Search by:

Unit :

Solid End Mills

Solid End MillsClassification

Shape Series Geometry Cutter Body Type Feature Structure
A3SA Square (Center Cut)
  • Short
  • Stability and reliability even when slotting, ramping and plunging.
  • The cross sectional geometry of the flutes is perfect for efficient chip discharge.
 Solid Carbide
A3SARB Radius Type
  • Short
  • Stability and reliability even when slotting, ramping and plunging.
  • The cross sectional geometry of the flutes is perfect for efficient chip discharge.
 Solid Carbide
C2MAL Square (Center Cut)
  • Medium
  • Flute length is DC x 2.5.
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
 Solid Carbide
C2MHA Square (Center Cut)
  • Medium
  • High efficiency machining for aluminum alloys.
 Solid Carbide
C2XLAL Square (Center Cut)
  • Long Neck
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
  • With a long neck geometry DC x 3 and DC x 5.
 Solid Carbide
C3MAL Square (Center Cut)
  • Medium
  • Flute length is DC x 2.5.
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
 Solid Carbide
C3SXAL Square (Center Cut)
  • Extra Long
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
  • The flute length is DC x 5.
 Solid Carbide
C3XLAL Square (Center Cut)
  • Long Neck
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
  • With a long neck geometry DC x 3 and DC x 5.
 Solid Carbide
C4LATB Taper Ball Type
  • Long
  • High-efficiency roughing for aluminum impellers.
 Solid Carbide
CE4SRB Radius Type
  • Short
  • Ceramic corner radius end mill with high heat resistance.
  • Capable of softening Ni based alloys by generating heat during machining
  • DO NOT USE ON TITANIUM ALLOYS
 Ceramic
CE6SRB Radius Type
  • Short
  • Ceramic corner radius end mill with high heat resistance.
  • Capable of softening Ni based alloys by generating heat during machining
  • DO NOT USE ON TITANIUM ALLOYS
 Ceramic
DC2SB Ball Nose Type
  • Short
  • Suitable DC ball end mill for cemented carbide and other hard brittle materials processing.
 Solid Carbide
DC2XLB Ball Nose Type
  • Long Neck
  • Suitable DC long neck ball end mill for cemented carbide and other hard brittle materials processing.
 Solid Carbide
DF2XLB Ball Nose Type
  • Long Neck
  • 2 flute long neck ball nose end mill with original diamond coating for graphite machining.
 Solid Carbide
DF2XLBF Ball Nose Type
  • Long Neck
  • Diamond coated long-neck ball end mills are ideal for excellent surface finishes on non-ferrous materials.
 Solid Carbide
DF4JC Square (Center Cut)
  • Semi Long
  • 4 flute end mill with original diamond coating for graphite machining.
 Solid Carbide
DFC4JC Square (Center Cut)
  • Semi Long
  • 4 flute end mill with CVD diamond coating for CFRP machining.
 Solid Carbide
DFCJRT Square (Center Cut)
  • Semi Long
  • Cross-nick type end mill with original CVD diamond coating for CFRP machining.
 Solid Carbide
DLC2MAL Square (Center Cut)
  • Medium
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
  • DLC coating provides extreme resistance to welding.
 Solid Carbide
DLC2XLAL Square (Center Cut)
  • Long Neck
  • With a long neck geometry DC x 3 and DC x 5.
  • DLC coating provides extreme resistance to welding.
 Solid Carbide
DLC3MAL Square (Center Cut)
  • Medium
  • The cutting edge suppresses chatter and vibration, resulting in superior component surface finishes.
  • DLC coating provides extreme resistance to welding.
 Solid Carbide
DLC3SA Square (Center Cut)
  • Short
  • Stability and reliability even when slotting, ramping and plunging.
  • DLC coating aids in providing excellent chip evacuation.
 Solid Carbide
DLC3SARB Radius Type
  • Short
  • Stability and reliability even when slotting, ramping and plunging.
