Bututun ajiya na jatan lande da bututun tattarawa na brine

Bututun ajiya na jatan lande da bututun tattarawa na brine

 

Injiniyan Daidaito Ya Cika Ingancin Kuɗi: A Ciki Ansix Juyin Juya Halin Masana'antar Tube na Jatan Lande na Fasaha

A cikin duniyar da ke da gasa sosai a fannin gyaran allurar daidai, aiki ɗaya zai iya zama misali ga falsafar kamfani gaba ɗaya. Aikin adanawa da tattara bututan ruwa na Ansix Tech na baya-bayan nan ya zama misali kan yadda injiniyanci na zamani zai iya rage farashi ba tare da yin illa ga inganci ba, wanda hakan ya kafa sabon mizani ga masana'antar.

A cikin duniyar musamman ta fannin kiwon kifi da binciken kimiyya, jatan lande mai laushi yana taka muhimmiyar rawa. Waɗannan ƙananan kifayen suna aiki a matsayin abinci mai mahimmanci ga gonakin kifi da kuma samfuran da suka dace don nazarin dakin gwaje-gwaje. Ajiyewa da tattara su suna buƙatar kayan aiki na musamman waɗanda suke da inganci kuma masu amfani a fannin tattalin arziki. Ga Ansix Tech, jagora a cikin gyaran allurar daidai, ƙalubalen kera waɗannan abubuwan ya zama abin nuni ga falsafar injiniyancinsu gaba ɗaya - inda ake bincika kowane yanke shawara na ƙira, zaɓin abu, da inganta tsari ta hanyar amfani da hanyoyi biyu. ruwan tabarau na aiki da kuma ingancin farashi.

 

Aikin adanawa da tattara bututun ruwa na jatan lande, wanda aka haɓaka don babban mai samar da kayan aikin kiwo, ya nuna yadda masana'antu na zamani suka wuce samar da sassa masu sauƙi. Yana wakiltar haɗin gwiwa mai ƙarfi inda ƙwarewar mai yin molding ke tsara nasarar samfurin. Tun daga samfurin CAD na farko zuwa jigilar kaya na ƙarshe, Ansix Tech ta yi amfani da dabarun da suka haɗa da ƙa'idodin ƙera kimiyya tare da dabarun kasuwanci, a ƙarshe suna isar da samfuri mai kyau akan ƙarancin farashi.

 

1 Tsarin Injiniya: Daga Ra'ayi zuwa Tabbatar da DFM

Aikin bai fara da ƙarfe da filastik ba, amma da pixels da sigogi. Tsarin farko na abokin ciniki don bututun ajiya - akwati mai silinda tare da fasalulluka na sarrafawa masu haɗawa - da bututun tattarawa - wani abu mai kama da mazurari tare da abubuwan tacewa masu kyau - ya gabatar da ƙalubale da yawa na gyaran allura. Nan da nan ƙungiyar injiniya ta Ansix Tech ta shiga cikin wani bita na haɗin gwiwa na Design for Manufacturability (DFM), wani muhimmin lokaci inda aka ƙayyade har zuwa kashi 80% na farashin ƙarshe na samfurin.

 

Bin ƙa'idodin DFM na asali ya fi muhimmanci. Matakin farko na ƙungiyar shine tilasta kauri bango iri ɗaya a duk sassan biyu. Kamar yadda jagororin masana'antu suka bayyana, kiyaye bango mai daidaito (yawanci 1-3 mm) yana da mahimmanci don hana lahani kamar karkatarwa, alamun nutsewa, da damuwa na ciki yayin sanyaya. Ga bututun ajiya, wannan yana nufin sake tura haƙarƙarin ƙarfafawa na waje cikin dabara. An yi wahayi zuwa gare shi ta hanyar ƙira a cikin kwantena na jigilar abincin teku, ƙungiyar ta ƙayyade haƙarƙarin da suka fito waje, suna tabbatar da cewa muhimmin saman ciki ya kasance santsi sosai - wani buƙatu da ba za a iya sasantawa ba don hana rauni ga jatan lande mai laushi.

 

Bugu da ƙari, an yi amfani da mafi ƙarancin kusurwar zana digiri 1.5 a kan dukkan saman tsaye. tef ɗinr, wanda galibi ana yin watsi da shi a cikin ƙira na farko, yana da mahimmanci don tabbatar da cewa an fitar da sassa masu tsabta, ba tare da lalacewa ba daga mold. A lokaci guda, an maye gurbin kusurwoyi masu kaifi da fillets na akalla radius 0.5 mm. Wannan sauyi mai sauƙi yana rage yawan damuwa a cikin ɓangaren filastik na ƙarshe kuma, mafi mahimmanci, yana inganta kwararar filastik mai narkewa yayin allura, yana rage matsin lamba da ake buƙata don cike mold ɗin.

