A
B
C
General Turning
Parting and Grooving
A 1 - A 283
A 284 - A 325
B 1 - B 242
B 243 - B 536
C 1 - C 121
C 122 - C 140
C 141 - C 152
C 153 - C 167
C 168 - C 174
D 1 - D 28
I 01 - I 14
A 326 - A 384
A1-A384
B1-B536
Thread Turning
Turning
Milling Indexable Tools
Milling - Solid Carbide Endmills
Milling
General Technical Information
Drilling - Solid Carbide Drills
Threading - Solid Carbide Tools
Drilling Indexable Tools
Reaming
Solid Carbide Threading Endmills
Drilling / Reaming / Threading
C1-C174
D
Content
Index
A
B
General Turning
Parting and Grooving
A A
1
1
-
A
A
A
283
283
A A
284
284
-
A
A
A
325
325
B
B
1
1
-
B
B
242242
B
B
243
243
-
B
B
536536
A A
326
326
-
A
A
A
384
384
A1-A384
B1-B536
Thread Turning
Turning
Milling Indexable Tools
Milling - Solid Carbide Endmills
Milling
CC
141
141
-
CC
152152
CC
153
153
-
CC
167167
CC
168
168
-
CC
174
174
Threading - Solid Carbide Tools
Reaming
Solid Carbide Threading Endmills
CC
1
1
-
CC
121
121
Drilling - Solid Carbide Drills
Inhaltsangabe
Drehen
Allgemeine Drehbearbeitung
Ab- und Einstechen
Gewindedrehen
Fräsen
Fräsen - WSP Werkzeuge
Fräsen VHM - Schaftfräser
Bohren - VHM Bohrer
Bohren - WSP Werkzeuge
Reiben
Gewinde - VHM Gewindebohrer
VHM Gewindefräser
Bohren / Reiben / Gewinde
WSP = Wendeschneidplatte VHM = Vollhartmetall
Allgemeine Technische Informationen
A 1
C 122
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
C 123
C 123
Tool type
Code Description
ZD Indexable drill
(WCMX *)
ZTD Indexable drill
(SPGT *)
Coupling structure
and type
Code Description
XP Weldon shank
Coupling size(mm)
25 32 40
Number of teeth
2
The ratio of length and
diameter
02 03 04 05
Diameter
Range 130-580
13mm-58mm
Insert clearance
angle
C 7o
P11o
Cutting edge
length
Code
Length
W S
03 3.8
04 4.3
05 5.4
06 6.5 6
08 8.7 7.94
09 9.8
11 11.5
12 12.7
14 14.3
Indexable drill Code Key ·
Insert shape
W80o
S
W
C
XP
03 05 0232
300
ZD
Bohren
Wendeschneidplattenbohrer
ISO Kennzeichnung WSP- Bohrern
Werkzeugtyp
Beschreibung
Kupplungsart
Beschreibung
Weldon Shaft
Kupplungsgröße Anzahl der Zähne
L / D Verhältnis Durchmesser
Bereich
WSP Freiwinkel
Schneiden-
länge (mm)
Länge
WSP Form
βo
Drill holder with excellent stiffness and special surface coating for higher feed
rate and higher productivity. /
Bohrkörper mit exzellenter Torsionssteigkeit und speziell beschichteter
Oberäche, die höhere Vorschübe und höhere Produktivität ermöglichen.
Big chip pocket for better chip removal /
Großer Spanraum für optimalen Spanabuß
Optimised insert seat and clamping, for less vibration and higher tool life. /
Optimierter Plattensitz und Plattenklemmung für vibrationsfreie Bearbeitung mit
hohen Standzeiten.
Application Example / Anwendungsbeispiel
Double helix internal cooling for more effective cooling and good chip removal,
especially for in deep hole boring. / Innenkühlung mit Doppelhelixdesign für
effektivere Kühlmittelzufuhr und Spanabuß speziell bei tieferen Bohrungen.
βo
αo
Adapter for innercooling on conventional machines /
Optional mit Adapter für die Innenkühlung bei
konventionellen Maschinen
YB6338
Type / Typ SPGT07T308-PM/YB6338
(outer + inner insert / Außen + Innen -WSP)
Cutting data
Schnittdaten Vc=150m/min f=200mm/min ap=45mm
Workmaterial
Werkstoff C45R 11201(150-200HB)
Comparison
Vergleich
Cooling system
Kühlsystem
Doublehelix internal cooling
Doppelhelix-Innenkühlung
Comparison
Vergleich
700
600
500
400
300
200
100
0
610
480
Competitor A
Wettbewerber A
YB6338
Anzahl Bohrungen
YB6338
Competitor A
Wettbewerber A
• New coating technology with improved intermediate layer.
• Binder phase enriched surface toughness gradient cemented
carbide substrate material, with excellent resistance to aking
properties, wear resistance and heat resistance of ultrane coating
to achieve the perfect combination of hardness and toughness.
• Suitable for high feed rates and high-speed machining indexable
insert drills series.
• Neue Beschichtungstechnologie mit verbessertem Zwischenlayer.
• Verbesserte Substratoberächenhaftung im Zusammenhang
mit einem Superfeinkorn-Substrat mit verbesserter
Verschleißbeständigkeit und Wärmebeständigkeit erzielt eine
ideale Kombination aus Härte und Zähigkeit.
• Eignet sich zum Arbeiten mit hoher Schnittgeschwindigkeit und
hohem Vorschub.
Spanäche
Rake face
Freiäche
Flank face
Number of holes
C 124
Type / Typ
ZTD04-260-XP25-SP07-02
SPGT07T308-PM /YBG205
(outer insert / Außen-WSP)
SPGT07T308-PM / YBG212
(inner insert / Innen-WSP)
Comparison
Vergleich
0
20
40
60
80
100
120
ZTD04
Competitor A
Wettbewerber A
Anzahl Bohrungen
Workmaterial
Werkstoff C50E 11206(HB240)
Cooling system
Kühlsystem
Doublehelix internal cooling
Doppelhelix-Innenkühlung
Cutting data
Schnittdaten Vc=130m/min f=210mm/min ap=90mm
Results
Ergebnis
Chips formation
Span-
bildung
ZTD04-260-XP25-SP07-02 Competitor A
Wettbewerber A
Application Example / Anwendungsbeispiel
-
YBG205
YBG212
YBG205
Inner insert
Innen-WSP
Outer insert
Außen-WSP
Optimised edge design for stable operation with new chip breaker geometry /
Optimierte Schneidkante für stabile Bearbeitung mit neuem Spanbrecher
Special grades for outer and inner insert for more efficiency by different
materials / Optimierte Sorten für Innen- und Außenplatte für höhere Efzienz
bei verschiedenen Materialen
• Special Nano TiAlN coating with smooth surface for less friction and better
chipow.
• In combination with super ne grain size substrate good balance between
wear resistance and toughness.
• Excellent thermal and oxidation resistence for more stable edge.
• Spezielle Nano-TiAlN Beschichtung mit sehr glatter Oberäche für weniger
Reibung und bessere Spanabfuhr.
• In Verbindung mit dem neuen Superfeinkorn-Substrat ist dies die ideale
Kombination aus Verschleißfestigkeit und Zähigkeit.
• HervorragendeTemperatur- und Oxidationsbeständigkeit für optimalen
Schneidkantenschutz.
• New nano coating structure with good hardness and wear
resistance, but also good toughness. Ultra ne surface design
prevent friction and best chip ow. Excellent thermal and
chemical wear resistance. Best choice for all material also for
stainless steel and high alloy material.
• Neue Nano-Beschichtungsstruktur mit gleichzeitiger Härte
und Verschleißfestigkeit bzw. Zähigkeit. Eine ultra glatte
Schichtoberäche vermindert die Reibung und garantiert einen
optimierten Spanabuß. Eine hervorragende thermische und
chemische Widerstandsfähigkeit zeigt diese Sorte besonders
bei der Bearbeitung von rostfreien Stählen und warmfesten
Legierungen.
For boring operation the cutting speed at inner insert is lower. Therefore
the grade must be more tough to prevent breakage. YBG212 is best
choice in that case. YBG205 is excellent for higher wear resistance.
Bei der Bohrbearbeitung ist die Schnittgeschwindigkeit an der Innen-
schneide niedriger als an der Außenschneide. Bei solch ungünstigen
Bearbeitungsbedingungen sollte die Innenschneide eine höhere
Zähigkeit haben. Hier ist die YBG212 optimal einzusetzen. Die
Außenplatte hat mit der YBG205 eine höhere Verschleißfestigkeit.
YBG212
SPGT
SPGT
Number of holes
C 125
Drilling ·
C
Indexable drills
WPS-Bohrer
C 126
Indexable drill ·
C 126
ZTD02
2D
Type
Typ Stock
Lager
Dimension
Abmessung (mm) Insert
WSP
Screw
Schraube Wrench
Schlüssel
Grub Screw
Gewindestift
d
ØDØD1ØD2L1L2L
ZTD02-130-XP20-SP05-02 ●13 20 25 31 50 98 SPGT050204-PM/EM I60M2×4.3 WT06IP
--- M13×1
ZTD02-140-XP20-SP05-02 ●14 20 25 33 50 100 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD02-150-XP20-SP05-02 ●15 20 25 35 50 102 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD02-160-XP20-SP05-02 ●16 20 25 37 50 104 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD02-170-XP25-SP06-02 ●17 25 32 39 56 117 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
--- M16×1,5
ZTD02-180-XP25-SP06-02 ●18 25 32 41 56 119 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD02-190-XP25-SP06-02 ●19 25 32 43 56 121 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD02-200-XP25-SP06-02 ●20 25 32 45 56 123 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD02-210-XP25-SP06-02 ●21 25 32 47 56 125 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD02-220-XP25-SP07-02 ●22 25 32 49 56 127 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD02-230-XP25-SP07-02 ●23 25 32 51 56 129 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD02-240-XP25-SP07-02 ●24 25 32 53 56 131 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD02-250-XP25-SP07-02 ●25 25 32 55 56 133 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD02-260-XP25-SP07-02 ●26 25 32 57 56 135 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD02-270-XP25-SP07-02 ●27 25 32 59 56 137 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD02-280-XP32-SP09-02 ●28 32 37 61 60 146 SPGT090408-PM/EM I60M3.5×8 WT15IP
--- M22×2
ZTD02-290-XP32-SP09-02 ●29 32 37 63 60 148 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD02-300-XP32-SP09-02 ●30 32 37 65 60 150 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD02-310-XP32-SP09-02 ●31 32 37 67 60 152 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD02-320-XP32-SP09-02 ●32 32 37 69 60 154 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD02-330-XP32-SP09-02 ●33 32 37 71 60 156 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD02-340-XP40-SP11-02 ●34 40 47 73 70 173 SPGT110408-PM/EM I60M4×10 WT15IP
M6×6
(BSPT)
RC
1/4
ZTD02-350-XP40-SP11-02 ●35 40 47 75 70 175 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-360-XP40-SP11-02 ●36 40 47 77 70 177 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-370-XP40-SP11-02 ●37 40 47 79 70 179 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-380-XP40-SP11-02 ●38 40 47 81 70 181 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-390-XP40-SP11-02 ●39 40 47 83 70 183 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-400-XP40-SP11-02 ●40 40 47 85 70 185 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-410-XP40-SP11-02 ●41 40 47 87 70 187 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD02-420-XP40-SP14-02 ●42 40 52 89 70 199 SPGT140512-PM/EM I60M5×13 WT20IP
M8×8
ZTD02-430-XP40-SP14-02 ●43 40 52 91 70 201 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-440-XP40-SP14-02 ●44 40 52 93 70 203 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-450-XP40-SP14-02 ●45 40 52 95 70 205 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-460-XP40-SP14-02 ●46 40 52 97 70 207 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-470-XP40-SP14-02 ●47 40 52 99 70 209 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-480-XP40-SP14-02 ●48 40 52 101 70 211 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-490-XP40-SP14-02 ●49 40 52 103 70 213 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD02-500-XP40-SP14-02 ●50 40 52 105 70 215 SPGT140512-PM/EM I60M5×13 WT20IP
● Ex Stock / ○ On demand /
ab Lager auf Anfrage
Grub Screw / Gewindestift
d
Bohren
Wendeschneidplattenbohrer
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
C 127
C 127
ZTD03
3D
2
2
● Ex Stock / ○ On demand /
ab Lager auf Anfrage
Grub Screw / Gewindestift
d
Type
Typ Stock
Lager
Dimension
Abmessung (mm) Insert
WSP
Screw
Schraube Wrench
Schlüssel
Grub Screw
Gewindestift
d
ØDØD1ØD2L1L2L
ZTD03-130-XP20-SP05-02 ●13 20 25 44 50 111 SPGT050204-PM/EM I60M2×4.3 WT06IP
--- M13×1
ZTD03-140-XP20-SP05-02 ●14 20 25 47 50 114 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD03-150-XP20-SP05-02 ●15 20 25 50 50 117 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD03-160-XP20-SP05-02 ●16 20 25 53 50 120 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD03-170-XP25-SP06-02 ●17 25 32 56 56 134 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
--- M16×1,5
ZTD03-180-XP25-SP06-02 ●18 25 32 59 56 137 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD03-190-XP25-SP06-02 ●19 25 32 62 56 140 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD03-200-XP25-SP06-02 ●20 25 32 65 56 143 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD03-210-XP25-SP06-02 ●21 25 32 68 56 146 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD03-220-XP25-SP07-02 ●22 25 32 71 56 149 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD03-230-XP25-SP07-02 ●23 25 32 74 56 152 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD03-240-XP25-SP07-02 ●24 25 32 77 56 155 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD03-250-XP25-SP07-02 ●25 25 32 80 56 158 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD03-260-XP25-SP07-02 ●26 25 32 83 56 161 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD03-270-XP25-SP07-02 ●27 25 32 86 56 164 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD03-280-XP32-SP09-02 ●28 32 37 89 60 174 SPGT090408-PM/EM I60M3.5×8 WT15IP
--- M22×2
ZTD03-290-XP32-SP09-02 ●29 32 37 92 60 177 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD03-300-XP32-SP09-02 ●30 32 37 95 60 180 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD03-310-XP32-SP09-02 ●31 32 37 98 60 183 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD03-320-XP32-SP09-02 ●32 32 37 101 60 186 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD03-330-XP32-SP09-02 ●33 32 37 104 60 189 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD03-340-XP40-SP11-02 ●34 40 47 107 70 207 SPGT110408-PM/EM I60M4×10 WT15IP
M6×6
(BSPT)
RC
1/4
ZTD03-350-XP40-SP11-02 ●35 40 47 110 70 210 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-360-XP40-SP11-02 ●36 40 47 113 70 213 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-370-XP40-SP11-02 ●37 40 47 116 70 216 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-380-XP40-SP11-02 ●38 40 47 119 70 219 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-390-XP40-SP11-02 ●39 40 47 122 70 222 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-400-XP40-SP11-02 ●40 40 47 125 70 225 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-410-XP40-SP11-02 ●41 40 47 128 70 228 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD03-420-XP40-SP14-02 ●42 40 52 131 70 241 SPGT140512-PM/EM I60M5×13 WT20IP
M8×8
ZTD03-430-XP40-SP14-02 ●43 40 52 134 70 244 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-440-XP40-SP14-02 ●44 40 52 137 70 247 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-450-XP40-SP14-02 ●45 40 52 140 70 250 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-460-XP40-SP14-02 ●46 40 52 143 70 253 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-470-XP40-SP14-02 ●47 40 52 146 70 256 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-480-XP40-SP14-02 ●48 40 52 149 70 259 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-490-XP40-SP14-02 ●49 40 52 152 70 262 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-500-XP40-SP14-02 ●50 40 52 155 70 265 SPGT140512-PM/EM I60M5×13 WT20IP
