Tool can be replaced only by changing the head on the machine.
The modular head can be easily replaced on the machine, allowing for a quick and precise tool change with the arbor and modular head securely mounted.

When it combined with modular heads for finishing, Accuracy is almost same compare with solid tool.
When combined with modular heads for finishing, it achieves accuracy nearly identical to solid tools. Moreover, when paired with the high-precision indexable tool “MIRROR BALL,” it delivers R-accuracy of ±0.01 mm. Therefore, it performs flawlessly even in high-precision finishing applications.

Maximum overhang length is 338mm (In case of tool diameter 32mm)
The tool achieves highly efficient machining with less vibration even when machining long overhang lengths, as the longest length reaches 295 mm below the neck and 360 mm overall (for shank tool diameter Φ32).

Adopted G-Body.Multi function
The holders are adopted G-Body which is high rigidand high durable. It’s applicable for  difficult-to-cut material. Possible to use multi purpose of applications. Applicable for not only shoulder milling or slotting, but also ramping or helical interpolation.

Cutting force is reduced
High precision 3D breaker reduces cutting force.
High-efficient machining is possible.

High precision and High efficient shoulde milling is possible.
Thanks to the combination of high accurate inserts and holder, high quarity shoulder milling is possible. Due to long cutting edge of about 15 mm, high efficient machining is possible.

High efficient machining is possible due to 4 flutes.
High rigidity of tool and un-equal pitch control the vibration.

Achieved low cutting force due to helix angle 45°, and provided good cutting performance.
Adopting unique flute geometry at the center point achived good chip ejection & stable machining.

Newly developed “DH coating”
Adopted new PVD coated grade “DH102” by combination of newly developed DH COATING & super micro-grain carbide suitable for high hardened material. Achieved longer tool life.

Square End mill
The cutting edge shape has excellent cutting ability and improves the surface roughness of the peripheral relief surface and rake surface to improve the edge stand-up performance. It also improves chip evacuation for highly efficient machining.

Radius End mill
Reduced the cutting forces and improved radius form accuracy by helix gash.

Solid modular head SMAL type showed the same performance as the solid end mill.
Combined with a carbide shank arbor that reduces vibration, long overhangs can be machined.

Perfect for heat-resistant alloys, titanium alloys, and
stainless steel by reducing vibration.
The use of an unequal lead angle of 42°-45°, combined with unequal leads at the corner radius, effectively achieves a higher level of chatter suppression.

Perfect corner radius in pocket milling
Good surface finish can be obtained on thin-walled workpieces such as blades and on corner radius in pocket milling where machined surfaces tend to worsen.

It achieved long tool life with combination of
perfect base metal and grade
Perfect for Inconel, heat-resistant alloys, titanium alloys, etc., which are widely used in the aircraft industry.

Highly efficient machining with short 1D blade length
Adopting high rigidity web thickness & super short flute length (1D) achieves high efficient machining.

Seamless geometry with Un-equal pitch and irregular
helix flutes solved vibration problem

New Coating for High Hardness Materials ”DH Coating” achieved long tool life.
“DH110”, multi nano layered PVD coating on super micro grain substrate material, perform longer tool life at machining high hardened materials.

Highly efficient machining with short 1D blade length
Adopting high rigidity web thickness & super short flute length (1D) achieves high efficient machining from roughing to finishing.

Seamless geometry with Un-equal pitch and irregular helix flutes solved vibration problem.
Adopted seamless geometry of corner radius & peripheral cutting edge. Un-equal pitch and irregular helix flutes solved vibration problem.

New Coating for High Hardness Materials ”DH Coating” achieved long tool life.
“DH110”, multi nano layered PVD coating on super micro grain substrate material, perform longer tool life at machining high hardened materials.

Cat. No.

Φ16～Φ32

RNM-S/T-C(Carbide shank)

RNM-T-C(Taper neck)

Φ6～Φ32

RNMU(Carbide shank)

Φ10~Φ32

RNM insert achieves more precise bottom face finishing.
Run out of bottom cutting edge is less than 5 μm. High-accurate bottom machining is bossible by adopting 1° concavity angle. The insert with corner radius less than 0.1 mm is also lined up.

HRM insert achieves hi-feed and hi-accuracy semi-finishing.
High-feed semi-finishing is possible by adopting bigger radius on the corner and making chips thiner.

FRM isnert is low cutting force  geometry and achieves high precision side-face finishing.
Most suitable for high-precision finishing of high-hardened material or high-feed material. By adopting shorter straight peripheral cutting edge, the deflection is reducedwhen machining vertical wall.

Cat. No.

Φ16～Φ30

Φ6～Φ30

BNMU-C (Carbide shank)

Φ10～Φ30

Ultimate precision indexable ball nose endmill
Insert R-accuracy is ±0.006mm or less, which is as high as that of solid ball end mills.
2 to 3 times higher efficient machining can be possible compared with conventional steel body,due to control the vibration by the combination of Carbide shank arbor.

