Kwihlabathi elinzima lokuvelisa i-semiconductor, apho izinto zilinganiswa kwii-nanometers kwaye ukunyamezelana kwemveliso kufuna ukuchaneka kwe-microscopic, isiseko esakhelwe phezu kwaso ezi teknoloji asibonakali kodwa siyimfuneko. Kwi-ZHHIMG, sichithe amashumi eminyaka siphucula ubugcisa kunye nesayensi yezinto ze-granite ezichanekileyo kakhulu—amaqhawe angadunyiswanga avumela iinkqubo zokuvelisa eziphambili kakhulu zanamhlanje. Njengenkokeli yehlabathi kwizisombululo ze-granite ezichanekileyo, siyaziqhenya ngokwabelana ngendlela i-granite yethu emnyama ye-3100kg/m³ density echaza ngayo kwakhona oko kunokwenzeka kwi-lithography ye-semiconductor, iinkqubo ze-metrology, kunye namaqonga okuvelisa aphambili kwihlabathi liphela.
Isiseko seNgcali yanamhlanje: Kutheni iGranite?
Xa abavelisi be-semiconductor bevelisa iitships ezineteknoloji ye-3nm node—apho ububanzi be-transistor busondela kubukhulu beeathom nganye—baxhomekeke kwizixhobo ekufuneka zigcine uzinzo kwinqanaba le-athomu. Kulapho iipropati ezikhethekileyo zegranite zingenakutshintshwa khona. Ngokungafaniyo nee-alloys zesinyithi ezanda ngokuguquguquka kobushushu okanye izinto ezidityanisiweyo ezingenalo uzinzo oluhlala ixesha elide, i-granite yethu emnyama ye-ZHHIMG® enelungelo lobunikazi inikezela nge-inertia yobushushu egqwesileyo kunye nokukwazi ukudambisa ukungcangcazela. Ngoxinano lwe-3100kg/m³—oluphezulu kakhulu kune-granite yaseYurophu eqhelekileyo (ngesiqhelo i-2600-2800kg/m³)—izixhobo zethu zibonelela ngeqonga elizinzileyo lokugqibela leenkqubo zokulawula ukushukuma ngokuchanekileyo.
Cinga ngemingeni ye-ultraviolet extreme (EUV) lithography, apho iinkqubo ze-optical kufuneka zigcine ulungelelwaniso lwe-sub-nanometer kwiiyure zokusebenza. Isiseko segranite esixhasa ezi nkqubo kufuneka simelane nokungcangcazela okuncinci okuvela kwizixhobo zasefektri okanye utshintsho lokusingqongileyo. I-internal damping coefficient yezinto zethu ifunxa amandla okungcangcazela aphindwe ka-10-15 kunentsimbi, ngokutsho kovavanyo oluthelekisayo olwenziwe yiNational Physical Laboratory (UK). Lo mahluko wokusebenza uguqulela ngokuthe ngqo kwimveliso ephezulu kunye namazinga aphantsi okusilela kwimveliso ye-semiconductor—inzuzo ebalulekileyo kushishino apho umzuzwana omnye wexesha lokungasebenzi unokubiza amawaka eedola.
Ubuchule boBunjineli: Ukusuka kwiQuarry ukuya kwiQuantum Leap
Ukuzibophelela kwethu ekuchanekeni kuqala kumthombo. Sigcina ukufikelela okukhethekileyo kwiidiphozithi zegranite zeprimiyamu ezikhethiweyo ngenxa yesakhiwo sazo sekristale esifanayo kunye notshintsho oluncinci lweminerali. Ibhloko nganye idlula kwiinyanga ezintandathu zezinongo zendalo ngaphambi kokuba ingene kwindawo yethu yokuvelisa engama-200,000m² kufutshane neJinan, ekwindawo efanelekileyo enokufikelela ngqo kwiQingdao Port ukuze isasazwe kwihlabathi liphela. Amandla ethu emveliso awalingani: ngoomatshini bokugrumba abane baseTaiwan baseNan Teh (nganye idlula utyalo-mali lwe-$500,000), sinokucubungula izinto eziziinxalenye enye ezinobunzima obufikelela kwiitoni ezili-100 ezinobukhulu obufikelela kwi-20m ubude—amandla asandul’ ukusivumela ukuba sinikezele ngezigaba ezenzelwe wena kwinkqubo yesizukulwana esilandelayo yomenzi wezixhobo ze-EUV.
