Tashar Na'urar Yanke Lambun Tushe Mold

Tashar Na'urar Yanke Lambun Tushe Mold

 

Injiniyan Makomar Kula da Lambun Cin Gashin Kansa: A Cikin Ansix Tech's Daidaitaccen Mold Aikin Tashoshin Yankan Lambun Robobi

 

Yayin da rana ke fitowa a kan filayen da ke kewaye da birnin, kuma hayaniya ta injinan yanke ciyawa na robotic ta fara maye gurbin hayaniyar injunan konewa na gargajiya, wani juyin juya hali mai natsuwa yana faruwa a ƙarƙashin ƙasa. Yayin da masu yanke ciyawa masu cin gashin kansu ke ɗaukar tunanin mai amfani, gwarzon da ba a taɓa jin labarinsa ba na wannan yanayin shine kayayyakin more rayuwa da ke tallafawa shi: Tashar Tushen Yanka Lambun. Yana aiki a matsayin tushen gida don caji, kewayawa, da adanawa mai hana yanayi, wannan ɓangaren yana buƙatar cikakken daidaito, dorewa, da daidaiton kyau.

 

Bayan manyan kamfanonin yanka ciyawa na robotic a duniya akwai Ansix Tech, wani kamfani da ya shafe sama da shekaru 28 yana koyon fasahar kera mold mai sarkakiya. A cikin masana'antar da milimita ɗaya na warpage zai iya samar da na'urar robot mai darajar dala $1,500 ba tare da an iya tsayawa ba, Ansix Tech kwanan nan ta kammala wani muhimmin aiki: haɓaka wani babban injin yanke ciyawa na Tushe na Tashar Tushe ta Tushe. Wannan aikin ba wai kawai yana nuna ƙwarewar injiniyan kamfanin ba, har ma yana sake bayyana inganci da aminci a fannin samar da kayayyaki da yawa.

 

Wannan labarin ya yi nazari kan dabarun fasaha na wannan aikin, yana binciko yadda Ansix Tech ta canza ƙirar ra'ayi zuwa aikin masana'antu mai yawan amfanin ƙasa, magance takamaiman matsalolin abokan ciniki ta hanyar kimiyyar kayan aiki mai zurfi, ingantaccen tabbatarwa, da kuma inganta farashi mai mahimmanci.

 

Farawa: Ƙaddamar da Aikin da Darajar Ma'aikata

Aikin ya fara ne da ƙalubale daga wani shugaban Turai a fannin fasahar lambu mai wayo. Faranti na tushen tashar su na yanzu—muhimmin ɓangaren tsarin da ke kan ciyawa, yana ɗauke da ma'aunin caji, da kuma jagorantar injin yanke ciyawa—suna fama da matsaloli guda biyu masu tsanani: warwar saboda hasken UV da rashin daidaituwar lanƙwasa wanda ya haifar da gazawar docking na robot. Abokin ciniki yana buƙatar abokin tarayya wanda ba wai kawai zai iya ƙera mold ba, har ma da sake fasalin ɓangaren don tsawon rai da kuma girman samar da kayayyaki.

 

Tsarin Ansix Tech ya kasance cikakke tun daga rana ta farko. Sabanin tsarin gargajiya. Mai Yin Moldwaɗanda kawai ke jiran a kammala tsara wani ɓangare, Ansix Tech ta fara aikin da bitar Tsarin Masana'antu (DFM). Shawarar ƙimar da aka bayar ga abokin ciniki a bayyane take: ba kawai za mu gina abin da kuka tsara ba; za mu gina abin da kuke buƙata - mafita da ke daidaita daidaiton tsari, saurin zagayowar samarwa, da jimlar farashin mallaka.

 

Ta hanyar amfani da shekaru 28 na ƙwarewar masana'antu, Ansix Tech ta sanya kanta a matsayin faɗaɗa ƙungiyar bincike da ci gaban abokin ciniki. Babban ƙimar da aka bayar ita ce rage haɗari. Ga tashar injin yanke ciyawa ta robotic, farantin tushe shine tushe. Idan ya gaza, dukkan na'urar ta gaza. Ansix Tech ta tabbatar da ingancin tsarin don yanayin waje (UV, danshi, canjin zafin jiki) yayin da take tabbatar da juriyar lanƙwasa da ake buƙata don daidaitaccen daidaitawar wutar lantarki.

