Tsarin trimfender mai hana karce ƙazanta
Tsarin trimfender mai hana karce ƙazanta
Daidaita Ƙirƙira: Ciki Ansix Nasarar Injiniyan Fasaha wajen Samar da Tsarin Fender na Ƙarfe Mai Hana Karce Ƙyallen Taya
A cikin duniyar da ke cike da matsaloli da daidaito na gyaran injinan injection na mota, ana auna nasarar aikin a cikin microns, mintuna, da gefuna. Wani muhimmin sashi amma wanda aka fi yin watsi da shi - Wheel Arch Trim Fender Flare Anti-Scratch Strip - yana aiki a matsayin kariya daga tarkacen hanya, lalacewar UV, da ƙananan gogewa, wanda ke shafar tsawon rai da kyawun abin hawa. Modulation da ke samar da wannan ɓangaren ba wai kawai kayan aiki ba ne; shine ƙirƙirar inganci, inganci, da ƙima.
Ansix Tech, ƙwararre a fannin kera injinan injection mai inganci da kuma manyan injinan injection, ita ce ke jagorantar wannan rawar ƙira, ƙarfe, da kuma yanayin zafi. Kammalawarsu ta baya-bayan nan ta wani babban aikin Wheel Arch Trim Mold na kamfanin kera motoci na duniya na Tier-1, ta zama misali na ƙwarewar masana'antu ta zamani. Wannan bincike mai zurfi ya binciki dukkan tafiyar wannan aikin, yana bayyana yadda Ansix Tech ke tsara wani simfoni na injiniya don samar da aminci yayin da yake rage farashin mallakar abokan cinikinsu.
Mataki na 1: Tsarin Nasara - Tsarin Haɗin gwiwa & DFM
Tsarin kowace irin mold mai kyau yana cikin tsarinta. Ga Wheel Arch Trim, ƙalubalen sun kasance masu fuskoki da yawa: ɓangaren yana da tsayin daka mai lanƙwasa (sama da mita 1.8), buƙatun saman Class-A masu rikitarwa, fasalulluka na clip don haɗawa, da kuma buƙatun aiki mai tsauri na hana karce.
Tsarin Ansix Tech bai fara da manhajar CAD ba, amma tare da haɗin gwiwa. "Muna shiga aikin Injiniyan Zamani tare da abokin cinikinmu tun daga ranar sifili," in ji Michael Chen, Babban Manajan Ayyuka a Ansix Tech. "Ga tsarin walƙiya na fender, mun sake duba ɓangaren CAD ba wai kawai don kerawa ba, har ma don mold. Wannan shiga tsakani da wuri shine inda aka buɗe farkon kuma mafi mahimmancin tanadin kuɗi."
Rahoton Tsarin Masana'antu (DFM) ya yi cikakken bayani. Ya yi magana game da kusurwoyin da aka tsara don fitar da iska, kauri na bango iri ɗaya don hana alamun nutsewa, da kuma haɗakar abubuwa da yawa zuwa wani yanki guda ɗaya mai kyau. Duk da haka, ginshiƙin wannan matakin shine ginshiƙin wannan matakin. Babban Mould Binciken Guduwar Ruwa (Kaifin DFM).
Ta amfani da manhajoji masu inganci, injiniyoyin Ansix sun kwaikwayi kwararar filastik mai narkewa cikin ramin mold. "Mun yi nazarin tsarin cikewa, layukan walda, tarkunan iska, kuma, mafi mahimmanci, raguwa da warpage," in ji Injiniyan Kwaikwayo na Lead, David Wang. "Ga wani dogon sashe mai siriri kamar wannan, warpage shine babban abokin gaba. Kwaikwayon mu ya ba mu damar inganta wurin ƙofar - zaɓi tsarin gudu mai zafi tare da ƙofofin bawul da yawa a jere - don tabbatar da daidaito, cikewa a lokaci guda wanda ke rage damuwa na ciki da warpage." Wannan tabbatarwa ta kama-da-wane ta hana sake yin amfani da kayan aiki masu tsada, yana adana kimanin kashi 15-20% na farashin gyara da kuma makonni na jinkiri.
