Kekunan ƙwallo masu layi biyu masu daidaitawa kai tsaye

Kekunan ƙwallo masu layi biyu masu daidaitawa kai tsaye

 

An ƙera Daidaito: Ansix Fasaha ta ƙware a fannin Kekunan ƙwallo masu layi biyu masu layi biyu.

Takaitaccen Bayani: Yadda Ci Gaban Gina Allura da Kimiyyar Kayan Dabaru Ke Haɓaka Inganci, Aminci, da Ƙirƙirar Kuɗi a cikin Muhimmin Bangaren Motoci da Masana'antu

A cikin duniyar injunan da ke da sarkakiya, tun daga injinan lantarki masu juyawa waɗanda ke ba da wutar lantarki ga kayan aikinmu zuwa gatari na manyan motocin da ke aiki, ƙarfin aiki yana kan abubuwan da ba a taɓa gani ba. Daga cikin waɗannan jaruman da ba a taɓa rera su ba akwai kejin ɗaukar kaya, ko mai rabawa. Matsayinsa abu ne mai sauƙi: kiyaye tazara iri ɗaya tsakanin abubuwan birgima, hana haɗuwa, da kuma jagorantar motsi. Duk da haka, gazawarsa na iya zama bala'i. Don buƙatar amfani da bearings na ƙwallon da ke daidaita kansu a jere biyu - babban tushe a cikin aikace-aikacen da ke magance rashin daidaito da nauyin radial - ƙira da ƙera kejin sun kai wani matsayi na sarkakiya. Shiga Ansix Tech, jagora a cikin ƙirar allura mai inganci, wanda kwanan nan ya kammala wani cikakken aiki don kejin ɗaukar ƙwallo mai daidaita kansu na ƙarni na gaba yana haskaka ƙarshen masana'antar zamani, inda ƙwarewar injiniyanci ke fassara kai tsaye zuwa ƙima da aminci mara misaltuwa ga abokan ciniki.

 

Bukatar Kasuwa & Tsarin da Ya Kamata

 

Bearing ɗin ƙwallon da ke layi biyu yana aiki a masana'antu. Ikonsa na daidaita kusurwar shaft dangane da gidan—abin da ya zama ruwan dare a cikin dogayen shafts, kayan aikin noma, tsarin jigilar kaya, har ma da wasu aikace-aikacen mota—ya sa ya zama dole. Keken irin wannan bearing ba abu ne mai aiki ba. Dole ne ya kasance mai ƙarfi sosai don jure wa ƙarfin centrifugal da tasirin da zai iya haifarwa, yana ba da ƙarancin gogayya don guje wa asarar wutar lantarki da samar da zafi, da kuma kiyaye daidaiton girma a cikin kewayon zafin jiki mai faɗi.

 

Yanayin kasuwa yana ƙara matsa lamba. Ƙoƙarin duniya na inganta amfani da makamashi yana buƙatar sassa masu ƙarancin gogayya. Fitar da wutar lantarki a sassan motoci da masana'antu yana buƙatar kayan da za su iya jure wa manyan gudu da yanayi daban-daban na man shafawa. Akwai kuma matsin lamba mai ɗorewa don rage jimillar farashin mallaka ba tare da yin illa ga inganci ko tsawon rai ba. Wannan shine fagen da Ansix Tech ke fafatawa, yana mai da waɗannan buƙatun kasuwa zuwa mafita na injiniya.

 

Kewaya ƙa'idodi: Tsarin Ingantawa

 

Aikin Ansix Tech bai fara daga allon zane ba, amma a cikin tsarin ƙa'idodin ƙasa da ƙasa. Bin ƙa'idodin ISO 15 (Radial bearings) da takamaiman ƙa'idodin OEM waɗanda ke kula da girma, daidaiton gudu, da aikin kayan aiki ba a iya yin sulhu ba. Duk da haka, ƙwarewa ta gaske tana cikin ƙira fiye da ƙa'idodi na yau da kullun. Ƙungiyar ta mai da hankali kan inganta yanayin aljihu don tabbatar da jagorancin ƙwallon mai santsi, rage nauyin kayan don rage rashin ƙarfi ba tare da sadaukar da ƙarfi ba, da kuma tsara don kera kayayyaki tun daga farko. Wannan hanyar da aka saba bi don ƙa'idodi tana tabbatar da ba kawai cancanta ba, har ma da ingantaccen aiki a cikin filin.

