I can provide specific code snippets or configuration steps based on your setup. Share public link
The Siemens 828D occupies a unique space. Unlike the more common ISO/Fanuc-style controls, the 828D is built around (for turning) and ShopMill (for milling)—powerful, conversational, graphical interfaces that allow machinists to program at the control.
: Switching between inch and metric without needing different post files. Key Features of Mastercam Certified Siemens 828D Posts siemens 828d post processor for mastercam
The Siemens 828D is a feature-rich control designed for:
Not a 100-line G-code expansion. This requires mapping Mastercam’s peck depth, retract, and dwell parameters directly into the Siemens cycle argument list. I can provide specific code snippets or configuration
Mastercam resellers like In-House Solutions and Postability offer pre-configured Siemens 828D posts for mills, lathes, and mill-turns. Always request a sample run for your exact machine option (e.g., with or without PPU 241.3).
Using native cycles allows operators to easily adjust depth, dwell, or peck increments directly on the 828D screen without rewriting the program. 3. Subprogram and Transformation Support (CYCLE800) : Switching between inch and metric without needing
The 828D's high-speed cycles (CYCLE832) for rigid tapping and deep-hole pecking are vastly superior to standard G-codes. A good post will map Mastercam’s drilling parameters (peck depth, dwell, retract) directly to Siemens cycles like CYCLE83 (deep hole drilling) and CYCLE84 (rigid tapping), including the safety clamp logic.
A generic Fanuc-style post processor will not allow you to leverage the best features of your Siemens 828D control. Your dedicated Siemens post should support several critical functions: 1. High-Speed Machining (CYCLE832)
Instead of breaking down drilling operations into basic G01/G00 linear moves, an optimized post outputs native Siemens cycles such as: : Drilling/Counterboring CYCLE83 : Deep Hole Drilling (Peck drilling) CYCLE84 : Rigid Tapping