Kwiphulo elingapheliyo lokunciphisa i-miniaturization kunye nokusebenza okuchaza itekhnoloji yanamhlanje, izixhobo zokwakha azisenazo izinto zesibini ekufuneka ziqwalaselwe. Ukusuka kwiinkqubo ze-semiconductor lithography ezikwaziyo ukuchaza iimpawu zesekethe kwizikali ze-nanometer ukuya kumaqonga okuhlola optical aqinisekisa ukuchaneka kobukhulu kumanqanaba e-sub-micron, isiseko apho ezi nkqubo zakhiwe khona simisela ngokuthe ngqo amandla azo okugqibela.
I-precision granite iye yavela njengezinto ezikhethwayo kwizicelo ezifuna kakhulu ukwenziwa kwe-semiconductor kunye neenkqubo ze-optical. Le nto yendalo, ecociweyo kwiminyaka eyi-1000 yejoloji, inika indibaniselwano eyahlukileyo yeempawu zomzimba ezingenakulinganiswa neentsimbi ezenziwe ngobunjineli—ukuzinza kobushushu okumelana nokushukuma kobukhulu, ukuxinana kokungcangcazela okwahlula iinkqubo ezibuthathaka kwingxolo yokusingqongileyo, kunye nokungangeni kweekhemikhali okumelana neemeko ezirhabaxa zemveliso yanamhlanje.
Eli nqaku lihlola indlela izisombululo zegranite ezenziwe ngomatshini ezijongana ngayo nemingeni ebalulekileyo ejongene nabavelisi bezixhobo ze-semiconductor kunye ne-optical, zibonelela iinjineli kunye neengcali zokuthenga ngesiseko sobugcisa soyilo lwenkqubo olufanelekileyo.
Umngeni weSemiconductor: Ukuchaneka kwiNanometer Scale
Ukuqonda Iimfuno Zokwenziwa KweeSemiconductor
Ukwenziwa kwee-semiconductor zanamhlanje kubonisa eyona nto iphambili ekuvelisweni ngokuchanekileyo. Njengoko ii-geometri ze-chip ziqhubeka nokuncipha ngaphantsi kwee-node zenkqubo ze-7nm, izixhobo ezisetyenziselwa ukwenza ezi zixhobo kufuneka zisebenze ngokuchanekileyo nangokuzinza okungazange kwenzeke ngaphambili.
Iimfuneko Ezibalulekileyo Zokuchaneka:
| Inkqubo | Ukunyamezela Okuqhelekileyo | Impembelelo kwiNzuzo |
|---|---|---|
| I-Lithography egqunywe ngaphezulu | <3nm ukuchaneka kokulungelelanisa | Ulwalamano lwezinga leziphene ngokuthe ngqo |
| Ukuhlolwa kwe-wafer | Ukufunyanwa kweempawu ze-<10nm | Ubuchule bokuqinisekisa umgangatho |
| I-CMP (Ukupholisha oomatshini beKhemikhali) | ukufana okungaphantsi kwama-50nm | Ulawulo lobukhulu beleya |
| Indawo yokufota | Ukuchaneka kokubekwa <5nm | Ukunyaniseka kwepateni |
| Ukufakwa kwefilimu encinci | <1nm ulawulo lobukhulu | Ukusebenza kombane |
Kula manqanaba okuchaneka, nokuba kungazinzi okuncinci kwesakhiwo kwiziseko zezixhobo kunye namaqonga okushukuma kunokuguqulela kwiziphene ezibizayo kunye nokulahleka kwemveliso. Isiseko sesakhiwo sezixhobo ze-semiconductor kufuneka ke ngoko sinikezele:
- Uzinzo lobukhulu phantsi kweemeko ezahlukeneyo zobushushu
- Ukwahlulwa kokungcangcazela kwiindawo zokuvelisa umgangatho
- Ukumelana neekhemikhali kwiigesi zenkqubo kunye neearhente zokucoca
- Ukuthembeka kwexesha elide kunye neemfuno ezincinci zokugcinwa
I-Granite kwiinkqubo zeLithography
Iimashini zeLithography ziyindlela enzima kakhulu yokwenza i-precision granite kwimveliso ye-semiconductor. Iinkqubo ze-Extreme Ultraviolet (EUV) lithography, ezibonakala kwisekethe yepateni kwiisikali ze-nanometer, zifuna amaqonga olwakhiwo agcina uzinzo olupheleleyo ngexesha lokusebenza ixesha elide.
