- Long Projection
- High Precision
- Multi Flute
- High-Hardened Machining
- Economical Type
- Long Projection
- Multi Flute
- High Precision
- High Feed Type
- Programming Radius
- Programming Radius
- Programming Radius
- Economical Type
- High-Hardened Machining
- Aerospace & Energy Machining
- Long Projection
- Multi Flute
- High Precision
- High Feed Type
- High-Hardened Machining
- Aerospace & Energy Machining
- High Feed Type
- Economical Type
- Programming Radius
GP1LB
Combination of lens tool and barrel tool. Precision type
- Cusp height is reduced to approximately one-half compared to machining with a ball end mill.
- Added corner-connected R insert that easy to use for 3-axis machining.
GF3L
- Using GALLEA series together it is possible to process from semi-finishing to finishing with high efficiency
- Good sharpness positive design
- High efficiency cutting tool with three edge specification
- Economical three corner specification insert tip
- Unique insert restraining surface realizes strong insert clamping.
- Correspond to the center-through coolant.
GF2T
Large diameter φ35, φ40 added to the lineup
- Insert became 2-corner specification
GP1T
High efficiency for 5-axis machining
- Two types of process are possible with one tool that can fully utilize the merit of 5-axis machining
GF1
Large pitch! Low cusp!
- A new proposal for reducing finishing time.
- Contour pitch can be set to larger values.
IABPF/ABPF
W-Type insert geometry features full-radius flute for vertical wall machining
Available carbide shanks provide increased clamping and reduced vibration
Available carbide shanks provide increased clamping and reduced vibration
ABP4F
Four flute design provides improved productivity compared to traditional two-flute design.
Radius tolerance of ±0.01mm across three inserts
Radius tolerance of ±0.01mm across three inserts
IABPFN/ABPFN
High helix shape on inserts reduces chattering and improved surface finish.
Set up R accuracy of ±0.01mm (Insert R accuracy ±0.005mm)
Multiple coating grades for machining up to 62 HRC material.
Set up R accuracy of ±0.01mm (Insert R accuracy ±0.005mm)
Multiple coating grades for machining up to 62 HRC material.
IABPS/ABPS
Full radius ball inserts utilizes new PN08M coating
Ideal for machining cast iron, soft to hardened steels
Ideal for machining cast iron, soft to hardened steels
IARPF/ARPF
Radius End Mill for High-Precision Finishing.
Additional lineup of helical cutting edge inserts which offer both cutting edge strength and cutting performance.
Additional lineup of helical cutting edge inserts which offer both cutting edge strength and cutting performance.
TR4D
High Feed Radius Mill
TD4N
High Feed Radius Mill TD4N type
ASRF mini
High feed inserts feature economical 4 corner design.
One insert size fits all size.
Newly developed insert grades (AJ Coating) increase tool life.
One insert size fits all size.
Newly developed insert grades (AJ Coating) increase tool life.
IRH2P/RH2P
JP4005 coating for milling of hardened steel up to 62 HRC material.
True 2mm (.0787") corner radius on inserts for high precision roughing.
True 2mm (.0787") corner radius on inserts for high precision roughing.
IRV/RV
Insert coating are available for wet & dry machining of stainless steel, as well as aluminum, titanium and nickel based alloys.
Three types of chip breakers are available for different materials
Three types of chip breakers are available for different materials
IASRT
Highly rigid body design for trouble-free machining
Ideal for machining a wide range of materials including mild steel, cast iron, stainless steels and hardened steels up to 55HRC
Ideal for machining a wide range of materials including mild steel, cast iron, stainless steels and hardened steels up to 55HRC
IASR/ASR MULTI
Extraordinary metal removal and feed rate
one size insert fits all diameters 3/8" to 2.5"(16mm to 66mm)
one size insert fits all diameters 3/8" to 2.5"(16mm to 66mm)
IASRF
Economical four-corner inserts
Mill and inserts are designed for maximum cutting rigidity
Mill and inserts are designed for maximum cutting rigidity
IASR/ASR
Dramatic reduction in cutting deflection and force
2-5 times better performance than coventional radius cutters
2-5 times better performance than coventional radius cutters
IAR/AR
2-3 times greater performance over conventional indexable mills
Round insert for high-feed machining
Round insert for high-feed machining
ASPV mini
We've added high-precision finishing tools to our small-diameter multi-flute cutting tool series. The free-cutting edge shape solves issues related to vertical wall cutting.
IASPV/ASPV
Ideal for flat surface finishing as well as side wall finishing by wiper edge.
Supplementary cutting edge allows for increased feed rates
Supplementary cutting edge allows for increased feed rates
IASM/ASM
Indexable mill using advanced small-diameter inserts.
Pocket design and 3D-shaped cutting edge allows for high-efficient machining with small diameter sizes.
Pocket design and 3D-shaped cutting edge allows for high-efficient machining with small diameter sizes.
IAHU/AHU
Unique high rake geometry for 90 degree cutter reduces cutting forces
30% increased rigidity thanks to special steel material and chip pocket geometry
New insert coating grades JS, JP, JM, GX, and SD improve efficiency and tool life.
30% increased rigidity thanks to special steel material and chip pocket geometry
New insert coating grades JS, JP, JM, GX, and SD improve efficiency and tool life.
IASDF
Inserts feature front/back eight-corner design
One insert size fits all face mills from 2.5" to 6.0"
One insert size fits all face mills from 2.5" to 6.0"
IASF/ASF
2-5 times better roughing efficiency than conventional face mills
Very stable performance in interrupted cutting
Very stable performance in interrupted cutting
MODULAR SHANK
Designed for use with modular tools
Solid carbide design provides improved damping
Solid carbide design provides improved damping
