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Solid Carbide Endmills MILLING
649
Solid Carbide Endmills
B
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤1D
100
(80-120)
Rotation Speed
(min-1) 25000 15900 7960 5300 3980 3180 2650 1990 1590
ae≤0.1D Feed Speed
(mm/min) 525 480 525 510 550 500 450 370 340
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤0.1D
45
(35-55)
Rotation Speed
(min-1) 14330 7165 3580 2390 1790 1430 1195 895 715
ae≤1D Feed Speed
(mm/min) 300 215 180 235 235 230 230 200 180
US200- R3
Stainless Steel - Side Milling
US200-R3
Stainless Steel - Grooving
Recommended Cutting Data
US200-S2/R2
Stainless Steel - Side Milling
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤1D
100
(80-120)
Rotation Speed
(min-1) 25000 15900 7960 5300 3980 3180 2650 1990 1590
ae≤0.1D Feed Speed
(mm/min) 220 254 340 340 365 330 300 245 230
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤0.1D
45
(35-55)
Rotation Speed
(min-1) 14330 7165 3580 2390 1790 1430 1195 895 715
ae≤1D Feed Speed
(mm/min) 200 140 120 155 155 155 155 135 120
US200-S2/R2
Stainless Steel - Grooving
MILLING Solid Carbide Endmills
650 Solid Carbide Endmills
B
Recommended Cutting Data
US200-SS4/S4/SN4/R4
Stainless Steel - Side Milling
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤1D
100
(80-120)
Rotation Speed
(min-1) 25000 15900 7960 5300 3980 3180 2650 1990 1590
ae≤0.1D Feed Speed
(mm/min) 700 635 700 680 730 660 600 490 460
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤0.1D
45
(35-55)
Rotation Speed
(min-1) 14330 7165 3580 2390 1790 1430 1195 895 715
ae≤1D Feed Speed
(mm/min) 400 280 240 310 310 310 310 270 240
US200-R4
Stainless Steel - Grooving
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤0.2D
100
(80-120)
Rotation Speed
(min-1) 25000 15900 7960 5300 3980 3180 2650 1990 1590
ae≤0.2D Feed Speed
(mm/min) 560 955 1020 1100 1110 1080 1115 1030 1020
US200-B4
Stainless Steel - Profile Milling
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Stainless Steel
ap≤0.2D
100
(80-120)
Rotation Speed
(min-1) 25000 15900 7960 5300 3980 3180 2650 1990 1590
ae≤0.2D Feed Speed
(mm/min) 525 480 510 550 560 540 560 520 510
US200- B2
Stainless Steel - Profile Milling
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
651
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
0.5 0.8 1 1.5 2 3 4 6 8
Stainless Steel
ap≤1D
25 -150
Rotation
Speed
(min-1)
18000 15000 13000 11000 10000 9500 9000 8000 6000
ae≤0.1D Feed Speed
(mm/min) 500 800 1000 1200 1500 1800 2200 2500 2800
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
0.5 0.8 1 1.5 2 3 4 6 8
Stainless Steel
ap≤0.1D
25 -150
Rotation
Speed
(min-1)
18000 15000 13000 11000 10000 9500 9000 8000 6000
ae≤1D Feed Speed
(mm/min) 400 700 900 1100 1400 1700 2100 2200 2500
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
1 1.5 2 3 4 6 8 10 12
Stainless Steel
ap≤1D
40 -180
Rotation
Speed
(min-1)
13000 11000 10000 9500 9000 8000 6000 5000 4500
ae≤0.1D Feed Speed
(mm/min) 1400 1700 2200 2700 3000 3500 3800 4000 4200
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
1 1.5 2 3 4 6 8 10 12
Stainless Steel
ap≤0.1D
40 -180
Rotation
Speed
(min-1)
13000 11000 10000 9500 9000 8000 6000 5000 4500
ae≤1D Feed Speed
(mm/min) 1300 1600 2100 2600 2800 3200 3500 3800 4000
US260-S2
Stainless Steel - Face Milling
Recommended cutting data
US260-S2
Stainless Steel - Side Milling
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
US260-SS4A/SS4B, S4A/S4B
Stainless Steel - Side Milling
US260-SS4A/SS4B, S4A/S4B
Stainless Steel - Face Milling
MILLING Solid Carbide Endmills
652 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
1 1.5 2 3 4 6 8 10 12
Stainless Steel
ap≤1D
40 -180
Rotation
Speed
(min-1)
13000 11000 10000 9500 9000 8000 6000 5000 4500
ae≤0.1D Feed Speed
(mm/min) 1500 1800 2400 3000 3200 3600 3800 4000 4200
Workpiece Material Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
1 1.5 2 3 4 6 8 10 12
Stainless Steel
ap≤0.1D
40 -180
Rotation
Speed
(min-1)
13000 11000 10000 9500 9000 8000 6000 5000 4500
ae≤1D Feed Speed
(mm/min) 1500 1800 2400 3000 3200 3600 3800 4000 4200
US260-R4/RS4
Stainless Steel - Face Milling
Recommended Cutting Data
US260-R4/RS4
Stainless Steel - Side Milling
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
653
Solid Carbide Endmills
B
Recommended Cutting Data
Workpiece
Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
2 3 4 5 6 8 10 12 16 20
Stain- less
Steel
ap≤1.5D
80
(60~110)
Rotation
Speed
(min-1)
10000 7430 6730 5095 4245 3185 2545 2020 1590 1275
ae≤0.25D Feed Speed
(mm/min) 700 595 510 510 510 510 510 485 445 430
Tita- nium
Alloy
ap≤1.5D
60
(40~100)
Rotation
Speed
(min-1)
7960 6369 4780 3821 3185 2390 1910 1590 1195 955
ae≤0.25D Feed Speed
(mm/min) 398 350 285 270 320 335 354 350 310 305
SS600-SS4/S4/SH4/RS4/R4/RH4
Stainless Steel - Side Milling
Workpiece
Material
Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
2 3 4 5 6 8 10 12 16 20
Stain- less
Steel ap≤1.5D 60
(50~70)
Rotation
Speed
(min-1)
7960 6369 4775 3821 3185 2390 1910 1590 1195 955
Feed Speed
(mm/min) 398 350 285 270 320 335 345 350 310 305
Tita- nium
Alloy ap≤1.5D 40
(30~60)
Rotation
Speed
(min-1)
6369 4246 3185 2550 2120 1590 1270 1060 792 635
Feed Speed
(mm/min) 254 241 190 190 190 190 200 210 190 190
SS600-SS4/S4/SH4/RS4/R4/RH4
Stainless Steel - Grooving
Workpiece Material Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
6 8 10 12 16 20
Stainless
Steel
ap≤0.2D
100
(80~120)
Rotation
Speed
(min-1)
5300 3980 3180 2650 1990 1590
ae≤0.2D Feed Speed
(mm/min) 1100 1100 1080 1050 1030 1020
Titanium
Alloy
ap≤0.2D
70
(60~80)
Rotation
Speed
(min-1)
3715 2785 2230 1860 1390 1110
ae≤0.2D Feed Speed
(mm/min) 670 610 535 480 445 352
SS600-B4
Stainless Steel - Profile Milling
MILLING Solid Carbide Endmills
654 Solid Carbide Endmills
B
Recommended Cutting Data
SS600-S5/R5
Stainless Steel - Side Milling
SS600-C-R5
Stainless Steel and Titanium Alloy - Side Milling/Trochoidal Milling
Workpiece Material Cutting
Amount
(mm)
Vc
m/min
Edge
Diameter
(mm)
6 8 10 12 16 20 25
Stainless
Steel
ap≤1.5D
80
(60~110)
Rotation
Speed
(min-1)
4245 3185 2545 2020 1590 1275 1019
ae≤0.25D Feed Speed
(mm/min) 638 638 638 600 556 535 427
Titanium
Alloy
ap≤1.5D
60
(40~100)
Rotation
Speed
(min-1)
3185 2390 1910 1590 1195 955 764
ae≤0.25D Feed Speed
(mm/min) 400 418 432 437 387 381 305
Workpiece Material Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
Stainless
Steel
ap≤Lc
120
(90-160)
Rotation
Speed
(min-1)
6366 4775 3820 3183 2387 1910
ae≤0.1D feed Speed
(mm/min) 1910 1910 1910 1910 1910 1910
Titanium
Alloy
ap≤Lc
90
(80-100)
Rotation
Speed
(min-1)
4775 3581 2865 2387 1790 1432
ae≤0.08D feed Speed
(mm/min) 1432 1432 1432 1432 1432 1432
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
655
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Forged Aluminum
Alloy
Cast Aluminum
Alloy
(Si＜12%)
ap≤2.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae≤0.15D Feed Speed
(mm/min) 400 500 810 920 1100 1280 1300 1310 1200
Copper Alloy
(＜HB200)
ap≤2.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae≤0.15D Feed Speed
(mm/min) 380 450 800 830 1000 1150 1130 1000 1080
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Forged aluminum alloy
Cast aluminum
alloy
(Si＜12%)
ap≤1.5D
150
(60-350)
Rotation Speed
(min-1) 16000 12700 12000 10600 10000 9500 9280 7000 5600
ae≤0.2D Feed Speed
(mm/min) 580 710 1200 1280 1390 1720 2400 2500 2450
Copper alloy
(＜HB200)
ap≤1.5D
150
(60-350)
Rotation Speed
(min-1) 16000 12700 12000 10600 10000 9500 9280 7000 5600
ae≤0.2D Feed Speed
(mm/min) 520 650 1070 1150 1250 1550 2170 2250 2200
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Forged Aluminum
Alloy
Cast Aluminum
Alloy
(Si＜12%)
ap≤0.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae=1D Feed Speed
(mm/min) 400 500 810 920 1100 1280 1300 1310 1200
Copper alloy
(＜HB200)
ap≤0.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae=1D Feed Speed
(mm/min) 380 450 800 830 1000 1150 1130 1000 1080
UA100-S2/SH2/R2/RH2
Aluminum Alloy - Grooving
Recommended cutting data
UA100-S2/SH2/R2/RH2
Aluminum Alloy - Side Milling
UA100-SL2
Aluminum Alloy - Side Milling
MILLING Solid Carbide Endmills
656 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Forged Aluminum Alloy
Cast Aluminum Alloy
(Si＜12%)
ap≤2.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae≤0.15D Feed Speed
(mm/min) 450 570 960 1050 1300 1500 1620 1680 1800
Copper Alloy
(＜HB200)
ap≤2.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae≤0.15D Feed Speed
(mm/min) 450 520 860 830 960 1240 1500 1550 1510
UA100- SL3
Aluminum Alloy - Side Milling
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Forged Aluminum Alloy
Cast Aluminum Alloy
(Si＜12%)
ap≤1.5D
150
(60-350)
Rotation Speed
(min-1) 16000 13000 12000 10600 10000 9500 9280 7000 5600
ae≤0.2D Feed Speed
(mm/min) 650 850 1430 1530 1670 2050 2800 3000 3150
Copper Alloy
(＜HB200)
ap≤1.5D
150
(60-350)
Rotation Speed
(min-1) 16000 13000 12000 10600 10000 9500 9280 7000 5600
ae≤0.2D Feed Speed
(mm/min) 720 900 1200 1200 1500 1800 2225 2500 3000
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16 20
Forged Aluminum Alloy
Cast Aluminum Alloy
(Si＜12%)
ap≤0.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae=1D Feed Speed
(mm/min) 450 570 960 1050 1300 1500 1620 1680 1800
Copper Alloy
(＜HB200)
ap≤0.5D
150
(60-350)
Rotation Speed
(min-1) 16000 10000 9000 8000 7800 8000 6800 5000 4000
ae=1D Feed Speed
(mm/min) 450 520 860 830 960 1240 1500 1550 1510
UA100-S3/SH3/R3/RH3
Aluminum Alloy - Side Milling
UA100-S3/SH3/R3/RH3
Aluminum Alloy - Grooving
Recommended Cutting Data
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
657
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 4 6 8 10 12 16
Forged Aluminum Alloy
Cast Aluminum Alloy
(Si＜12%)
ap≤0.3D
150
(60-350)
Rotation Speed
(min-1) 19000 15900 11900 10600 8000 7950 7950 7000
ae≤0.3D Feed Speed
(mm/min) 950 1600 1900 2500 2550 3200 3800 4450
Copper Alloy
(＜HB200)
ap≤0.3D
150
(60-350)
Rotation Speed
(min-1) 19000 15900 11900 10600 8000 7950 7950 7000
ae≤0.3D Feed Speed
(mm/min) 860 1430 1720 2300 2300 2850 3450 4010
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 4 6 8 10 12 16 20
Aluminum Alloy
ap≤2D
60-240
Rotation Speed
(min-1) 12000 11000 10000 10000 9000 8000 6000
ae≤0.1 feed Speed
(mm/min) 600 800 800 1000 1200 1300 1500
UA100-B2
Aluminum Alloy - Profile Milling
SA160-S3/SL3/S4/SS4
Aluminum Alloy - Side Milling
Recommended Cutting Data
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Forged Aluminum Alloy
Cast Aluminum Alloy
(Si＜12%)
ap≤1.5D
150
(60-350)
Rotation Speed
(min-1) 14000 12000 10000 9000 8500 8000
ae≤0.2D Feed Speed
(mm/min) 2000 3000 3500 4000 4500 5000
Copper Alloy
(＜HB200)
ap≤1.5D
150
(60-350)
Rotation Speed
(min-1) 14000 12000 10000 9000 8500 8000
ae≤0.2D Feed Speed
(mm/min) 2000 3000 3500 4000 4500 5000
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Forged Aluminum Alloy
Cast Aluminum Alloy
(Si＜12%)
ap≤1D
150
(60-350)
Rotation Speed
(min-1) 11500 10000 9300 8750 8000 7450
ae=1D Feed Speed
(mm/min) 1000 1500 2000 2500 3500 4000
Copper alloy
(＜HB200)
ap≤1D
150
(60-350)
Rotation Speed
(min-1) 11500 10000 9300 8750 8000 7450
ae=1D Feed Speed
(mm/min) 1000 1500 2000 2500 3500 4000
SA100-S3/S3X
Aluminum Alloy - Side Milling
SA100-S3/S3X
Aluminum Alloy - Grooving
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
658 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 12 16 20 25
Aluminum Alloy
ap≤1D
500~1750
Rotation Speed
(min-1) 14000 17000 20000 22000
ae≤0.7D Feed Speed
(mm/min) 6300 7650 9000 9900
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 12 16 20 25
Aluminum Alloy
ap≤0.75D
500~1750
Rotation Speed
(min-1) 14000 17000 20000 22000
Ae=1D Feed Speed
(mm/min) 4200 5100 6000 6600
SA210-WR/WR-IC
Aluminum Alloy - Grooving
SA210-NR
Aluminum Alloy - Side Milling
SA210-NR
Aluminum Alloy - Grooving
SA210-WR/WR-IC
Aluminum Alloy - Side Milling
Recommended Cutting Data
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 3 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
Aluminum Alloy
ap≤2D
300-400
Rotation Speed
(min-1) 18000 14000 1100 9000 7000 5500
ae≤0.5D Feed Speed
(mm/min) 4700 4500 4300 3900 3500 3000
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
Aluminum Alloy
ap≤1.5D
250-350
Rotation Speed
(min-1) 16000 1200 9500 7900 6000 4800
ae≤1D Feed Speed
(mm/min) 2800 2800 2800 2800 2600 2400
Solid Carbide Endmills MILLING
659
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20 25 32
Aluminum alloys such
as 7075, 7050, etc.