Izicelo zeCandelo leLithography:
Iipleyiti zesiseko kunye neefreyimu eziphambili:
- Xhasa iindibano zekholamu yonke ye-optical kunye nesigaba se-wafer
- Gcina ukuchaneka kwejometri phantsi kwemithwalo enzima (ukuya kuthi ga kwiitoni ezininzi)
- Ukubonelela ngokwahlulahlula ukungcangcazela kwiziseko zophuhliso zesakhiwo
- Fumana ukunyamezelana kokuthamba ngaphakathi kwe-1-3 µm phezu kwemiphezulu emikhulu
Izikhokelo zeSikhokelo kunye neZigaba zokuHamba:
- Nika amandla ukuchaneka kokubeka kwinqanaba le-nanometer
- Xhasa iinkqubo zokuthwala umoya okanye iimoto ezithe nkqo
- Gcina uthe tye kwaye uthambile phantsi kwemithwalo enamandla
- Nika iindawo ezizinzileyo zokubhekisa kwiinkqubo zempendulo yesikhundla
Izakhiwo zeBhulorho kunye neeGantry:
- Isebenza ngobuninzi obukhulu ngaphandle kokuphambuka
- Xhasa i-scan optics kunye neenkqubo zokuvezwa
- Gcina ulungelelwaniso phakathi kwee-axes ezininzi zokunyakaza
- Yixhathise i-thermal gradients kwiinkqubo zokuvezwa
Amaqonga okuCwangcisa nokuHlola iiWafer
Izixhobo zokucubungula iiwafer zifuna amaqonga egranite anokumelana neemeko ezinobungozi zeekhemikhali ngelixa egcina ukuchaneka kwejometri ye-sub-micron:
Iinkqubo zokuhlola iiWafer:
- Ukufunyanwa kweziphene kwisisombululo se-nanometer
- Umfanekiso we-optical kunye ne-electron beam obonisa ubukhulu obuphezulu
- Intshukumo echanekileyo yokuskena kunye nokubeka i-wafer
- Ukwahlulwa kokungcangcazela ukuze umfanekiso uzinze
Iitafile zokucubungula iWafer:
- Izixhobo zokusika, ukukrola, kunye nokubeka iziseko
- Ukumelana neekhemikhali kwii-asidi, iziseko, kunye nezinyibilikisi
- Ukugcinwa kwe-Flatness ukuze kufumaneke iziphumo zenkqubo efanayo
- Unyango lomphezulu oluchasene ne-static ukuthintela ungcoliseko lwamasuntswana
Ukupholisha oomatshini beKhemikhali (i-CMP):
- Umthwalo ophezulu weentloko zokupolisha
- Uzinzo lwe-Flatness phantsi koxinzelelo oluguquguqukayo
- Ukumelana neekhemikhali kwi-slurry kunye neearhente zokucoca
- Ukumelana nokuguguleka kwexesha elide
Inzuzo yeGranite yeSemiconductor
| Ipropati | Ixabiso kwizicelo zeSemiconductor | Inzuzo |
|---|---|---|
| Ukwanda Okuphantsi Kobushushu | ≈3×10⁻⁶/°C (1/3 yentsimbi) | Uzinzo lwemilinganiselo phantsi kotshintsho lobushushu |
| Ukuqina Okuphezulu kunye nokuDamping | Umlinganiselo wokudambisa amanzi 0.012-0.015 | Ithintela ukungcangcazela, iqinisekisa ukuchaneka kwe-nanoscale |
| Ukungasebenzi kakuhle kweekhemikhali | uzinzo lwe-pH 1-14 | Iyamelana neemeko zenkqubo yokubola |
| Ubunzima obuphezulu | IiMohs 6-7 | Ayigugi, yandisa ubomi bezixhobo |
| Iipropati zokuvala ubushushu | Ayiqhubi, ayiqhubi ngemagnethi | Ithintela umonakalo we-electrostatic kwiindawo ezibuthathaka |
Iinkqubo zoKubona: Apho Uzinzo Luvumela Ukuchaneka
Umngeni wePlatform ye-Optical
Iinkqubo zokukhanya—nokuba zisetyenziselwa ukuhlola, ukulinganisa, okanye ukucubungula nge-laser—zisebenza kwindawo apho ukukhanya kunye noomatshini bokukhanya badibana khona. Nakuphi na ukungazinzi kwiqonga lokukhanya kuthetha ngokuthe ngqo ukuba yimpazamo yokulinganisa, ukuwohloka komfanekiso, okanye ukutshintsha kwenkqubo.
