Allurar Kashi ta Endoscope 4.8mm

Allurar Kashi ta Endoscope 4.8mm

 

Kwarewa a fannin Micro-Joint: Ansix Cikakken Tsarin Fasaha Kan Tsarin Injection na Endoscope Mai Girman 4.8mm "Snakebone"

Yanayin kiwon lafiya na duniya yana fuskantar babban sauyi, wanda ke faruwa sakamakon tsufa, karuwar dabarun tiyata marasa amfani, da kuma mayar da hankali kan lafiyar marasa lafiya. A tsakiyar wannan sauyin akwai kasuwar da ke bunƙasa don na'urorin endoscopes da za a iya zubarwa—wani ɓangaren da aka yi hasashen zai tashi daga dala biliyan 2.6 zuwa sama da dala biliyan 5.6 a cikin shekaru masu zuwa. Waɗannan na'urorin da ake amfani da su sau ɗaya suna ba da mafita mai gamsarwa ga babban ƙalubalen gurɓatawa, yana kawar da hanyoyin sake sarrafawa masu rikitarwa waɗanda galibi ba su da kyau waɗanda ke da alaƙa da na'urorin sake amfani da su na gargajiya.

 

Duk da haka, sauyawa zuwa ga zubar da kaya yana gabatar da wani babban ƙalubalen injiniyanci: yadda ake ƙera na'urar da take da aiki mai kyau a lokaci guda, daidai gwargwado, kuma mai araha da za a iya zubar da ita bayan amfani guda ɗaya. Babu inda wannan ƙalubalen ya fi tsanani fiye da samar da "ƙashin maciji" na endoscope - ƙashin baya mai sassauƙa da sassauƙa wanda ke ba da damar kayan aikin ya bi ta hanyoyin jikin ɗan adam masu wahala da ƙwarewa irin ta likitan tiyata.

 

Tsawon shekaru da dama, waɗannan ƙasusuwan maciji sun kasance haɗakar ƙarfe masu rikitarwa, galibi suna buƙatar sassa da yawa, injina masu rikitarwa, da haɗa hannu. Zane-zanen zamani da ake iya zubarwa suna buƙatar rabuwa mai ƙarfi. Manufar ita ce haɗa haɗin haɗin gwiwa, hanyoyin sitiyari, da hanyoyin fiber na gani zuwa cikin allura guda ɗaya.Sashen da aka ƙeraCimma wannan yana buƙatar tura iyakokin ƙirar ƙira, kimiyyar kayan aiki, da kuma sarrafa tsari.

 

Shiga Ansix Tech Limited. Tare da sama da shekaru 28 na ƙwarewar masana'antu da kuma fayil ɗin kayan ƙira sama da 30,000, Ansix Tech ta sanya kanta a matsayin muhimmiyar abokiyar hulɗa ga OEM na likitanci (Masana'antun Kayan Aiki na Asali) waɗanda ke neman ƙwarewa a wannan ɓangaren mai rikitarwa. Ta hanyar hanyar haɗin gwiwa mai zurfi wacce ta shafi injiniyanci tare, kwaikwayon ci gaba, kayan aiki daidai, da samarwa bisa ga bayanai, kamfanin ba wai kawai yana ƙera kayan ƙira ba ne; yana ƙera fa'ida mai gasa ga abokan cinikinsa. Wannan labarin yana ba da cikakken nazari kan cikakken ƙarfin Ansix Tech a cikin 4.8mm Endoscope "Snakebone" Injection Molds, yana bincika takamaiman ƙimar da aka bayar ta hanyar ƙira, ƙera, tabbatarwa mai tsauri, da kuma mai da hankali kan rage jimlar farashin kowane ɓangare.

 

Muhimmancin Dabaru na Haɗin gwiwar Injiniya

Tsarin haɗin gwiwar Ansix Tech don aikin ƙashin maciji mai tsawon milimita 4.8 ba ya farawa da odar ƙarfe ba, amma tare da haɗin gwiwa. Falsafar kamfanin ta samo asali ne daga "injiniyar haɗin gwiwa" - aiki tare da abokan ciniki tun daga matakin farko don tabbatar da cewa an inganta ƙirar ƙarshe don duka aiki da iyawar masana'antu. Wannan haɗin gwiwa na gaba shine abu mafi mahimmanci don hana jinkiri mai tsada da sake yin aiki a ƙasa.