Intliziyo yomsebenzi wethu ikwindawo yethu engama-10,000m² yobushushu obungaguqukiyo kunye nokufuma, apho yonke into eguquguqukayo yendalo ilawulwa ngononophelo. Umgangatho wekhonkrithi oqinileyo ongama-1000mm ubukhulu, kunye nemisele yokwahlulahlula ukungcangcazela engama-500mm ububanzi ejikeleze indawo yemveliso, idala imeko-bume ezinzileyo apho utshintsho lobushushu lugcinwa ngaphakathi kwe-±0.5°C. Eli nqanaba lolawulo lokusingqongileyo libalulekile xa kusenziwa iipleyiti zomphezulu wegranite ezinokunyamezelana okuthe tyaba ngaphantsi kwe-0.5μm ngaphezulu kwe-6000mm ubude—iinkcukacha ziqinisekisiwe kusetyenziswa ii-interferometers zethu ze-Renishaw laser kunye nee-Mahr precision gauges, zonke zilinganiswe ngokwemigangatho ye-national metrology institute.
Ukumisela iMigangatho yoShishino: Iziqinisekiso kunye nokuzibophelela kuMgangatho
Njengomenzi wegranite ochanekileyo kuphela ophethe iziqinisekiso ze-ISO 9001, ISO 14001, ISO 45001, kunye ne-CE ngaxeshanye, simisele imilinganiselo yomgangatho echaza eli shishini. Umgaqo-nkqubo wethu womgangatho—"Ishishini elichanekileyo alinakuba nzima kakhulu"—ukhokela yonke into esiyenzayo, ukusuka ekuhlolweni kwezinto eziluhlaza ukuya ekuqinisekisweni kokugqibela. Siyazingca ngokukodwa ngenkqubo yethu yovavanyo lweMetrological, equka ii-micrometers zaseGermany Mahr (isisombululo se-0.5μm), ii-profilometers zeMitutoyo, kunye namanqanaba e-elektroniki aseSwitzerland WYLER, zonke ezilandelelwa kwiNational Institute of Metrology yaseTshayina kwaye zihlolwa rhoqo ngeenkqubo zokuthelekisa zamazwe ngamazwe kunye nePhysikalisch-Technische Bundesanstalt (eJamani) kunye neNational Institute of Standards and Technology (e-USA).
Le ndlela yokungaguquguquki isinike ubudlelwane neenkokheli zoshishino kuquka ababoneleli be-GE, i-Samsung, kunye ne-ASML. Xa umenzi wezixhobo ze-semiconductor omkhulu wayefuna izigaba zomoya we-granite ezenziwe ngokwezifiso kwiinkqubo zabo zokuhlola i-wafer ze-300mm, ukukwazi kwethu ukuvelisa ii-20,000 zeebhedi ezichanekileyo ngenyanga kwaqinisekisa ukuba ziyahlangabezana nexesha labo lokuvelisa. Ngokufanayo, intsebenziswano yethu neYunivesithi yaseSingapore iNanyang Technological kwi-carbon fiber-reinforced granite composites ityhala imida yezakhiwo ezichanekileyo ezilula kwiinkqubo ze-metrology zesizukulwana esilandelayo.
Ngaphaya Kwemveliso: Ukuphucula Isayensi Yokulinganisa
Kwi-ZHHIMG, siyayamkela ifilosofi ethi “ukuba awukwazi ukuyilinganisa, awukwazi ukuyenza.” Le nkolelo iqhuba ubudlelwane bethu bophando obuqhubekayo namaziko afana neLab yoBunjineli bokuGcina iPrecision University yaseStockholm kunye neChangchun Institute of Optics yaseTshayina. Sisonke, siphuhlisa iindlela ezintsha zokulinganisa ezidlula ngaphaya kophando lwendabuko lokuchukumisa ukuze zibandakanye i-optical interferometry kunye ne-computed tomography yohlalutyo lwangaphakathi loxinzelelo lwezinto ezinkulu zegranite. Impumelelo yethu yakutshanje ekusebenziseni uvavanyo lwe-ultrasonic ukumakisha izakhiwo zekristale zangaphakathi inciphise amazinga okulahlwa kwezinto ngama-37% ngelixa iphucula uqikelelo lozinzo lwexesha elide.
