mai dabarun da aka sanya don cimma matsaya mai tsauri. ƙa'idodi na ɓangaren kera motoci. Wannan labarin ya yi nazari kan tsauraran matakan injiniya, ka'idojin tabbatar da inganci, da dabarun rage farashi waɗanda suka bayyana hanyar Ansix Tech ta amfani da Automotive Charging Gun Crown Springs, Torsion Springs, da End Caps—wanda ke nuna yadda kamfanin ke samar da aminci da ƙima a duk tsawon rayuwar samfurin.

 

Asalin Aiki: Injiniya don Haɗin gwiwa

Fara aikin caji sassan bindiga a Ansix Tech ya fara ne da fahimtar asali: waɗannan sassan ba wai kawai tsarin gini ba ne; su ne haɗin aminci. Bindigar caji tana fuskantar yanayi mai tsanani na muhalli—canjin yanayin zafi tsakanin -40°C zuwa 85°C, fallasa ga hasken UV, tasirin injiniya, da kuma lalata gishiri da danshi.

 

Lokacin da Ansix Tech ta fara aiki ga waɗannan sassan, tsarin ya wuce kwafi kawai na fayil ɗin CAD na abokin ciniki. Ƙungiyar injiniyan kamfanin tana shiga cikin wani bincike mai zurfi na Tsarin Masana'antu (DFM). Ga Crown Springs—waɗanda ke samar da ƙarfin hulɗa mai mahimmanci a cikin tsarin kulle bindiga—da Torsion Springs—waɗanda ke tabbatar da ayyukan aminci na komawa gida na makullin—babban ƙalubalen shine haɗa ƙarfe da filastik a ƙarƙashin nauyin aiki mai ƙarfi.

 

Matakin fara aikin Ansix Tech ya mayar da hankali kan rage "tsadar farashi" tun daga farko. Ta hanyar nazarin aikace-aikacen da abokin ciniki ya yi niyya, ƙungiyar injiniyan ta gano damar da za ta haɗa sassa, inganta amfani da kayan aiki, da kuma sauƙaƙe haɗa su. Misali, maimakon ɗaukar Crown Spring da gidajenta a matsayin ƙungiyoyi daban-daban, Ansix Tech sau da yawa tana ba da shawara Yawan ƙirƙirowa mafita ko kuma ingantattun siffofi masu dacewa don ƙarshen madaukai waɗanda ke kawar da ayyukan biyu, suna rage farashin kayan aiki (BOM) kai tsaye ga abokin ciniki da kuma kuɗin aiki.

 

Kimiyyar Kayan Aiki: Tushen Aminci

Aikin bindiga mai caji yana da alaƙa da kayan da aka zaɓa don gininsa. Ansix Tech ta bambanta kanta ta hanyar zaɓar kayan aiki masu kyau, tana amfani da takamaiman maki da abubuwan da aka haɗa don biyan ƙimar UL 94 V-0 mai ƙonewa, kariyar shiga IP67, da kuma tsawon lokacin gajiyar injin da ake buƙata don dubban zagayowar haɗuwa.

 

Ga Crown Springs da Torsion Springs, duk da cewa waɗannan galibi sassan ƙarfe ne, shigar Ansix Tech sau da yawa ya haɗa da haɗa waɗannan ƙarfe cikin gidajen filastik. Duk da haka, lokacin da tattaunawar ta koma ga Ƙarfin Ƙarshe da gidajen rufi waɗanda ke hulɗa da maɓuɓɓugan ruwa, zaɓin kayan ya zama mahimmanci. Ansix Tech galibi tana amfani da thermoplastics na injiniya masu inganci, musamman:

 

Polybutylene Terephthalate (PBT) tare da Ƙarfafa Fiber na Gilashi (PBT-GF30): Don murfin ƙarshen tsari da gidaje waɗanda ke buƙatar kwanciyar hankali mai girma da juriya ga sinadarai. Ansix Tech yawanci yana zaɓar maki kamar PBT 30% GF V0, wanda ya dace da ƙa'idar hana harshen wuta ta UL 94 V-0 mai tsauri. Takamaiman halayyar wannan matakin shine ƙarancin shaƙar danshi (

 

Polyamide (PA66) tare da Masu Gyaran Tasiri: Ga sassan kamar tsarin latch ɗin da ke hulɗa da Torsion Spring, Ansix Tech yana amfani da PA66 tare da ƙarfafa zare na gilashi 25-30%. Duk da haka, don magance matsalar karyewar haske a yanayin sanyi, kamfanin ya ƙayyade ma'aunin da aka gyara tasirin (PA66-IM) waɗanda ke riƙe da juriya a -40°C. Takamaiman abun da ke ciki yana tabbatar da cewa Torsion Spring yana amfani da matsin lamba mai daidaito ba tare da fasa wuraren anga na filastik sama da zagayowar kunnawa 10,000+ ba.

