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Typically you choose a specific milling cutter for the job and lookup the values for the material. The process parameter are bound by the maximum load the machine can handle (See for example [[CNC-Fräse/Technical#Und_warum_kann_man_jetzt_keinen_Stahl_bearbeiten.3F|Why can't I mill steel in the CNC?]]) and of course by the workpiece you want to produce.
Typically you choose a specific milling cutter for the job and lookup the values for the material. The process parameter are bound by the maximum load the machine can handle (See for example [[CNC-Fräse/Technical#Und_warum_kann_man_jetzt_keinen_Stahl_bearbeiten.3F|Why can't I mill steel in the CNC?]]) and of course by the workpiece you want to produce.


The cutting speed in the datasheet of a cutter is often calculated for a service time ("Standzeit") of 1 hour. That means if you mill with the exact parameters that are posted in the datasheet, the cutter will be unuseable after about one hour.
The cutting speed in the datasheet of a cutter is often calculated for a service time ("Standzeit") of 1 hour, sometimes only 15 minutes! That means if you mill with the exact parameters that are posted in the datasheet, the cutter will be unuseable after only a short amount of time.
You really need to check for what service time, the datasheet is written. Often the manufacturer will not tell you, so assume the worst (which is 15min).


=== Milling Strategy ===
=== Milling Strategy ===