Umatshini wokumakisha we-laser Zhongyan Evonik
Ukuma okuchanekileyo okuphezulu: Ithatha isiseko samatye aphindwe kabini emarble kunye negranite, kunye ne-coefficient yokwandisa i-thermal phantse i-zero kunye nokuthe ngqo kwe-stroke egcweleyo ye-±5μm. Idityaniswe nenkqubo yokugaya yeRenishaw kunye nomqhubi weGaocun, i-0.5μ m-level evaliweyo-loop positioning iphunyeziwe, ngemposiso yokuchaneka kwemephu ye-±1.5μm. Oku kunokuphelisa ingxaki "yokutenxa komgca", ukuhlangabezana neemfuno ze-micron-high-precision cutting cutting kwi-perovskite battery production. Ikhusela ngokufanelekileyo i-line offset ebangelwa yi-deformation yesikhulumi kwaye iqinisekisa ukuguqulwa kwe-photoelectric ukusebenza kwebhetri.
Ukuzinza okuphezulu: I-Granite ineempawu zokumelana nokutshintsha kweqondo lokushisa kunye nokubola. Ukusebenza kwayo akuyehli phakathi koluhlu olubanzi lobushushu ukusuka ku -20℃ ukuya kuma-50℃. Isakhiwo esiqinileyo esakhiwe ngayo kunye ne-marble, idibaniswe ne-airbags-absorbing airbags, inezinga lokunciphisa i-vibration ngaphezu kwe-90%, kwaye i-vibration amplitude yesixhobo ngokwayo ingaphantsi kwe-0.1μm. Ukuhambelana kokumakishwa kuphuculwe nge-40%, enokuthi ivumelane neemeko ezinzima ezifana neeworkshops ezingenalo uthuli kunye neendawo zokufuma okuphezulu. Iqinisekisa ukuba intloko ye-laser ayishukumi ngexesha lokunyakaza kwesantya esiphezulu, kwaye umda wokumakisha ulungile ngaphandle kwe-burrs, okunceda ukuphucula imveliso yemveliso.
Ukusetyenzwa kwesantya esiphezulu: Itekhnoloji ye-Linear motor drive ngqo idityaniswe nesiseko segranite kunye nolunye uyilo, isantya sinokunyuka siye kwi-1.6G, kwaye sinokuhamba ngesantya esiphezulu se-1000mm / s. Naphantsi komthwalo we-750kg, iyakwazi ukugcina ukuzinza kwesantya se-1%, ukuxhasa i-7 × i-24-iyure yemveliso eqhubekayo, ukwandisa umjikelezo wokulondoloza ngokuphindwe kathathu, ukunciphisa kakhulu iindleko zokunciphisa ixesha, kunye nokuphucula ukusebenza kakuhle kwemveliso.
Inkqubo ye-laser ye-ROFIN
Ukucutshungulwa kobuchule obuphezulu: Kwinkqubo ye-laser yeeseli ze-PERC, iqonga lemodyuli yenkqubo inamabhanti amabini okuthutha azimeleyo okuthutha ama-wafers, ngalinye lixhotyiswe ngelaser. Ingundoqo yomatshini ithatha isiseko se-granite esiphezulu esichanekileyo ukuxhasa ukuhanjiswa ngokukhawuleza komthombo we-laser kunye nama-wafers. Ngokusebenzisa itekhnoloji "yokuqhuba inqwelomoya", ixesha lokuhanjiswa kwe-silicon wafer kunye nokudluliselwa kumjikelo wokusetyenzwa kwelaser liye lancitshiswa. Isantya sokusebenza sinokufikelela kumaqhekeza angama-4,500 ngeyure, siphucula kakhulu ukusebenza kakuhle kwemveliso.
Ukusetyenzwa komgangatho ophezulu Ngenxa yokusetyenziswa kweziseko zegranite, uzinzo kunye nokuchaneka okuphezulu komthombo we-laser kunye nokuhanjiswa kwe-wafer kuqinisekisiwe, okwenza ukuba ukusetyenzwa kwe-laser kuhlangabezene neemfuno zokulungiswa okuphezulu okuphezulu kwimveliso yebhetri ye-PERC, efana nomgca oqinileyo, umgca odayiweyo, ukusetyenzwa kwe-point-line, kunye ne-emitter ekhethiweyo, ukugrumba kwe-MWT kunye neenkqubo zokugquma edge, zonke ezinokuthi ziqwalaselwe ngokuchanekileyo kwiqonga eliphezulu.
Ukusuka kwezi meko zingasentla, kunokubonwa ukuba iziseko zegranite zineenzuzo ezininzi kwimigca yokuvelisa ibhetri, kubandakanywa ukuzinza okugqwesileyo kwe-thermal, ukuqina okuphezulu kunye nokuchasana kwe-seismic, ukugcinwa okuchanekileyo, kunye nokumelana nokubola kakuhle, njl.
Ixesha lokuposa: May-15-2025