Kwihlabathi elikwinqanaba eliphezulu lokwenziwa kwe-semiconductor, apho amacandelo alinganiswa ngeenanometers kunye nokunyamezela imveliso kufuna ukuchaneka kwe-microscopic, isiseko apho obu bugcisa bakhelwe phezu kwaso siba singabonakali kodwa siyimfuneko. E-ZHHIMG, sichithe amashumi eminyaka sigqibelelisa ubugcisa kunye nenzululwazi yezixhobo zegranite ezichaneke kakhulu-amagorha angavunywanga avumela iinkqubo zanamhlanje zokwenziwa zihambele phambili. Njengenkokeli yehlabathi kwizisombululo ezichanekileyo zegranite, sinebhongo ngokwabelana ngendlela yethu yoxinaniso lwe-3100kg/m³ yegranite emnyama icacisa kwakhona into enokwenzeka kwisemiconductor lithography, iinkqubo ze-metrology, kunye namaqonga okwenziwa ahambele phambili kwihlabathi liphela.
Isiseko sokuchaneka kwale mihla: Kutheni iGranite?
Xa abavelisi be-semiconductor bevelisa i-chips nge-teknoloji ye-3nm ye-node-apho ububanzi be-transistor busondela kubukhulu be-athomu nganye-bathembele kwizixhobo ekufuneka zigcine uzinzo kwinqanaba le-athomu. Apha kulapho iipropathi ezikhethekileyo zegranite zingenako ukubuyiseleka. Ngokungafaniyo neealloyi zentsimbi ezanda ngokuguquguquka kobushushu okanye izinto ezenziweyo ezingenazinzo lwexesha elide, i-ZHHIMG® emnyama yegranite yethu ibonelela nge-inertia engaqhelekanga yobushushu kunye namandla okudambisa ukungcangcazela. Ngoxinano lwe-3100kg/m³-phezulu kakhulu kunegranite eqhelekileyo yaseYurophu (ngokuqhelekileyo yi-2600-2800kg/m³)-izinto zethu zibonelela ngeqonga elizinzileyo leenkqubo zolawulo oluchanekileyo.
Cinga ngemingeni ye-ultraviolet (EUV) egqithisileyo ye-lithography, apho iinkqubo zamehlo kufuneka zigcine ukulungelelaniswa kwe-nanometer kwiiyure zokusebenza. Isiseko segranite esixhasa ezi nkqubo kufuneka sixhathise nkqu nokungcangcazela kwemicroscopic evela kwizixhobo zasefektri okanye utshintsho kwimo engqongileyo. I-coefficient yethu yangaphakathi yokudambisa i-coefficient ithatha amaxesha angama-10-15 ngaphezulu kwamandla okungcangcazela kunentsimbi, ngokovavanyo oluthelekisayo olwenziwa neNational Physical Laboratory (UK). Lo mahluko wokusebenza uguqulela ngokuthe ngqo kwizivuno eziphezulu kunye nezinga eliphantsi lesiphako kwimveliso ye-semiconductor-inzuzo ebalulekileyo kwishishini apho isibini esinye sexesha lokuphumla sinokubiza amawaka eedola.
UbuNjineli obuGqwesileyo: Ukusuka kwiQuarry ukuya kwiQuantum Leap
Ukuzinikela kwethu ekuchanekeni kuqala kumthombo. Sigcina ufikelelo olukhethekileyo kwiidiphozithi zegranite zeprimiyamu ezikhethiweyo kubume bekristale obufanayo kunye nokwahluka okuncinci kwezimbiwa. Ibhloko nganye idlula kwiinyanga ezintandathu zesinongo sendalo ngaphambi kokungena kwisakhiwo sethu sokwenza i-200,000m² kufutshane neJinan, ebekwe ngobuchule bokufikelela ngokuthe ngqo kwiZibuko laseQingdao ukuze lisasazwe kwihlabathi liphela. Ubuchule bethu bokuvelisa abunakuthelekiswa nanto: kunye noomatshini abane baseTaiwanese Nan Teh (nganye idlula utyalo-mali lwe-500,000 yeedola), sinokwenza icandelo elinye elinobunzima ukuya kuthi ga kwi-100 yeetoni ezinobukhulu obufikelela kwi-20m ubude-ubuchule obusandul 'ukusenza sikwazi ukuhambisa izigaba zesiko kwinkqubo yesizukulwana esilandelayo somvelisi wezixhobo ze-EUV.