Bohren
Wendeschneidplattenbohrer
Drilling ·
C
Indexable drills
WPS-Bohrer
C 128
Indexable drill ·
C 128
ZTD04
4D
Grub Screw / Gewindestift
d
Type
Typ Stock
Lager
Dimension
Abmessung (mm) Insert
WSP
Screw
Schraube Wrench
Schlüssel
Grub Screw
Gewindestift
d
ØDØD1ØD2L1L2L
ZTD04-130-XP20-SP05-02 ●13 20 25 57 50 124 SPGT050204-PM/EM I60M2×4.3 WT06IP
--- M13×1
ZTD04-140-XP20-SP05-02 ○14 20 25 61 50 128 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD04-150-XP20-SP05-02 ○15 20 25 65 50 132 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD04-160-XP20-SP05-02 ●16 20 25 69 50 136 SPGT050204-PM/EM I60M2×4.3 WT06IP
ZTD04-170-XP25-SP06-02 ●17 25 32 73 56 151 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
--- M16×1,5
ZTD04-180-XP25-SP06-02 ●18 25 32 77 56 155 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD04-190-XP25-SP06-02 ●19 25 32 81 56 159 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD04-200-XP25-SP06-02 ●20 25 32 85 56 163 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD04-210-XP25-SP06-02 ●21 25 32 89 56 167 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD04-220-XP25-SP07-02 ●22 25 32 93 56 171 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD04-230-XP25-SP07-02 ●23 25 32 97 56 175 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD04-240-XP25-SP07-02 ●24 25 32 101 56 179 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD04-250-XP25-SP07-02 ●25 25 32 105 56 183 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD04-260-XP25-SP07-02 ●26 25 32 109 56 187 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD04-270-XP25-SP07-02 ●27 25 32 113 56 191 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD04-280-XP32-SP09-02 ●28 32 37 117 60 202 SPGT090408-PM/EM I60M3.5×8 WT15IP
--- M22×2
ZTD04-290-XP32-SP09-02 ●29 32 37 121 60 206 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD04-300-XP32-SP09-02 ●30 32 37 125 60 210 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD04-310-XP32-SP09-02 ●31 32 37 129 60 214 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD04-320-XP32-SP09-02 ●32 32 37 133 60 218 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD04-330-XP32-SP09-02 ●33 32 37 137 60 222 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD04-340-XP40-SP11-02 ●34 40 47 141 70 241 SPGT110408-PM/EM I60M4×10 WT15IP
M6×6
(BSPT)
RC
1/4
ZTD04-350-XP40-SP11-02 ●35 40 47 145 70 245 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-360-XP40-SP11-02 ●36 40 47 149 70 249 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-370-XP40-SP11-02 ●37 40 47 153 70 253 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-380-XP40-SP11-02 ●38 40 47 157 70 257 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-390-XP40-SP11-02 ●39 40 47 161 70 261 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-400-XP40-SP11-02 ●40 40 47 165 70 265 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-410-XP40-SP11-02 ●41 40 47 169 70 269 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD04-420-XP40-SP14-02 ●42 40 52 173 70 283 SPGT140512-PM/EM I60M5×13 WT20IP
M8×8
ZTD04-430-XP40-SP14-02 ●43 40 52 177 70 287 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-440-XP40-SP14-02 ●44 40 52 181 70 291 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-450-XP40-SP14-02 ●45 40 52 185 70 295 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-460-XP40-SP14-02 ●46 40 52 189 70 299 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-470-XP40-SP14-02 ●47 40 52 193 70 303 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-480-XP40-SP14-02 ●48 40 52 197 70 307 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-490-XP40-SP14-02 ●49 40 52 201 70 311 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD04-500-XP40-SP14-02 ●50 40 52 205 70 315 SPGT140512-PM/EM I60M5×13 WT20IP
● Ex Stock / ○ On demand /
ab Lager auf Anfrage
Bohren
Wendeschneidplattenbohrer
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
C 129
C 129
ZTD05
5D
● Ex Stock / ○ On demand /
ab Lager auf Anfrage
Grub Screw / Gewindestift
d
Type
Typ Stock
Lager
Dimension
Abmessung (mm) Insert
WSP
Screw
Schraube Wrench
Schlüssel
Grub Screw
Gewindestift
d
ØDØD1ØD2L1L2L
ZTD05-170-XP25-SP06-02 ●17 25 32 90 56 168 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
--- M13×1
ZTD05-180-XP25-SP06-02 ●18 25 32 95 56 173 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD05-190-XP25-SP06-02 ●19 25 32 100 56 178 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD05-200-XP25-SP06-02 ●20 25 32 105 56 183 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
ZTD05-210-XP25-SP06-02 ●21 25 32 110 56 188 SPGT060204-PM/EM I60M2.2×5.5 WT07IP
--- M16×1,5
ZTD05-220-XP25-SP07-02 ●22 25 32 115 56 193 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD05-230-XP25-SP07-02 ○23 25 32 120 56 198 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD05-240-XP25-SP07-02 ●24 25 32 125 56 203 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD05-250-XP25-SP07-02 ●25 25 32 130 56 208 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD05-260-XP25-SP07-02 ●26 25 32 135 56 213 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD05-270-XP25-SP07-02 ●27 25 32 140 56 218 SPGT07T308-PM/EM I60M2.5×6.5 WT07IP
ZTD05-280-XP32-SP09-02 ●28 32 37 145 60 230 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD05-290-XP32-SP09-02 ●29 32 37 150 60 235 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD05-300-XP32-SP09-02 ●30 32 37 155 60 240 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD05-310-XP32-SP09-02 ●31 32 37 160 60 245 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD05-320-XP32-SP09-02 ●32 32 37 165 60 250 SPGT090408-PM/EM I60M3.5×8 WT15IP
--- M22×2
ZTD05-330-XP32-SP09-02 ●33 32 37 170 60 255 SPGT090408-PM/EM I60M3.5×8 WT15IP
ZTD05-340-XP40-SP11-02 ●34 40 47 175 70 275 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-350-XP40-SP11-02 ●35 40 47 180 70 280 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-360-XP40-SP11-02 ●36 40 47 185 70 285 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-370-XP40-SP11-02 ●37 40 47 190 70 290 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-380-XP40-SP11-02 ●38 40 47 195 70 295 SPGT110408-PM/EM I60M4×10 WT15IP
M6×6
(BSPT)
RC
1/4
ZTD05-390-XP40-SP11-02 ●39 40 47 200 70 300 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-400-XP40-SP11-02 ●40 40 47 205 70 305 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-410-XP40-SP11-02 ●41 40 47 210 70 310 SPGT110408-PM/EM I60M4×10 WT15IP
ZTD05-420-XP40-SP14-02 ●42 40 52 215 70 325 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-430-XP40-SP14-02 ●43 40 52 220 70 330 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-440-XP40-SP14-02 ●44 40 52 225 70 335 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-450-XP40-SP14-02 ●45 40 52 230 70 340 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-460-XP40-SP14-02 ●46 40 52 235 70 345 SPGT140512-PM/EM I60M5×13 WT20IP
M8×8
ZTD05-470-XP40-SP14-02 ●47 40 52 240 70 350 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-480-XP40-SP14-02 ●48 40 52 245 70 355 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-490-XP40-SP14-02 ●49 40 52 250 70 360 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD05-500-XP40-SP14-02 ●50 40 52 255 70 365 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-470-XP40-SP14-02 ●47 40 52 146 70 256 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-480-XP40-SP14-02 ●48 40 52 149 70 259 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-490-XP40-SP14-02 ●49 40 52 152 70 262 SPGT140512-PM/EM I60M5×13 WT20IP
ZTD03-500-XP40-SP14-02 ●50 40 52 155 70 265 SPGT140512-PM/EM I60M5×13 WT20IP
Bohren
Wendeschneidplattenbohrer
Drilling ·
C
Indexable drills
WPS-Bohrer
C 130
Indexable drill ·
C 130
Type Stock
Basic dimension(mm)
Inserts
Screw Wrench
D D1D2L1L2L
ZD03-160-XP25-WC03-02 ●16 25 32 56 52 129 WCMX030208 I60M2.5×6.5 WT07IP
ZD03-170-XP25-WC03-02 ●17 25 32 56 55 133 WCMX030208 I60M2.5×6.5 WT07IP
ZD03-180-XP25-WC03-02 ●18 25 32 56 58 137 WCMX030208 I60M2.5×6.5 WT07IP
ZD03-190-XP25-WC03-02 ●19 25 32 56 61 140 WCMX030208 I60M2.5×6.5 WT07IP
ZD03-200-XP25-WC03-02 ●20 25 32 56 64 143 WCMX030208 I60M2.5×6.5 WT07IP
ZD03-210-XP25-WC04-02 ●21 25 45 56 67 153 WCMX040208 I60M2.5×6.5T WT08IP
ZD03-220-XP25-WC04-02 ●22 25 45 56 70 156 WCMX040208 I60M2.5×6.5T WT08IP
ZD03-230-XP25-WC04-02 ●23 25 45 56 73 159 WCMX040208 I60M2.5×6.5T WT08IP
ZD03-240-XP25-WC04-02 ●24 25 45 56 76 162 WCMX040208 I60M2.5×6.5T WT08IP
ZD03-250-XP25-WC04-02 ●25 25 45 56 79 165 WCMX040208 I60M2.5×6.5T WT08IP
ZD03-260-XP32-WC05-02 ●26 32 55 60 83 176 WCMX050308 I60M3×7 WT09IP
ZD03-270-XP32-WC05-02 ●27 32 55 60 86 180 WCMX050308 I60M3×7 WT09IP
ZD03-280-XP32-WC05-02 ●28 32 55 60 89 184 WCMX050308 I60M3×7 WT09IP
ZD03-290-XP32-WC05-02 ●29 32 55 60 92 188 WCMX050308 I60M3×7 WT09IP
ZD03-300-XP32-WC05-02 ●30 32 55 60 95 192 WCMX050308 I60M3×7 WT09IP
ZD03-310-XP40-WC06-02 ●31 40 60 70 98 203 WCMX06T308 I60M3×7 WT09IP
ZD03-320-XP40-WC06-02 ●32 40 60 70 101 206 WCMX06T308 I60M3×7 WT09IP
ZD03-330-XP40-WC06-02 ●33 40 60 70 104 209 WCMX06T308 I60M3×7 WT09IP
ZD03-340-XP40-WC06-02 ●34 40 60 70 107 212 WCMX06T308 I60M3×7 WT09IP
ZD03-350-XP40-WC06-02 ●35 40 60 70 110 215 WCMX06T308 I60M3×7 WT09IP
ZD03-360-XP40-WC06-02 ●36 40 60 70 113 218 WCMX06T308 I60M3×7 WT09IP
ZD03-370-XP40-WC06-02 ●37 40 60 70 116 221 WCMX06T308 I60M3×7 WT09IP
ZD03-380-XP40-WC06-02 ●38 40 60 70 119 225 WCMX06T308 I60M3×7 WT09IP
ZD03-390-XP40-WC06-02 ●39 40 60 70 122 228 WCMX06T308 I60M3×7 WT09IP
● Ex Stock / ○ On demand /
ZD03
Bohren
Wendeschneidplattenbohrer
Typ Lager
Abmessungen
WSP
Schraube Schlüssel
ab Lager auf Anfrage
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
C 131
C 131
Type Stock
Basic dimension(mm)
Inserts
Screw Wrench
D D1D2L1L2L
ZD03-400-XP40-WC06-02 ●40 40 60 70 125 231 WCMX06T308 I60M3×7 WT09IP
ZD03-410-XP40-WC06-02 ●41 40 60 70 128 234 WCMX06T308 I60M3×7 WT09IP
ZD03-420-XP40-WC08-02 ●42 40 60 70 131 239 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-430-XP40-WC08-02 ●43 40 60 70 134 242 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-440-XP40-WC08-02 ●44 40 60 70 137 245 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-450-XP40-WC08-02 ●45 40 60 70 140 248 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-460-XP40-WC08-02 ●46 40 60 70 143 251 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-470-XP40-WC08-02 ●47 40 60 70 146 253 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-480-XP40-WC08-02 ●48 40 70 70 149 255 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-490-XP40-WC08-02 ○49 40 70 70 152 257 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-500-XP40-WC08-02 ●50 40 70 70 155 259 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-510-XP40-WC08-02 ○51 40 70 70 158 261 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-520-XP40-WC08-02 ○52 40 70 70 161 263 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-530-XP40-WC08-02 ○53 40 70 70 164 265 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-540-XP40-WC08-02 ●54 40 70 70 167 267 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-550-XP40-WC08-02 ○55 40 70 70 170 269 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-560-XP40-WC08-02 ○56 40 70 70 173 271 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-570-XP40-WC08-02 ○57 40 70 70 176 273 WCMX080412 I60M3.5×10.4 WT15IP
ZD03-580-XP40-WC08-02 ●58 40 70 70 179 275 WCMX080412 I60M3.5×10.4 WT15IP
Code key C132-133
ISO
Grade selection guide C135
Cutting data 140
ZD03
Technical Information C136-139
Bohren
Wendeschneidplattenbohrer
Typ Lager
Abmessungen
WSP
Schraube Schlüssel
Kennzeichen
Sortenauswahl
Schnittdaten
Technische Information
Drilling ·
C
Indexable drills
WPS-Bohrer
C 132
Indexable drill ·
C 132
80o
Inserts Drills Code Key · ISO
Insert shape ·
Code Insert shap
Code Code
m
Tolerance(mm)
ØI.C
Tolerance(mm)
ØI.C
Tolerance(mm)
S
Tolerance(mm)
S
Tolerance(mm)
Code Code
Clearance angle of main cutting edge
Clearance angle
Other
clearance angle
Code Code
With / Without hole
With / Without
chipbreaker
Section plane of Insert
Section plane of Insert
-
-
-
-
-
Single-side
-
Double-side
-
Single-side
-
Double-side
-
Single-side
Double-side
-
Single-side
Double-side
Special
Chipbreaker and clamping system
Metric ·
m
Tolerance(mm)
Tolerance ·
Clearance angle
With / Without hole
With / Without
chipbreaker
Bohren
Wendeschneidplattenbohrer
Kennzeichnung Wendeschneidplatten
Plattenform
Plattenform
Toleranz
Toleranz Toleranz Toleranz Toleranz Toleranz Toleranz
Freiwinkel der Hauptschneide Spanformstufen und Klemmung
Freilwinkel Freiwinkel
Anderer
Freiwinkel
Metrisch
Einseitig
Doppelseitig
Einseitig
Doppelseitig
Einseitig
Doppelseitig
Einseitig
Doppelseitig
Spezial
PlattenformPlattenform
Mit / Ohne Loch Mit / Ohne Loch
Mit / Ohne Spanbrecher Mit / Ohne Spanbrecher
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
C 133
C 133
Thickness is dened as height from bottom of insert to the highest part of cutting edge
Code
Code Length ·
Code
Insert thickness Insert thickness
Insert thickness
Length of cutting edge
Code Code
Description
Nose radius Chipbreaker code
Cutting direction
Left hand /
Right hand /
Description
Bohren
Wendeschneidplattenbohrer
Schneidenlänge
Länge
Dicke
Dicke ist deniert als Höhe von der Unterseite der WSP bis zur höchsten Stelle der Scheikante
WSP Dicke (mm) WSP Dicke (mm)
Schneidenradius Vorschubrichtung
Beschreibung Beschreibung
Links
Rechts
Neutral
Spanformstufe
Drilling ·
C
Indexable drills
WPS-Bohrer
C 134
Indexable drill ·
C 134
Example /
1 General boring 2 Inclined plane 4 expansion boring
3 Cross hole
= Very suitable ·
= Suitable ·
Material Overview ·
Grade
Workpiece material ∙
Mild steel
HB≤180
Carbon steel
Alloy Steel
Hardened steel ·
Stainless
steel Cast iron
Nodular
cast iron
GGG Aluminum
alloy
Copper
alloy
Heat resist.
alloy
~40HRC ~50HRC ~60HRC
SPGT*- PM
SPGT*- EM
Adapter for innercooling on conventional machine /
■
(Please order separately / Bitte separat bestellen)
Bohren
Wendeschneidplattenbohrer
Sehr empfohlen
Empfohlen
Material Übersicht
Sorte
Werkstückstoff
Baustahl Kohlenstoff-,
Legierter
Stahl
Gehärteter Stahl
Rostfreier
Stahl Gusseisen Kugelgra-
phitguss Aluleg. Kupferleg. Warmfeste
Leg.
