Enhanced lineup of coatings in addition to carbide and cermet for milling steel, stainless steel, cast iron, exotic materials, and aluminum alloy.
Finishing to Light Cut
Medium Cut
Rough to Heavy Cut
Finishing to Light Cut
Medium Cut
Rough to Heavy Cut
Work Materials
Work Materials
90° Shoulder Milling WEZ Series ACP2000
ACK2000
C
C
ACU2500
ACK3000
Cast Iron ■ Insert Grades Selection Guide The WEZ Series debuts with brand new inserts grades: ACP2000, ACP3000, ACK2000, ACK3000, DL2000, H20, T2500A & ACU2500. Highlighted by the newly developed general-purpose ACU2500 Grade, suitable for a wide range of materials and ACS2500 and ACS3000 for stainless steel and exotic alloys. Enhanced lineup of coatings in addition to carbide and cermet for milling steel, stainless steel, cast iron, exotic materials, and aluminum alloy. P P ACP3000 P P ACU2500
Steel
T2500A
DA1000
Finishing to Light Cut
Medium Cut
Rough to Heavy Cut
Finishing to Light Cut
Medium Cut
Rough to Heavy Cut
Work Materials
Work Materials
ACU2500
ACP2000
ACK2000
C
C
P
DL2000
Stainless Steel
ACS2500 P
ACU2500
ACK3000
P
Non-Ferrous Metal
P
P
Cast Iron
ACU2500
ACP3000
Steel
ACS3000 P
P
H20
P
Exotic Alloy
C ACM200
T2500A
DA1000
ACM300
P
ACU2500
P
The letters "C" and "P" at the end of each grade indicate the coating type.
: CVD : PVD C P
Coating Features Stainless Steel
DL2000
ACS2500
P
Non-Ferrous Metal
P
New Absotech TM (absolute technology) coating technology for absolute stability
ACS3000
H20
P
Exotic Alloy
C ACM200
ACM300
P
CVD
PVD
■ Coating Features
The letters "C" and "P" at the end of each grade indicate the coating type.
: CVD : PVD C P
New Absotech TM (absolute technology) coating technology for absolute stability
New Super Multi-Layered Composition PVD
CVD
Special Surface Treatment Suppresses thermal cracking by introducing high compressive stress, resulting in chipping resistance more than twice as good as conventional types By controlling the growth direction, Al2O3 is reinforced for crater wear resistance more than twice as good as conventional types Crystal Orientation Control Al 2 O 3
Al 2 O 3
Higher hardness and twice the conventional wear resistance due to a fine crystal structure AlTiCrBN-based nano-layered coating
New Super Multi-Layered Composition
Film Special Surface Treatment Suppresses thermal cracking by introducing high compressive stress, resulting in chipping resistance more than twice as good as conventional types By controlling the growth direction, Al2O3 is reinforced for crater wear resistance more than twice as good as conventional types Crystal Orientation Control Al 2 O 3 Film
Al 2 O 3
5nm conventional wear resistance due to a fine crystal structure AlTiCrBN-based nano-layered coating Higher hardness and twice the
TiCN
High Adhesion Strength Significantly improved coating adhesion Chipping resistance more than twice as good as conventional types Applicable Grades: ACU2500, ACP3000, ACK3000, ACS2500, ACS3000 Cross Section of Cutting Edge Coating TEM Image 5nm High Adhesion Strength Significantly improved coating adhesion Chipping resistance more than twice as good as conventional types Applicable Grades: ACU2500, ACP3000, ACK3000, ACS2500, ACS3000 Cross Section of Cutting Edge Coating TEM Image
TiCN
High Hardness TiCN
Increased TiCN hardness by using a C-rich composition for flank wear resistance more than twice as good as conventional types High Hardness TiCN
Increased TiCN hardness by using a C-rich composition for flank wear resistance more than twice as good as conventional types
rbide bstrate
Carbide substrate
Carbide substrate
Carbide substrate
Applicable Grades: ACP2000, ACK2000
Applicable Grades: ACP2000, ACK2000
Coating Thickness (μm)
Work Materials
Coating Thickness (μm) Grades
Features Features
Work Materials
Grades
