Ƙarfin Gyaran allura
Cibiyar gyare-gyaren allura tana da38 setsna daya-harbi, biyu-harbi, da uku-shot Sumitono, Demag da HaiTian lantarki allura inji na50T zuwa 750T, kowannensu yana sanye da na'urar robot Yunshin na Japan da masu kula da zafin jiki na Kawata, suna sa ido kan kowane cibiya da kogon kogon don tabbatar da daidaiton sashi da daidaiton samarwa.Shagon gyare-gyaren kuma yana fasalta nau'ikan gyare-gyare daban-daban da wuraren aiki tare da tsarin ciyarwar guduro mai tsaka-tsaki, wanda ba wai kawai yana ba da yanayin aiki mai daɗi ba, har ma yana ba da garantin ingantaccen aiki da ingancin samarwa.
Bayan wannan, CheeYuen Plastic Parts (Huizhou) Co., Ltd, mai alaƙa da CheeYuen Industrial, ya mallaki wani300 allura gyare-gyaren inji na 30T zuwa 1600T.Waɗannan samfuran sun haɗa da DEMAG, FANUC, MITSUBISHI da HAITIAN, duk suna shirye don biyan buƙatun abokan ciniki daban-daban.Muna amfani da nau'ikan filastik kamar PP, PE, ABS, PC-ABS, PA, PPS, POM, PMMA, da sauransu.
CheeYinjagora ne na duniya a cikin sabis na gyare-gyaren filastik, kuma muna samar da cikakken bayani na masana'antu, farawa daga tabbatar da albarkatun kasa, yin kayan aiki, ƙirar sassa, ƙarewa, da kima.A koyaushe muna yin iya ƙoƙarinmu don biyan buƙatun abokin ciniki da gamsuwar abokin ciniki.
Injection Molding's Machine Fleet
Cibiyar allura ta mallaki fiye da nau'ikan 300 na injunan gyare-gyaren allura guda ɗaya da harbi biyu daga30T zuwa 1600T, gami da samfuran kamar DEMAG, FANUC, TOSHIBA, da MITSUBISHI.Kowane injin gyare-gyare yana sanye da na'urori masu gyara kayan aiki.
Cibiyar kayan aiki, sanye take da Moldflow analysis da Mold Management System (MMS) software, daya Japan machining cibiyar, daya Swiss Charmille EDM, daya jinkirin waya inji, da sauran masana'antu inji, wasu daga wanda machining daidaito har zuwa.0.01mm, Ya zama ƙwararrun ƙwararrun ƙwararrun masana'anta tare da haɗin gwiwar CAE / CAD / CAM.
Injin allura 750t
Aikin allura
Injin allurar Molding
Tsarin Ciyarwa Tsarkake
Yushin Robot Arm
Molded Bezel De-Gating
Hannun Ƙofar Auto De-Gating
Coffee Machine Cover De-Gating
Yin gyare-gyaren allura 30-1600 ton
Gyaran matsewar allura
Gyaran matsi
Gyaran allura na baya akan yadi
2K allura gyare-gyaren 100-1000 ton
Allura mai tsafta
taro mai tsafta
MASHI (TONS) | MISALI | QTY (SETS) | MULKI | |
1 | 1600 | 1600MM3W340* | 1 | MITSUBISHI |
2 | 1200 | HTL1200 | 7 | HAITAI |
3 | 1000 | HTL1000 | 9 | HAITAI |
4 | 730 | HTL730 | 8 | HAITAI |
5 | 650 | 650MGIII | 5 | MITSUBISHI |
6 | 550 | Saukewa: JSW-N550BII | 9 | JSW |
7 | 450 | 450MSII | 9 | MITSUBISHI |
8 | 400 | Saukewa: JSW-N400BII | 7 | JSW |
9 | 350 | 350MSII | 6 | MITSUBISHI |
10 | 300 | Saukewa: JSW-N300BII | 11 | JSW |
11 | 280 | IS280 | 5 | TOSHIBA |
12 | 240 | 240MSII | 2 | MITSUBISHI |
13 | 200 | IS-200B | 9 | TOSHIBA |
14 | 180 | Saukewa: JEKS-180 | 2 | JSW |
15 | 175 | KS-175B | 2 | KAWAGUCHI |
16 | 160 | 160MSII | 5 | MITSUBISHI |
17 | 150 | Saukewa: JSW-J150S | 3 | JSW |
18 | 140 | Saukewa: JSW-N140BII | 3 | JSW |
19 | 110 | KS-110B | 4 | KAWAGUCHI |
20 | 100 | S2000i 100A | 5 | FANUC |
21 | 80 | KM80 | 1 | KAWAGUCHI |
22 | 50 | KS-70 | 4 | KAWAGUCHI |
23 | 30 | S2000i 50A | 5 | FANUC |
Gyaran allura
Kyakkyawan tsarin daidaitaccen tsari don kera sassan filastik.