Beispiel
Allgemeine Bohrung Schiefe Ebene Kreuzbohrung Expansionsbohrung
Type
Typ
Dimension
Abmessung (mm)
Grade / Sorte
PVD CVD
L ØI.C s ød r
YBG205
outer insert
Außenschneide
YBG212
inner insert
Innenschneide
YB6338
SPGT050204-PM 5 5 2.38 2.2 0.4 ●●●
SPGT060204-PM 6 6 2.38 2.6 0.4 ●●●
SPGT07T308-PM 7.94 7.94 3.97 2.8 0.8 ●●●
SPGT090408-PM 9.8 9.8 4.3 4.2 0.8 ●●●
SPGT110408-PM 11.5 11.5 4.76 4.4 0.8 ●●●
SPGT140512-PM 14.3 14.3 5.2 5.75 1.2 ●●●
■
ZTD 02 / 03 / 04 / 05
■
ZTD 02 / 03 / 04 / 05
Type
Typ
Dimension
Abmessung (mm)
Grade/ Sorte
PVD
L ØI.C s ød r YBG205
outer insert
Außenschneide
YBG212
inner insert
Innenschneide
SPGT050204-EM 5 5 2.38 2.2 0.4 ● ●
SPGT060204-EM 6 6 2.38 2.6 0.4 ● ●
SPGT07T308-EM 7.94 7.94 3.97 2.8 0.8 ● ●
SPGT090408-EM 9.8 9.8 4.3 4.2 0.8 ● ●
SPGT110408-EM 11.5 11.5 4.76 4.4 0.8 ● ●
SPGT140512-EM 14.3 14.3 5.2 5.75 1.2 ● ●
PM For general steel machining / Für die allgemeine Stahlbearbeitung
EM For soft and stainless steel / Für weichen und rostfreien Stahl
● Ex Stock / ○ On demand /
ab Lager auf Anfrage
Shank-Type
Schaft-Typ Adapter D1 L1 L H d(BSPT) Rc
XP20 ZTD-XP20-THIN 18 4.23 13 14 M13×1 1/8
XP25 ZTD-XP25-THIN 22 4.65 17 17 M16×1.5 1/8
XP32 ZTD-XP32-THIN 29 5.65 21 22 M22×2 1/4
H
D1
L1
L
Rc
Adapter für Innenkühlung bei konventionellen Maschinen
Seelingring / Runddichtring
d
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
C 135
C 135
Type
Basic dimension(mm) · Grade ·
L I.C s d r
YBG202
YBG205
YBG201
YBD252
YBG40
YD201
WCMX030208R-53 3.8 5.56 2.38 2.8 0.8 ● ○ ●
WCMX040208R-53 4.3 6.35 2.38 3.1 0.8 ● ○ ● ○
WCMX050308R-53 5.4 7.94 3.18 3.2 0.8 ● ○ ●
WCMX06T308R-53 6.5 9.525 3.97 3.7 0.8 ● ○ ● ●
WCMX080412R-53 8.7 12.7 4.76 4.3 1.2 ● ○ ● ○
WCMX030208-D 3.8 5.56 2.38 2.8 0.8 ○
WCMX040208-D 4.3 6.35 2.38 3.1 0.8 ○
WCMX050308-D 5.4 7.94 3.18 3.2 0.8 ○
WCMX06T308-D 6.5 9.525 3.97 3.7 0.8 ○
WCMX080412-D 8.7 12.7 4.76 4.3 1.2 ●
WCMX030208R-PG 3.8 5.56 2.38 2.8 0.8 ●
WCMX040208R-PG 4.3 6.35 2.38 3.1 0.8 ●
WCMX050308R-PG 5.4 7.94 3.18 3.2 0.8 ● ○ ○
WCMX06T308R-PG 6.5 9.525 3.97 3.7 0.8 ●
WCMX080412R-PG 8.7 12.7 4.76 4.3 1.2 ● ○
Sharp cutting edge benets to achieve low roughness surface, mainly applicable for low load cutting of aluminum alloy,
mild steel, stainless steel and cast iron.
Unique design of waveform edge ensure
high edge strength and good chip breaking
performance for machining carbon steel and
alloy steel.
Indexable inserts for drilling ·
-PG chipbreaker
-53 chipbreaker
-53 Spanbrecher
-D chipbreaker
-53
-PG
L
ØI.C
r
s
7o
ød
Inserts for outer positioning with optimized chipbreaker geometry.
And good chip breaking performance for machining,steel, stainless
steel, cast iron for common cutting speed .
Ideal Machining Condition
Normal Machining Condition Unfavorable Machining Condition
Workpiece Material
Steel /
Stainless Steel
Cast Iron
Non-ferrite material
Heat-resistant steel
● Ex Stock / ○ On demand /
Bohren
Wendeschneidplattenbohrer
Adapter für Innenkühlung bei konventionellen Maschinen
WSP zum Bohren
Gute Bearbeitungsbedingungen
Normale Bearbeitungsbedingungen Ungünstige Bearbeitungsbedingungen
Werkstoffe
Stahl
Rostfreier Stahl
Gusseisen
Ne Metalle
Warmfester Stahl
Typ
Basis Abmessungen Sorte
Scharfe Schneidkante zur Erziehlung exklusiver Oberächen. Zur Bearbeitung von Alulegierungen, Baustahl, rostfreiem
Stahl und Grauguss.
Wellenförmige Schneide mit hoher Stabilität
und Spankontrolle zur Bearbeitung von
Kohlenstoffstahl, legiertem Stahl und Guss
-PG Spanbrecher
-53 Spanbrecher
-D Spanbrecher
Optimierte Geometrie als Außenschneide einsetzbar. Gute
Spankontrolle bei Stahl, rostfreiem Stahl, Grauguss bei mittleren
Schnittgeschwindigkeiten.
ab Lager auf Anfrage
C
Indexable drills
Bohren
C 136
C 136
General technical Information ·
Workpiece
material
ISO Coating · Cermet uncoated
carbide PCBN & PCD
PCBN & PKD
CVD PVD
Steel ·
P01
P10
P20
P30
P40
Stainless Steel
M01
M10
M20
M30
M40
Cast iron ·
K01
K10
K20
K30
K40
Non-ferrous materials
N01
N10
N20
N30
Heat-resistant steel
S01
S10
S20
S30
Hardened material
H01
H10
H20
H30
Comparison table for drilling Insert - Grades
P
M
K
S
N
H
YBG205
YBD252
YBD252
YBG205
YBG202
YD201
YBG202 YBG202
YBG205
YBG202
YBG205
YBG212
YBG212
YBG212
YBG212
YB6338
YB6338
Drilling ·
WPS-Bohrer
Bohrwendeplatten Übersichtstabelle - Sorten
Allgemeine Technische Information
Werkstück
Material
Beschichtung
Cermet unb. Hartmetall
Stahl
Rostfreier Stahl
Grauguss
Ne MetalleWarmfester Stahl
Gehärtete Werkstoffe
◘ Perfect insert assembling angle
makes balanced cutting force, low
vibration in machining process, thus
achieve excellent surface quality.
◘ Advanced flute design possesses large chip
pocket for chip removal.
◘ Complete diameter range, from 16 mm to
58 mm.
Small chip pocket
Easy to generate chips
jamming Large chip pocket
Chip jamming
free
ZCC CT
Insert assembling
Features of drill ·
Competitor
1. Common drilling 2. Slant face drilling
3. Cross-hole drilling 4. Counterboring
Applications
Higher surface quality
Better chip breaking performance
C 137
◘ Perfekte WSP Positionierung für
ausgewogene Schnittkraftverteilung.
Zur Erzielung guter Oberflächen.
◘ Fortschrittlicher großer Spanraum für eine
gute Spanabfuhr.
◘ kompletter Durchmesserbereich von
16 mm-58mm
Merkmale der WSP-Bohrer
kleiner Spanraum,
Spanstau.
Großer
Spanraum
kein Spanstau
Wettbewerber
WSP Wechsel
Anwendung
Normalbohren Schrägbohren
Bohren bei
Querbohrungen
Aufbohren
Hohe Oberächenqualität
Gute Spankontrolle
Drilling ·
Indexable drill ·
Wendeschneidplattenbohrer
Bohren
C 138
Drilling ·
C
Indexable drills
WPS-Bohrer
Indexable drill ·
■ Initial drill penetration ·
Initial drill penetration is an important factor for successful drilling. One way of ensuring good hole quality is to make sure
the penetration surface of the workpiece is vertical to the drill centre axis. In addition, an indexable drill can carry out initial
penetration of convex, concave, inclined and irregular surfaces when accompanied with an adjustment of feed rates.
Workpiece surface Countermeasures
For a convex surface, the conditions are relatively good and the
centre of the drill ideally makes contact with the workpiece rst,
thus can adopt normal feed.
When penetrating an inclined surface, the cutting edges will be
unevenly loaded which may result in the premature drill wear. If
the angle of the inclined surface is larger than two degrees, the
feed should be reduced to 1/3 of that recommended for the drill.
When drilling into concave surface, drill center axis normally
tends to off-center, the feed should be reduced to 1/3 of that
recommended for the drill.
When drilling into non-symmetric curved surfaces, the drill tends
to deviate from the centre because of penetrating against an
inclined surface. The feed should be reduced to lower than that
recommended for the initial penetration of concave surfaces.
When drilling into irregular surface, there is a risk of the inserts
chipping and this may also occur when drilling through the
workpiece. Therefore the feed rate should be reduced.
Technical information for indexable drills ·
Wendeschneidplattenbohrer
Bohren
Das Anbohren
Das Anbohren ist ein wichtiger bzw. entscheidener Faktor für das erfolgreiche Bohren. Eine gute Bohrungsqualität und
Standzeit erzielt man bei einer ebenen Anbohräche vertikal zur Bohrerachse. Beim Anbohren in konkaven, konvexen und
unebenen Flächen soll der Vorschub entsprechend reduziert werden.
Technische Informationen über WSP-Bohrer
Werkstück Oberächen Maßnahmen
Bei konvexen Anbohrächen ist die Bearbeitungsituation realtiv
gut. Der erste Kontakt des Bohrers geschieht über die Zentrums-
schneide, so dass normale Vorschübe gewählt werden können.
Bei Schrägächen wird der Bohrer aus dem Zentrum gedrückt.
Dadurch wird der Bohrerverschleiß erhöht. Bei einem Winkel
von über 2° sollte der Vorschub auf 1/3 der empfohlenen Werte
reduziert werden.
Beim Anbohren in konkaven Flächen kann der Bohrer aus dem
Zentrum gedrückt werden. Vorschub auf 1/3 reduzieren.
Beim Bohren in asymetrischen Flächen sollte der Vorschub
entsprechend reduziert werden, eventuell auf unter die Werte, die
für das erste Eindringen in konkave Flächen empfohlen werden.
Beim Bohren in stark asymetrische Flächen können beim
Anbohren und beim Austritt des Bohres aus dem Werkstück
Ausbrüche an der Wendeschneidplatte entstehen. Auch hier den
Vorschub entsprechend reduzieren.
C 139
Drilling ·
Indexable drills
C
WPS-Bohrer
Indexable drill ·
Calculations for indexable drilling ·
● Cutting speed ·
● Metal removal rate ·
● Feed rate ·
● Machining time ·
Vc = Dc×π×n
1000
Q = Vf ×π × Dc2
4 ×1000
Vf = fr ×n (mm/min)
Tc = Id × i
n × f
Vc = Dc×π×n
1000 = 20×3.14×1600
1000 = 100 (m/min)
Vf = fr ×n = 0.1×1500 = 150 (mm/min)
Vc (m/min): cutting speed Dc (mm): drill diameter
Ø
n (rev/min): rotating speed · π ~ 3,14
● Example
Spindle speed is1600 rev/min, drill diameter is 20mm, thus cutting speed is:
Q = Vf ×π×Dc2
4×1000 = 160×3.14×202
4×1000 = 50.24 (cm3/min)
● Example
● Example
Spindle speed is1500 rev/min, feed rate per revolution is 0.1mm/rev, thus feed rate is:
Vf (mm/min): feed rate fr (mm/rev): feed rate per revolution
n (rev/min): spindle speed ·
● Example
Tc (min): machining time fr (mm/rev): feed rate per revolution
i: number of holes Id (mm): drilling depth n (rev/min): spindle speed
i:
n = Vc × 1000
Dc × π = 100 × 1000
20 × 3.14 = 1600 (rev/min)
Tc = Id × i
n × fr = 40×1
1600 × 0.1 = 0.25 (min)
Q (cm3/min): metal removal rate Dc(mm): drill diameter
Vf (mm/min): feed rate · π ~ 3,14
Drill diameter is 20mm, feed rate is 160mm/min, thus metal removal rate is:
Calculate the drilling time, with following formular:
drill diameter 20mm, depth 40mm
cutting speed 100m/min
feed rate 0,1/rev
Wendeschneidplattenbohrer
Bohren
Berechnungsbeispiele für WSP-Bohrer
Schnittgeschwindigkeit (Vc)
Schnittgeschwindigkeit Bohrerdurchm.
Umdrehungen
Beispiel Spindelumdrehung beträgt 1600 u/min, Bohrerdurchmesser ist 20mm, dadurch ist die Schnittgeschw.:
Vorschub
Beispiel Spindelumdrehung beträgt 1500 u / min, Vorschub pro Umdrehung = 0,1 mm / rev; dadurch ist der Vorschub:
Vorschub Vorschub pro Umdrehung
Umdrehungen
Bearbeitungszeit
Beispiel
Bearbeitungszeit Vorschub pro Umdrehung
Anzahl der Bohrung. Bohrtiefe Drehzahl
Berechnen Sie die Bohrzeit, mit folgender Formel:
Bohrerdurchm. 20mm, Bohrtiefe 40mm
Schnittgeschwindigk. 100m/min
Vorschub pro Umdrehung 0,1/re
Zerspanungsvolumen
Beispiel
Q (cm3/min): Zerspanungsvolumen Dc(mm): Bohrerdurchmesser
Vorschub
Bohrdurchmesser 20mm, Vorschub ist 160mm/min, dadurch liegt das Zerspanungsvolumen bei:
C 140
Drilling ·
C
Indexable drills
WPS-Bohrer
Indexable drill ·
Recommended cutting data for indexable drills ·
ISO Hardness HB Diameter Ø
[mm]
Feed rate
[mm/r]
Cutting speed
[m/min]
P
Carbon steel
80-200
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.09
0.05-0.09
0.06-0.10
0.07-0.11
0.08-0.12
200(170-240)
Low alloy steel
150-260
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.09
0.05-0.12
0.06-0.14
0.08-0.16
0.10-0.20
170(140-220)
High alloy steel 150-320
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.09
0.05-0.12
0.06-0.16
0.08-0.18
0.10-0.22
150(120-180)
Cast steel
180-250
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.08
0.05-0.08
0.06-0.10
0.07-0.11
0.07-0.12
140(120-170)
M
Stainless steel
Ferrite
Martensite 150-270
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.09
0.05-0.12
0.06-0.16
0.08-0.18
0.10-0.22
160(110-230)
Austenite 150-275
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.09
0.05-0.11
0.06-0.13
0.08-0.14
0.10-0.16
140(110-220)
K
Malleable cast
iron 150-230
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.10
0.05-0.14
0.08-0.16
0.10-0.20
0.12-0.24
160(120-220)
Gray cast iron 150-220
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.10
0.05-0.14
0.08-0.16
0.10-0.20
0.12-0.24
200(170-240)
Nodular
cast iron
GGG 160-250
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.09
0.05-0.12
0.06-0.14
0.08-0.16
0.10-0.20
160(130-200)
NAl alloy 60-110
16.0-23.0
24.0-30.0
31.0-38.0
39.0-46.0
47.0-58.0
0.05-0.10
0.05-0.14
0.08-0.16
0.10-0.20
0.12-0.24
300(250-350)
Wendeschneidplattenbohrer
Bohren
Empfohlene Schnittdaten für WSP-Bohrern
Material Härte HB Durchmesser
Vorschub fn
Schnittgeschwindigkeit Vc
Kohlenstoff-
stahl
Niedrigleg.