ap≤0.15D
835
(370~1300)
Rotation Speed
(min-1) 20000 20000 20000 20000 20000 20000 16000 12000
ae≤0.5D Feed Speed
(mm/min) 3200 4000 5200 6000 6600 6800 7560 4800
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20 25 32
Aluminum Alloys Such
as 7075, 7050, etc.
ap≤0.2D
385
(300~471)
Rotation Speed
(min-1) 16000 15000 12000 10000 8000 7000 6000 4000
ae=1D Feed Speed
(mm/min) 3200 3600 3360 3200 3040 2940 3000 2000
SA300-RN2
Aluminum Alloy - Side Milling
SA300-RN2
Aluminum Alloy - Grooving
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20 25 32
Aluminum Alloys Such
as 7075, 7050, etc.
ap≤0.25D
785
(370~1200)
Rotation Speed
(min-1) 20000 20000 20000 20000 20000 20000 16000 12000
ae≤0.5D Feed Speed
(mm/min) 4800 6000 7200 8400 9000 9000 10000 10800
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20 25 32
Aluminum Alloys Such
as 7075, 7050, etc.
ap≤0.2D
400
(300~500)
Rotation Speed
(min-1) 16000 15000 12000 10000 8000 7000 6000 4000
ae=1D Feed Speed
(mm/min) 4800 5400 5040 4800 4560 4410 4500 3000
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
Aluminum alloys such
as 7075, 7050, etc.
ap≤0.75D
550
(500~600)
Rotation Speed
(min-1) 25000 20000 20000 15000 11000 9000
Ae＜0.5D Feed Speed
(mm/min) 4000 3500 3000 2500 2000 2000
SA300-S3/RN3
Aluminum Alloy - Side Milling
SA300-S3/RN3
Aluminum Alloy - Grooving
SA300-BN2
Aluminum Alloy - Profile Milling
Recommended cutting data
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.005mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 3 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
660 Solid Carbide Endmills
B
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16
Composite material
ap≤1.5D
400
(100~450)
Rotation Speed
(min-1) 18000 16000 13270 11775 11145 10615 8000
ae≤0.2D Feed Speed
(mm/min) 1800 2400 2650 2350 2230 2120 2400
Aluminum alloy
ap≤1.5D
150
(100~250)
Rotation Speed
(min-1) 16000 12000 12000 10000 8000 8000 5000
ae≤0.1D Feed Speed
(mm/min) 2000 2000 2400 2000 1600 1600 1500
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16
Composite Material
ap≤0.1D
400
(100~450)
Rotation Speed
(min-1) 18000 16000 13270 11775 11145 10615 8000
ae≤0.6D Feed Speed
(mm/min) 1800 2400 2650 2350 2230 2120 2400
Aluminum Alloy
ap≤0.1D
150
(100~250)
Rotation Speed
(min-1) 16000 12000 12000 10000 8000 8000 5000
ae≤0.6D Feed Speed
(mm/min) 2000 2000 2400 2000 1600 1600 1500
DNM100-RS 1/RS2/ RS3
Composite Material/Aluminum Alloy - Side Milling
DNM100-RS1/RS2/ RS3
Composite Material/Aluminum Alloy - Face Milling
Recommended Cutting Data
SA300-SF/SF-IC
Aluminum Alloy - Side Milling
SA300-WF/WF-IC
Aluminum Alloy - Side Milling
Workpiece Material
Cutting
Amount
(mm)
Cutting
Speed
(m/min)
Edge Diameter
(mm) 6 8 10 12 16 20
Aluminum Alloy
ap≤4D
200~1150
Rotation Speed
(min-1) 12000 13000 14000 16000 17000 18000
ae≤0.5 Feed Speed
Feed (mm/min) 2880 3120 3360 3840 4080 4320
Workpiece Material
Cutting
Amount
(mm)
Cutting
Speed
(m/min)
Edge Diameter
(mm) 16 20 25
Aluminum Alloy
ap≤2
850~1750
Rotation Speed
(min-1) 17000 20000 22000
ae≤0.7D Feed Speed
Feed (mm/min) 10200 12000 13200
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.005mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 3 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
661
Solid Carbide Endmills
B
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Cast Aluminum Alloy
(Si＞12%)
ap≤1D
200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310
ae≤0.15D Feed Speed
(mm/min) 1910 1590 1270 1120 1080 1380
Graphite
ap≤1.5D
250
Rotation Speed
(min-1) 39810 19900 13270 9950 7960 6640
ae≤0.5D Feed Speed
(mm/min) 3980 2790 2390 2190 2390 2390
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Cast Aluminum Alloy
(Si＞12%)
ap≤1D
200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310
ae≤0.15D Feed Speed
(mm/min) 2870 2390 1910 1670 1620 2070
Graphite
ap≤1.5D
250
Rotation Speed
(min-1) 39810 19900 13270 9950 7960 6640
ae≤0.5D Feed Speed
(mm/min) 5970 4180 3580 3280 3580 3580
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Cast Aluminum Alloy
(Si＞12%)
ap≤1D
200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310
ae≤0.15D Feed Speed
(mm/min) 3820 3190 2550 2230 2170 2760
Graphite
ap≤1.5D
250
Rotation Speed
(min-1) 39810 19900 13270 9950 7960 6640
ae≤0.5D Feed Speed
(mm/min) 7960 5570 4780 4380 4780 4780
SG200- S2/SN2/R2/RN2
Graphite - Side Milling
SG200-S3
Graphite - Side Milling
SG200- S4/R4/RN4
Graphite - Side Milling
Recommended Cutting Data
MILLING Solid Carbide Endmills
662 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Cast Aluminum Alloy
(Si＞12%) ap≤0.5D 180
Rotation Speed
(min-1) 28660 14330 9550 7170 5730 4780
Feed Speed
(mm/min) 1150 1150 960 860 800 860
Graphite ap≤0.5D 200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310
Feed Speed
(mm/min) 1910 1430 1380 1350 1400 1590
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Cast Aluminum Alloy
(Si＞12%) ap≤0.5D 180
Rotation Speed
(min-1) 28660 14330 9550 7170 5730 4780
Feed Speed
(mm/min) 1720 1720 1430 1290 1200 1290
Graphite ap≤0.5D 200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310
Feed Speed
(mm/min) 2870 2150 2070 2030 2100 2390
SG200- S2/SN2/R2/RN2
Graphite - Grooving
SG200-S3
Graphite - Grooving
Recommended Cutting Data
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Cast Aluminum Alloy
(Si＞12%)
ap≤0.3D
200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310
ae≤0.3D Feed Speed
(mm/min) 2040 1430 1270 1270 1400 1380
Graphite
ap≤0.5D
250
Rotation Speed
(min-1) 39810 19900 13270 9950 7960 6640
ae≤0.4D Feed Speed
(mm/min) 2790 1990 1860 1790 1910 1990
SG200-B2/BN2
Graphite - Profile Milling
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material Cutting Amount (mm) Cutting Application Rotation Speed
(min-1)
Feed Speed
(mm/min)
Graphite 0.03≤ap≤0.05
0.03≤ae≤0.05
General Condition 10000~15000 2000~3000
High Speeds 25000~32000 3500~4500
SG200-M-RN4/B2/BN2
Graphite - Profile Milling
Solid Carbide Endmills MILLING
663
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 8 10 12 16 20
Titanium Alloy
ap≤0.2D
70
(60~80)
Rotation Speed
(min-1) 8000 6300 5580 4500 3715 2785 2230 1860 1390 1120
ae≤0.3D Feed Speed
(mm/min) 800 1000 1000 800 670 610 535 480 445 360
Recommended Cutting Data
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 8 10 12 16 20
Titanium Alloy
ap≤1.5D
60
(40~100)
Rotation Speed
(min-1) 9555 6370 4780 3820 3185 2390 1910 1590 1195 955
ae≤0.25D Feed Speed
(mm/min) 380 305 285 305 320 335 345 350 310 305
Stainless Steel
ap≤1.5D
80
(60~110)
Rotation Speed
(min-1) 12740 8490 6370 5095 4245 3185 2545 2020 1590 1275
ae≤0.25D Feed Speed
(mm/min) 760 575 510 510 510 510 510 485 445 430
ST210—S4/R4/RN4
Titanium Alloy - Side Milling
ST210-S4/R4/RN4
Titanium Alloy - Grooving
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 8 10 12 16 20
Titanium Alloy
ap≤1D
40
(30~60)
Rotation Speed
(min-1) 6370 4245 3185 2545 2120 1590 1270 1060 795 635
ae≤1D Feed Speed
(mm/min) 255 200 190 170 170 190 200 210 190 190
Stainless Steel
ap≤1D
60
(50~70)
Rotation Speed
(min-1) 9555 6370 4775 3820 3185 2390 1910 1590 1195 955
ae≤1D Feed Speed
(mm/min) 380 305 285 305 320 335 345 350 310 305
1, Please use a machine with higher rigidity. It is recommended to use a strong milling tool shanks.
2, Please adjust the rotation speed and feed rate appropriately according to the actual machining working conditions, equipment rigidity, etc.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 16 20 25
Titanium Alloy
ap≤0.7*Lc
50
(40-60)
Rotation Speed
(min-1) 980 780 620
ae≤0.1D Feed Speed
(mm/min) 390 370 300
ST210—RL5
Titanium Alloy - Side Milling
Notes: Lc is the tool edge length.
