Kubota hada harbe akwatin ajiya murfin mold

Akwatin ajiyar kayan girbi na Kubota cSama da Mould

 

Ansix Kwarewar Injiniyanci ta Fasaha: Kirkire-kirkire Mai Inganci ga Kayan Aikin Harbe na Kubota

Murfin akwatin ajiya na na'urar tattara kayan haɗin Kubota na iya zama kamar wani abu ne kawai na filastik, amma a ƙarƙashin santsiyar samansa akwai wani babban fasaha—samfurin kimiyyar dabaru, Daidaitaccen Mold injiniyanci, da kuma inganta tsarin aiki mai kyau.

Lokacin da injiniyoyin Ansix Tech suka fara karɓar takamaiman bayanai game da murfin akwatin ajiyar kayan girbi na Kubota, ba wai kawai suna duba wani ɓangaren filastik ba ne. Sun ga aikace-aikacen noma yana buƙatar juriya mai kyau a cikin mawuyacin yanayi, juriya mai ƙarfi daga matsin lamba na inji, da kwanciyar hankali a cikin yanayin zafi daban-daban. Wannan ɓangaren, kodayake yana da sauƙi, zai kare hatsi mai mahimmanci daga yanayi yayin ayyukan girbi masu mahimmanci.

 

Aikin ya gabatar da ƙalubalen masana'antu na gargajiya: cimma ƙa'idodi masu tsauri yayin cimma manyan manufofin rage farashi ga abokin ciniki. Hanyar Ansix Tech ta haɗa ƙwarewar injiniya da kimiyyar kayan aiki don samar da mafita wacce ta zarce buƙatun fasaha da tattalin arziki.

 

1 Tsarin Zane don Filin: Bukatun Murfin Akwatin Ajiya na Kubota

Murfin akwatin ajiya na na'urar girbin kayan haɗin Kubota yana wakiltar wani muhimmin sashi na aiki a cikin injunan noma. Wannan babban ɓangaren da ke saman dole ne ya jure wa mawuyacin yanayi na muhalli, gami da ɗaukar lokaci mai tsawo ga hasken UV, canjin zafin jiki daga -10°C zuwa 50°C, da kuma tasirin lokaci-lokaci daga haɗarin aiki. Bayan juriyar muhalli, murfin yana buƙatar kiyaye daidaiton tsari a ƙarƙashin matsin lamba na injiniya yayin aikin na'urar girbi a cikin ƙasa mara daidaituwa.

 

Takamaiman bayanai na Kubota sun buƙaci bin ƙa'idodin ISO 14885-2017 don kayan aikin gona na filastik, waɗanda ke bayyana buƙatun ƙa'idodin injina da dorewar muhalli. Sashen da ake buƙata don nuna ƙaramin ƙarfin juriya na 25 MPa da juriyar tasirin Izod na 30 kJ/m² (an auna shi bisa ga GB/T 1843-2008), yana tabbatar da cewa zai iya jure wa tsauraran ayyukan filin ba tare da fashewa ko nakasa ba.

 

Daga mahangar ƙira, murfin akwatin ajiya ya ƙunshi siffofi masu rikitarwa tare da kauri daban-daban na bango, wuraren haɗawa, da kuma kammala saman da aka yi da laushi don dalilai na ado da aiki. Matakin samfurin ya ƙunshi cikakken nazarin FEA don tabbatar da aikin tsari a ƙarƙashin yanayin lodin da aka kwaikwayi. Ƙungiyar injiniya ta Ansix Tech ta gudanar da gyare-gyare na ƙira akai-akai bisa ga ra'ayoyin ƙungiyar fasaha ta Kubota, wanda ya haifar da ƙira ta ƙarshe wacce ta inganta rarraba kayan yayin da take rage nauyi - muhimmin abu ga injunan noma inda kowace kilogiram ke shafar ingancin mai da aikin aiki.