 

Tafiyar ta fara ne da zurfafa nazari kan buƙatun kasuwa da ƙa'idodin ƙa'idoji. A matsayinta na mai riƙe da ISO 13485 (na'urorin likitanci) da sauran takaddun shaida masu mahimmanci kamar IATF 16949 da ISO 9001, Ansix Tech tana kawo hangen nesa mai zurfin bin ƙa'ida ga teburin ƙira. Injiniyoyi suna aiki tare da abokan ciniki don bincika kowane fasali na ƙashin maciji, suna yin tambayoyi masu mahimmanci: Shin za a iya sauƙaƙe wannan haɗuwa? Shin za a iya maye gurbin sukurori, ta hanyar rage lokacin haɗawa? Za a iya haɗa abubuwa da yawa cikin tsari ɗaya da aka ƙera don kawar da matakan gyaran bayan gyare-gyare?

 

Ta hanyar amfani da ƙa'idodin Design for Manufacturability (DFM) a wannan matakin farko, Ansix Tech ta taimaka wa abokan ciniki su sami nasarori masu ban mamaki. Misali, sauƙaƙe haɗa kayan aiki na iya rage lokacin haɗawa har zuwa 40% da rage farashin kayan aiki da kashi 5% zuwa 18%. Wannan ba game da yanke kusurwa bane; yana game da ƙira mai wayo wanda ke kiyaye - kuma sau da yawa yana haɓaka - aiki yayin da yake rage jimlar farashin mallaka. Ga ɓangaren ƙashin maciji, inda ake auna haƙuri a cikin microns kuma gazawa ba zaɓi bane, wannan haɗin gwiwa yana da matuƙar mahimmanci.

 

Kimiyyar Kayan Aiki: Tushen Siffa da Aiki

Zaɓin kayan abu muhimmin mataki ne na rage farashi. Ga ƙashin maciji mai girman 4.8mm, kayan dole ne su lanƙwasa akai-akai ba tare da gajiya ba, su kiyaye siffarsu a ƙarƙashin nauyin matsi, su tsayayya da sinadarai masu ƙarfi (ko da an tsara su don amfani ɗaya, dole ne su jure yanayin masana'antu), kuma su kasance masu jituwa da halittu. Ƙwarewar Ansix Tech ta ta'allaka ne a kan wannan tsari mai rikitarwa na buƙatu, ta hanyar zaɓar daga cikakken bayanai na polymers masu inganci na likitanci.

 

Polyurethane mai ƙarfi (TPU): An fi son ƙasusuwan macijin gastroscope da za a iya zubarwa, TPU tana ba da tauri mai kyau, sassauci mai kyau, da kuma juriyar kintsin jiki mai kyau. Juriyar sinadarai da take da ita ga sinadarai masu hana ƙwaya kamar ethylene oxide (EtO) ta sa ta zama zaɓi mai aminci, kuma ikonta na haɗuwa da sauran kayan ya sa ta dace da yin ƙwaya fiye da kima a cikin haɗakar abubuwa masu rikitarwa.

 

Ketone na Polyether Ether (PEEK): Idan aikace-aikacen yana buƙatar mafi girman aiki, PEEK galibi shine kayan da ake so. Wannan thermoplastic mai ƙarfi mai ƙarfi yana da ƙarfin injiniya na musamman, juriya mai zafi (yana riƙe da daidaiton tsari daga -100°C zuwa 250°C), da kuma juriya mai kyau ga hydrolysis da magungunan hana ƙwanƙwasa. Don aikace-aikacen da ke buƙatar ƙarin tauri ko hasken rana don ganin X-ray, Ansix Tech tana amfani da mahaɗan PEEK masu cike da gilashi ko carbon, suna daidaita kaddarorin kayan bisa ga takamaiman buƙatun hoto da na'urar.

 

Sauran Na'urorin Injiniya: Kayan aiki kamar Polyetherimide (PEI/Ultem) da Polyphenylsulfone (PPSU) suma suna aiki azaman madadin ƙarfi, mai tsauri tare da juriya ga tsaftacewa, suna ba da daidaiton halaye don buƙatun ƙira daban-daban.

