New Biesse post variables are now supported in the Version 11.0.7 release to enhance the control of lead-ins and lead-outs in .cix files. 

See the example below that demonstrates the values in bSolid controlled by the new post variables. 

Lead-in Commands

* TIN Lead In Type <None>,<Corrected 3DLine>,<Corrected 3DCurve>
<LeadInType>
Value = <Corrected 3DLine>

*AIN Lead In Angle
* Note: Allowed angles by lead type, <None> ang=0 : <Corrected 3DLine> 0<=ang<=90 : <Corrected 3DCurve> 0<ang<=45
<AngleIN>
Value = 45

* GIN Lead In Offset
* Note: This line controls how much the start point is offset from the geometry (-1 is a 1mm offset away from the geometry)
<GIN>
Value = -1

Lead-out Commands

* TOU Lead Out Type <None>,<Corrected 3DLine>,<Corrected 3DCurve>
<LeadOutType>
Value = <None>

* AOU Lead Out Angle
* Note: Allowed angles by lead type, <None> ang=0 : <Corrected 3DLine> 0<=ang<=90 : <Corrected 3DCurve> 0<ang<=45
<AngleOUT>
Value = 0

* GOU Lead In Offset
* Note: This line controls how much the end point is offset from the geometry (-1 is a 1mm offset away from the geometry)
<GOU>
Value = -1

Enabling the GIN and GOU commands will offset the lead-in and lead-out away from the geometry by the specified amount. The DOU value controls how much the lead-in and lead-out overlap. This will help eliminate entry marks on the finished material. 

Overlap Command

* Start and End Point Overlap
* Note: This line controls how much the start and endpoint overlap ( value of 10 is 10mm overlap)
<DOU>
Value = 10

Chip cleaning blower (If your machine has air blowers for clearing chips from the spindle)

*Tool Blower Command (Chip cleaning blower)
<BLOWER_BFC>
Value = 1

The new post variables can be copied into your Biesse post-processor. Watch the video below to guide you on how to add these new variables to your post: