: Translates generic toolpaths into the exact syntax required by controllers like Heidenhain, Mazak, or Okuma.
A post processor is essentially a translator. It takes the generic CL (Cutter Location) data and toolpath information generated by GibbsCAM and converts it into machine-readable G-code and M-code. Without a correct post processor, your meticulously programmed part is either scrap metal or a dangerous crash waiting to happen. gibbscam post processor
| Machine Type | Key Features | |--------------|--------------| | | G00, G01, G02/G03, G81-G89 cycles | | 4/5-Axis Mill | Rotary table, tilt head, TCPC (G43.4) | | Lathe | G70-G76 cycles, T0101 format, G96/G97 | | Mill-Turn | Synchronous spindles, Y-axis, B-axis | | Swiss (Sliding Headstock) | Dual path, synchronized moves | | EDM | No-contact moves, gap control, wire thread | : Translates generic toolpaths into the exact syntax
Since the term "essay" in this context usually refers to a structured technical request documentation One might require coolant on to be coded
A CNC controller—whether it is a Fanuc, Siemens, Heidenhain, Mazak, or Okuma—speaks a specific "dialect" of G-code. One machine might require G43 for tool length compensation, while another prefers G44 . One might require coolant on to be coded as M08 , while another uses M07 or a custom macro.