Kwihlabathi elinzima lobunjineli bokuchaneka, ukuphishekela rhoqo ukuchaneka kwe-sub-micron kudla ngokukhokelela iinjineli kwizixhobo ezibonelelwa yindalo ngokwayo. Njengoko sijonga kwiimfuno ezintsonkothileyo zokwenziwa kwemizi-mveliso ngo-2026, ukuxhomekeka kwizixhobo zokusebenza okuphezulu akukaze kube yinto ebaluleke kangaka. Phakathi kwezisombululo ezahlukeneyo ezikhoyo, isiseko sokuchaneka kwe-granite emnyama sibonakala njengomgangatho wegolide wozinzo olusisiseko. Kwi-ZHHIMG, sibone utshintsho olukhulu kwindlela amashishini ehlabathi—ukusuka kwi-aerospace ukuya kwi-semiconductor metrology—asondela ngayo kwi-structural integrity yeenkqubo zawo zokulinganisa.
Ubukhulu bendalo besiseko esichanekileyo segranite emnyama buxhomekeke kwiimpawu zayo ezibonakalayo ezibonakalayo. Ngokungafaniyo nentsimbi ephosiweyo okanye intsimbi, ezihlala zixinezelekile ngaphakathi kunye nokugqwetheka kobushushu, igranite inika inqanaba lokudambisa ukungcangcazela kunye ne-thermal inertia ebalulekileyo kwiimilinganiselo eziphezulu. Olu zinzo lubaluleke kakhulu xa kusakhiwa i-isiseko sesiseko se-granite esichanekileyokwiisensors ezibukhali zokukhanya okanye ze-mechanical. Xa isixhobo sifakwe kwisiseko esinjalo, sisuswa ngokufanelekileyo kwiintshukumo ezincinci kumgangatho wefektri, okuvumela inqanaba lokuphindaphindeka elingenakukwazi ukugcinwa zizakhiwo zesinyithi ixesha elide.
Umzekelo oyintloko wolu setyenziso lukhethekileyo kukuphuhliswa kwesiseko segranite esenziwe ngokwezifiso sesixhobo sokulinganisa ubude beUniversal (ULM). I-ULM idla ngokuba ligunya lokugqibela kwilabhoratri yokulinganisa, enikwe umsebenzi wokuqinisekisa ubungakanani beebhloko zegauge kunye neeplagi eziphambili apho ukunyamezelana kulinganiswa kwiinanometers. Kwisixhobo esinjalo, ipleyiti yomphezulu esemgangathweni ayanelanga. Isiseko segranite esenziwe ngokwezifiso sesixhobo sokulinganisa ubude beUniversal kufuneka senziwe ngeempawu ezithile zejometri, ezifana nee-T-slots eziqhotyoshelweyo ngokuchanekileyo, iindlela zokuqondisa ezidibeneyo, kunye nee-inserts ezifakwe ngemisonto ezicwangcisiweyo. Ezi mpawu zivumela umsila wesixhobo kunye nentloko yokulinganisa ukuba ityibilike ngomgca ogqibeleleyo kunye nesiphumo sokutyibilika kwe-stick, ukuqinisekisa ukuba ireferensi yoomatshini ihlala iphelele kulo lonke uluhlu lokulinganisa.
Iimfuno zesakhiwo semizi-mveliso yanamhlanje zihlala zidlulela ngaphaya kwesiseko ngokwaso. Kwii-gantries ezinkulu ze-metrology kunye noomatshini bokulinganisa abadibeneyo, ukusetyenziswa kwemiqadi yokuxhasa i-granite kuye kwaba lukhetho olubalulekileyo loyilo. Le miqadi kufuneka igcine ithe tye kakhulu kwiimitha ezininzi ngelixa ixhasa ubunzima beenqwelo ezihambayo kunye neeprobes. Enye yezona nzuzo zibalulekileyo zeimiqadi yenkxaso yegranitekukuxhathisa kwazo "ukurhubuluza" okanye ukuguquka kwexesha elide. Nangona imisebe ye-aluminium inokugoba okanye igobe phantsi komthwalo oqhubekayo okanye ukuguquguquka kobushushu, i-granite igcina ukuchaneka kwayo kokuqala okudibeneyo kangangamashumi eminyaka. Olu bude bexesha elide lunciphisa kakhulu iindleko zizonke zobunini bee-OEM kunye nabasebenzisi bokugqibela, njengoko imfuneko yokuhlawula rhoqo isoftware kunye nokulungelelaniswa kwakhona ngokomzimba incitshiswa.
Xa kuyilwa indawo yokusebenza yelabhoratri echanekileyo, ukuhlanganiswa kweisiseko sesiseko se-granite esichanekileyoidla ngokuba yindawo ephambili kwinkqubo yokuhlolwa. Ezi zisekelo azizizo nje iibhloko zamatye; zizinto ezakhiwe ngobuchule obuphezulu ezidlula kwinkqubo enzima yokuzinzisa ubushushu kunye nokubethelela ngesandla. Kwi-ZHHIMG, iingcali zethu ezibalaseleyo zichitha amakhulu eeyure zicoca ezi ndawo ukuze zifikelele ekubeni zithe tyaba ngaphezu kwemigangatho yamazwe ngamazwe efana ne-DIN 876 Grade 000. Eli nqanaba lobuchule liqinisekisa ukuba isekelo libonelela ngereferensi egqibeleleyo yokulinganisa ngokuthe nkqo, nto leyo ibalulekileyo kubavavanyi be-micro-hardness abaphezulu kunye neenkqubo ze-laser interferometry.
Ngaphezu koko, ubuhle kunye nomgangatho osebenzayo wesiseko esichanekileyo segranite emnyama kubonelela ngendawo engabonisiyo, engenamagnethi, kwaye engaboliyo. Kwiindawo zokucoca okanye kwiindawo apho ukuphazamiseka kwemagnethi kunokujika idatha ye-sensor ye-elektroniki, igranite ihlala ingangeni ndawo ngokupheleleyo. Oku kuyenza ibe yeyona nto ifanelekileyo kwiinkqubo ze-hybrid ezidibanisa ukuskena kwe-optical kunye nokukhangela koomatshini. Ngokusebenzisaimiqadi yenkxaso yegranitekunye neziseko ezenziwe ngokwezifiso, abavelisi banokwenza isiseko esidibeneyo solwakhiwo esingachaphazelekiyo yimigibe eqhelekileyo yeendawo zoshishino.
Njengoko sijonge kwikamva lolawulo lomgangatho oluzenzekelayo, indima yezi zinto zichanekileyo iya kukhula kuphela. Ukusebenzisana phakathi kweempawu zezinto zendalo kunye neendlela eziphambili zoomatshini kuvumela i-ZHHIMG ukuba ityhale imida yoko kunokwenzeka kwi-dimensional metrology. Nokuba sisiseko segranite esenziwe ngokwezifiso sesixhobo sokulinganisa ubude be-Universal esenzelwe ilebhu yemigangatho yesizwe okanye uthotho lwee-granite support beams zomgca wokuhlola we-semiconductor okhawulezayo, injongo ihlala ifana: ukubonelela ngesiseko esingagungqiyo njengemithetho yefiziksi. Ukutyala imali kwezi zisombululo zegranite ezichanekileyo kutyalo-mali ekuthembekeni nasekuchanekeni kwexesha elide kwezobuchwepheshe bokulinganisa obufuna kakhulu kwihlabathi.
Ixesha leposi: Jan-15-2026