 

Babban abin da ya haifar da wannan mataki shi ne cikakken nazarin kwararar kwaro (MFA). Wannan manhajar kwaikwayo mai inganci ta annabta yadda filastik zai yi aiki a cikin kwaro. Injiniyoyi sun yi nazarin tsarin cikewa, sun gano layukan walda masu yuwuwa (wurare marasa ƙarfi inda gaban narkewa ya haɗu), sannan suka gano wuraren da ke fuskantar haɗarin tarko na iska ko raguwar iska. Ta hanyar gyara waɗannan matsalolin kafin a yanke duk wani ƙarfe - kamar sake sanya ƙofofi da inganta tsare-tsaren hanyoyin sanyaya - Ansix Tech ta kawar da sake fasalin kwaro mai tsada da ɗaukar lokaci. Wannan tabbatarwa ta dijital ita ce ginshiƙin tsarin kera su na "daidaita-lokaci na farko", wanda ke fassara kai tsaye zuwa ƙananan kuɗaɗen haɓakawa da sauri zuwa kasuwa ga abokin ciniki.

 

2 Zaɓin Kayan Dabaru: Daidaita Aiki da Tattalin Arziki

Zaɓar kayan filastik da suka dace muhimmin abu ne da ke tasiri ga aikin sassan, iyawar ƙera su, da kuma farashi mai kyau. Ga bututun jatan lande na ruwan teku, yanayin aiki - yawan fallasa ga ruwan gishiri, abubuwan halitta, da kuma buƙatar tsaftacewa akai-akai - ya haifar da ƙaramin yanki na masu nema.

 

Bayan gwaji mai tsauri, Ansix Tech ta ba da shawarar Polypropylene (PP) don manyan abubuwan haɗin. PP yana ba da daidaito na juriya ga sinadarai, juriya, da tattalin arzikin sarrafawa mai kyau. Ƙananan yawansa yana fassara zuwa ƙarin sassa a kowace kilogiram na kayan masarufi, wanda hakan ke rage farashi kai tsaye. Mafi mahimmanci, kyawawan halayen kwararar PP suna ba shi damar cike sassan sirara da geometry masu rikitarwa cikin sauƙi, yana ba da damar amfani da ƙananan matsin lamba na allura da rage lalacewa akan mold ɗin kanta.

 

Ga muhimman abubuwan da ke da matuƙar lalacewa kamar sieve na tattarawa, an ƙayyade nailan mai cike da gilashi. Ƙara zare na gilashi yana ƙara tauri, kwanciyar hankali, da juriya ga gogewa sosai. Duk da cewa wannan kayan aikin injiniya yana da tsadar da ta fi kowacce kilogiram, tsawon rayuwarsa da aikinsa a aikace mai wahala suna hana maye gurbinsa akai-akai, wanda hakan ke ba da ƙarancin kuɗin mallaka ga mai amfani.

 

Kwarewar Ansix Tech wajen rage farashi ta bayyana musamman a dabarun siyan su. Maimakon zaɓar resin mai inganci, wanda aka ƙayyade sosai, sun yi aiki tare da masu samar da kayayyaki don zaɓar matakin "faɗin takamaiman bayanai" na PP. Wannan kayan, kodayake ya dace da aikace-aikacen, yana da ɗan faɗi na halaye masu karɓuwa (kamar ma'aunin narkewar kwararar ruwa) kuma saboda haka yana da rahusa. Don sarrafa bambancin da ke cikin wannan resin, kamfanin ya dogara da ƙarfin sarrafa tsarin sa da na'urori masu auna matsin lamba na rami don daidaita sigogin ƙira ta atomatik a ainihin lokaci, yana tabbatar da daidaiton ingancin sashi duk da canjin kayan.

 

Tebur 1: Muhimman Abubuwan da ke cikin Bututun Jatan Lande na Brine

3 Zuciyar Tsarin: Tsarin Motsa Jiki da Ƙirƙira Mai Daidaito

Da aka kammala ƙira da kayan, an mayar da hankali kan ƙirƙirar mold—kayan aikin ƙarfe mai inganci wanda zai ayyana samar da dubban sassa. Ansix Tech tana ɗaukar mold ba wai kawai a matsayin kayan aiki mai ƙirƙirar wani ɓangare ba, har ma a matsayin "tashar matsi da musayar zafi" mai rikitarwa.

