Molded Chipbreakers for Positive Inserts

Name Chipbreaker Geometry Features Chip Control Range
YL YL Geometry
  • Great combination of sharpness and toughness
  • Covers extremely wide range
  • Excellent chip control
Chip Control Range
CL CLYouTube Geometry
  • Sharpest molded Chipbreaker
  • Excellent chip control
  • Less tool pressure
Chip Control Range
AM3 AM3YouTube Geometry
  • All purpose chipbreaker
  • Sharp edge with toughness
Chip Control Range
AMX AMX Geometry
  • Designed for very light depth of cut
  • Good sharpness
Chip Control Range
AZ7 AZ7YouTube Geometry
  • Excellent chip control at light feed and light depth of cut
Chip Control Range
ZR ZR Geometry
  • Covers a wide depth of cut range under high-speed and low-feed conditions
Chip Control Range
Name Chipbreaker Geometry Features Chip Control Range
AF3 AF3 Geometry
  • Good chip control
Chip Control Range
GA GA Geometry
  • Sharp and tough cutting edge
Chip Control Range
FG FG Geometry
  • Exclusively designed for ID boring
  • ‌Evacuates chips BACKWARD at light depth of cut
  • Sharp cutting edge with high rake angle
Chip Control Range
AF1 AF1 Geometry
  • Produces remarkable surfaces in semi-finishing of steels
Chip Control Range
AM5 AM5 Geometry
  • Chipbreaker for boring
  • Provides both good cutting performance and chip control
Chip Control Range
QB QB Geometry
  • Sharp and tough cutting edge
Chip Control Range

Ground Chipbreakers for Positive Inserts

Name Chipbreaker Geometry Features Chip Control Range
KHG KHG Geometry
  • Excellent chip control on finishing cuts
  • For super high-precision machining
  • Precision tolerance in corner radius: ±.0004"
Chip Control Range
K K Geometry
  • Superb chip control on finishing applications
  • Sharp cutting edge with the high rake angle
Chip Control Range
UHG UHG Geometry
  • Sharp cutting edge
  • Covers wide cutting condition range
  • Precision tolerance in corner radius: ±.0004"
Chip Control Range
U/U1 U/U1 Geometry
  • Sharp cutting edge prevents materials from work hardening
Chip Control Range
S S Geometry
  • Standard ground chipbreaker with wide cutting condition coverage
  • Sharp cutting edge with excellent chip control
Chip Control Range
AT AT Geometry
  • Excellent adhesion resistance with dimensional stability
    Best for small diameter parts and for machining low carbon steels
Chip Control Range
FM FM Geometry
  • Full-peripheral ground chipbreaker
Chip Control Range
Name Chipbreaker Geometry Features Chip Control Range
F05 F05 Geometry
  • Exclusively designed for ID boring
  • Evacuates chips BACKWARD
  • Excellent choice for blind hole machining

Chip Control Range
F1 F1 Geometry Chip Control Range
B1 B1 Geometry
  • Stable cutting when boring thanks to sharp and tough cutting edge
Chip Control Range
P1 P1 Geometry Chip Control Range
B2 B2 Geometry Chip Control Range
B3 B3 Geometry Chip Control Range
A A Geometry
  • Tough cutting edge and good chip control
  • General-purpose ID chipbreaker
Chip Control Range
A1 A1 Geometry
A2 A2 Geometry
  • Control chips at light feed and light depth of cut
  • Sharp cutting edge due to large rake angle
Chip Control Range
A283 A283 Geometry
  • Breaks chip into small pieces
Chip Control Range
A305 A305 Geometry Chip Control Range

Molded Chipbreakers for Negative Inserts

Name Chipbreaker Geometry Features Chip Control Range
UL ULYouTube Geometry
  • Negative insert with a positive insert's chipbreaker
  • Reduced burr
  • Improved microfinish
  • Superb advantage in cost per corner over positive inserts
Chip Control Range
ZF1 ZF1 Geometry
  • Produce small curled chips on finishing cuts
Chip Control Range
WM WM Geometry
  • Remarkable chip control in the low feed range
Chip Control Range
ZW1 ZW1 Geometry
  • Versatile chipbreaker with remarkable chip control performance in a wide range of conditions
Chip Control Range
ZP ZP Geometry
  • Double-positive rake and sharp cutting edge
  • Low tool pressure even at heavy depth of cut
Chip Control Range
Z5 Z5 Geometry
  • Very tough insert
  • Designed for machining with heavy interruption
Chip Control Range
WV WV Geometry
  • Offers the advantages of both a tough cutting edge and chip control
Chip Control Range
WR WR Geometry
  • Designed for cermet
  • Covers wide range of conditions
Chip Control Range
R1 R1 Geometry
  • Sharp cutting edge
  • Good chip control
Chip Control Range
GE GE Geometry
  • Sharp and tough cutting edge
Chip Control Range
G G Geometry
  • Tough chipbreaker for roughing with exceptional stability
Chip Control Range

Ground Chipbreakers for Negative Inserts

Name Chipbreaker Geometry Features Chip Control Range
DA DA Geometry
  • Excellent chip control and sharp cutting edge
Chip Control Range
D1 D1 Geometry Chip Control Range
N1 N1 Geometry
  • Double-positive design with the large rake angle
  • Excellent chip control
Chip Control Range
U2 U2 Geometry
  • Reduced burr and work hardening due to high rake design
Chip Control Range
L2 L2 Geometry
  • General-purpose chipbreaker with excellent toughness and chip control
Chip Control Range
B B Geometry Chip Control Range
C C Geometry Chip Control Range

Flat Top with Mirror Finish -Good for non-ferrous materials like PEEK, Brass, Aluminum and Copper-

Name Chipbreaker Geometry Features Chip Control Range
V
P
H
C Geometry
  • Very up-sharp edge with mirror finish
  • V:‌Mirror finish on Top and Flank side with R0 nose radius
  • P:Mirror finish on Top and Flank side
  • H:Mirror finish on Top side
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