The Post Processor Library is integrated directly into the GibbsCAM workflow:
Define the default file extensions (e.g., .nc , .tap , .eia ) and program numbering schemas. Customizing Library Files for Specific Shop Floors
GibbsCAM categorizes its post processors based on machine complexity to ensure optimal performance:
Whenever a post processor is updated or swapped out from the library, run the new G-code through a graphic simulator or execute a dry run (air cut) on the machine tool with zero offsets shifted upward. Conclusion
Whether you are running a simple 3-axis mill or a complex multi-task machining (MTM) center, understanding how to navigate and leverage this library is essential for maximizing your shop's efficiency. What is the GibbsCAM Post Processor Library?
For specialized applications—such as advanced MTM, complex Swiss-style machining, or specific automation attachments (like robot loaders or bar feeders)—customization is required. GibbsCAM utilizes a unique tool called , an internal development environment that allows application engineers or certified resellers to tweak, modify, and build custom post processors tailored specifically to a shop's unique workflows. Best Practices for Managing Your Post Library
GibbsCAM offers a vast library designed to support a wide range of machine types, from simple 2-axis lathes to complex 5-axis multitasking machines. 1. Standard Library Post Processors