The start_point , line_ep , and endpath triad in Biesse CIX macros transforms a simple G01 move into a safe, efficient, and high-quality routing cycle. start_point defines entry dynamics, line_ep defines the cut vector, and that prevents collisions and edge damage. Mastering these three parameters allows full utilization of Biesse’s macro programming philosophy – reducing code length while increasing reliability.
For proprietary macro details, refer to your Biesse bSolid programming manual or contact Biesse service with your machine’s software version. biesse cix macro rout start_point line_ep endpath
The Bieszczady Mountains in southeastern Poland offer a majestic and diverse landscape, perfect for outdoor enthusiasts and trekking adventures. However, planning an efficient and enjoyable route through this mountainous terrain can be a daunting task. Thankfully, a macro called Bieszczady CIX Macro Rout Start Point Line EP End Path has been developed to streamline the process, utilizing a powerful combination of routing optimization and geographic information systems (GIS) technology. The start_point , line_ep , and endpath triad
This is the most safety-critical parameter. It determines after reaching line_ep . For proprietary macro details, refer to your Biesse
Macro ROUT_LINEAR # Read start_point, line_ep, endpath
| Value | Meaning | Behavior | |-------|---------|----------| | 0 | Immediate lift | G00 Z_safe straight up at line_ep . Fastest but can leave a vertical drag mark. | | 1 | Tangential arc out | Macro adds an arc (G02/G03) to move tool away from the part edge before lifting. Best for finished edges. | | 2 | Linear overshoot | Continues straight past line_ep by a defined safety distance (e.g., 10 mm), then lifts. | | 3 | Ramp & lift | Retracts in Z while moving in X/Y to create a smooth exit ramp – used for deep profiles. | | 10..99 | Custom user-defined exit | Reads additional variables (e.g., exit_angle , exit_length ) from the macro’s parameter table. |