Emhlabeni ophakeme wokukhiqiza ama-semiconductor, lapho izingxenye zikalwa ngama-nanometer futhi ukubekezelelwa kokukhiqiza kufuna ukunemba okungabonakali, isisekelo okwakhelwe phezu kwaso lobu buchwepheshe siba singabonakali kodwa sibaluleke kakhulu. Kwa-ZHHIMG, sichithe amashumi eminyaka sithuthukisa ubuciko nesayensi yezingxenye zegwadle ezinembe kakhulu—amaqhawe angahlonishwa avumela izinqubo zokukhiqiza ezithuthuke kakhulu zanamuhla. Njengomholi womhlaba ezixazululweni ezinembayo zegwadle, siyaziqhenya ukwabelana ngokuthi igwagwana lethu elimnyama elingu-3100kg/m³ likuchaza kanjani lokho okungenzeka ku-semiconductor lithography, izinhlelo ze-metrology, nezinkundla zokukhiqiza ezithuthukile emhlabeni wonke.
Isisekelo Sokunemba Kwesimanje: Kungani I-Granite?
Lapho abakhiqizi be-semiconductor bekhiqiza ama-chips anobuchwepheshe be-3nm node—lapho ububanzi be-transistor busondela kusayizi wama-athomu angawodwana—bathembela ezintweni okufanele zigcine ukuzinza ezingeni le-athomu. Lapha kulapho izakhiwo eziyingqayizivele zegwadle ziba ezingenakushintshwa. Ngokungafani nama-alloys ensimbi anwebeka ngokuguquguquka kwezinga lokushisa noma izinhlanganisela zokwenziwa ezingenakho ukuqina kohlangothi lwesikhathi eside, igwagwa lethu elimnyama le-ZHHIMG® linikeza amandla akhethekile okushisa okushisayo namandla okudambisa ukudlidliza. Ngokuminyana okungu-3100kg/m³—okuphakeme kakhulu kunegwadle elivamile lase-Europe (imvamisa engu-2600-2800kg/m³)—izinto zethu ezisebenzayo zinikeza inkundla ezinzile yamasistimu okulawula ukunyakaza okunembayo.
Cabangela izinselele ze-extensive ultraviolet (EUV) lithography, lapho amasistimu okubona kufanele agcine ukuqondanisa kwe-nanometer engaphansi phakathi namahora okusebenza. Isisekelo segwadle esisekela lezi zinhlelo kufanele simelane nokundindizela okuncane okuvela emishinini yefekthri noma izinguquko zemvelo. I-coefficient yangaphakathi ye-damping coefficient yethu imunca amandla okudlidliza aphindwe izikhathi ezingu-10-15 kunensimbi, ngokuya ngokuhlolwa okuqhathanisayo okwenziwa ne-National Physical Laboratory (UK). Lo mehluko wokusebenza uhumusha ngokuqondile ekuvunweni okuphezulu kanye namazinga aphansi okungasebenzi ekukhiqizeni i-semiconductor—inzuzo ebalulekile embonini lapho umzuzwana owodwa wesikhathi sokuphumula ungabiza izinkulungwane zamadola.
Ubuhle Bobunjiniyela: Ukusuka ku-Quarry kuya ku-Quantum Leap
Ukuzinikela kwethu ekunembeni kuqala emthonjeni. Sigcina ukufinyelela okukhethekile kumadiphozithi e-granite e-premium akhethelwe ukwakheka kwawo kwekristalu okulinganayo kanye nokuhluka okuncane kwamaminerali. Ibhulokhi ngayinye ithola isinongo semvelo izinyanga eziyisithupha ngaphambi kokungena kunxanxathela yethu yokukhiqiza engu-200,000m² eduze neJinan, ebekwe kahle inokufinyelela okuqondile e-Qingdao Port ukuze isatshalaliswe emhlabeni wonke. Amandla ethu okukhiqiza awanakuqhathaniswa: ngemishini yokugaya ye-Nan Teh emine yaseTaiwan (nganye idlula ukutshalwa kwezimali kuka-$500,000), singacubungula ingxenye eyodwa enesisindo esingamathani ayi-100 ezinobukhulu obufinyelela ku-20m ubude—amakhono asanda kusenza sikwazi ukuletha izigaba zangokwezifiso zohlelo olulandelayo lomkhiqizi wemishini ye-EUV.
