Face Cutter

Face CutterClassification

Shape Series Tooling Sheet Feature Cutting Edge Angle
AHX440S_MM  
  • Heptagonal double-sided insert.
  • Economical 14 corner use.
  • Fine pitch design allows high feed milling.
AHX475S_MM  
  • Heptagonal double-sided insert.
  • Economical 14 corner use.
  • Fine pitch design allows high feed milling.
AHX640S_MM
  • Heptagonal double-sided insert.
  • Economical 14 corner use.
  • Fine pitch design allows high feed milling.
AHX640W_MM
  • Heptagonal double-sided insert.
  • Economical 14 corner use.
  • Fine pitch design allows high feed milling.
AJX
  • Suitable for high feed cutting.
  • Standardization of coolant holes.
  • Special insert design with the use of 3 cutting edges.
  • High rigidity due to double clamp structure.
  
AJX_MM
  • High rigidity due to double clamp structure.
  • Suitable for high feed cutting.
  • Special insert design with the use of 3 cutting edges.
  • Standardization of coolant holes.
  
APX3000_MM
  • High accuracy, high quality vertical wall.
APX4000_MM
  • High accuracy, high quality vertical wall.
  • Air coolant through.
ARP_MM  
  • High runout accuracy when indexing inserts.
  • Strong clamping system
  • Standardized stock of extra fine pitch.
  
ASX400_MM
  • High rigidity holder.
  • Economical due to the use of 4 cutting edges.
  • Low resistance due to the 3D designed of the curved cutting edge.
  • Curved cutting edge and high rigidity holder
ASX445_MM
  • Precise but inexpensive molded type 20° positive insert.
  • Screw-on type.
  • A wide range of chip breakers.
  • High rigidity due to employment of a carbide shim.
AXD4000A
  • Low resistance inserts.
  • Multi functional milling.
  • High spindle speeds possible.
  • Excellent wall accuracy.
AXD4000_MM
  • High spindle speeds possible.
  • Low resistance inserts.
  • Multi functional milling.
  • High spindle speeds possible.
  • Excellent wall accuracy.
AXD7000_MM
  • Multi functional milling.
  • High spindle speeds possible.
  • Low resistance inserts.
  • Excellent wall accuracy.
BRP
  • Multi functional milling.
  • Round shape insert gives strong cutting edge.
  • 11°positive insert.
  • Suitable for roughing of moulds and dies.
  
FMAX_COMPACT  
  • For Compact and Smaller Machining Centers
  • Internal coolant and a special chip breaker wall (Body protector) provides ideal chip discharge performance.
  • Light Weight, High Rigidity Body
  • High precision, Easy setting
FMAX_MM  
  • Internal coolant and a special chip breaker wall (Body protector) provides ideal chip discharge performance.
  • Light Weight, High Rigidity Body
  • High precision, Easy setting
VOX400_MM
  • Economical due to the use of 8 cutting edges.
  • Vertical inserts with high　strength cutting edge.
VPX200_MM  
  • Arranging the inserts tangentially secures high holder rigidity.
  • Different types of milling cover a wide variety of situations.
VPX300_MM  
  • Arranging the inserts tangentially secures high holder rigidity.
  • Different types of milling cover a wide variety of situations.
WJX09_MM  
  • Double sided Z Geometry.
  • Smooth chip discharge.
  • Excellent sharpness enables reduced cutting noise and provides long tool life
  
WJX14_MM  
  • Double sided Z Geometry.
  • Smooth chip discharge.
  • Excellent sharpness enables reduced cutting noise and provides long tool life
  • Suitable for high feed machining.
  • With through coolant holes.
  • Special insert design with 6 cutting edges.
  
WSF406W  
  • Tough and Sharp Inserts for Low Cutting Resistance
  • Easy-to-use Adjustable Run-out System
WSX445_MM
  • Double sided Z Geometry.
  • Smooth chip discharge.
WWX200_MM  
  • The indexable inserts with 6 usable cutting edges offer lower cost per cutting edge
  • Innovative geometry generates low cutting forces.
  • reliable machining
WWX400_MM  
  • The indexable inserts with 6 usable cutting edges offer lower cost per cutting edge
  • Innovative geometry generates low cutting forces.
  • reliable machining
  • The milling cutter with cutting diameter DC = 50 mm has a built-in set bolt.

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