Njengoko ishishini le-semiconductor liqhubela phambili kwiinkqubo ze-3nm nangaphezulu, umda weempazamo uye waphela ngempumelelo. Kubavelisi bezixhobo, ukuthembeka kolwakhiwo lwesiseko somatshini akuseyonto nje yokuqwalasela oomatshini—sisisigqibo esibalulekileyo semveliso.
Kwi-ZHHIMG Group, siyaqonda ukuba kwiinkqubo zokuhlolwa kwe-wafer kunye ne-lithography, izinto ze-granite ezichanekileyo ziye zaba ngumgangatho weshishini wokugcina uzinzo lwe-sub-micron. Kodwa ukhetha njani izinto ezifanelekileyo kwisicelo sakho esithile?
Ukudibana kwezinto: I-Granite vs. Intsimbi vs. Ukuphoswa kweMineral
Xa beyila isiseko sezixhobo ze-semiconductor, iinjineli zihlala zilinganisa izinto ezintathu eziphambili. Ukuqonda iimpawu zazo zomzimba kubalulekile ekuqinisekiseni ukuchaneka kwexesha elide.
1. I-Granite: Umgangatho weGolide woZinzo
Igranite emnyama enobunzima obuphezulu (njengeentlobo zeG684 okanye iJinan Black ezisetyenziswa rhoqo yiZHHIMG) inika indibaniselwano eyahlukileyo yeempawu. Idala ngokwendalo, oko kuthetha ukuba ayinaxinzelelo lwangaphakathi. Ngokungafaniyo neentsimbi, ayigqwali okanye ayivuthi, kwaye inamandla akhethekileyo okudambisa ukungcangcazela.
2. Intsimbi: Ukuqina Okuphezulu, Umngcipheko Ophezulu
Izakhiwo zentsimbi ezidityanisiweyo ziqinile kodwa zinokuphazamiseka kobushushu. Intsimbi iyanda kakhulu xa kutshintshwe ubushushu, nto leyo enokubangela ukuba iindlela ezibonakalayo ezibuthathaka zingahambelani kakuhle. Ngaphezu koko, iifreyimu ezidityanisiweyo zisengozini yokunciphisa uxinzelelo olushiyekileyo ngokuhamba kwexesha, nto leyo ekhokelela ekugobeni.
3. Ukuphoswa kweMineral (iPolymer Concrete): Enye indlela
I-mineral casting inika ukufuma okuhle kodwa idla ngokungabi nabulukhuni obupheleleyo kunye nokuqina komphezulu we-granite yendalo. Nangona iluncedo kwizixhobo ezithile zoomatshini, isenokungahlangabezani neemfuno zokuthamba kakhulu kunye nokumelana nokuguguleka kokuphathwa kwe-wafer ye-semiconductor ephezulu.
Uthelekiso loBugcisa: Kutheni iGranite Iphumelela
| Uphawu | I-Precision Granite | Intsimbi / Isakhelo esiWelding | Ukuphoswa kweMineral |
|---|---|---|---|
| Ukwandiswa kobushushu | Iphantsi Kakhulu | Phezulu (Ifuna ulawulo lobushushu) | Iphantsi |
| Ukudambisa ukungcangcazela | Igqwesile (Intsimbi eyi-10x) | Imbi | Kulungile |
| Uzinzo olunemilinganiselo | Isigxina (Ukwaluphala Kwendalo) | Ukuhla kwexesha (Ukunciphisa uxinzelelo) | Isitali |
| Ukumelana nokugqwala | Umzimba okhuselekileyo | Ifuna ukupeyintwa/ukugqunywa | Kulungile |
| Iipropati zeMagnetic | Ayinamagnethi | I-Magnetic (Iphazamisana ne-e-beam) | Ayinamagnethi |
Isifundo Esibalulekileyo: Kwizixhobo ze-semiconductor ezifuna ukuphindaphindwa kwe-sub-micron, i-coefficient ephantsi ye-granite yokwandiswa kobushushu kunye nendalo engeyiyo yemagnethi iyenza ibe ngcono kunentsimbi kwaye ihlale ixesha elide kune-mineral casting.