Stahl
Hochleg. Stahl
Gussstahl
Rostfreier Stahl
Austenit
Temperguss
Grauguss
Kugelgra-
phitguss
Alulegierung
D 1
Technical Info
D
General Technical Inform ·
Thread code Pre-hole diameter
(mm)
M3×0.5 2.5
M3.5×0.6 2.9
M4×0.7 3.3
M5×0.8 4.2
M6×1.0 5.0
M7×1.0 6.0
M8×1.25 6.75
M9×1.25 7.75
M10×1.5 8.5
M11×1.5 9.5
M12×1.75 10.25
M14×2.0 12.0
M16×2.0 14.0
M18×2.5 15.5
M20×2.5 17.5
M24×3.0 21.0
M27×3.0 24.0
M30×3.5 26.5
Thread code Pre-hole diameter
(mm) Thread code Pre-hole diameter
(mm)
M3×0.35 2.65 M14×1.5 12.5
M3.5×0.35 3.15 M14×1.0 13.0
M4×0.5 3.5 M15×1.5 13.5
M4.5×0.5 4.0 M15×1.0 14.0
M5×0.5 4.5 M16×1.5 14.5
M5.5×0.5 5.0 M16×1.0 15.0
M6×0.75 5.25 M17×1.5 15.5
M7×0.75 6.25 M17×1.0 16.0
M8×1.0 7.0 M18×2.0 16.0
M8×0.75 7.25 M18×1.5 16.5
M9×1.0 8.0 M18×1.0 17.0
M9×0.75 8.25 M20×2.0 18.0
M10×1.25 8.75 M20×1.5 18.5
M10×1.0 9.0 M20×1.0 19.0
M10×0.75 9.25 M22×2.0 20.0
M11×1.0 10.0 M22×1.5 20.5
M11×0.75 10.25 M22×1.0 21.0
M12×1.5 10.5 M24×2.0 22.0
M12×1.25 10.75 M24×1.5 22.5
M12×1.0 11.0 M24×1.0 23.0
● Metric Coarse thread
●
● Metric ne screw ne
●
Threading pre-hole diameter ·
Technische Info
Allgemeine Technische Info
Metrisch - Gewinde Metrisch - Feingewinde
Kernlochdurchmesser
Gewindebez. Kerndurchmesser Gewindebez. Kerndurchmesser Gewindebez. Kerndurchmesser
D 2
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Type
Code
Calculation method · Calculation example (gure) ·
Arithmetic average deviation of prole
Ra
Within sampling length l, the arithmetic average absolute
value of prole deviation is
In the formula, the prole deviation y is the distance between
prole points and reference line in the measuring direction.
Reference line is the prole least-square average line O.
This line divide the prole and make the sum of squares
of prole deviation to be the minimum within the sampling
length.
Irregularity ten-point high
Rz
Within sampling length l, the sum of the average value of
heights of ve highest prole peak and the depths of ve
deepest prole valleys
In the formula, ypi means the height of 'i'th highest prole
peak. In the formula, yvi means the depth of 'i'th deepest
prole valley.
Maximum height of prole Ry: the distance between the
top prole peak line and the bottom prole valley line in the
longitudinal direction within the sampling length l.
Maximum height of prole
Ry
The distance between the inner prole peak line and the
bottom prole valley line in the longitudinal direction within
the sampling length l.
Top prole peak line is the line that parallels to the reference
line and passes through the highest point of prole peak.
Bottom prole line is the line that parallels to the reference
line and passes through the lowest point of prole valley.
Ra= 1
l∫l
0| y (x) |
dx
5
Σ
i=1ypi + 5
Σ
i=1yvi
5
Rz=
Ra
y
x
l
o
x
l
y
o
Ry
y
yp2
yp1yp3yp4yp5
yv1yv2yv3yv4yv5
l
ox
Surface roughness ·
Allgemeine Technische Info
Technische Info
Typ Berechnungsmethode Meßaufnahme (Abb.)
Mittlere Rauhtiefe
Der Mittelrauhwert Ra ist der arithmetische Mittelwert der
absoluten Beträge der Abstände y des Rauhheitsprols
von der Mittellinie innerhalb der Messstrecke. Dies ist
gleichbedeutetend mit der Höhe des Rechtecks, dessen
Länge gleich der Gesamtstrecke I ist und das ächengleich
mit der Summe der zwischen dem Rauheitsprol und der
Mittellinie eingeschlossenen Fläche ist y=f
Gemittelte Rauhtiefe
Die gemittelte Rauhtiefe Rz ist das arithmetische Mittel
aus den Einzelrauhtiefen fünf aufeinander grenzender
Einzelmessstrecken gleicher Länge. Rz wird ebenfalls in
(μm) angegeben.
Maximale Rauhtiefe
Die maximale Rauhtiefe Ry ist die größte der auf der
Gesamtmeßstrecke I vorkommenden Einzelrauhtiefen, Ry
wird auch in (μm) Mikrometer angegeben. (Bemerkung) Um
Rz herausnden, wird ein Anteil ohne außergewöhnliche
Höhen und Tiefen als Stichprobenlänge ausgewählt und als
Schwachstelle betrachtet.
Oberächenrauhigkeit
D 3
Technical Info
D
General Technical Inform ·
ISO
Country and Standard ·
China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
P
Alloy steel ·
15 1015 1.0401 C15 080M15 - 1350 CC12 C15C16 F.111 -
20 1020 1.0402 C22 050A20 2C 1450 CC20 C20C21 F.112 - 20
35 1035 1.0501 C35 060A35 - 1550 CC35 C35 F.113 - 35
45 1045 1.0503 C45 080M40 - 1650 CC45 C45 F.114 - 45
55 1055 1.0535 C55 070M55 - 1655 - C55 - - 55
60 1060 1.0601 C60 080A62 43D - CC55 C60 - - 60
Y15 1213 1.7015 9SMn28 230M07 - 1912 S250 CF9SMn28 11SMn28 SUM22 15Ch
- 12L13 1.0718 9SMnPb28 - - 1914 S250Pb CF9MnPb28 11SMnPb28 SUM22L -
- - 1.0722 10SPb20 - - - 10PbF2 CF10Pb20 10SPb20 - -
- 1140 1.0726 35S20 212M36 8M 1957 35MF4 - F210G - -
Y13 1215 1.0736 9SMn36 240M07 1B - S300 CF9SMn36 12SMn35 - -
- 12L14 1.0737 9SMnPb36 - - 1926 S300Pb CF9SMnPb36 12SMnP35 - -
55Si2Mn 9255 1.0904 55Si9 250A53 45 2085 55S7 55Si8 56Si7 - -
- 9262 1.0961 60SiCr7 - - - 60SC7 60SiCr8 60SiCr8 - -
15 1015 1.1141 Ck15 080M15 32C 1370 XC12 C16 C15K S15C 15
40Mn 1039 1.1157 40Mn4 150M36 15 - 35M5 - - - 40G
25 1025 1.1158 Ck25 - - - - - - S25C 25
35Mn2 1335 1.1167 36Mn5 - - 2120 40Mn5 - 36Mn5 SMn438(H) 35G2,35GL
30Mn 1330 1.1170 28Mn6 150M28 14A - 20M5 C28Mn - SCMn1 30G
35Mn 1035 1.1183 Cf35 060A35 - 1572 XS38TS C36 - S35C -
Ck45 1045 1.1191 45 080M46 - 1672 XC42 C45 C45K S45C -
55 1055 1.1203 Ck55 070M55 - - XC45 C50 C55K S55C 55
50 1050 1.1213 Cf53 060A52 - 1674 XC48TS C53 - S50C -
60Mn 1060 1.1221 Ck60 080A62 43D 1678 XC60 C60 - S58C 60,60G
- 1095 1.1274 Ck101 060A96 - 1870 - - - SUP4 -
- - 1.3401 X120Mn12 Z120M12 - - X120M12 XG120Mn12 X120Mn12 SCMnH/1 110G13L
Gr15;45Gr 52100 1.3505 100Cr6 534A99 31 2258 100C6 100Cr6 F.131 SUJ2 SchCh 15
- ASTM
A204Gr.A 1.5415 15Mo3 1501-240 - 2912 15D3 16Mo3KW 16Mo3 - -
- 4520 1.5426 16Mo5 1503-245-
420 - - - 16Mo5 16Mo5 - -
- ASTM
A350LF5 1.5622 14Ni6 - - - 16N6 14Ni6 15Ni6 - -
- ASTM
A353 1.5662 X8Ni9 1501-
509;510 - - - X10Ni9 XBNi09 - -
Material comparison table ·
Technische Info
Allgemeine Technische Info
Standardbezeichnung nach Länder
Legierter Stahl
Werkstoffe Vergleichstabelle
D 4
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
ISO
Country and Standard ·
China USA Germany Great Britain
Sweden
France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
P
Alloy steel ·
- 2515 1.5680 12Ni19 - - - Z18N5 - - - -
- 3135 1.5710 36NiCr6 640A35 111A - 35NC6 - - SNC236 -
- 3415 1.5732 14NiCr10 - - - 14NC11 16NiCr11 15NiCr11 SNC415(H) -
- 3415
3310 1.5752 14NiCr14 655M13
655A12 36A - 12NC15 - - SNC815(H) -
- 9840 1.6511 36CrNiMo4 816M40 110 - 40NCD3 38CrNiMo4(KB) 35CrNiMo4 - 40 ChN2MA
- 8620 1.6523 21NiCrMo2 850M20 362 2503 20NCD2 20NiCrMo2 20NiCrMo2 SNCCM220(H) -
- 8740 1.6546 40NiCrMo2 311-Type7 - - - 40NiCrMo2(KB) 40NiCrMo2 SNC240 38ChGNM
40CrNiMoA 4340 1.6582 34CrNiMo6 817M40 24 2541 35NCD6 35CrNiMo6(KB) - - 38Ch2N2MA
- - 1.6587 17CrNiMo6 820A16 - - 18NCD6 - 14CrNiMo13 - -
15Cr 5015 1.7015 15Cr3 523M15 - - 12C3 - - SCr415(H) 15Ch
35Cr 5132 1.7033 34Cr4 530A32 18B - 32C4 34Cr4(KB) 35Cr4 SCr430(H) 35Ch
40Cr 5140 1.7035 41Cr4 530M40 18 - 42C4 41Cr4 42Cr4 SCr440(H) 40Ch
40Cr 5140 1.7045 42Cr4 - - 2245 - - 42Cr4 SCr440 40Ch
18CrMn 5115 1.7131 16MnCr15 (527M20) - 2511 16MC5 16MnCr15 16MnCr15 - 18ChG
20CrMn 5155 1.7176 55Cr3 527A60 48 - 55C3 - - SUP9(A) 50ChGA
30CrMn 4130 1.7218 25CrMo4 1717CDS110 - 2225 25CD4 25CrMo4(KB) 55Cr3 SCM420;
SCM430 30ChM
35CrMo 4137;4135 1.7220 34CrMo4 708A37 19B 2234 35CD4 35CrMo4 34CrMo4 SCM432;
SCRRM3 AS38ChGM
40CrMoA 4140;4142 1.7223 41CrMo4 708M40 19A 2244 42CD4TS 41CrMo4 41CrMo4 SCM440 40 ChFA
42CrMo
42CrMnMo 4140 1.7225 42CrMo4 708M40 19A 2244 42CD4 42CrMo4 42CrMo4 SCM440(H) -
- - 1.7262 15CrMo5 - - 2216 12CD4 - 12CrMo4 SCM415(H) -
- ASTM A182
F11;F12 1.7335 13CrMo44 1501-620Gr.27 - - 15CD3.5;
15CD4.5 14CrMo44 14CrMo45 - 12ChM ,
15ChM
- - 1.7361 32CrMo12 722M24 40B 2240 30CD12 32CrMo12 F.124.A - -
- ASTM A182
F.22 1.7380 10CrMo910 1501-
622Gr.31;45 - 2218 12CD9;10 12CrMo9,10 TU.H - -
- - 1.7715 14MoV63 1503-660-440 - - - - 13MoCrV6 - -
50CrVA 6150 1.8159 50CrV4 735A50 47 2230 50CV4 50CrV4 51CrV4 SUP10 50ChGFA
- - 1.8509 41CrAlMo7 905M39 41B 2940 40CAD6,12 41CrAlMo7 41CrAlMo7 - 38ChMJuA
- - 1.8523 39CrMoV139 897M39 40C - - 36CrMoV12 - - -
Material comparison table ·
Allgemeine Technische Info
Technische Info
Standardbezeichnung nach Länder
Legierter Stahl
Werkstoffe Vergleichstabelle
D 5
Technical Info
D
General Technical Inform ·
ISO
Country and Standard ·
China USA Germany Great
Britain
Sweden
France Italy Spain Japan Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
P
Tool steel ·
T10 W.110 1.1545 C105W1 - - 1880 Y1105 C98KU
C100KU
F.515
F.516 - U10A
T12A W.112 1.1663 C125W - - - Y2120 C120KU (C120) SK2 U13
CrV;9SiCr L3 1.2067 100Cr6 BL3 - - Y100C6 - 100Cr6 - -
Cr12 D3 1.2080 X210Cr12 BD3 - - Z200Cr12 X210Cr13KU
X250Cr12KU X210Cr12 SKD1 Ch12
4Cr5MoVSi H13 1.2344 X40CrMoV5 1 BH13 - 2242 Z40CDV5 X35CrMoV05KU
X40CrMoV51KU X40CrMoV5 SKD61 4Ch5MF1S
Cr6WV A2 1.2363 X100CrMoV5 1 BA2 -2260 Z100CDV5 X100CrMoV51KU X100CrMoV5 SKD12 -
CrWMo -1.2419 105WCr6 - - 2140 105WC13 10WCr6
107WCr5KU 105WCr5
SKS31
SKS2
SKS3
ChWG
Cr12W -1.2436 X210CrW12 - - 2312 - X215CrW12 1KU X210CrW12 SKD2 -
5CrNiMo S1 1.2542 45WCrV7 BS1 -2710 - 45WCrV8KU 45WCrSi8 - -
3Cr2W8V H21 1.2581 X30WCrV9 3
X30WCrV93KU BH21 - - Z30WCV9 X28W09KU
X30WCrV9 3KU X30WCrV9 SKD5 3Ch2W8F
Cr12MoV - 1.2601 X165CrMoV 12 - - 2310 - X165CrMoW12KU X160CrMoV12 SKD11 -
5CrNiMo L6 1.2713 55NiCrMoV6 - - - 55NCDV7 - F.250.S SKT4 5ChNM
V W210 1.2833 100V1 BW2 - - Y1105V - - SKS43 -
W6Mo5Cr4V2Co5
-1.3243 S6-5-2-5 - - 2723 Z85WDKCV HS6-5-2-5 HS6-5-2-5 SKH55 R6M5K5
W18Cr4VCo5 T4 1.3255 S18-1-2-5 BT4 - - Z80WKCV
10-05-04-01 X78WCo1805KU HS18-1-1-5 SKH3 -
W6Mo5Cr4V2 M2 1.3343 S6-5-2 BM2 -2722 Z85WDCV
06-05-04-02 X82WMo0605KU HS6-5-2 SKH9 R6M5
-M7 1.3348 S2-9-2 - -Z- 2782 Z100WCWV
09-02-04-02 HS2-9-2 HS2-9-2 - -
W18Cr4V T1 1.3355 S18-0-1 BT1 - - Z80WCV
18-04-01 X75W18KU HS18-0-1 SKH2 -
W6Mo5Cr4V3 M3 - S6-5-3 - - - - - - SKH52 -
-M42 - - BM42 - - - - - SKH59 -
Material comparison table ·
Technische Info
Allgemeine Technische Info
Standardbezeichnung nach Länder
Werkzeugstahl
Werkstoffe Vergleichstabelle
D 6
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
ISO
Country and Standard ·
Main application
China USA Germany Japan
Daido Steel
Co., Ltd
(Japan)
Russia
GB AISI/SAE DIN JIS DAIDO GOST
P
Plastic die steel ·
-P20 mod. -PX5N
For mass production of large mirror dies. Automobile
tail light, front fender of car, video camera, household
electrical appliances etc
- - - NAK55
High precision mirror die. Video camera, music
disc, Cosmetic Containers, transparent covers,
transparent lms etc
- - - NAK80
High precision mirror die. Video camera, music
disc, Cosmetic Containers, transparent covers,
transparent lms etc
3Cr13 420 mod. SUS420J2
mod. S-STAR
For ultra-mirror corrosion resistant precise dies.
