■ General Features SEC-WaveMill WFX Type for shoulder milling is a screw-locking type cutter capable of using four corners.
Ideal cut edge design delivers good squareness. Now with high-efficiency, multi-functional
WFXH type and chamfering WFXC type. Our wide range covers a wide variety of applications.
Buy 10 inserts per pocket at standard price, and receive the milling body for FREE
WFXH Type WFXC Type
■ Grade Application Range
Work Material Grade Finishing to Light Cutting Medium Cutting Rough to Heavy Cutting
Work Material
Finishing to Light Cutting Medium Cutting Rough to Heavy Cutting Grade
ACP100 C
ACK200
C
ACP200
Cast Iron
ACK300
P
Steel
P
ACP300
P
DL1000
P
ACM200
C
Non-FerrousMetal
H1
ACM300
StainlessSteel
P
The letters "C" and "P" at the end of each grade indicate the coating type. : CVD, : PVD, Blank: Uncoated C P
■ Chipbreaker Selection
N
P K M
Work Material
L Type
G Type
H Type
Wiper Insert
S Type
L Light Cutting
↑
General-purpose (Standard)
Chipbreaker
G
Features Low Cutting Force General-purpose Type High Strength Type
Wiper Edge
Sharp Edge
H Heavy Cutting
Cutting Edge Cross Section
10°
20 °
15°
25°
15°
Light Cutting, Low Rigidity Milling and Reduction of Burrs
Main Chipbreaker General Purpose to Interrupted Milling
Roughing, Heavy Interrupted Cutting and Hardened Steel Milling
Cutting Edge Strength → Large
Applications
For Non-Ferrous Metals High-precision Finish
Optimized wiper edge shape provides superior surface roughness. ■ Wiper Insert
Precautions when Using Wiper Inserts ● The wiper insert has a single corner speci cation. ● Attach the wiper insert so that the chamfered corner is in location (1) shown in the gure. ● Use the corner with the ID mark. (2) (08-size inserts have no marks) ● Refer to page N19 for details about wiper inserts.
(1)
M Class Inserts
Wiper inserts are 0.006 in longer than M Class inserts
(2)
Wiper Edge
WFX Type
Conventional Tool
● Optimized Edge Shape (For Shoulder Milling)
(1)
(2)
(3)
Large step difference and rough surface
Small step difference and smooth surface
(1): The convex shape ensures cutting edge strength (2): The flat shape reduces step differences in shoulder milling (3): The wiper edge function improves the surface roughness
Effects of Allocation of Cutting Edge Functions
17
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