 

Tsarin zaɓen ya kasance cikakke, ba wai kawai idan aka yi la'akari da farashin kayan a kowace kilogiram ba, har ma da tasirinsa ga dukkan zagayowar masana'antu. Misali, resin mai ɗan tsada wanda ya fi sauƙi ya shiga cikin ɓangaren bango mai siriri sosai zai iya haifar da saurin lokacin zagayowar da ƙarancin tarkace, wanda a ƙarshe zai rage farashin kowane ɓangare mai kyau. A wasu lokuta, injiniyancin kuɗi na Ansix Tech ya faɗaɗa zuwa bincika gaurayen sake amfani da su ko abubuwan cika ma'adinai da aka amince da su waɗanda za su iya rage farashin kayan da kashi 5% zuwa 15% ba tare da yin illa ga aikin asibiti da ake buƙata ba.

 

Tsarin Samfurin Dijital da Zane don Kyau (DfE)

Kafin a yanke wani ƙarfe don mold, ana inganta ɓangaren ƙashin maciji a cikin yanayi na kama-da-wane. Ansix Tech tana amfani da ingantaccen software na Injiniyan Taimakawa ta Kwamfuta (CAE), musamman Binciken Gudun Mold (MFA), don kwaikwayon tsarin ƙera allurar gaba ɗaya ta hanyar dijital. Wannan ba kawai aikin gwaji bane; lokaci ne mai mahimmanci na ganewar asali wanda ke annabta da hana lahani waɗanda za su iya zama bala'i a cikin na'urar likita da aka gama.

 

Kwaikwayon yana kwaikwayon kwararar polymer mai narkewa zuwa cikin ramin mold, yana samar da tarin bayanai. Injiniyoyi zasu iya:

 

Hasashen Layukan Walda da Sarrafa su: Ta hanyar kwaikwayon inda gaba biyu na kwarara suka haɗu, za su iya sake sanya ƙofofi ko daidaita yanayin ɓangaren don motsa waɗannan wuraren rauni daga wuraren da ke da matuƙar damuwa kamar haɗin gwiwa.

 

Kawar da Tarkon Iska: Binciken ya gano inda iska za ta iya makale a cikin rami, wanda zai haifar da ƙonewa ko cikawa mara cikakke ("gajeren hotuna"). Wannan yana ba da damar sanya hanyoyin iska don tabbatar da cewa mold ɗin ya cika gaba ɗaya kuma cikin tsafta.

 

Binciken Ragewar Kashi da Yaɗuwar Kashi: Sanyayawar da ke tsakanin sassan jiki na iya haifar da dogon ƙashi mai siriri na maciji ya karkace, yana lalata yanayinsa mai mahimmanci. Binciken Gudun Kashi na Mold yana annabta waɗannan karkacewar, yana bawa injiniyoyi damar rama raguwar da aka samu a cikin ƙirar mold ɗin da kuma inganta tsarin tashoshin sanyaya don tabbatar da rarraba yanayin zafi iri ɗaya da ƙarancin yaɗuwar kauri.

 

Wannan madaurin tabbatarwa ta dijital, wanda wani lokacin ke haɗa da Tsarin Gwaje-gwaje na Kama-da-wane (DOE), shine ginshiƙin falsafar "dama ta farko" ta Ansix Tech. Ta hanyar gano da gyara kurakuran ƙira a cikin silico, kamfanin yana rage lokacin haɓakawa da kusan kashi 30% kuma yana hana buƙatar sake fasalin ƙira na zahiri mai tsada da ɗaukar lokaci. Da zarar an tabbatar da ƙirar ta hanyar amfani da fasaha ta zahiri, yin amfani da samfuri cikin sauri ta amfani da bugu na 3D mai ƙuduri ko injinan daidaito na iya samar da sassan jiki don tsari, dacewa, da gwajin aiki na farko, da kuma rage haɗarin lokacin aikin.

 

Injiniyan Mold Mai Daidaito: Zuciyar Tsarin

Idan ƙirar ita ce tsarin zane, to allurar mold ita ce injin ƙirƙirar ƙima. Ga ƙashin maciji mai girman 4.8mm, inda siffofi suke da ƙananan siffofi kuma ana auna juriya a cikin microns, injiniyan mold ya kai matsayinsa. Dole ne a tsara kowane tsarin da ke cikin mold ɗin da kyau kuma a aiwatar da shi.

 

Zaɓin Kayan Mold da Maganin Zafi

Zaɓin ƙarfe don tsakiyar mold da ramin yana dogara ne akan girman samarwa, yadda resin da aka zaɓa yake gogewa, da kuma yadda ake kammala saman da ake buƙata.