Accessories of camera, CD, lens, watch case.
Cold-working die steel ·
-02 -SKS93 YK30
Stamping die, gauge calipers, paper cutter, auxiliary
tools
9CrWMn 01 mod. -SKS3 mod. GOA
Blanking die, gauge calipers, drawing die, taps,
Perforated punch.
Cr12MoV D2 X165CrMoV12 SKD11 DC11
Blanking die, cold forming die, cold drawing die,
forming roller, punch
-D2 mod. -SKD11 mod. DC53
Blanking die, cold forming die, cold drawing die,
forming roll, punch
Hot-working die steel ·
4Cr5MoSiV1 H13 X40CrMoV51 SKD61 DHA1
Aluminum-compression die, connecting parts of
compression die, hot stamping die, hot extrusion die,
thermal shear cutting blade
- - - - DH21 Long life Aluminum compression die
- - - - DH31-S Compression die,
- - - - DH2F Compression die, plastic die
Allgemeine Technische Info
Technische Info
Standardbezeichnung nach Länder
Hauptanwendung
P
Gesenkstahl
Große hochglänzende Präzisionsgesenke für die
Serienproduktion. Automobilteile, Videokameras,
elektr. Haushaltsgeräte ect.
Hochglänzende Präzisionsgesenke für
Videokameras, Musik CDs, Kosmetik Behälter,
Transparente Abdeckungen.
Hochglänzende Präzisionsgesenke für
Videokameras, Musik CDs, Kosmetik Behälter,
Transparente Abdeckungen und Beläge.
Für ultra-fein spiegelnde korrosionsbeständige
Gesenke für Zubehör von Kameras. CD, Linsen,
Armbanduhren.
Kaltarbeitsstahl
Für Gesenkstempel, Meßkaliber,
Papierschneidmesser, Werkzeuge
Für Schnittmatrizen, Meßkaliber, Gewindebohrer,
Perforationswerkzeuge, Kaltziehsteine
Für Schnittmatrizen, Kaltformpressgesenke,
Kaltziehsteine, Formwalzen.
Für Schnittmatrizen, Kaltformpressgesenke,
Kaltziehsteine, Formwalzen.
Warmarbeitsstahl
Aluminium Druckgesenke, Verbindungsstücke für
Druckgesenke, Heißpressgesenke, Heiß-Extruder-
Gesenke, warmfeste Schnittmesser ect.
Alu-Druckgesenke für lange Lebensdauer
Druckgesenke
Druckgesenke, Plastik-Gesenke
D 7
Technical Info
D
General Technical Inform ·
ISO
Country and Standard ·
China USA Germany Great Britain
Sweden
France Italy Spain Japan
Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS
GOST
M
Stainless steel ·
0Cr13;
1Cr12 403 1.4000 X6Cr13 403S17 - 2301 Z6C13 X6Cr13 F.3110 SUS403 08Ch13
- - 1.4001 X7Cr14 - - - - - F.8401 - -
1Cr13 410 1.4006 X10Cr13 410S21 56A 2302 Z10C14 X12Cr13 F.3401 SUS410 12Ch13
1Cr17 430 1.4016 X6Cr17 430S15 60 220 Z8C17 X8Cr17 F.3113 SUS430 12Ch17
2Cr13 410 1.4021 X20Cr13 S62 56B;
56C - Z20C13 X20C13 F.3401 SUS410 20Ch13
- - 1.4027 G-X20Cr14 420C29 56B - Z20C13M - - SCS2 20Ch13L
4Cr13 - 1.4034 X46Cr13 420S45 56D 2304 Z40CM
Z38C13M X40Cr14 F.3405 SUS420J2 40Ch13
1Cr17Ni2 431 1.4057 X20CrNi172 431S29 57 2321 Z15CNi6.02 X16CNi16 F.3427 SUS431 20Ch17N2
Y1Cr17 430F 1.4104 X12CrMoS17 - - 2383 Z10CF17 X10CrS17 F.3117 SUS430F -
1Cr17Mo 434 1.4113 X6CrMo171 434S17 - 2325 Z8CD17.01 X8CrMo17 - SUS434 -
- - 1.4313 X5CrNi134 425C11 - - Z4CND13.4M - - SCS5 -
- - 1.4408 G-X6CrNiMo1810 316C16 - - - - F.8414 SCS14 07Ch18N10G2S2M2L
4Cr9Si2 HW3 1.4718 X45CrSi93 401S45 52 - Z45CS9 X45CrSi8 F.322 SUH1 40Ch9S2
0Cr13Al 405 1.4724 X10CrAl13 403S17 - - Z10C13 X10CrAl12 F.311 SUS405 10Ch13SJu
Cr17 430 1.4742 X10CrAl18 430S15 60 - Z10CAS18 X8Cr17 F.3113 SUS430 15Ch18SJu
8Cr20Si2Ni HNV6 1.4757 X80CrNiSi20 443S65 59 - Z80CSN20.02 X80CrSiNi20 F.320V SUH4 -
2Cr25N 446 1.4762 X10CrAl24 - - 2322 Z10CAS24 X16Cr26 - SUH446 -
Austenitic stainless steel ·
0Cr18Ni9 304 1.4301 X5CrNi1810 304S15 58E 2332 Z6CN18.09 X5CrNi1810
F.3551;
F.3541;
F.3504
SUS304 08Ch18N10
1Cr18Ni9MoZr 303 1.4305 X10CrNiS189 303S21 58M 2346 Z10CNF18.09 X10CrNiS18.09 F.3508 SUS303 -
0Cr19Ni10 304L 1.4306 X2CrNi1911 304S12 - 2352 Z2CN18.10 X2CrNi18.11 F.3503 SCS19 03Ch18N11
- - 1.4308 G-X6CrNi189 304C15 - - Z6CN18.10M - - SCS13 07Ch18N9L
Cr17Ni7 301 1.4310 X12CrNi177 - - 2331 Z12CN17.07 X12CrNi1707 F.3517 SUS301 -
- 304LN 1.4311 X2CrNiN1810 304S62 - 2371 Z2CN18.10 - - SUS304LN -
0Cr19Ni9 304 1.4350 X5CrNi189 304S31 58E - Z6CN18.09 X5CrNi1810 - SUS304 -
0Cr17Ni11Mo2 316 1.4401 X5CrNiMo1712 316S16 Z6CND17.11 2347 1.4401 X5CrNiMo1712 F.3543 SUS316 -
00Cr17Ni13Mo2 316LN 1.4429 X2CrNiMoN17133 - - 2375 Z2CND17.13 - - SUS316LN -
0Cr27Ni12Mo3 316L 1.4435 X2CrNiMo18143 316S12 - 2353 Z2CDN17.13 X2CrNiMo1713 - SCS16, 03Ch17N14M2
00Cr19Ni13Mo3 317L 1.4438 X2CrNiMo17133 317S12 - 2367 Z2CND19.15 X2CrNiMo18.16 - SUS317L -
- 329L 1.4460 X8CrNiMo275 - - 2324 - - -
SUS329L;
SCH11;
SCS11
-
1Cr18Ni9Ti 321 1.4541 X6CrNiTi1810 2337 321S12 58B Z6CNT18.10 X6CrNiTi1811 F.3553 SUS321 12Ch18N10T
1Cr18Ni11Nb 347 1.4550 X6CrNiNb1810 347S17 58F 2338 Z6CNNb18.1 X6CrNiTi1811 F.3552 SUS347 08Ch18N12B
Cr18Ni12Mo2Ti 316Ti 1.4571 X6CrNiMoTi17122 320S17 58J 2350 Z6NDT17.12 X6CrNiMoTi17 F.3535 - 10Ch17N13M2T
Technische Info
Allgemeine Technische Info
Standardbezeichnung nach Länder
Rostfreier Stahl
Austenitischer Rostfreier Stahl
D 8
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
ISO
Country and Standard ·
China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
M
Austenitic stainless steel ·
- - 1.4581 G-X5CrNiMoNb1810 318C7 - - Z4CNDNb1812M XG8CrNiMo18 - SCS22 -
Cr17Ni12Mo3Nb 318 1.4583 X10CrNiMoNb1812 - - - Z6CNDNb1713B X6CrNiMoTiNb17 - - -
1Cr23Ni13 309 1.4828 X15CrNiSi2012 309S24 - - Z15CNS20.1 - - SUH309 20Ch20N14S2
0Cr25Ni20 310S 1.4845 X12CrNi2521 310S24 - 2361 Z12CN2520 X6CrNi2520 F.331 SUH310 20Ch23N18
Cr15Ni36W3Ti 330 1.4864 X12NiCrSi3616 - - - Z12CNS35.1 - - SUH330 -
- - 1.4865 G-X40NiCrSi3818 330C11 - - - XG50NiCr3919 - SCH15 -
5Cr2Mn9Ni4N EV8 1.4871 X53CrMnNiN219 349S54;
321S12
-
58B - Z52CMN21.0 X53CrMnNiN219 - SUH35 55Ch20G9AN4
1Cr18Ni9Ti 321 1.4878 X12CrNiTi189 321S320 58C - Z6CNT18.12 X6CrNiTi1811 F.3523 SU321 09Ch18N10T
ISO
Country and Standard ·
China USA Germany Great
Britain Sweden France Italy Spain Japan Russia
K
Nodular cast iron ·
QT400-18 60-40-18 GGG40 400/17 0717-02
FGS370-17
GS370-17 FGE38-17 FCD400 VC 42-12
QT
450-10
65-45-12 -- 420/12 --
FGS400-12
GS
400-12
FGE42-12 FCD450 -
QT500-7 70-50-05 GGG50 500/7 0727-02
FGS
500-7 GS500-7 FGE50-7 FCD500 VC 50-2
QT600-3 80-60-03 GGG60 600/7 0732-03
FGS
600-2 GS600-2 FGE60-2 FCD600 VC 60-2
QT700-2 100-70-03 GGG70 700/2 0737-01
FGS
700-2 GS700-2 FGE70-2 FCD700 VC 70-2
QT800-2 120-90-02 GGG80 800/2 0864-03
FGS
800-2 GS800-2 FGE80-2 FCD800 VC 80-2
QT900-2 -- -- 900/2 -- --
--
-- -- -
Grey cast iron ·
-- NO.60 GG40 -- 0140
FGL400
-- -- Sc 40
HT350 NO.50 GG35 350 0135
FGL350
G35
FG35 FC350 Sc 35
HT
300
NO.45 GG30 300 0130
FGL
300 G30 FG30 FC300 Sc 30
HT250 NO.35 GG25 250 0125
FGL
250 G25 FG25 FC250 Sc 25
HT200 NO.30 GG20 200 0120
FGL
200 G20 FG20 FC200 Sc 20
HT150 NO.20 GG15 150 0115
FGL
150 G15 FG15 FC150 Sc 15
HT100 -- -- 100 0110 --
G10
-- FC100 -
ISO
Country and Standard ·
China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
H
Hardened materials ·
-440A 1.4108 X100CrMo03 - - 2258 08 - - - C4BS -
-610 1.4111 X100CrMoV15 - - 2534 05 - - AC4A -
- 0-2 - X65CrMo14 - - 2541 06 - - AC4A -
Allgemeine Technische Info
Technische Info
Standardbezeichnung nach Länder
Standardbezeichnung nach Länder
Austenitischer Rostfreier Stahl
GGG
Grauguss
Gehärtete Werkstoffe
Standardbezeichnung nach Länder
D 9
Technical Info
D
General Technical Inform ·
ISO
Country and Standard ·
China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
N
Aluminium-bassed alloys ·
-SC64D 3.2373 G-AISI9MGWA 4251 A-S7G C4BS -
- DG-AISI12 G-ALMG5 LM5 4252 A-SU12 AC4A
-356.1 LM25 4244 A5052
-A413.0 GD-AISi12 4247 A6061
-A380.1 GD-AISi8Cu3 LM24 4250 A7075
-A413.1 G-AISi12(Cu) LM20 4260 ADC12
-A413.2 G-AISi12 LM6 4261
-A360.2 G-AISi10Mg(Cu) LM9 4253
ISO
Country and Standard ·
China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
S
Nickel based alloys ·
-5391 LW2 4670 S-NiCr13A16MoNb mar-46 - - NC12AD - -
-AMS 5397 LW2 4674 NiCo15Cr10MoAlTi - - - - - -
-5660 LW2.4662 NiFe35Cr14MoTi - - - ZSNCDT42 - -
-5383 LW2.4668 NiCr19Fe19NbMo HR8 - - NC19eNB - -
- - 2.4631 NiCr20TiAk Hr401.601 - - NC20TA - - -
-AMS 5399 2.4973 NiCr19Co11MoTi - - - NC19KDT - - -
-AMS 5544 LW2.4668 NiCr19Fe19NbMo - - - NC20K14 - -
-5390A 2.4603 - - - - NC22FeD - - -
-5666 2.4856 NiCr22Mo9Nb - - - NC22FeDNB - - -
- - 2.4630 NiCr20Ti HR5.2034 - - NC20T - - -
-4676 2.4375 NiCu30AL3Ti 3072-76 - - - - - -
Cobalt based alloys ·
-5537C
AMS CoCr20W15Ni - - - KC20WN - -
-5772 LW2.4964 CoCr20W14Ni KC22WN
Titannium alloys ·
- UNS R54520 3.7115.1 TiAl5Sn2.5 TA14/17 - - T-A5E - -
- UNS R56400
- - 3.7165.1 TiAl6V4 TA10-13/
TA28 - UNS R56401 T-A6V - -
- TiAl5V5Mo5Cr3
- - 3.7185 TiAl4Mo4Sn4Si0.5 - - - - - -
Technische Info
Allgemeine Technische Info
Standardbezeichnung nach Länder
Aluminium Legierungen
Standardbezeichnung nach Länder
Nickel Legierungen
Kobalt Legierungen
Titannium Legierungen
D 10
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Basic
dimensions
(mm)
Standard tolerance class of holes ·
IT1 IT2 IT3 IT4 IT5 IT6 IT7 IT8 IT9 IT10 IT11 IT12 IT13 IT14 IT15 IT16 IT17 IT18
>≤μm mm
--- 3 0.8 1.2 2 3 4 6 10 14 25 40 60 0.1 0.14 0.25 0.4 0.6 1 1.4
3 6 1 1.5 2.5 4 5 8 12 18 30 48 75 0.12 0.18 0.3 0.48 0.75 1.2 1.8
6 10 1 1.5 2.5 4 6 9 15 22 36 58 90 0.15 0.22 0.36 0.58 0.9 1.5 2.2
10 18 1.2 2 3 5 8 11 18 27 43 70 110 0.18 0.27 0.43 0.7 1.1 1.8 2.7
18 30 1.5 2.5 4 6 9 13 21 33 52 84 130 0.21 0.33 0.52 0.84 1.3 2.1 3.3
30 50 1.5 2.5 4 7 11 16 25 39 62 100 160 0.25 0.39 0.62 1 1.6 2.5 3.9
50 80 2 3 5 8 13 19 30 46 74 120 190 0.3 0.46 0.74 1.2 1.9 3. 4.6
80 120 2.5 4 6 10 15 22 35 54 87 140 220 0.35 0.54 0.87 1.4 2.2 3.5 5.4
120 180 3.5 5 8 12 18 25 40 63 100 160 250 0.4 0.63 1 1.6 2.5 4 6.3
180 250 4.5 7 10 14 20 29 46 72 115 185 290 0.46 0.72 1.15 1.85 2.9 4.6 7.2
250 315 6 8 12 16 23 32 52 81 130 210 320 0.52 0.81 1.3 2.1 3.2 5.2 8.1
315 400 7 9 13 18 25 36 57 89 140 230 360 0.57 0.89 1.4 2.3 3.6 5.7 8.9
400 500 8 10 15 20 27 40 63 97 155 250 400 0.63 0.97 1.55 2.5 4 6.3 9.7
500 630 9 11 16 22 32 44 70 110 175 280 440 0.7 1.1 1.75 2.8 4.4 7 11
630 800 10 13 18 25 36 50 80 125 200 320 500 0.8 1.25 2 3.2 5 8 12.5
800 1000 11 15 21 28 40 56 90 140 230 360 560 0.9 1.4 2.3 3.6 5.6 9 14
1000 1250 13 18 24 33 47 66 105 165 260 420 660 1.05 1.65 2.6 4.2 6.6 10.5 16.5
1250 1600 15 21 29 39 55 78 125 195 310 500 780 1.25 1.95 3.1 5 7.8 12.5 19.5
1600 2000 18 25 35 46 65 92 150 230 370 600 920 1.5 2.3 3.7 6 9.2 15 23
2000 2500 22 30 41 55 78 110 175 280 440 700 1100 1.75 2.8 4.4 7 11 17.5 28
2500 3150 26 36 50 68 96 135 210 330 540 860 1350 2.1 3.3 5.4 8.6 13.5 21 33
Note:
From IT1 to IT5, the standard tolerance with basic dimension more than 500 mm is as trial.