 

Magance Matsalolin Musamman: Tsarin Wani Bangare Mai Haɗari Mai Yawa

Tushen Tashar Na'urar Yanke Shanu wani bangare ne mai matukar wahala. Yawanci babban bangare ne mai fadi, mai fadi, wanda ke fuskantar mawuyacin yanayi na muhalli. Matsalolin da aka gano a cikin tsararrakin abokin ciniki na baya sun hada da:

 

Yaɗuwa da Rashin Daidaito: Sashen da ya gabata, wanda aka ƙera da polypropylene mai cike da gilashi, ya nuna "ƙara-ƙara-ƙara" (juyawa) bayan fallasa ga hasken rana kai tsaye da kuma zagayowar zafi.

 

Rashin Daidaito a Tasoshin: Tasoshin jagora da kuma masu cajin caji suna buƙatar haƙurin lanƙwasa na ƙasa da 0.5mm a tsawon tsawon 400mm. Kayan aikin da ake da su ba za su iya ci gaba da wannan ba a tsawon lokacin samarwa na raka'a 100,000.

 

Lalacewar Kyau: Haifar da bushewa ya faru cikin sauri, wanda hakan ya rage ingancin tsarin robot mai tsadar gaske.

 

Rikicewar Haɗawa: Tsarin da aka yi a baya ya buƙaci ƙarin kayan aiki na ƙarfe da kuma wasu ayyuka, wanda hakan ke ƙara farashin aiki.

 

Amsar Ansix Tech ita ce magance waɗannan matsalolin a matakin ƙwayoyin halitta, farawa da kayan da aka samar.

 

Kimiyyar Zaɓar Kayan Abinci: Halayen Kayan Danye

Ga sassan ƙirar tushe—musamman ma'aunin tsakiya da rami—Ansix Tech ta zaɓi ƙarfe masu inganci don tabbatar da tsawon rai da daidaito a ƙarƙashin matsin lamba mai yawa. Zaɓin kayan don ƙirar ya kasance mai mahimmanci kamar kayan da aka yi wa ɓangaren da kansa.

 

Don Tushen Mold da Abubuwan Tsarin, Ansix Tech ta yi amfani da DIN 1.2738 (AISI P20 + Ni). Wannan ƙarfe mai tauri yana ba da daidaito na musamman a cikin tauri (280-320 HB) da kuma kyakkyawan aikin gogewa. Ga mold ɗin farantin tushe - wanda ke da manyan saman lebur - yanayin rashin ramuka na 1.2738 yana da mahimmanci. Yana hana alamun nutsewa a ɓangaren filastik da aka gama kuma yana tabbatar da cewa ƙarewar madubi da ake buƙata don saman ramukan docking ya kasance cikakke ta hanyar ɗaruruwan dubban zagayowar.

 

Ga abubuwan da aka saka a cikin Core da Kogo waɗanda suka fi lalacewa—musamman wuraren ƙofa, ramukan fil na fitarwa, da kuma sassan bango masu siriri waɗanda ke samar da wurin hulɗa da wutar lantarki—Ansix Tech ta zaɓi DIN 1.2343 (AISI H11), ƙarfe mai zafi da aka yi da chromium. An zaɓi wannan kayan ne saboda tauri da juriyar zafin jiki mai yawa. Yayin da ƙirar farantin tushe ke aiki da polymers masu cike da gilashi, yanayin gogewar kayan zai lalata ƙarfe na yau da kullun cikin sauri. 1.2343, wanda aka yi wa zafi zuwa 48-52 HRC, yana ba da juriyar lalacewa da ake buƙata don kiyaye daidaiton girma a kan miliyoyin zagaye.

 

Ga ɓangaren da aka ƙera da kanta—baseplate—Ansix Tech ta ƙi ƙayyadadden farko na abokin ciniki na PP+GF30. Madadin haka, bayan cikakken nazarin kayan aiki, ƙungiyar ta gabatar da wani Polypropylene (PP) Copolymer na musamman tare da 30% Glass Fiber (GF30), musamman ma'aunin da aka inganta don ƙarancin warpage da kwanciyar hankali na UV.

 

Tsarin Kayan Aiki: Tushen PP Copolymer yana ba da juriya mai ƙarfi ga tasiri a ƙananan yanayin zafi (mahimmanci don fara sanyi a farkon bazara) da kuma kyakkyawan juriya ga sinadarai ga takin ciyawa da magungunan kashe ƙwari.