Intliziyo yomsebenzi wethu ilele kwi-10,000m² indawo yobushushu obuthe gqolo kunye nokufuma, apho zonke izinto eziguquguqukayo zokusingqongileyo zilawulwa ngononophelo. Umgangatho wekhonkrithi oyi-1000mm-thick Ultra-hard ultra-hard, udityaniswe ne-500mm-wide-wide vibration imisele ekwahlulayo ejikeleze indawo yemveliso, idala imeko-bume ezinzileyo apho ukuhluka kobushushu kugcinwa ngaphakathi ±0.5°C. Eli nqanaba lolawulo lokusingqongileyo libalulekile xa kusenziwa iipleyiti zomphezulu wegranite ezinokunyamezela ukucaba ngaphantsi kwe-0.5μm ngaphezu kwe-6000mm ubude-iinkcukacha eziqinisekisiweyo kusetyenziswa i-interferometers yethu ye-laser Renishaw kunye neegeji ezichanekileyo ze-Mahr, zonke zilinganiswe kwimigangatho yeziko le-metrology yesizwe.
Ukumisela iMigangatho yoShishino: Iziqinisekiso kunye nokuZibophelela koMgangatho
Njengokuphela komvelisi wegranite ochanekileyo obambe ngaxeshanye i-ISO 9001, ISO 14001, ISO 45001, kunye nezatifikethi ze-CE, siye saseka umgangatho womgangatho ochaza ishishini. Umgaqo-nkqubo wethu womgangatho—“Ishishini elichanekileyo alinakunyanzeliswa kakhulu”—likhokela yonke inkalo yomsebenzi wethu, ukusuka ekuhlolweni kwezinto ezikrwada ukuya kwisiqinisekiso sokugqibela. Sinebhongo ngakumbi ngenkqubo yethu yovavanyo lwe-Metrology, ebandakanya iJamani iMahr micrometers (isisombululo se-0.5μm), i-Profilometers ye-Mitutoyo, kunye namanqanaba e-elektroniki e-Swiss WYLER, zonke zilandeleka kwiZiko leSizwe le-Metrology laseTshayina kwaye ziphicothwa rhoqo ngeenkqubo zokuthelekisa amazwe ngamazwe kunye nePhysikalisch-Technische Bundesanstalt (eJamani) kunye neNational Technology Institute (i-USA).
Le ndlela yokungaguquki isizuzele ubambiswano kunye neenkokheli zeshishini eziquka i-GE, i-Samsung, kunye nababoneleli be-ASML. Xa umenzi wezixhobo zesemiconductor enkulu efuna imigangatho yegranite yokuthwala umoya kwiinkqubo zabo zokuhlola ii-300mm zewafer, ukukwazi kwethu ukuvelisa iindibano zebhedi ezichanekileyo ezingama-20,000 ngenyanga ziqinisekise ukuba ziyahlangabezana nomgca wexesha wemveliso. Ngokufanayo, intsebenziswano yethu neYunivesithi yase-Nanyang Technological yase-Singapore kwi-carbon fiber-reinforced granite composite ityhala imida yolwakhiwo olulula oluchanekileyo lweenkqubo ze-metrology zesizukulwana esilandelayo.
Ngaphaya kokuVeliswa: Ukuqhubela phambili iNzululwazi yoMlinganiselo
Kwi-ZHHIMG, samkela intanda-bulumko yokuba "ukuba awukwazi ukuyilinganisa, awukwazi ukuyenza." Le nkolelo iqhuba ubambiswano lwethu oluqhubekayo lophando namaziko afana neStockholm University's Precision Engineering Lab kunye neChina's Changchun Institute of Optics. Sikunye, siphuhlisa iindlela ezintsha zokulinganisa ezonabela ngaphaya kovavanyo lwetactile oluqhelekileyo ukubandakanya i-optical interferometry kunye necomputed tomography yohlalutyo loxinzelelo lwangaphakathi lwamalungu amakhulu egranite. Impumelelo yethu yakutsha nje ekusebenziseni uvavanyo lwe-ultrasonic ukwenza imephu yezakhiwo zekristale yangaphakathi inciphise amaxabiso okulahlwa kwezinto nge-37% ngelixa iphucula ukuqikelelwa kozinzo lwexesha elide.
