Kwihlabathi elichaneke kakhulu lemveliso ye-semiconductor—apho ukunyamezelana kwesikali se-nanometer kulawula isivuno kunye nokusebenza—ukukhethwa kwezinto ezisisiseko somatshini akusiyo nje inkcukacha yoyilo; sisigqibo esicwangcisiweyo esichaphazela uzinzo lwexesha elide, i-throughput, kunye ne-ROI. Ngelixa isinyithi esityhidiweyo sisebenze ixesha elide njengehashe lomsebenzi wezoshishino, iziseko zomatshini we-precision granite ziye zavela njengomgangatho wegolide ongenakuphikiswa wezixhobo ze-lithography eziphambili, iinkqubo ze-metrology, kunye namaqonga okuhlola i-wafer. Nasi isizathu.
1. Uzinzo olungenakuthelekiswa nobushushu lwe-Sub-Micron Consistency
Iifab ze-semiconductor zisebenza phantsi kweemeko zobushushu ezilawulwa ngokuqinileyo, kodwa nokuguquguquka okuncinci kunokubangela ukushukuma kwiinkqubo zokulinganisa okanye zokulungelelanisa. I-Granite ine-coefficient ephantsi kakhulu yokwandiswa kobushushu (CTE) emalunga ne-3 × 10⁻⁶/°C—ngaphantsi kwesithathu kuneyesinyithi esityhidiweyo (~11 × 10⁻⁶/°C). Oku kuthetha ukuba isiseko somatshini we-granite sigcina ukuthembeka kobukhulu kuzo zonke iinguqu zobushushu, siqinisekisa ukusebenza rhoqo ngaphandle kokulungiswa kwakhona rhoqo. Kwiinkqubo ezifana ne-EUV lithography okanye i-atomic-layer deposition, oku kungaxoxiswani kobushushu.
2. Ukudambisa ukungcangcazela okuphezulu ngaphandle kobunzima obongezelelekileyo
Ukungcangcazela okuphezulu okuvela kwiimpompo, kwii-chillers, okanye kwizixhobo ezikufutshane kunokufiphaza ii-sensors zokufota okanye kuphazamise imisebe ye-electron. Ulwakhiwo lwendalo lwe-crystalline ye-Granite lubonelela ngokudambisa ukungcangcazela okungokwemvelo, okufunxa ngaphezulu kwe-85% yokungcangcazela okuphezulu (>500 Hz)—okusebenza ngcono kakhulu kune-~70% yentsimbi ephosiweyo. Ngokungafaniyo neziseko zesinyithi ezidla ngokufuna iinkqubo zangaphandle ezisebenzayo okanye ezingasebenziyo, isiseko se-granite esichanekileyo sinika uzinzo olwakhelwe ngaphakathi, sinciphisa ubunzima benkqubo kunye nonyawo ngelixa siphucula umlinganiselo wesignali-kwingxolo kwimilinganiselo enovakalelo.
“Kwindawo yethu yokucoca, ukutshintshela kwisiseko segranite kunciphisa i-stage jitter ngama-40%, nto leyo ephucula ngokuthe ngqo ukuchaneka kwe-overlay.” — Injineli yeNkqubo, i-Tier-1 Semiconductor Equipment OEM
3. Akukho Kugqwala kunye Nokungakhathali Kweekhemikhali Kwiindawo Ezinzima
Izixhobo ze-semiconductor zihlala zisebenza kwiindawo ezine-vacuum ephezulu okanye ziveze izinto kwi-etchants ezinamandla kunye nee-agents zokucoca (umz., ii-HF, ii-plasma ze-Cl₂). Isinyithi esitshisiweyo, nangona sigqunywe, sihlala sisengozini yokubola kunye nokuqhekeka ngokuhamba kwexesha. Ngokwahlukileyo koko, i-granite ayinayo ikhemikhali, ayinazo iimbobo, kwaye ayichaphazeleki kukugqwala okanye ukubola kweekhemikhali. Oku kuphelisa ixesha lokungasebenzi kokulungiswa komphezulu kwaye kuqinisekisa ubomi benkonzo obude beminyaka emininzi-nokuba zikwimeko yenkqubo yokubola.