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
ST210-B4
Titanium Alloy - Profile Milling
MILLING Solid Carbide Endmills
664 Solid Carbide Endmills
B
Recommended cutting data
ST300-R5/RH5/RN5
Titanium Alloy - Side Milling
Workpiece Material
Cutting
Amount
(mm)
Vc
(m/min)
Edge Diameter
(mm) 6 8 10 12 16 20 25
Titanium
Alloy
ap≤1.5D
70
(60~80)
Rotation Speed n
(min-1) 3720 2790 2230 1860 1400 1120 895
ae≤0.3D
Feed Speed
Vf
(mm/min)
780 765 780 790 765 670 535
ST300-R5/RH5/RN5
Titanium Alloy - Grooving
Workpiece Material
Cutting
Amount
(mm)
Vc
(m/min)
Edge Diameter
(mm) 6 8 10 12 16 20 25
Titanium
Alloy
ap≤1D
60
(50~70)
Rotation Speed n
(min-1) 3200 2390 1910 1600 1200 960 770
ae≤1D
Feed Speed
Vf
(mm/min)
320 360 375 400 360 360 305
ST300-S4/R4/RH4/RN4
Titanium Alloy - Grooving
Workpiece Material
Cutting
Amount
(mm)
Vc
(m/min)
Edge Diameter
(mm) 2 3 4 5 6 8 10 12 16 20 25
Titanium
Alloy
ap≤1D
60
(50~70)
Rotation Speed n
(min-1) 9550 6370 4780 3820 3200 2390 1910 1600 1200 960 770
ae≤1D
Feed Speed
Vf
(mm/min)
390 300 285 255 255 285 300 315 285 285 245
Workpiece Material
Cutting
Amount
(mm)
Vc
(m/min)
Edge Diameter
(mm) 2 3 4 5 6 8 10 12 16 20 25
Titanium
Alloy
ap≤1.5D
70
(60~80)
Rotation Speed N
(min-1) 11140 7430 5570 4460 3720 2790 2230 1860 1400 1120 895
ae≤0.3D
Feed Speed
Vf
(mm/min)
670 600 560 540 630 620 630 640 620 540 430
ST300-S4/R4/RH4/RN4
Titanium Alloy - Side Milling
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
665
Solid Carbide Endmills
B
Workpiece Material Cutting Amount
(mm)
Edge Diameter
(mm) 1 1.5 2 3
Titanium Alloy
ap=0.05D Rotation Speed
(min-1) 37900 30600 23700 15800
ae=0.3D Feed Speed
(mm/min) 860~1150 1390 1080~1430 1430
SM200-TP2
Titanium Alloy - Profile Milling
Workpiece Material Cutting Amount
(mm)
Edge Diameter
(mm) 0.6 1 2
Zirconia
ap=0.05D Rotation Speed
(min-1) 26800~29200 23000~25600 18300
ae=0.3D Feed Speed
(mm/min) 320~350 460~510 730
SM200-RO2/RO3/VH2/VH3/WI2/WI3/IM2/IM3/KL2
Zirconia - Profile Milling
Workpiece Material Cutting Amount
(mm)
Edge Diameter
(mm) 1 2 3
Zirconia
ap=0.05D Rotation Speed
(min-1) 23000~25600 18300 --
ae=0.3D Feed Speed
(mm/min) 460~510 730 --
Titanium Alloy
ap=0.05D Rotation Speed
(min-1) -- 18300 12200
ae=0.3D Feed Speed
(mm/min) -- 690~920 920
SM200-ZI2/ZI3
Zirconia and Titanium Alloys - Profile Milling
Recommended Cutting Data
ST300-C-R5
Titanium Alloy - Side Milling/Trochoidal Milling
Workpiece Material Cutting Amount
(mm)
Vc
(m/min)
Edge Diameter
(mm) 6 8 10 12 16 20
Titanium
Alloy
ap≤4D
35-70
Rotation Speed n
(min-1) 2650 2180 1900 1590 1390 1110
ae≤0.15D
Feed Speed
Vf
(mm/min)
560 610 750 760 990 1000
1. Please select the corresponding machine and tool shank according to the tool model.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
666 Solid Carbide Endmills
B
Recommended Cutting Data
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 3 4 5 6 8 10 12 16 20
Iron-based
high-temperature
Alloy
ap≤1D
25
(15-35)
Rotation
Speed
(min-1)
7900 3980 2650 1990 1592 1325 995 795 660 495 400
ae≤0.1D Feed Speed
(mm/min) 550 280 210 160 125 160 160 190 185 160 160
Cobalt-based
high-temperature
Alloy
ap≤1D
20
(15-30)
Rotation
Speed
(min-1)
6370 3180 2100 1590 1270 1060 795 635 530 400 320
ae≤0.1D Feed Speed
(mm/min) 470 240 170 130 120 125 125 150 145 125 140
Nickel-based
high-temperature
Alloy
ap≤1D
25
(15-30)
Rotation
Speed
(min-1)
7900 3980 2650 1990 1592 1325 995 795 660 495 400
ae≤0.1D Feed Speed
(mm/min) 550 280 210 160 125 160 160 190 185 160 160
SN200-R4/RH4
High-temperature Alloy - Side Milling
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 3 4 5 6 8 10 12 16 20
Iron-based
high-temperature
Alloy
ap≤0.5D
20
(10-30)
Rotation
Speed
(min-1)
6370 3180 2100 1590 1270 1060 795 635 530 400 320
ae≤1D Feed Speed
(mm/min) 280 230 160 120 120 105 95 90 95 80 65
Cobalt-based
high-temperature
Alloy
ap≤0.5D
15
(10-25)
Rotation
Speed
(min-1)
4750 2380 1590 1190 950 795 600 475 400 300 240
ae≤1D Feed Speed
(mm/min) 220 200 120 80 80 65 60 60 60 60 55
Nickel-based
high-temperature
Alloy
ap≤0.5D
20
(10-30)
Rotation
Speed
(min-1)
6370 3180 2100 1590 1270 1060 795 635 530 400 320
ae≤1D Feed Speed
(mm/min) 280 230 160 120 120 105 95 90 95 80 65
SN200-R4/RH4
High-temperature Alloy - Grooving
Workpiece Material Cutting Amount
(mm)
Edge Diameter
(mm) 0.6 1 1.5 2 3
Zirconia
ap=0.05D Rotation Speed
(min-1) 26800~29200 23000~25600 -- 18300 --
ae=0.3D Feed Speed
(mm/min) 320~350 460~510 -- 730 --
Titanium Alloy
ap=0.05D Rotation Speed
(min-1) -- 29200 23600 18300 12200
ae=0.3D Feed Speed
(mm/min) -- 550~7440 890 690~920 920
SM200-AR2/AR3/XT2
Zirconia and Titanium Alloys - Profile Milling
Solid Carbide Endmills MILLING
667
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 3 4 5 6 8 10 12 16 20
Iron-based
high-temperature
Alloy
ap≤1D
25
(15-35)
Rotation
Speed
(min-1)
7900 3980 2650 1990 1592 1325 995 795 660 495 400
ae≤0.1D Feed Speed
(mm/min) 550 280 210 160 125 160 160 190 185 160 160
Cobalt-based
high-temperature
Alloy
ap≤1D
20
(15-30)
Rotation
Speed
(min-1)
6370 3180 2100 1590 1270 1060 795 635 530 400 320
ae≤0.1D Feed Speed
(mm/min) 470 240 170 130 120 125 125 150 145 125 140
Nickel-based
high-temperature
Alloy
ap≤1D
25
(15-30)
Rotation
Speed
(min-1)
7900 3980 2650 1990 1592 1325 995 795 660 495 400
ae≤0.1D Feed Speed
(mm/min) 550 280 210 160 125 160 160 190 185 160 160
SN300-S4/SH4/R4/RH4
High-temperature Alloy - Side Milling
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 1 2 3 4 5 6 8 10 12 16 20
Iron-based
high-temperature
Alloy
ap≤0.5D
20
(10-30)
Rotation
Speed
(min-1)
6370 3180 2100 1590 1270 1060 795 635 530 400 320
ae≤1D Feed Speed
(mm/min) 280 230 160 120 120 105 95 90 95 80 65
Cobalt-based
high-temperature
Alloy
ap≤0.5D
15
(10-25)
Rotation
Speed
(min-1)
4750 2380 1590 1190 950 795 600 475 400 300 240
ae≤1D Feed Speed
(mm/min) 220 200 120 80 80 65 60 60 60 60 55
Nickel-based
high-temperature
Alloy
ap≤0.5D
20
(10-30)
Rotation
Speed
(min-1)
6370 3180 2100 1590 1270 1060 795 635 530 400 320
ae≤1D Feed Speed
(mm/min) 280 230 160 120 120 105 95 90 95 80 65
SN300-S4/SH4/R4/RH4
High-temperature Alloy - Grooving
Recommended Cutting Data
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 8 10 12
Iron-based
high-temperature
Alloy
ap≤0.04D
40
(30-50)
Rotation Speed
(min-1) 6370 4250 3180 2550 2120 1590 1270 1060
ae≤0.04D Feed Speed
(mm/min) 500 420 350 300 255 285 305 340
Cobalt-based
high-temperature
Alloy
ap≤0.04D
35
(25-45)
Rotation Speed
(min-1) 5570 3710 2780 2230 1855 1390 1115 930
ae≤0.04D Feed Speed
(mm/min) 440 360 270 260 220 220 265 260
Nickel-based
high-temperature
Alloy
ap≤0.03D
40
(30-50)
Rotation Speed
(min-1) 6370 4250 3180 2550 2120 1590 1270 1060
ae≤0.03D Feed Speed
(mm/min) 500 420 350 300 255 285 305 320
SN200-B4/BH4
High-temperature Alloy - Profile Milling
MILLING Solid Carbide Endmills
668 Solid Carbide Endmills
B
Workpiece Material Cutting Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
Iron-based
high-temperature Alloy
ap≤1D
25
(15-35)
Rotation Speed
(min-1) 1325 995 795 660 495 400
ae≤0.1D Feed Speed
(mm/min) 200 200 230 230 200 200
Cobalt-based
high-temperature Alloy
ap≤1D
20
(15-30)
Rotation Speed
(min-1) 1060 795 635 530 400 320
ae≤0.1D Feed Speed
(mm/min) 155 155 180 180 155 175
Nickel-based
high-temperature Alloy
ap≤1D
25
(15-30)
Rotation Speed
(min-1) 1325 995 795 660 495 400
ae≤0.1D Feed Speed
(mm/min) 200 200 230 230 200 200
SN300-S5/SH5/R5/RH5
High-temperature Alloy - Side Milling
Recommended Cutting Data
Workpiece Material Cutting Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
Iron-based
high-temperature Alloy
ap≤0.5D
20
(10-30)
Rotation Speed
(min-1) 1060 795 635 530 400 320
ae≤1D Feed Speed
(mm/min) 130 120 120 120 100 80
Cobalt-based
high-temperature Alloy
ap≤0.5D
15
(10-25)
Rotation Speed
(min-1) 795 600 475 400 300 240
ae≤1D Feed Speed
(mm/min) 80 75 75 75 75 70
Nickel-based
high-temperature Alloy
ap≤0.5D
20
(10-30)
Rotation Speed
(min-1) 1060 795 635 530 400 320
ae≤1D Feed Speed
(mm/min) 130 120 120 120 100 80
SN300-S5/SH5/R5/RH5
High-temperature Alloy - Grooving
Workpiece Material Cutting Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 6 8 10 12 16 20
High-temperature Alloy
ap≤4D
30-40
Rotation Speed
(min-1) 1590 1190 950 920 790 630
ae≤0.15D Feed Speed
(mm/min) 300 310 330 440 500 630
SN300-C-R5
High-temperature Alloy - Side Milling/Trochoidal Milling
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
669
Solid Carbide Endmills
B
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 7 8 10
Stainless
Steel
ap≤Lc
110
(80-150)
Rotation Speed
(min-1) 17507 11671 8754 7003 5836 5002 4377 3501
ae≤0.1D Feed Speed
(mm/min) 1401 1401 1401 1401 1401 1401 1401 1401
Titanium
Alloy
ap≤Lc
80
(70-90)
Rotation Speed
(min-1) 12732 8488 6366 5093 4244 3638 3183 2546
ae≤0.08D Feed Speed
(mm/min) 815 815 815 815 815 815 815 815
STB200-CS
Stainless Steel and Titanium Alloy - Trochoidal Milling
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16 20
Titanium
Alloy
ap≤0.4D
35-70
Rotation Speed
(min-1) 6000 3180 2650 2180 1900 1590 1390 1110
ae≤0.1D Feed Speed
(mm/min) 90 110 190 220 300 320 420 440
STB200-CT
Titanium Alloy - Layer Milling, Profile Milling
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16 20
High-temperature
Alloy
ap≤0.4D
30-40
Rotation Speed
(min-1) 4500 2300 1590 1190 950 920 790 630
ae≤0.08D Feed Speed
(mm/min) 70 75 110 120 160 180 190 200
STB200-CN
High-temperature Alloy - Layer Milling, Profile Milling
Recommended Cutting Data
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
670 Solid Carbide Endmills
B
Recommended Cutting Data
STB200-FS
Stainless Steel and Titanium Alloy - Profile Milling
Workpiece Material Cutting Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 8
Stainless
Steel
ap≤0.02D
105
(90-120)
Rotation Speed
(min-1) 16711 11141 8356 6685 5570 4178
ae≤0.03D Feed Speed
(mm/min) 5013 3342 2507 2005 1671 1253
Titanium
Alloy
ap≤0.02D
90
(80-95)
Rotation Speed
(min-1) 14324 9549 7162 5730 4775 3581
ae≤0.03D Feed Speed
(mm/min) 4297 2865 2149 1719 1432 1074
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16 20
Titanium
Alloy
ap≤0.2D
40-70
Rotation Speed
(min-1) 6000 3180 2650 2180 1900 1590 1390 1110
ae≤0.02D Feed Speed
(mm/min) 120 150 270 310 420 450 590 620
STB200-FT
Titanium Alloy - Point Milling, Profile Milling
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16 20
High-temperature
Alloy
ap≤0.2D
30-40
Rotation Speed
(min-1) 4500 2300 1590 1190 950 920 790 630
ae≤0.02D Feed Speed
(mm/min) 80 90 130 140 190 210 230 240
STB200-FN
High-temperature Alloy - Point Milling, Profile Milling
Workpiece Material Cutting Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 3 4 5 6 8
Stainless
Steel
ap≤2.5D
55
(30-80)
Rotation Speed
(min-1) 8754 5836 4377 3501 2918 2188
ae≤0.03D Feed Speed
(mm/min) 1050 700 525 420 350 263
Titanium
Alloy
ap≤2.5D
30
(20-40)
