5D contour operation


5D contour operation is designed to generate the continues 5-axis tool path. Where are the three way to generate the work path depends on the way how the job assignment is set

  1. The passes along the curves that is lie on the part surface.
  2. The passes along the isoparametric curves of the defined surfaces..
  3. The passes along the edges of the part.

The tool, the feeds and speeds, the lead-in and lead-out  are defined like in the all another milling operations. The way of the rough passes generation and the way of its joining are defined on the strategy page of the parameters dialog.

 

f_clip0908

 

The panels <Levels> and <Z cleanup parameters> allows to generate the additional rough passes under every finishing pass. The <Bottom level> defines the distance from the machined surface. If the value is positive then the tool will undercut the surface. if the value is negative then the tool will overcut the surface. The <Top level> defines the maximal stock that must be removed by the rough passes. The <Step> defines the layer thickness that is removed at one pass. The <Cleanup height> defines the stock that must be removed at the finishing pass. The <Stock> allows to move both rough and finishing passes from the machined surface. The positive value move the passes away from the surface. The negative value move the passes near to the surface.

The deviation defines the <Tolerance> of the tool path approximation.

<Milling type> defines the passes joining strategy. In <Climb> mode the the machining direction depends on the curves and surfaces. In the <Conventional> mode all passes are inverted. The <Both> mode makes the zigzag tool path.

Sometimes the loops is appears inside the pass. These collision is not checked by default. It 's need to set the <Check part> tick to control the loops. In this case every point of the tool path will be checked. If the path segment is overcut the part then it will be excluded from the resulted tool path. The <Check workpiece> works like in the another mill operations.

 

f_clip0909

 

The way how to generate the transitions between the passes is defined on the transition folder.

 

f_clip0910

 

The safe axis is the one of the main parameters. It defines the axis name and position, where the rapid motions can be performed.For example if the Axis X is selected and the value equal 100 then it means that the safe plane can be defined as X=100. Parameters <Stepover type> и <Short link> work like in the another mill operations.

 

 

 

See also:

5 axis machining

Operations for 4-axes and 5-axes milling

5-axis milling along the isoparametric curves

5-axis milling of the profile on the surface

5-axis milling of the ruled surfaces by the flank of the mill