The basic method of CNC Milling to program
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- source:ZIEG CNC Machining
999mm) Normal Align=center>R Normal Align=center> circular arc (± 99999.
999mm) Normal Align=center>I, J, K Normal Align=center> circular arc (± 99999.
999mm) Normal LINE-HEIGHT of function of 150%" Align=center> feed: 150%" Align=center>F Normal Align=center> shows feed rate (1-1000mm/min) Normal LINE-HEIGHT of function of 150%" Align=center> main shaft: 150%" Align=center>S Normal Align=center> shows main shaft rotate speed (0-9999r/min) Normal LINE-HEIGHT of function of 150%" Align=center> cutting tool: 150%" Align=center>T Normal Align=center> shows cutting tool sign (0-99) Normal Align=center> assists functional Normal Align=center>M Normal Align=center> cooling fluid leaves, involve the auxiliary function such as control (0-99) Normal LINE-HEIGHT of date of 150%" Align=center> deflection: 150%" Align=center>H Normal Align=center> represents deflection code name (0-99) Normal Align=center> suspends Normal Align=center>P, X Normal Align=center> expresses to suspend time (0-99999.
999s) Normal Align=center> subprogram date and subprogram call frequency Normal Align=center>P Normal Align=center> subprogram and subprogram repeat call time set (1-9999) Normal LINE-HEIGHT of variable of 150%" Align=center> grand program: 150%" Align=center>P, Q, R Normal Align=center> variable code name analysis: (click the link below to examine specific specification) machining what coordinate fastens to build cutting tool radius to compensate functional coordinate is to rotate functional subprogram calls functional scale and lens to functional A kind grand function application CNC Milling CNC Machining