 

Polyoxymethylene (POM): Ga sassan motsi na ciki waɗanda ke haɗuwa da maɓuɓɓugan ruwa, an zaɓi POM (Acetal) saboda juriyarsa mai yawa ga gajiya, ƙarancin haɗin gwiwa, da kuma juriya mai kyau ga rarrafe. Ansix Tech yana amfani da matakan danko mai yawa don tabbatar da walda mai ƙarfi a cikin yanayin ƙasa mai rikitarwa.

 

Ga maɓuɓɓugan ƙarfe da kansu, Ansix Tech tana haɗin gwiwa da sarkar samar da kayayyaki don ƙayyade Bakin Karfe SUS301 don Crown Springs, wanda aka kimanta saboda ƙarfinsa mai yawa da ikonsa na kiyaye tashin hankali yayin da ake maimaita juyawa, da kuma SUS304 don Torsion Springs, wanda aka zaɓa saboda juriyarsa ta tsatsa da kuma halayensa marasa maganadisu, yana tabbatar da cewa maɓuɓɓugar ba ta tsoma baki ga na'urorin firikwensin amincin maganadisu na bindiga ba.

 

Injiniyan Mold: Inda Daidaito Ya Haɗu da Sikeli

Sauye-sauye daga samfurin zuwa yawan samar da kayayyaki shine inda yawancin ayyukan masana'antu ke raguwa. Ga sassan kamar caji gun End Caps da kuma gidajen bazara, waɗanda ke da siffofi masu rikitarwa, siraran bango, da juriya mai ƙarfi (sau da yawa ±0.02mm), mold shine babban abin da ke daidaita nasarar. Tsarin mold da ƙwarewar masana'antar Ansix Tech suna wakiltar ainihin ƙimar da aka gabatar.

 

Binciken Guduwar Mold (DFM) da Wurin Ƙofa

Kafin a yanke wani ƙarfe, Ansix Tech tana gudanar da cikakken nazarin kwararar Mold. Ga wani nau'in bindiga mai caji ta End Cap, binciken ya mayar da hankali kan kawar da layukan walda - wata matsala mai mahimmanci da ke lalata daidaiton tsari da kyawunsa. Ta hanyar kwaikwayon tsarin allurar, Ansix Tech tana inganta wuraren ƙofofi.

 

Ga waɗannan sassan, kamfanin yawanci yana amfani da tsarin gudu mai zafi tare da ƙofofin bawul. Shawarar amfani da ƙofofin bawul dabara ce; yana ba da damar "gatin bawul mai jere," wanda ke kawar da layukan walda a wuraren da ke da matsanancin damuwa da ke kewaye da angarorin Torsion Spring. Binciken Gudun Mold kuma yana hasashen yiwuwar tarkon iska da warpage. Ga manyan Murfin Ƙarshe tare da lanƙwasa mai rikitarwa, binciken yana tabbatar da cewa yanayin fiber na kayan PBT-GF30 ya dace da alkiblar matsin lamba na injiniya, yana hana lalacewar bayan mold wanda zai iya haifar da rashin kyawun rufewa a cikin taro na ƙarshe.

 

Tsarin Sanyaya: Muhimmancin Lokacin Zagaye

Rage farashi a cikin ƙera allurar yana da alaƙa kai tsaye da lokacin zagayowar. Tsarin ƙera Ansix Tech yana ba da fifiko ga tsarin sanyaya na zamani don cimma ƙarfi cikin sauri da daidaito. Ga ƙera ƙwanƙwasa mai yawa (sau da yawa ƙwanƙwasa 8, 16, ko 32 don abubuwan bindiga masu caji mai yawa), kamfanin yana amfani da sanyaya mai tsari inda zai yiwu—tashoshin sanyaya da aka buga ta 3D waɗanda ke bin tsarin ɓangaren.

