Umda wokwenziwa kwezinto ngokuzenzekelayo kwi-Sub-Micron Machining
Siphila kwixesha elilawulwa zizinto ezisebenza ngokuzenzekelayo eziphucukileyo.Umatshini wokwenziwa kwe-CNCIziko kunye nee-grinder ezinkulu zomhlaba zinokucubungula izinto zokusebenza ezinkulu ngesantya esimangalisayo kunye nokuphindaphinda. Izakhiwo zoshishino kwihlabathi liphela zixhomekeke kakhulu kwezi teknoloji—kuquka imisebenzi yethu, ezisebenzisa ii-grinder ze-Nante ezichanekileyo ezixabisa izigidi zeerandi, ezinkulu kakhulu ezikwaziyo ukucubungula iiplatifomu zesinyithi kunye nezingezizo zesinyithi ukuya kuthi ga kwi-6000mm ubude.
Sekunjalo, imfihlo evulekileyo isaqhubeka kwiindawo eziphezulu zesayensi yezinto eziphathekayo kunye ne-metrology: Xa imfuneko yokunyamezelana ingena kwi-sub-micron kunye ne-nanometer domain, oomatshini abaphambili kwihlabathi bafikelela eludongeni olubonakalayo.
Ukuze kuvalwe umsantsa phakathi kokuthe tyaba komatshini nomhlaba kunye nokuchaneka kwenqanaba le-nanometer (njengeepleyiti zomphezulu zeBakala 000 ezifunekayo zii-semiconductor fabs), kufuneka ungenelelo lomntu. Eli nqanaba lokugqibela lokuchaneka lifezekiswa ngobuchule bakudala, obuqeqeshwe kakhulu bokuLapha ngesandla.
Ifiziksi Yokutshixa vs. Ukuncamathela Ngesandla
Kutheni oomatshini bokugaya ababiza kakhulu besebenza kakhulu ngaphambi kokuba bafikelele kwisiphelo esigqibeleleyo? Impendulo iku-thermodynamics kunye noxinzelelo loomatshini.
Xa ivili lokusila elikhawulezayo lidibana nezinto ezifana ne-ZHHIMG® Black Granite, livelisa ukungqubana okuxineneyo kunye nobushushu bendawo. Nokuba phantsi kokuhamba okukhulu kwe-coolant, ii-gradients ezincinci zobushushu ziyasasazeka ngelitye. Xa isiqwenga sipholile emva kokwenziwa, sidlula kwi-minuscule, ukuphumla okungalinganiyo kunye nokuxinana. Ngaphezu koko, amandla amakhulu oomatshini e-spindle yokusila azisa uxinzelelo oluncinci, olujikelezayo olushiyekileyo kwisakhiwo se-crystalline se-granite.
| I-Metric | Ukusila ngoomatshini | Ingcali yokulepha ngesandla |
| Ukuveliswa koxinzelelo lobushushu | Phakathi ukuya phezulu (Okubangelwa kukungqubana) | Zero (Ukucubungula ubushushu obuphakathi) |
| Impembelelo yeMicro-Vibration | Zifumaneka ngeSpindle kunye neAxis Bearings | Akukho nto ikhoyo (Ukuphunyezwa ngesandla okumsulwa) |
| Umda wokuchaneka | Ilinganiselwe kwiMicron Scale (1-3 µm) | Inqanaba leNanometer (I-Sub-Micron Egqibeleleyo) |
Ukulepha ngesandla kuyawagqitha ngokupheleleyo la makhwiniba. Xa kuqhutywa ngaphakathi kumagumbi okucoca alawulwa ngokuqinileyo, anobushushu obungaguqukiyo, iingcali zisebenzisa iikhompawundi ezintle ezirhabaxa (ezifana nedayimani okanye i-silicon carbide powders ezixutywe neoyile okanye amanzi) kwaye zenze ngesandla iintshukumo ezibaliweyo, ezingaphindaphindwayo ze-figure-eight sweeping motions zisebenzisa iibhloko ezikhethekileyo zokulepha. Ngenxa yokuba le nkqubo yenziwa ngesandla kwaye isantya sayo siphantsi, ayivelisi ubushushu obungalinganiswayo kwaye ayizisi uxinzelelo lwesakhiwo, ishiya i-crystal matrix yelitye ikwimeko ekhululekileyo ngokupheleleyo.
"Amanqanaba e-elektroniki ahambayo": Ubugcisa bokuchukumisa abantu
KwiQela leZHONGHUI, eyona nto sikhuphisana nayo ayikoomatshini bethu kuphela, kodwa nangabachwephesha bethu abangoochwephesha. Uninzi lweengcali zethu eziphezulu zinamava angaphezu kweminyaka engama-30 okusebenzisa i-lapping ngesandla rhoqo.
Kumashumi eminyaka ephindaphindwayo, ezi ngcali ziye zaphuhlisa uvakalelo lokuchukumisa olufana nolwezixhobo ze-elektroniki. Kwishishini, abathengi babiza ezi zixhobo ngokuthi “amanqanaba e-elektroniki ahambayo.”
Xa kucocwa umqadi womoya wegranite okanye umphetho othe tye obhekisa kumgangatho we-1-micron (1 µm), la ma-lapper aphambili anokuziva ukuphambuka kwe-micrometer enye ngokutyibiliza izandla zawo kumphezulu osuliweyo. Bayazi kakuhle ukuba kufuneka bafake uxinzelelo olunzima kangakanani, kwaye balufake phi, ukuze basuse ii-nanometer ezimbalwa zezinto kwiindawo eziphakamileyo ezikufutshane.
Ukuhlangabezana neMigangatho yoMgangatho eQondileyo yaMazwe ngaMazwe
Olu xube lwezakhono zabantu kunye nesayensi yezinto ezibonakalayo lusenza sikwazi ukuhlangabezana nokugqitha imigangatho yemetrology ebaluleke kakhulu kwihlabathi:
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I-DIN 876 (eJamani): Ukuqinisekisa ukuhlelwa okuthe tyaba ngokupheleleyo kwimisebenzi yelabhoratri echanekileyo.
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I-GGGP-463C-78 (e-United States): Umlinganiselo karhulumente weepleyiti zokulinganisa inqwelo-moya zomkhosi nezokhuselo.
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I-JIS (eJapan) kunye ne-GB (eTshayina): Izakhelo zokuvelisa zobugcisa obuphezulu eziyanelisayo kwihlabathi liphela.
Njengoko umgaqo-nkqubo wethu womgangatho wenkampani usitsho: “Ishishini elichanekileyo alinakuba nzima kakhulu.” Nangona ukuzenzekela ngokuzenzekelayo kwakha iziseko ezinzima zoshishino lwanamhlanje, kukuchukumisa komntu okubenza bafikelele kwi-nanometer.
Ixesha lokuthumela: Julayi-09-2026