Post Processor FANUC 18i For 80
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In a well digitized machine, the post-verb positioning instructions and tool path are supposed to match up with the machine's capabilities. This can be a problem if the post-processor you intended to write does not list or incorrectly states the tools and paths available because it was not designed for the particular machine. There are many ways to ensure reliable G-code post-processor output but the simple process is to trace the machine's capabilities on a paper version of the machine's G-code generated by the NC machine tab in the machine library (commonly called the \"blueprint\"). From here, the post-verb positioning instructions and the tool paths should correlate with the machine's capabilities.
Hi Jerry, I tried to find the answer to your question, but I could not. Iam sure you cant find the answer yourself without direct contact with the Fanuc technical support. It is not a general solution and is a very special case for the Fanuc P18i machine tool. In general, the Fanuc P18i uses FANUC 18C NC control system. The control system can be programmed to handle the Fanuc 18C end-machines. I hope this answer can help you.
We are using XPress to grind out the spindle of the largest turret grinder, a Fanuc P18i provided by Fanuc USA . The spindle on this model was pretty worn, especially on the inside face where the ball bearings were sliding in greasy worn grooves in the steel. There was no way to change the spindle without replacing the spindle rotor and sleeve. We laboriously machined out the worn area with a rotary mill, and now the spindle is usable. The procedure we used was to make a rough cut out and adjust the mill with X and Y tables. Then we relocated the file path slightly and made two or three passes to regrind away the surface material and then polish to finish to restore the spindle to an acceptable condition. You may have to do some test grinding with a fine brush tool, and then polish with a very fine file and sandpaper.
The Fanuc servos were not designed to be commanded dc by a post processor. The servos are dc-sensors/motor controllers (not dc-dc motor controllers) and are designed to be controlled with a beg.cycle using a post-processor call before the actual tool clearance point. Needs an actual modification to the program to be called. This is programmable in fanuc if the command is done correctly (different from beging cycle) and the post-processor is written correctly. G49 and G05 should be'modify mode' at the point of the call. 7211a4ac4a
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