φ140
φ32
CA55
！
高速·长寿命
High
Speed
CA5505
钢加工用革命性CVD涂层
Innovative
CVD
Coated
Carbides
for
Stee
l
Machining
05/15/25/35
系列
完成
Completion
of
The
CA55
Series
1
30
平滑金色涂层
Bright
Gold
Coating
通过特殊表面处理（PICA技术；Physical
Innovation
for
Coating
Advantage）实现超平滑的表面
Super
Smooth
Surface
by
Special
“PICA”
Surface
Finishing
Technology
●
防止钢加工过程中的溶合、突发性的崩刃
Prevents
Adhesion
and
Sudden
Fracture
when
Machining
Steel
●
同时实现高品位的加工表面精度和高信赖性
High
Quality
Surface
Finish
and
High
Reliability
●
在昏暗的操作现场也可清晰分辨使用过的刀尖
Easy
to
Identify
Used
Cutting
Edges
Even
in
Dim
Light
SCM420
·环形齿轮
Ring
Gear
·V=400m/min
·d=1～1.5mm
·f
=0.35mm/rev
·湿式
Wet
·CNMG120412CQ
120个／刀尖
120
pcs/edge
平滑的金色涂层
Bright
Gold
Coating
原来的涂层
Conventional
Coating
其他公司涂层A
Comp.
A
(Coated)
100个／刀尖
100
pcs/edge
·通过使用CQ断屑槽（CA55
05
）改善了切屑处理，同
其他公司涂层A相比，加工数量也提高了1.2倍。
·By
CQ
chipbreaker
(CA5505),
chip
control
is
improved
and
machined
1.2
times
as
many
workpieces
as
Competitor
A.
（根据客户评价）
Evaluation
from
the
user
轻断续·安定
Light
Interrupted
CA5515
2
高纵横比
「超精细TiCN」
High
Aspect
Ratio
"Ultra
Fine
TiCN"
通过高纵横比的超精细TiCN＋高韧性Al
2
O
3
组织结构实现
钢材的高速高效率加工
High-speed
&
High-efficiency
Steel
Machining
is
Possible
Due
to
the
High
Aspect
Ratio
Ultra
Fine
TiCN
+
Tough
Al
2
O
3
Coating
TiN
层
TiN
提高表面光滑度·抗溶合性
Surface
Smoothness
/
Welding
Resistance
α
-Al
2
O
3
层 α
-Al
2
O
3
提高高温稳定性·抗氧化磨损性
High
Temperature
Stability
/
Crater
Wear
Resistance
特殊中间层
Special
Interlayer
S35C
·螺栓
Bolt
·V=230m/min
·ｄ=1～1.5mm
·ｆ=0.22mm/rev
·湿式
Wet
·TNMG160408PS
500个／刀尖
500
pcs/edge
结合力强化·提高粘结度
High
Binding
Force
/
Prevents
Peeling
其他公司涂层B
Comp.
B
(Coated)
350个／刀尖
350
pcs/edge
TiCN
层
TiCN
通过高纵横比的显微柱状组织结构
提高了抗崩韧性·抗磨损性
Improved
Fracture
Resistance
and
Wear
Resistance
due
to
the
High
Aspect
Ratio
and
Fine
Columnar
Structure
专用超硬母材
Special
Carbide
Substrate
·CA55
15
相比其他公司涂层B，加工数量达到1.5倍
CA55
15
的切削速度从V=200m／min提高到了230m
／min，也没有发生崩损，实现稳定加工。
·CA5515
machined
1.4
times
as
many
workpieces
as
Competitor
B.
·CA5515
enabled
stable
machining
without
chipping
even
increased
cutting
velocity
V=200→230m/min
condition.
（根据客户评价）
Evaluation
from
the
user
N2