UFANUC unguchwephesheUhlelo lwe-CNCumenzi emhlabeni.Uma kuqhathaniswa namanye amabhizinisi, amarobhothi ezimboni ahlukile ngoba ukulawula inqubo kulula kakhulu, usayizi oyisisekelo wohlobo olufanayo lwamarobhothi mncane, futhi anomklamo wezingalo oyingqayizivele.
Ubuchwepheshe: Ukunemba kuphezulu kakhulu, kodwa ukugcwala ngokweqile akwanele.
Ucwaningo lukaFanuc kuUhlelo lwe-CNCingalandelelwa emuva ku-1956. Ochwepheshe bezobuchwepheshe baseJapane ababheke phambili babone kusengaphambili ukuza kwenkathi ye-3C futhi bamisa ithimba labacwaningi.Lapho izinzuzo zesistimu yokulawula izinombolo zisetshenziswa kumarobhothi, amarobhothi emboni ye-Fanuc anonemba okuphezulu.Kubikwa ukuthi amarobhothi amancane e-Fanuc anama-axis ayisithupha angafinyelela ukunemba okuphindaphindayo kokuhlanganisa noma MINUS 0.02 mm.Ngaphezu kwalokho, amarobhothi ezimboni ze-Fanuc ahlukile uma kuqhathaniswa namanye amabhizinisi ngoba ukulawulwa kwenqubo kulula kakhulu, uhlobo olufanayo lwamarobhothi anosayizi omncane wesisekelo kanye nomklamo wengalo oyingqayizivele.
Kuhle ukusho ukuthi i-Fanuc isebenzise umsebenzi wokunxeshezelwa kwe-blade wethuluzi lomshini we-CNC wokuqeda irobhothi, futhi yafaka umsebenzi wokunxeshezelwa kwe-blade kusuka ku-algorithm, okwenza irobhothi lihambe ngaphakathi liyindilinga ngesikhathi sokuqeda inqubo yokusika, kodwa umzimba werobhothi. e-Yaskawa ayinawo lo msebenzi, futhi isinxephezelo somsebenzi singenziwa kuphela ngokuthuthukiswa kwesibili, okuyindawo lapho amanye amakhasimende abonisa khona ukuthi amarobhothi e-Yaskawa awalungile.Kodwa-ke, uFanuc akenzanga okungcono kakhulu ekuzinzeni kwerobhothi.Uma ijubane lifinyelela ku-80% ngesikhathi sokusebenza okugcwele, irobhothi likaFanuc lizobiza amaphoyisa, okukhombisa futhi ukuthi ikhono lokulayisha ngokweqile lerobhothi likaFanuc alilihle kakhulu.Ngakho-ke, i-Fanuc inenzuzo yokulayisha okukhanyayo kanye nezicelo ezinembayo eziphezulu, okuyisizathu futhi esenza amarobhothi e-Fanuc amancane athengise kahle.
Isikhathi sokuthumela: Mar-17-2022