Overhang for rework areas Allows a shift in the tool position with respect to the soft boundary of Number of tool paths in a radial strategy. The maximum distance between two consecutive tool paths in a radial strategy. The check-boxįor newly created operations. This option does not apply to Profile Contouring Operation: By Flank Contouring. If the guides are not disconnected and this check box is selected, no change occurs in the tool path. Guide is handled for all the passes (radial, axial, and finishing)Īnd then the tool moves to the next guide and finishes all the passes for that guide.įor a given contour, the sequence of passes Side Step First On selecting this check-box, each disconnected Radial First: radial machining is done first then axial.Axial First: axial machining is done first then radial.Sequencing dropdown combo box are as follows: Compensation application mode Specifies how the corrector type specified on the tool (P1, P2, P3,įor example) is used to define the position of the tool. The corrector number can be generated using specific parameters. The corrector type (P1, P2, P3, for example), corrector identifier, andĬorrector number are defined on the tool. The tool corrector identifier to be used in the operation. When specifying CUTCOM instructions in macros. Instructions generated in the NC data output. The PP words in macros you define are added to the cutter compensation Procedure for Generating CUTCOM Syntaxes. None: cutter compensation instructions are not automatically.Cutter compensation instructions are automatically 2D Radial tip: The tool tip can be visualized during.Tab) is possible for 2D radial profile output. $$ End of generation of : Profile Contouring.1Ī negative Offset on contour (parameter in Geometry $$ Start generation of : Profile Contouring.1 Note that only Circular contouring type is supported with this output Must be defined to allow the compensation to be applied. Cutter compensation instructionsĪre automatically generated in the NC data output. 2D Radial profile: Both the tool tip and cutter profileĬan be visualized during tool path replay.In the NC data output in Between Two Planes machining mode The amount that the tool must go beyond the end point of a closed tool pathĪccording to a percentage of the tool diameter.Ĭompensation output dropdown combo box manage the generation of cutter compensation (CUTCOM) instructions Offset on contourĪnd driving mode are already taken into account. The position of the tool tip on the guiding elements. Whether or not the program must close the tool path. When grooves are present along the trajectory and the tool is too bigĬlose tool path Select this check box to specify ItĬreates tool paths comprising of portions of circular arcs (for example, Forced circular: This option may be used in certain complexĬases when the Circular option does not give satisfactory results.Optimized: the tool follows a contour derived from the.Angular: the tool does not remain in contact with theĬorner point, following a contour comprised of two line segments.Circular: the tool pivots around the corner point, followingĪ contour whose radius is equal to the tool radius.Type of contour dropdown combo box are as follows: Type of Contour Specifies the type of contour. The position is eliminated from the trajectory. Tool and fixture is less than fixture thickness minus fixture accuracy, The maximum allowed distance between the theoretical and computed tool path.Ī tolerance applied to the fixture thickness: In Conventional, the rear of the advancing tool (in.The machining direction) cuts into the material first. In Climb milling, the front of the advancing tool (in.Direction of cut Specifies how machining is to be done.ĭirection of cut dropdown combo box are as follows:
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