Kwimimandla yemizi-mveliso yanamhlanje, sixakeke kakhulu yisantya. Sithetha ngamaxesha omjikelo akhawulezayo, iiwattage eziphezulu ze-laser, kunye nokukhawulezisa ngokukhawuleza kwizigaba ezithe ngqo. Sekunjalo, kulo mdyarho wesantya, iinjineli ezininzi aziyihoyi eyona nto ibalulekileyo yenkqubo yonke: isiseko. Njengoko sityhalela kwimida yokunokwenzeka kwezinto ezibonakalayo kumacandelo afana ne-semiconductor lithography kunye ne-aerospace metrology, eli shishini lifumanisa kwakhona ukuba oomatshini abaphambili kakhulu kwihlabathi abakhiwanga kwii-alloys zobuchwepheshe obuphezulu, kodwa kukuzinza okuthuleyo nokungagungqiyo kwendalo.ibhedi yomatshini wegranite.
Uphuhliso Oluthuleyo lweSiseko soMatshini
Kangangamashumi eminyaka, isinyithi esityhidiweyo sasingukumkani ongenakuphikiswa kwivenkile yoomatshini. Kwakulula ukusibumba, sizinzile, kwaye siqhelekile. Nangona kunjalo, njengoko iimfuno zokuchaneka kwenkulungwane yama-21 zatshintsha ukusuka kwi-intshi yewaka ukuya kwi-nanometer, iimpazamo zesinyithi zaqala ukubonakala. Isinyithi “siyaphefumla”—siyanda kwaye sinciphe ngalo lonke ixesha lokutshintsha kobushushu, kwaye sikhalisa njengentsimbi xa sishukunyiswa ngesantya esiphezulu.
Kulapho kwaqala khona ukutshintshela kwi-granite.ibhedi yomatshini wegraniteInika inqanaba lokudambisa ukungcangcazela elingcono ngokuphindwe kalishumi kunelo lesinyithi esityhidiweyo. Xa umatshini usebenza ngesantya esiphezulu, ukungcangcazela kwangaphakathi nangaphandle kudala "ingxolo" ephazamisana nokuchaneka. Ulwakhiwo lwekristale oluxineneyo lweGranite, olungalinganiyo, lusebenza njengesiponji sendalo kwezi zingcangcazela. Oku akusiyonto yokunethezeka nje kuphela; yimfuneko yobugcisa kuyo nayiphi naumatshini wegranite wokuhamba okuthe tyeapho injongo ikukufikelela kwindawo ephindaphindwayo, engaphantsi kwe-micron. Ngokufunxa amandla e-kinetic e-gantry ehambayo, i-granite ivumela inkqubo yolawulo ukuba izinze phantse ngoko nangoko, inyuse kakhulu i-throughput ngaphandle kokunciphisa ukuthembeka komsebenzi.
Ubugcisa neSayensi yeGranite Precision Block
Ukuchaneka akuyonto eyenzeka ngengozi; yakhiwe ngokwamaleko. Kwi-ZHHIMG, sihlala sichazela amaqabane ethu ukuba ukuchaneka kwesixhobo esikhulu somatshini kudla ngokuqala ngebhloko yokuchaneka kwegranite ethobekileyo. Ezi bhloko zezona migangatho ziphambili ezisetyenziselwa ukulinganisa lonke ihlabathi. Ngenxa yokuba igranite yinto esele ichithe izigidi zeminyaka kuqweqwe lomhlaba, ayinazo iingcinezelo zangaphakathi ezifumaneka kwizinto ezenziwe ngumntu.
Xa senza ibhloko echanekileyo, sisebenza ngezinto ezingayi kugoba okanye "zirhubuluze" ngokuhamba kwexesha. Olu zinzo lwexesha elide lwenza i-granite ibe lolona khetho kuphela lwezikwere eziphambili, imiphetho ethe tye, kunye neepleyiti zomphezulu. Kwimeko yokuvelisa, ezi nxalenye zisebenza "njengomthombo wenyaniso." Ukuba ireferensi yakho ayisebenzi nokuba yincinci ye-micron, yonke into eqengqelekayo kumgca wakho wokuhlanganisa iya kuba nempazamo. Ngokusebenzisa ukumelana kwendalo kwe-granite nokugqwala kunye neempawu zayo ezingezizo zemagnethi, siqinisekisa ukuba umlinganiselo uhlala ucocekile, ungachaphazeleki ziintsimi zemagnethi zeemoto ezithe tyaba okanye ukufuma komgangatho womzi-mveliso.