Imithombo yeMpazamo yeNkqubo yoKubona:
- Utshintsho lweThermal: Utshintsho lobukhulu kwiqonga lutshintsha ubude bendlela ebonakalayo kunye nokulungelelaniswa kwecandelo
- Ukungcangcazela: Ukungcangcazela kwendalo kubangela intshukumo phakathi kwezinto ezibonakalayo kunye neesampuli
- Ukuguquka kwesakhiwo: Ukuguqulwa kwexesha elide kuthintela ukulungelelaniswa okulinganisiweyo
- Ukuphazamiseka kweMagnetic: Ichaphazela izinzwa zokuchaneka kunye nee-actuators kwiinkqubo ze-optical
Iiplatifomu zeGranite Optical: Iingenelo zobunjineli
Ukudambisa ukungcangcazela okuphezulu:
Iinkqubo ze-optical zinovakalelo olukhulu kwi-minimum displacements. Ukungcangcazela kwangaphandle okuvela kwizixhobo zasefektri, iinkqubo ze-HVAC, okanye nakwiindlela ezikude kunokubangela intshukumo ehambelanayo ephazamisa imifanekiso okanye engasebenziyo imilinganiselo.
Igranite emnyama yeprimiyamu enobunzima obuyi-≈3100 kg/m³ inesakhiwo sekristale esisebenza kakuhle ekuchitheni amandla oomatshini. Ngokungafaniyo neziseko zesinyithi ezithumela ukungcangcazela, igranite ifunxa amandla ngaphakathi kwe-crystalline matrix yayo, idala umgangatho woomatshini ozolileyo kwiinkqubo ze-optical.
Ukusebenza kokudambisa ukungcangcazela:
| Izinto eziphathekayo | Umlinganiselo wokudambisa | Ukuncitshiswa kokungcangcazela (50-500Hz) |
|---|---|---|
| Igranite | 0.012-0.015 | 95% |
| Jula i-ayini | 0.003-0.005 | 60-70% |
| Intsimbi | 0.001-0.002 | 20-30% |
| I-aluminiyam | 0.0001-0.0005 | <10% |
Uzinzo Olugqithisileyo Lobushushu:
Ukulinganisa okubonakalayo kudla ngokuthatha ixesha elide—iiyure zokuskena okuntsonkothileyo kwe-interferometric okanye ulandelelwano olude lwemifanekiso. Ngeli xesha, naluphi na utshintsho olubonakalayo kwiqonga luzisa impazamo ecwangcisiweyo.
Ubunzima obuphezulu beGranite kunye ne-coefficient ephantsi yokwandiswa kobushushu zibonelela nge-inertia yobushushu efunekayo ukumelana nokwandiswa okuncinci kunye nokucutheka. Olu zinzo luqinisekisa ukuba imigama yokugxila elinganisiweyo kunye nokulungelelaniswa kwe-optical kuhlala kuzinzile kuzo zonke iindlela zokulinganisa ezandisiweyo.
