I-FANUC yingcaliInkqubo ye-CNCumenzi ehlabathini.Xa kuthelekiswa namanye amashishini, iirobhothi zoshishino zizodwa kuba ulawulo lwenkqubo lulungele ngakumbi, ubukhulu besiseko sohlobo olufanayo lweerobhothi luncinci, kwaye banoyilo lwengalo olulodwa.
Itekhnoloji: Ukuchaneka kuphezulu kakhulu, kodwa ukugcwala akwanele.
Uphando lukaFanuc kwiInkqubo ye-CNCinokulandwa umva ngo-1956. Iingcali zobugcisa zaseJapan ezijonge phambili zabona kwangaphambili ukuza kwexesha le-3C kwaye zaseka iqela lophando.Xa iingenelo zenkqubo yolawulo lwamanani zisetyenziswa kwiirobhothi, iirobhothi zoshishino zeFanuc zinokuchaneka okuphezulu.Kuxelwe ukuba iirobhothi ezincinci zeFanuc ezine-axis ezincinci zinokufikelela kwindawo ephinda-phindayo yokuchaneka kwe-plus okanye MINUS 0.02 mm.Ukongeza, iirobhothi zeFanuc zoshishino zizodwa xa zithelekiswa namanye amashishini kuba ulawulo lwenkqubo lulungele ngakumbi, uhlobo olufanayo lweerobhothi ezinobungakanani obuncinci besiseko kunye noyilo lwengalo olulodwa.
Kuyafaneleka ukukhankanya ukuba iFanuc isebenzise umsebenzi wembuyekezo ye-blade yesixhobo somatshini we-CNC ukugqiba kwirobhothi, kwaye yafakela umsebenzi wembuyekezo ye-blade ukusuka kwi-algorithm, eyenza irobhothi ihambe ngaphakathi kwisangqa ngexesha lokugqiba ukusika, kodwa umzimba werobhothi. e Yaskawa akanalo lo msebenzi, kwaye umsebenzi imbuyekezo inokwenziwa kuphela ngophuhliso yesibini, nto leyo ekwayindawo apho abanye abathengi babonisa ukuba iirobhothi Yaskawa ayilunganga.Nangona kunjalo, uFanuc akenzanga okona kulungileyo ekuzinzeni kwerobhothi.Xa isantya sifikelela kwi-80% kwinkqubo yokusebenza komthwalo ogcweleyo, i-robot yeFanuc iya kubiza amapolisa, nto leyo ebonisa ukuba i-robot ye-Fanuc yokulayisha i-overload ayilungile kakhulu.Ke ngoko, iFanuc inenzuzo yomthwalo okhanyayo kunye nezicelo ezichaneke kakhulu, ekwasisizathu sokuba iirobhothi zeFanuc ezincinci zithengise kakuhle.
Ixesha lokuposa: Mar-17-2022