Inhliziyo yokusebenza kwethu ilele ku-10,000m² indawo yethu yokushisa ehlala njalo kanye nomswakamo, lapho konke okuguquguqukayo kwemvelo kulawulwa ngokucophelela. Isitezi sikakhonkolo esiqinile esingu-1000mm esiwugqinsi kakhudlwana, sihlanganiswe nemisele ehlukanisayo yokudlidliza engu-500mm ububanzi ezungeze indawo yokukhiqiza, idala indawo ezinzile lapho ukuhlukahluka kwezinga lokushisa kugcinwa khona phakathi kuka-±0.5°C. Leli zinga lokulawula imvelo libalulekile lapho kukhiqizwa amapuleti angaphezulu egwadle anokubekezelela ukucaba ngaphansi kuka-0.5μm ngaphezu kobude obungu-6000mm—izici eziqinisekiswa kusetshenziswa ama-interferometer ethu e-Renishaw laser kanye nezikali zokunemba ze-Mahr, zonke zilinganiselwe ezindinganisweni zesikhungo sikazwelonke se-metrology.
Ukusetha Amazinga Omkhakha: Izitifiketi Nokuzinikela Kwekhwalithi
Njengokuphela komkhiqizi we-granite onembayo ophethe ngesikhathi esisodwa izitifiketi ze-ISO 9001, ISO 14001, ISO 45001, ne-CE, sisungule amabhentshimakhi ekhwalithi achaza imboni. Inqubomgomo yethu yekhwalithi—“Ibhizinisi lokunemba ngeke lidinge kakhulu”—liqondisa zonke izici zokusebenza kwethu, kusukela ekuhlolweni kwezinto ezingavuthiwe kuya ekutholeni isitifiketi sokugcina. Siyaziqhenya kakhulu ngesistimu yethu yokuhlola i-Metrological, ehlanganisa ama-micrometer e-Germany Mahr (ukulungiswa okungu-0.5μm), ama-Mitutoyo profilometers, namazinga kagesi e-Swiss WYLER, konke okulandelekayo ku-China National Institute of Metrology futhi kucwaningwa njalo ngezinhlelo zokuqhathanisa zamazwe ngamazwe ne-Physikalisch-Technische Bundesanstalt (Germany) kanye ne-National Technology Institute (USA).
Le ndlela yokungayekethisi isizuzele ubudlelwano nabaholi bemboni okuhlanganisa abahlinzeki be-GE, Samsung, kanye ne-ASML. Lapho umkhiqizi omkhulu wezinto zokusebenza ze-semiconductor edinga izigaba zokuthwala umoya wegwadle zangokwezifiso kumasistimu abo okuhlola ama-wafer angu-300mm, ikhono lethu lokukhiqiza ama-20,000 wemibhede enembayo nyanga zonke aqinisekisa ukuthi bayahlangabezana nomugqa wabo wesikhathi werempu yokukhiqiza. Ngokufanayo, ukusebenzisana kwethu neNyuvesi yase-Singapore ye-Nanyang Technological ku-carbon fibre-reinforced granite composites kweqa imingcele yezakhiwo ezinembayo ezingasindi zesistimu ye-metrology yesizukulwane esilandelayo.
Ngale Kwezokukhiqiza: Ukuthuthukisa Isayensi Yokukala
Kwa-ZHHIMG, samukela ifilosofi yokuthi “uma ungakwazi ukukukala, ngeke ukwazi ukuphumelela.” Le nkolelo iqhuba ubambiswano lwethu oluqhubekayo locwaningo nezikhungo ezifana ne-Stockholm University's Precision Engineering Lab kanye ne-Changchun Institute of Optics yase-China. Ngokuhlangene, sakha izindlela zokulinganisa ezintsha ezidlulela ngale kokuhlola okuthinta okuvamile ukuze kufake phakathi i-optical interferometry kanye ne-computed tomography yokuhlaziya ukucindezeleka kwangaphakathi kwezingxenye ezinkulu zegwadle. Impumelelo yethu yakamuva ekusebenziseni ukuhlolwa kwe-ultrasonic ukwenza imephu yezinhlaka zekristalu yangaphakathi yehlise izinga lokulahlwa kwezinto ngo-37% ngenkathi kuthuthukisa ukubikezela kokuzinza kwesikhathi eside.