 

Ga injinan CNC na gargajiya, ƙungiyar injiniyanci tana tsara baffles da spiral droplets don kai hari ga sassa masu kauri, kamar boss inda Torsion Spring ke hawa. Manufar ita ce a cimma yanayin zafin fitarwa cikin daƙiƙa 15-25 ga ƙananan sassa zuwa matsakaici. Ta hanyar rage lokacin sanyaya da ko da kashi 15-20%, Ansix Tech yana ba da babban tanadin kuɗi ga abokin ciniki, wata alama ce ta rage "tsada mai wahala" ta hanyar ingantaccen aiki.

 

Tsarin Gudu da Fitar da Kaya

Tsarin gudu wani fanni ne na ingantawa. Ansix Tech tana amfani da tsarin gudu mai sanyi don ɗaukar ƙananan madaukai na kayayyaki don rage farashin kayan aiki, amma ga ayyukan motoci masu yawa, tana saka hannun jari a cikin tsarin gudu mai zafi don kawar da sharar gudu, rage raguwar matsin lamba, da inganta ingancin narkewa.

 

Tsarin fitar da waɗannan abubuwan yana buƙatar ƙwarewa ta musamman. Sassan bindigar caji galibi suna da siffofi masu laushi - siririn haƙarƙari don daidaita bazara ko yankewa don rufewa mai hana ruwa shiga. Ansix Tech yana amfani da haɗin faranti na yankewa don manyan Murfin Ƙarshe don tabbatar da daidaiton ƙarfin fitarwa ba tare da karkatarwa ba, da kuma hanyoyin zamewa don yankewa masu rikitarwa. Ga tsarin ciki da ke ɗauke da Crown Spring, ƙirar mold sau da yawa tana haɗa da masu ɗagawa masu rikitarwa waɗanda ke ja da baya kafin fitarwa, don tabbatar da cewa yanayin mai laushi bai lalace ba.

 

Tsarin Aikin Masana'antu da Injin Motsa Motsawa

Kera waɗannan molds masu inganci tsari ne mai matakai da yawa wanda ke amfani da kayan aikin zamani na dala miliyan 10. Tsarin aiki a shagon mold na Ansix Tech yana bin ƙa'ida mai tsauri:

 

Injin Niƙa Mai Tauri: Ta amfani da injunan niƙa mai sauri na CNC, ana cire tushen mold da tsakiya, wanda ke barin 0.3mm na kayan aiki don kammalawa. Wannan matakin yana amfani da kayan aikin carbide waɗanda aka tsara don ƙarfe mai tauri.

 

Maganin Zafi: An yi amfani da kayan da aka yi da mold don yawan cavitation mai yawa (har zuwa 50,000) wajen maganin zafi. Ga kayan da aka yi da ƙarfe na S136 (Stavax) ko H13—wanda aka zaɓa saboda tsananin taurinsu, juriyar tsatsa, da kuma sauƙin gogewa—ƙarfin da aka yi niyya shine 48-52 HRC. Wannan yana tabbatar da cewa mold ɗin zai iya jure yanayin lalata kayan da aka cika da gilashi (PBT-GF30) tsawon miliyoyin zagaye ba tare da lalacewa ba.

 

Kammala Daidaito: Cibiyoyin injinan CNC masu axis biyar suna aiwatar da geometric na ƙarshe, gami da ramuka masu rikitarwa don kujerun Crown Spring. Kammala saman yana da mahimmanci; ramin da ke saman murfin End Cap an goge shi zuwa SPI (Society of the Plastics Industry) A-2 don tabbatar da cewa ɓangaren da aka ƙera ya cimma hatimin IP67 da ake buƙata akan gasket ɗin bindiga mai caji.

 

EDM (Injin Fitar da Wutar Lantarki): Don cikakkun bayanai masu rikitarwa, kamar ƙyalli mai kyau don saman riƙo a kan Murfin Ƙarshe ko ƙananan haƙarƙarin da ke jagorantar Torsion Spring, Ansix Tech yana amfani da EDM mai sinker tare da electrodes graphite. Wannan tsari yana ba da damar ƙirƙirar kusurwoyi masu kaifi na ciki da haƙarƙarin zurfi waɗanda ba za a iya cimma su ba tare da niƙa na yau da kullun.