 

Halayen Maki na Musamman: Matsayin da aka zaɓa (wanda aka kwatanta da LyondellBasell Hostacom mai yawan kwarara ko makamancin haka) yana amfani da wani wakili mai haɗawa wanda ke haɗa zaruruwan gilashi zuwa matrix ɗin polypropylene ta hanyar sinadarai. Wannan yana haifar da mafi girman modulus na tensile da kashi 20% idan aka kwatanta da GF30 PP na yau da kullun, wanda yake da mahimmanci don kiyaye tauri a ƙarƙashin nauyin injin yanke robot.

 

Kunshin Ƙarin UV: An haɗa tsarin daidaita hasken amine mai hana ruwa gudu (HALS), wanda ke tabbatar da cewa ɓangaren ya riƙe fiye da kashi 90% na kayan aikinsa bayan sa'o'i 2,000 na saurin yanayi (daidai da shekaru 5+ na fallasa a waje).

 

Zane da Injiniyanci: Tsarin Kammalawa

Tare da zaɓo kayan aiki, ƙungiyar injiniya ta Ansix Tech ta fara aikin ƙira mold mai kyau, ta amfani da ci gaban nazarin kwararar mold (MFA) don yin hasashen da kuma magance matsaloli kafin a yanke ƙarfe.

 

Binciken Guduwar Mold (DFM) da Wurin Ƙofa

Babban haɗarin da ke tattare da farantin tushe shine layukan walda da tarkunan iska a cikin mahimman hanyoyin jagorar docking. Ta amfani da Autodesk Moldflow, Ansix Tech ta kwaikwayi ɗaruruwan tsarin cikewa. Binciken ya nuna cewa wurin ƙofa ɗaya zai haifar da layin walda mai matsala kai tsaye a saman caji - wanda ba shi da amfani don amincin lantarki.

 

Mafita ita ce tsarin gudu mai zafi mai kyau tare da gate ɗin bawul mai jere. Ta hanyar amfani da ƙofofi 5 na bawul waɗanda suka buɗe a cikin jerin lokaci, an sarrafa gaban narkewar don tura iska gaba da kwararar zuwa yankin rufewa mai iska, kawar da layukan walda a cikin "A-surface" (saman da ake gani) da kuma tabbatar da daidaiton yanayin kwayoyin halitta a cikin dogon yanayin da aka shimfiɗa. Wannan hanyar ta rage yawan tan ɗin matsewa da ake buƙata da kashi 18%, wanda hakan ya ba wa ɓangaren damar yin aiki yadda ya kamata akan ƙaramin injin ƙera allura fiye da yadda aka zata da farko.

 

Tsarin Sanyaya

Ga wani ɓangare da aka yi hasashen zai kai raka'a 500,000 a shekara, lokacin zagayowar shine babban abu. Farantin tushe, wanda kaurinsa bai wuce 3.0mm ba, yana buƙatar sanyaya mai inganci don rage lokacin zagayowar da kuma hana yaɗuwa.

 

Ansix Tech ta tsara dabarun sanyaya yanayi don ɓangaren tsakiya. Layukan sanyaya na gargajiya da aka haƙa madaidaiciya za su bar wurare masu zafi kusa da haƙarƙari masu zurfi da kuma manyan kusoshi. Madadin haka, ta amfani da ƙirar 3D, ƙungiyar ta tsara tsarin sanyaya yanayi wanda ya bi tsarin ɓangaren. An haɗa hanyoyin sanyaya iska da kuma hanyoyin sanyaya yanayi a cikin abubuwan da aka saka a cikin tsakiya don cire zafi daga mafi kauri.

 

Sakamako: An rage lokacin zagayowar daga daƙiƙa 85 zuwa daƙiƙa 62. Wannan raguwar kashi 27% a lokacin zagayowar ya fassara kai tsaye zuwa raguwa mai mahimmanci a cikin farashin kowane ɓangare na abokin ciniki.

 

Tsarin Gudu da Ƙofa

Tsarin yana amfani da tsarin gudu mai zafi mai cikakken zafi tare da manne mai tsari wanda aka tsara don daidaita zafin yankewa. Salon ƙofar da aka zaɓa shine ƙofofin gefe tare da fasahar "hatimin ƙofa" mai lasisi. Ga farantin tushe, mannewar ƙofa yana da mahimmanci; duk wani kaifi mai kaifi zai iya tsoma baki ga ƙafafun filastik na injin yanke injin robot ko tsarin docking. Tsarin ɗigon zafi yana tabbatar da cewa ƙofar ta karye sosai a ƙasan matakin saman, wanda hakan ke kawar da buƙatar ayyukan gyara ƙofa na biyu.