CheeYuen yana da injunan gyare-gyaren allura tare da matsa lamba na30-1600 ton.
Gyaran Matsi na allura
Falsafar gyare-gyaren gyare-gyaren allura - allurar thermoplastic polymer narke a cikin ƙaramin buɗaɗɗen ƙwayar cuta tare da matsawa lokaci ɗaya ko na gaba ta hanyar ƙarin bugun bugun jini.
Muna amfani da fasaha wanda ƙarin bugun jini ya cika ta hanyar haɗaɗɗen haɓakar hydraulic a cikin mold.
Gyaran matsi ta amfani da ICM
Anan, muna amfani da injin gyare-gyaren allura don ƙirƙirar matsawa.
Na farko, ana allurar kayan lokacin da kayan aiki ya buɗe.Lokacin da 80% na kayan aiki ya cika, an rufe kayan aiki kuma mataki na ƙarshe shine matsawa.
Ana amfani da wannan hanya don kaurin bangon sirara da dogayen hanyoyin kwarara.
(Yana ƙirƙira ƙarancin damuwa na ciki da raguwar wargin.)
Gyaran allura na baya akan yadi
Multilayer polyester masana'anta saka a cikin kayan aiki.
Allurar baya tare da PC/ABS.
2K allura gyare-gyare
Akwai hanyoyi daban-daban don allurar abubuwa biyu masu dacewa da sinadarai.
Kayan aiki mai jujjuyawa (mafi kyawun yanayin 2K na gaske).
Juyawa tare da farantin index (gaske 2K bayani ganiya yanayin).
Matsar da mutum-mutumi a cikin saka na biyu (maganin 2K na gaske).
Abubuwan da aka riga aka samar da su an saka su a cikin nau'i na biyu kuma an yi musu allura da abu na biyu (2K na ƙarya).
Sakawa
Yawanci ana amfani dashi lokacin da ake buƙatar babban juzu'i akan zaren / dunƙule.
Ana iya yin abin da aka sanyawa fiye da gyare-gyare ko kuma a dora su bayan allura.
Me yasa Zabe Mu?
Jagoran Duniya a Kamfanonin Plastic Plastic Chrome Plating
Tare da fiye da shekaru 33 na gwaninta a cikin masana'antar filastik chrome plating
Muna da cikakken tsari na samarwa
Muna samarwa da samar da OEM da abokan ciniki REM
Ingancin samfurin ya dace da ƙa'idodin ƙasashen duniya
Allura akan Abubuwan Filastik
Abs Molded Kurled Ring
Molded Coffee Machine Cover
Zoben Dashboard ɗin Grey Molded
Injin kofi Cap
Maɓalli Fob Molded
Maɓallin Maɓalli tare da Tricolor
Zoben Knurled Molded
An kuma tambayi mutane:
Yin gyare-gyaren allura wani tsari ne mai rikitarwa.Yin amfani da na'ura na musamman na na'ura mai aiki da ruwa ko lantarki, aikin yana narkewa, allura da saita robobi zuwa siffar karfen da aka sanya a cikin injin.
Yin gyare-gyaren filastik shine tsarin masana'anta da aka fi amfani dashi don dalilai daban-daban, gami da:
sassauci:masana'antun za su iya zaɓar ƙirar ƙira da nau'in thermoplastic da ake amfani da su don kowane sashi.Wannan yana nufin tsarin gyare-gyaren allura na iya samar da abubuwa daban-daban, gami da sassa masu rikitarwa da cikakkun bayanai.
inganci:da zarar an kafa tsarin kuma an gwada, injinan gyare-gyaren allura na iya samar da dubban abubuwa a cikin sa'a guda.