 

Sauya daga samfurin zuwa yawan samar da kayayyaki ya buƙaci tabbatar da masana'antu ta hanyar gwajin gwaje-gwaje na raka'a 500. Kowace na'ura ta yi gwajin girma, gwajin aiki a ƙarƙashin yanayin filin da aka kwaikwayi, da kuma hanzarta gwaje-gwajen tsufa don hasashen aiki na dogon lokaci. Takaddun shaida don yawan samar da kayayyaki ya zo ne bayan cimma ƙimar lahani ƙasa da kashi 0.5% a cikin rukuni uku a jere, wanda ke nuna daidaiton inganci da amincin masana'antu.

 

2 Zaɓin Kayan Aiki: Injiniyoyi Masu Ƙarfin Fasaha don Aikace-aikacen Noma

Zaɓar kayan filastik da suka dace don murfin akwatin ajiya ya zama muhimmin abin da za a yanke shawara a cikin aikin. Injiniyoyin Ansix Tech sun kimanta kayan aiki da dama bisa ga takamaiman buƙatun aikace-aikacen noma, suna la'akari da abubuwan da suka haɗa da halayen injiniya, juriya ga muhalli, halayen sarrafawa, da kuma ingancin farashi.

 

Babban abin da aka fi la'akari da shi a cikin kayan ya ta'allaka ne akan iyalai na polyethylene (PE) da polypropylene (PP), waɗanda aka san su da kyakkyawan juriya ga sinadarai da juriyarsu. Bayan cikakken gwaji, ƙungiyar ta zaɓi wani tsari mai yawan polyethylene (HDPE) tare da takamaiman halaye:

 

Abun da Aka Haɗa: Polyethylene mai yawan yawa tare da masu daidaita UV da masu gyara tasirin

 

Maki na Musamman: HDPE-5200B (An ayyana masana'anta) tare da ma'aunin narkewa na 0.5 g/minti 10 (190°C/2.16kg)

 

Muhimman Halaye: Ƙarfin taurin kai na 28 MPa, ƙarfin tasirin Izod mai lamba 45 kJ/m² (a 23°C), da zafin juyewar zafi na 85°C a 0.45 MPa

 

Wannan takamaiman tsarin HDPE ya ba da daidaito mafi kyau tsakanin tauri na inji da ingancin sarrafawa. Ba kamar HDPE na gabaɗaya ba, copolymer ɗin da aka zaɓa ya nuna juriyar tsagewar muhalli (ESCR), mai mahimmanci ga abubuwan da aka fallasa ga sinadarai na noma da bambancin zafin jiki. Ƙananan ƙimar sha danshi na kayan (

 

Binciken kwatancen ya nuna cewa yayin da PP ta ba da ɗan ƙaramin rabo na tauri-da-nauyi, HDPE ta ba da mafi kyawun juriya ga tasiri a ƙananan yanayin zafi - wani muhimmin abu ga masu girbi da ke aiki a yanayin sanyin safiya ko na ƙarshen kakar. Tsarin HDPE ya kuma nuna ingantaccen damar yanayi na dogon lokaci tare da masu daidaita yanayi masu dacewa, yana riƙe da sama da kashi 85% na ƙarfin juriya na asali bayan sa'o'i 500 na gwajin fallasa UV cikin sauri.

 

Tebur: Kwatanta Kayan Aiki don Kayan Aikin Noma

3 Binciken Guduwar Mold da Inganta Tsarin

Kafin a yanke karfen farko, Ansix Tech ta gudanar da cikakken nazarin kwararar mold (DFM) ta amfani da manhajar kwaikwayo ta zamani. Wannan muhimmin mataki ya bai wa injiniyoyi damar yin hasashen da kuma magance kalubalen da ka iya tasowa a masana'antu, wanda hakan ya rage yawan barazanar yin gyare-gyare masu tsada a lokacin samarwa.

 

Tsarin DFM ya fara ne da shigo da samfurin CAD na 3D na murfin akwatin ajiya cikin manhajar bincike. Injiniyoyi sun kafa sigogi na farko ciki har da wuraren ƙofa, girman mai gudu, da kuma tsarin tashar sanyaya bisa ga ilimin da aka samu daga irin waɗannan ayyuka. Daga nan sai aka ƙididdige ci gaban kwararar gaba yayin allura, inda aka gano wuraren da za a iya samun shakku game da kwararar, tarkon iska, da layukan walda waɗanda za su iya lalata ƙarfi ko bayyanar wani ɓangare.

