MS plus End Mill Series
Carbide End Mills
![MS plus End Mill Series](https://data.mmc-carbide.com/9916/6677/0589/msplus_main_02.png)
Tough applications require ''Plus'' performance
(Al,Ti,Cr)N multilayer coating
Our original coating technology enables a multilayer of (Al,Ti)N and (Al,Cr)N. It allows machining of a wide range of workpiece materials.
![(Al,Ti,Cr)N multilayer coating](https://data.mmc-carbide.com/1917/0590/0690/msplus_11_en-gl.png)
Chamfer Cutter MP3C
New, long tool life cutter for highly efficient chamfer machining.
![Chamfer Cutter MP3C](https://data.mmc-carbide.com/9016/6694/4297/msplus_20_en-gl.png)
Highly Effective for Chamfer Machining
The 3-flute geometry achieves high feed and extended tool life, and the effects of the helical flutes suppress the occurrence of burrs chamfer machining.
DLE and GKCD type drills are recommended for centering.
![](https://data.mmc-carbide.com/2516/6694/2982/msplus_21_en-gl.png)
S55C Comparison of Burrs After Chamfering
![](https://data.mmc-carbide.com/9016/6694/2974/msplus_22_en-gl.png)
For Swiss-Type Automatic Lathes MS plus End Mill Series
MP2ES/3ES/4EC
Provides Stable Machining and Resists Edge Chipping Even when Overused
![For Swiss-Type Automatic Lathes MS plus End Mill Series
MP2ES/3ES/4EC](https://data.mmc-carbide.com/3016/6694/2977/msplus_23_en-gl.png)
Comparison of Fracture Resistance - Machining SUS304
A round stainless steel bar is machined effectively due to the tough cemented carbide substrate and the gashed land providing improved fracture resistance.
![](https://data.mmc-carbide.com/9917/0589/9446/msplus_24_en-gl.png)
SQUARE END MILLS
MPMHV / MPJHV
The irregular helix geometry reduces vibration to enable efficient machining of carbon and stainless components.
![SQUARE END MILLS](https://data.mmc-carbide.com/7016/6694/3165/msplus_12_en-gl.png)
CUTTING PERFORMANCE
Comparison of surface roughness
Good surface with no chattering due to irregular helix.
![](https://data.mmc-carbide.com/2116/5823/1870/msplus_14_en-gl.png)
Comparison of feed rate
Up to double the feed rate of conventional end mills.
![](https://data.mmc-carbide.com/3516/5823/1872/msplus_15_en-gl.png)
RADIUS END MILLS
MPXLRB
Suitable for high precision and high efficient machining of die & mold.
Vibration control geometry is adopted for more than ø1 mm sizes.
4-flute is adopted in ø0.4‒6 mm sizes.
![RADIUS END MILLS](https://data.mmc-carbide.com/3016/5823/1879/msplus_18_en-gl.png)
Cutting Performance
NAK80 High Quality Surface Finishes
![](https://data.mmc-carbide.com/8116/5823/1881/msplus_19_en-gl.png)
MPMHVRB
A high-efficiency 4-flute radius end mill with irregular helix flutes and a wide range of application.
![](https://data.mmc-carbide.com/1516/5823/1875/msplus_16_en-gl.png)
Cutting Performance
AISI 304 Vibration Resistance Comparison
![](https://data.mmc-carbide.com/5616/5823/1877/msplus_17_en-gl.png)
BALL NOSE END MILLS
MP2SDB
Tough carbide substrate with high chipping resistance.
Ideal for semi-finishing of forging dies.
![BALL NOSE END MILLS](https://data.mmc-carbide.com/1316/6694/3079/msplus_07_en-gl.png)
CUTTING PERFORMANCE
Resistance to chipping
MP2SDB shows excellent chipping resistance even at large depths of cut,high feed rates and long overhang applications.
![](https://data.mmc-carbide.com/5916/5823/1853/msplus_08_en-gl.png)
MP3XB
Ideal for rough milling of long overhang applications and semi-finishing of forging dies (40-50 HRC)
![](https://data.mmc-carbide.com/9616/5823/1856/msplus_09_en-gl.png)
CUTTING PERFORMANCE
Resistance to chipping overhang length 40mm
Continued reliability when rough milling long overhang applications.
![](https://data.mmc-carbide.com/5616/6694/3109/msplus_10_en-gl.png)
MP2SSB / MP2SB / MP2MB / MP2XLB
Greatly improved wear resistance even when machining hardened materials.
MS plus provides long tool life on materials up to 52HRC.
For steels harder than 52 HRC, IMPACT MIRACLE end mills are recommended. (TOOLS NEWS B075)
![](https://data.mmc-carbide.com/1216/6694/3026/msplus_02_en-gl.png)
![](https://data.mmc-carbide.com/5616/6694/3193/msplus_13_en-gl.png)
CUTTING PERFORMANCE
Excellent wear resistance compared to conventional products.
![](https://data.mmc-carbide.com/7216/6694/3054/msplus_03_en-gl.png)
Technical consultation from here
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