
INDEXABLE MILLING
CLASSIFICATION (SCREW-IN TOOLS)
Features Cutter
Product Name · Shape APMX Dia.
Work Material Page
ASX400 a Economical due to the use of 4 cutting edges.
a Low resistance due to the 3D design of the curved
cutting edge.
a Curved cutting edge and high rigidity holder. Ø32 mm
.394" Ø40 mm
L084
a Max. depth of cut .394".
90°
KAPR
APX3000 a Air / coolant through.
a Low resistance insert and high rigidity body.
a Ideal chip control. Ø.625"
.394" a High wall accuracy can be produced by using this | L102
cutter and unique insert geometry. Ø1.375"
90°
KAPR
APX4000 a Air / coolant through.
a Low resistance insert and high rigidity body.
a Ideal chip control. Ø1.000"
.591" a High wall accuracy can be produced by using this | L115
cutter and unique insert geometry. Ø1.375"
90°
KAPR
AQX a Air / coolant through.
a The center bottom cutting edge enables drilling
7.4 mm and end milling without prepared hole. Ø16 mm
| | L199
18.0 mm Ø40 mm
90°
KAPR
VPX200 a Special designed insert with 4 cutting edges.
a High precision, high quality insert cutting edge with
finishing blade. Ø.625"
.315" a With through coolant holes. | L125
Ø1.500"
90°
KAPR
VPX300 a Special designed insert with 4 cutting edges.
a High precision, high quality insert cutting edge with
finishing blade. Ø1.000"
.433" a With through coolant holes. | L141
Ø1.500"
L 90°
KAPR
INDEXABLE MILLING
AJX a 13°, 15° positive insert.
a Air / coolant through.
.039" a High rigidity due to double clamp structure. Ø.625"
| a Suitable for high feed cutting. | L209
.079" a Special designed insert with the use of 3 cutting Ø1.375"
edges.
ARP a Air / coolant through.
a Round Insert Cutter for Difficult-to-cut Material.
.197" a High run-out accuracy when indexing inserts. Ø1.000"
| a Solid clamping system. | L241
.236" Ø1.500"
R
KAPR
L014