General-purpose grade for steel, stainless steel, and cast iron Adopts a carbide substrate with excellent fracture resistance and wear resistance, plus a new coating with excellent wear resistance and chipping resistance, utilizing stable long tool life with various work materials. Stable long tool life in high-speed machining is acheived with a new coating and a tough carbide substrate with excellent thermal crack resistance. Thanks to the excellent thermal crack resistance conferred by high thermal conductivity and the improved toughness due to the finer and more uniform structure. This cermet grade produces high levels of fracture resistance and wear resistance. Manages superb stability in machining of high-hardness stainless steel, due to a high-strength carbide substrate and highly wear-resistant coating. Executes superb stability in machining of stainless steel, due to a high-strength carbide substrate and highly chipping-resistant coating. Adopts a very tough carbide substrate, plus a new coating with excellent wear resistance and chipping resistance, results in stable long tool life for wet machining of steel. Stable long tool life with high-speed machining of cast iron is attained by adopting a new coating with excellent thermal resistance and a tough carbide substrate. Utilizes a carbide substrate with excellent wear resistance, in addition to a new coating with excellent wear resistance and chipping resistance, resulting in stable long tool life in dry machining of cast iron. DLC coating grade for non-ferrous metal machining with a low coefficient of friction and excellent adhesion resistance. Uncoated grade for non-ferrous metal machining with excellent wear resistance and fracture resistance. First recommendation for titanium alloy applications. Carbide substrate with excellent wear and adhesion resistance, coupled with a chipping-resistant coating, balances excellent wear and fracture Suitable for a wide range of exotic alloy machining applications. Utilizes excellent stability due to a high-toughness carbide substrate with a highly chipping-resistant coating Stable long tool life with high-speed machining of cast iron is attained by adopting a new coating with excellent thermal resistance and a tough carbide substrate. Utilizes a carbide substrate with excellent wear resistance, in addition to a new coating with excellent wear resistance and chipping resistance, resulting in stable long tool life in dry machining of cast iron. PCD grade featuring high-density sintered material made of ultra-fine grain diamond that demonstrates optimum wear and fracture resistance and excellent edge sharpness. General-purpose grade for steel, stainless steel, and cast iron Adopts a carbide substrate with excellent fracture resistance and wear resistance, plus a new coating with excellent wear resistance and chipping resistance, utilizing stable long tool life with various work materials. Stable long tool life in high-speed machining is acheived with a new coating and a tough carbide substrate with excellent thermal crack resistance. Thanks to the excellent thermal crack resistance conferred by high thermal conductivity and the improved toughness due to the finer and more uniform structure. This cermet grade produces high levels of fracture resistance and wear resistance. Manages superb stability in machining of high-hardness stainless steel, due to a high-strength carbide substrate and highly wear-resistant coating. Executes superb stability in machining of stainless steel, due to a high-strength carbide substrate and highly chipping-resistant coating. Adopts a very tough carbide substrate, plus a new coating with excellent wear resistance and chipping resistance, results in stable long tool life for wet machining of steel. First recommendation for titanium alloy applications. Carbide substrate with excellent wear and adhesion resistance, coupled with a chipping-resistant coating, balances excellent wear and fracture Suitable for a wide range of exotic alloy machining applications. Utilizes excellent stability due to a high-toughness carbide substrate with a highly chipping-resistant coating DLC coating grade for non-ferrous metal machining with a low coefficient of friction and excellent adhesion resistance. Uncoated grade for non-ferrous metal machining with excellent wear resistance and fracture resistance. PCD grade featuring high-density sintered material made of ultra-fine grain diamond that demonstrates optimum wear and fracture resistance and excellent edge sharpness.
Steel
Stainless Steel
ACU2500
3
Steel
Stainless Steel
ACU2500 Cast Iron Exotic Alloy
3
ACP2000
10
Cast Iron
Exotic Alloy
ACP3000
3
ACP2000 Steel
10
T2500A
—
ACP3000
3
Steel
ACM200
6
T2500A
—
ACM300
3
ACS2500
3
ACM200 Stainless Steel Exotic Allo
6
y
ACS3000
3
ACM300
3
10
ACK2000
ACS2500 Cast Iron
3
Stainless Steel
Exotic Allo
y
3
ACK3000
ACS3000
3
DL2000
0.5
10 H20
ACK2000
—
Non-Ferrous Metal
DA1000
—
Cast Iron
3
ACK3000
DL2000
0.5
H20
—
Non-Ferrous Metal
DA1000
—
4
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