When the basic dimension 1 mm, the tolerances from IT4 to IT8 are invalid.
Fitting dimension tolerance ·
Allgemeine Technische Info
Technische Info
Standard-Toleranzklassen
Bemerkung:
Für die Standardt Toleranzen IT1 bis IT5 bei Durchmesser über 500 mm ist eine Anpassung notwendig. Bei Basis abmessungen unter 1 mm ist das
Toleranzfeld IT4 bis IT8 ungültig.
Passtoleranzen
D 11
Technical Info
D
General Technical Inform ·
ES= negative (-) basic tolerance of hole
Deviation from a to h Deviation from k to zc
EI= positive (+) basic tolerance of hole
es
es
EI
EI
ES
ES
ei
ei
+
0
-
+
0
-
The shaft lower deviation(ei) and upper deviation (es) can be obtained by basic tolerance and standard tolerance
(IT) of shaft.
The hole lower deviation(EI) and upper deviation (ES) can be obtained by basic tolerance and standard tolerance (IT) of
hole.
0 line
0 line
For example: for a hole with diameter 3 mm and tolerance H7, we can find that the lower deviation EI=0
in relation to H7 from the basic tolerance table, and the standard tolerance IT=10μm
corresponding to H7, thus the upper deviation ES=EI+IT=10μm. Therefore the hole fitting
dimension is Ø 3+0.01
0mm.
Deviation from a to h Deviation from K to ZC
(It is not applicable for K, M with the tolerance < IT8)
EI= postive (+) basic tolerance of hole ES=negitive (-) basic tolerance of hole
Technische Info
Allgemeine Technische Info
ES= neg(-) Basistoleranz der Bohrung
ei=es-IT
Abweichung von a bis h Abweichung von k bis zc
EI= pos(+) Basistoleranz der Bohrung
es=ei+IT
Toleranz Einheitswelle: Die geringste Abweichung (ei) und die größte Abweichung (es) sind als Basis bzw.
Standard-Toleranzen (IT) in der Tabelle angegeben.
Toleranz Einheitsbohrung: Die geringste Abweichung (EI) und die größte Abweichung (ES) sind als Basis bzw.
Standard-Toleranzen (IT)- Bohrung in der Tabelle angegeben.
Beispiel: Bei einem Durchmesser von 3mm und einer Toleranz H7 ist bei der Basis Toleranz H7 EI=0
bei der Standard-Toleranz H7 ist es IT=10μm. Die größte Abweichung ist demzufolge:
ES=EI+IT=10μm.
Die Bohrungstoleranz ist bei einem Ø 3+0.01
0 mm.
Abweichung von A bis H
Abweichung von K von ZC
(Ist nicht anwendbar für K, M mit der >Toleranz < IT8)
EI= pos(+) Basistoleranz der Bohrung
ES=EI+IT
ES= neg(-) Basistoleranz der Bohrung
EI=ES+IT
D 12
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Diameter
Ø (mm)
Basic deviation value ·
Upper deviation es ·
Standard tolerance class ·
>≤abc cd d e ef f fg g h js
--- 3-270 -140 -60 -34 -20 -14 -10 -6 -4 -2 0
3 6 -270 -140 -70 -46 -30 -20 -14 -10 -6 -4 0
6 10 -280 -150 -80 -56 -40 -25 -18 -13 -8 -5 0
10 14 -290 -150 -95 -50 -32 -16 -6 0
14 18
18 24 -300 -160 -110 -65 -40 -20 -7 0
24 30
30 40 -310 -170 -120 -80 -50 -25 -9 0
40 50 -320 -180 -130
50 65 -340 -190 -140 -100 -60 -30 -10 0
65 80 -360 -200 -150
80 100 -380 -220 -170 -120 -72 -36 -12 0
100 120 -410 -240 -180
120 140 -460 -260 -200
-145 -85 -43 -14 0140 160 -520 -280 -210
160 180 -580 -310 -230
180 200 -660 -340 -240
-170 -100 -50 -15 0200 225 -740 -380 -260
225 250 -820 -420 -280
250 280 -920 -480 -300 -190 -110 -56 -17 0
280 315 -1050 -540 -330
315 355 -1200 -600 -360 -210 -125 -62 -18 0
355 400 -1350 -680 -400
400 450 -1500 -760 -440 -230 -135 -68 -20 0
450 500 -1650 -840 -480
500 560 -260 -145 -76 -22 0
560 630
630 710 -290 -160 -80 -24 0
710 800
800 900 -320 -170 -86 -26 0
900 1000
1000 1120 -350 -195 -98 -28 0
1120 1250
1250 1400 -390 -220 -110 -30 0
1400 1600
1600 1800 -430 -240 -120 -32 0
1800 2000
2000 2240 -480 -260 -130 -34 0
2240 2500
2500 2800 -520 -290 -145 -38 0
2800 3150
Note: 1. If basic dimension ≤1mm, the basic deviation a and b are not adopted.
In the formula Deviation =± ITn
2, ITn is the IT value corresponding to ‘ n’.
● Basic deviations value of shaft
●
Allgemeine Technische Info
Technische Info
Basistoleranzwerte Einheitswelle
Durchmesser
Basistoleranzwerte
Höchstabweichung
Standard-Toleranzklasse
Bemerkungen: 1. Bei Abmessungen ≤ 1mm, sind die Basisabweichungen a und b nicht berücksichtigt.
Die Formel für die Abweichung =± ITn
2 , ITn ist der IT Wert entsprechend zu "n" zugeordnet.
D 13
Technical Info
D
General Technical Inform ·
Basic deviation value ·
Lower deviationei ·
IT5
IT6
IT7 IT8
IT4
IT7
≤IT3
>IT7
Standard tolerance class ·
jkm n p r s t uvxy z zn zb zc
-2 -4 -6 0 0 +2 +4 +6 +10 +14 +18 +20 +26 +32 +40 +60
-2 -4 +1 0+4 +8 +12 +15 +19 +23 +28 +35 +42 +50 +80
-2 -5 +1 0+6 +10 +15 +19 +23 +28 +34 +42 +52 +67 +97
-3 -6 +1 0+7 +12 +18 +23 +28 +33 +40 +50 +64 +90 +130
+39 +45 +60 +77 +108 +150
-4 -8 +2 0+8 +15 +22 +28 +35 +41 +47 +54 +63 +73 +98 +136 +188
+41 +48 +55 +64 +75 +88 +118 +160 +218
-5 -10 +2 0+9 +17 +26 +34 +43 +48 +60 +68 +80 +94 +112 +148 +200 +274
+54 +70 +81 +97 +114 +136 +180 +242 +325
-7 -12 +2 0+11 +20 +32 +41 +53 +66 +87 +102 +122 +144 +172 +226 +300 +405
+43 +59 +75 +102 +120 +146 +174 +210 +274 +360 +480
-9 -15 +3 0+13 +23 +37 +51 +71 +91 +124 +146 +178 +214 +258 +335 +445 +585
+54 +79 +104 +144 +172 +210 +254 +310 +400 +525 +690
-11 -18 +3 0+15 +27 +43
+63 +92 +122 +170 +202 +248 +300 +365 +470 +620 +800
+65 +100 +134 +190 +228 +280 +340 +415 +535 +700 +900
+68 +108 +146 +210 +252 +310 +380 +465 +600 +780 +1000
-13 -21 +4 0+17 +31 +50
+77 +122 +166 +236 +284 +350 +425 +520 +670 +880 +1150
+80 +130 +180 +258 +310 +385 +470 +575 +740 +960 +1250
+84 +140 +196 +284 +340 +425 +520 +640 +820 +1050 +1350
-16 -26 +4 0+20 +34 +56 +94 +158 +218 +315 +385 +475 +580 +710 +920 +1200 +1550
+98 +170 +240 +350 +425 +525 +650 +790 +1000 +1300 +1700
-18 -28 +4 0+21 +37 +62 +108 +190 +268 +390 +475 +590 +730 +900 +1150 +1500 +1900
+114 +208 +294 +435 +530 +660 +820 +1000 +1300 +1650 +2100
-20 -32 +5 0+23 +40 +68 +126 +232 +330 +490 +595 +740 +920 +1100 +1450 +1850 +2400
+132 +252 +360 +540 +660 +820 +1000 +1250 +1600 +2100 +2600
0 0 +26 +44 +78 +150 +280 +400 +600
+155 +310 +450 +660
0 0 +30 +50 +88 +175 +340 +500 +740
+185 +380 +560 +840
0 0 +34 +56 +100 +210 +430 +620 +940
+220 +470 +680 +1050
0 0 +40 +66 +120 +250 +520 +780 +1150
+260 +580 +840 +1300
0 0 +48 +78 +140 +300 +640 +960 +1450
+330 +720 +1050 +1600
0 0 +58 +92 +170 +370 +820 +1200 +1850
+400 +920 +1350 +2000
0 0 +68 +110 +195 +440 +1000 +1500 +2300
+460 +1100 +1650 +2500
0 0 +76 +135 +240 +550 +1250 +1900 +2900
+580 +1400 +2100 +3200
μm
Technische Info
Allgemeine Technische Info
Basistoleranzwerte Einheitswelle
geringste Abweichung
Standard-Toleranzklasse
D 14
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Diameter
Ø (mm)
Basic deviation value ·
Lower deviation EI · Upper deviation ES ·
Standard tolerance class ·
IT6 IT7 IT8 ≤IT8 >IT8 ≤IT8 >IT8 ≤IT8 >IT8 ≤IT7
>≤ A B C CD D E EF F FG G H JS J K M N P to
ZC
--- 3+270 +140 +60 +34 +20 +14 +10 +6 +4 +2 0+2 +4 +6 0 0 -2 -2 -4 -4
3 6 +270 +140 +70 +46 +30 +20 +14 +10 +6 +4 0+5 +6 +10 -1+Δ -4+Δ -4 -8+Δ 0
6 10 +280 +150 +80 +56 +40 +25 +18 +13 +8 +5 0+5 +8 +12 -1+Δ -6+Δ -6 -10+Δ 0
10 14 +290 +150 +95 +50 +32 +16 +6 0+6 +10 +15 -1+Δ -7+Δ -7 -12+Δ 0
14 18
18 24 +300 +160 +110 +65 +40 +20 +7 0+8 +12 +20 -2+Δ -8+Δ -8 -15+Δ 0
24 30
30 40 +310 +170 +120 +80 +50 +25 +9 0+10 +14 +24 -2+Δ -9+Δ -9 -17+Δ 0
40 50 +320 +180 +130
50 65 +340 +190 +140 +100 +60 +30 +10 0+13 +18 +28 -2+Δ -11+Δ -11 -20+Δ 0
65 80 +360 +200 +150
80 100 +380 +220 +170 +120 +72 +36 +12 0+16 +22 +34 -3+Δ -13+Δ -13 -23+Δ 0
100 120 +410 +240 +180
120 140 +460 +260 +200
+145 +85 +43 +14 0+18 +26 +41 -3+Δ -15+Δ -15 -27+Δ 0140 160 +520 +280 +210
160 180 +580 +310 +230
180 200 +660 +340 +240
+170 +100 +50 +15 0+22 +30 +47 -4+Δ -17+Δ -17 -31+Δ 0200 225 +740 +380 +260
225 260 +820 +420 +280
260 280 +920 +480 +300 +190 +110 +56 +17 0+25 +36 +55 -4+Δ -20+Δ -20 -34+Δ 0
280 315 +1050 +540 +330
315 355 +1200 +600 +360 +210 +125 +62 +18 0+29 +39 +60 -4+Δ -21+Δ -21 -37+Δ 0
355 400 +1350 +680 +400
400 450 +1500 +760 +440 +230 +135 +68 +20 0+33 +43 +66 -5+Δ -23+Δ -23 -40+Δ 0
450 500 +1650 +840 +480
500 560 +260 +145 +76 +22 0 0 -26 -44
560 630
630 710 +290 +160 +80 +24 0 0 -30 -50
710 800
800 900 +320 +170 +86 +26 0 0 -34 -56
900 1000
1000 1120 +350 +195 +98 +28 0 0 -40 -66
1120 1250
1250 1400 +390 +220 +110 +30 0 0 -48 -78
1400 1600
1600 1800 +430 +240 +120 +32 0 0 -58 -92
1800 2000
2000 2240 +480 +260 +130 +34 0 0 -68 -110
2240 2500
2500 2800 +520 +290 +145 +38 0 0 -76 -135
2800 3150
In the formula Deviation =± ITn
2, ITn is the IT value corresponding to ‘ n’.
If IT ≥IT7, add a Δ value to the relevant value
● Basic deviations value of hole
●
Allgemeine Technische Info
Technische Info
Durchmesser
Basis-Toleranzwerte Einheitswelle
geringste Abweichung EI Höchstabweichung ES
Standard-Toleranzklasse
Basistoleranzwerte Einheitsbohrung
Wenn IT ≥IT7, wird der a Δ wert zuaddiert.
Die Formel für die Abweichung =± ITn
2 , ITn ist der IT Wert entsprechend zu "n" zugeordnet.
D 15
Technical Info
D
General Technical Inform ·
Basic deviation value · Δ
Upper deviation ES ·
Standard tolerance class >IT7 · Standard tolerance class
P R S T UV X Y Z ZA ZB ZC IT3 IT4 IT5 IT6 IT7 IT8
-6 -10 -14 -18 -20 -26 -32 -40 -60 000000
-12 -15 -19 -23 -28 -35 -42 -50 -80 1 1.5 1 3 4 6
-15 -19 -23 -28 -34 -42 -52 -67 -97 1 1.5 2 3 6 7
-18 -23 -28 -33 -40 -50 -64 -90 -130 123379
-39 -45 -60 -77 -108 -150
-22 -28 -35 -41 -47 -54 -63 -73 -98 -136 -188 1.5 2 3 4 8 12
-41 -48 -55 -64 -75 -88 -118 -160 -218
-26 -34 -43 -48 -60 -68 -80 -94 -112 -148 -200 -274 1.5 3 4 5 9 14
-54 -70 -81 -97 -114 -136 -180 -242 -325
-32 -41 -53 -66 -87 -102 -122 -144 -172 -226 -300 -405 235611 16
-43 -59 -75 -102 -120 -146 -174 -210 -274 -360 -480
-37 -51 -71 -91 -124 -146 -178 -214 -258 -335 -445 -585 2 4 5 7 13 19
-54 -79 -104 -144 -172 -210 -254 -310 -400 -525 -690
-43
-63 -92 -122 -170 -202 -248 -300 -365 -470 -620 -800
3 4 6 7 15 23-65 -100 -134 -190 -228 -280 -340 -415 -535 -700 -900
-68 -108 -146 -210 -252 -310 -380 -465 -600 -780 -1000
-50
-77 -122 -166 -236 -284 -350 -425 -520 -670 -880 -1150
3 4 6 9 17 26-80 -130 -180 -258 -310 -385 -470 -575 -740 -960 -1250
-84 -140 -196 -284 -340 -425 -520 -640 -820 -1050 -1350
-56 -94 -158 -218 -315 -385 -475 -580 -710 -920 -1200 -1550 4 4 7 9 20 29
-98 -170 -240 -350 -425 -525 -650 -790 -1000 -1300 -1700
-62 -108 -190 -268 -390 -475 -590 -730 -900 -1150 -1500 -1900 45711 21 32
-114 -208 -294 -435 -530 -660 -820 -1000 -1300 -1650 -2100
-68 -126 -232 -330 -490 -595 -740 -920 -1100 -1450 -1850 -2400 5 5 7 13 23 34
-132 -252 -360 -540 -660 -820 -1000 -1250 -1600 -2100 -2600
-78 -150 -280 -400 -600
-155 -310 -450 -660
-88 -175 -340 -500 -740
-185 -380 -560 -840
100 -210
-220
-430
-470
-620
-680
-940
-1050
-120 -250
-260
-520
-580
-780
-840
-1150
-1300
-140 -300
-330
-640
-720
-960
-1050
-1450
-1600
-170 -370 -820 -1200 -1850
-400 -920 -1350 -2000
-195 -440
-460
-1000
-1100
-1500
-1650
-2300
-2500
-240 -550
-580
-1250
-1400
-1900
-2100
-2900
-3200
μm
Technische Info
Allgemeine Technische Info
Basis-Toleranzwerte Einheitswelle
Höchstabweichung ES
Standard-Toleranzklasse > IT7 Standard-Toleranzklasse
D 16
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Hardness · Tensile
strength
N/mm2
Hardness · Tensile
strength
N/mm2
Rockwell
hardness ·
Vickers
hardn. ·
Brinell
hardn. ·
Rockwell
hardness ·
Vickers
hardn. ·
Brinell
hardn. ·
HRC HRA HV HB HRC HRA HV HB
70.0 86.6 1037 — — 51.0 76.3 525 501 1780
69.5 86.3 1017 — — 50.5 76.1 517 494 1750
69.0 86.1 997 — — 50.0 75.8 509 488 1720
68.5 85.8 978 — — 49.5 75.5 501 481 1690
68.0 85.5 959 — — 49.0 75.3 493 474 1660
67.5 85.2 941 — — 48.5 75.0 485 468 1630
67.0 85.0 923 — — 48.0 74.7 478 461 1605
66.5 84.7 906 — — 47.5 74.5 470 455 1575
66.0 84.4 889 — — 47.0 74.2 463 449 1550
65.5 84.1 872 — — 46.5 73.9 456 442 1525
65.0 83.9 856 — — 46.0 73.7 449 436 1500
64.5 83.6 840 — — 45.5 73.4 443 430 1475
64.0 83.3 825 — — 45.0 73.2 436 424 1450
63.5 83.1 810 — — 44.5 72.9 429 418 1430
63.0 82.8 795 — — 44.0 72.6 423 413 1405
62.5 82.5 780 — — 43.5 72.4 417 407 1385
62.0 82.2 766 — — 43.0 72.1 411 401 1360
61.5 82.0 752 — — 42.5 71.8 405 396 1340
61.0 81.7 739 — — 42.0 71.6 399 391 1320
60.5 81.4 726 — — 41.5 71.3 393 385 1300
60.0 81.2 713 — 2555 41.0 71.1 388 380 1280
59.5 80.9 700 — 2500 40.0 70.8 382 375 1260
59.0 80.6 688 — 2450 40.0 70.5 377 370 1245
58.5 80.3 676 — 2395 39.5 70.3 372 365 1225
58.0 80.1 664 — 2345 39.0 70.0 367 360 1210
57.5 79.8 653 — 2295 38.5 — 362 355 1190
57.0 79.5 642 — 2250 38.0 — 357 350 1175
56.5 79.3 631 — 2205 37.5 — 352 345 1160
56.0 79.0 620 — 2160 37.0 — 347 341 1140
55.5 78.7 609 — 2115 36.5 — 342 336 1125
55.0 78.5 599 — 2075 36.0 — 338 332 1110
54.5 78.2 589 — 2035 35.5 — 333 327 1095
54.0 77.9 579 — 1995 35.0 — 329 323 1080
53.5 77.7 570 — 1955 34.5 — 324 318 1065
53.0 77.4 561 — 1920 34.0 — 320 314 1050
52.5 77.1 551 — 1885 33.5 — 316 310 1035
52.0 76.9 543 — 1850 33.0 — 312 306 1020
51.5 76.6 534 — 1815 32.5 — 308 302 1010
Hardness reference table (conversion of hardness and strength for ferrous metal)
Allgemeine Technische Info
Technische Info
Härte
Zugfestigkeit
Härte
Zugfestigkeit
Härte Härte Härte Härte
Härte Härte
Härte Vergleichstabelle (Konversationstabelle von Härte und Zugfestigkeit für Stahl)
D 17
Technical Info
D
General Technical Inform ·
Hardness · Tensile
strength
N/mm2
Hardness · Tensile
strength
N/mm2
Rockwell
hardness ·
Vickers
hardn. ·
Brinell
hardn. ·
Rockwell
hardness ·
Vickers
hardn. ·
Brinell
hardn. ·
HRC HRA HV HB HRC HRA HV HB
32.0 — 304 298 995 24.0 — 249 245 820
31.5 — 300 294 980 23.5 — 246 242 810
31.0 — 296 291 970 23.0 — 243 240 800
30.5 — 292 287 960 22.5 — 240 237 790
30.0 — 289 283 950 22.0 — 237 234 785
29.5 — 285 280 935 21.5 — 234 232 775
29.0 — 281 276 920 21.0 — 231 229 765
28.5 — 278 273 910 20.5 — 229 227 760
28.0 — 274 269 900 20.0 — 226 225 750
27.5 — 271 266 890 19.5 — 223 222 745
27.0 — 268 263 880 19.0 — 221 220 735
26.5 — 264 260 870 18.5 — 218 218 730
26.0 — 261 257 860 18.0 — 216 216 725
25.5 — 258 254 850 17.5 — 214 214 715
25.0 — 255 251 835 17.0 — 211 211 710
24.5 — 252 248 830
Note: The conversion values for steel in the table are commonly applicable for the steels with carbon from low to high.
Hardness reference table (conversion of hardness and strength for ferrous metal)
Technische Info
Allgemeine Technische Info
Härte
Zugfestigkeit
Härte
Zugfestigkeit
Härte Härte Härte Härte Härte Härte
Bemerkung: Die in der Tabelle aufgeführten Werte sind für Kohlenstoffstahl anwendbar.
Härte Vergleichstabelle (Konversationstabelle von Härte und Zugfestigkeit für Stahl)
D 18
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Comparison table for turning inserts chip breaker ·
Comparison table for turning inserts chip breaker ·
ISO Application ZCC-CT Sandvik Seco Kennametal ISCAR Walter Mitsubishi Sumitomo Tungaloy Kyocera Korloy Ingersoll
Tague Tec
Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos
Steel ·
Wiper-nishing WG WF WL WF WK W-MF2 W-F1 FW MW FW MW WF NF PF SW FW NLU-W NLU-W ASW WP VW LW WS
Finishing DF EF SF HF PF QF PF UF
23
FF1
MF1
FF1
F1 FF FN 11 UF
LF SF PF SM NF3
NS6
PF4
PF5 FH FS FJ FV
NSE NSU
NLU NFA
NFL
NLU
NFP
NFK
TF TS
17 PF 01 DP GP
VF CF VG VF
VL VF FG FC
VF
FA SA
FG
Semi-nishing
DM EM HM PM QM PM UM MF2 F2 FN MF NF TF
SM
14 16
17 19 NS6 PS5 SH SA SW SV
MV NSX
NSU
NSC
NSK
TS TM
AS PS HQ CQ
CJ
CK DP
GP VF
XP
VQ VC
VB HMP WT ML WT
Medium machining
-light roughing DM PM HR PM QM PR UR M3
MF3 F2 MN MF GN PP
NR 17 19 NM4
NM6 PM5 MV MZ
MA MV MW NGE NGU
NUX
NMU
NSF TM DM PM GS CS
HS PS
HQ XQ
GK G VM C25
PC MC
MT MG
MF
PC MT
PMR
WR WM WM
W - M 3
W - R 4
W-R7
W-F2 MW
RW MW WG NM PM MW NGU-W WQ
Roughing DR PR QR
31
M5
MR5
MR7
RP UN
RN
TNM
GN 19 NM9
GH
MAT
MT
NMU NMX NMU TH TR
TU
PT GT
HT
G
St-form HR RT
Single Side roughing HDR
31HPR
DR LR
HR QR
R8 RR9
-56
-57 -UX
RH RM
RP NM NR6
NR8
HA HZ
HH HV
HX
NMP NHG
NHP NHU
NHW
HX GH VH
VT
HT HD
HY HZ
RX RH
CMX
Stainless Steel ·
Wiper-nishing WG WF WL
WMX WF WK W-MF2 FW MW FW MW WF PF SW FW NLU-W NLU-W
Finishing EF DF EF HF MF MF UF FF1 F2
MF1 F1 FF FP 11 UF
LF NF VL PF SM NF4 PF4
PF5 FS FJ FV NSU NLU NSU
NLU SS SS GU VF EA SF FG
Semi-nishing
EF EM EF EM
HF HM MF MM MF MM
UM MF3 F2 FP MF PP TF 14 16
17 19 NM4 PS5 SH MS SW SV
MV NEX NUP NSU SS SM PS MS
CK DP
GP VF
XP
VP2 HMP
Medium machining
-light roughing
EM DM EM
HM MM MM UM R6 56 F2 MP HP PP TF 17 19 NM4
NR4 PM5 MS ES
MH MV MW NGU NMU SA S PM MS HQ XQ
GK G
HS
VP3 C25 EM SU
MT
MT
PMR
WT
WR WM WM W - M 3 MW
RW MW WG PM MW NGU
-W
Roughing ER
DR HR MR QR
PR MR R7 R8 MP -P HTW
NR 19 NR4 GH HZ NMU NMX
NHG VM ET CMX
Single Side roughing ER DR
HDR
LR
HR QR -56 RP NM
NMP NHG
NHP NHU
NHW
NMP
NHG
NHP
NHU
NHW
P
M
Allgemeine Technische Info
Technische Info
Übersichtstabelle der WSP-Spanbrecher
Übersichtstabelle der WSP-Spanbrecher
Anwendung
Stahl
Wiper-Schlichten
Schlichten
Schlichten-Mittlere
Bearbeitung
Mittlere Bearb.-leichte
Schruppbearbeitung
Wiper-medium
Schruppen
Einseitige WSP
Schruppen
Rostfreier Stahl
Wiper-Schlichten
Schlichten
Schlichten-Mittlere
Bearbeitung
Mittlere Bearbeitung
-leichte
Schruppbearbeitung
Wiper medium
Schruppen
Einseitige WSP
Schruppen
D 19
Technical Info
D
General Technical Inform ·
Comparison table for turning inserts chip breaker ·
ISO Application ZCC-CT Sandvik Seco Kennametal ISCAR Walter Mitsubishi Sumitomo Tungaloy Kyocera Korloy Ingersoll
Tague Tec
Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos
Cast iron ·
Wiper-nishing WG WF WM WF W-MF2 W-F1 FW MW FW MW WF NLU-W NLU-W
Finishing · DF HF KF KF F1 F1 FF FN 11 UF
LF NF SM 14 19 PS5 NSU NLU C VM
Semi-nishing
PM HM KF KM KF KM M3 F2 FN MF GN 14 19 NM5 PS5 GH NUX
NGU NSU CM
C
Stand.