Rotation Speed
(min-1) 4775 3183 2387 1910 1592 1194
ae≤0.03D Feed Speed
(mm/min) 573 382 286 229 191 143
STB200-FS
Stainless Steel and Titanium Alloy - Side Milling
1. When the milling cutter is clamped, the radial bounce of the blade shall be controlled below 0.01mm.
2. Use machine and tool shanks with higher rigidity.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
671
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Carbon Steel
CFRP
ap≤2D
140
(80-200)
Rotation Speed
(min-1) 15000 8000 7430 5570 4460 3715
ae≤0.2D Feed Speed
(mm/min) 900 480 445 445 445 370
Glass Fiber
GFRP
ap≤2D
150
(100-200)
Rotation Speed
(min-1) 15000 8000 7960 5970 4775 3980
ae≤0.2D Feed Speed
(mm/min) 900 480 475 475 475 400
Recommended Cutting Data
SD200-CN
Composite Material - Side Milling
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12
Carbon Steel
CFRP
ap≤1D
120
(80-160)
Rotation Speed
(min-1) 15000 8000 6370 4775 3820 3185
ae≤1D Feed Speed
(mm/min) 600 320 255 285 305 320
Glass Fiber
GFRP
ap≤1D
150
(100-200)
Rotation Speed
(min-1) 15000 8000 7960 5970 4775 3980
ae≤1D Feed Speed
(mm/min) 600 320 320 360 380 400
SD200-CN
Composite Material - Grooving
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
672 Solid Carbide Endmills
B
[Notes]
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16 20
Alloy Steel, Hardened Steel
(＜55HRC)
ap≤1D
120
Rotation Speed
(min-1) 19110 9550 6370 4780 3820 3190 2390 1910
ae≤0.05D Feed Speed
(mm/min) 380 380 380 380 370 360 310 290
Alloy Steel, Hardened Steel
(55-60HRC)
ap≤0.7D
90
Rotation Speed
(min-1) 15920 11940 7960 5970 4780 3980 2990 2390
ae≤0.03D Feed Speed
(mm/min) 260 360 370 360 360 330 320 290
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 14 16
Alloy Steel, Hardened Steel
(＜55HRC)
ap≤0.03D
200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310 4550 3980
ae≤0.03D Feed Speed
(mm/min) 510 570 590 610 570 570 530 490
Alloy Steel, Hardened Steel
(55-60HRC)
ap≤0.02D
150
Rotation Speed
(min-1) 23890 11940 7960 5970 4780 3980 3410 2990
ae≤0.03D Feed Speed
(mm/min) 330 310 320 330 330 320 310 300
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 16 20
Alloy Steel, Hardened Steel
(＜55HRC)
ap≤1D
120
Rotation Speed
(min-1) 19110 9550 6370 4780 3820 3190 2390 1910
ae≤0.05D Feed Speed
(mm/min) 760 760 760 760 730 710 620 570
Alloy Steel, Hardened Steel
(55-60HRC)
ap≤0.7D
90
Rotation Speed
(min-1) 15920 11940 7960 5970 4780 3980 2990 2390
ae≤0.03D Feed Speed
(mm/min) 510 720 730 720 730 670 630 570
Workpiece Material Cutting
Amount (mm)
Vc
m/min
Edge Diameter
(mm) 2 4 6 8 10 12 14 16
Alloy Steel, Hardened Steel
(＜55HRC)
ap≤0.03D
200
Rotation Speed
(min-1) 31850 15920 10620 7960 6370 5310 4550 3980
ae≤0.03D feed Speed
(mm/min) 1020 1150 1190 1210 1150 1150 1060 990
Alloy Steel, Hardened Steel
(55-60HRC)
ap≤0.02D
150
Rotation Speed
(min-1) 23890 11940 7960 5970 4780 3980 3410 2990
ae≤0.03D feed Speed
(mm/min) 670 620 640 670 670 640 610 600
Recommended Cutting Data
SH160-S2, R2
Alloy Steel, Hardened Steel - Side Milling
SH160-B2, BH2
Alloy Steel, Hardened Steel - Profile Milling
SH160-S4, SH4, S6, R4, RH4
Alloy Steel, Hardened Steel - Side Milling
SH160-B4
Alloy Steel, Hardened Steel - Profile Milling
Solid Carbide Endmills MILLING
673
Solid Carbide Endmills
B
Workpiece Material Cutting Amount
(mm)
Cutting
Conditions
Edge Diameter Dc (mm)
2 4 6 8 10 12
Alloy Steel
(30-45HRC)
ae=1D Rotation Speed
(min-1) 20000 10350 8500 6600 5250 4400
ap≤0.05D Feed Speed
(mm/min) 520 550 630 610 580 580
Hardened Steel
(45-55HRC)
ae=1D Rotation Speed
(min-1) 16000 8300 5200 3800 3100 2800
ap≤0.02D Feed Speed
(mm/min) 380 410 340 320 300 300
Hardened Steel
(55-60HRC)
ae=1D Rotation Speed
(min-1) 13500 6800 4600 3000 2400 2000
ap≤0.01D Feed Speed
(mm/min) 240 240 230 190 180 170
SH260- S2/SN2/R2/RN2-H
Alloy Steel, Hardened Steel - Grooving
SH260- S2/SN2/R2/RN2-H
Alloy Steel, Hardened Steel - Side Milling
Recommended cutting data
Workpiece Material Cutting Amount
(mm)
Cutting
Conditions
Edge Diameter Dc (mm)
2 4 6 8 10 12
Alloy Steel
(30-45HRC)
ap≤0.8D Rotation Speed
(min-1) 20000 10350 8500 6600 5250 4400
ae≤0.03D Feed Speed
(mm/min) 720 750 880 610 820 820
Hardened Steel
(45-55HRC)
ap≤0.5D Rotation Speed
(min-1) 16000 8300 5200 3800 3100 2800
ae≤0.03D Feed Speed
(mm/min) 540 570 520 460 420 420
Hardened Steel
(55-60HRC)
ap≤0.5D Rotation Speed
(min-1) 13500 6800 4600 3000 2400 2000
ae≤0.01D Feed Speed
(mm/min) 340 360 350 270 250 250
[Notes]
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
674 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Cutting
Application
Cutting
Conditions
Edge Diameter Dc (mm)
2 4 6 8 10 12
Alloy Steel
(30-45HRC)
ap≤1.2D
ae≤0.08D
General
Condition
Rotation Speed
(min-1) 14000 7200 4800 3600 2900 2400
Feed Speed
(mm/min) 800 900 1000 1100 1050 1000
High Speeds
Rotation Speed
(min-1) 20000 10000 7000 5200 4200 3600
Feed Speed
(mm/min) 1200 1400 1600 1800 1600 1500
Hardened Steel
(45-55HRC)
ap≤1.0D
ae≤0.04D
General
Condition
Rotation Speed
(min-1) 12500 6400 4200 3200 2500 2100
Feed Speed
(mm/min) 500 600 700 800 700 640
High Speeds
Rotation Speed
(min-1) 18000 9200 6100 4600 3600 3000
Feed Speed
(mm/min) 900 1150 1300 1400 1300 1200
Hardened Steel
(55-60HRC)
ap≤0.8D
ae≤0.02D
General
Condition
Rotation Speed
(min-1) 11000 5600 3700 2800 2200 1900
Feed Speed
(mm/min) 440 500 580 630 570 550
High Speeds
Rotation Speed
(min-1) 15000 8000 5300 4000 3200 2700
Feed Speed
(mm/min) 790 900 1040 1100 1000 900
SH260- S4/S4A/SH4/SH4A/SL4/SL4A/SN4/R4/R4A/RH4/RH4A/RL4A/RN4-H
Alloy Steel, Hardened Steel - Side Milling
Recommended Cutting Data
Workpiece Material Cutting Amount
(mm) Cutting Conditions
Edge Diameter Dc (mm)
6 8 10 12 16 20
Alloy Steel
(30-45HRC)
ap≤1.5D
ae≤0.05D
Rotation Speed
(min-1) 6200 4800 4000 3200 2400 1600
Feed Speed
(mm/min) 1674 1584 1560 1440 1296 960
Hardened Steel
(45-55HRC)
ap≤1.5D
ae≤0.03D
Rotation Speed
(min-1) 4500 3600 3000 2400 1800 1200
Feed Speed
(mm/min) 1215 1188 1170 1080 972 720
Hardened Steel
(55-60HRC)
ap≤1.5D
ae≤0.02D
Rotation Speed
(min-1) 3100 2400 2000 1600 1200 800
Feed Speed
(mm/min) 744 720 720 627 576 432
SH260- S6/SH6/SL6-H
Alloy Steel, Hardened Steel - Side Milling
[Notes]
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
Solid Carbide Endmills MILLING
675
Solid Carbide Endmills
B
Workpiece Material Cutting Amount
(mm)
Cutting
Application
Cutting
Conditions
Edge Diameter Dc (mm)
2 4 6 8 10 12
Alloy Steel
(30-45HRC)
ap=0.05~0.1D
ae≤0.02D
General
Condition
Rotation Speed
(min-1) 20000 10300 6900 5100 4100 3400
Feed Speed
(mm/min) 1500 1650 1650 1700 1700 1750
High Speeds
Rotation Speed
(min-1) 35000 17500 11600 8700 7000 6000
Feed Speed
(mm/min) 2600 2700 2700 2850 2850 2900
Hardened Steel
(45-55HRC)
ap=0.05~0.1D
ae≤0.02D
General
Condition
Rotation Speed
(min-1) 15900 8000 5300 4000 3200 2600
Feed Speed
(mm/min) 1200 1300 1300 1350 1350 1400
High Speeds
Rotation Speed
(min-1) 28600 14300 9500 7200 5700 4500
Feed Speed
(mm/min) 2200 2300 2300 2350 2350 2400
Hardened Steel
(55-60HRC)
ap=0.05~0.1D
ae≤0.02D
General
Condition
Rotation Speed
(min-1) 12000 6000 4000 2900 2400 2100
Feed Speed
(mm/min) 900 960 960 920 920 900
High Speeds
Rotation Speed
(min-1) 25400 12700 8500 6400 5000 1900
Feed Speed
(mm/min) 1800 1800 1800 1500 1500 1500
SH260-B2/BH2/BN2-H
Alloy Steel, Hardened Steel - Profile Milling
Recommended cutting data
[Notes]
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
MILLING Solid Carbide Endmills
676 Solid Carbide Endmills
B
SH360- S2
Alloy Steel, Hardened Steel, Pre-hardened Steel - Grooving
Recommended Cutting Data
Workpiece Material Cutting Amount
(mm) Cutting Conditions
Edge Diameter Dc (mm)
2 4 6 8 10 12
Alloy Steel,
Pre-hardened Steel
(30-45HRC)
Ae=1.0D
Ap≤0.05D
Rotation Speed N
(min-1) 20000 10350 8500 6600 5250 4400
Feed Speed F
(mm/min) 520 550 630 610 580 580
Alloy Steel, Hardened Steel
(45-55HRC)
Ae=1.0D
Ap≤0.02D
Rotation Speed
(min-1) 16000 8300 5200 3800 3100 2800
Feed Speed
(mm/min) 380 410 340 320 300 300
Alloy Steel, Hard- ened Steel
(55-65HRC)
Ae=1D
Ap≤0.01D
Rotation Speed
(min-1) 13500 6800 4600 3000 2400 2000
Feed Speed
(mm/min) 240 240 230 190 180 170
Workpiece Material Cutting Amount
(mm) Cutting Conditions
Edge Diameter Dc (mm)
2 4 6 8 10 12
Alloy Steel,
Pre-hardened Steel
(30-45HRC)
Ap≤1.5D
Ae≤0.03D
Rotation Speed N
(min-1) 20000 10350 8500 6600 5250 4400
feed Speed F
(mm/min) 720 750 880 610 820 820
Alloy Steel, Hard- ened Steel
(45-55HRC)
Ap≤1.5D
Ae≤0.03D
Rotation Speed
(min-1) 16000 8300 5200 3800 3100 2800
Feed Speed
(mm/min) 540 570 520 460 420 420
Alloy Steel, Hard- ened Steel
(55-65HRC)
Ap≤1.5D
Ae≤0.01D
Rotation Speed
(min-1) 13500 6800 4600 3000 2400 2000
Feed Speed
(mm/min) 340 360 350 270 250 250
SH360- S2
Alloy Steel, Hardened Steel, Pre-hardened Steel - Side Milling
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
4. Recommended cooling modes include oil mist and cutting oil.
Solid Carbide Endmills MILLING
677
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Cutting
Application Cutting Conditions Edge Diameter Dc (mm)
2 4 6 8 10 12 16 20
Alloy Steel, Prehardened Steel
(30-45HRC)
Ap≤1.5D
Ae≤0.08D
General
Condition
Rotation Speed N
(min-1) 15000 8000 5300 4000 3200 2700 200 1600
Feed Speed F
(mm/min) 680 840 870 890 830 780 760 720
High Speeds
Rotation Speed N
(min-1) 40000 20000 13000 10000 8000 6600 5000 4000
Feed Speed F
(mm/min) 2910 3360 4390 4500 4320 3960 6750 3600
Alloy Steel,
Hardened Steel
(45-55HRC)
Ap≤1.5D
Ae≤0.04D
General
Condition
Rotation Speed N
(min-1) 13000 6000 4200 3200 2500 2100 1600 1300
Feed Speed F
(mm/min) 520 520 870 890 830 780 760 720
High Speeds
Rotation Speed N
(min-1) 32000 16000 11000 8000 6400 5300 400 3200
Feed Speed F
(mm/min) 1830 2110 3270 3170 3040 2800 2640 2530
Alloy Steel,
Hardened Steel
(55-65HRC)
Ap≤1.5D
Ae≤0.02D
General
Condition
Rotation Speed N
(min-1) 9600 4800 3200 2400 1900 1600 1200 1000
Feed Speed F
(mm/min) 350 380 600 600 570 540 520 500
High Speeds
Rotation Speed N
(min-1) 24000 12000 8000 6000 4800 4000 3000 2400
Feed Speed F
(mm/min) 1250 1440 2160 2160 2070 1920 1800 1730
Workpiece Material
Cutting
amount
(mm)
Cutting
Application Cutting Conditions Edge Diameter Dc (mm)
2 4 6 8 10 12 16 20
Alloy Steel, Prehardened Steel
(30-45HRC)
Ap≤1.5D
Ae≤0.08D
General
Condition
Rotation Speed N
(min-1) 16000 9300 6200 4800 4000 3200 2400 1920
Feed Speed F
(mm/min) 1600 1650 1774 1684 1650 1540 1396 1060
High Speeds
Rotation Speed N
(min-1) 43000 21500 14400 10800 8600 7200 5400 4300
Feed Speed F
(mm/min) 3910 4360 5294 5294 5140 4720 4386 3940
Alloy Steel,
Hardened Steel
(45-55HRC)
Ap≤1.5D
Ae≤0.04D
General
Condition
Rotation Speed N
(min-1) 13500 6500 4500 3600 3000 2400 1800 1300
Feed Speed F
(mm/min) 1000 1020 1215 1188 1170 1080 972 920
High Speeds
Rotation Speed N
(min-1) 32500 16800 11300 8400 6900 5600 4200 3200
Feed Speed F
(mm/min) 2550 2650 3615 3468 3380 3100 2852 2730
Alloy Steel,
Hardened Steel
(55-65HRC)
Ap≤1.5D
Ae≤0.02D
General
Condition
Rotation Speed N
(min-1) 11400 5700 3800 2900 2400 2000 1500 1200
Feed Speed F
(mm/min) 500 600 744 720 720 627 576 532
High Speeds
Rotation Speed N
(min-1) 25800 12900 8600 6500 5300 4400 3300 2600
Feed Speed F
(mm/min) 1400 1660 2304 2280 2220 2007 1856 1762
SH360- S4A, SH4A, R4, RH4
Alloy Steel, Hardened Steel, Pre-hardened Steel - Side Milling
SH360- S6, SL6
Alloy Steel, Hardened Steel, Pre-hardened Steel - Side Milling
Recommended Cutting Data
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
4. Recommended cooling modes include oil mist and cutting oil.
MILLING Solid Carbide Endmills
678 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Cutting
Application Cutting Conditions
Ball Radius R*Edge Diameter Dc (mm)
R1 R2 R3 R4 R5 R6 R8
Alloy Steel, Prehardened Steel
(30-45HRC)
Ap=0.05~0.1
Ae≤0.02D
General
Condition
General
Rotation Speed N
(min-1) 20000 10300 6900 5100 4100 3400 2550
Feed Speed F
(mm/min) 1500 1650 1650 1700 1700 1750 1750
High Speeds
High Speed
Rotation Speed N
(min-1) 35000 17500 11600 8700 7000 6000 4500
Feed Speed F
(mm/min) 2600 2700 2700 2850 2850 2900 2900
Alloy Steel,
Hardened Steel
(45-55HRC)
Ap=0.05~0.1
Ae≤0.02D
General
Condition
General
Rotation Speed N
(min-1) 15900 8000 5300 4000 3200 2600 1950
Feed Speed F
(mm/min) 1200 1300 1300 1350 1350 1400 1400
High Speeds
High Speed
Rotation Speed N
(min-1) 28600 14300 9500 7200 5700 4500 3380
Feed Speed F
(mm/min) 2200 2300 2300 2350 2350 2400 2400
Alloy Steel,
Hardened Steel
(55-65HRC)
Ap=0.05~0.1
Ae≤0.02D
General
Condition
General
Rotation Speed N
(min-1) 12000 6000 4000 2900 2400 2100 1600
Feed Speed F
(mm/min) 900 960 960 920 920 900 900
High Speeds
High Speed
Rotation Speed N
(min-1) 25400 12700 8500 6400 5000 1900 1450
Feed Speed F
(mm/min) 1800 1800 1800 1500 1500 1500 1500
SH360-B2, BH2
Alloy Steel, Hardened Steel, Pre-hardened Steel - Profile Milling
Recommended Cutting Data
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
4. Recommended cooling modes include oil mist and cutting oil.
Solid Carbide Endmills MILLING
679
Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Cutting
Application Cutting Conditions
Ball Radius R*Edge Diameter Dc (mm)
R1 R2 R3 R4 R5 R6 R8
Alloy Steel, Prehardened Steel
(30-45HRC)
Ap=0.05~0.1
Ae≤0.02D
General
Condition
Rotation Speed N
(min-1) 20000 10300 6900 5100 4100 3400 2550
Feed Speed F
(mm/min) 1500 1650 1650 1700 1700 1750 1750
High Speeds
Rotation Speed N
(min-1) 35000 17500 11600 8700 7000 6000 4500
Feed Speed F
(mm/min) 2600 2700 2700 2850 2850 2900 2900
Alloy Steel,
Hardened Steel
(45-55HRC)
Ap=0.05~0.1
Ae≤0.02D
General
Condition
Rotation Speed N
(min-1) 15900 8000 5300 4000 3200 2600 1950
Feed Speed F
(mm/min) 1200 1300 1300 1350 1350 1400 1400
High Speeds
Rotation Speed N
(min-1) 28600 14300 9500 7200 5700 4500 3380
Feed Speed F
(mm/min) 2200 2300 2300 2350 2350 2400 2400
Alloy Steel,
Hardened Steel
(55-65HRC)
Ap=0.05~0.1
Ae≤0.02D
General
Condition
Rotation Speed N
(min-1) 12000 6000 4000 2900 2400 2100 1600
Feed Speed F
(mm/min) 900 960 960 920 920 900 900
High Speeds
Rotation Speed N
(min-1) 25400 12700 8500 6400 5000 1900 1450
Feed Speed F
(mm/min) 1800 1800 1800 1500 1500 1500 1500
SH360-B4, BH4
Alloy Steel, Hardened Steel, Pre-hardened Steel - Profile Milling
Recommended Cutting Data
1. Use machine and tool shanks with higher rigidity.
2. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
3. The above table is based on the tool overhang length of less than 4 times the diameter. If the tool overhang length is too long, it is easy to vibrate
during machining. At this time, please adjust the rotation speed, feed rate and cutting depth appropriately.