 

Matakin Samfurin: Tabbatar da Dijital ya Cika Shaidar Jiki

 

Kafin a yanke ƙarfe, an yi bincike mai zurfi kan ƙirar kejin. Injiniyoyin Ansix Tech sun yi amfani da nazarin Zane don Masana'antu (DFM), inda suka haɗa Nazarin Guduwar Mold a matsayin ginshiƙin wannan tsari. Wannan manhajar kwaikwayo mai zurfi ta annabta yadda filastik ɗin da aka zaɓa zai cika mold ɗin, tana gano layukan walda masu yuwuwa (wanda zai iya zama wuraren rauni), wuraren tarkon iska, bambancin raguwar ƙarfi, da matsin lamba na ciki. Ta hanyar kwaikwayon wurare daban-daban na ƙofa, saurin allura, da matsin lamba na marufi ta hanyar dijital, Ansix zai iya inganta ƙirar don tabbatar da cikawa da lu'ulu'u iri ɗaya, wanda ke da mahimmanci ga daidaiton girman kejin ƙarshe.

 

The Samfurin Mould, wanda aka gina da jadawalin lokaci mai sauri, ya yi aiki a matsayin abin da za a iya amfani da shi wajen auna hotunan farko da kyau a kan samfuran CAD ta amfani da na'urorin aunawa masu daidaitawa (CMMs). Gwajin aiki a cikin kayan haɗin bearing da aka kwaikwayi an tantance ingancin dacewa da snap-fit, juyawar ball, da kuma sharewa. Wannan matakin samfurin da aka maimaita shine inda ka'ida ta haɗu da gaskiya, tana ba da damar daidaita ƙirar samfurin da sigogin ƙera da ake tsammani.

 

Zuciyar Al'amari: Zaɓin Kayan Dabaru

 

Zaɓar kayan aiki ita ce mafi mahimmanci a cikin kera kejin filastik, tare da tasirin kai tsaye ga aiki, farashi, da kuma iya sarrafawa. Don wannan keji mai layi biyu, Ansix Tech ta tantance kuma ta zaɓi daga cikin fayil ɗin thermoplastics na injiniya mai inganci, kowannensu yana da fa'idodi daban-daban:

 

Polyamide 66 (PA66), Gilashin da aka ƙarfafa (misali, BASF A3WG6): Zaɓin gargajiya wanda ke ba da daidaito mai kyau na ƙarfi, juriya ga lalacewa, da kwanciyar hankali na zafi (amfani akai-akai har zuwa ~120°C). Ƙarfafa zaren gilashin yana ƙara tauri da kwanciyar hankali a ƙarƙashin kaya. Magani ne mai araha ga aikace-aikace iri-iri.

 

Polyphthalamide (PPA) (misali, Solvay Amodel®): An zaɓa shi don yanayi mai wahala, PPA yana ba da juriya mai kyau na dogon lokaci ga zafi (har zuwa 150-180°C akai-akai), ingantaccen riƙe halayen injina a yanayin zafi mai yawa, da kuma ingantaccen juriya ga hydrolysis (lalacewa ta ruwa). Wannan ya sa ya dace da aikace-aikacen mota a ƙarƙashin rufin gida ko yanayi mai zafi da danshi.

 

Polyetheretherketone (PEEK) (misali, Victrex VICTREX™ PEEK): Mai aiki mai kyau. PEEK yana ba da kyakkyawan aikin zafi (sama da 250°C), juriya ga sinadarai masu kyau, juriyar harshen wuta, da kuma juriyar gajiya mai kyau. Duk da cewa ya fi tsada a kowace kilogiram, tsawon rayuwarsa a cikin mawuyacin yanayi na iya rage jimlar farashin zagayowar rayuwa na haɗa kayan ɗaukar kaya.

