Mastercam Post Processor Editing ~upd~ Jun 2026

The applications of Mastercam post processor editing are diverse, spanning various industries and machining processes. Some benefits include:

pmisc1$ # Custom Cycle 1 - Gun Drilling pdrlcommonb "G65 P9010", *x$, *y$, *z$, *r$, "F", feed, "H", peck1$, e$ pcom_movea Use code with caution. Conclusion and Next Steps

pheader$ # Start of program header block "%", e$ *progno$, e$ "(PROGRAM NAME - ", sprogname, ")", e$ "(DATE - ", date$, " TIME - ", time$, ")", e$ "(REVISION - 01)", e$ Use code with caution. mastercam post processor editing

Variables are grouped by function: position, motion, tools, compensation, fixed cycles, and miscellaneous (misc vars).

if tapping_cyc$ = 1, [ pbld, n$, "M29", *spindle_ rmp$, e$ ] The applications of Mastercam post processor editing are

This is why is the single most valuable skill for a serious CAM programmer. This article will serve as your deep-dive guide into understanding, editing, and mastering the .pst and .psb files that drive your shop.

The traditional and most common Mastercam post format relies on the MP language engine. It consists of two primary files: Variables are grouped by function: position, motion, tools,

Post processors are essentially translators that convert Mastercam's output into a specific CNC machine's language. While Mastercam provides a range of built-in post processors for various CNC machines, there may be instances where a custom post processor is required. This could be due to:

Simply swap the strings: