Каталог Sumitomo пластины с алмазными вставками Sumidia - страница 47
Навигация
Каталог Sumitomo токарные резцы (державки) для внутреннего точения
Каталог Sumitomo микроинструмент
Техническая информация Sumitomo
Каталог Sumitomo модульные системы для револьверных головок токарных станков
Каталог Sumitomo твердосплавные заготовки
Каталог Sumitomo фрезы со сменными пластинами
SUMIDIA Drills
DAL Type DDL Type
DAL Type / DDL Type
Carbon steel, alloy steel Tempered Hardened steel Stainless Heat resistant Tactile Aluminum Copper Composite
up to 0.28% 0.29%– steel up to 45HRC 46HRC– steel
Ti alloy
alloy
Cast iron
cast iron alloy
G
alloy CFRP
S
Polycrystalline
diamond 3D
Our new product line includes a high precision type and a general type for
machining holes in aluminum alloys!
● DAL type for high precision machining is capable of making IT class 7–8 holes.
● DDL type for general hole machining is capable of making IT class 11–12 holes.
It is mainly used for machining holes for taps.
■ DAL Type ■ DDL Type
PL PL
DMM h8
DMM h8
DC m5
120°
140°
DC h8
LCF LCF
OAL OAL
Grade class SUMIDIA P Steel M Stainless steel Grade class SUMIDIA P Steel M Stainless steel
Applicable High speed / light cutting N K Cast iron N Non-ferrous metal Applicable High speed / light cutting N K Cast iron N Non-ferrous metal
machining General purpose cutting S Exotic alloy H Hardened steel machining General purpose cutting S Exotic alloy H Hardened steel
processes Rough cutting processes Rough cutting
DA2200
DA2200
Cutting dia. (shank dia.) Flute length Length Tip Cutting dia. (shank dia.) Flute length Length Tip
Cat. No. Cat. No.
DC (DMM) LCF OAL PL DC (DMM) LCF OAL PL
DAL 0500H–0600H ø5 ≤ DC ≤ ø6 31.6 81.6 1.6 DDL 050V–060V ø5 ≤ DC ≤ ø6 31.5 81.0 1.0
0601H–0700H ø6 ＜ DC ≤ ø7 36.9 91.9 1.9 061V–070V ø6 ＜ DC ≤ ø7 36.2 91.2 1.2
0701H–0800H ø7 ＜ DC ≤ ø8 37.2 92.2 2.2 071V–080V ø7 ＜ DC ≤ ø8 36.4 91.4 1.4
0801H–0900H ø8 ＜ DC ≤ ø9 42.5 102.5 2.5 081V–090V ø8 ＜ DC ≤ ø9 41.6 101.6 1.6
0901H–1000H ø9 ＜ DC ≤ ø10 42.8 102.8 2.8 091V–100V ø9 ＜ DC ≤ ø10 41.7 101.7 1.7
1001H–1100H ø10 ＜ DC ≤ ø11 53.1 113.1 3.1 101V–110V ø10 ＜ DC ≤ ø11 51.9 111.9 1.9
1101H–1200H ø11 ＜ DC ≤ ø12 53.4 113.4 3.4 111V–120V ø11 ＜ DC ≤ ø12 52.1 112.1 2.1
(Note) When ordering, for example, specify DAL0605H for ø 6.05 mm. (Note) When ordering, for example, specify DDL105V for ø 10.5 mm.
■ Recommended Cutting Conditions ■ Precautions for Use
vc : Cutting speed (m/min) f: Feed rate (mm/rev)
● When using DAL type for high precision machining, use it
Cutting diameter together with a machine that has especially high rigidity and a
Conditions DAL Type DDL Type Depth of cut Oil
DC (mm) high precision holder.
vc 80 to 100 to 150 150 to 200 to 250
up to ø8.0 ● Supply a sufficient amount of cutting oil to the opening of the
f 0.05 to 0.1 to 0.15 0.1 to 0.15 to 0.25 L/D = 3 or
Emulsion hole.
up to vc 80 to 100 to 150 150 to 200 to 250 less
ø12.0 f 0.08 to 0.13 to 0.2 0.15 to 0.2 to 0.3
Min. − Optimum − Max.