Mataki na 2: Matsalar Kayan Aiki - Zaɓar Sulke
Aikin ya tsara siffar. Tsarin hana gogewa yana buƙatar kayan da ke jure wa UV, sassauƙa amma mai tauri, mai sauƙin launi (sau da yawa a cikin baƙi ko launin toka mai duhu), kuma yana iya jure wa maimaitawar tasirin duwatsu da tsakuwa.
Bayan gwaji mai tsauri, kayan da aka zaɓa an haɗa su da cakuda Thermoplastic Olefin (TPO), musamman ma mai yawan kwarara, mai cike da talc. Manyan samfuran da aka yi la'akari da su kuma aka kammala sun haɗa da jerin ExxonMobil Santoprene™ 8000 da kuma irin LyondellBasell Adflex™ Q100F. Waɗannan kayan sun ba da daidaito mafi kyau:
Abun da aka haɗa: Tushen polypropylene (PP) mai robar ethylene-propylene (EPR) da kuma abin cika talc (15-20%).
Muhimman Halaye: Ƙarfin tasiri mai kyau a ƙananan yanayin zafi (-30°C), babban ƙarfin lanƙwasa don riƙe siffar, juriya ga UV da sinadarai mai kyau, da kuma ƙarancin yawan faɗaɗa zafi. Cika talc ɗin ya inganta tauri, kwanciyar hankali, da kuma ƙarewar saman.
Tasirin Farashi: Ƙwarewar kayan Ansix Tech ta kasance mai matuƙar muhimmanci a nan. Ta hanyar ba da shawarar takamaiman matakin TPO mai inganci a kasuwanci tare da kyawawan halayen kwarara, sun ba da damar rage matsin lamba da zafin jiki na allura. Wannan ya rage lokacin zagayowar da amfani da makamashi kai tsaye, wanda ke rage farashin da ake biya ga abokin ciniki a tsawon rayuwar samarwa.
Mataki na 3: Tsarin Mold Ya Ɗauki Siffa - Injiniyan Core & Kogo
Da amincewar DFM da kayan da aka ƙayyade, an mayar da hankali kan zuciyar aikin: ƙirar mold.
Da amincewar DFM da kayan da aka ƙayyade, an mayar da hankali kan zuciyar aikin: ƙirar mold.
- Zaɓin Karfe na Mold - Tushen Tsawon Rai:
Ga tsakiya da ramin, waɗanda ke fuskantar gogewa akai-akai daga TPO mai cike da talc, an fara la'akari da ƙarfen bakin ƙarfe mai tauri P20 (3Cr2Mo) da aka riga aka taurara. Duk da haka, don haɓaka gogewa (mahimmanci ga saman Class-A) da kuma juriyar lalacewa mafi girma a kan zagayowar rayuwa ta sama da harbi miliyan 1, Ansix Tech ta haɓaka zuwa NAK80 (P21). Wannan ƙarfe mai tauri da aka yi da nickel-aluminum ya ba da damar gogewa ta madubi kai tsaye daga injin niƙa, yana kawar da tauri na biyu da rage lokacin injin. Ga abubuwan da ke da matuƙar lalacewa kamar su sliders da lifters waɗanda ke samar da ƙananan yankewar clip, an yi amfani da ƙarfe mai tauri H13 (4Cr5MoSiV1) don gajiyar zafi da juriyar gogewa.
- Tsarin da ke Cikin:
Tsarin Sanyaya: Ikon sarrafa warpage ya koma daga kwaikwayo zuwa gaskiya ta hanyar hanyoyin sanyaya masu tsari. Ansix Tech ta yi amfani da tsarin haƙa rami mai zurfi da tsarin baffle/kumfa don ƙirƙirar da'irar sanyaya iri ɗaya a kusa da dogon ɓangaren mai lanƙwasa. Ingancin sanyaya ya kai kimanin kashi 40% na lokacin zagayowar; inganta wannan ya zama mafi mahimmanci don inganci.
Tsarin Gudu da Ƙofa: An ƙera wani babban injin gudu mai zafi mai ƙofofi takwas masu sarrafawa daban-daban. Wannan tsarin yana kawar da sharar kayan aiki (babu mai gudu mai sanyi da za a sake niƙawa), yana ba da damar yin amfani da gate a jere don inganta cikawa da rage ganuwa a layin walda, kuma yana ba da cikakken ikon sarrafa harbi-da-harba.