Ukufikelela kwi-Flatness yeNanometer-Level:
Umahluko obonakalayo phakathi kwamaqonga egranite enziwe ngemizi-mveliso kunye nalawo asetyenziswa nge-optical usezimfunweni zokuthamba. Nangona iziseko zoshishino ezisemgangathweni zinokuhlangabezana nemigangatho yeBanga 0 okanye yeBanga 00 (elinganiswa ngee-microns), iinkqubo ze-optical zifuna ukuthamba okulinganiselweyo kwii-nanometers.
Uthelekiso lweBanga lokuGqibela:
| Isicelo | I-Flatness efunekayo | Ibanga eliqhelekileyo |
|---|---|---|
| Imizi-mveliso eqhelekileyo | ±5-10 µm/m | Ibanga 0/1 |
| I-metrology echanekileyo | ±1-3 µm/m | Ibanga 00 |
| Ukuhlolwa kwamehlo | ± 0.5-1 µm/m | Ibanga 000 |
| I-optics/lithography ephucukileyo | <0.5 µm/m | Ukuchaneka okukhulu |
Izicelo zePlatform ye-Optical
Iziseko zeLaser Interferometer:
- Ukulinganiswa kokuhambahamba kwiikali ze-micron kunye ne-sub-micron
- Uzinzo lobushushu lweendlela zokulinganisa ezinde
- Ukwahlulwa kokungcangcazela ukuze kuzinze phakathi kwe-interferometric
- Iindawo zokufakelwa ezichanekileyo zezixhobo ezibonakalayo
Uhlolo lwe-Optical oluzenzekelayo (i-AOI):
- Iinkqubo zomfanekiso ezikhulisa kakhulu
- Intshukumo echanekileyo yokuskena izinto
- Uzinzo lomfanekiso kwii-algorithms zokufumanisa iziphene
- Ukwahlukaniswa kwendalo ukuze kufunyanwe iziphumo ezihambelanayo
Iinkqubo zoLungelelaniso lweOptical:
- Ukulungelelaniswa kunye nokubekwa komqadi welaser
- Ukufakelwa kunye nokulungiswa kwecandelo le-Optical component
- Iplani yesalathiso sokulungelelaniswa kwe-multi-axis
- Uzinzo lwexesha elide lokugcina umlinganiselo
Izicelo zebhodi yesonka ye-Optical:
- Ukuguquguquka kokuseta okubonakalayo kweModular
- Iigridi zemingxunya ezifakelwe imisonto
- Iqonga elinomoya wokungcangcazela le-optics
- Uzinzo lobushushu ukuze kubekho ukuhambelana okulingwayo
Umatshini weGranite olungiselelweyo: Wenzelwe iimfuno ezithile
Ngaphaya koBume obuQhelekileyo
Izixhobo ze-semiconductor kunye ne-optical zanamhlanje azifuni ii-slabs ezisemgangathweni ezi-rectangular. Endaweni yoko, abavelisi bafuna izakhiwo ze-granite ezenzelwe wena ezilungelelaniswe ukuze zihambelane noqwalaselo oluthile lwenkqubo—ukudibanisa iimpawu zokufakela, i-cable routing, ii-service passes, kunye nejometri ezintsonkothileyo eziphucula ukusebenza kwesicelo ngasinye.