  • DLC coating aids in providing excellent chip evacuation.
 Solid Carbide
DLC3SXAL Square (Center Cut)
  • Extra Long
  • The flute length is DC x 5.
  • DLC coating provides extreme resistance to welding.
 Solid Carbide
DLC3XLAL Square (Center Cut)
  • Long Neck
  • With a long neck geometry DC x 3 and DC x 5.
  • DLC coating provides extreme resistance to welding.
 Solid Carbide
DLC4LATB Taper Ball Type
  • Long
  • High-efficiency roughing for aluminum impellers.
  • High resistance to welding when there is an insufficient coolant supply or during high-speed cutting.
 Solid Carbide
MP2ES Square (Center Cut)
  • Extra Short
  • 2 flute end mill.
 Solid Carbide
MP2MB Ball Nose Type
  • Medium
  • 2-flute ball nose end mills with medium cutting edge length for general use. Excellent performance for a wide range of workpiece materials such as carbon steel, alloy steel and hardened steel.
 Solid Carbide
MP2SB Ball Nose Type
  • Short
  • 2-flute ball nose end mills with short cutting edge length for general use. Excellent performance for a wide range of workpiece materials such as carbon steel, alloy steel and hardened steel.
 Solid Carbide
MP2SDB Ball Nose Type
  • Short
  • Excellent chipping resistance with a strong S curve cutting edge.
  • Ideal for semi-finish machining of forging dies.
 Solid Carbide
MP2SSB Ball Nose Type
  • Short
  • 2-flute ball nose end mills with short cutting edge length for general use. Excellent performance for a wide range of workpiece materials such as carbon steel, alloy steel and hardened steel.
 Solid Carbide
MP2XLB Ball Nose Type
  • Long Neck
  • 2-flute long neck ball nose end mills. Excellent performance for a wide range of workpiece materials such as carbon steel, alloy steel and hardened steel.
 Solid Carbide
MP3C Taper Type
  • Medium
  • The optimum helix angle provides great sharpness and suppresses the occurrence of burrs.
  • High feed machining is achieved by adopting 3 flutes.
 Solid Carbide
MP3ES Square (Center Cut)
  • Extra Short
  • 3 flute end mill.
 Solid Carbide
MP4EC Square (Center Cut)
  • Extra Short
  • 4 flute end mill.
 Solid Carbide
MS2ES Square (Center Cut)
  • Extra Short
  • 2 flute end mill.
 Solid Carbide
MS2JS Square (Center Cut)
  • Semi Long
  • 2 flute end mill for general use.
 Solid Carbide
MS2LS Square (Center Cut)
  • Long
  • 2 flute end mill for general use.
 Solid Carbide
MS2MD Square (Center Cut)
  • Medium
  • Strong edge type, 2 flute end mill with high resistance to corner fracturing.
 Solid Carbide
MS2MRB Radius Type
  • Medium
  • 2 flute corner radius end mill for general use.
 Solid Carbide
MS2MS Square (Center Cut)
  • Medium
  • 2 flute end mill for general use.
 Solid Carbide
MS2SS Square (Center Cut)
  • Short
  • 2 flute end mill for general use.
 Solid Carbide
MS2XL Square (Center Cut)
  • Long Neck
  • 2 flute long neck end mill.
 Solid Carbide
MS2XL6 Square (Center Cut)
  • Long Neck
  • 2 flute long neck end mill.
  • Shank type (diameter 6mm)
 Solid Carbide
MS3ES Square (Center Cut)
  • Extra Short
  • 3 flute end mill.
 Solid Carbide
MS4EC Square (Center Cut)
  • Extra Short
  • 4 flute end mill.
 Solid Carbide
MS4JC Square (Center Cut)
  • Semi Long
  • 4 flute end mill for general use.
 Solid Carbide
MS4MC Square (Center Cut)
  • Medium
  • 4 flute end mill for general use.