Ukuzinikela kwethu ekuthuthukisweni kwesayensi yokulinganisa kubonakala kulabhorethri yethu yesimanjemanje ye-metrology, enendawo yegumbi elihlanzekile yekilasi le-100 eklanyelwe ngokukhethekile ukuhlanganiswa kwengxenye yempahla ye-semiconductor. Lapha, silingisa izindawo zokukhiqiza zamakhasimende ethu ukuze siqinisekise ukuthi izisekelo zethu zegwadle zigcina ukunemba kweleveli ye-nanometer ngaphansi kwezimo zangempela zokusebenza. Leli zinga lokuzibophezela lisenze saba nguzakwethu othembekile wezinhlangano kusukela ku-Jet Propulsion Laboratory ye-NASA kuya kwabaqalayo abahamba phambili be-quantum computing abasungula amasistimu e-qubit alungiswe ngamaphutha.
Ukwakha Ikusasa: Ukusimama kanye Nokusungula
Njengoba ukukhiqiza okunembayo kukhula, kanjalo nendlela yethu yokukhiqiza okusimeme. Isitifiketi sethu se-ISO 14001 sibonisa ukuzibophezela kwethu ekuphathweni kwemithombo okunesibopho, okuhlanganisa nezinhlelo zokugaywa kabusha kwamanzi ezithwebula futhi zelaphe u-95% wesipholisi sethu sokugaya kanye nokufakwa kwamandla elanga aqeda u-28% wezidingo zethu zikagesi. Siphinde sakha izindlela zobunikazi zokusaha izintambo zedayimane ezinciphisa udoti wezinto ezibonakalayo ngo-40% uma kuqhathaniswa nezindlela zokucubungula ezivamile—intuthuko enkulu embonini lapho izindleko zempahla eluhlaza zimelela kufika ku-35% wezindleko zokukhiqiza.
Uma sibheka phambili, ithimba lethu le-R&D ligxile ezindaweni ezintathu ezishintshayo: ukuhlanganisa amanethiwekhi ezinzwa ngokuqondile ezakhiweni zegwadle ukuze kuqashwe impilo yesikhathi sangempela, kwakhiwe izinhlanganisela zokuminyana kwe-gradient ezikhulisa ukuqina kokuqina kwezilinganiso zesisindo, kanye nezinhlelo zokulungisa zokubikezela eziqhutshwa yi-AI eziqalwa yi-AI zemishini yethu yokukhiqiza. Lokhu kuqanjwa kwakhiwe phezu kwefa lethu lamalungelo obunikazi aphesheya angaphezu kuka-20 futhi kusibeka esimweni sokweseka isizukulwane esilandelayo sokukhiqiza ama-semiconductor, okuhlanganisa i-2nm nangaphezulu kwezinqubo zobuchwepheshe.
Embonini lapho ukunemba kuchaza ukuthi kungenzeka, i-ZHHIMG iyaqhubeka nokusetha izinga lezingxenye zegwadle ezinembe kakhulu. Inhlanganisela yethu yobuchwepheshe besayensi yezinto ezibonakalayo, isikali sokukhiqiza (amayunithi anyanga zonke angu-20,000), kanye nokulawulwa kwekhwalithi okungayekethisi kusisungule njengozakwethu ongakhethwa ezinkampanini eziphusha imingcele yokukhiqiza okuthuthukile. Njengoba abakhiqizi be-semiconductor bebhekene nezinselelo zama-node amancane, ukuminyana okuphezulu, kanye nezakhiwo ze-3D eziyinkimbinkimbi, bangathembela kuzixazululo ze-ZHHIMG zegwadle ezinembayo ukuze zinikeze isisekelo esizinzile lapho kuzokwakhelwa phezu kwaso ikusasa lobuchwepheshe.
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.
Isikhathi sokuthumela: Oct-31-2025