Economical indexable insert
MIRROR BALL finishing can replace with conventional solid carbide ball nose end mill finishing. By adopting economical indexable insert, tool costs of finishing process can be reduced greatly without using solid carbide ball nose end mills.

Suitable for a wide range of work materials
Suitable for a wide range of work materials from general steel,prehardened steel,cast iron to difficult-to-cut materials such as stainless steel, titanium alloys, and heat-resistant alloys.

Highly efficient machining with small-diameter multi-blade inserts even in small-diameter sizes
Low-resistance inserts with a unique 3D shape and multi-blade specifications achieved high-speed,high-efficiency machining even in small-diameter Φ10.

High-feed insertsn for various work materials
It can be used for highly efficient machining for various work materials such as general steel, prehardened and high hardened steel, cast iron, stainless steel, titanium alloys, and heat-resistant alloys.

Inserts for shoulder milling, high hardened materials,
and finishing
ZOMT type for general steel, prehardened and hardened steel, cast iron and stainless steel, etc. YOHW type for general steel, prehardened and hardened steel, cast iron, stainless steel, and titanium alloys.

EP type insert achieves metal removal rate : 144cc/min
Possible to machine low depth of cut and ultra high-feed machining with Max.ap＝1ｍｍ.
Achieved metal removal rate 144cc/min by dia. 32 mm tool. Applicable from general steel to high-hardened steel of 60 HRC.

ZPMT type inserts achieves shoulder milling of Max.ap＝1.0mm
Shoulder insert for roughing to semi-finishing of side or bottom surface. Max.ap is 6.0mm. There are 3 types of corner radius sizes ; R0.4,R0.8, and R2.0.They are applicable for the machining of corner R parts.

YPHW insert realizes high-efficient and high-precision machining.

Max depth of cut (ap)=10㎜ is possible,
EXSIX have excellent chip removal rate and high rigidity body .
EXSIX are usabele for wide applications such as face milling, slotting and plunging.

Body axial rake for low cutting resistance
Due to unique 3D insert shape, axial rake angle is positive, therefore EXSIX achieve low cutting force.

Arc-geometry on the periphery cutting edge reduce cusp height
Due to arc-geometry on the periphery cutting edge, cusp height can be smaller even in case of large ap andachieve high efficient & high precision machining for vertical wall.

High precision G class periphery grinding inserts
can get a long life and beautifully finished surfaces
Insert is double side (4 corners).
High precision G class periphery grinding inserts can get a long life and beautifully finished surfaces.
Because of arc geometry on the periphery cutting edge achieved high precision machining at ▽▽▽ level.

High rigidity insert achieved high precision machining even in large ap machining due to the thick insert
Max.depth of cut (ap)=15ｍｍ is possible.
Possible to applicate from roughing process to semi finishing even with large ap cutting

11 type has small-diameter, multi-blade, high-speed, high-precision blades for highly efficient semi-finishing processes
Accuracy of tool dia. with master insert 0〜-0.1 achieves even higher precision semi finishing process.
Superior cutting performance by multi blades with small inserts achieved high efficiency and high speed machining.
SL breaker for hard-to-cut materials such as Titanium alloy and Inconel.

Multi-blade specification for high-speed, high-feed machining with hard-to-cut materials
Superior cutting performance by multi blades with small inserts. Maximum ap=0.9mm is possible even if machining Titanium Alloy, Stainless Steel and Heat Resistant Alloy.

Staible high feed machiningfor hard-to-cut materials
Straight cutting edge and high axial rake angle give low cutting force and stable machining in hard-to-cut materials.

E class grinded inserts reduce initial wear and achieve long tool life
Adopted economical 4 corner positive insert. E class grinded inserts reduce initial wear and achieve long tool life. With chip-breaker insert and non-breaker insert are available.

One-side positive insert with high depth of cut and high feed machining
Axial rake angle of main body is strengthened, and the insert is a positive insert with excellent sharpness. 14 type is possible high feed machining with a high cutting depth of ap: max. 2.5 mm.

Large chip pocket achieved excellent chip removal
Large chip pockets are designed to improve chip evacuation during high-feed machining. It prevents problems such as biting chips during machining.

Wide range of inserts for a wide range of work materials
3 coating grades, such as JC8118, JC8050, and JC7550, can be applied to a wide range of materials from general steel to prehardened steel and high hardened materials.In addition, new DS150 coating is for difficult-to-cut materials such as titanium alloys

Cat. No.

Φ40～Φ66

Φ16～Φ40

Φ16～Φ42

EP type insert achieves metal removal rate : 144cc/min
Possible to machine low depth of cut and ultra high-feed machining with Max.ap＝1ｍｍ. Achieved metal removal rate 144cc/min by dia. 32 mm tool. Applicable from general steel to high-hardened steel of 60 HRC.

