Ezweni elinokunemba okukhulu lokukhiqizwa kwe-semiconductor—lapho ukubekezelelana kwesikali se-nanometer kulawula khona isivuno kanye nokusebenza—ukukhetha izinto eziyisisekelo somshini akuyona nje imininingwane yomklamo; kuyisinqumo esihlakaniphile esithinta ukuzinza kwesikhathi eside, ukukhishwa, kanye ne-ROI. Ngenkathi insimbi ephonswe phansi isisebenze isikhathi eside njengehhashi lomsebenzi wezimboni, izisekelo zomshini we-granite oqondile ziye zavela njengezinga legolide elingenakuphikiswa lamathuluzi e-lithography athuthukile, izinhlelo ze-metrology, kanye namapulatifomu okuhlola i-wafer. Nasi isizathu.
1. Ukuzinza Kokushisa Okungalingani Kokuvumelana Okungaphansi Kwe-Micron
I-semiconductor fabs isebenza ngaphansi kwezimo ezishisayo ezilawulwa ngokuqinile, kodwa ngisho nokushintshashintsha okuncane kungabangela ukukhukhuleka kwezinhlelo zokulinganisa noma zokuqondanisa. I-Granite ine-coefficient ephansi kakhulu yokwanda kokushisa (i-CTE) engaba ngu-3 × 10⁻⁶/°C—ngaphansi kwengxenye eyodwa kwezintathu kuneyensimbi ephonswe (~11 × 10⁻⁶/°C). Lokhu kusho ukuthi isisekelo somshini we-granite sigcina ubuqotho obunobukhulu phakathi kokushintsha kokushisa, siqinisekisa ukusebenza okuqhubekayo ngaphandle kokulungiswa kabusha okuqhubekayo. Ngezinqubo ezifana ne-EUV lithography noma i-atomic-layer deposition, lokhu kungasebenzi kahle kokushisa akunakuxoxiswana ngakho.
2. Ukudambisa Ukudlidliza Okuphakeme Ngaphandle Kobunzima Obengeziwe
Ukudlidliza okuvama kakhulu okuvela kumaphampu, kuma-chiller, noma emishinini eseduze kungafiphaza izinzwa zokuthwebula izithombe noma kuphazamise imisebe yama-electron. Isakhiwo se-crystalline se-Granite semvelo sinikeza ukudambisa ukudlidliza okungokwemvelo, okumunca ngaphezu kwama-85% okudlidliza okuvama kakhulu (>500 Hz)—okungcono kakhulu kune-cast iron ~70%. Ngokungafani nezisekelo zensimbi ezivame ukudinga izinhlelo zangaphandle ezisebenzayo noma ezingasebenzi, isisekelo se-granite esinembile sinikeza ukuzinza okwakhelwe ngaphakathi, kunciphisa ubunzima besistimu kanye nokunyakaza kwayo ngenkathi kuthuthukiswa izilinganiso zesignali-kuya-kumsindo ezilinganisweni ezibucayi.
“Ekusetshenzisweni kwethu kwegumbi lokuhlanza, ukushintshela esisekelweni se-granite kunciphisa ukujiya kwesiteji ngo-40%, kuthuthukisa ngqo ukunemba kokumboza.” — Unjiniyela Wezinqubo, I-Tier-1 Semiconductor Equipment OEM
3. Akukho Kugqwala Nokungagqwali Kwamakhemikhali Ezindaweni Ezinzima
Amathuluzi e-semiconductor avame ukusebenza emakamelweni ane-vacuum ephezulu noma aveze izingxenye kuma-etchants anamandla kanye nama-cleaner agents (isb., ama-plasma e-HF, i-Cl₂). Insimbi ephothiwe, naphezu kokumbozwa, ihlala isengozini yokushiswa yi-oxidation kanye ne-pit ngokuhamba kwesikhathi. Ngokuphambene nalokho, i-granite ayinawo amakhemikhali, ayinazo izimbobo, futhi ayivikeleki ekugqwaleni noma ekuwohlokeni kwamakhemikhali. Lokhu kuqeda isikhathi sokungasebenzi kokulungiswa kabusha kwendawo futhi kuqinisekisa impilo yenkonzo ende yamashumi eminyaka—ngisho nasezindaweni zenqubo ebolile.
