Advanced Grooving


Advanced grooving element generates the complex tool path for the any kinds of the lathe grooves. It allows to machine the outer radial, inner radial, face or inclined grooves.

AdvancedGroove

The cycle parameters can be defined in the properties window.

AdvGrooveProp

The groove cycle defines the bottom point of the groove contour and machines the both sides of the groove by the different tool tips.Every side is machined from the end point of the profile to the bottom point. The tool tips are defined in the Tool dialog that is shown below.

f_clip1001

 

Machined side parameter allow to machine only one side of the groove. if 1st tool tip is selected then the only side that is touched by the first tool tip will be machined.

GrooveSide

 

Advanced grooving cycle generates rough and finish passes. Tool path parameter defines what passes must be generated.

GrooveToolpath

If Finish only is selected then finish pass only will be generated and the dialog will show only the parameters for the finish path. if Rough only is selected then the rough path will be generated and the parameter for the rough pass only is shown in the dialog.  if Rough and finish is selected then all parameters are shown.

Safe distance parameter defines the distance from the groove top to the level of the rapid motions. To edit the safe distance it is possible to drag the point in the graphical window or input the value in the dialog.

GrooveSafeDist

 

Parameters of the finish path

Radius compesation parameter is described here.

Insert width compensation defines the correctors using.

GrooveWidthCompens

Computer mode generates the tool path for the first corrector only.

Off mode is not realized.

Use 2nd corrector mode generates the tool path for the first and second correctors.

If the option Feed/Compensation on/off cuts is enabled then the additional cuts for the compensation on/off is generated. The length of the cuts is also defined.

 

Parameters of the rough path

GrooveRoughParams

Rough step defines the distance between the rough passes. It can be defined in the percents of  the tool width or in the units of the length. If option Adjust step is defined then SprutCAM automatically changes the step for the equal force on every plunge. Max Step deviation defines the maximal deviation of the adjusted step from the defined step. This value can be defined in the length units or in the percents of the tool width.

Canned cycle option allow to use or not use the canned cycles in the tool path.

Rough stock defines the additional stock for the rough passes.

Multilayer option is necessary generates the rough passes in some layers. It is possible to define the layers count or the depth of the layer.

if Overlap option is enabled then the additional tool path is generated from the end of  the rough cut to the end of the previous rough cut. Overlap option is inactive if tool path uses the canned cycles.

Chip breaking option can be enabled on the first rough cut or on every rough cut. It is possible to define the number of the breaks or the step for the chip breaking. The return distance for the chip breaking can be defined in the length units or in the % of the plunge step.

if Delay at the bottom option is enabled then the Delay command is generated in the end of the rough cut. The delay time can be defined in seconds or in the turns of the part.

Back off distance can be defined in the length units or the percents of the rough cut step.

 

 

See also:

Lathe Machining

Lathe contouring

Types of the job assignment elements (cycles)