Umatshini wokumakisha we-laser kaZhongyan Evonik
Indawo echanekileyo kakhulu: Isebenzisa isiseko selitye eliphindwe kabini semabula kunye negranite, kunye ne-thermal expansion coefficient ephantse ibe yi-zero kunye ne-full-stroke straightness ye-±5μm. Idityaniswe ne-Renishaw grating system kunye ne-Gaocun driver, indawo evaliweyo ye-0.5μ m-level iyafezekiswa, kunye nokuchaneka kwemephu yempazamo ye-±1.5μm. Oku kunokuphelisa ingxaki "yokuphambuka komgca", ukuhlangabezana neemfuno zokusika ngokuchanekileyo okuphezulu kwe-micron kwimveliso yebhetri ye-perovskite. Iphepha ngempumelelo i-line offset ebangelwa kukuguqulwa kweplatifomu kwaye iqinisekisa ukusebenza kakuhle kokuguqulwa kwe-photoelectric yebhetri.
Uzinzo oluphezulu: I-Granite ineempawu zokumelana notshintsho lobushushu kunye nokugqwala. Ukusebenza kwayo akuyehli kuluhlu olubanzi lobushushu ukusuka kwi--20℃ ukuya kwi-50℃. Isakhiwo esiqinileyo esenziwe yiyo kunye ne-marble, kunye nee-airbags ezifunxa ukutshaqeka, inezinga lokunciphisa ukungcangcazela elingaphezulu kwe-90%, kwaye ubukhulu bokungcangcazela kwesixhobo ngokwaso bungaphantsi kwe-0.1μm. Ukufana kophawu kuphuculwe ngama-40%, okunokulungelelanisa iimeko ezinzima ezifana neeworkshops ezingenathuli kunye neendawo ezinomswakama ophezulu. Iqinisekisa ukuba intloko ye-laser ayishukumi ngexesha lokuhamba ngesantya esiphezulu, kwaye umda wophawu uthambile ngaphandle kwee-burrs, nto leyo enceda ukuphucula isivuno semveliso.
Ukucubungula ngesantya esiphezulu: Itekhnoloji ye-linear motor direct drive edityaniswe nesiseko se-granite kunye nezinye iindlela zoyilo, ukukhawulezisa kunokunyuka ukuya kwi-1.6G, kwaye kunokuhamba ngesantya esiphezulu se-1000mm/s. Nokuba iphantsi komthwalo we-750kg, isenokugcina uzinzo lwesantya se-1%, ixhase imveliso eqhubekayo yeeyure ezingama-7×24, yandise umjikelo wolondolozo ngaphezu kwezihlandlo ezithathu, inciphise kakhulu iindleko zokungasebenzi, kwaye iphucule ukusebenza kakuhle kwemveliso.
Inkqubo yokucubungula i-laser ye-ROFIN
Ukucubungula ngokusebenza kakuhle: Kwinkqubo yelaser yeeseli zePERC, iqonga lemodyuli lenkqubo linamabhande amabini azimeleyo okuhambisa iiwafer, nganye ixhotyiswe ngelaser. Umbindi womatshini usebenzisa isiseko segranite esichanekileyo kakhulu ukuxhasa ukuhanjiswa ngokukhawuleza komthombo welaser kunye neewafer. Ngeteknoloji "yokucubungula indiza", ixesha lokudluliselwa kunye nokudluliselwa kwewafer yesilicon kumjikelo wokucubungula ilaser liye lancitshiswa ngokusisiseko. Isantya sokucubungula sinokufikelela kwiziqwenga ezingama-4,500 ngeyure, nto leyo ephucula kakhulu ukusebenza kakuhle kwemveliso.
Ukucubungula ngokuchanekileyo Ngenxa yokusetyenziswa kweziseko zegranite, uzinzo kunye nokuchaneka okuphezulu komthombo welaser kunye nokudluliselwa kwe-wafer kuyaqinisekiswa, okuvumela ukucutshungulwa kwelaser ukuhlangabezana neemfuno ezahlukeneyo zokucubungula ngokuchanekileyo kwimveliso yebhetri yePERC, ezifana nomgca oqinileyo, umgca oqhekekileyo, ukucutshungulwa komgca wenqaku, kunye neenkqubo zokukhupha ezikhethiweyo, ukubhola kweMWT kunye nokugquma komphetho, zonke ezinokuthi zicutshungulwe ngokuchanekileyo okuphezulu kwiqonga elinye.
Kwiimeko ezingentla, kunokubonwa ukuba iziseko zegranite zinezibonelelo ezininzi kwimigca yemveliso yebhetri, kubandakanya ukuzinza okugqwesileyo kobushushu, ukuqina okuphezulu kunye nokumelana nokunyikima, ukugcinwa ngokuchanekileyo okuphezulu, kunye nokumelana okuhle nokugqwala, njl. Ezi zibonelelo zinceda ukuphucula ukusebenza kakuhle, umgangatho kunye nokuhambelana kwemveliso yebhetri, ukunciphisa iindleko zemveliso kunye nokugcinwa, kwaye ngaloo ndlela zikhuthaza uphuhliso lweshishini lebhetri.
Ixesha leposi: Meyi-15-2025