Ok guys I have a research paper I am doing and the issue is - The tool life of a .5" carbide endmill used in 303 SS with the correct feed, speed and depth of cut at a cut lenght of 6 inches will produce X amount of parts. End mill is a Solid Carbide 1/2", 1/2" shank, 1" LOC, and 3" OAL, 4 Flute CC, uncoated.
I have to gather information on Feed,Speed,Depth of cut, number of possible parts that can be run using these combinations on 303 SS making a 6 inch cut. Material size 1"H,3"W,6"L . The total depth of cut will be .25" facing the entire 3x6 area of the part in the z-axis ( Obsurd I know but it does make for a simple explanation). Flood coolant and a solid vise are also applied.
This is a basic run, Spindle HP and ridgidity will not be a part of the equation. Yes, I know it matters but for the sake of the paper I will simplify it.
I have to get outside info on this so I thought to myself, where to find a better group of professionals that could help. My choice "CNC Zone" .
Thanks for the help.