 

Tsarin Ansix Tech mai kula da darajar kayayyaki a nan yana da matuƙar muhimmanci. Ta hanyar haɗin gwiwa da abokan ciniki don fahimtar yanayin aiki daidai—zafin jiki, gudu, kaya, shafawa, da fallasa—suna jagorantar zaɓin kayan da suka fi dacewa da tattalin arziki waɗanda suka cika duk buƙatun da ake buƙata. Gujewa yin injiniya fiye da kima da resins masu tsada, ko hana lalacewar filin da kayan da ba a ƙayyade ba, babban nau'i ne na rage farashi.

 

Kwarewa a Tsarin Mold: Symphony a Karfe da Zane

 

Tsarin allurar keji mai layi biyu wanda aka yi da kansa wani babban aiki ne na kayan aiki masu inganci. Tsarin da aiwatar da Ansix Tech ya nuna ƙwarewarsu a fannin.

 

Zaɓin Karfe: An ƙera abubuwan da aka saka a tsakiya da rami daga ƙarfe masu tauri kamar German 1.2344 (ESR) ko Jafananci SKD61. Waɗannan ƙarfe suna ba da haɗin tauri mafi kyau (50-52 HRC bayan maganin zafi) don juriya ga lalacewa daga robobi masu cike da gilashi, ingantaccen gogewa don kammala rami mai kyau, da kuma kyawawan kaddarorin tauri. Don samar da adadi mai yawa, ana iya amfani da ƙarfe masu juriya kamar 1.2379 ko ƙarfe masu ƙarfi.

 

Tsarin Mold: Tsarin ya ƙunshi mold na iyali—wanda ke iya samar da sassa da yawa na rami (kamar rabin keji biyu) a cikin hoto ɗaya—wanda ke ƙara inganci. An aiwatar da tsarin hot runner don kawar da ɓarnar mai gudu a sanyi, rage lokacin zagayowar da amfani da kayan aiki, wanda hakan ke ba da gudummawa kai tsaye ga ƙarancin farashi.

 

Tsarin Sanyaya: Tsarin hanyar sanyaya mai tsari mai tsari, wanda ke bin tsarin aljihun keji gwargwadon iyawa, ya zama dole. Inganci da sanyaya iri ɗaya shine babban abin da ke haifar da rage lokacin zagayowar kuma yana hana yaɗuwa, yana tabbatar da daidaiton girma daga harbin farko zuwa na miliyan.

 

Tsarin Fitar da Kaya: Ganin yanayin aljihun keji mai laushi, an tsara tsarin fitar da kaya mai fil da yawa tare da faranti masu cire kaya daidai don amfani da ƙarfi daidai, yana sakin ɓangaren ba tare da ɓarna ko alamun damuwa ba.

 

Kalubalen Masana'antu da Inganta Tsarin Aiki

 

Tsarin allurar irin wannan abu yana gabatar da cikas na musamman. Siraran bango da kuma tsarin lissafi mai rikitarwa na aljihun ƙwallon suna haifar da hanyoyin kwarara masu ƙalubale. Dole ne a sarrafa layukan walda da aka samar inda gaba na filastik mai narkewa suka haɗu a kusa da fil ɗin tsakiya ta hanyar sanya ƙofa da kuma daidaita tsarin don tabbatar da cewa ba su zama raunin tsarin ba. Ragewa iri ɗaya a kan ɓangaren da ba shi da daidaito yana da mahimmanci don kiyaye zagaye da diamita na ramin aljihu.

 

Inganta tsarin gyaran allurar da Ansix Tech ta yi shine inda injiniyanci ya zama fasaha. Ta hanyar Tsarin Gwaje-gwaje (DOE), sun kafa sigogi mafi kyau:

 

Saurin Allura & Matsi: Babban gudu don cike sassan siriri kafin sanyaya, sai kuma madaidaicin matsin lamba na matakai da yawa don rama raguwar.

 

Zafin Mold: Ana sarrafa shi sosai, sau da yawa a saman don kayan lu'ulu'u kamar PA66 ko PPA, don haɓaka lu'ulu'u mai kyau da rage damuwa da aka yi da mold.

 

Lokacin Sanyaya: An ƙididdige shi da kyau don ba da damar ɓangaren ya daidaita yadda ya kamata don fitar da iska ba tare da tsawaita zagayowar ba.