 Solid Carbide
MS4MRB Radius Type
  • Medium
  • 4 flute corner radius end mill for general use.
 Solid Carbide
MS4SC Square (Center Cut)
  • Short
  • 4 flute end mill for general use.
 Solid Carbide
MS4XL Square (Center Cut)
  • Long Neck
  • 4 flute long neck end mill.
 Solid Carbide
MSMHD Square (Center Cut)
  • Medium
  • 4 flute high power end mill.
 Solid Carbide
MSMHZD Square (Center Cut)
  • Medium
  • 3 flute end mill for both drilling and slotting.
 Solid Carbide
MSSHD Square (Center Cut)
  • Short
  • 4 flute high power end mill.
  • High rigidity short cut length type which adopted a new flute geometry and high helix.
 Solid Carbide
VC4JRB Radius Type
  • Semi Long
  • Radius type of VC4JC
  • 4 flute corner radius end mill for longer reach applications.
 Solid Carbide
VCLD Square (Center Cut)
  • Long
  • Long type of VCMD
 Solid Carbide
VF2MV Square (Center Cut)
  • Medium
  • An irregular helix 2 flute square end mill suitable for high-speed machining of hardened steel.
 Solid Carbide
VF2WB Ball Nose Type
  • Medium
  • Ball nose end mill suitable for machining of undercut geometries　and complex geometries using a 5-axis machine.
 Solid Carbide
VF2XL Square (Center Cut)
  • Long Neck
  • 2 flute long neck end mill for high-speed machining of hardened steels.
 Solid Carbide
VF2XLB Ball Nose Type
  • Long Neck
  • 2 flute long neck ball nose end mills with Impact Miracle coating for high hardness materials.
 Solid Carbide
VF2XLBS Ball Nose Type
  • Long Neck
  • 2 flute long neck ball nose end mill for high-speed machining of hardened steel.
  • Short shank type suitable for use with a shrink fit holder.
 Solid Carbide
VF3XB Ball Nose Type
  • Taper Neck
  • 3 flute ball end mill, high rigidity taper neck type.
 Solid Carbide
VF4MB Ball Nose Type
  • Medium
  • 4 flute ball nose end mill for high-speed machining of hardened steel.
 Solid Carbide
VF4MV Square (Center Cut)
  • Medium
  • An irregular helix 4 flute square end mill suitable for high-speed machining of hardened steel.
 Solid Carbide
VF6MHV Square (Center Cut)
  • Medium
  • Irregular helix 6 flute geometry reduces vibrations and achieves high efficiency machining.
  • Suitable for machining of difficult-to-cut materials such as stainless steel, titanium alloy and inconel.
 Solid Carbide
VF6MHVRB Radius Type
  • Medium
  • Irregular helix 6 flute geometry reduces vibrations and achieves high efficiency machining.
  • Suitable for machining of difficult-to-cut materials such as stainless steel, titanium alloy and inconel.
 Solid Carbide
VF6SVRCH Square (Center Cut)
  • Short
  • Roughing end mill with multiple internal through coolant holes suitable for difficult-to-cut materials
 Solid Carbide
VF8MHVCH Square (Center Cut)
  • Medium
  • Vibration control end mill with multiple internal through coolant holes ensures stable machining on difficult-to-cut materials and applications requiring long overhangs.
 Solid Carbide
VF8MHVRBCH Radius Type
  • Medium
  • Vibration control corner radius end mill with multiple internal through coolant holes ensures stable machining on difficult-to-cut materials and applications requiring long overhangs.
 Solid Carbide
VFFDRB Radius Type
  • Long Neck
  • Multi-task corner radius type allows more efficient high feed.
  • Adoption of multiple cuttings realized high feed cutting.
 Solid Carbide
VFHVRB Radius Type
  • Medium
  • Impact Miracle corner radius end mill for high feed and efficient machining.
