Biesse Cix Start_point Line_ep Endpath Macros |verified| Official

In this example, the Start_Point macro is used to define the starting point of the line, with X, Y, and Z coordinates set to 10, 20, and 0 respectively. The Line_Ep macro is then used to define the end point of the line, with X, Y, and Z coordinates set to 50, 60, and 0 respectively. Finally, the EndPath macro is used to indicate the end of the line path.

; Define variables for a Box x_start = 100 y_start = 200 x_len = 500 y_len = 300 biesse cix start_point line_ep endpath macros

CIX format. It is still format which is using for communication between a CAM and Biesse machine (Biesse work, Bsolid). You can al... Autodesk Community, Autodesk Forums, Autodesk Forum Post for Biesse CIX Router - Autodesk Post for Biesse CIX Router. Autodesk 7 sites Biesse CIX Macro Configuration Guide | PDF - Scribd END MACRO. BEGIN MACRO. NAME=LINE_EP. PARAM,NAME=LAY,VALUE="Layer 0" NAME=LINE_EP. PARAM,NAME=LAY,VALUE="Layer 0" PARAM,NAME=ID,VA... Scribd Biesse Woodworking Router using CIX Format - Forums, Autodesk Oct 18, 2017 — In this example, the Start_Point macro is used

If start_point is the anchor, line_ep (line end point) is the engine of material removal. This macro defines the terminal coordinates of a linear cutting move, but in the Biesse CIX context, it is rarely a simple point. Instead, line_ep is typically used within a loop or a sequence of vectors to describe complex contours, pockets, or edge profiling. Unlike a generic G01, the line_ep macro in Biesse environments is often coupled with tool compensation (cutter radius compensation, CRC) and feed-rate modulation. When the interpreter processes line_ep , it expects that the tool is already in contact with the material (having transitioned from start_point via an entry move). The macro then directs the tool along a straight line in the XY plane while maintaining a specified Z depth. Multiple consecutive line_ep calls can form polygons or curves when combined with arc macros. The key distinction is that line_ep represents an engaged cutting motion—where chip load, deflection, and surface finish are actively managed. ; Define variables for a Box x_start =