 

Ga yawan samar da ƙasusuwan maciji, tauri da juriyar lalacewa sune mafi muhimmanci. Karfe kamar H13 (ƙarfe mai aiki da zafi) abu ne da aka saba amfani da shi don iya jure matsin lamba na zafi da na inji na miliyoyin zagayowar.

 

Ga sassan da ke buƙatar kammalawa mai haske ko kuma saman da ba shi da lahani don hana mannewa na ƙwayoyin cuta, an ƙayyade ƙarfe masu jure tsatsa kamar 420SS, S136, ko 2316. Waɗannan kayan suna tabbatar da saman rami mai kyau a kan ɗaruruwan dubban zagayowar kuma suna tsayayya da lalacewa daga tsaftacewa da tsaftace kayan aikin da kanta.

 

Karfe da aka zaɓa yana fuskantar ci gaba a tsarin sarrafa zafi, gami da kashe injin da kuma maganin cryogenic mai zurfi, don kawar da damuwa na ciki, haɓaka tauri, da kuma cimma taurin da aka sa gaba - yawanci a cikin kewayon HRC 48-56 don ƙirar likitanci, daidaita ƙarfi da iya gogewa.

 

Tsarin Tsarin Sanyaya Juyin Juya Hali

Sanyaya tana da kashi 70% zuwa 80% na lokacin zagayowar gyaran allura. Saboda haka, ingancin tsarin sanyaya shine babban abin da ke rage farashi. Ansix Tech ta wuce hanyoyin sanyaya na gargajiya da aka haƙa kai tsaye kuma tana amfani da sanyaya mai tsari.

Ta amfani da dabarun kera kayayyaki na zamani kamar bugu na ƙarfe na 3D, ana ƙirƙirar hanyoyin sanyaya wannan macijin daidai da tsarin ƙashin maciji mai rikitarwa. Wannan yana tabbatar da cire zafi mai sauƙi da sauri daga ɓangaren. Fa'idodin suna da sauƙin canzawa:

 

Rage Lokacin Zagaye: Ta hanyar cire zafi yadda ya kamata, ɓangaren yana ƙarfafawa da sauri, yana rage lokacin sanyaya sosai. Bayanan da aka rubuta sun nuna cewa sanyaya mai tsari yana inganta ingancin samarwa da kashi 28% ko fiye.

 

Ingantaccen Ingancin Sashi: Sanyaya wuri ɗaya yana kawar da wurare masu zafi waɗanda zasu iya haifar da raguwar bambanci, warpage, da damuwa na ciki, wanda ke haifar da ƙashin maciji mai ƙarfi da ƙarfi.

 

Tsarin Ƙofa da Masu Gudu

Dole ne a sanya ƙofar, inda filastik mai narkewa ke shiga cikin ramin, don tabbatar da daidaiton cikawa ba tare da haifar da tabo na ado ko sanya damuwa a cikin ɓangaren ba.

 

Ga ƙwayoyin ƙashi na maciji, Ansix Tech sau da yawa tana amfani da tsarin masu gudu mai zafi. Ba kamar masu gudu mai sanyi ba, waɗanda ke taurare zuwa kayan sharar da dole ne a raba su a jefar da su (ko a sake niƙa su), masu gudu masu zafi suna ajiye filastik ɗin da aka narke a cikin manifold, suna kai shi kai tsaye zuwa ƙofar. Wannan yana kawar da ɓatar da polymer mai tsada na likitanci, yana rage lokacin zagayowar, kuma yana tabbatar da ingantaccen sarrafa tsari.

 

An inganta wurin ƙofar da kanta ta amfani da Binciken Gudun Mold na baya don tabbatar da cewa ramin ya cika daidai gwargwado, yana rage layukan walda da kuma tabbatar da cewa an samar da kyawawan siffofin ƙashin maciji gaba ɗaya.

 

Tsarin Tsarin Fitar da Kaya

Fitar da ƙashin maciji mai laushi, mai cike da cikakkun bayanai daga ƙarfe ba tare da haifar da ɓarna ko lalacewa ba fasaha ce ta musamman. Dole ne a ƙera tsarin fitar da macijin da kyau tare da fil, ruwan wukake, ko hannayen riga da aka sanya daidai. An tsara kusurwoyin zane masu karimci a cikin ɓangaren (inda zai yiwu a asibiti) don tabbatar da cewa ya fito daga tsakiya da ƙaramin ƙarfi. Jerin fitar da macijin galibi ana sarrafa shi ta atomatik kuma ana tsara shi daidai lokacin don sarrafa ɓangaren a hankali, don tabbatar da cewa ba a sauke shi ko damuwa ba yayin da hannun robot ke cire shi daga cikin injin.

 

Tsarin Aikin Masana'antu: Daga Karfe zuwa Kayan Aiki Masu Daidaito

Ƙirƙirar ƙashin macijin kanta wani salon aiki ne na sarrafa kayan aiki mai inganci. An tsara tsarin aikin masana'antu na Ansix Tech don cimma daidaiton sub-micron da ake buƙata don na'urorin likitanci.

 

Injin CNC Mai Sauri: An ƙirƙiri mafi yawan tsarin ƙira ta amfani da cibiyoyin injinan CNC masu axis da yawa (gami da axis 5). Ana amfani da dabarun injinan masu sauri don rage ƙarfin yankewa da nakasa ta zafi, don tabbatar da cewa ayyukan farko na yin roughing da semi-finishing daidai ne.

 

Injin Fitar da Wutar Lantarki (EDM): Don cikakkun bayanai masu rikitarwa waɗanda ba za a iya isa gare su ta hanyar kayan aikin yankewa ba - kamar ƙananan kusurwoyi, haƙarƙari masu zurfi, ko kyawawan fasalulluka na haɗin haɗin ƙashin maciji - EDM ba makawa ne. Sinker EDM yana amfani da lantarki mai siffar musamman don ƙona siffar da aka juya zuwa cikin ƙarfe, yana cimma juriya a cikin kewayon micron. Ana amfani da Waya EDM don yanke kayan da aka taurare tare da daidaito mai tsanani da kuma kyakkyawan ƙarewa a saman.

 

Kammalawa da Gogewa a Sama: Kammalawar saman ramin mold yana canzawa kai tsaye zuwa ɓangaren da aka yi da roba. Ga ƙasusuwan maciji na likitanci, saman mai santsi yana da matuƙar muhimmanci don hana mannewar ƙwayoyin cuta da kuma tabbatar da santsi a haɗe. Ƙwararrun masu yin mold suna yin gogewa mai kyau don cimma ƙaiƙayin saman da ake buƙata (Ra), galibi suna niyya ƙima ƙasa da 0.8μm ko ma ƙasa da 0.20μm don mahimman saman zamiya.

 

Rufewa da Shafawa: Idan ana buƙatar takamaiman yanayin saman akan ƙashin maciji, ana iya shafa shi a cikin ramin mold ta hanyar etching chemical ko texturing na EDM. Bugu da ƙari, ana iya amfani da hanyoyin magance saman kamar su murfin Physical Vapor Deposition (PVD) (misali, Titanium Nitride ko Diamond-Like Carbon) akan saman mold. Waɗannan rufin suna ƙara tauri a saman, suna rage gogayya don samun ingantaccen fitarwa, da kuma haɓaka juriyar tsatsa, suna tsawaita rayuwar mold sau 3-5.

 

Kwarewa a Tsarin Gyaran Allura

Da yake an yi amfani da mayafin da ya dace, an mayar da hankali kan tsarin gyaran allurar da kanta. Sarrafa na'urorin polymers na likitanci masu inganci kamar PEEK yana gabatar da ƙalubale daban-daban: yanayin zafi mai yawa (yana kusa da 400°C), taga mai kunkuntar sarrafawa, da kuma babban jin daɗin danshi. Bene-benen samarwa na Ansix Tech, gami da yanayin tsabtace ɗaki na ISO Class 8, suna da injinan gyaran allurar lantarki waɗanda aka tsara don sarrafa zafin jiki mai yawa.

 

Tsarin yana ƙarƙashin ƙa'idodin ƙera kayan kimiyya. Maimakon dogara ga fahimtar mai aiki, masu fasaha suna kafa tagar aiki mai ƙarfi, wacce aka ƙayyade bayanai. Mahimman sigogi - zafin narkewa, saurin allura (masu mahimmanci don cike bango mai siriri), matsin lamba na marufi, da lokacin sanyaya - ana tsara su da kyau kuma ana sa ido a kansu.