 Solid Carbide
VFHVRB_TAPER_NECK Radius Type
  • Taper Neck
  • Impact Miracle corner radius end mill for high feed and efficient machining.
 Solid Carbide
VFMD Square (Center Cut)
  • Medium
  • End mills with Impact Miracle coating for high hardness materials.
 Solid Carbide
VFMDRB Radius Type
  • Medium
  • 6 flute corner radius end mill with Impact Miracle coating for high hardened materials.
 Solid Carbide
VFMFPR Square (Center Cut)
  • Medium
  • Impact Miracle roughing end mills suitable for the machining of deep walled components.
 Solid Carbide
VFMHVRBCH Radius Type
  • Medium
  • Vibration control corner radius end mill with multiple internal through coolant holes ensures stable machining on difficult-to-cut materials and applications requiring long overhangs.
 Solid Carbide
VFR2SB Ball Nose Type
  • Short
  • Optimization of the cutting edge curve, helix angle, and rake angle have improved the edge strength at all areas of the ball blades.
 Solid Carbide
VFR2SBF Ball Nose Type
  • Short
  • New ball geometry for mirror finish cutting.
 Solid Carbide
VFR2SSB Ball Nose Type
  • Short
  • Optimization of the cutting edge curve, helix angle, and rake angle have improved the edge strength at all areas of the ball blades.
 Solid Carbide
VFR2XLB Ball Nose Type
  • Long Neck
  • Precise machining of vertical walls is possible due to a back taper and a strong, seamless ball nose cutting edge geometry.
 Solid Carbide
VFR4MB Ball Nose Type
  • Medium
  • The 4 flute geometry with a cutting edge extending to the center achieves a long tool life and enables high efficiency machining.
 Solid Carbide
VFRPSRB Radius Type
  • Short
  • Completely Seamless Curved R Edge. DC≥1.5
  • The wiper edge and strong back taper achieve high-precision machining. 1.5≤DC≤5
 Solid Carbide
VFSD Square (Center Cut)
  • Short
  • End mills with Impact Miracle coating for high hardness materials.
 Solid Carbide
VFSDRB Radius Type
  • Short
  • 6 flute end mill with Impact Miracle coating for high hardened materials.
 Solid Carbide
VFSFPR Square (Center Cut)
  • Short
  • Impact Miracle roughing end mills for a wide range of work materials from carbon and alloy steel through to hardened steel and difficult-to-cut materials.
 Solid Carbide
VFSFPRCH Square (Center Cut)
  • Short
  • Roughing end mill with multiple internal through coolant holes suitable for difficult-to-cut materials.
 Solid Carbide
VQ2XLB Ball Nose Type
  • Medium
  • SMART MIRACLE coating providing better wear resistance when machining difficult-to-cut materials.
 Solid Carbide
VQ3XL Square (Center Cut)
  • Short
  • SMART MIRACLE coating enhances efficiency due to an improved chip disposal.
  • Multi-cutter at a small diameter of Ø0.3 mm are realized.
 Solid Carbide
VQ4MRB-FB Radius Type
  • Medium
  • A corner radius end mill with high fracture resistance.
  • A turn milling machine tool for Swiss-type automatic lathes for machining lobe surfaces.
 Solid Carbide
VQ4MVM Square (Center Cut)
  • Medium
  • Multi-functional end mill that enables steep ramping angles.
  • Chip evacuation is improved by widening the radial cutting edge pocket.
 Solid Carbide
VQ4SVB Ball Nose Type
  • Short
  • SMART MIRACLE irregular helix end mills for reduced vibration.
  • Delivering a stable performance on finish cutting for difficult-to-cut materials such as inconel.
 Solid Carbide
VQ4WB Ball Nose Type
  • Short
  • Multi-function ball end mill with a lollipop shape for 5-axis machining.
  • Optimal for back deburring, undercutting, and inner curved surface machining.