Amandla okuvelisa aPhambili
Umatshini we-CNC we-5-Axis:
- Iijometri ezintsonkothileyo ezinemilinganiselo emithathu
- Iimpawu zokufakelwa ezidityanisiweyo kunye nemiphezulu yedatha
- Izinto zokufaka ngokuchanekileyo, imingxunya enemisonto, kunye nee-grooves zokulungelelanisa
- Ukuchaneka kokubeka indawo: ≤±0.01mm
Ukusila nokuLapha ngokuchanekileyo:
- Ukugaya ngamavili edayimani ukuze kugqitywe umphezulu
- Impumelelo yokuthamba: <1 µm ukuze kube nokuchaneka okuqhelekileyo
- Ukulepha okuchanekileyo kakhulu kwiindawo ezikumgangatho we-nanometer
- Uburhabaxa bomphezulu: Ra 0.1-0.4 µm
Iimpawu eziDibeneyo:
- Iibhushi ezinemisonto kunye nee-inserts zentsimbi zokubopha
- Iitshaneli zokuhambisa intambo kunye nomoya
- Idatha yokulungelelanisa ngokuchanekileyo
- Iipateni zemingxuma ezenziwe ngokwezifiso zokufakelwa kwecandelo
Ukuqinisekiswa koMgangatho:
- Umlinganiselo we-laser interferometer (Renishaw XL-80)
- Ukuqinisekiswa kwenqanaba le-elektroniki (iinkqubo zeWyler)
- Ukulungelelanisa ukuhlolwa koomatshini bokulinganisa
- Uhlalutyo lomphezulu kunye nohlalutyo lwejometri
Ukukhethwa kwezinto ezisetyenzisiweyo kwi-High-Tech
Iinkcukacha zePremium Black Granite:
| Ipropati | Inkcazo | Ukubaluleka |
|---|---|---|
| Uxinano | >3,000 kg/m³ | Ukudambisa ukungcangcazela kunye nokuzinza kobunzima |
| Ukuqina | IiMohs 6-7 | Ukumelana nokunxiba kunye nokuqina |
| Ukufunxwa kwamanzi | <0.1% | Uzinzo lobukhulu kwiindawo ezifumileyo |
| Amandla oxinzelelo | >200 MPa | Umthamo womthwalo ngaphandle kokuguqulwa |
| Ukwandiswa kobushushu | 4-9 ×10⁻⁶/°C | Uzinzo lwemilinganiselo phantsi kotshintsho lobushushu |
Amanqanaba ezinto:
- I-G350 (Umgangatho Oqhelekileyo): Ifanelekile kwiindlela zokuchaneka ngokubanzi, ukuba tyaba ±0.005mm/m²
- I-G650 (Umgangatho Ochanekileyo): Yenzelwe iimfuno eziphezulu zokuchaneka, ukuba tyaba ±0.0015mm/m²
Inkqubo yoBunjineli obuSetyenzisiweyo
Inqanaba loku-1: Intsebenziswano yoYilo
- Ukubonisana ngobunjineli ngexesha leprojekthi yokuqala
- Ukumodela kweCAD kunye nokwenza ngcono imveliso
- Iinkcukacha zezinto kunye neempawu
- Uhlalutyo lomthwalo kunye nokulungiswa kolwakhiwo
Inqanaba lesi-2: Ukukhethwa kunye nokuCwangciswa kwezinto
- Ukhetho lwegranite emnyama yeprimiyamu
- Ukunciphisa uxinzelelo ngokuguga kwendalo kunye nokujikeleza kobushushu
- Umatshini wokuqala onzima ukuya kumlinganiselo osondeleyo wokugqibela
- Ukuqinisekiswa kobukhulu obuphakathi
Inqanaba lesi-3: Umatshini Wokuchwetheza Ngobuchule
- Ukugaya i-CNC ye-axis ezi-5 kwiimpawu ezintsonkothileyo
- Ukugaya ngokuchanekileyo ukuze umphezulu uchaneke
- Ukuhlanganiswa kweempawu zokufakela kunye nezinto ezifakwayo
- Iipateni zemingxuma ezenziwe ngokwezifiso kunye nemiphezulu yedatha
Inqanaba lesi-4: Ukucwangciswa kokugqibela kunye nokuhlolwa
- Ukulepha ngokuchanekileyo ukuze kube lula kakhulu
- Ukuqinisekiswa okubanzi kobukhulu
- Umlinganiselo wokugqiba umphezulu
- Isatifikethi kunye namaxwebhu