4. Ukugcinwa Kokuchaneka Kwexesha Elide Ngaphandle Koxinzelelo Lwangaphakathi
Amaqonga esinyithi aqulathe uxinzelelo olushiyekileyo oluvela ekubunjweni nasekusetyenzisweni, olunokuthi luphumle kancinci ngokuhamba kweminyaka—lubangele ukugoba okuncinci kunye nokushukuma okuchanekileyo. I-Granite, eyenziwe ngaphantsi komhlaba kangangezigidi zeminyaka, ifika ingenaxinzelelo. Yakuba igutyungelwe ngokuchanekileyo ukuya kutsho kwi-00-grade flat (≤0.005 mm/m²), igcina loo geometry ngokushukuma okuncinci (<0.2 µm kwiminyaka emi-5). Oku kuthembeka "kokuseta nokulibala" kuthetha ukuba kukho amaxesha okwandisa ukulinganisa kunye neendleko eziphantsi zobunini.
5. Ukuthintela ubushushu obungengoMagnetic noboMbane kwi-Elektroniki ezibuthathaka
Ukuphazamiseka kwemagnethi kunokuphambukisa iindlela ze-electron kwii-SEM okanye kwii-e-beam writers. Indalo yeGranite engeyiyo imagnethi iyisusa ngokupheleleyo le ngozi. Ukongeza, ukufakelwa kwayo kombane kuthintela imisinga elahlekileyo okanye ii-grounding loops—ezibalulekileyo ekukhuseleni ii-sensor arrays ezibuthathaka kunye ne-electronics yolawulo kwizixhobo ze-metrology kunye nokuhlolwa.
Eyona Nto Ibalulekileyo Kubayili Bezixhobo Ze-Semiconductor
Nangona isinyithi esityhidiweyo sibonelela ngeenzuzo zokuxhathisa impembelelo kunye nomthamo womthwalo onzima, iziseko zoomatshini begranite ezichanekileyo zibonelela nge-trifecta efunekayo yimveliso ye-semiconductor yesizukulwana esilandelayo:
✅ Uzinzo lobushushu
✅ Ukunciphisa ukungcangcazela okungasebenziyo
✅ Ukuthembeka kwejometri yexesha elide
✅ Uzinzo lobushushu
✅ Ukunciphisa ukungcangcazela okungasebenziyo
✅ Ukuthembeka kwejometri yexesha elide
Apha kwi-ZHHIMG, sigxile kwizinto zegranite ezichanekileyo kakhulu ezenzelwe usetyenziso olunzima kakhulu—ukusuka kwi-300mm wafer probers ukuya kumaqonga ovavanyo lwe-quantum computing. Ilebhu yethu ye-metrology yangaphakathi iqinisekisa ukuba isiseko ngasinye sihlangabezana nokunyamezelana kokutyibilika kwe-≤1 µm, kunye nejometri ezenziwe ngokwezifiso, imingxunya ecociweyo, kunye ne-fiducials ezifakiweyo ezifumanekayo zokudibanisa ngaphandle komthungo.
Ukulungele ukuzikhusela kwikamva leqonga lakho lezixhobo?
→ Cela ikhithi yesampulu yegranite yasimahla
→ Khuphela iSikhokelo sethu soYilo lweGranite yeSemiconductor-Grade
→ Nxibelelana neqela lethu lobunjineli ukuze ufumane uphononongo oluyimfihlo lwesicelo
→ Cela ikhithi yesampulu yegranite yasimahla
→ Khuphela iSikhokelo sethu soYilo lweGranite yeSemiconductor-Grade
→ Nxibelelana neqela lethu lobunjineli ukuze ufumane uphononongo oluyimfihlo lwesicelo
I-ZHHIMG – Apho Uchaneko Ludibana Nokuhlala Kuhleli.
Ixesha lokuthumela: Matshi-20-2026