Ukukhanyisa Indlela: Ukuchaneka kweGranite kwizicelo zeLaser
Ukwanda kwetekhnoloji yelaser kwimveliso ye-micro-machining kunye ne-additive kuzise imingeni emitsha. Iilaser zinobuthathaka kakhulu kwiindlela eziphambukayo. Nokuba kunyikima nge-microscopic kwisakhelo somatshini kunokubangela ukunqunyulwa "okugobileyo" okanye umqadi ongagqalwanga. Ukufezekisa ukuchaneka kwegranite okufunekayo kwiinkqubo zelaser kufuna ukuqonda okunzulu nge-thermal dynamics.
Iinkqubo zelaser zihlala zivelisa ubushushu bendawo. Kumatshini ofakwe kwisakhelo sentsimbi, obu bushushu bunokukhokelela ekwandeni kwendawo, nto leyo ebangela ukuba i-gantry "igobe" kwaye i-laser ilahlekelwe yindawo yayo ephambili. Nangona kunjalo, i-granite ine-coefficient ephantsi kakhulu yokwanda kobushushu. Isebenza njengesinki sobushushu obushushu, igcina i-geometry yayo nokuba ngexesha lemveliso ende. Yingakho abavelisi abaphambili behlabathi bokuhlola kunye nokusika i-laser beye bashiya i-aluminium kunye ne-steel weldments. Bayaqonda ukuba "ukuzola" kwe-granite yikona okuvumela ukukhanya kwe-laser ukuba kusebenze ngamandla ayo aphezulu.
Kutheni i-ZHHIMG ichaza ngokutsha iMigangatho
Apha kwi-ZHHIMG, sihlala sibuzwa ukuba yintoni esenza sibonakale kwimarike yehlabathi. Impendulo ikwifilosofi yethu "yobunyani obupheleleyo." Asiziboni nje kuphela njengabakhi bamatye; siyinkampani yobunjineli enobuchule obuphezulu esebenzisa enye yezona zinto zizinzileyo kwihlabathi. Inkqubo yethu iqala kwindawo yokwambatha, apho sikhetha kuphela igranite emnyama ekumgangatho ophezulu—izinto ezinobuninzi obuthile kunye nomxube weeminerali ofunekayo kwi-metrology yemizi-mveliso.
Kodwa umlingo wokwenene uyenzeka kwiilebhu zethu zokugqiba ezilawulwa bubushushu. Apha, iingcali zethu zidibanisa ukugaya okuphucukileyo kwe-CNC kunye nobugcisa obuphantse balahleka bokutsalela ngesandla. Nangona umatshini unokufikelela kumphezulu othe tyaba, sisandla somntu kuphela, esikhokelwa yi-laser interferometry, esinokufikelela ekugqibeleni, okuthe tyaba kakhulu okufunekayo kwiindawo ezinomoya. Olu qwalaselo olugqithisileyo kwiinkcukacha yilo nto eyenza i-ZHHIMG ibe liqabane eliphambili kwi-semiconductor, i-aerospace, kunye nemizi-mveliso yezonyango.
Siyaqonda ukuba xa ukhetha isiseko segranite, utyala imali yeminyaka engamashumi amabini kubuchule benkampani yakho bobuchwephesha. Ukhetha izinto ezingayi kugqwala, ezingayi kugoba, nezingayi kukuphoxa xa ukunyamezelana kuqina. Kwihlabathi elikhula ngokukhawuleza kwaye lihamba ngesantya esiphezulu, kukho uxolo lwengqondo oluvela ekuqiniseni ubuchwepheshe bakho ngokuchanekileyo okuhlala kuhleli, okungagungqiyo komhlaba ngokwawo.
Ixesha lokuthumela: Jan-09-2026