Ukuzinikela kwethu ekuphuculeni isayensi yokulinganisa kubonakala kwilebhu yethu ye-metrology yanamhlanje, enegumbi lokucoca eliyiklasi ye-100 elenzelwe ngokukodwa ukuhlanganiswa kwezixhobo ze-semiconductor. Apha, silingisa iindawo zemveliso zabathengi bethu ukuqinisekisa ukuba iziseko zethu zegranite zigcina ukuchaneka kwazo kwinqanaba le-nanometer phantsi kweemeko zokusebenza zokwenyani. Eli nqanaba lokuzinikela lisenze saba liqabane elithembekileyo lemibutho eqala kwiJet Propulsion Laboratory yeNASA ukuya kwiinkampani ezisakhasayo ze-quantum computing eziphuhlisa iinkqubo ze-qubit ezilungisiweyo iimpazamo.
Ukwakha Ikamva: Uzinzo kunye noVuselelo
Njengoko ukwenziwa kwezinto ngokuchanekileyo kuqhubeka, nendlela yethu yokwenza imveliso ezinzileyo iyaqhubeka. Isatifikethi sethu se-ISO 14001 sibonisa ukuzibophelela kwethu kulawulo lwezixhobo olunenkathalo, kubandakanya iinkqubo zokuphinda usebenzise amanzi ezibamba kwaye ziphathe i-95% yesithambisi sethu sokugaya kunye nokufakelwa kwamandla elanga okufikelela kwi-28% yeemfuno zethu zombane. Sikwaphuhlise neendlela zokusika iingcingo zedayimani ezizimeleyo ezinciphisa inkunkuma yezinto nge-40% xa kuthelekiswa neendlela zemveli zokucubungula—inkqubela phambili ebalulekileyo kushishino apho iindleko zezinto eziluhlaza zimele ukuya kuthi ga kwi-35% yeendleko zemveliso.
Xa sijonge phambili, iqela lethu le-R&D ligxile kwiindawo ezintathu eziguqulayo: ukudibanisa iinethiwekhi zesensor ngqo kwizakhiwo zegranite ukuze kujongwe impilo ngexesha langempela, ukuphuhlisa ii-composites ze-gradient density eziphucula umlinganiselo wokuqina ukuya kobunzima, kunye neenkqubo zokugcina uqikelelo eziqhutywa yi-AI kwizixhobo zethu zemveliso. Ezi zinto zintsha zakha phezu kwelifa lethu leepatenti zamazwe ngamazwe ezingaphezu kwama-20 kwaye zisibeka kwindawo yokuxhasa isizukulwana esilandelayo sokwenziwa kwe-semiconductor, kubandakanya ubuchwepheshe benkqubo ye-2nm nangaphezulu.
Kwishishini apho ukuchaneka kuchazwa khona ukuba kunokwenzeka, i-ZHHIMG iyaqhubeka nokubeka umgangatho wezinto zegranite ezichanekileyo kakhulu. Ukudibanisa kwethu ubuchule besayensi yezinto eziphathekayo, isikali sokuvelisa (iiyunithi ezingama-20,000 ngenyanga), kunye nolawulo lomgangatho olungenakuguquka kusimise njengeqabane elikhethwayo kwiinkampani ezityhala imida yokuvelisa okuphucukileyo. Njengoko abavelisi be-semiconductor bejongene nemingeni yama-node amancinci, uxinano oluphezulu, kunye noyilo oluntsonkothileyo lwe-3D, banokuthembela kwizisombululo zegranite ezichanekileyo ze-ZHHIMG ukubonelela ngesiseko esizinzileyo apho ikamva lobuchwepheshe liya kwakhiwa khona.
For technical specifications, certification documentation, or to discuss custom solutions for your precision manufacturing challenges, contact our engineering team at info@zhhimg.com or visit our technology center in Jinan, where we maintain a fully equipped demonstration lab showcasing our latest innovations in ultra-precision measurement and manufacturing.
Ixesha leposi: Oktobha-31-2025