 

Manyan abubuwan da aka gano daga binciken farko sun haɗa da tsarin cikewa mara daidaito sakamakon babban yankin saman ɓangaren da kuma bambancin kauri na bango. Ta hanyar kwaikwayon maimaitawa, ƙungiyar injiniyan ta inganta sigogi da dama:

 

Tsarin Ƙofa: An aiwatar da tsarin gudu mai zafi mai maki huɗu tare da maƙallin bawul mai jere don tabbatar da daidaiton cikawa

 

Tsarin Gudu: Yi amfani da tsarin gudu mai sanyi mai daidaito tare da diamita mafi kyau don rage raguwar matsin lamba

 

Tsarin Sanyaya: Ƙirƙirar hanyar sadarwa ta hanyar sanyaya mai tsari wadda ta bi tsarin hadaddun ɓangaren don cire zafi iri ɗaya

 

Binciken DFM ya kuma tantance sigogi daban-daban na tsari, yana gano mafi kyawun tsarin saurin allura wanda ya daidaita cikakken cike ramin da ƙarancin lalacewar kayan da yankewa ke haifarwa. An ba da kulawa ta musamman ga inganta yanayin marufi don rama raguwar kayan yayin da ake guje wa marufi fiye da kima wanda zai iya haifar da matsananciyar damuwa ta ciki ko wahalar fitar da sassan.

 

Ta hanyar magance waɗannan abubuwan ta hanyar amfani da na'urar, Ansix Tech ta rage zagayowar gyaran mold da ake tsammani da kusan kashi 60%, wanda hakan ya haifar da saurin zuwa kasuwa da kuma rage farashin haɓakawa ga Kubota. Tsarin ƙarshe ya cimma lokacin cikawa da aka annabta na daƙiƙa 4.2 tare da matsakaicin matsin lamba na allura na 75 MPa, wanda ya dace da ƙarfin kayan aikin gyaran allura na yau da kullun.

 

Tsarin Mold 4: Haɗa Injiniyan Daidaito tare da Ingantaccen Samarwa

Tsarin mold na murfin akwatin ajiya na Kubota ya ƙunshi falsafar Ansix Tech ta haɗa injiniyan daidaito tare da ingancin samarwa. Kowane fanni na mold—daga zaɓin ƙarfe zuwa hanyoyin fitar da abubuwa—an inganta shi don takamaiman buƙatun samar da kayan aikin gona masu yawa.

 

Zaɓin ƙarfe ya wakilci muhimmin tushe na ƙirar mold. Ga sassan rami da na tsakiya, Ansix Tech ta zaɓi ƙarfen kayan aiki da aka riga aka taurare (P20) tare da ƙarin maganin taurare saman. Wannan zaɓin ya daidaita abubuwa da yawa: P20 yana ba da kyakkyawan gogewa don cimma kammala saman da ake buƙata, yana ba da isasshen tauri (28-32 HRC) don tsawaita aikin samarwa, kuma yana nuna kyakkyawan injin don ƙera mold mai inganci. Ga abubuwan da ke da matuƙar lalacewa kamar ƙofofi da zamewa, ƙungiyar ta ƙayyade ƙarfen kayan aiki mai tauri (H13) tare da tauri na saman 48-52 HRC don tsayayya da gogewa daga kayan da aka cika da gilashi a cikin dubban zagayowar.

 

Tsarin sanyaya ya yi amfani da tsarin da'ira biyu tare da baffles da kumfa da aka sanya a hankali don magance wuraren da ke da tarin zafi mai yawa. Wannan ƙirar ta cimma raguwar lokacin sanyaya da kashi 15% idan aka kwatanta da tsarin sanyaya na gargajiya, wanda ya inganta lokacin zagayowar kai tsaye da ingancin samarwa. Na'urori masu auna zafin jiki da aka haɗa a wurare masu mahimmanci sun ba da damar sa ido kan zafi na ainihin lokacin samarwa, wanda ke ba da damar daidaita tsarin aiki don kiyaye daidaiton girma.