 Solid Carbide
VQ4XL Square (Center Cut)
  • Short
  • SMART MIRACLE coating enhances efficiency due to an improved chip disposal.
  • Multi-cutter at a small diameter of Ø1.0 mm are realized.
 Solid Carbide
VQ4XLRB Radius Type
  • Short
  • SMART MIRACLE coating enhances efficiency due to an improved chip disposal.
  • Multi-cutter at a small diameter of Ø1.0 mm are realized.
 Solid Carbide
VQ6MHVCH Square (Center Cut)
  • Medium
  • Vibration control end mill with multiple internal through coolant holes ensures stable machining on difficult-to-cut materials and applications requiring long overhangs.
 Solid Carbide
VQ6MHVRBCH Radius Type
  • Medium
  • Vibration control corner radius end mill with multiple internal through coolant holes ensures stable machining on difficult-to-cut materials and applications requiring long overhangs.
 Solid Carbide
VQELCS Square (Center Cut)
  • Extra Long
  • Chip breaker type end mill for efficient chip breaking capabilities that also provides good surface finishes.
  • A high rigidity Smart Miracle vibration damping end mill for high efficiency trochoidal milling.
 Solid Carbide
VQELCSRB Radius Type
  • Extra Long
  • Chip breaker type end mill for efficient chip breaking capabilities that also provides good surface finishes.
  • A high rigidity Smart Miracle vibration damping end mill for high efficiency trochoidal milling.
 Solid Carbide
VQFDRB Radius Type
  • Long Neck
  • Duplex corner radius type allows more efficient high feed.
  • High feed cutting realized through use of multiple cuts.
 Solid Carbide
VQHVRB Radius Type
  • Medium
  • SMART MIRACLE corner radius end mill for high feed rates and efficient machining.
 Solid Carbide
VQJCS Square (Center Cut)
  • Semi Long
  • Chip breaker type end mill for efficient chip breaking capabilities that also provides good surface finishes.
  • A high rigidity Smart Miracle vibration damping end mill for high efficiency trochoidal milling.
 Solid Carbide
VQJCSRB Radius Type
  • Semi Long
  • Chip breaker type end mill for efficient chip breaking capabilities that also provides good surface finishes.
  • A high rigidity Smart Miracle vibration damping end mill for high efficiency trochoidal milling.
 Solid Carbide
VQJHV Square (Center Cut)
  • Semi Long
  • SMART MIRACLE irregular helix end mills for reduced vibration and for delivering a stable performance on difficult-to-cut materials and long overhang applications.
 Solid Carbide
VQLCS Square (Center Cut)
  • Long
  • Chip breaker type end mill for efficient chip breaking capabilities that also provides good surface finishes.
  • A high rigidity Smart Miracle vibration damping end mill for high efficiency trochoidal milling.
 Solid Carbide
VQLCSRB Radius Type
  • Long
  • Chip breaker type end mill for efficient chip breaking capabilities that also provides good surface finishes.
  • A high rigidity Smart Miracle vibration damping end mill for high efficiency trochoidal milling.
 Solid Carbide
VQMHV Square (Center Cut)
  • Medium
  • SMART MIRACLE irregular helix end mills for reduced vibration and for delivering a stable performance on difficult-to-cut materials and long overhang applications.
 Solid Carbide
VQMHVRB Radius Type
  • Medium
  • SMART MIRACLE irregular helix end mills for reduced vibration and for delivering a stable performance on difficult-to-cut materials and long overhang applications.
 Solid Carbide
VQMHVRBF Radius Type
  • Medium
  • SMART MIRACLE corner radius, irregular helix end mills for reduced vibration.
  • Delivering a stable performance on finish cutting for difficult-to-cut materials such as inconel.
 Solid Carbide
VQMHZV Square (Center Cut)
  • Medium
  • 3 flute end mill for slotting and shoulder milling.
  • Featuring irregular helical geometry for reduced vibration.