Izicelo zoshishino: Ukuphunyezwa kwehlabathi lokwenyani
Izicelo zoKwenziwa kweeSemiconductor
Iinkqubo zeLithography ze-EUV:
- Iziseko zesakhiwo ezixhasa i-exposure optics
- Amanqanaba okushukuma kokubeka i-wafer kwindawo yayo
- Iireyili zesikhokelo zokuskena ngokuchanekileyo
- Ukufezekisa ukuhlukaniswa kokungcangcazela kwe-0.12nm
Izixhobo zokuhlola iWafer:
- Amaqonga okuhlola ukufunyanwa kweziphene
- Iziseko zokunyakaza zokuphatha i-wafer
- Iindawo ezibhekiselele kwiinkqubo ze-optical
- Iindawo ezinganyangekiyo ngamakhemikhali kwiindawo zenkqubo
Izixhobo ze-CMP:
- Amaqonga okupolisha amandla omthwalo onzima
- Ukugcinwa kwe-Flatness phantsi koxinzelelo olunamandla
- Ukumelana neekhemikhali kwi-slurry
- Ukumelana nokuguguleka kwexesha elide
Izicelo ze-Optical kunye ne-Laser
Iinkqubo zokuCwangcisa ngeLaser:
- Amaqonga okuhambisa imisebe
- Iziseko zokuhamba zokusika nokumakisha nge-laser
- Uzinzo lobushushu lokulungelelanisa imisebe
- Ukudambisa ukungcangcazela ukuze kucutshungulwe ngokuchanekileyo
I-Optical Metrology:
- Iziseko ze-Interferometer
- Ukulungelelanisa amaqonga oomatshini bokulinganisa
- Iziseko zokulinganisa iprofayilimitha kunye nomphezulu
- Imigangatho yokulinganisa kunye nereferensi
Izixhobo Zesayensi:
- Izixhobo ze-X-ray diffraction (XRD)
- Amaqonga e-electron microscopy
- Iziseko zezixhobo zeSpectroscopy
- Iitafile zophando zelebhu yophando
Izicelo zoMveliso eziPhambili
Ukuveliswa kwePlat Panel Display:
- amaqonga ezixhobo ze-a-Si Array
- Izixhobo zokucubungula i-LTPS Array
- Iinkqubo zokuphatha i-substrate kwindawo enkulu
- Ulawulo lwenkqubo olufanayo kwiindawo ezinkulu
Ukuzisebenzela ngokuchanekileyo:
- Iirobhothi zokuphatha i-semiconductor
- Iinkqubo zokuhlola ezizenzekelayo
- Izixhobo zokuhlanganisa ngokuchanekileyo
- Amaqonga ahambelana negumbi lokucoca
Izinto eziqwalaselwayo malunga nokusingqongileyo kunye nokusebenza
Ukuhambelana kwegumbi lokucoca
Iindawo zokwenza izinto ezisebenzisa i-semiconductor kunye ne-optical zifuna izixhobo ezihlangabezana nemigangatho yococeko engqongqo:
Iingenelo zeGranite zokusetyenziswa kwigumbi lokucoca:
- Umphezulu ongaphumiyo ongavelisi amasuntswana
- Uzinzo lweekhemikhali luyahambelana neenkqubo zokucoca
- Iimpawu ezingezizo zemagnethi zithintela ukutsalana kweesuntswana
- Unyango lomphezulu luyafumaneka kwizicelo ezicocekileyo kakhulu
Ukumelana neekhemikhali
Ukucubungula i-semiconductor kubandakanya ukuvezwa kwiikhemikhali ezirhabaxa:
| Imekobume yeekhemikhali | Ukusebenza kweGranite | Ukusebenza kwesinyithi |
|---|---|---|
| Ii-asidi (HCl, H₂SO₄, HF) | Ukumelana okugqwesileyo | Ifuna ugqubuthelo olukhuselayo |
| Iziseko (NH₄OH, KOH) | Ukumelana okugqwesileyo | Iyachaphazeleka kukugqwala |
| Izinyibilikisi | Akukho kuhla kwexabiso | Ingachaphazela ukugquma |
| Iigesi zenkqubo | Impendulo engasebenziyo | Isenokufuna izinto ezikhethekileyo |
Ukuthembeka Kwexesha Elide