 

Zaɓin ƙarfe shine shawara ta farko mai mahimmanci. Ga mafi yawan ramukan mold da tsakiya, an zaɓi ƙarfen P20 mai tauri. Yana ba da daidaito mai kyau na injina, iya gogewa, da juriya don samar da PP mai yawa. Don ƙananan ramuka masu rikitarwa, masu rauni na tsakiya waɗanda suka samar da ƙananan ramuka na sieve, an yi amfani da ƙarfe mai tauri H13 mai tsada. Kyakkyawan juriyar sa yana tabbatar da cewa waɗannan fasalulluka masu laushi suna kiyaye daidaitonsu a duk tsawon lokacin samarwa, yana guje wa lokacin aiki mai tsada don gyaran mold.

 

Ingancin mold ɗin galibi yana da alaƙa da tsarin sanyaya shi. Injiniyoyin Ansix Tech sun tsara tsarin tashar sanyaya mai tsari wanda ke bin tsarin yanayin ɓangaren gwargwadon iko. Wannan yana haɓaka fitar da zafi, wanda yake da mahimmanci saboda kusan kashi 80% na zagayowar ƙera allura an keɓe shi ne don sanyaya. Ta hanyar aiwatar da kwararar ruwa mai rikitarwa da haɗa mold ɗin da masu sarrafa zafin jiki masu aiki mai girma, ƙungiyar ta sami saurin sanyaya da sauri. Wannan ya rage daƙiƙa kaɗan daga kowane zagaye - tanadi wanda, wanda aka ninka shi sama da ɗaruruwan dubban zagayowar, yana wakiltar raguwa mai yawa a cikin farashin kuzari da lokacin injin.

 

An ƙera tsarin gudu da ƙofar don rage asarar matsi da kuma ɓatar da kayan aiki. An yi amfani da tsarin gudu mai zafi don bututun ajiya, wanda ke kawar da filastik mai ƙarfi da masu gudu da ke da alaƙa da masu gudu masu sanyi. Wannan yana nufin ana amfani da kashi 100% na filastik ɗin da aka yi wa allura don yin sassa masu siyarwa, wanda hakan ke rage tarkace sosai. Ƙofofin—wuraren shiga inda filastik ke shiga ramin—an yi girmansu a hankali kuma an sanya su a wuri don tabbatar da daidaiton cikawa ba tare da lahani na gani ko matsin lamba mai yawa akan kayan ba.

 

A ƙarshe, an tsara tsarin fitar da iska mai ƙarfi. Ya haɗa da fil da hannayen riga masu yawa da aka sanya a cikin dabara don shafa ƙarfi daidai gwargwado a kan ɓangaren, yana tabbatar da cewa ya fito daga cikin injin ba tare da murɗewa ko mannewa ba, koda a lokutan zagayowar da aka tsara don samarwa.

 

4 Kwarewar Zagaye: Inganta Tsarin Aiki da Tabbatarwa

Sauya daga mold da aka gama zuwa yawan samar da shi kimiyya ce da kanta. Ansix Tech tana bin tsarin Scientific Molding mai tsauri don haɓaka tsari mai dorewa, mai maimaitawa, kuma wanda aka inganta.

 

Tabbatar da Tsarin Aiki na farko ya bi ka'ida mai kyau. Masu fasaha sun fara da kafa tushen tushe tare da sigogi masu ra'ayin mazan jiya, sannan suka gyara kowane canji cikin tsari:

 

Zafin Narkewa & Mold: An inganta shi don tabbatar da cikakken kwarara ba tare da lalata polymer ba.

 

Saurin Allura da Matsi: An yi masa tsari don cike ramin cikin sauƙi (yana hana "jetting") yayin amfani da ƙaramin matsin lamba da ake buƙata.

 

Lokacin Shiryawa & Riƙewa: An ƙididdige shi daidai don rama raguwar kayan ba tare da cika marufin ba.

 

Lokacin Sanyaya: An rage girman ɓangaren lokaci guda mafi girma, har zuwa inda ɓangaren ya yi tauri sosai don fitar da shi ba tare da murɗewa ba.

 

Manufar ba wai kawai a sami tsari ɗaya mai aiki ba, har ma da taga mai ƙarfi ta tsari. Wannan ita ce kewayon da sigogi za su iya canzawa (saboda bambancin kayan aiki ko na'ura) ba tare da samar da sassan da suka lalace ba. Faɗin taga ta tsari, wanda aka cimma ta hanyar saitin ƙwararru, babban kariya ne daga ɓarna da lokacin aiki na gaba.

 

Babban abin da ya inganta shi ne rage lokacin zagayowar. Ta hanyar amfani da ingantaccen tsarin sanyaya da kuma daidaita kowane mataki a jere - daga rufewar mold da allura zuwa fitarwa - ƙungiyar ta rage lokacin da ba ya aiki. Rage zagayowar da ko da daƙiƙa biyu na iya ƙara yawan fitarwa da dubban sassa a kowane wata, yana yaɗa farashi mai araha ga ƙarin na'urori da kuma rage farashin ɓangaren abokin ciniki kai tsaye.