 

Ga tsarin fitar da kaya, Ansix Tech ta aiwatar da haɗin fil da hannayen riga masu girman da aka sanya su don rarraba ƙarfin fitar da kaya daidai gwargwado a saman babban ɓangaren. Tsarin ya haɗa da hanyoyin dawo da kaya da wuri don hana lalacewar abubuwan da ke cikin babban ɓangaren yayin rufewar mold, yayin da na'urori masu auna mold suka tabbatar da cikakken fitar da kaya kafin fara zagaye na gaba - wanda ke da mahimmanci don hana lalacewar mold mai tsada a cikin yanayin samarwa ta atomatik.

 

Tebur: Maɓallin Tsarin Mold

Kalubale 5 na Masana'antu da Tsarin Aiki

Fassara ƙirar ƙira mai kyau zuwa kayan aikin samarwa mai amfani ya gabatar da ƙalubale da dama na masana'antu waɗanda Ansix Tech ta magance ta hanyar tsarin aiki da aka kafa.

 

Aikin ya fara ne da shirya tushen mold ta amfani da kayan aiki na MISUMI, wanda ke tabbatar da cewa za a iya musanyawa da kuma kiyayewa - manyan abubuwan da aka fi la'akari da su a mafi kyawun ayyukan masana'antu don ƙirar mold. Hanyar da aka daidaita ta kuma ta sauƙaƙa haɗa abubuwa cikin sauri da rage lokacin da za a maye gurbinsu lokacin da aka zama dole a gyara su.

 

Injin CNC na ramin da sassan tsakiya sun buƙaci kulawa ta musamman saboda buƙatun tsarin da yanayin saman ɓangaren. Ansix Tech ta yi amfani da cibiyoyin injin CNC masu axis 5 tare da juriyar daidaito na ±0.005mm don cimma daidaiton tsari da saman rubutu da aka ƙayyade a cikin ƙirar. Jerin injin ya biyo bayan tsarin aiki mai kyau: injinan da aka yi da ƙarfi sun cire yawancin kayan aiki, ayyukan kammalawa na rabin-ƙarewa sun kafa kimanin geometry, kuma wucewar ƙarewa sun ƙirƙiri saman ƙarshe tare da laushi masu dacewa.

 

Injin fitar da wutar lantarki (EDM) ya zama dole don ƙirƙirar fasalulluka masu rikitarwa na ciki, gami da yankewa da saman rubutu waɗanda niƙa na gargajiya ba zai iya cimmawa ba. Tsarin EDM ya yi amfani da na'urorin lantarki na graphite waɗanda aka ƙera tare da yanayin juyi na fasalulluka da ake buƙata, suna lalata ƙarfe tare da kwararar lantarki daidai. Wannan hanyar ta cimma ƙalubalantar yanayin saman yayin da take kiyaye daidaiton girma a cikin 0.01mm a duk faɗin saman mold.

 

Haɗa kayan da aka ƙera daban-daban zuwa kayan aikin samarwa masu haɗin kai. Tsarin haɗa kayan ya bi tsarin daidaitawa, tare da ƙananan haɗuwa (tsarin fitarwa, da'irori masu sanyaya, tsarin ƙofa) da aka haɗa daban-daban kafin haɗawar ƙarshe. Wannan hanyar ta ba da damar gudanar da ayyukan haɗuwa a layi ɗaya, wanda ya rage lokacin haɗuwa gaba ɗaya da kusan kashi 30% idan aka kwatanta da hanyoyin haɗa layi.

