I-Precision granite kade yaqashelwa njengenye yezinto ezithembeke kakhulu ze-metrology kanye nezakhiwo zemishini zokunemba okuphezulu. Uma kuqhathaniswa nensimbi ecijile noma insimbi, i-granite yezinga eliphezulu inikeza ukuzinza okukhethekile nokunemba kwesikhathi eside, okuyenza ilungele izindawo eziyisethenjwa, izisekelo zomshini, izisekelo zomhlahlandlela womugqa, kanye nezingxenye ezibalulekile ezisetshenziswa ekuxhumaniseni imishini yokukala, ama-laser interferometer, imishini ye-CNC yomshini, nezinhlelo zokuhlola ze-semiconductor.
Umbuzo owodwa ovame ukuphakanyiswa abasebenzisi ukuthi kungani izingxenye zegwadle ezinembayo zimbozwa ungqimba oluncane lwamafutha ngaphambi kokuthunyelwa, futhi kungani ukugcoba kunconyelwa lapho okokusebenza kuzohlala isikhathi eside kungasetshenziswa. Njengoba i-granite ingagqwali, uwoyela ngokusobala awuwona owokuvikela ukugqwala. Esikhundleni salokho, ifilimu yokuvikela inenhloso ehlukile futhi ewusizo kakhulu: ukuvikela ukunemba kwendawo yokusebenza.
Izingxenye ze-Granite zenziwa ukuze zikwazi ukubekezelela okuqinile, futhi izindawo zazo ezingaphezulu kufanele zihlale zingenalo uthuli, izinhlayiya eziqhumayo, nokunye ukungcola. Ngisho nenani elincane lemfucumfucu emihle lingathinta ukunemba kokulinganisa, futhi ukusula okomile izinhlayiya ezinjalo ngokuqondile kungabangela imihuzuko emincane. Nakuba i-granite imelana kakhulu nokuguqulwa futhi ingenzi ama-burrs njengensimbi, ukuklwebheka okujulile endaweni enemba kungaba nomthelela ekusebenzeni futhi kungase kudinge ukugxushwa kabusha noma ukulungiswa.
Ngokusebenzisa ifilimu yamafutha alula—imvamisa uwoyela we-transformer noma ingxube engu-1:1 yamafutha omshini nodizili—ubuso buba lula kakhulu ukuhlanza. Uthuli nezinhlayiya ezincane zinamathela emafutheni kunetshe ngokwalo, futhi zingasuswa kalula ngokusula ifilimu. Lokhu kunciphisa ubungozi bokuhudula izinhlayiya ezilumayo endaweni yokusebenza futhi kulondoloza ubuqotho besikhathi eside bendiza eyinkomba. Ngemishini egcinwe isikhathi eside, ifilimu kawoyela ibaluleke kakhulu ngoba ukuqoqwa kothuli kuyanda ngokuhamba kwesikhathi. Ngaphandle kwamafutha, ukuhlanza okomile kungase kushiye amamaki abonakalayo noma imihuzuko ebeka engcupheni ukunemba kokulinganisa.
Ngesikhathi sokukhiqiza, izingxenye ze-granite ezinembayo ngokuvamile zidinga imishini eyengeziwe ukuze ihlanganiswe nezinye izinhlelo zemishini. Ngokuya ngemidwebo yamakhasimende, isakhiwo se-granite singabandakanya ukufaka okufakwe imicu, ama-T-slots, ama-counterbores, noma izimbobo. Into ngayinye efakwayo iboshelwa endaweni ngemva kokucubungula ngokucophelela igwadle libe nobukhulu obucacisiwe, futhi ukubekezelelana kwendawo kufanele kulawulwe ngokuqinile ukuze kuqinisekiswe ukuhlangana okufanele nezingxenye zokukhwelana. Inqubo yokukhiqiza eqinile—ukumboza ukumba, ukubopha izihlahla zensimbi, nokuqedwa kokugcina kwendawo—iqinisekisa ukuthi zonke izidingo zejometri ziyahlangatshezwa nokuthi ingxenye igcina ukunemba kwayo ngemva kokufakwa.
I-granite yekhwalithi ephezulu inikeza izinzuzo ezimbalwa ezibalulekile zezinhlelo zokusebenza zobunjiniyela ezinembayo. Izinzile ngokwemvelo, inezingcindezi zangaphakathi ezikhishwa ngokuguga okude kwe-geological. Iyakwazi ukumelana nokugqwala, umswakama kanye namakhemikhali amaningi. I-coefficient yayo yokwandisa okushisayo ephansi inciphisa izinguquko zokunemba ngenxa yokuguquguquka kwezinga lokushisa. Futhi ngokungafani nendawo yensimbi, imithelela emincane ku-granite iphumela emigodini emincane kunokuba ama-burrs aphakanyisiwe, ngakho-ke indiza eyinkomba ayihlanekezelwe.
Ngalezi zizathu, i-granite iyaqhubeka nokubamba iqhaza elibalulekile ku-metrology yesimanje, okokusebenza kwe-semiconductor, kanye nokukhiqizwa okunembe kakhulu. Ukuphatha kahle—njengokusebenzisa ifilimu kawoyela ngaphambi kokuthunyelwa noma isitoreji sesikhathi eside—kusiza ukuqinisekisa ukuthi ingxenye ngayinye yegwadle eqondile igcina ukusebenza kwayo kusukela efekthri kuya kumsebenzisi wokugcina, isekela ukulinganisa okuthembekile nokukhiqiza okunembayo okuphezulu kuzo zonke izimboni eziningi.
Isikhathi sokuthumela: Nov-21-2025