Ixesha lokusebenza kwezixhobo ze-semiconductor kunye ne-optical lihlala lithatha amashumi eminyaka. Iziseko zesakhiwo kufuneka zigcine ukusebenza kulo lonke ixesha lenkonzo ende:
Iingenelo zobude beGranite:
- Akukho kuphumla koxinzelelo lwangaphakathi (ngokungafaniyo neentsimbi)
- Akukho mhlwa okanye i-oxidation
- Ijiyometri ezinzileyo engaphezulu kweminyaka engama-20 yobomi benkonzo
- Iimfuno ezincinci zolondolozo
- Ukuchasana nokuguguleka ngenxa yokuhamba kwecandelo
Izikhokelo zoKhetho kunye nokuThenga
Uvavanyo lweSicelo
Xa ucacisa izakhiwo zegranite ezenziwe ngokwezifiso zezicelo ze-semiconductor okanye ze-optical, cinga ngoku:
Iimfuno zokuchaneka:
- Ukuthe tyaba okufunekayo kunye nokuchaneka kwejometri
- Umthamo womthwalo kunye nokusasazwa kwawo
- Ukuhlanganiswa neenkqubo zokuhamba
- Iimfuneko zozinzo lobushushu
Izinto eziphathelele indalo:
- Uzinzo kunye nokuguquguquka kobushushu
- Iimfuneko zokuhlelwa kwegumbi lokucoca
- Ukuvezwa kweekhemikhali
- Iimpawu zendalo yokungcangcazela
Iimfuno Zokusebenza:
- Ulindelo lobomi benkonzo
- Ukufikeleleka kokugcinwa
- Ubunzima bokudibanisa
- Iimfuno zokubhala amaxwebhu kunye nokulandelelwa
Iikhrayitheriya zokufaneleka koMboneleli
Khetha amaqabane oomatshini bokuchwetheza igranite anezakhono ezibonisiweyo:
- Amava: Ubuncinane iminyaka eli-10 ndikhonza amashishini e-semiconductor/optical
- Iziqinisekiso: Ulawulo lomgangatho we-ISO 9001, i-ISO 14001 yokusingqongileyo
- Izakhono: I-CNC ye-5-axis yangaphakathi endlwini, ukugaya ngokuchanekileyo, ukulinganisa nge-laser
- Inkxaso yoBunjineli: Iinkonzo zokubambisana kuyilo kunye nokwenza ngcono
- Iinkqubo zoMgangatho: Ukulandeleka okupheleleyo kunye namaxwebhu apheleleyo
- Ufakelo lweeReferensi: Ukusebenza okungqiniweyo kwizicelo ezifanayo
Iimfuneko zoXwebhu oluMgangatho
Amaxwebhu apheleleyo axhasa iinkqubo zolawulo lomgangatho:
Amaxwebhu aqhelekileyo:
- Izatifikethi zezinto eziphathekayo kunye namaxwebhu emvelaphi
- Iingxelo zohlolo lwemilinganiselo
- Ukuqinisekiswa kwe-Flatness kunye nejometri
- Ukulinganiswa kokugqitywa komphezulu
Amaxwebhu Aphambili:
- Idatha yokulinganisa i-laser interferometer
- Isatifikethi sokujikeleza ngebhayisikile yobushushu
- Uvavanyo lokuxhathisa iikhemikhali (xa lukhona)
- Isatifikethi sokuhambelana negumbi lokucoca
Iindlela zeMarike kunye neMigqaliselo yexesha elizayo
Ukukhula kweShishini leSemiconductor
Ishishini le-semiconductor lehlabathi liyaqhubeka nokukhula, nto leyo ebangela imfuno yezixhobo ezichanekileyo:
- Ulwakhiwo olutsha oluyimpahla entle: Iifektri ezintsha ezingama-78+ ezingama-300mm ezisakhiwayo kwihlabathi liphela
- Ii-node zenkqubo eziphambili: Ukwanda kwemfuno yeenkqubo ze-lithography ze-EUV
- Utyalo-mali kwizixhobo: Ukunyuka kwenkcitho yemali kwizixhobo zokwenza izinto ngokuchanekileyo
- Iimfuno zomgangatho: Ukuqina kokunyamezelana njengoko iijiyometri zetshiphusi zincipha
Uphuhliso lweeNkqubo zoBoniso
