SQUAREBALLRADIUSTAPERBARRELROUGHINGSOLID END MILLS CARBIDE RECOMMENDED CUTTING CONDITIONS y Shoulder milling Carbon Steel, Alloy Steel (≤280HB) Carbon Steel, Alloy Steel (>280HB) Austenitic Stainless Steel Hardened Steel (40-55HRC) Work Mild SteelMaterial Alloy Tool Steel Titanium AlloyPre-hardened Steel DC(inch) Revolution(min-1)Table feed(IPM)Depth of cutae(inch)Revolution(min-1)Table feed(IPM)Depth of cutae(inch)Revolution(min-1)Table feed(IPM)Depth of cutae(inch)Revolution(min-1)Table feed(IPM)Depth of cutae(inch) 1/8 10000 47.2 .025 7500 8.9 .025 7000 8.3 .025 5000 5.9 .006 3/16 6700 42.2 .037 5000 7.9 .037 4700 7.4 .037 3300 5.2 .009 1/4 5000 35.4 .050 3800 6.7 .050 3500 6.2 .050 2500 4.4 .013 5/16 4000 31.5 .062 3000 5.9 .062 2800 5.5 .062 2000 3.9 .016 3/8 3300 31.2 .075 2500 5.9 .075 2300 5.4 .075 1700 4.0 .019 1/2 2500 23.6 .100 1900 4.5 .100 1800 4.3 .100 1300 3.1 .025 ae Depth of Cut <1.5DC DC : Dia. Note 1) When cutting austenitic stainless steel, the use of water-soluble cutting fluid is especially effective. Note 2) If the depth of cut is smaller than this table, feed rate can be increased. Note 3) If the rigidity of the machine or the work material installation is very low, or chattering and noise are generated, please reduce the revolu- tion and the feed rate proportionately. I I093