For deeper automation, GibbsCAM includes its own macro language. This is a programming system that enables users to create geometry, tools, and operations procedurally and is particularly useful for creating "family of parts" programs. This macro system runs alongside the post-processing logic, providing another layer of customization.
The post must calculate when a rotary axis is reaching its physical travel limits and safely command a retract, unwind, and plunge repositioning sequence. Multi-Tasking Machining (MTM) and Swiss-Turn
Translates GibbsCAM drilling, tapping, and boring operations into efficient, single-line machine canned cycles (e.g., G83, G84). gibbscam post processor
Because an unoptimized post processor can cause severe machine damage, sourcing your files correctly is essential for safe operation. 1. Factory-Certified Posts via Resellers
A GibbsCAM post processor is typically built from two distinct file types: For deeper automation, GibbsCAM includes its own macro
Stock posts rarely handle advanced features like high-speed machining, custom macros, pallet changers, or probe routines.
Here, you define user-configurable options such as: The post must calculate when a rotary axis
This defines the safe startup block (absolute positioning, canceling cycles) and the end-of-program block (M30, rewinds, etc.).
A more modern, flexible post-processing architecture designed to handle highly complex machines, offering seamless integration with machine simulation components. Key Components Configured in a Post Processor