Isayensi Yozinzo: Ukwandiswa Okuphantsi kunye Nokufuma Okuphezulu
Kwimveliso ye-semiconductor, iipropati ezimbini ezibonakalayo ze-granite zibaluleke kakhulu:
1. I-Coefficient ephantsi yokwandiswa kobushushu
Iifektri ze-semiconductor zigcina ulawulo oluqinileyo lobushushu, kodwa utshintsho oluncinci lusekhona. I-Granite ine-coefficient ephantsi kakhulu yokwandiswa kobushushu (ngesiqhelo ijikeleze
4.5×10−6/∘C ). Oku kuthetha ukuba nokuba ubushushu obujikeleze umhlaba butshintsha kancinci, isiseko segranite sihlala sizinzile ngokwemilinganiselo, siqinisekisa ukuba ulungelelwaniso lwesigaba se-wafer luhlala luchanekile kwi-nanometer.
2. Umthamo ophezulu wokudambisa
Ukungcangcazela lutshaba lokuchaneka. Nokuba kukungcangcazela komgangatho okanye ukungcangcazela okwenziwa ziimoto zomatshini, oku kushukuma kwenza kube nzima "umfanekiso" wenkqubo. Ulwakhiwo lwekristale yeGranite lufunxa ukungcangcazela ngempumelelo kakhulu kunentsimbi okanye isinyithi. Lo mthamo wokunciphisa ubushushu ubaluleke kakhulu kwiinkqubo zokuhlola iiwafer.
Isifundo seTyala leShishini: Izixhobo zoHlolo lweWafer
Cinga ngomvelisi ophambili wezixhobo zokuhlola ii-wafer. Umngeni wabo yayikukushukuma kobushushu okuchaphazela ukulungelelaniswa kwe-optical kwee-sensors zabo ngexesha lemijikelo emide yokuskena.
Isisombululo se-ZHHIMG:
Sitshintshe isakhiwo sabo sesiseko sesinyithi esikhoyo ngesixhobo segranite esichanekileyo esenziwe ngokwezifiso.
Sitshintshe isakhiwo sabo sesiseko sesinyithi esikhoyo ngesixhobo segranite esichanekileyo esenziwe ngokwezifiso.
- Ukudibanisa: Sifake izixhobo zokufakelwa ezichanekileyo kunye nemijelo yekhebula ngqo kwisakhiwo segranite, nto leyo enciphisa ubunzima bokuhlanganisa.
- Isiphumo: Umthengi uxele ukwehla okukhulu kokuphazamiseka kobushushu. Isiseko segranite sinike indawo yobushushu "engathathi cala" kwi-optics, nto leyo ebangele ukuba i-output ibe phezulu kwaye kunciphe ukufunyanwa kweziphene ezingezizo.
Ukusebenzisana neZHHIMG for Precision
Ukukhetha umthengisi ofanelekileyo kubaluleke njengokukhetha izinto ezifanelekileyo. Kwi-ZHHIMG Group, asigcini nje ngokusika amatye, kodwa sicwangcisa izakhiwo ezichanekileyo.
- Ukwenziwa Okuphucukileyo: Sisebenzisa amaziko amakhulu oomatshini be-CNC ukuze sifikelele kumlinganiselo oqinileyo kwiijiyometri ezintsonkothileyo.
- Ulawulo Lomgangatho: Icandelo ngalinye lihlolwa ngokungqongqo kusetyenziswa ii-laser interferometers kunye nee-electronic level gauges ukuqinisekisa ukuba i-flatness kunye ne-parallelism ziyahlangabezana nemigangatho yakho ethile ye-semiconductor.
- Ukwenziwa ngokwezifiso: Ukususela kwiindawo zokubeka umoya ezifakwe nge-vacuum ukuya kwiindawo zokufaka ezinemisonto, sidibanisa iimfuno zakho zoomatshini ngqo kwi-granite.
Isiphelo
Njengoko sisiya phambili kunyaka ka-2026, imfuno yokuchaneka kwe-sub-micron iya kukhula ngakumbi. Ngokukhetha izinto ze-granite ezichanekileyo
Njengoko sisiya phambili kunyaka ka-2026, imfuno yokuchaneka kwe-sub-micron iya kukhula ngakumbi. Ngokukhetha izinto ze-granite ezichanekileyo
Ixesha lokuthumela: Epreli-09-2026