Iinkqubo ze-optical eziphambili zivumela amandla amatsha kumashishini onke:
- Izithuthi ezizimeleyo: Iinkqubo ze-LIDAR kunye ne-optical sensing
- Izixhobo ze-biomedical: Umzobo we-optical ochanekileyo kunye nokulinganisa
- Ikhompyutha yeQuantum: Amaqonga e-optical azinza kakhulu kwiinkqubo ze-quantum
- Ukwenziwa okuPhambili: Ukucubungula ngeLaser kunye nokuhlolwa kokukhanya
Iindlela zokuHlanganisa iTekhnoloji
Izisombululo zegranite zexesha elizayo ziya kudibana netekhnoloji entsha:
- Izakhiwo ze-hybrid: Ukudibanisa neeseramikhi kunye nezinto ezidityanisiweyo ukuze kusebenze kakuhle
- Izinzwa ezifakiweyo: Ukuhlanganiswa kokujonga ubushushu kunye nokungcangcazela
- Iimpawu ezikrelekrele: Iinkqubo zokuhlawula ezisebenzayo ezidityaniswe namaqonga egranite
- Uyilo lweemodyuli: Iinkqubo ezilungisekayo zophuhliso lwezixhobo olukhawulezayo
Isiphelo
I-precision granite ibe sisiseko esingenakuxoxiswana ngaso sokwenza i-semiconductor kunye neenkqubo ze-optical ezisebenza kwimida yokulinganisa kunye nokukwazi ukwenza. Njengoko ii-chip geometries zincipha ngaphantsi kwe-7nm process nodes kunye neenkqubo ze-optical zifuna ukuchaneka kwe-sub-micron, ukhetho lotshintsho lwezinto zokwakha ukusuka kukhetho lobunjineli ukuya kwimfuneko yokusebenza.
Indibaniselwano eyahlukileyo yokuzinza kobushushu, ukudambisa ukungcangcazela, ukumelana neekhemikhali, kunye nokuthembeka kwexesha elide okunikezelwa yi-precision granite ayinakuphindwa ziintsimbi ezenziwe ngobunjineli okanye ezinye izinto. Kwiinkqubo ze-semiconductor lithography ezifikelela kubuchule bokugquma obuphezulu be-nanometer, kwizixhobo zokuhlola i-wafer ezibona iziphene kwizikali ze-athomu, nakwiinkqubo zokulinganisa i-optical ezifuna uzinzo olulinganiswe kwii-nanometers, i-granite ibonelela ngesiseko sodwa esinokukwazi ukuvumela ezi zakhono.
Izisombululo zoomatshini bokuchwetheza igranite ezenziwe ngokwezifiso ziye zaphuhliswa ukuze zihlangabezane neemfuno ezintsonkothileyo zezixhobo zobugcisa zanamhlanje. Ngokusebenzisa umatshini wokucoca we-CNC ophucukileyo one-axis ezi-5, ukugaya nokulapha ngokuchanekileyo, kunye nokuqinisekiswa komgangatho opheleleyo, izinto zegranite zenziwe ngendlela yokuba zidityaniswe kakuhle neenkqubo ze-semiconductor kunye ne-optical ezintsonkothileyo.
Kubavelisi bezixhobo, amaziko ophando, kunye neendawo zokuvelisa ezisebenza phambili kubuchwepheshe, ukukhethwa kwezinto zegranite echanekileyo sisigqibo esicwangcisiweyo esichaza ukuchaneka okunokwenzeka, ukuthembeka kwexesha elide, kunye nokukwazi ukukhuphisana. Ekufuneni ukuchaneka kwisikali se-nanometer, uzinzo alunakuzikhethela—lubalulekile.
Njengoko iteknoloji ye-semiconductor kunye ne-optical iqhubeka iphucuka, i-precision granite iya kuhlala iphambili kwizixhobo ezivumela ezi zakhono. Izinto eziye zavela kwixesha le-geological ngoku zisebenza njengesiseko sempumelelo yokwenziwa kwezinto ezintsonkothileyo ebantwini.
Ixesha leposi: Epreli-17-2026