 

A duk tsawon aikin ƙera, Ansix Tech ta aiwatar da cikakkun ka'idojin dubawa a matakai masu mahimmanci. Tabbatar da injin aunawa (CMM) ya tabbatar da daidaiton girma bayan manyan ayyukan ƙera, yayin da gwaje-gwajen kwararar mold tare da kayan maye suka tabbatar da halayen cikawa kafin a yi amfani da kayan da aka samar. Wannan hanyar tabbatarwa ta tsari ta gano kuma ta gyara matsalolin da za su iya tasowa da wuri, wanda ke hana sake yin aiki mai tsada a lokacin haɗa kayan ƙarshe.

 

Inganta Tsarin Gyaran Allura 6

Bayan an kammala gyaran, an mayar da hankali kan inganta tsarin gyaran allura don samun inganci da inganci mafi girma. Ansix Tech ta fuskanci wannan matakin da mayar da hankali biyu: cimma daidaiton ingancin sashi yayin da ake rage lokacin zagayowar samarwa - muhimman abubuwa guda biyu da ke shafar farashin kowane sashi.

 

Haɓaka tsarin farko ya fara ne da kafa saitin sigogi na asali wanda aka samo daga ƙayyadaddun bayanai na kayan aiki da hasashen nazarin kwararar mold. Daga nan ƙungiyar ta gudanar da ƙirar hanyar gwaje-gwaje (DOE) don tantance tasirin mahimman abubuwan da ke canzawa: zafin narkewa, bayanin saurin allura, matsin lamba na marufi, da lokacin sanyaya. Ta hanyar nazarin ƙididdiga na sakamakon DOE, injiniyoyi sun gano haɗuwa mafi kyau na sigogi waɗanda suka daidaita manufofin gasa: lokutan zagayowar sauri da cikawa gaba ɗaya, isasshen marufi da ƙarancin damuwa da ya rage.

 

Wani muhimmin haɓakawa ya haɗa da aiwatar da saurin allurar da aka tsara wanda ya bambanta a duk lokacin cikawa. Babban saurin farko ya tabbatar da cewa kayan sun isa wurare masu nisa na mold kafin su yi sanyi, yayin da raguwar gudu ta wasu sassa ya hana alamun zubar ruwa da kwarara a saman da ake iya gani. Wannan hanyar ta rage lahani na kwalliya da kusan kashi 40% idan aka kwatanta da cikewa mai saurin gaske.

 

Matakin sanyaya ya sami kulawa ta musamman, domin yana wakiltar kusan kashi 60% na jimlar lokacin zagayowar. Ta hanyar inganta zafin sanyaya (12°C don da'irar farko, 18°C ​​don na biyu) da kuma aiwatar da sanyaya mai ƙarfi yayin buɗewa/fitar da mold, Ansix Tech ta rage lokacin sanyaya da ake buƙata daga daƙiƙa 38 zuwa 32 - raguwar kashi 16% wanda ya fassara kai tsaye zuwa ƙaruwar ƙarfin samarwa.

 

An bi ƙa'idodi masu tsauri don kiyaye daidaito da daidaiton kayan. An adana resin HDPE a cikin yanayi mai sarrafa yanayi don hana sha danshi, sannan an busar da shi nan da nan kafin a sarrafa shi ta amfani da na'urorin busar da kayan bushewa. An sarrafa kayan da aka yi amfani da su daga sprues da masu gudu a hankali a matsakaicin rabo na 15% don tabbatar da cewa kayan aikin injiniya sun kasance cikin ƙayyadaddun bayanai ba tare da lalata aikin sassan ba.

 

Kula da Inganci da Marufi 7 don Isarwa da Sauri

Tabbatar da inganci a Ansix Tech ya wuce gwaje-gwaje masu sauƙi, wanda ya ƙunshi cikakken tsarin kula da inganci wanda ke sa ido kan kowane fanni na samarwa daga kayan aiki zuwa kayan da aka gama.

 

Tsarin kula da inganci ya fara ne da tabbatar da kayan da ke shigowa, yana gwada kowace rukunin resin HDPE akan mahimman bayanai ciki har da ma'aunin kwararar narkewa, abun da ke cikin danshi, da yawan ƙari. A lokacin samarwa, kula da tsarin ƙididdiga (SPC) yana sa ido kan mahimman sigogi ciki har da bayanan matsin lamba na allura, yanayin zafi na rami, da lokutan zagayowar, yana haifar da faɗakarwa lokacin da sigogi suka wuce iyakokin sarrafawa da aka kafa.