Tsarin Fitar da Kaya: Ganin tsawon ɓangaren da sassaucinsa, an yi amfani da dabarun fitar da kaya mai maki da yawa. Haɗin fil ɗin fitar da kaya, firintocin fitar da kaya, da faranti na cire kaya sun tabbatar da cewa an saki ɓangaren daidai kuma cikin sauƙi ba tare da ɓarna ko alamar saman kayan kwalliya ba.
Mataki na 4: Crucible - Kalubale a Masana'antu da Sarrafawa
Fassara zane-zanen dijital zuwa tubalin ƙarfe mai nauyin tan 5 shine inda ƙwarewa ke haɗuwa da aiwatarwa.
Manyan Kalubale da Magani:
Injin Dogon Kogon Mai Lankwasa: Ci gaba da jure wa ±0.015mm a kan girman mita 1.8 abin tsoro ne. Ansix Tech ta yi amfani da cibiyoyin injinan CNC masu axis 5 tare da diyya ta zafi ta ainihin lokaci. "Mun raba ramin zuwa sassa masu mahimmanci don niƙa mai sauri, sannan muka yi amfani da ƙarshen ƙarewa ba tare da katsewa ba don tabbatar da lanƙwasa mara matsala," in ji Daraktan Masana'antu, James Luo.
Canzawar NAK80: Duk da cewa NAK80 yana gogewa sosai, samun daidaiton madubi na SPI-A1 akan irin wannan babban saman da aka tsara yana buƙatar ƙwararrun masu fasaha ta amfani da manna lu'u-lu'u mai daraja a cikin yanayin da ƙura ke sarrafa shi.
Haɗa Motsi Masu Rikici: Ayyukan gefe (sliders) na yankewar clip ɗin dole ne su yi aiki ba tare da ja ko jinkiri ba. An cimma wannan ta hanyar yin aiki daidai na layin jagora mai kusurwa da amfani da rufin da ba ya jure lalacewa kamar DLC (Diamond-Like Carbon) akan abubuwan da ke motsawa.
Tsarin Gudanar da Aikin ya kasance mai tsari sosai: Tsarin CNC → Rage Damuwa → Kammalawa Semi-Kammalawa → Maganin Zafi (don abubuwan H13) → Kammalawa Daidaito → EDM (don cikakkun bayanai masu rikitarwa) → Gyaran Hannu & Rubutu → Haɗawa → Gwaji Daidaito.
Mataki na 5: Shaidar tana cikin gyaran - T1 Samfurin & Inganta Tsarin
Gwaji na farko (T1) shine lokacin gaskiya. Hotunan farko sun bayyana manyan ƙalubale guda biyu:
Alamun Gudawa Kusa da Ƙofofi: Saboda sanyayawar TPO da sauri akan ƙarfe.
Ƙaramin Yaƙi a Ƙarshen Sashe: Ragowar damuwa yana haifar da ɗan ƙaramin lanƙwasa sama.
Amsar ingantawa ta Ansix Tech ta kasance cikin sauri da tsari:
Daidaita Tsarin Aiki: Sun daidaita zafin narkewa, yanayin saurin allura, da matsin lamba na marufi. Saurin allurar farko a hankali ya kawar da alamun jetting da kwarara, yayin da bayanin marufi mai matakai da yawa ya rama raguwar da aka samu yadda ya kamata.
Daidaita Sanyaya Daidai: An daidaita zafin layin ruwan, yana ɗan ɗumi kaɗan a ƙarshen ɓangaren don ba da damar ƙara raguwa iri ɗaya.
Gyaran Ƙofa: An gyara jerin buɗe ƙofar bawul da milise seconds don daidaita cikar da kyau.
Waɗannan gyare-gyare, waɗanda aka gina bisa ga bayanai daga na'urori masu auna matsin lamba da zafin jiki, ba zato ba tsammani ne. A cikin zagaye uku na gwaji, sassan suna cikin dukkan ƙayyadaddun girma da na kwalliya.
Inganta Inganci & Kula da Farashi a Samarwa: Tsarin da aka inganta ya samar da lokacin zagayowar daƙiƙa 48, raguwar kashi 12% daga kimantawar farko. "Wannan tanadin daƙiƙa 6, sama da tsawon rai na ƙira miliyan, yana fassara zuwa dubban sa'o'i na lokacin latsawa ga abokin cinikinmu," in ji Michael Chen. "Bugu da ƙari, tsarin mai gudu mai zafi da tsarin tsayayyen tsari sun rage ƙimar sharewa zuwa ƙasa da kashi 0.5%, suna ba da tanadin kayan kai tsaye."