Ukuzinikela kwethu ekuqhubeleni phambili kwisayensi yomlinganiselo kubonakaliswe kwilebhu yethu ye-metrology yodidi oluphezulu, enegumbi elicocekileyo legumbi le-100 elenzelwe ngokukodwa ukudityaniswa kwecandelo lezixhobo ze-semiconductor. Apha, silinganisa iimeko zemveliso zabathengi bethu ukuqinisekisa ukuba iziseko zethu zegranite zigcina ukuchaneka kwenqanaba le-nanometer phantsi kweemeko zokwenyani zokusebenza. Eli nqanaba lokuzibophelela lisenze saba liqabane elithembekileyo lemibutho ukusuka kwiJet Propulsion Laboratory yeNASA ukuya kuqalo oluphambili lwekhompuyutha yophuhliso lweenkqubo ezilungisa iimpazamo.
Ukwakha iKamva: Uzinzo kunye noTshintsho
Njengoko imveliso echanekileyo ikhula, ngokunjalo nendlela yethu yemveliso ezinzileyo. Isiqinisekiso sethu se-ISO 14001 sibonisa ukuzibophelela kwethu kulawulo olunenkathalo lobutyebi, kuqukwa neenkqubo zokurisayikilisha kwamanzi ezibamba kwaye zinyange i-95% yesipholisi sethu sokucola kunye nofakelo lombane welanga ohlangabezana nama-28% eemfuno zethu zombane. Siye savelisa ubuchule bobunini bedayimani besarha yocingo olunciphisa inkunkuma yezinto nge-40% xa kuthelekiswa neendlela zokulungisa zemveli-inkqubela phambili ebalulekileyo kushishino apho iindleko zemathiriyeli ekrwada zimele ukuya kuthi ga kwi-35% yeendleko zemveliso.
Ukujonga phambili, iqela lethu le-R&D ligxile kwiinkalo ezintathu zokuguqula: ukudibanisa uthungelwano lwenzwa ngokuthe ngqo kwizakhiwo zegranite zokubeka iliso ngexesha lokwenyani lempilo, ukuphuhlisa i-gradient density composites ekhulisa ukuqina kobunzima bobunzima, kunye nobuvulindlela obuqhutywa yi-AI eqhutywa ziinkqubo zogcino lwengqikelelo yezixhobo zethu zokuvelisa. Ezi zinto zintsha zakha phezu kwelifa lethu lamalungelo awodwa abenzi bamazwe ngamazwe angaphezu kwama-20 kwaye zisibeka ekubeni sixhase isizukulwana esilandelayo sokwenziwa kwe-semiconductor, kuquka i-2nm nangaphaya kobuchwepheshe benkqubo.
Kwishishini apho ukuchaneka kuchaza ukuba kunokwenzeka, i-ZHHIMG iyaqhubeka nokubeka umgangatho we-ultra-precision components granite. Indibaniselwano yethu yobungcali benzululwazi yezinto eziphathekayo, isikali sokwenziwa kwemveliso (iiyunithi ezingama-20,000 zenyanga), kunye nolawulo lomgangatho olungagungqiyo kusiseke njengeqabane esilikhethayo kwiinkampani ezityhala imida yokwenziwa kwemveliso ekumgangatho ophezulu. Njengoko abavelisi be-semiconductor bejongene nemingeni yeendawo ezincinci, ukuxinana okuphezulu, kunye ne-3D eyinkimbinkimbi ye-architectures, banokuthembela kwizisombululo ze-granite ezichanekileyo ze-ZHHIMG zokubonelela ngesiseko esizinzile 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 lokuposa: Oct-31-2025