Daidaituwa:idan sigogin tsari suna da ƙarfi sosai, tsarin gyare-gyaren allura na iya samar da dubunnan abubuwa da sauri a daidaitaccen inganci.
Tasirin farashi:da zarar an gina gyaggyarawa (wanda shine mafi tsadar kashi), farashin da ake samarwa kowane sashi yana da ƙasa kaɗan, musamman idan an ƙirƙira shi da adadi mai yawa.
inganci:ko masana'antun suna neman ƙarfi, ƙwanƙwasa ko cikakkun bayanai, tsarin gyare-gyaren allura yana iya samar da su a cikin inganci akai-akai.
Wannan ingantaccen farashi, inganci da ingancin kayan aikin sune wasu dalilan da yasa masana'antu da yawa ke zaɓar yin amfani da sassa na allura don samfuran su.
Hanya mai tsada don ƙirƙirar adadi mai yawa na sassa
Yin gyare-gyaren allura hanya ce mai tsada don samar da sassa da yawa, wanda ya sa ya dace da masana'antun da ke buƙatar yin abubuwa da yawa a cikin ɗan gajeren lokaci.
Madaidaici sosai
Ana yin gyare-gyaren allura tare da matsananciyar haƙuri kuma suna iya haifar da sassa waɗanda ke da ɗan bambanci tsakanin su.Wannan yana nufin cewa za ku iya tabbata cewa kowane sashi zai kasance daidai da na gaba, wanda ke da mahimmanci idan kuna neman daidaito a cikin samfuran ku ko kuma idan kuna buƙatar samfurin ku ya dace daidai da wani yanki daga layin masana'anta.
Matakin farko na gyaran allura shine ƙirƙirar ƙirar kanta.Yawancin gyare-gyaren ana yin su ne daga karfe, yawanci aluminum ko karfe, kuma ana yin su daidai da fasalin samfurin da za su yi.
Da zarar mai yin gyare-gyaren ya ƙirƙiri ƙirar, kayan aikin ɓangaren ana ciyar da su cikin ganga mai zafi kuma a haɗe su ta amfani da dunƙule mai siffa mai siffar helical.Makada masu dumama narke kayan da ke cikin ganga sannan a zuba narkakken ƙarfe ko narkakken kayan filastik a cikin rami inda ya huce kuma ya taurare, daidai da siffar ƙera.Ana iya rage lokacin sanyaya ta hanyar amfani da layin sanyaya da ke yawo ruwa ko mai daga mai kula da zafin jiki na waje.Ana ɗora kayan aikin ƙira a kan farantin karfe (ko 'platens'), waɗanda ke buɗewa da zarar kayan ya ƙarfafa ta yadda masu fitar da su za su iya fitar da ɓangaren daga ƙera.
Za'a iya haɗa kayan daban-daban a bangare ɗaya a cikin nau'in gyare-gyaren allura da ake kira mold-shot mold.Ana iya amfani da wannan fasaha don ƙara taɓawa mai laushi zuwa samfuran filastik, ƙara launuka zuwa wani sashi ko samar da abubuwa tare da halaye daban-daban.
Za a iya yin gyare-gyare daga rami ɗaya ko da yawa.Matsakaicin rami da yawa na iya samun sassa iri ɗaya a cikin kowane rami ko kuma na iya zama na musamman don ƙirƙirar sassan geometries daban-daban.Aluminum gyare-gyaren ba su fi dacewa da haɓakar ƙarar girma ko sassa tare da kunkuntar juriyar juzu'i ba tun da suna da ƙananan kaddarorin inji kuma suna iya zama mai saurin lalacewa, lalacewa da lalacewa saboda allura da rundunonin.Yayin da gyare-gyaren ƙarfe sun fi ɗorewa kuma sun fi tsada fiye da aluminum.
Tsarin gyare-gyaren allura yana buƙatar ƙira mai kyau, gami da siffa da fasali na ɓangaren, kayan aikin sashi da ƙirar da kaddarorin injin ɗin.A sakamakon haka, akwai la'akari daban-daban da ya kamata a yi la'akari da su yayin gyaran allura.