4. Recommended cooling modes include oil mist and cutting oil.
MILLING Solid Carbide Endmills
680 Solid Carbide Endmills
B
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min Cutting Conditions
Edge Diameter Dc (mm)
1 2 4 6 8 10 12
Alloy Steel
( ＜ 48HRC)
ap≤0.03D
150
Rotation Speed
(min-1) 40000 24000 12000 8000 6500 5000 4500
ae≤0.5D Feed Speed
(mm/min) 2640 3120 3840 5760 5760 5800 5200
Hardened Steel
(45-55HRC)
ap≤0.025D
125
Rotation Speed
(min-1) 33000 20000 10000 7000 5500 4000 3500
ae≤0.5D Feed Speed
(mm/min) 2200 2600 3200 4800 4800 4400 3800
Hardened Steel
(55-65HRC)
ap≤0.02D
90
Rotation Speed
(min-1) 23000 14000 7200 5000 3600 3000 2500
ae≤0.5D Feed Speed
(mm/min) 2000 2500 2800 3500 3300 3000 2600
FH200-R4/RN4-H
Alloy Steel, Hardened Steel - Face Milling
Recommended Cutting Data
[Notes]
1. It is normal for the end edge of the tool to turn red during machining. As long as there is no obvious vibration or damage to the machine, it can
continue to be used.
2. This tool type is not suitable for side milling machining.
3. Please adjust the rotation speed and feed rate appropriately according to the cutting speed, equipment rigidity, etc.
4. For smooth chip removal, it is recommended to use air cooling or oil cooling.
Workpiece Material
Cutting
Amount
(mm)
Vc
m/min Cutting Conditions
Edge Diameter Dc (mm)
6 8 10 12 16 20
Alloy Steel
(35-48 HRC)
ap≤0.035D
60-90
Rotation Speed
(min-1) 3200-4800 2400-3600 1900-2900 1600-2400 1200-1800 950-1450
ae≤0.5D Feed Speed
(mm/min) 2200-3000 2200-3000 2200-3000 2200-3000 2500-3500 2500-3500
Hardened Steel
(45-65HRC)
ap≤0.035D
60-90
Rotation Speed
(min-1) 3200-4800 2400-3600 1900-2900 1600-2400 1200-1800 950-1450
ae≤0.5D Feed Speed
(mm/min) 1920-2880 1950-2920 1950-2950 1920-2880 2160-3240 2280-3480
FH200-R6/RN6/RH6-H
Alloy Steel, Hardened Steel - Face Milling
[Notes]
1. It is normal for the end edge of the tool to turn red during machining. As long as there is no obvious vibration or damage to the machine, it can
continue to be used.
2. Cutting speed is negatively correlated with tool service life. In pursuit of high tool life, it is recommended that the cutting speed be selected between
60 and 80m/min.
3. Due to the special shape of the end cutting edge, the surface of the machined workpiece will have corresponding tool contour marks, which can be
easily removed by subsequent semi-finishing.
4. There is no cutting edge in the center of the end edge of the tool, and vertical cutting is not allowed. The tool should be cut horizontally or obliquely
from the edge of the workpiece.
5. This tool model is not suitable for machining under large cutting depth and side milling machining.
Solid Carbide Endmills MILLING
681
Solid Carbide Endmills
B
FH200-R6/RN6/RH6-H
Table of Machining Technical Parameters
R = Tool bit radius dimension.
YRC = Distance from centreline to the crown of the R radius.
CRN = Distance from centreline to the start of the cutting edge. This dimension can also help determine the minimum circle size when helical ramping.
Rε = The shoulder axis radius or corner radius of the tool.
Geometrical Parameters
Recommended Values for Circular Interpolation and Linear Interpolation
During Slope Milling Machining.
Circular
Interpolation Linear Interpolation
Permitted Range
for Machining Hole
Diameters
Calculated Length Corresponding to Different Tilt
Angles (mm)
Diameter Ap1 max R Rε YRC CRN Ramp Angle(degree)
[mm] [mm] [mm] [mm] [mm] [mm] Min. Max. 1 ° 2 ° 3 ° 4 ° 5 °
6 0.20 9 0.375 0.75 1.26 8.52 12.00 11.51 5.75 3.83 2.87 2.30
8 0.27 12 0.500 1.00 1.68 11.36 16.00 15.34 7.67 5.11 3.83 3.06
10 0.33 15 0.625 1.25 2.10 14.20 20.00 19.18 9.58 6.39 4.79 3.83
12 0.40 18 0.750 1.50 2.52 17.04 24.00 23.01 11.50 7.66 5.74 4.59
16 0.54 24 1.000 2.00 3.36 22.72 32.00 30.68 15.34 10.22 7.66 6.12
20 0.67 30 1.250 2.00 4.2 28.40 40.00 38.35 19.17 12.77 9.57 7.65
Recommended Feed Rate % for Ramp Milling 100% 70% 50% 30% 10%
FH200-H Schematic Diagram of the End
Edge of 6 Flute Corner Radius Endmill
MILLING Solid Carbide Endmills
682 Solid Carbide Endmills
B
Recommended Cutting Data (General Type)
SPM200-SN2/SHM200-SN2
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
Ph and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.1
0.3 0.006 45,000 450 45,000 428 43,740 313 50,000 500 38,475 230 36,045 187
0.5 0.004 45,000 450 45,000 428 43,740 313 50,000 500 38,475 230 36,045 187
1 0.003 45,000 410 43,740 387 39,330 284 50,000 455 34,650 209 32,445 168
0.2
0.5 0.02 40,500 574 36,450 517 34,425 363 45,000 637 30,375 271 28,350 218
1 0.014 40,500 574 36,450 517 34,425 363 45,000 637 30,375 271 28,350 218
1.5 0.008 36,450 473 32,805 425 30,983 326 43,740 567 27,338 244 25,515 196
2 0.005 32,400 378 29,160 340 27,540 257 38,880 454 24,300 193 22,680 155
3 0.003 32,400 340 29,160 306 27,540 231 38,880 409 24,300 174 22,680 140
0.3
1 0.021 36,000 510 32,400 459 30,600 322 43,200 612 27,000 240 25,200 194
1.5 0.021 36,000 510 32,400 459 30,600 322 43,200 612 27,000 240 25,200 194
2 0.012 32,400 420 29,160 378 27,540 290 38,880 504 24,300 217 22,680 175
2.5 0.01 32,400 420 29,160 378 27,540 290 38,880 504 24,300 217 22,680 175
3 0.008 32,400 420 29,160 378 27,540 290 38,880 504 24,300 217 22,680 175
0.4
1 0.04 28,800 635 25,920 572 24,480 401 34,560 762 21,600 300 20,160 241
1.5 0.028 28,800 635 25,920 572 24,480 401 34,560 762 21,600 300 20,160 241
2 0.028 28,800 635 25,920 572 24,480 401 34,560 762 21,600 300 20,160 241
2.5 0.022 25,920 523 23,328 471 22,032 361 31,104 627 19,440 269 18,144 217
3 0.016 25,920 523 23,328 471 22,032 361 31,104 627 19,440 269 18,144 217
3.5 0.012 25,920 523 23,328 471 22,032 361 31,104 627 19,440 269 18,144 217
4 0.01 25,920 523 23,328 471 22,032 361 31,104 627 19,440 269 18,144 217
5 0.01 23,040 407 20,736 365 19,584 234 27,648 488 17,280 207 16,128 163
6 0.006 23,040 407 20,736 365 19,584 234 27,648 488 17,280 207 16,128 163
8 0.003 20,160 310 18,144 279 17,136 180 24,192 372 15,120 155 14,112 118
10 0.002 17,280 228 15,552 205 14,688 132 20,736 274 12,960 114 12,096 86
0.5
1 0.05 28,800 635 25,920 572 24,480 482 34,560 762 21,600 300 20,160 241
1.5 0.05 28,800 635 25,920 572 24,480 482 34,560 762 21,600 300 20,160 241
2 0.035 28,800 635 25,920 572 24,480 482 34,560 762 21,600 300 20,160 241
2.5 0.03 25,920 523 23,328 471 22,032 397 31,104 627 19,440 269 18,144 217
3 0.02 25,920 523 23,328 471 22,032 397 31,104 627 19,440 269 18,144 217
4 0.02 25,920 523 23,328 471 22,032 361 31,104 627 19,440 269 18,144 217
5 0.013 25,920 523 23,328 471 22,032 361 31,104 627 19,440 269 18,144 217
6 0.013 23,040 407 20,736 365 19,584 234 27,648 488 17,280 207 16,128 163
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P686.
Solid Carbide Endmills MILLING
683
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
Ph and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.5
8 0.008 23,040 348 20,736 313 19,584 222 27,648 418 17,280 175 16,128 132
10 0.004 20,160 270 18,144 243 17,136 157 24,192 324 15,120 135 14,112 103
0.6
2 0.042 28,800 907 25,920 816 24,480 572 34,560 1,089 21,600 428 20,160 345
3 0.035 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
4 0.024 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
5 0.02 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
6 0.015 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
7 0.015 23,040 644 20,736 580 19,584 445 27,648 773 17,280 332 16,128 268
8 0.015 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
9 0.012 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
10 0.009 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
0.7
2 0.07 28,800 907 25,920 816 24,480 572 34,560 1,089 21,600 428 20,160 346
4 0.049 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
6 0.018 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
8 0.018 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
10 0.018 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
0.8
4 0.056 28,800 907 25,920 816 24,480 702 34,560 1,089 21,600 619 20,160 380
6 0.032 25,920 746 23,328 671 22,032 610 31,104 896 21,600 599 18,144 341
8 0.02 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
10 0.02 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
12 0.012 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
0.9
6 0.036 25,920 895 23,328 806 22,032 618 31,104 985 19,440 500 18,144 373
8 0.023 25,920 820 23,328 738 22,032 567 31,104 985 19,440 462 18,144 341
10 0.023 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
12 0.023 23,040 581 20,736 523 19,584 335 27,648 697 17,280 295 16,128 232
1
2 0.1 25,920 1,220 23,328 1,098 22,032 1,035 31,104 1,465 20,637 907 18,144 761
3 0.085 25,920 1,220 23,328 1,098 22,032 1,035 31,104 1,465 20,637 907 18,144 761
4 0.07 25,920 1,220 23,328 1,098 22,032 969 31,104 1,465 20,637 867 18,144 689
5 0.055 25,920 1,220 23,328 1,098 22,032 925 31,104 1,465 20,637 784 18,144 617
6 0.04 23,328 1,008 20,995 907 19,829 813 27,994 1,210 18,630 671 16,330 419
7 0.04 23,328 1,008 20,995 907 19,829 753 27,994 1,210 18,630 633 16,330 419
8 0.04 23,328 1,008 20,995 907 19,829 753 27,994 1,210 18,630 560 16,330 419
[Note] Please refer to P686.