 

Inganci 5 da Aka Saka da kuma Isar da Sabis Mara Tsami

Kula da inganci a Ansix Tech ba dubawa ta ƙarshe ba ce, sai dai wani tsari ne da aka haɗa a cikin tsari. Tun daga farkon hotunan gwajin T1, injiniyoyi masu inganci sun shiga ciki. Ta amfani da na'urorin aunawa masu daidaitawa (CMM), sun tabbatar da cewa ma'auni masu mahimmanci kamar diamita na bututu, girman ramin sieve, da hanyoyin haɗuwa suna cikin juriya mai tsauri da aka ƙayyade ta hanyar zane-zanen abokin ciniki.

 

A lokacin samarwa, ana gina inganci a cikin tsarin ta hanyar ci gaba da sa ido. Na'urori masu auna matsin lamba a cikin mold suna ba da sawun yatsa na kowane harbi guda ɗaya. Idan zagayowar ta kauce daga lanƙwasa matsin lamba da aka kafa - wanda ke nuna matsala mai yuwuwa kamar toshewar wani ɓangare ko bambancin danko na abu - ana iya tsara injin don ƙin wannan ɓangaren ta atomatik kuma ya sanar da mai aiki. Wannan tabbacin inganci na "in-mold" yana hana lahani daga motsawa ƙasa, yana kawar da manyan kuɗaɗen da ke tattare da rarrabawa, sake yin aiki, ko dawowar abokin ciniki.

 

An kuma ƙera matakin ƙarshe na kayan aiki, marufi da isarwa, don inganta inganci da kariyar ƙima. An rarraba sassan ta atomatik kuma an sanya su cikin kwalaye na musamman, waɗanda za a iya sake amfani da su waɗanda ke ba da kwanciyar hankali a lokacin jigilar kaya. Ƙungiyar jigilar kayayyaki ta Ansix Tech ta tabbatar da isar da kayayyaki cikin sauri, ta amfani da haɗin gwiwar sarkar samar da kayayyaki don biyan buƙatun isar da kaya na abokin ciniki cikin lokaci ba tare da kuɗin jigilar kaya cikin sauri ba. Wannan iko daga ƙarshe zuwa ƙarshe yana kawar da ɓoyayyun kuɗaɗe da abubuwan mamaki.

 

6 Amfanin Fasaha na Ansix: Haɗin gwiwa don Daraja

Aikin bututun jatan lande na brine ya nuna cewa ƙimar Ansix Tech ta wuce amfani da injunan ƙera allura. Haɗin gwiwa ne na injiniya mai cikakken tsari wanda aka keɓe don rage farashi a kowane lokaci da za a iya tsammani.

 

Dabarun rage farashi yana da fannoni da dama:

 

Kimiyyar Kayan Dabaru: Ba da shawarar kayan da suka dace da amfani da su da kuma amfani da resins masu faɗi ba tare da yin illa ga aiki ba.

 

Injiniyan Dijital na Rigakafi: Amfani da DFM da Binciken Gudun Mold don kawar da kurakurai masu tsada kafin a fara ƙera su.

 

Ingancin Mayar da Hankali Kan Mold: Tsarin mold don yin sauri, ƙarancin tarkace, da kuma dorewa na dogon lokaci.

 

Sarrafa Tsarin Kimiyya: Haɓaka ingantattun hanyoyin aiki masu ƙarfi da atomatik waɗanda ke haɓaka yawan aiki da daidaito.

 

Jimlar Bayyanar Kuɗi: Yin haɗin gwiwa da abokan ciniki don fahimtar da rage jimlar kuɗin mallakar, ba kawai farashin naúrar ba.

 

"Kowane aiki dama ce ta inganta tsarinmu na samar da inganci mai kyau a farashi mai rahusa," in ji wani babban injiniyan Ansix Tech. "Bututun jatan lande na brine misali ne mai kyau. Ta hanyar haɗa ƙwarewar ƙira, kayan aiki, da sarrafawa daga rana ta farko, mun ƙirƙiri samfuri mafi aminci ga mai amfani da ƙarshe kuma wanda ya fi riba ga abokin cinikinmu. Wannan shine ainihin ma'aunin daraja a masana'antar zamani."

 

A cikin masana'antar da riba ke da ƙarfi kuma gasa ta duniya baki ɗaya ce, Ansix Tech ta nuna cewa hanyar samun nasara ba ta hanyar manyan kusurwoyi ba ne, amma ta hanyar injiniya mai wayo, haɗin gwiwa mai zurfi, da kuma jajircewa mai ƙarfi don gina ƙima a cikin kowane ɓangaren da suke samarwa.

Kamfanin Ansix Tech Ltd

Idan kuna da wani shiri game da bututun ajiya na jatan lande na Brine da bututun tattarawa, 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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