Mataki na 6: Kulawa da Isarwa - Inganci da Saurin Sauyawa
An saka tsarin kula da inganci a kowane mataki. Rahotannin CMM (Injin aunawa na Coordinate) sun tabbatar da kowace muhimmiyar ma'ana. Na'urorin daukar hoto na gani sun kwatanta sashin da aka ƙera na ƙarshe da ainihin bayanan CAD. Gwaje-gwajen aiki sun tabbatar da cewa an ɗaure faifan bidiyo da kyau kuma faifan ya dace da babban kayan aikin motar.
Don marufi, an rarraba babban mold ɗin zuwa manyan ƙananan sassa, an shafa shi da VCI (Mai hana lalata tururi), sannan aka saka shi a cikin akwatunan katako na musamman waɗanda ke shanye girgiza don jigilar kaya daga ƙasashen waje.
An kammala aikin gaba ɗaya, tun daga amincewa da ƙira zuwa isar da samfuran da aka shirya samarwa da kuma ƙirar, cikin makonni 14 kacal - wani sauyi cikin sauri ga kayan aiki mai wannan sarkakiya. An cimma wannan ta hanyar sarrafawa a jere, sauye-sauye masu daidaitawa 24/7, da kuma dandamalin gudanar da ayyuka na musamman wanda ya bai wa abokin ciniki bayyananne a ainihin lokaci.
Kammalawa: Shawarar Ƙimar Fasaha ta Ansix - An ƙera Aminci don ROI
Aikin gyaran ƙarfe na Wheel Arch Trim Fender Flare Anti-Scratch Strip Mold ya ƙunshi babban falsafar Ansix Tech: Daidaito abu ne da aka bayar; an ƙera shi da ƙima.
Kwarewar da suka samu a fannin, wadda aka nuna ta hanyar wannan aikin, ta nuna cikakken ƙwarewa a fannin tsarin sarrafa allurar. Ba wai kawai suna gina ƙira ba ne, suna ƙera mafita ta rage farashi:
Ta hanyar Kimiyyar Kayan Aiki: Jagorar abokan ciniki zuwa ga kayan aiki mafi kyau, masu sauƙin sarrafawa waɗanda ke haɓaka aiki da rage farashin sarrafawa.
Ta Hanyar Injiniyan Hasashe: Yin amfani da nazarin DFM da kuma nazarin kwararar mold don kawar da kurakurai masu tsada kafin a yanke ƙarfe.
Ta Hanyar Ingantaccen Tsarin Aiki: Inganta kowane daƙiƙa na lokacin zagayowar da kowane gram na kayan aiki, tanadi wanda ke haɗuwa sosai akan yawan samar da kayayyaki.
"A fannin kera motoci na yau da kullum, farashin mold mafi ƙanƙanta shine mafi tsada a cikin dogon lokaci," in ji Michael Chen. "Muna haɗin gwiwa da abokan cinikinmu don rage jimillar farashin kowane ɓangare - ma'aunin da ke da mahimmanci. Ta hanyar samar da aminci, tsawon rai, da inganci da aka gasa a cikin ƙarfe, muna tabbatar da cewa kowane ɓangaren da aka samar, daga sassauƙa zuwa walƙiya mai rikitarwa ta fender, yana isar da ƙima mara misaltuwa daga harbi na farko zuwa na ƙarshe."
Aikin Ansix Tech a kan wannan aikin shaida ne cewa a cikin gyaran allura, kirkire-kirkire na gaskiya ba wai kawai yana cikin ƙirƙirar abin da zai yiwu ba, har ma yana cikin gyara abin da ke aiki—canza ƙalubale masu sarkakiya zuwa mafita masu sauƙi, abin dogaro, da kuma tattalin arziki mafi kyau.
Kamfanin Ansix Tech Ltd
Idan kuna da wasu tsare-tsare da suka shafi Wheel arch trimfender flare anti-scratch strip mold, kuna iya tuntuɓar mu a kowane lokaci. Za mu mayar da ra'ayoyinku zuwa 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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