 

Na'urori Masu Matsi a Cikin Mold: Waɗannan na'urori masu auna sigina suna ba da "sawun yatsa" na ainihin lokaci ga kowane hoto, wanda ke ba da damar gano duk wani karkacewa daga tsari mai kyau nan take. Wannan bayanan yana ba da damar sa ido a ainihin lokaci kuma yana tabbatar da daidaiton harbi-da-harbi wanda ba za a iya yin sulhu da shi ga na'urorin likita ba.

 

Inganta Tsarin Aiki tare da DOE: Ta amfani da Tsarin Gwaje-gwaje (DOE), injiniyoyi suna canza mahimman sigogin tsari don gano mafi ƙarfi da kwanciyar hankali na tsarin aiki. Manufar ba wai kawai don yin kyakkyawan aiki ba ne, har ma don ayyana tsari wanda zai ci gaba da yin miliyoyin sassa masu kyau, kowace rana, ba tare da la'akari da ƙananan canje-canjen muhalli ba.

 

Aiki da Kai da Inganci: Hannun robot suna yin cire sassan da ba su da laushi, suna sanya ƙasusuwan maciji masu laushi kai tsaye a cikin kwantena masu tsabta da aka yiwa alama. Wannan yana rage yadda ɗan adam ke mu'amala, yana rage gurɓatar ƙwayoyin cuta, kuma yana tabbatar da aiki mai sauƙi da inganci. Dabaru kamar Musayar Ƙananan Minti ɗaya (SMED) suna rage lokacin canzawa tsakanin ayyukan samarwa, suna tura ƙimar amfani da kayan aiki sama da kashi 85% da kuma tallafawa alƙawarin isar da kaya cikin sauri.

 

Tabbatar da Inganci Mai Tsauri: Hanya Mai Mataki Uku

A fannin na'urorin likitanci, ba a duba inganci a ciki; ana gina shi a ciki sannan a tabbatar da shi sosai. Ansix Tech tana bin tsarin tabbatar da matakai uku na masana'antu wanda masu kula da lafiya kamar FDA (ƙarƙashin 21 CFR Sashe na 820) da ISO 13485 suka umarta: Cancantar Shigarwa (IQ), Cancantar Aiki (OQ), da Cancantar Aiki (PQ).

 

Cancantar Shigarwa (IQ): Wannan shine matakin farko, tabbatar da cewa kayan aikin—injin gyaran allura, mold, chiller, dryer, da duk tsarin taimako—an shigar da su daidai kuma sun cika ƙa'idodin masana'anta. Ga mold ɗin ƙashin maciji, wannan ya ƙunshi tabbatar da shigarsa yadda ya kamata a cikin injin, duba haɗin sanyaya ruwa, da kuma tabbatar da cewa tsarin fitar da ruwa yana aiki kyauta ba tare da ɗaurewa ba.

 

Cancantar Aiki (OQ): OQ yana bayyana iyakokin sarrafa tsari. Ƙungiyar aikin tana gano Ma'aunin Tsarin Aiki Mai Muhimmanci (CPPs) - kamar zafin narkewa, matsin lamba na allura, da lokacin sanyaya - waɗanda ke da tasiri mafi mahimmanci akan Sifofin Inganci Mai Muhimmanci (CQAs) na samfurin ƙarshe. Waɗannan CQAs sune manyan girma da buƙatun gani waɗanda aka ayyana akan zane na ɓangaren. Ta hanyar tsarin gwaji mai tsari, wanda DOE na baya ya sanar, ana ƙalubalantar tsarin a manyan, marasa mahimmanci, da ƙananan saituna don kafa tagar sarrafawa mai ƙarfi wanda zai samar da sassan da suka cika dukkan ƙayyadaddun bayanai akai-akai.

 

Cancantar Aiki (PQ): PQ ta tabbatar da cewa tsarin, wanda ke aiki a cikin sigogin da aka kafa, zai iya samar da adadi mai yawa na sassan da suka dace a cikin wani lokaci mai tsawo. Wannan ya haɗa da gudanar da rukunin samarwa da yawa, ɗaukar samfura sosai, da amfani da Kula da Tsarin Kididdiga (SPC) don tsara ma'auni masu mahimmanci a ainihin lokaci. SPC yana ba da damar yin nazari kan yanayin aiki da kuma gano yuwuwar karkatar da tsarin aiki tun kafin ya samar da ɓangaren ƙin yarda, yana tabbatar da ƙimar yawan amfanin ƙasa wanda galibi ya wuce kashi 99%. Ana kiyaye cikakken bin diddigin duk lambobin ƙasa na kayan aiki a duk tsawon wannan tsari, yana ƙirƙirar cikakken Tarihin Na'ura.

