Unit of measurement mm X Work offset G54 X Blank Block X X0 -75 Since the workpiece zero is in the center of the workpiece surface, the coordinates of the left Y0 -50 workpiece corner have negative values. X (for selection of X1 150 inc inc/abs) X (for selection of Y1 100 inc inc/abs) ZA 0 X (for selection of ZI -20 abs inc/abs) PL G17 (XY) X Retraction plane 100 Safety distance 1 Machined direction of Down-cut X rotation See below Retraction Retract position pattern Optimized X position pattern Accept the entered values. Once applied, the program header is displayed. Figure 6-9 Program header, example 1 – Work step editor The program has now been created as the basis for further machining steps. It has a name (in the blue bar), a program header (pictogram "P") and a program end (pictogram "END"). The individual machining steps and contours are stored in the program one beneath the other. The program is subsequently executed from top to bottom. You can open the program header again at any time to make changes or check the values. Retract position pattern The position pattern can be set to "Optimized" ( = time-optimized traversing paths) or "To retraction plane". Optimized retraction To retraction (standard) The tool traverses over The tool back to the retraction the workpiece at the plane and safety distance is fed in to the new position.
Unit of measurement mm X Work offset G54 X Blank Block X X0 -75 Since the workpiece zero is in the center of the workpiece surface, the coordinates of the left workpiece corner have negative values. Y0 -50 X1 150 inc X (for selection of inc/abs) Y1 100 inc X (for selection of inc/abs) ZA 0 ZI -20 abs X (for selection of inc/abs) PL G17 (XY) X Retraction plane 100 Safety distance 1 Machined direction of rotation Down-cut X Retract position pattern Optimized X See below Retraction position pattern Accept the entered values. Once applied, the program header is displayed. Figure 6-9 Program header, example 1 – Work step editor The program has now been created as the basis for further machining steps. It has a name (in the blue bar), a program header (pictogram "P") and a program end (pictogram "END"). The individual machining steps and contours are stored in the program one beneath the other. The program is subsequently executed from top to bottom. You can open the program header again at any time to make changes or check the values. Retract position pattern The position pattern can be set to "Optimized" ( = time-optimized traversing paths) or "To retraction plane". Optimized retraction To retraction (standard) The tool traverses over the workpiece at the safety distance The tool back to the retraction plane and is fed in to the new position.
SCE_EN_700-030_CNC_ShopMill_Basics_R1508.docx