 Solid Carbide
VQMHZVOH Square (Center Cut)
  • Medium
  • 3 flute end mill for slotting and shoulder milling.
  • The through coolant realize stable drilling and pocket machining.
  • Featuring irregular helical geometry for reduced vibration.
 Solid Carbide
VQN2MB Ball Nose Type
  • Medium
  • (Al, Ti, Si) N-based coating exhibits excellent wear and chipping resistance when machining heat resistant super alloys.
  • The R cutting edge rake angle and ball nose geometry have been optimised to improve strength.
 Solid Carbide
VQN4MB Ball Nose Type
  • Medium
  • (Al, Ti, Si) N-based coating exhibits excellent wear and chipping resistance when machining heat resistant super alloys.
  • The 2-flute end cutting edge provides excellent chip evacuation and is ideal for rough machining.
 Solid Carbide
VQN4MBF Ball Nose Type
  • Medium
  • (Al, Ti, Si) N-based coating exhibits excellent wear and chipping resistance when machining heat resistant super alloys.
 Solid Carbide
VQN4MVRB Radius Type
  • Medium
  • (Al, Ti, Si) N-based coating exhibits excellent wear and chipping resistance when machining heat resistant super alloys.
  • Optimized number of flutes for efficient and stable machining.
 Solid Carbide
VQN6MVRB Radius Type
  • Medium
  • (Al, Ti, Si) N-based coating exhibits excellent wear and chipping resistance when machining heat resistant super alloys.
  • Optimized number of flutes for efficient and stable machining.
 Solid Carbide
VQSVR Radius Type
  • Short
  • Featuring irregular helical geometry for reduced vibration.
  • Offering a greater fracture resistance than of conventional roughing by adopting an asymmetrical nick.
 Solid Carbide
VQT5MVRB Radius Type
  • Medium
  • Flute geometry suitable for slot milling.
  • The sharp corner R edges provide long tool life in machining of titanium alloys.
 Solid Carbide
VQT6UR Barrel
  • Medium
  • Nose and tangential form part has two different radius.
  • Irregular pitch design prevents chattering.
 Solid Carbide
VQXL Square (Center Cut)
  • Short
  • SMART MIRACLE coating enhances efficiency due to an improved chip disposal.
  • Multi-cutter at a small diameter of Ø1.0 mm are realized.
 Solid Carbide
iMX_B2S Ball Nose Type
  • Ideal for machining with long overhangs.
 Head Exchangeable
iMX_B3FV Ball Nose Type
  • High efficiency machining is possible in deep engraving processing(DCx5)
 Head Exchangeable
iMX_B4HV Ball Nose Type
  • Irregular curve cutting edge controls vibration and achieves stable machining of difficult-to-cut materials and is suitable for long overhang applications.
 Head Exchangeable
iMX_B4HV_E Ball Nose Type
  • Coolant thru design allows for effective chip evacuation.
  • Irregular curve cutting edge controls vibration and achieves stable machining of difficult-to-cut materials and is suitable for long overhang applications.
 Head Exchangeable
iMX_B4S Ball Nose Type
  • Ideal for machining with long overhangs.
 Head Exchangeable
iMX_B4WH_S Ball Nose Type
  • Optimal choice for machining undercut and complex shapes when using a 5-axis machine.
  • Coolant thru design allows for effective chip evacuation.
 Head Exchangeable
iMX_B6HV Ball Nose Type
  • Irregular curve cutting edge controls vibration and achieves stable machining of difficult-to-cut materials and is suitable for long overhang applications.
  • 6 flutes enables high machining efficiency.
 Head Exchangeable
iMX_C10HV Radius Type
  • High machining efficiency due to multi-flute design.
  • Irregular helix controls vibration and achieves stable machining.
 Head Exchangeable
iMX_C10T_C Radius Type
  • Suitable for 3-dimensional free-form surface cutting such as blades.