4. Ukugcinwa Kokunemba Kwesikhathi Eside Ngaphandle Kokucindezeleka Kwangaphakathi
Amapulatifomu ensimbi ensimbi aqukethe ukucindezeleka okusele okuvela ekubunjweni nasekusebenzeni, okungaphumula kancane kancane eminyakeni edlule—kubangele ukugoba okuncane kanye nokugoba ngokunemba. I-Granite, eyakhiwe eminyakeni eyizigidi edlule ngaphansi komhlaba, ifika ingenakucindezeleka. Uma isigaywe ngokunemba ibe yi-flat yebanga elingu-00 (≤0.005 mm/m²), igcina leyo geometry ngokugoba okuncane (<0.2 µm eminyakeni emi-5 edlule). Lokhu kuthembeka "kokusetha nokukhohlwa" kuchaza izikhawu zokulinganisa ezandisiwe kanye nezindleko eziphansi zobunikazi.
5. Okungeyona i-Magnetic kanye ne-Electrically Insulating ye-Elektroniki Ezwelayo
Ukuphazamiseka kwamagnetic kungaphazamisa izindlela zama-electron kuma-SEM noma kubabhali be-e-beam. Imvelo ye-Granite engeyona i-magnetic isusa le ngozi ngokuphelele. Ngaphezu kwalokho, ukufakelwa kwayo kukagesi kuvimbela imisinga elahlekile noma izihibe zomhlabathi—okubalulekile ekuvikeleni ama-sensor arrays abucayi kanye nama-electronics okulawula kumathuluzi okukala kanye nokuhlola.
Iphuzu Elibalulekile Labaklami Bemishini Ye-Semiconductor
Nakuba insimbi ephonswe kahle inikeza izinzuzo zokumelana nokushayisana kanye nomthamo wemithwalo esindayo, izisekelo zomshini we-granite onembile ziletha i-trifecta edingwa ukukhiqizwa kwe-semiconductor yesizukulwane esilandelayo:
✅ Ukuqina kokushisa
✅ Ukunciphisa ukudlidliza okungenamsebenzi
✅ Ukuthembeka kwejometri kwesikhathi eside
✅ Ukuqina kokushisa
✅ Ukunciphisa ukudlidliza okungenamsebenzi
✅ Ukuthembeka kwejometri kwesikhathi eside
Kwa-ZHHIMG, singochwepheshe ezingxenyeni ze-granite ezinembile kakhulu ezenzelwe izinhlelo zokusebenza ezidinga kakhulu—kusukela kuma-probers e-wafer angu-300mm kuya kumapulatifomu okuhlola i-quantum computing. Ilebhu yethu ye-metrology yangaphakathi iqinisekisa ukuthi zonke izisekelo zihlangabezana nokubekezelelana kokusicaba okungu-≤1 µm, ngama-geometries enziwe ngokwezifiso, izimbobo ezigoqiwe, kanye ne-fiducials ezifakiwe ezitholakalayo zokuhlanganiswa okungenamthungo.
Ukulungele ukuvikela ipulatifomu yakho yemishini esikhathini esizayo?
→ Cela ikhithi yesampula ye-granite yamahhala
→ Landa Umhlahlandlela Wethu Wokuklama I-Semiconductor-Grade Granite
→ Xhumana nethimba lethu lobunjiniyela ukuze uthole isibuyekezo sesicelo esiyimfihlo
→ Cela ikhithi yesampula ye-granite yamahhala
→ Landa Umhlahlandlela Wethu Wokuklama I-Semiconductor-Grade Granite
→ Xhumana nethimba lethu lobunjiniyela ukuze uthole isibuyekezo sesicelo esiyimfihlo
I-ZHHIMG - Lapho Ukunemba Kuhlangana Nokuhlala Njalo.
Isikhathi sokuthunyelwe: Mashi-20-2026