 

An yi wa kayan da aka gama duba matakai da yawa a takaitattun lokaci (yawanci a kowane zagaye 100). Binciken farko na gani an duba shi don gano lahani a saman, gami da nutsewa, walƙiya, da alamun kwarara. Tabbatar da girma ya yi amfani da ma'aunin kayan aiki na musamman don fasalulluka masu mahimmanci na hawa da injunan aunawa (CMM) don cikakken tabbatar da daidaiton geometric akan samfurin 3D CAD. Gwajin aiki ya haɗa da gwajin nauyin lanƙwasa akan samfuran bazuwar don tabbatar da aikin injin ya wuce ƙayyadadden ƙayyadadden buƙatu.

 

Musamman ga aikin Kubota, Ansix Tech ta aiwatar da ƙarin gwajin kwaikwayon muhalli akan samfuran samarwa, inda ta fallasa abubuwan da ke cikin haskoki na UV da kuma zagayowar zafi don tabbatar da dorewar aiki na dogon lokaci. Waɗannan gwaje-gwajen sun ba da kwarin gwiwa cewa sassan za su ci gaba da aiki a tsawon rayuwarsu ta hidima a cikin mawuyacin yanayin noma.

 

An ƙera marufi don murfin akwatin ajiya daidai gwargwado, yana daidaita kariya yayin jigilar kaya tare da ingantaccen amfani da sarari don rage farashin jigilar kaya. Kowane murfin an naɗe shi daban-daban da fim ɗin polyethylene mai hana tsatsa don hana tsatsa a saman yayin sarrafawa, sannan aka sanya shi a cikin akwatunan kwali na musamman waɗanda aka tsara waɗanda ke tallafawa yanayin ɓangaren ba tare da haifar da matsi ba. Tsarin marufi ya ba da damar tara na'urori da yawa yayin da ake kula da isasshen iska don hana cunkoso yayin jigilar kaya - muhimmin la'akari ga sassan da aka jigilar a yankuna daban-daban na yanayi.

 

Tsarin isar da kaya cikin sauri ya haɗa jadawalin samarwa tare da tsara jigilar kaya, aiwatar da tsarin isar da kaya cikin lokaci wanda ya daidaita kammala kayan tare da buƙatun layin haɗa kayan Kubota. Bin diddigin lokaci-lokaci ya ba Ansix Tech da Kubota damar sa ido kan ci gaban jigilar kaya, yayin da kayan ajiyar kaya a wurare masu mahimmanci ke tabbatar da ci gaba da wadata koda kuwa akwai bambancin sufuri.

 

8 Injiniyan Darajar: Rage Kuɗin Sassan Ba ​​Tare da Yarjejeniya ba

Hanyar da Ansix Tech ta bi wajen aiwatar da aikin Kubota ta nuna jajircewarsu wajen samar da ƙima ta musamman ta hanyar inganta farashi a kowane mataki na zagayowar rayuwar samfurin. Maimakon kawai neman mafi ƙarancin farashi na farko, kamfanin ya aiwatar da hanyar injiniya mai ƙima wacce ta daidaita saka hannun jari na gaba da ingancin aiki na dogon lokaci.

 

Zaɓin kayan aiki ya wakilci babbar dama ta farko ta inganta farashi. Duk da cewa thermoplastics na injiniya mai inganci sun ba da wasu fa'idodi na aiki, tsarin HDPE da aka zaɓa ya samar da kashi 95% na aikin aiki a kusan kashi 60% na farashin kayan. Wannan sulhu na dabarun ya magance duk mahimman buƙatu yayin da yake kawar da kuɗin kayan aiki marasa mahimmanci don halayen aiki marasa mahimmanci.