 

Amfanin Fasaha na Ansix: Hanya Mai Girma Daban-daban Don Rage Farashi

Ga abokan ciniki, ma'aunin ƙimar ƙarshe shine jimlar kuɗin da aka kashe a kowane ɓangare mai cancanta da aka bayar akan lokaci. Tsarin haɗin gwiwar Ansix Tech yana rage wannan farashin ta hanyar amfani da hanyoyi da yawa, kamar yadda aka taƙaita a cikin teburin da ke ƙasa.

 

Aiwatar da Lever Mai Rage Kuɗi ta Amfanin Abokin Ciniki na Ansix Tech

Inganta Kayan Aiki Zaɓin dabarun haɗa kayan aiki ko cikawa; nazarin aikin gabaɗaya don guje wa rage yawan kuɗin kayan aiki da kashi 5-18%.

Ingancin Tsarin Sanyaya Daidai, tsarin gudu mai zafi, injunan lantarki, da kuma ingantaccen lokacin zagayowar aiki 20-30% mafi girma; ƙarancin amfani da makamashi 30-60%

Kayan aiki da Inganci DFM & MFA don hana lahani; ƙirar kayan aiki na zamani; gyaran da aka yi hasashen rage kashi 40% na farashin gyara; ƙarancin sake gyara/ɓacewa kashi 60-70%

Haɗawa da Kayayyakin Aiki Haɗa sassa zuwa ƙira guda ɗaya; marufi ta atomatik; SMED don sauyawa cikin sauri Rage farashin aiki; saurin lokaci zuwa kasuwa

Tabbatar da Isarwa cikin Sauri

An tsara tsarin aikin Ansix Tech don sauri. Tsarin injiniya mai haɗaka, mai lokaci guda—inda ƙwararrun kayan aiki, ƙira, da tsari ke aiki tare tun daga rana ta farko—yana rage yawan zagayowar haɓakawa sosai. Ka'idodin masana'antu masu laushi, layukan marufi ta atomatik, da hanyar sadarwa ta duniya suna tabbatar da cewa da zarar an tabbatar da samarwa, ana iya isar da sassan cikin aminci da sauri, wanda ke ba abokan ciniki damar haɗuwa da tagogi masu ƙarfi na ƙaddamar da kasuwa. Ana tsaftace sassan, a sanya su a cikin yanayi mai tsabta, kuma a naɗe su bisa ga ka'idojin da abokin ciniki ya gindaya, daga fakiti masu sauƙi zuwa kayan aikin tsari na musamman.

 

Kammalawa: Haɗin gwiwa mai mahimmanci don ƙirƙirar magunguna

Kera ƙashin macijin endoscope mai tsawon 4.8mm yana misalta mahadar daidaito mai tsanani, kimiyyar kayan aiki mai ci gaba, da tattalin arziki mai amfani. Ansix Tech ta nuna cewa waɗannan ƙa'idodi ba sa cikin rikici amma ana iya cimma su ta hanyar haɗin gwiwa ta hanyar falsafar fasaha mai haɗin kai. Ta hanyar sarrafawa da inganta dukkan sarkar darajar - daga tattaunawar DFM ta farko da zaɓin polymer zuwa injiniyan ƙira mai daidaito, ƙirar kimiyya, da marufi mai inganci - Ansix Tech tana ba da OEM na na'urorin likitanci fiye da wani ɓangare kawai.

 

Suna samar da ingantaccen inganci, hanzarta zagayowar kirkire-kirkire, da kuma rage farashi mai inganci. Tare da shekaru 28 na ƙwarewar masana'antu da kuma mai da hankali kan injiniya mai dogaro da ƙima, Ansix Tech tana tsaye a matsayin abokin tarayya mai mahimmanci, tana ƙarfafa ƙarni na gaba na na'urorin likitanci marasa ƙarfi waɗanda za su ayyana makomar kulawar marasa lafiya.

 

Kamfanin Ansix Tech Ltd

Idan kuna da wasu tsare-tsare da suka shafi Endoscope 4.8mm Snakebone Injection 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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