 

Kwarewa a Tsarin Gyaran Allura

Da zarar an tabbatar da ingancin injin, sai a mayar da hankali kan tsarin ƙera allurar da kanta. Nan ne ƙwarewar Ansix Tech ta shekaru 28 ta zama mai inganci da inganci.

 

Kalubalen Fasaha da Tabbatarwa

Abubuwan da ke cikin bindigar caji ta hanyar allura suna haifar da ƙalubale na fasaha na musamman. Mafi yawansu shine walƙiya - yawan zubar da kayan da ke fitowa daga layin rabuwa. Ganin matsin lamba mai yawa da ake buƙata don kwararar polymers masu cike da gilashi ta cikin siraran bango (sau da yawa 1.5mm zuwa 2.5mm don murfi na ƙarshe), kiyaye nauyin manne da ingancin mold shine mafi mahimmanci. Ansix Tech tana amfani da nazarin ƙarfin aiki (Cpk) yayin tabbatarwa, tana mai da hankali kan Cpk na >1.33 don ma'auni masu mahimmanci kamar diamita na ciki na wurin zama na Crown Spring da wurin ramukan juyawa na Torsion Spring.

 

Wani babban ƙalubale kuma shine ƙarfin layin walda. A cikin gidan Torsion Spring, layin walda mai rauni na iya haifar da mummunan lalacewa yayin kunna bazara. Ansix Tech tana magance wannan ta hanyar ƙera yanayin zafi mai yawa (zafin narkewa wanda aka inganta don takamaiman matakin PBT ko PA66) da kuma bayanan allurar sauri waɗanda ke tilasta gaban kwararar su haɗu ƙarƙashin matsin lamba, suna tabbatar da haɗuwar ƙwayoyin halitta a layin saƙa.

 

Inganta Tsarin Aiki don Inganci da Kula da Farashi

Ansix Tech tana amfani da hanyar da ke amfani da bayanai don inganta tsarin aiki. Kamfanin yana amfani da ƙa'idodin ƙera System 48, yana daidaita hanyoyin aiki a cikin injuna don tabbatar da cewa wannan ƙirar tana samar da sassa iri ɗaya ba tare da la'akari da matsi da aka sanya ta a ciki ba.

 

Manyan dabarun ingantawa sun haɗa da:

 

Daidaita Mai Gudun Zafi: Daidaita yanayin zafi na tsarin mai gudu mai zafi don tabbatar da daidaiton rami-zuwa-kogo. Don ƙirar rami mai ramuka 8 don Murfin Ƙarshe, bambancin nauyi tsakanin sassa ana kiyaye shi ƙasa da 0.5%.

 

Haɗakar Aiki ta Atomatik: Don rage farashin aiki da inganta daidaito, Ansix Tech tana amfani da makamai masu linzami na SPINEA don cire wasu sassan. Don haɗa Torsion Spring, waɗannan robots galibi ana haɗa su da na'urorin sakawa ta atomatik, suna sanya spring a cikin mold kafin aiwatar da overmolding, wanda ke kawar da matakin haɗuwa na biyu.

 

Gyaran da Aka Yi Waje: Kamfanin yana amfani da tsarin gyaran da aka yi waje (musamman, marufi na mataki na biyu) don raba cikawa da fakitin. Wannan yana ba da damar sarrafa daidai kan raguwar girma, yana tabbatar da cewa faɗin fuskar rufe murfin ƙarshe ya kasance cikin ƙayyadaddun bayanai, koda kuwa akwai babban adadin zare na gilashi.

 

Tabbatar da Inganci: Tabbatarwa Mai Tsauri ga Bukatun Motoci

A fannin kera motoci, inganci ba za a iya yin sulhu a kai ba. Tsarin kula da inganci na Ansix Tech yana aiki ne bisa ka'idojin IATF 16949, yana tabbatar da cewa kowace hanya, tun daga kayan da aka samar zuwa jigilar kaya, ana iya tantancewa da kuma sarrafa ta.

