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@ Stepcver €8 E:d Boundary Drive Method 8el Szoll StepoverE ConstantE Hl+Gl Tl zlal Ztoll 1= gaJPltL OK*IE = =a _,r6|.q ffi= uf+al -"fEf. @ 7gu=J#tr Machine Control Strategy Multiple Passes Slock Clearances More Paft Stock Check Stock Part lntol Part Odol 0 00m 0mm 0 tffi) -l lF f-oa-l ffi-l I ca,..""{-l Create Operationoll+oll,\l CuttingBdE C=izltl. StockoflzflE+oll^l Part Side StockE 0o + €E-Lltl: oKslE= =+6U 4E= !l+al -Lrtf. @ ^i1= 4-= "r ola +E €€ Machine Control @ ^E= 4-= g ot* +E xilo gel raJrl eol Speed Dll+oll,\l Spindle SpeedE i1l fdlq +r, ztoll 1000= Baj-drL rfBc.E Feedsqlh 4- 7l^1 Cutoll +E= 160eE -dtL OKslE= =al6}G 4E= Ef+al -Lrrf. Speeds Feeds More Hapid 0,0000 mmpm v Approach 0.0000 mmpm v Engage 0.0000 mmpm v Firstcut [Tf@ mpm -] Step Over 0,0000 mmpm v Cut ilSq i , mmpm v ct 0,0000 mmpm w dure 0,0000 mmpm - lCIl Set Non-Cut Units Set Cut Units Set Machining Data Beset from Table t ql t-Brck_l l-c*ce{ I Create Operationoll+Olll.l Feed RatesBd= CEI-Lltl: iP Feeds and Speeds Surface Speed (smm) Feed per Tooth (mm) l- - oK- I l-B'.k --l t- carrceil o n o, E (D \o \ OlJ mo JH. o E r! 0l)l )lq z o U { 0i 0t