Continued
Recommended Cutting Data (General Type)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
MILLING Solid Carbide Endmills
684 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
1
9 0.033 23,328 1,008 20,995 907 19,829 696 27,994 1,210 17,496 519 16,330 419
10 0.025 23,328 1,008 20,995 907 19,829 696 27,994 1,210 17,496 519 16,330 419
12 0.025 20,736 784 18,662 706 17,626 452 24,883 941 15,552 399 14,515 313
14 0.025 20,736 784 18,662 706 17,626 452 24,883 941 15,552 399 14,515 313
16 0.015 20,736 671 18,662 605 17,626 428 24,883 806 15,552 336 14,515 255
20 0.01 18,621 549 20,111 494 15,828 313 22,345 659 13,966 275 13,035 203
25 0.005 15,750 427 17,010 384 13,388 243 18,900 512 11,813 213 11,025 158
1.2
6 0.084 23,040 1,089 20,736 980 19,584 783 27,648 1,307 17,280 513 16,128 414
8 0.048 20,736 896 18,662 806 17,626 705 24,883 1,075 15,552 462 14,515 373
10 0.03 20,736 896 18,662 806 17,626 670 24,883 1,075 15,552 462 14,515 373
12 0.03 20,736 896 18,662 806 17,626 618 24,883 1,075 15,552 462 14,515 373
16 0.02 18,432 796 16,589 716 15,667 550 22,118 955 13,824 410 12,902 331
1.4
6 0.1 20,160 952 18,144 858 17,136 601 24,192 1,143 15,120 449 14,112 363
12 0.035 18,144 784 16,330 706 15,422 541 21,773 941 13,608 404 12,701 326
1.5
4 0.11 20,160 1,047 18,144 943 17,136 721 24,192 1,257 15,120 583 14,112 434
6 0.11 20,160 1,047 18,144 943 17,136 721 24,192 1,257 15,120 561 14,112 434
8 0.08 18,144 862 16,330 846 15,422 649 21,773 1,034 13,608 484 12,701 374
10 0.06 18,144 784 16,330 776 15,422 649 21,773 1,034 13,608 484 12,701 374
12 0.06 18,144 784 16,330 706 15,422 649 21,773 941 13,608 404 12,701 326
14 0.038 18,144 784 16,330 706 15,422 649 21,773 941 13,608 404 12,701 326
16 0.038 16,128 609 14,515 549 13,709 352 19,354 732 12,096 311 11,290 244
18 0.038 16,128 609 14,515 549 13,709 352 19,354 732 12,096 311 11,290 244
20 0.038 16,128 609 14,515 549 13,709 352 19,354 732 12,096 311 11,290 244
25 0.023 12,096 392 10,886 353 10,282 250 14,515 471 9,072 196 8,467 149
30 0.015 10,080 266 10,886 239 8,568 160 12,096 320 7,560 125 7,056 101
35 0.01 10,080 266 10,886 239 8,568 160 12,096 320 7,560 125 7,056 101
40 0.005 8,064 142 7,258 128 6,854 86 9,677 171 6,048 67 5,645 54
1.6
6 0.11 18,720 1,081 16,848 1,017 15,912 683 22,464 1,179 14,040 509 13,104 410
8 0.11 18,720 1,081 16,848 885 15,912 621 22,464 1,179 14,040 509 13,104 410
1.8
6 0.13 18,720 1,081 16,848 1,061 15,912 683 22,464 1,179 14,040 556 13,104 448
8 0.13 18,720 1,081 16,848 973 15,912 621 22,464 1,179 14,040 556 13,104 448
2 4 0.2 15,120 1,057 13,608 943 12,852 661 18,144 1,257 11,340 493 10,584 399
Continued
Recommended Cutting Data (General Type)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P686.
Solid Carbide Endmills MILLING
685
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
2
6 0.2 15,120 1,057 13,608 943 12,852 661 18,144 1,257 11,340 493 10,584 399
8 0.14 15,120 1,057 13,608 943 12,852 661 18,144 1,257 11,340 493 10,584 399
10 0.14 15,120 1,057 13,608 943 12,852 661 18,144 1,257 11,340 493 10,584 399
12 0.1 13,608 862 12,247 776 11,567 595 16,330 1,034 10,206 444 9,526 358
14 0.08 13,608 862 12,247 776 11,567 595 16,330 1,034 10,206 444 9,526 326
16 0.08 13,608 823 12,247 776 11,567 541 16,330 941 10,206 404 9,526 326
18 0.05 13,608 823 12,247 776 11,567 541 16,330 941 10,206 404 9,526 326
20 0.05 13,608 784 12,247 706 11,567 541 16,330 941 10,206 404 9,526 326
25 0.05 12,096 609 10,886 549 10,282 352 14,515 732 9,072 311 8,467 244
30 0.03 12,096 609 10,886 549 10,282 352 14,515 732 9,072 311 8,467 244
35 0.02 10,584 437 9,526 393 8,996 254 12,701 525 7,938 205 7,409 167
40 0.01 10,584 437 9,526 393 8,996 254 12,701 525 7,938 205 7,409 167
50 0.005 9,072 266 8,165 239 7,711 155 10,886 320 6,804 125 6,350 101
2.5
8 0.18 12,960 1,122 11,664 1,011 11,016 708 15,552 1,347 9,720 578 9,072 427
12 0.18 12,960 1,122 11,664 1,011 11,016 644 15,552 1,134 9,720 529 9,072 388
16 0.1 11,664 966 10,498 869 9,914 580 13,997 1,008 8,748 476 8,165 349
20 0.1 11,664 840 10,498 756 9,914 580 13,997 1,008 8,748 476 8,165 349
30 0.06 10,368 653 9,331 588 8,813 392 12,442 783 7,776 307 7,258 248
40 0.03 9,072 469 8,165 422 7,711 282 10,886 563 6,804 221 6,350 178
50 0.01 9,072 469 8,165 422 7,711 282 10,886 563 6,804 221 6,350 178
3
8 0.3 11,520 997 10,368 897 9,792 629 13,824 1,198 9,540 513 8,064 380
12 0.21 11,520 997 10,368 897 9,792 629 13,824 1,198 9,540 513 8,064 380
16 0.15 10,368 895 9,331 738 8,813 567 12,442 1,030 8,505 462 7,258 341
20 0.12 10,368 820 9,331 738 8,813 567 12,442 896 8,505 462 7,258 341
25 0.08 10,368 820 9,331 738 8,813 567 12,442 896 8,505 462 7,258 341
30 0.08 10,368 746 9,331 671 8,813 567 12,442 896 8,505 462 7,258 312
40 0.05 9,216 663 8,294 597 7,834 458 11,059 796 6,912 342 6,451 276
50 0.02 8,064 417 7,258 375 6,854 250 9,677 500 6,048 196 5,645 158
4
12 0.4 8,460 1,692 7,614 1,372 7,191 1,222 10,350 2,070 6,345 812 5,922 655
16 0.28 8,460 1,692 7,614 1,372 7,191 1,222 10,350 2,070 6,345 812 5,922 655
20 0.28 7,614 1,523 6,853 1,234 6,472 1,100 9,315 1,863 5,711 731 5,330 590
25 0.16 7,614 1,372 6,853 1,110 6,472 990 9,315 1,677 5,711 731 5,330 590
Continued
Recommended Cutting Data (General Type)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P686.
MILLING Solid Carbide Endmills
686 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
[Notes]
1. For different workpiece materials, please adjust ap according to the cutting depth ratio coefficient in the above table, such as: For hardened steel
(45～55 HRC), the value of ap should be *0.5.
2. Please use the appropriate cooling fluid in combination with the workpiece material and machining shape. Air cooling or water cooling is
recommended.
3. In actual machining, please consider factors such as machining shape, purpose, and machine tools used to adjust the cutting conditions.
4. If the machine rotation speed is lower than the value listed in the table, the feed rate should be reduced to the same proportion as the rotation
speed.
4
30 0.16 7,614 1,372 6,853 1,110 6,472 990 9,315 1,677 5,711 731 5,330 590
35 0.1 6,853 1,234 6,168 999 5,825 891 8,223 1,481 5,140 658 4,797 530
40 0.1 6,853 1,234 6,168 999 5,825 891 8,223 1,481 5,140 658 4,797 530
50 0.06 5,922 846 5,330 761 5,034 592 7,106 1,015 4,442 398 4,145 321
5
20 0.3 6,761 1,487 6,085 1,338 5,747 946 8,113 1,622 5,071 635 4,732 514
25 0.3 6,084 1,216 5,476 1,094 5,171 851 7,301 1,459 4,563 572 4,259 462
30 0.2 6,084 1,095 5,476 985 5,171 766 7,301 1,315 4,563 516 4,259 416
40 0.15 5,476 986 4,928 887 4,654 690 6,571 1,184 4,107 464 3,833 374
50 0.1 5,476 986 4,928 887 4,654 690 6,571 1,184 4,107 464 3,833 374
6
20 0.5 5,564 1,333 5,008 1,200 4,730 932 6,676 1,466 4,173 689 3,894 506
30 0.4 5,058 1,211 4,552 1,091 4,299 848 6,070 1,332 3,794 626 3,541 460
40 0.3 5,058 998 4,552 898 4,299 762 6,070 1,199 3,794 563 3,541 413
50 0.2 4,500 887 4,050 798 3,825 621 5,400 981 3,375 464 3,150 341
Continued
Recommended Cutting Data (General Type)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
Solid Carbide Endmills MILLING
687
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.1
0.3 0.006 50,000 350 45,000 299 43,740 218 50,000 350 38,475 160 36,045 130
0.5 0.004 50,000 350 45,000 299 43,740 218 50,000 350 38,475 160 36,045 130
1 0.003 50,000 318 43,740 271 39,330 198 50,000 318 34,650 146 32,445 116
0.2
0.5 0.015 40,500 401 36,450 361 34,425 254 45,000 446 30,375 189 28,350 152
1 0.011 40,500 401 36,450 361 34,425 254 45,000 446 30,375 189 28,350 152
1.5 0.006 36,450 330 32,805 297 30,983 228 43,740 397 27,338 170 25,515 137
2 0.004 32,400 265 29,160 238 27,540 180 38,880 317 24,300 149 22,680 132
3 0.002 32,400 238 29,160 214 27,540 161 38,880 285 24,300 149 22,680 120
0.3
1 0.021 36,000 408 32,400 367 30,600 257 43,200 490 27,000 216 25,200 174
1.5 0.021 36,000 408 32,400 367 30,600 257 43,200 490 27,000 216 25,200 174
2 0.012 32,400 336 29,160 302 27,540 231 38,880 403 24,300 173 22,680 140
2.5 0.01 32,400 336 29,160 302 27,540 231 38,880 403 24,300 173 22,680 140
3 0.008 32,400 336 29,160 302 27,540 231 38,880 403 24,300 162 22,680 131
0.4
1 0.04 28,800 572 25,920 514 24,480 361 34,560 686 21,600 267 20,160 217
1.5 0.028 28,800 572 25,920 514 24,480 361 34,560 686 21,600 267 20,160 217
2 0.028 28,800 572 25,920 514 24,480 361 34,560 686 21,600 267 20,160 217
2.5 0.022 25,920 418 23,328 376 22,032 288 31,104 501 19,440 215 18,144 173
3 0.016 25,920 418 23,328 376 22,032 288 31,104 501 19,440 215 18,144 173
3.5 0.012 25,920 418 23,328 376 22,032 288 31,104 501 19,440 215 18,144 173
4 0.01 25,920 418 23,328 376 22,032 288 31,104 501 19,440 215 18,144 173
5 0.01 23,040 284 20,736 256 19,584 187 27,648 365 17,280 166 16,128 130
6 0.006 23,040 284 20,736 256 19,584 187 27,648 365 17,280 166 16,128 130
8 0.003 20,160 216 18,144 195 17,136 144 24,192 260 15,120 127 14,112 115
10 0.002 17,280 159 15,552 143 14,688 105 20,736 191 12,960 93 12,096 85
0.5
1 0.05 28,800 572 25,920 514 24,480 401 34,560 686 21,600 269 20,160 217
1.5 0.05 28,800 572 25,920 514 24,480 401 34,560 686 21,600 269 20,160 217
2 0.035 28,800 572 25,920 514 24,480 401 34,560 686 21,600 269 20,160 217
2.5 0.03 25,920 418 23,328 376 22,032 319 31,104 501 19,440 215 18,144 173
3 0.02 25,920 418 23,328 376 22,032 319 31,104 501 19,440 215 18,144 173
4 0.02 25,920 418 23,328 376 22,032 288 31,104 501 19,440 215 18,144 173
5 0.013 25,920 418 23,328 376 22,032 288 31,104 501 19,440 215 18,144 173
6 0.013 23,040 325 20,736 292 19,584 187 27,648 390 17,280 166 16,128 130
Recommended Cutting Data (High Accuracy)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P691.
MILLING Solid Carbide Endmills
688 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.5
8 0.008 23,040 278 20,736 250 19,584 155 27,648 334 17,280 140 16,128 105
10 0.004 20,160 216 18,144 194 17,136 109 24,192 259 15,120 95 14,112 71
0.6
2 0.042 28,800 816 25,920 734 24,480 515 34,560 980 21,600 384 20,160 310
3 0.035 25,920 671 23,328 604 22,032 464 31,104 806 19,440 347 18,144 279
4 0.024 25,920 671 23,328 604 22,032 464 31,104 806 19,440 347 18,144 279
5 0.02 25,920 597 23,328 536 22,032 412 31,104 716 19,440 308 18,144 248
6 0.015 25,920 597 23,328 536 22,032 412 31,104 716 19,440 308 18,144 248
7 0.015 23,040 515 20,736 464 19,584 356 27,648 618 17,280 266 16,128 214
8 0.015 23,040 464 20,736 418 19,584 267 27,648 536 17,280 236 16,128 185
9 0.012 23,040 464 20,736 418 19,584 267 27,648 536 17,280 236 16,128 185
10 0.009 23,040 464 20,736 418 19,584 267 27,648 536 17,280 236 16,128 185
0.7
2 0.07 28,800 816 25,920 734 24,480 515 34,560 980 21,600 384 20,160 310
4 0.049 25,920 597 23,328 536 22,032 412 31,104 716 19,440 308 18,144 248
6 0.018 25,920 597 23,328 536 22,032 412 31,104 716 19,440 308 18,144 248
8 0.018 23,040 406 20,736 365 19,584 234 27,648 487 17,280 206 16,128 162
10 0.018 23,040 406 20,736 365 19,584 234 27,648 487 17,280 206 16,128 162
0.8
4 0.056 28,800 816 25,920 734 24,480 572 34,560 980 21,600 428 20,160 345
6 0.032 25,920 597 23,328 536 22,032 516 31,104 716 19,440 385 18,144 311
8 0.02 25,920 597 23,328 536 22,032 412 31,104 716 19,440 308 18,144 248
10 0.02 23,040 406 20,736 365 19,584 234 27,648 487 17,280 206 16,128 162
12 0.012 23,040 406 20,736 365 19,584 234 27,648 487 17,280 206 16,128 162
0.9
6 0.036 25,920 746 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
8 0.023 25,920 671 23,328 671 22,032 516 31,104 896 19,440 385 18,144 311
10 0.023 23,040 464 20,736 418 19,584 267 27,648 557 17,280 236 16,128 185
12 0.023 23,040 406 20,736 373 19,584 267 27,648 487 17,280 236 16,128 185
1
2 0.09 25,920 1,098 23,328 988 22,032 842 31,104 1,319 19,440 629 18,144 507
3 0.07 25,920 1,098 23,328 988 22,032 842 31,104 1,319 19,440 629 18,144 507
4 0.065 25,920 1,098 23,328 988 22,032 842 31,104 1,319 19,440 629 18,144 507
5 0.05 25,920 1,098 23,328 988 22,032 842 31,104 1,319 19,440 629 18,144 507
6 0.035 23,328 907 20,995 816 19,829 696 27,994 1,148 17,496 519 16,330 376
7 0.035 23,328 907 20,995 816 19,829 696 27,994 1,148 17,496 519 16,330 376
8 0.035 23,328 907 20,995 816 19,829 696 27,994 1,088 17,496 519 16,330 376
Continued
Recommended Cutting Data (High Accuracy)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P691.