Akwai wasu la'akari da yawa da ya kamata ku yi la'akari kafin yin gyare-gyaren allura:
1. Kudi
Kudin shigarwa don kera gyare-gyaren allura na iya zama babba - idan aka ba da farashin injina da gyare-gyaren kansu.
2. Yawan samarwa
Yana da mahimmanci a ƙayyade adadin sassa nawa kuke son kerawa don yanke shawarar ko yin gyare-gyaren allura shine mafi kyawun hanyar samarwa.
3. Abubuwan Zane
Rage adadin sassa da sauƙaƙa ma'auni na abubuwanku zai sauƙaƙe gyare-gyaren allura.Bugu da ƙari, ƙirar ƙirar kayan aiki yana da mahimmanci don hana lahani yayin samarwa.
4. La'akari da Production
Rage lokacin sake zagayowar zai taimaka samarwa kamar yadda za a yi amfani da injuna tare da gyare-gyare masu zafi da kayan aikin da aka yi tunani sosai.Irin waɗannan ƙananan canje-canje da amfani da tsarin masu gudu masu zafi na iya daidaita tanadin samarwa don sassan ku.Hakanan za'a sami tanadin kuɗi daga rage girman buƙatun taro, musamman idan kuna samar da dubban dubban ko da miliyoyin sassa.
Yin gyare-gyaren allura na iya zama tsari mai tsada, amma akwai hanyoyi da yawa waɗanda zaku iya rage farashin ƙira, gami da:
Cire abubuwan da aka yanke
Cire abubuwan da ba dole ba
Yi amfani da hanyar rami na tsakiya
Rage ƙarewar kayan kwalliya
Zane sassa cewa kai abokin tarayya
Gyara da sake amfani da gyare-gyaren da ke akwai
Saka idanu DFM bincike
Yi amfani da kogo da yawa ko nau'in ƙirar iyali
Yi la'akari da girman sashin ku
Tare da zaɓin kayan filastik sama da 85,000 na kasuwanci da akwai iyalai na polymer 45, akwai wadatar robobi daban-daban waɗanda za a iya amfani da su don gyare-gyaren allura.Daga cikin waɗannan, ana iya sanya polymers gabaɗaya zuwa ƙungiyoyi biyu;thermosets da thermoplastics.
Mafi yawan nau'o'in filastik da ake amfani da su sune polyethylene mai girma (HDPE) da ƙananan polyethylene (LDPE).Polyethylene yana ba da fa'idodi da yawa waɗanda suka haɗa da matakan ductility masu girma, ƙarfin ƙarfi mai kyau, juriya mai ƙarfi, juriya ga ɗaukar danshi, da sake yin amfani da su.
Sauran robobin da aka ƙera allura da aka saba amfani da su sun haɗa da:
1. Acrylonitrile Butadiene Styrene (ABS)
Wannan robobi mai ƙarfi, mai jurewa tasiri ana amfani dashi ko'ina cikin masana'antu.Tare da kyakkyawan juriya ga acid da tushe, ABS kuma yana ba da ƙarancin raguwa da kwanciyar hankali mai girma.
2. Polycarbonate (PC)
Wannan filastik mai ƙarfi, mai jurewa tasiri yana da ƙarancin raguwa da kwanciyar hankali mai kyau.A m roba cewa shi ne samuwa a daban-daban optically bayyana maki, PC iya samar da wani babban kwaskwarima gama da kyau zafi juriya.
3. Aliphatic Polyamides (PPA)
Akwai nau'ikan PPA daban-daban (ko nailan), kowannensu yana da fa'idodinsa.Gabaɗaya-magana, nailan suna ba da ƙarfi mai ƙarfi da juriya na zafin jiki da kuma juriya ta sinadarai, baya ga ƙaƙƙarfan acid da tushe.Wasu nailan suna da juriya na abrasion kuma suna ba da tauri mai kyau da tauri tare da kyakkyawan tasiri mai ƙarfi.
4. Polyoxymethylene (POM)
Wanda aka fi sani da acetal, wannan filastik yana da babban taurin, tauri, ƙarfi da tauri.Hakanan yana da mai mai kyau kuma yana da juriya ga hydrocarbons da sauran kaushi.Kyakkyawan elasticity da slipperiness kuma suna ba da fa'ida ga wasu aikace-aikacen.