  • High feed cutting is possible due to multiple cutting edges.
 Head Exchangeable
iMX_C12HV Radius Type
  • High machining efficiency due to multi-flute design.
  • Irregular helix controls vibration and achieves stable machining.
 Head Exchangeable
iMX_C12T_C Radius Type
  • Suitable for 3-dimensional free-form surface cutting such as blades.
  • High feed cutting is possible due to multiple cutting edges.
 Head Exchangeable
iMX_C15T_C Radius Type
  • Suitable for 3-dimensional free-form surface cutting such as blades.
  • High feed cutting is possible due to multiple cutting edges.
 Head Exchangeable
iMX_C3A Radius Type
  • High efficiency machining is possible due to polished rake face and sharp cutting edge.
 Head Exchangeable
iMX_C4FD_C Radius Type
  • The duplex corner radius and 4 flute geometry enables efficient machining at higher feed rates.
  • End face center coolant hole provides a stable supply of coolant.
  • Duplex corner radius end mill is not suitable for corner radius machining due to the possibility of leaving unmachined areas.
 Head Exchangeable
iMX_C4FV Radius Type
  • Corner radius end mill for high efficiency machining.
  • Irregular helix controls vibration and achieves stable machining.
 Head Exchangeable
iMX_C4HV Radius Type
  • Vibration control corner radius type achieves stable machining of difficult-to-cut materials and is suitable for long overhang applications due to the irregular helix.
  • The fastening size of the holder and head should be the same.
 Head Exchangeable
iMX_C4HV_S Radius Type
  • Coolant thru design allows for effective chip evacuation.
  • Vibration control corner radius type achieves stable machining of difficult-to-cut materials and is suitable for long overhang applications due to the irregular helix.
 Head Exchangeable
iMX_C6HV Radius Type
  • High machining efficiency due to multi-flute design.
  • Irregular helix controls vibration and achieves stable machining.
 Head Exchangeable
iMX_C6HV_C Radius Type
  • Chatter and vibration are suppressed and stable machining is enabled by using irregular helix flutes.
  • Equipped with centre through coolant hole to improve chip evacuation.
 Head Exchangeable
iMX_C8T_C Radius Type
  • Suitable for 3-dimensional free-form surface cutting such as blades.
  • High feed cutting is possible due to multiple cutting edges.
 Head Exchangeable
iMX_CH3L Taper Type
  • Chamfered cutting head suitable for inner circumference.
  • Anti-vibration proprietary design.
 Head Exchangeable
iMX_CH6V Taper Type
  • Suitable for outer circumference.
  • Multiple cutting design for extended tool life.
 Head Exchangeable
iMX_R4F Square (Center Cut)
  • The roughing edge geometry reduces cutting resistance. Effective when rigidity of the machine or work piece is low.
 Head Exchangeable
iMX_RC4F_C Radius Type
  • The roughing edge geometry reduces cutting resistance. Effective when rigidity of the machine or work piece is low.
  • Centre through coolant hole provides excellent chip evacuation.
 Head Exchangeable
iMX_S3A Square (Center Cut)
  • High efficiency machining is possible due to polished rake face and sharp cutting edge.
 Head Exchangeable
iMX_S3HV Square (Center Cut)
  • 3-flute end mills suitable for side milling, slotting and plunging.
  • Irregular helix controls vibration and achieves stable machining.
 Head Exchangeable
iMX_S4HV Square (Center Cut)
  • Irregular helix controls vibration and achieves stable machining even when machining of difficult-to-cut materials and for applications with a long overhang.
 Head Exchangeable
iMX_S4HV_S Square (Center Cut)
  • Coolant thru design allows for effective chip evacuation.
  • Irregular helix controls vibration and achieves stable machining.
 Head Exchangeable

This website uses cookies in order to improve your experience and keep your session. By clicking on the 'I understand and accept' button on this page you consent the usage of cookies and accept our Privacy Policy .