Solid Carbide Endmills MILLING
689
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
1
9 0.03 23,328 907 20,995 816 19,829 626 27,994 1,088 17,496 415 16,330 335
10 0.022 23,328 806 20,995 734 19,829 626 27,994 1,088 17,496 415 16,330 335
12 0.022 20,736 626 18,662 564 17,626 361 24,883 752 15,552 319 14,515 250
14 0.022 20,736 626 18,662 564 17,626 361 24,883 752 15,552 319 14,515 250
16 0.012 20,736 536 18,662 483 17,626 342 24,883 644 15,552 268 14,515 203
20 0.008 18,621 439 16,759 395 15,828 250 22,345 527 13,966 192 13,035 142
25 0.005 15,750 341 14,175 307 13,388 194 18,900 410 11,813 149 11,025 110
1.2
6 0.084 23,040 980 20,736 882 19,584 684 27,648 1,175 17,280 462 16,128 373
8 0.048 20,736 806 18,662 725 17,626 616 24,883 967 15,552 415 14,515 335
10 0.03 20,736 806 18,662 725 17,626 616 24,883 967 15,552 415 14,515 335
12 0.03 20,736 644 18,662 578 17,626 494 24,883 860 15,552 369 14,515 298
16 0.02 18,432 636 16,589 501 15,667 439 22,118 763 13,824 328 12,902 265
1.4
6 0.1 20,160 857 18,144 771 17,136 541 24,192 1,029 15,120 404 14,112 325
12 0.035 18,144 705 16,330 635 15,422 486 21,773 846 13,608 364 12,701 293
1.5
4 0.11 20,160 952 18,144 858 17,136 601 24,192 1,143 15,120 449 14,112 362
6 0.11 20,160 857 18,144 779 17,136 601 24,192 1,029 15,120 449 14,112 362
8 0.06 18,144 784 16,330 706 15,422 541 21,773 941 13,608 404 12,701 326
10 0.06 18,144 705 16,330 635 15,422 541 21,773 941 13,608 404 12,701 326
12 0.06 18,144 705 16,330 635 15,422 541 21,773 846 13,608 364 12,701 293
14 0.038 18,144 705 16,330 635 15,422 541 21,773 846 13,608 364 12,701 293
16 0.038 16,128 548 14,515 494 13,709 316 19,354 658 12,096 279 11,290 219
18 0.038 16,128 548 14,515 494 13,709 316 19,354 658 12,096 279 11,290 219
20 0.038 16,128 548 14,515 439 13,709 281 19,354 658 12,096 248 11,290 194
25 0.023 12,096 352 10,886 282 10,282 200 14,515 423 9,072 157 8,467 119
30 0.015 10,080 239 10,886 191 8,568 134 12,096 287 7,560 100 7,056 80
35 0.01 10,080 212 10,886 167 8,568 134 12,096 256 7,560 100 7,056 80
40 0.005 8,064 113 7,258 102 6,854 68 9,677 137 6,048 53 5,645 43
1.6
6 0.11 18,720 879 16,848 796 15,912 621 22,464 1,061 14,040 464 13,104 374
8 0.11 18,720 879 16,848 796 15,912 559 22,464 1,061 14,040 464 13,104 374
1.8
6 0.13 18,720 897 16,848 796 15,912 621 22,464 1,061 14,040 464 13,104 374
8 0.13 18,720 897 16,848 796 15,912 559 22,464 1,061 14,040 464 13,104 374
2 4 0.2 15,120 857 13,608 775 12,852 590 18,144 1,143 11,340 449 10,584 362
Continued
Recommended Cutting Data (High Accuracy)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P691.
MILLING Solid Carbide Endmills
690 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
2
6 0.2 15,120 857 13,608 775 12,852 590 18,144 1,143 11,340 449 10,584 362
8 0.14 15,120 857 13,608 775 12,852 590 18,144 1,143 11,340 449 10,584 362
10 0.14 15,120 857 13,608 775 12,852 590 18,144 1,143 11,340 449 10,584 362
12 0.08 13,608 784 12,247 706 11,567 531 16,330 941 10,206 404 9,526 326
14 0.08 13,608 784 12,247 706 11,567 531 16,330 941 10,206 404 9,526 293
16 0.08 13,608 705 12,247 636 11,567 486 16,330 846 10,206 383 9,526 293
18 0.05 13,608 705 12,247 636 11,567 486 16,330 846 10,206 364 9,526 260
20 0.05 13,608 626 12,247 564 11,567 432 16,330 799 10,206 323 9,526 260
25 0.05 12,096 548 10,886 494 10,282 281 14,515 658 9,072 279 8,467 209
30 0.03 12,096 487 10,886 439 10,282 246 14,515 585 9,072 248 8,467 194
35 0.02 10,584 349 9,526 314 8,996 203 12,701 419 7,938 164 7,409 133
40 0.01 10,584 306 9,527 275 8,996 177 12,701 367 7,938 143 7,409 116
50 0.005 9,072 212 8,165 167 7,711 108 10,886 256 6,804 87 6,350 70
2.5
8 0.18 12,960 1,021 11,664 919 11,016 644 15,552 1,225 9,720 482 9,072 388
12 0.18 12,960 918 11,664 840 11,016 580 15,552 1,021 9,720 468 9,072 348
16 0.1 11,664 755 10,498 682 9,914 521 13,997 907 8,748 405 8,165 314
20 0.1 11,664 715 10,498 640 9,914 464 13,997 756 8,748 405 8,165 279
30 0.06 10,368 522 9,331 411 8,813 313 12,442 626 7,776 245 7,258 198
40 0.03 9,072 328 8,165 295 7,711 225 10,886 393 6,804 176 6,350 142
50 0.01 9,072 304 8,165 274 7,711 183 10,886 338 6,804 154 6,350 124
3
8 0.3 11,520 907 10,368 816 9,792 572 13,824 1,089 8,640 428 8,064 345
12 0.21 11,520 907 10,368 816 9,792 572 13,824 1,089 8,640 428 8,064 345
16 0.12 10,368 746 9,331 671 8,813 516 12,442 896 7,776 385 7,258 310
20 0.12 10,368 708 9,331 635 8,813 516 12,442 806 7,776 385 7,258 310
25 0.08 10,368 708 9,331 635 8,813 516 12,442 806 7,776 385 7,258 310
30 0.08 10,368 597 9,331 541 8,813 516 12,442 716 7,776 385 7,258 279
40 0.05 9,216 464 8,294 418 7,834 320 11,059 556 6,912 274 6,451 221
50 0.02 8,064 312 7,258 262 6,854 175 9,677 350 6,048 137 5,645 111
4
12 0.4 8,460 1,523 7,614 1,233 7,191 1,100 10,350 1,863 6,345 730 5,922 589
16 0.28 8,460 1,523 7,614 1,233 7,191 1,100 10,350 1,863 6,345 730 5,922 589
20 0.28 7,614 1,370 6,853 1,110 6,472 989 9,315 1,677 5,711 657 5,330 529
25 0.16 7,614 1,233 6,853 998 6,472 891 9,315 1,508 5,711 657 5,330 529
Continued
Recommended Cutting Data (High Accuracy)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P691.
Solid Carbide Endmills MILLING
691
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut
(ap) 1.00 0.90 0.70 1.20 0.50 0.45
Outer
Diameter
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
4
30 0.16 7,614 1,233 6,853 998 6,472 792 9,315 1,508 5,711 584 5,330 529
35 0.1 6,853 986 6,168 799 5,825 713 8,223 1,184 5,140 526 4,797 424
40 0.1 6,853 863 6,168 699 5,825 624 8,223 1,036 5,140 460 4,797 371
50 0.06 5,922 592 6,395 533 5,034 414 7,106 710 4,442 278 4,145 224
5
20 0.3 6,761 1,216 6,085 1,094 5,747 851 8,113 1,459 5,071 572 4,732 462
25 0.3 6,084 1,094 5,476 985 5,171 765 7,301 1,312 4,563 514 4,259 415
30 0.2 6,084 985 5,476 886 5,171 689 7,301 1,182 4,563 463 4,259 374
40 0.15 5,476 788 4,928 709 4,654 552 6,571 947 4,107 371 3,833 299
50 0.1 5,476 788 4,928 621 4,654 518 6,571 887 4,107 324 3,833 262
6
20 0.5 5,564 1,111 5,008 1,000 4,730 778 6,676 1,333 4,173 522 3,894 422
30 0.4 5,058 1,010 4,552 909 4,299 707 6,070 1,211 3,794 474 3,541 383
40 0.3 5,058 908 4,552 817 4,299 635 6,070 1,090 3,794 427 3,541 345
50 0.2 4,500 735 4,050 662 3,825 572 5,400 883 3,375 384 3,150 311
Continued
Recommended Cutting Data (High Accuracy)
SPM200-SN2/SHM200-SN2
2 Flutes, Square Endmill, Micro Diameter for Deep Machining
[ Notes]
1. For different workpiece materials, please adjust ap according to the cutting depth ratio coefficient in the above table, such as: For hardened steel
(45～55 HRC), the value of ap should be *0.5.
2. Please use the appropriate cooling fluid in combination with the workpiece material and machining shape. Air cooling or water cooling is
recommended.
3. In actual machining, please consider factors such as machining shape, purpose, and machine tools used to adjust the cutting conditions.
4. If the machine rotation speed is lower than the value listed in the table, the feed rate should be reduced to the same proportion as the rotation
speed.
MILLING Solid Carbide Endmills
692 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper
Alloy
Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.2
0.02
0.5 0.016 45,000 830 40,500 746 38,250 635 45,000 830 33,750 498 31,500 407
1 0.011 45,000 830 40,500 746 38,250 635 45,000 830 33,750 498 31,500 407
2 0.007 37,800 697 36,450 671 34,425 572 45,000 728 30,375 448 28,350 365
0.05
0.5 0.02 45,000 830 40,500 746 38,250 635 45,000 830 33,750 498 31,500 407
1 0.014 45,000 830 40,500 746 38,250 635 45,000 830 33,750 498 31,500 407
1.5 0.008 42,300 779 38,475 709 36,338 603 45,000 728 32,063 473 29,925 386
2 0.008 37,800 697 36,450 671 34,425 572 45,000 728 30,375 448 28,350 365
0.3
0.02
1 0.016 43,200 1,045 38,880 941 36,720 660 45,000 1,087 32,400 492 30,240 397
2 0.011 34,992 774 31,493 697 29,743 535 40,500 898 26,244 399 24,494 321
3 0.007 33,242 684 29,918 616 28,256 473 38,475 793 24,932 353 23,270 284
0.05
1 0.021 43,200 1,045 38,880 941 36,720 660 45,000 1,087 32,400 492 30,240 397
1.5 0.016 41,040 993 36,936 894 34,884 627 42,750 1,032 30,780 468 28,728 377
2 0.012 34,992 774 31,493 697 29,743 535 40,500 898 26,244 399 24,494 321
2.5 0.01 34,992 774 31,493 697 29,743 535 40,500 898 26,244 399 24,494 321
3 0.008 33,242 684 29,918 616 28,256 473 38,475 793 24,932 353 23,270 284
0.4
0.02
1 0.016 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
2 0.013 34,470 836 31,104 752 29,030 643 41,472 1,004 25,920 501 24,053 411
3 0.01 26,393 584 23,793 527 22,208 449 31,725 702 19,828 351 18,401 288
4 0.007 21,735 482 19,595 433 18,288 370 26,126 578 16,329 289 15,153 237
0.05
1 0.025 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
1.5 0.02 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
2 0.016 34,470 836 31,104 752 29,030 643 41,472 1,004 25,920 501 24,053 411
2.5 0.015 32,400 797 29,160 716 27,540 609 38,880 956 24,300 478 22,680 391
3 0.014 26,393 584 23,793 527 22,208 449 31,725 702 19,828 351 18,401 288
3.5 0.012 24,786 548 22,307 493 21,068 420 29,743 658 18,590 329 17,350 269
4 0.008 21,735 482 19,595 433 18,288 370 26,126 578 16,329 289 15,153 237
0.1
1 0.033 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
2 0.028 34,470 836 31,104 752 29,030 643 41,472 1,004 25,920 501 24,053 411
3 0.016 26,393 584 23,793 527 22,208 449 31,725 702 19,828 351 18,401 288
4 0.01 21,735 482 19,595 433 18,288 370 26,126 578 16,329 289 15,153 237
0.5 0.02
1 0.016 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
2 0.013 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
Solid Carbide Endmills MILLING
693
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool
Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.5
0.02
3 0.01 27,994 755 25,195 675 23,794 571 33,593 900 20,995 426 19,596 343
4 0.008 24,883 671 22,395 599 21,151 507 29,860 800 18,662 378 17,419 305
6 0.006 19,354 500 17,419 449 16,450 288 23,225 599 14,515 254 13,548 200
0.05
1 0.03 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
2 0.023 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
3 0.017 27,994 755 25,195 675 23,794 571 33,593 900 20,995 426 19,596 343
4 0.017 24,883 671 22,395 599 21,151 507 29,860 800 18,662 378 17,419 305
5 0.011 21,773 588 19,596 525 18,507 444 26,127 700 16,330 331 15,241 267
6 0.008 19,354 500 17,419 449 16,450 288 23,225 599 14,515 254 13,548 200
0.1
1 0.035 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
2 0.03 34,470 929 31,104 836 29,030 714 41,472 1,115 25,920 558 24,053 457
3 0.02 27,994 755 25,195 675 23,794 571 33,593 900 20,995 426 19,596 343
4 0.02 24,883 671 22,395 599 21,151 507 29,860 800 18,662 378 17,419 305
5 0.013 21,773 588 19,596 525 18,507 444 26,127 700 16,330 331 15,241 267
6 0.013 19,354 500 17,419 449 16,450 288 23,225 599 14,515 254 13,548 200
0.6
0.02
2 0.016 34,470 1,310 31,104 1,182 29,030 892 41,472 1,576 25,920 697 24,053 572
4 0.013 27,994 1,032 25,195 929 23,794 713 33,593 1,238 20,995 532 19,596 429
6 0.01 21,773 803 19,596 723 18,507 554 26,127 963 16,330 414 15,241 334
0.05
2 0.028 34,470 1,310 31,104 1,182 29,030 892 41,472 1,576 25,920 697 24,053 572
4 0.019 27,994 1,032 25,195 929 23,794 713 33,593 1,238 20,995 532 19,596 429
6 0.012 21,773 803 19,596 723 18,507 554 26,127 963 16,330 414 15,241 334
8 0.01 20,684 762 18,616 687 17,582 527 24,821 915 15,513 393 14,479 317
10 0.007 18,507 610 16,656 549 15,731 440 22,208 733 13,880 320 12,955 258
0.1
2 0.035 34,470 1,310 31,104 1,182 29,030 892 41,472 1,576 25,920 697 24,053 572
4 0.024 27,994 1,032 25,195 929 23,794 713 33,593 1,238 20,995 532 19,596 429
6 0.015 21,773 803 19,596 723 18,507 554 26,127 963 16,330 414 15,241 334
8 0.013 20,684 762 18,616 687 17,582 527 24,821 915 15,513 393 14,479 317
10 0.009 18,507 610 16,656 549 15,731 440 22,208 733 13,880 320 12,955 258
0.7
0.05
4 0.024 27,994 1,032 25,195 929 23,794 713 33,593 1,238 20,995 532 19,596 429
6 0.015 21,773 803 19,596 723 18,507 554 26,127 963 16,330 414 15,241 334
0.1
4 0.029 27,994 1,032 25,195 929 23,794 713 33,593 1,238 20,995 532 19,596 429
6 0.018 21,773 803 19,596 723 18,507 554 26,127 963 16,330 414 15,241 334
Continued
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
MILLING Solid Carbide Endmills
694 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
0.8
0.02
4 0.016 36,000 1,328 32,400 1,194 30,600 1,015 43,200 1,592 27,000 797 25,200 651
6 0.013 27,540 914 24,786 823 23,409 777 33,048 1,096 20,655 609 19,278 498
0.05
4 0.026 36,000 1,328 32,400 1,194 30,600 1,015 43,200 1,592 27,000 797 25,200 651
6 0.015 27,540 914 24,786 823 23,409 777 33,048 1,096 20,655 609 19,278 498
8 0.012 22,032 680 19,829 612 18,727 578 26,438 815 16,524 454 15,422 370
12 0.01 19,829 569 17,846 512 16,854 483 23,794 683 14,872 379 13,880 310