5. Polymethyl Methacrylate (PMMA)
PMMA, wanda kuma aka sani da acrylic, yana ba da kyawawan kaddarorin gani, babban sheki da juriya.Hakanan yana ba da ƙarancin raguwa da ƙarancin nutsewa don geometries tare da sassan bakin ciki da tunani.
6. Polypropylene (PP)
Wannan kayan guduro mara tsada yana ba da juriya mai ƙarfi a wasu maki amma yana iya yin rauni a yanayin sanyi (a yanayin propylene homopolymer).Copolymers suna ba da juriya mafi girma ga tasiri yayin da PP kuma yana da juriya, mai sassauƙa kuma yana iya samar da tsayin daka sosai, kazalika da juriya ga acid da tushe.
7. Polybutylene Terephthalate (PBT)
Kyawawan kaddarorin lantarki suna sa PBT manufa don abubuwan haɗin wuta da aikace-aikacen mota.Ƙarfin ya bambanta daga matsakaici zuwa babba dangane da cika gilashi, tare da matakan da ba a cika ba suna da ƙarfi da sassauƙa.PBT kuma yana nuna mai, mai, mai da sauran kaushi da yawa, kuma shi ma baya sha dandano.
8. Polyphenylsulfone (PPSU)
Wani abu mai tsayin daka tare da babban tauri, zafin jiki da juriya mai zafi, PPSU kuma yana da juriya ga haifuwar radiation, alkalis da raunin acid.
9. Polyether Ether Ketone (PEEK)
Wannan babban zafin jiki, guduro mai girma yana samar da juriya na zafi da jinkirin harshen wuta, kyakkyawan ƙarfi da kwanciyar hankali mai girma, da kuma kyakkyawan juriya na sinadarai.
10. Polyethermide (PEI)
PEI (ko Ultem) yana ba da juriya mai zafi da jinkirin harshen wuta, tare da kyakkyawan ƙarfi, kwanciyar hankali da juriya na sinadarai.
Yin gyare-gyaren allura yana samar da ƙarancin ɗimbin ƙima dangane da tsarin masana'antu na gargajiya kamar injinan CNC wanda ke yanke ɗimbin kaso na ainihin tubalan filastik ko takardar.Wannan duk da haka na iya zama mummunan dangi ga hanyoyin masana'antu masu ƙari kamar bugu na 3D waɗanda ke da ƙananan ƙimar juzu'i.
Sharar gida daga masana'antar allura tana zuwa akai-akai daga wurare hudu:
A sprue
Masu tsere
Wuraren ƙofar
Duk wani abu mai zubewa wanda ke fita daga kogon sashin da kansa (wani yanayin da ake kira “flash”)
Na'urar thermoset, kamar resin epoxy mai warkarwa da zarar an fallasa iska, abu ne da ke warkewa kuma zai ƙone bayan ya warke idan aka yi ƙoƙarin narka shi.Thermoplastic abu, da bambanci, wani roba abu ne da za a iya narke, sanyi da kuma ƙarfi, sa'an nan a sake narke ba tare da konewa.
Tare da kayan thermoplastic, ana iya sake yin amfani da su kuma a sake amfani da su.Wani lokaci wannan yana faruwa daidai a filin masana'anta.Suna niƙa sprues/masu gudu da duk wani ɓangarorin ƙi.Sa'an nan kuma su ƙara abin da aka mayar da su cikin albarkatun da ke shiga cikin injin gyare-gyaren allura.Ana kiran wannan abu a matsayin "sake niƙa".
Yawanci, sassan kula da ingancin inganci za su iyakance adadin regrind da aka bari a mayar da su cikin latsawa.(Wasu kaddarorin aikin filastik na iya raguwa yayin da ake gyare-gyare akai-akai).
Ko kuma, idan suna da yawa, masana'anta na iya sayar da wannan sake niƙa ga wasu masana'anta waɗanda za su iya amfani da su.Yawanci ana amfani da kayan regrind don ƙananan ɓangarorin da ba sa buƙatar babban kayan aiki.