M
SUMIDIA
SUMIDIA
SUMIDIA Binderless
SUMICRYSTAL
M47
DAL Type DDL Type
DAL Type / DDL Type
Carbon steel, alloy steel Tempered Hardened steel Stainless Heat resistant Tactile Aluminum Copper Composite
up to 0.28% 0.29%– steel up to 45HRC 46HRC– steel
Ti alloy
alloy
Cast iron
cast iron alloy
G
alloy CFRP
S
Polycrystalline
diamond 3D
Our new product line includes a high precision type and a general type for
machining holes in aluminum alloys!
● DAL type for high precision machining is capable of making IT class 7–8 holes.
● DDL type for general hole machining is capable of making IT class 11–12 holes.
It is mainly used for machining holes for taps.
■ DAL Type ■ DDL Type
PL PL
DMM h8
DMM h8
DC m5
120°
140°
DC h8
LCF LCF
OAL OAL
Grade class SUMIDIA P Steel M Stainless steel Grade class SUMIDIA P Steel M Stainless steel
Applicable High speed / light cutting N K Cast iron N Non-ferrous metal Applicable High speed / light cutting N K Cast iron N Non-ferrous metal
machining General purpose cutting S Exotic alloy H Hardened steel machining General purpose cutting S Exotic alloy H Hardened steel
processes Rough cutting processes Rough cutting
DA2200
DA2200
Cutting dia. (shank dia.) Flute length Length Tip Cutting dia. (shank dia.) Flute length Length Tip
Cat. No. Cat. No.
DC (DMM) LCF OAL PL DC (DMM) LCF OAL PL
DAL 0500H–0600H ø5 ≤ DC ≤ ø6 31.6 81.6 1.6 DDL 050V–060V ø5 ≤ DC ≤ ø6 31.5 81.0 1.0
0601H–0700H ø6 ＜ DC ≤ ø7 36.9 91.9 1.9 061V–070V ø6 ＜ DC ≤ ø7 36.2 91.2 1.2
0701H–0800H ø7 ＜ DC ≤ ø8 37.2 92.2 2.2 071V–080V ø7 ＜ DC ≤ ø8 36.4 91.4 1.4
0801H–0900H ø8 ＜ DC ≤ ø9 42.5 102.5 2.5 081V–090V ø8 ＜ DC ≤ ø9 41.6 101.6 1.6
0901H–1000H ø9 ＜ DC ≤ ø10 42.8 102.8 2.8 091V–100V ø9 ＜ DC ≤ ø10 41.7 101.7 1.7
1001H–1100H ø10 ＜ DC ≤ ø11 53.1 113.1 3.1 101V–110V ø10 ＜ DC ≤ ø11 51.9 111.9 1.9
1101H–1200H ø11 ＜ DC ≤ ø12 53.4 113.4 3.4 111V–120V ø11 ＜ DC ≤ ø12 52.1 112.1 2.1
(Note) When ordering, for example, specify DAL0605H for ø 6.05 mm. (Note) When ordering, for example, specify DDL105V for ø 10.5 mm.
■ Recommended Cutting Conditions ■ Precautions for Use
vc : Cutting speed (m/min) f: Feed rate (mm/rev)
● When using DAL type for high precision machining, use it
Cutting diameter together with a machine that has especially high rigidity and a
Conditions DAL Type DDL Type Depth of cut Oil
DC (mm) high precision holder.
vc 80 to 100 to 150 150 to 200 to 250
up to ø8.0 ● Supply a sufficient amount of cutting oil to the opening of the
f 0.05 to 0.1 to 0.15 0.1 to 0.15 to 0.25 L/D = 3 or
Emulsion hole.
up to vc 80 to 100 to 150 150 to 200 to 250 less
ø12.0 f 0.08 to 0.13 to 0.2 0.15 to 0.2 to 0.3
Min. − Optimum − Max.
M
SUMIDIA
SUMIDIA
SUMIDIA Binderless
SUMICRYSTAL
M47