 

Wannan hanyar kimiyya ta inganta tsarin tana ƙara inganci kai tsaye (ƙarin sassa a kowace awa) kuma tana rage yawan tarkace, biyu daga cikin mafi ƙarfi don rage farashin na'urar da ake bayarwa ga abokin ciniki.

 

Takaddun Inganci da Hanyar Samun Takaddun Shaida

 

Tun daga binciken farko (FAI) zuwa takardar shaidar samar da kayayyaki, inganci yana cikin tsari a Ansix Tech. Kowace rukunin samarwa ana yin gwaje-gwaje da yawa: duba girma ta hanyar CMM, tabbatar da kayan aiki (sau da yawa ta hanyar FTIR spectroscopy), gwaje-gwajen aiki don daidaitawa da daidaitawa, da gwaje-gwajen aiki masu mahimmanci kamar runouts akan na'urorin gwaji masu sauri. Taswirar Kula da Tsarin Lissafi (SPC) tana lura da mahimman girma a ainihin lokaci, tana tabbatar da cewa tsarin yana cikin iyakokin sarrafawa.

 

Ana sanya samfurin ƙarshe a cikin kwantena masu tsabta da aka ware don hana gurɓatawa ko lalacewa yayin jigilar kaya, galibi ana amfani da jakunkuna masu rufewa don kayan da ke da sauƙin jure danshi kamar PA66.

 

Fa'idar Isarwa Mai Sauri: Daga Tsarin Ra'ayi zuwa Kwantena

 

Tsarin haɗin gwiwa na Ansix Tech—ƙirƙirar gidaje, yin mold, yin samfuri, da samarwa a ƙarƙashin rufin gida ɗaya—shine injin tsarin isar da kayayyaki cikin sauri. Ayyukan injiniya na lokaci guda, inda ƙirar mold ke farawa yayin da aka kammala ƙirar samfura, suna rage tsawon lokacin aiki. Ƙwarewarsu ta injinan injina masu sauri (HSM) don ƙera mold da saka hannun jari a cikin kwaikwayon da ya dace (Mold Flow) suna hana sake fasalin mold mai tsada da ɗaukar lokaci. Ga abokan ciniki, wannan yana nufin samun saurin lokaci zuwa kasuwa, babban fa'ida mai mahimmanci.

 

Kammalawa: Isar da Aminci da Daraja a Kowace Hanya

 

Labarin aikin Ansix Tech na keji mai layi biyu na ɗaukar ƙwallon da ke daidaita kansa ya fi na nazarin masana'antu; tsari ne na ƙirƙirar ƙima a masana'antar zamani. Ƙwarewarsu mai zurfi tana ba su damar kewaya hulɗar da ke tsakanin kimiyyar abu, ƙirar ƙira mai kyau, da injiniyan tsari.

 

A ƙarshe, Ansix Tech tana rage farashi ga abokan ciniki ta hanyar dabarun da suka dace da zagayowar rayuwa: ta hanyar jagorantar zaɓin kayan da ya fi dacewa wanda ke guje wa ƙayyadaddun bayanai; ta hanyar ƙira da gina ƙira don ingantaccen inganci da ƙarancin sharar gida; da kuma ta hanyar inganta tsarin ƙira ba tare da ɓata lokaci ba don sauri da daidaito. Wannan ma'aunin sarrafa farashi guda uku - kayan aiki mai kyau, kayan aiki mai kyau, tsari mai kyau - yana tabbatar da cewa ɓangaren ƙarshe ba wai kawai abin dogaro ne ba, yana aiki a hankali a cikin zuciyar injina a duk duniya, har ma yana isar da ingancin tattalin arziki da kasuwannin yau ke buƙata. A cikin ainihin duniyar kejin ɗaukar kaya, Ansix Tech ta tabbatar da cewa ana ƙera ƙimar gaske a ciki, daga kwaikwayon dijital na farko zuwa jigilar kaya na ƙarshe mai inganci.

Kamfanin Ansix Tech Ltd

Idan kuna da wasu tsare-tsare da suka shafi keji mai layi biyu na ƙwallo mai layi biyu, kuna iya tuntuɓar 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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