 

Ga Crown Springs, Torsion Springs, da End Caps, tsarin tabbatar da inganci ya cika:

 

Duba Mataki na Farko (FAI): Bayan amincewa da mold, ana gudanar da cikakken FAI. Ana auna kowane girma a kan zane ta amfani da Injinan Aunawa na Daidaito (CMM) da masu kwatanta gani. Don Torsion Spring, ana tabbatar da lanƙwasa ƙarfin juyi ta amfani da na'urorin gwaji na juyawa ta atomatik don tabbatar da cewa spring ɗin yana samar da madaidaicin ƙarfin da ake buƙata don shiga da kuma cire makullin bindigar caji - yawanci tsakanin 0.3 Nm da 0.7 Nm, ya danganta da aikace-aikacen.

 

Gwajin Zagaye na Rayuwa: Domin tabbatar da dorewa, Ansix Tech tana gudanar da gwajin rayuwa cikin sauri a cikin gida. Ana amfani da na'urar motsa jiki ta Torsion Spring ta hanyar na'urar motsa jiki ta robot don zagayowar 10,000 zuwa 20,000 yayin da ake fuskantar matsanancin zafin jiki a cikin ɗakin zafi. Ana gwada Crown Spring don lalata juriyar hulɗa bayan maimaita matsi.

 

Gwajin Damuwa Kan Muhalli: Ana gwada murfin ƙarshe na IP67 (nutsewa cikin ruwa mita 1 na tsawon minti 30) don tabbatar da ingancin hatimin. Haka kuma ana fallasa su ga hasken UV bisa ga ISO 4892-2 don tabbatar da cewa babu wani shuɗewar launi ko lalacewar saman da zai iya shafar yanayin aikin bindigar caji.

 

Tabbatar da Marufi, Isarwa, da Ƙarfin Aiki

Matsalar samar da kayayyaki na iya gurgunta layin haɗa kayayyaki na abokin ciniki. Ansix Tech tana rage wannan haɗarin ta hanyar tsara dabarun iya aiki da dabaru.

 

Domin haɓaka ƙarfin samarwa, kamfanin yana gudanar da cibiyoyin kera kayayyaki guda uku waɗanda ke da jimillar injunan ƙera allura guda 175. Don ayyukan manyan bindigogin caji, Ansix Tech tana da layukan samar da "ƙwayoyin halitta". Waɗannan ƙwayoyin sun ƙunshi injunan ƙera allura waɗanda aka haɗa su da tsarin haɗawa da marufi ta atomatik musamman don abubuwan Crown Spring ko End Cap na abokin ciniki. Wannan keɓewa yana tabbatar da cewa jadawalin samar da abokin ciniki ba zai taɓa yin tasiri ga wasu ayyuka ba.

 

Ana ɗaukar marufi a matsayin wani ƙarin tsarin kula da inganci. Ga abubuwan da ke da mahimmanci kamar Torsion Springs (wanda zai iya ɗaurewa) da kuma madaidaicin murfin ƙarshe (wanda zai iya karce), Ansix Tech tana amfani da tiren hana tsayawa na musamman da marufi mai rufewa. An tsara marufin don ya kasance "a shirye a gefen layi," ma'ana abokin ciniki zai iya ɗaukar tiren ya ciyar kai tsaye a cikin layukan haɗa su na robot ba tare da sake marufi ba, wanda ke rage farashin aikin abokin ciniki na ciki.

 

Tsarin aiki don isar da kaya cikin sauri shine sarkar da aka haɗa: tabbatar da kayan aiki (ta amfani da na'urori masu auna sigina don tabbatar da ingancin kayan), sa ido kan samarwa ta atomatik (ta hanyar MES - Tsarin Aiwatar da Masana'antu), duba gani ta atomatik 100% don mahimman girma (kamar kasancewar da yanayin Crown Spring), kuma a ƙarshe, jigilar kaya cikin lokaci (JIT) daidai gwargwado tare da matakan kaya na abokin ciniki.

 

Magance Matsalolin Abokin Ciniki: Rage Kuɗaɗe Masu Wuya

A cikin wannan tsari mai sarkakiya—tun daga zaɓin kayan aiki zuwa isarwa ta ƙarshe—jigon haɗin kai na shawarar ƙimar Ansix Tech shine rage "kuɗi masu wahala" ga abokan ciniki. Ana cimma wannan ba ta hanyar sadaukar da inganci ba, amma ta hanyar ƙirƙirar hankali a cikin samfur da tsari.