 

Tsarin Fitar da Kaya

Manyan sassa masu faɗi suna iya lalacewa yayin fitar da ruwa. Ansix Tech ta tsara tsarin fitar da ruwa mai aiki tare ta amfani da haɗin faranti na hydraulic ejector da tsarin ɗagawa mai ci gaba. Maimakon dogaro kawai da fil ɗin ejector (wanda zai iya nuna saman A), tsarin ya haɗa da faranti masu yankewa masu girma da bawuloli na iska. Faranti mai yankewa yana ɗaukar kewayen ɓangaren, yana tura shi daga tsakiya daidai gwargwado, yayin da ake saka iska mai matsewa tsakanin tsakiya da ɓangaren don karya injin da saman da aka goge ya ƙirƙira. Wannan yana tabbatar da cewa ɓangaren ya faɗi a kan bel ɗin jigilar kaya ba tare da manne ko karkatarwa ba.

 

Kalubalen Masana'antu da Tsarin Gudanar da Aiki

Yin ƙera wani abu mai irin wannan sarkakiya—wanda ke auna mita 1.2 x 0.8 x 0.7 kuma yana da nauyin sama da tan 3—yana buƙatar ƙwarewar injinan Ansix Tech na zamani.

 

Babban ƙalubalen ƙera shi ne ƙera babban saman lebur mai faɗi zuwa jurewar ±0.01mm a duk faɗin faɗin. Duk wani karkacewa zai haifar da walƙiya ko kauri mara daidaito na bango. Ansix Tech ta yi amfani da cibiyar injin CNC mai ginshiƙi biyu tare da auna laser a cikin aiki. Bayan an yi kauri, an rage matsin lamba a cikin tanderu mai injin don kawar da damuwa daga aikin injin. Tashar ƙarshe ta ƙarewa ta amfani da injin niƙa mai sauri (HSM) tare da kayan aikin da aka lu'u-lu'u sun cimma kammala madubin da ake buƙata (SPI A-2) ba tare da buƙatar goge hannu mai yawa ba, wanda zai iya gabatar da rashin daidaiton yanayin geometric.

 

Sarrafa Tsarin Aiki:

 

Sayen Karfe & Dubawa: Gwajin Ultrasonic don tabbatar da cewa kayan ba su da gurɓataccen abu.

 

Injin da ba shi da ƙarfi: CNC mai axis 5 don tsakiya da rami.

 

Maganin Zafi: Taurarewar injin da kuma dumama shi don abubuwan da ba sa jure lalacewa.

 

EDM (Injin Fitar da Wutar Lantarki): Don kusurwoyin ciki masu kaifi da cikakkun bayanai na haƙarƙarin haɗin lantarki.

 

Kammala CNC: Injin aiki mai sauri zuwa girman ƙarshe.

 

Daidaitawa da Haɗawa: Sanya hannu a kan zamiya, lif, da tsarin gudu mai zafi.

 

Tsarin rubutu: Yin zane-zanen sinadarai a saman A don cimma wani takamaiman kyawun haske da abokin ciniki ya ƙayyade.

 

Tabbatar da Inganci: Hanyoyi Masu Tsauri

Tabbatar da wannan aikin ya kasance matakai uku: Tabbatar da Mold, Tabbatar da Tsarin Aiki, da Tabbatar da Sashe.

 

1. Tabbatar da Mold:

Kafin a samar da mold ɗin, an yi gwajin busasshen zagaye don tabbatar da daidaitawar farantin ejector da kuma ingancin da'irar sanyaya (an gwada matsin lamba a sandar 10 na tsawon awanni 24). An duba tushen mold ɗin don ganin daidaito; an tabbatar da cewa farantin yana cikin 0.02mm.

 

2. Tabbatar da Tsarin Aiki (IQ/OQ/PQ):

Cancantar Shigarwa (IQ) ta tabbatar da dacewa da injin da abokin ciniki ya yi da injin Engel mai nauyin tan 550. Cancantar Aiki (OQ) ta ƙunshi wani bincike na GR&R (Gage Repeatability and Reproducibility) kan ma'auni masu mahimmanci. An auna sama da hotuna 30 a jere ta amfani da injin aunawa (CMM). An ƙididdige Ƙarfin Tsarin Aiki (Cpk) don kusurwar ramp mai mahimmanci a 1.67, wanda ya wuce ma'aunin masana'antu na 1.33 sosai.

 

3. Tabbatar da Sashe:

 

Girma: Cikakken na'urar daukar hoto ta 3D ta amfani da fasahar hasken shuɗi ta kwatanta labaran farko da samfurin CAD, tana tabbatar da hasashen raguwar da aka yi a cikin nazarin Mold Flow.