0.1
4 0.032 36,000 1,328 32,400 1,194 30,600 1,015 43,200 1,592 27,000 797 25,200 651
6 0.019 27,540 914 24,786 823 23,409 777 33,048 1,096 20,655 609 19,278 498
8 0.015 22,032 680 19,829 612 18,727 578 26,438 815 16,524 454 15,422 370
12 0.012 19,829 569 17,846 512 16,854 483 23,794 683 14,872 379 13,880 310
0.2
4 0.056 36,000 1,328 32,400 1,194 30,600 1,015 43,200 1,592 27,000 797 25,200 651
6 0.032 27,540 914 24,786 823 23,409 777 33,048 1,096 20,655 609 19,278 498
8 0.018 22,032 680 19,829 612 18,727 578 26,438 815 16,524 454 15,422 370
12 0.015 19,829 569 17,846 512 16,854 483 23,794 683 14,872 379 13,880 310
1
0.02
2 0.016 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
4 0.013 32,400 1,941 29,160 1,747 27,540 1,485 38,880 2,329 24,300 1,165 22,680 951
6 0.01 26,244 1,415 26,369 1,581 22,307 1,202 31,493 1,698 19,683 943 18,371 770
8 0.008 23,328 1,257 23,620 1,274 19,829 1,069 27,994 1,509 17,496 839 16,330 685
10 0.006 20,412 1,101 20,995 1,132 17,350 935 24,494 1,320 15,309 734 14,288 599
12 0.005 18,144 869 18,371 990 15,422 647 21,773 1,043 13,608 571 12,701 456
0.05
2 0.046 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
3 0.035 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
4 0.027 32,400 1,941 29,160 1,747 27,540 1,485 38,880 2,329 24,300 1,165 22,680 951
5 0.021 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
6 0.017 26,244 1,415 23,620 1,274 22,307 1,202 31,493 1,698 19,683 943 18,371 770
8 0.016 23,328 1,257 20,995 1,132 19,829 1,069 27,994 1,509 17,496 839 16,330 685
10 0.011 20,412 1,101 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
12 0.01 18,144 869 16,330 783 15,422 647 21,773 1,043 13,608 571 12,701 456
16 0.006 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.004 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
0.1
2 0.065 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
3 0.05 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
Continued
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
Solid Carbide Endmills MILLING
695
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper
alloy
Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
1
0.1
4 0.038 32,400 1,941 29,160 1,747 27,540 1,485 38,880 2,329 24,300 1,165 22,680 951
5 0.03 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
6 0.024 26,244 1,415 23,620 1,274 22,307 1,202 31,493 1,698 19,683 943 18,371 770
8 0.024 23,328 1,257 20,995 1,132 19,829 1,069 27,994 1,509 17,496 839 16,330 685
10 0.015 20,412 1,101 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
12 0.015 18,144 869 16,330 783 15,422 647 21,773 1,043 13,608 571 12,701 456
16 0.009 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.006 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
0.2
2 0.11 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
3 0.09 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
4 0.07 32,400 1,941 29,160 1,747 27,540 1,485 38,880 2,329 24,300 1,165 22,680 951
5 0.05 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
6 0.04 26,244 1,415 23,620 1,274 22,307 1,202 31,493 1,698 19,683 943 18,371 770
8 0.04 23,328 1,257 20,995 1,132 19,829 1,069 27,994 1,509 17,496 839 16,330 685
10 0.025 20,412 1,101 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
12 0.025 18,144 869 16,330 783 15,422 647 21,773 1,043 13,608 571 12,701 456
16 0.015 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.01 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
0.3
2 0.11 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
3 0.09 35,541 2,132 32,101 1,926 30,095 1,625 42,993 2,579 26,655 1,279 24,936 1,047
4 0.07 32,400 1,941 29,160 1,747 27,540 1,485 38,880 2,329 24,300 1,165 22,680 951
5 0.05 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
6 0.04 26,244 1,415 23,620 1,274 22,307 1,202 31,493 1,698 19,683 943 18,371 770
8 0.04 23,328 1,257 20,995 1,132 19,829 1,069 27,994 1,509 17,496 839 16,330 685
10 0.025 20,412 1,101 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
12 0.025 18,144 869 16,330 783 15,422 647 21,773 1,043 13,608 571 12,701 456
16 0.015 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.01 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
1.25 0.1
5 0.03 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
10 0.015 23,328 1,257 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
15 0.01 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.006 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
Continued
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
MILLING Solid Carbide Endmills
696 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper
alloy
Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
1.25
0.2
5 0.05 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
10 0.025 23,328 1,257 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
15 0.016 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.01 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
0.3
5 0.05 28,662 1,719 26,369 1,581 24,936 1,346 35,827 2,149 22,070 1,059 20,636 867
10 0.025 23,328 1,257 18,371 990 17,350 935 24,494 1,320 15,309 734 14,288 599
15 0.016 18,144 761 16,330 685 15,422 600 21,773 913 13,608 489 12,701 381
20 0.01 13,608 571 12,247 514 11,567 450 16,330 685 10,206 367 9,526 285
1.5
0.1
4 0.042 24,930 1,614 22,453 1,453 20,957 1,240 29,938 1,938 18,711 968 17,364 795
6 0.04 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
8 0.036 22,680 1,467 20,412 1,320 19,278 1,141 27,216 1,760 17,010 881 15,876 726
12 0.036 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.023 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.018 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
0.2
4 0.07 24,930 1,614 22,453 1,453 20,957 1,240 29,938 1,938 18,711 968 17,364 795
6 0.065 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
8 0.06 22,680 1,467 20,412 1,320 19,278 1,141 27,216 1,760 17,010 881 15,876 726
12 0.06 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.038 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.03 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
0.3
4 0.07 24,930 1,614 22,453 1,453 20,957 1,240 29,938 1,938 18,711 968 17,364 795
6 0.065 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
8 0.06 22,680 1,467 20,412 1,320 19,278 1,141 27,216 1,760 17,010 881 15,876 726
12 0.06 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.038 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.03 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
0.5
4 0.085 24,930 1,614 22,453 1,453 20,957 1,240 29,938 1,938 18,711 968 17,364 795
6 0.08 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
8 0.07 22,680 1,467 20,412 1,320 19,278 1,141 27,216 1,760 17,010 881 15,876 726
12 0.065 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.045 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.035 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
Continued
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
Solid Carbide Endmills MILLING
697
Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper
alloy
Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
1.75
0.1
5 0.04 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
10 0.036 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.023 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.018 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
0.2
5 0.065 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
10 0.06 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.038 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.03 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
0.3
5 0.065 23,885 1,543 21,401 1,382 20,255 1,199 28,662 1,851 17,961 930 16,624 761
10 0.06 18,144 1,174 16,330 1,057 15,422 913 21,773 1,409 13,608 705 12,701 581
15 0.038 14,112 812 12,701 731 11,995 604 16,934 974 10,584 533 9,878 426
20 0.03 14,112 734 12,701 660 11,995 552 16,934 880 10,584 486 9,878 385
2
0.1
4 0.08 21,783 2,448 19,634 2,207 18,487 2,077 25,796 2,899 16,337 1,467 15,334 1,205
6 0.07 20,790 2,336 18,711 2,102 17,672 1,985 24,948 2,803 15,593 1,401 14,553 1,144
8 0.055 18,900 2,123 17,010 1,911 16,065 1,805 22,680 2,547 14,175 1,274 13,230 1,040
12 0.03 15,309 1,548 13,778 1,393 13,013 1,316 18,371 1,857 11,482 1,031 10,716 842
16 0.03 13,608 1,375 12,247 1,238 11,567 1,169 16,330 1,651 10,206 917 9,526 749
20 0.025 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
25 0.015 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
30 0.01 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.2
4 0.1 21,783 2,448 19,634 2,207 18,487 2,077 25,796 2,899 16,337 1,467 15,334 1,205
6 0.08 20,790 2,336 18,711 2,102 17,672 1,985 24,948 2,803 15,593 1,401 14,553 1,144
8 0.07 18,900 2,123 17,010 1,911 16,065 1,805 22,680 2,547 14,175 1,274 13,230 1,040
12 0.04 15,309 1,548 13,778 1,393 13,013 1,316 18,371 1,857 11,482 1,031 10,716 842
16 0.04 13,608 1,375 12,247 1,238 11,567 1,169 16,330 1,651 10,206 917 9,526 749
20 0.035 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
25 0.025 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
30 0.017 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.3
4 0.13 21,783 2,448 19,634 2,207 18,487 2,077 25,796 2,899 16,337 1,467 15,334 1,205
6 0.11 20,790 2,336 18,711 2,102 17,672 1,985 24,948 2,803 15,593 1,401 14,553 1,144
8 0.09 18,900 2,123 17,010 1,911 16,065 1,805 22,680 2,547 14,175 1,274 13,230 1,040
12 0.06 15,309 1,548 13,778 1,393 13,013 1,316 18,371 1,857 11,482 1,031 10,716 842
Continued
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
MILLING Solid Carbide Endmills
698 Solid Carbide Endmills
B
Workpiece Material
Carbon Steel, Alloy
Steel
(180~250HB)
Alloy Steel, Tool Steel
(25~35HRC)
PH and Ferritic/
Martensitic Steel
(35~45HRC)
Copper, Copper Alloy Hardened Steel
(45~55HRC)
Hardened Steel
(55~65HRC)
Ratio to Standard Depth of Cut (ap) 1.00 0.90 0.80 1.20 0.65 0.60
Outer
Diameter
(mm)
Fillet
Radius
r
(mm)
Neck
Length
(mm)
ap
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
Rotation
Speed
n
r/min
Feed
Speed
Vf
mm/min
2
0.3
16 0.06 13,608 1,375 12,247 1,238 11,567 1,169 16,330 1,651 10,206 917 9,526 749
20 0.037 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
25 0.03 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
30 0.021 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.5
6 0.17 20,790 2,336 18,711 2,102 17,672 1,985 24,948 2,803 15,593 1,401 14,553 1,144
8 0.14 18,900 2,123 17,010 1,911 16,065 1,805 22,680 2,547 14,175 1,274 13,230 1,040
12 0.08 15,309 1,548 13,778 1,393 13,013 1,316 18,371 1,857 11,482 1,031 10,716 842
16 0.08 13,608 1,375 12,247 1,238 11,567 1,169 16,330 1,651 10,206 917 9,526 749
20 0.05 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
25 0.05 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
30 0.03 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.8
6 0.22 20,790 2,336 18,711 2,102 17,672 1,985 24,948 2,803 15,593 1,401 14,553 1,144
8 0.2 18,900 2,123 17,010 1,911 16,065 1,805 22,680 2,547 14,175 1,274 13,230 1,040
12 0.13 15,309 1,548 13,778 1,393 13,013 1,316 18,371 1,857 11,482 1,031 10,716 842
16 0.1 13,608 1,375 12,247 1,238 11,567 1,169 16,330 1,651 10,206 917 9,526 749
20 0.06 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
25 0.057 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,445 8,931 721 8,335 588
30 0.045 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
2.5
0.1
10 0.05 15,309 1,548 13,778 1,393 13,013 1,316 18,371 2,064 11,482 1,031 10,716 842
20 0.03 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,605 8,931 721 8,335 588
30 0.015 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.2
10 0.07 15,309 1,548 13,778 1,393 13,013 1,316 18,371 2,064 11,482 1,031 10,716 842
20 0.04 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,605 8,931 721 8,335 588
30 0.025 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.3
10 0.09 15,309 1,548 13,778 1,393 13,013 1,316 18,371 2,064 11,482 1,031 10,716 842
20 0.06 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,605 8,931 721 8,335 588
30 0.03 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
0.5
10 0.12 15,309 1,548 13,778 1,393 13,013 1,316 18,371 2,064 11,482 1,031 10,716 842
20 0.08 11,907 1,203 10,716 1,084 10,121 1,023 14,288 1,605 8,931 721 8,335 588
30 0.05 11,312 1,144 10,181 1,029 9,615 972 13,574 1,373 8,483 685 7,918 559
3 0.1
6 0.08 14,400 2,021 12,960 1,820 12,240 1,718 17,280 2,426 10,800 1,213 10,080 991
8 0.07 14,400 2,021 12,960 1,820 12,240 1,718 17,280 2,426 10,800 1,213 10,080 991
Continued
Recommended Cutting Data (General Type)
SPM200-RN2/SHM200-RN2
2 Flutes, Corner Radius Endmill, Micro Diameter for Deep Machining
[Note] Please refer to P702.