ZPMT type inserts achieves shoulder milling of Max.ap＝1.0mm
Shoulder insert for roughing to semi-finishing of side or bottom surface. Max.ap is 6.0mm. There are 3 types of corner radius sizes ; R0.4,R0.8, and R2.0.They are applicable for the machining of corner R parts.

Economical double-side insert
Economical double-side insert (4 corners). It is perfect tool for extensive roughing.

Optimal cutting edge shape
A wide variety of inserts are available, and the insert with the best cutting edge shape can be selected according to the work materials

Greatly metal removal rate
The low depth of cut specification  ap:1mm and the insert thickness of 4mm provide rigidity. These features enable efficient machining with low resistance in roughing and strong intermittent cutting.

Both high feed machining and shoulder milling are possible by using same insert.
Highly efficient and high-feed machining with an axial depth of cut of up to 2 mm is possible. A wide range of applications are available, including bore type,, end mill type, and modular head type.

Double-side insert (6 corners). Due to multi blades specification, achieved high efficient machining.
Double-side insert (6 corners). Due to multi blades specification, achieved high efficient machining. In addition, due to dovetail-shaped binding face, movement of inserts which occurs by cutting force is prevented only tightening single screw.

Best choice of grades for machining and intermittent machining of general steel to hardened steel
Insert grade <JC8118> for Genaral steel, Mold steel and High hardened steel less than 50HRC and <JC8050> for unstable machining are available.

Indexiable Drill
This Indexable drill is a simply replacing the cutting-edge inserts with excellent cutting performance. The insert uses a low-resistance EZ blade shape with a coolant hole, which ensures that the cutting edge is lubricated and improves cutting performance.

Tool consolidation is realized
A single holder can be used to mount inserts in 0.1 increments in the 1 mm range (10 sizes). It achieved tool consolidation. Also, a variety of materials can be machined by selecting the insert grade.

Suitable for side lock holders
A flanged type is also available, which, in combination with a side lock holder, improves the rigidity of the body, suppresses rifle marks, and realizes a beautiful surface.

Cat. No.

EZH

Φ2.02～Φ16.02

EZH-LS

Φ3～Φ5

Gentle Helix angle  degrees and shoulder R for drilling of high hardened materials up to 70HRC
Adopted helix angle 15 degrees and shoulder radius prevent chipping. Thinning shape suitable for high hardened materials improved chip resistance at the center of drill and chip evacuation.

Exclusive thinning for high hardened materials
Web thickness is 1.6 times more (compare with nomal carbide solid drill)

Stable drilling for high hardened materials
up to 70HRC by adopting “DH1” coating
By adopting “DH1” coating which provides high hardness & oxidization resistance, improved wear resistance and gives longer tool life. Adopting micro grain carbide with high toughness, improved chipping resistance.

Low-resistance blade shape and wide flute design for long tool life
Wave cutting edges provide low-resistance machining. The wide flute design and smooth surface treatment improves chip evacuation and extends tool life.

Because of multi application, achieved process integration
It reduces machining time by consolidating helical machining, etc. with conventional end mills for multi-functional applications such as drilling on inclined
surfaces and boring holes.

Restraing entrance burr and exit burr
Useful in situations where burr processing is difficult, such as crossed hole processing.

New Thinning shape
Because of low thrust, achieved excellent biting property. From biting till hole ends therefore, possible to get accurate hole size and position

New margin shape
New margin shape has rigidity and burnishing action, which reduce frictional resistance and cutting force resistance.

Smoothing process for flute
Favorable chip shape from low-speed machining to high-speed machining. Good chip evacuation machining is realized even drilling depth is 5D and 8D.

Solid chamfering cutter capable of machining high hardened materials (70HRC) V-slotting, hole chamfering, chamfering,and centering of high hardened materials(70HRC)to general-purpose steelare also available.

2-step tip angle and 3-blade specifications achieved high efficiency and long tool life. The two-step tip angle with an obtuse angle at the tip ensures rigidity of the cutting edge and enables highly efficient machining. 3-flute high helix shape enables highly efficient machining of not only hard materials but also other work materials.

High-efficiency machining of general-purpose materials in the high-speed
rotational range is also possible. It has a shank accuracy (h5) that can be adapted to shrink fit holders and hydro tooling with rigidity and precision at high speed rotation, enabling highly efficient machining ofnot only hard materials but also general-purpose materials in the high-speed rotation range.

• Superior Chip Evacuation:
  The high-feed tool features chip pockets designed for excellent chip evacuation, helping to maintain a clean cutting area. Additionally, the peripheral groove reduces body rubbing, extending the tool’s lifespan.