 

Aiki: An gina na'urar gwaji ta musamman don kwaikwayon zagayowar docking guda 50,000. Farantin tushe yana da lanƙwasa, kuma haɗin caji ya kasance a cikin taga haƙuri da aka ƙayyade.

 

Muhalli: An yi amfani da sassan jikinsu wajen yin amfani da zagayar girgizar zafi (-30°C zuwa 80°C) na tsawon zagayar 500 domin tabbatar da ingancin tsarin.

 

Dabaru na Rage Farashi: Inganta Farashi Mai Wuya

Babban abin da ya fi daukar hankali a cikin shawarar Ansix Tech shi ne ikon rage "kudaden da ake kashewa" - kudadan da ake iya kashewa da suka shafi kayan aiki da masana'antu. A cikin wannan aikin, ba a cimma rage farashi ta hanyar rage inganci ba amma ta hanyar injiniya mai wayo.

 

Inganta Kayan Aiki: Ta hanyar canzawa zuwa na'urar PP+GF30 mai yawan kwarara, Ansix Tech ta rage matsin lamba da ake buƙata na allura da kashi 15%. Wannan ya ba da damar amfani da ƙaramin injin bugawa, wanda hakan ya rage saurin injin a kowace awa.

 

Inganta Kayayyakin Bango: Matakin DFM ya gano wuraren da aka yi wa injiniya fiye da kima a cikin ƙirar abokin ciniki ta asali. Ta hanyar rage kauri na bango daga 3.5mm zuwa 3.0mm a wuraren da ba na gini ba (ta amfani da ribbing don riƙe tauri), Ansix Tech ya rage nauyin kowane sashi da 12%. A cikin aikin samarwa na raka'a 500,000, wannan ya kai ga dubban daloli na tanadin kayan masarufi.

 

Rage Lokacin Zagaye: Kamar yadda aka ambata, sanyayawar conformal ta rage lokacin zagaye zuwa daƙiƙa 62. Wannan saurin sarrafawa ya rage farashin kowane ɓangare ta hanyar rage yawan amfani da makamashi da kuma yawan aiki a kowane sashe.

 

Kawar da Ayyuka na Biyu: Ta hanyar tsara mold ɗin da tsarin gudu mai zafi wanda ke samar da kyakkyawan ƙofa da kuma haɗa hinges masu rai cikin ƙirar (yana kawar da fil ɗin hinges na ƙarfe), Ansix Tech ta cire matakai uku na aiki na biyu daga layin haɗawa.

 

Inganta Ƙarfin Samarwa da Tabbatar da Isarwa a Kan Lokaci

Da zarar an kammala tantancewa, an mayar da hankali kan haɓaka samar da kayayyaki. Ansix Tech tana amfani da dabarun samar da kayayyaki biyu don muhimman abubuwan haɗin gwiwa kuma tana kula da manufar "kayan tsaro" don ƙarfe don guje wa jinkiri.

 

Domin tabbatar da isar da kaya akan lokaci, Ansix Tech ta aiwatar da tsarin sa ido kan samarwa a ainihin lokaci (MES) don wannan aikin. Tsarin yana bin diddigin kowane zagaye, yana sanar da masu aiki game da karkacewar ƙarfin matsewa, zafin narkewa, ko lokacin zagayowar. Algorithms na kulawa na hasashen lokaci suna tsara tsaftacewa da shafawa bisa ga ƙidayar harbi, suna hana lokacin hutu da ba a shirya ba.

 

Haɗin kai tsaye na kamfanin—ƙera mold na gidaje, ƙera allurar rigakafi, da haɗa su a ƙarƙashin rufin gida ɗaya—ya kawar da matsalolin dabaru. Da zarar an cancantar mold ɗin, an mayar da shi kai tsaye zuwa wurin gyaran, inda ayyukan sa'o'i 24/7 suka tabbatar da ƙarfin samar da faranti 8,000 na tushe a kowace rana a cikin aiki biyu.

 

Ingantaccen Gyaran Allura: Inganci da Sarrafawa

Tsarin ƙera allurar don farantin tushe yana buƙatar gyarawa don daidaita yanayin zaren gilashi. Idan zaren ya daidaita sosai a hanya ɗaya, ɓangaren zai karkace. Ansix Tech ta yi amfani da tsarin sarrafa tsari mai rufewa.