 

Sabbin fasahohin ƙira na mold sun taimaka sosai wajen rage farashin kowane ɓangare. Tsarin mai gudu mai zafi, yayin da yake wakiltar babban jarin farko, ya kawar da sake niƙa mai gudu da rage yawan amfani da kayan aiki da kusan kashi 12% a tsawon lokacin aikin. Bugu da ƙari, tsarin ya rage yawan aikin da ake buƙata don rabuwa da mai gudu da kuma rage lokacin zagayowar ta hanyar kawar da sanyaya da fitar da masu gudu masu sanyi.

 

Inganta tsarin aiki wataƙila ya haifar da fa'idodi mafi ban mamaki na farashi. Ta hanyar haɗakar lokacin sanyaya, ingantattun sigogin allura, da ingantaccen sarrafa kayan aiki, Ansix Tech ta cimma lokacin zagayowar daƙiƙa 58—22% cikin sauri fiye da hasashen farko. Wannan ci gaban ya ƙara ƙarfin samarwa kai tsaye ba tare da ƙarin jarin jari ba, yana yaɗa farashi mai araha a cikin ƙarin raka'a da rage rabon farashi ga kowane ɓangare.

 

Ƙarfin masana'antu na kamfanin da aka haɗa a tsaye ya ba da damar ƙarin inganci. Ta hanyar sarrafa dukkan tsarin daga ƙirar mold zuwa samarwa, Ansix Tech ta kawar da alamun tsaka-tsaki kuma ta ci gaba da daidaita daidaito tsakanin manufar ƙira da aiwatar da masana'antu. Wannan haɗin kai ya kuma sauƙaƙa warware matsaloli cikin sauri lokacin da matsaloli suka taso, yana rage lokacin aiki da kuma kiyaye inganci mai daidaito.

 

La'akari da farashi na dogon lokaci ya shafi kula da mold da daidaiton samarwa. Zaɓen ƙarfe mai ɗorewa da ƙirar mold mai sauƙin samu sun rage yawan kulawa da sauƙaƙe hanyoyin gyara lokacin da gyaran ya zama dole. Tsarin sa ido kan samarwa ya hana tsawaita ayyukan sassa marasa dacewa, yana rage sharar kayan aiki da kuma sake fasalin farashin.

 

Ta hanyar waɗannan hanyoyin haɗin gwiwa, Ansix Tech ta samar da jimillar raguwar farashi kusan kashi 28% idan aka kwatanta da tsarin samar da kayayyaki na Kubota na baya, yayin da a lokaci guda kuma ta inganta inganci da daidaiton sassan. Wannan nasarar ta nuna cewa injiniyan dabaru, maimakon rage farashi kawai, yana wakiltar hanya mafi inganci don samun ƙima mai ɗorewa a masana'antar daidaitacce.

 

Daidaiton injiniyanci da kimiyyar kayan aiki sun haɗu a cikin tsarin Ansix Tech na aikin murfin akwatin ajiya na Kubota. A kowane mataki—daga zaɓin kayan farko zuwa inganta tsari na ƙarshe—kamfanin ya ci gaba da mai da hankali kan ingancin fasaha da ingancin tattalin arziki. Wannan ɓangaren da aka samar ba wai kawai ya cika ƙa'idodi ba ne; yana kafa sabon ma'auni don ƙima a masana'antar kayan aikin gona.

 

Faɗin tasirin ya wuce wani ɓangare ko abokin ciniki ɗaya. Hanyar Ansix Tech ta nuna yadda hanyoyin injiniya masu haɗaka za su iya haɓaka inganci a lokaci guda yayin da suke rage farashi - wata dabara mai ƙarfi a cikin yanayin masana'antu na yau. Yayin da kayan aikin noma ke ci gaba da haɓaka tare da ingantattun tsarin lantarki da daidaito, manyan abubuwan da ke kare waɗannan jarin za su ci gaba da amfana daga irin injiniyan da aka misalta a cikin wannan aikin.

Kamfanin Ansix Tech Ltd

Idan kuna da wasu tsare-tsare da suka shafi akwatin ajiyar kayan girbi na Kubota, za ku 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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