 

A wani aiki da aka yi kwanan nan wanda ya shafi bindiga mai saurin caji ta 800V ta zamani, abokin ciniki ya fuskanci tsada mai yawa saboda haɗakarwa mai sarkakiya da ke buƙatar sassa huɗu daban-daban don tsarin Torsion Spring. Ƙungiyar injiniya ta Ansix Tech ta sake fasalin yanayin End Cap don haɗa gidan bazara da wurin juyawar latch zuwa wani abu guda ɗaya mai aiki da yawa. Ta hanyar amfani da PA66 mai ƙarfi, wanda aka gyara ta hanyar tasiri da kuma inganta mold tare da tsarin ɗagawa mai rikitarwa don ƙirƙirar ƙananan raguwa, kamfanin ya kawar da sassa uku daban-daban daga BOM na abokin ciniki da matakan haɗawa guda biyu. Sakamakon ya kasance raguwar kashi 27% a cikin jimlar farashin sauka a kowane sashi.

 

Hakazalika, ga aikace-aikacen Crown Spring, abokin ciniki yana fuskantar babban gazawar sakamakon rushewar bazara yayin haɗawa. Ansix Tech ta magance wannan ta hanyar gyara ƙirar mold don haɗawa da fasalin riƙewa a cikin gidan filastik, tare da canji a cikin kayan da aka yi amfani da su na Crown Spring daga ƙarfe na yau da kullun zuwa SUS301 mai ƙarfi tare da takamaiman rufin saman don rage gogayya. Wannan ba wai kawai ya kawar da gazawar haɗuwa ba amma kuma ya inganta daidaiton ƙarfin shigar da bazara, yana rage buƙatun garanti ga abokin ciniki.

 

Kammalawa: Fa'idar Shekaru 28

A cikin duniyar da ke cike da ƙalubalen samar da wutar lantarki ga motoci, kayan aiki kamar Charging Gun Crown Springs, Torsion Springs, da End Caps su ne jaruman da ba a taɓa jin labarinsu ba waɗanda ke tabbatar da aminci, aminci, da gamsuwar mai amfani. Waɗannan kayan aikin suna buƙatar abokin hulɗar masana'antu wanda ba wai kawai ya fahimci injection structure ba, har ma da haɗakar kimiyyar kayan aiki, injiniyan injiniya, da kuma kera kayayyaki masu inganci.

 

Ansix Tech, wacce ta shafe shekaru 28 tana aiki a fannin kera kayayyaki, ta samar da hakan. Ta hanyar sarrafa dukkan zagayowar rayuwa - daga ƙirar samfura da nazarin kwararar kayayyaki zuwa kera mold, inganta tsarin injection, da kuma tabbatar da haɗa kayayyaki - kamfanin yana samar da mafita mai sauƙi, abin dogaro, kuma mai araha. Manufarsa ta mayar da hankali kan rage farashi mai wahala ta hanyar inganta kayan aiki, ingancin aiki (kamar sanyaya da sarrafa kansa), da kuma ƙira mai inganci tana tabbatar da cewa abokan ciniki sun sami kayan da suka dace da buƙatun kasuwar EV ta duniya ba tare da wuce ƙa'idodin kasafin kuɗi ba.

 

Ga kamfanonin OEM na motoci da masu samar da kayayyaki na Tier 1 waɗanda ke kula da sarkakiyar sarkar samar da kayayyaki ta EV, Ansix Tech tana tsaye a matsayin abokin tarayya mai iya samar da daidaito, girma, da amincin da ake buƙata don ƙarfafa makomar motsi - wani ɓangare mai kyau a lokaci guda.

 

 

 

Kamfanin Ansix Tech Ltd

Idan kuna da wasu tsare-tsare da suka shafi Automotive Charging Gun Crown Spring, Torsion Spring, da End Cap, za ku iya tuntubar mu a kowane lokaci. Za mu mayar da ra'ayoyinku su zama gaskiya, mu bar ku ku cika burinku, kuma mu sami manyan oda daga kasuwa. Bayanan tuntuɓar mu sune info@ansixtech.com. Ko kuma ku tuntuɓi CTO ɗinmu, ta imel: stephen@ansixtech.com

 

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