 

Maɓallan ingantawa masu mahimmanci sun haɗa da:

 

Saurin Allura: An saita tsarin saurin matakai da yawa. Cikewa cikin sauri don daidaita zare a saman don tauri, sannan a yi jinkirin ɗaukar matakin fakiti don hana karyewar zare a ƙofar.

 

Matsi na Riƙewa: Ta amfani da ƙofofin bawul, an yi amfani da matsin riƙewa daban-daban don rama raguwar raguwa ba tare da cika manyan kawuna da yawa ba, don hana alamun nutsewa.

 

Matsi na Baya: An tsara shi sosai don tabbatar da narkewar haɗin PP/GF iri ɗaya, yana hana zare "marasa jika" (gilashin busasshe) waɗanda zasu iya aiki azaman masu tattara damuwa.

 

Kula da Inganci, Marufi, da Isarwa cikin Sauri

Kula da inganci mataki ne na haɗaka, ba na ƙarshe ba. Ansix Tech tana amfani da SPC (Statistical Process Control), tana ɗaukar samfuri a kowane hoto 500. Ana duba waɗannan samfuran a kan na'urar kwatantawa ta musamman don gano mahimman siffofi: lanƙwasa saman caji, kusurwar ramps na jagora, da kuma ingancin fasalulluka masu dacewa.

 

Don marufi, Ansix Tech ta ƙera tiren kwali na musamman tare da marufi mai aminci ga ESD. Ganin cewa farantin tushe babban abu ne mai laushi, tara su ba tare da kariya ba zai haifar da karce ko ƙananan warpage. Tiren suna raba kowane sashi, wanda ke ba da damar ɗaukar da sanyawa cikin sauƙi ta hanyar layin haɗa kayan aiki na atomatik na abokin ciniki. An yiwa marufi lakabi da lambobin rukuni da lambobin QR da za a iya ganowa waɗanda aka haɗa su da takamaiman canjin samarwa da wurin kayan.

 

Ana sauƙaƙa isar da kayayyaki cikin sauri ta hanyar dabarun wurin da Ansix Tech ke da shi da kuma dabarun jigilar kayayyaki. Tare da wuraren adana kayayyaki kusa da manyan tashoshin jiragen ruwa, kamfanin yana da tarin kayayyaki da aka gama. Ga wannan abokin ciniki, lokacin jagora daga oda zuwa isarwa ya ragu zuwa kwanaki 15 bayan an samar da kayayyaki da yawa, wanda ya yi ƙasa da matsakaicin masana'antar na kwanaki 30-45.

 

Kammalawa: Amfanin Fasaha na Ansix

Aikin Tushen Tashar Tushen Lambun namo ciyawa shaida ce ga falsafar Ansix Tech: cewa injiniyanci mafi kyau shine hanya mafi aminci don inganta farashi. Ta hanyar amfani da fiye da shekaru 28 na gwaninta, Ansix Tech ba wai kawai ta gina kayan aiki ba ne; sun ƙera tsarin yanayin masana'antu mai cikakken tsari.

 

Tun daga farkon binciken DFM wanda ya gano rashin ingancin kayan aiki, zuwa zaɓin ƙarfe masu inganci kamar 1.2738 da 1.2343, zuwa aiwatar da sanyaya mai tsari da kuma hanyar bawul mai jere, an yanke kowace shawara don haɓaka ribar abokin ciniki akan saka hannun jari. Sakamakon ya kasance farantin tushe wanda ya fi ƙimar asali a cikin lanƙwasa, juriya, da saurin zagayowar, duk yayin da yake rage farashin abokin ciniki ta hanyar adana kayan aiki da kuma kawar da aiki na biyu.

 

Ga abokan ciniki a fannin fasahar kere-kere ta robot da ke bunƙasa cikin sauri da kuma lambu mai wayo, zaɓin abokin hulɗar yin mold shawara ce mai mahimmanci. Tare da Ansix Tech, suna samun fiye da mai samar da kayayyaki; suna samun abokin tarayya tare da zurfin fasaha don magance matsaloli masu rikitarwa, kayayyakin more rayuwa za su kai miliyoyin na'urori, da kuma fannin aiki don isar da su akan lokaci, kowane lokaci.

 

Yayin da ciyawar gaba ke ƙara zama mai cin gashin kanta, Ansix Tech ta kasance ginshiƙi mai ƙarfi—a zahiri—wanda aka gina wannan makomar a kai.

 

Kamfanin Ansix Tech Ltd

Idan kuna da wasu tsare-tsare da suka shafi Lawnmower Base Station Baseplate Mold, 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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