form
B25 HMP
Medium machining
light roughing
DR HM HR KM QM KM M3 F2 UN HP GN NR NM6 PM5
NUZ
NGU
NMU
NMU CM GC ZS VK
GR C25 MT
MG
MT
PMR
WT
W-M3
W-R4
W-R7
MW MW WG NM PM NGU-W
Roughing DR
*NMA HR KR QR KR UR M5 NR NR6 GH NMU ZS MA RT CMX
Nonferrite Materials
Finishing · LC AL LF NF PM2
Semi-nishing
LC AL AL GP NF PP AS NAG AH AH HA AK FL
SA
Medium machining-light
roughing
LH AL AL GG-FS
MS HP NMS AR
Heat resist. super alloys & Ti-
Finishing · NF EF NF NGP MF MF1 FS GT-HP SF PF PF SM PF4 FJ NSU NSU VP1
Semi-nishing NF NM
EM NF 23 MM MF1 M1 FS MS GT-MF SF PF PF SM PF5 MJ NEX
NUP
NSU
NSK VP2 AK
Medium machining-light
roughing NM EM MF MM UM M1 MS MT-LF PP TF PS5 MS NMU NSK VP3 HMP SU
Roughing ER SR MR3
MR4 RP TF HTW
NR GJ VM
Comparison table for turning inserts chip breaker ·
K
N
S
Technische Info
Allgemeine Technische Info
Übersichtstabelle der WSP-Spanbrecher
Anwendung
Guss
Wiper-Schlichten
Schlichten
Schlichten-Mittlere
Bearbeitung
Mittlere
Bearbeitung-leichte
Schruppbearbeitung
Wiper medium
Schruppbearbeitung
Ne-metalle
Schlichten
Schlichten-Mittlere
Bearbeitung
Mittlere Bearbeitung-
leichtes
Schruppbearbeitung
alloys Warmf. Legi. & Ti-Legierung
Schlichten
Schlichten-Mittlere
Bearbeitung
Mittlere Bearbeitung-
leichte Schruppen
Schruppbearbeitung
Übersichtstabelle der WSP-Spanbrecher
D 20
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
Steel ·
P01-05 YBC052 GC4205
GC4305
KCP05
KC9105 AC805P UE6005
UE6105
T9005
T9105 CA5505 WPP01
WPP05
IC8150
IC9150
IC428
TP0500
TP0501
P10-15
YB6315
YBC152
YBC252
GC4315
GC4215
KCP10
KC9110
AC810P
AC700G
UC6110
MY5015
T9015
T9115
CA510
CA5515
CA510
WPP10
WPP10S
IC8150
IC8250
IC9150
IC9250
IC9015
TP1500
TP1501 NC3010 TT8115
TT8125 WP15CT
P20-25 YBC252
YBC251
GC4325
GC4225
GC4025
KCP25
KC9125
AC820P
AC8020P
AC900G
AC2000
UE6020
MC6025
T9025
T9125
CA5525
CA525
CR9025
WPP20
WPP20S
IC8150
IC8250
IC9250
IC9025
TP2501
TP2500
TP200
NC3220
NC3120
TT8125
TT3500 WP25CT
P30-35 YBC352
YBC351
GC4335
GC4235
GC4035
KCP30
KC8050
AC830P
AC3000
UE6035
UE6400
T903
T9135
CA530
CA5535
CA535
WPP30
WPP30S
IC8250
IC8350
IC9350
TP3500
NC3030
NC5330
NC500H
TT5100
TT8135 WP35CT
Stainless Steel
M10 YBM151
YBM153
GC2015
GC1515 KCM15 AC610M MC7015 T9115
IC8250
IC9250
IC6015
TT9215 WM15CT
M20 YBM253
YBM251
GC2015
GC2025
KCM25
KC9225
AC610M
AC630M
US7020
MC7015
MC7025
T6020
T6120
T9125
CA6515 WAM20
IC8250
IC9350
IC9025
IC6025
TM 2000
TP200
TP2500
NC9025 TT5100
TT9225 WM25CT
M30 YBM351
YBM253
G C 2 0 2 5
GC2035
KCM25
KCM35
KC9225
AC630M
AC6030M
AC830P
AC3000
US735
US7025
T6030
T6130 CA6525 WAM30
IC8350
IC9350
IC9025
TP3500
TM4000
TT5100
TT7100
TT9235
WM35CT
M40 YBM351 GC2035 KCM35
KC9240
KC9245
AC630M
AC6030M
AC830P
AC3000
US735 T6030
T6130 CA6525 IC6025
IC9350 TP40
TT5100
TT7100
TT9235
Cast iron ·
K01-05 YBD052 GC3005
GC3205 KCK05 AC405K
AC410K
UC5005
UC5105 T5105 CA4505 IC5005
IC9007 NC6205 TT1300
TT7005 WK05CT
K10-15
YB7315
YBD102
YBD152
YBD152C
GC3215 KCK15
KC9315
AC410K
AC415K
AC420K
AC700G
MC5015
UC5115
MY5015
T5105
T5115
CA4010
CA4515
CA4115
WAK10
WAK10S
IC9015
IC9007
IC8150
IC5010
IC428
IC4028
IC9150
TK1001
TK1000 NC6210
TT1300
TT7310
T7015
K20-25
YB7315
YBD152
YBD152C
GC3225 KCK20
KC9320
AC420K
AC900G
MC5015
UC5115
UE6110
MY5015
T5125
T9125 CA4125 WAK20
WKK20S
IC5010
IC428
IC4028
C9150
TK2000
TK2001 NC5330 WK20CT
Coated Cemeted Carbide CVD ·
P
M
K
Allgemeine Technische Info
Technische Info
beschichtetes Hartmetall CVD
Stahl
Rostfreier Stahl
Guss
D 21
Technical Info
D
General Technical Inform ·
Coated Cemeted Carbide PVD ·
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
Steel ·
P01-05 GC1105 PR1005
P10-15
YBG101
YBG102
YBG105
GC1515
GC1115
GC1025
KC5010
KC5510
KC7215
KC7315
AC510U VP10MF
VP15TF AH710
PR930
PR1005
PR930
PR115
WSM10
WXN10
IC520N IC507
IC570 IC807
IC907 IC908
P20-25
YB9320
YBG205
YBG202
GC1515
GC1125
GC1025
KC5025
KC5525
KU25T
AC520U VP20RT
VP20 MF
AH725
AH120
PR930
PR1025
PR1225
WSM20
WMP20S
WSM21
IC228 IC250
IC308 IC828
IC350 IC354
IC507 IC807
IC808 IC907
IC908 IC928
IC1008 IC1028
IC3028
CP200
CP250
TP2000
TS2500
TT8020
TT9020
P30-35 YBG302 GC1125
GC2035 KC7335 AC530U
SH730
J740
GH130
AH740
PR660 WSM30
IC228 IC250
IC328 IC330
IC354 IC528
IC1008 IC1028
IC3028
CP500 PC5300
Stainless Steel
M10
YBG101
YBG102
YBG105
GC1105
GC1115
GC1025
GC1125
GC1515
KCU10
KC5010
KC5510
KC6005
KC6015
EH10Z
AC510U
AC530U
VP10MF AH710 PR915
PR1005 WSM10
IC330 IC354
IC507 IC520
IC570 IC807
IC1028 IC3028
CP500
TS2000 PC8110 TT5080 WS10PT
M20
YB9320
YBG205
YBG202
GC1025
GC1125 KC501
KCU25
AC520U
AC530U
VP10RT
VP15TF
VP20RT
VP20 MF
AH120 AH725
SH730 AH710
AH630 GH330
PR1025
PR1125
PR1225
WSM10
WMP20S
WSM20
WSM21
IC228 IC250
IC354 IC808
IC908 IC1008
IC1028 IC3028
TS2000
TS2500
CP200
CP250
TT8020
TT9020
TT9080
WS25PT
M30 YBG302 GC2035 KC5025
KCU25
VP10RT
VP15TF
VP20RT
VP20MF
MP7035
AH12 AH725
SH730 AH710
A H 6 3 0 G H 3 3 0
J740
PR1025
PR1125
WSM20
WSM21
WSM30
IC228 IC250
IC328 IC330
IC1008 IC1028
IC3028
CP500
TS2500
PC5300
PC9030
Heat resist. super all. & Ti-
S05 S05F MP9005 A H 9 0 5 IC507
IC907
S10
YBG102
YBG105
YBG202
YBG205
GC1105
GC1115
KC5010
KCU10
KC5510
KCS10
AC510U
EH510Z
MP9015
VP10RT
AH905
SH730
AH110
AH120
WSM10
IC507
IC807
IC808
IC806
IC907
CP200
CP250
TS2000
TS2500
PC8110 TT5080 WS10PT
S20
YB9320
YBG205
YBG202
GC1025
GC1125
GC1515
KC5010
KCU10
KC5025
KCU25
KC5525
AC520U
EH520Z
MP9015
MT9015
VP20RT
AH120
AH725 PR1125
WSM20
WSM21
WSM30
IC507
IC807
IC907
CP250
TS2500
CP500
PC5300
TT5080
TT8020
TT9080
WS25PT
S30 YBG302 AC520U VP15TF AH725 PR1125 WSM30
IC3028
IC808
IC830
PC5400 TT8020
Nonferrite Mat.
N10
YBG101
YBG102
YBG105
GC1515 KC5410 WXN10 IC520
P
M
S
N
Technische Info
Allgemeine Technische Info
beschichtetes Hartmetall PVD
Stahl
Rostfreier Stahl
alloys Warmf. Legi. & Ti-
Legierung
Ne-metalle
D 22
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
Steel ·
P01-05 CT5005 T110A
T1000A
AP25N
VP25N
NS520
AT520
GT520
GT720
TN30
TN6010
PV30
PV7010
IC20N
IC520N
CN1000
CC105
CT3000
PV3010
P10-15 YNG151
YNG151C
CT5015
CT530
KT315
KT125
T1200A
T2000Z
T1500A
T1500Z
NX2525
AP25N
VP25N
NS520
NS730
GT730
NS9530
GT9530
TN60
TN6010
PV60
PV6010
IC20N
IC520N
IC530N
CM
TP1020
TP1030
CMP
CN1000
CT10
CN2000
CC115
CT3000
PV3010 TTI15
P20-25 YNT251 GC1525
KT325
KT1120
KT5020
T1200A
T2000Z
T1500A
T1500Z
NX2525
NX3035
AP25N
VP25N
MP3025
NS530
NS730
GT730
NS9530
GT9530
TN60
TN6020
PV60
PV7020
PV7025
IC20N
IC30N
IC75T
IC520N
IC530N
CM
TP1020
TP1030
CMP
CN20
CN2000
CC115
TTI15
P30-35 T3000Z MP3025
VP45N
PV7025
PV90 IC75T
Stainless Steel
M10 YNG151
YNG151C GC1525 KT125
T110A
T1000A
T1500Z
T2000Z
NX2525
AP25N
VP25N
NS520
AT530
GT530
GT720
TN60
TN6020
PV60
PV7020
CM
TP1020
TP1030
CMP
CT3000
PV3010 TTI15
M20 YNT251 CT5015
CT530 HT2
T110A
T1000A
T1500Z
T2000Z
NX2525
AP25N
VP25N
NS530
GT730
NS730
TN90
TN6020
PV90
PV7020
PV7025
CT3000
PV3010 TTI15
M30 T3000Z
M40
Cast iron
K01-05
T110A
T1000A
T2000Z
T1500Z
NX2525
AP25N
NS520
GT730
NS730
TN30
TN6010
PV30
PV7005
PV7010
CN1000 CT3000
PV3010
K10-15 YNG151
YNG151C CT5015 KT325
KT125
T1200A
T1500A
T2000Z
T1500Z
NX2525
AP25N
NS520
GT730
NS730
TN60
TN6020
PV60
PV7020
PV7025
CN1000 CT3000
PV3010
K20-25 YNT251 CT5015 T3000Z NX2525
AP25N
Cermet
Cutting material comparison table-Turning ·
P
M
K
Allgemeine Technische Info
Technische Info
Stahl
Rostfreier Stahl
Guss
Schneidstoff Vergleichstabelle-Drehen
D 23
Technical Info
D
General Technical Inform ·
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
Steel ·
P01-05 CT5005 T110A
T1000A
AP25N
VP25N
NS520
AT520
GT520
GT720
TN30
TN6010
PV30
PV7010
IC20N
IC520N
CN1000
CC105
CT3000
PV3010
P10-15 YNG151
YNG151C
CT5015
CT530
KT315
KT125
T1200A
T2000Z
T1500A
T1500Z
NX2525
AP25N
VP25N
NS520
NS730
GT730
NS9530
GT9530
TN60
TN6010
PV60
PV6010
IC20N
IC520N
IC530N
CM
TP1020
TP1030
CMP
CN1000
CT10
CN2000
CC115
CT3000
PV3010 TTI15
P20-25 YNT251 GC1525
KT325
KT1120
KT5020
T1200A
T2000Z
T1500A
T1500Z
NX2525
NX3035
AP25N
VP25N
MP3025
NS530
NS730
GT730
NS9530
GT9530
TN60
TN6020
PV60
PV7020
PV7025
IC20N
IC30N
IC75T
IC520N
IC530N
CM
TP1020
TP1030
CMP
CN20
CN2000
CC115
TTI15
P30-35 T3000Z MP3025
VP45N
PV7025
PV90 IC75T
Stainless Steel
M10 YNG151
YNG151C GC1525 KT125
T110A
T1000A
T1500Z
T2000Z
NX2525
AP25N
VP25N
NS520
AT530
GT530
GT720
TN60
TN6020
PV60
PV7020
CM
TP1020
TP1030
CMP
CT3000
PV3010 TTI15
M20 YNT251 CT5015
CT530 HT2
T110A
T1000A
T1500Z
T2000Z
NX2525
AP25N
VP25N
NS530
GT730
NS730
TN90
TN6020
PV90
PV7020
PV7025
CT3000
PV3010 TTI15
M30 T3000Z
M40
Cast iron
K01-05
T110A
T1000A
T2000Z
T1500Z
NX2525
AP25N
NS520
GT730
NS730
TN30
TN6010
PV30
PV7005
PV7010
CN1000 CT3000
PV3010
K10-15 YNG151
YNG151C CT5015 KT325
KT125
T1200A
T1500A
T2000Z
T1500Z
NX2525
AP25N
NS520
GT730
NS730
TN60
TN6020
PV60
PV7020
PV7025
CN1000 CT3000
PV3010
K20-25 YNT251 CT5015 T3000Z NX2525
AP25N
Carbide uncoated ·
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
Nonferrite Mat.
N01 YD101
YD201
H10
H13A KF1 H1 KS05F 883
890
N10 YD101
YD201
H10
H13A
K313
K68
KF1
THM-F
H1 HTi10 KS15F KW10 WK01
WK10 IC20
890
KX
HX
H01 K10 THM
N20 YD101
YD201
H10
H13A
K313
K68
KF1
THM-F
KS15F KW15 IC20 KX
HX
Cutting material comparison table-Turning ·
N
Technische Info
Allgemeine Technische Info
Schneidstoff Vergleichstabelle-Drehen
Hartmetall Unbeschichtet
Ne-metalle
Schneidstoff Vergleichstabelle-Drehen
D 24
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Material /
Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
Steel ·
P05 K20W
GC4220 F7010
P10
K20W
GC3040
GC4220
GC4230
ACP100 F7010 IC4100
IC5100 MP1500 NC5330
NCM325
IN6505
IN6520
P20
YBC301
YBC302
YBC251
YBC253
GC3040
GC4230 CS3000 FH7020 T3130 WKP25
WKP25S
IC4050
IC4100
IC5100
IC5400
MP1500
MP2500
MS2500
T25M
NC5330
NCM325
IN6505
IN6520
IN7035
P30
YBC301
YBC302
YBM253
YBM351
GC2040
GC4240
KC930M
KC935M CS3000 F7030 T3130
WKP35
WKP35S
WTP35
IC4050
IC5400
MK3000
T25M
T350M
NCM325 IN7035
IN6530
P40 YBC401
YBM351
GC2040
GC4240 T350M IN6530
Stainless Steel
M10 GC4230 F7010 MP1500 NCM325
NC5330 IN6520
M20 YBM251
YBM253 GC4230 F7020 T3130 IC4050
MP1500
MP2500
MS2500
T25M
NCM325
NCM335
IN7035
IN6520
IN6505
M30 YBM351 GC2040
GC4240 KC930M
KC935M F7030 T3130 WTP35
MP2500
MS2500
T25M
T350M
NCM335
IN6530
IN7035
IN6505
M40 GC2040
GC4240 T350M IN6530
Cast iron ·
K05 YBD152 KCK15 F7010
MC5020
DT7150
IC4100
K10 YBD152
YBD252 K20W KCK15 ACK200 F7010
MC5020 T1115 WAK15
DT7150
IC4100
IC4010
MP1500
MK1500 NC5330 IN6520
K20 YBD252 K20W ACK200 T1115 WKP25
WKP25S
DT7150
IC4100
MP1500
MP2500
MS2500
T25M
MK1500
NC5330
IN6530
IN6515
IN6520
K30 KC930M
KC935M
WKP35
WKP35S IC4050
MK3000
MP2500
MS2500
IN6530
IN6515
CVD milling grades ·
P
M
K
Allgemeine Technische Info
Technische Info
CVD Fräsen Klasse
Stahl
Rostfreier Stahl
Guss
D 25
Technical Info
D
General Technical Inform ·
Material /
Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
Super alloys
S05 MK3000
S10
S20
MP2500
MS2500
T25M
IN7035
IN6520
S30 GC2040 WTP35 MM4500
T350M
Nonferrite materials
N05
N10
N20 MP2500
25M
Hadened materiel
H05
H10 K20W
H20 K20W
GC3040
CVD milling grades ·
S
N
H
Technische Info
Allgemeine Technische Info
Ti-LegierungNe-metalle
Hd-metalle
CVD Fräsen Klasse
D 26
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
PVD milling grades ·
Material /
Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
Steel ·
P05 ACZ120 VP05HT GH130 IC903
P10 YBG102
GC1010
GC1025
GC1020
KC522M
KC525M
KC610M
KC643M
KC715M
ACZ10M
ACZ20W VP10H AH120
GH130
PR730
PR1225
PR1525
WHX15
WHH15
WXM15
IC903
IC950
IC1008
F15M IN2004
IN2006
P20 YBG202
YBG252
GC1020
GC1025
GC1010
GC2030
KC522M
KC525M
KC643M
KC715M
KC725M
ACP200 ACZ330
ACX70 ACW30
AC350 ACZ50M
VP15TF
VP20M
VP20RT
AH725 AH120
AH130 AH330
AH725 AH730
GH330
PR630
PR830
PR730
PR1225
PR1230
PR1525
WXM15
IC810 IC380
IC830 IC900
IC908 IC910
IC950 IC1008
F25M
MP3000
PC3500
PC3600
IN2006 IN1030
IN2004 IN2005
IN2015 IN2030
IN2505 IN2540
P30 YBG302 GC1030
GC2030
KC530M
KC725M
KC735M
ACP200 ACP300
ACZ50M ACZ330
ACZ350 ACX70
ACW30 AC350
VP30RT
AH740
AH130
AH140
PR630
PR660
PR830
PR1230
WXM35
IC300 IC328
IC830 IC900
IC928 IC350
IC808 IC908
F30M
MP3000
PC3500
PC3600
PC5300
PC3545
PC9570T
IN1030 IN2005
IN2015 IN2030
IN2035 IN2040
IN2505 IN2530
IN4035
P40 GC1030 KC735M ACP300
ACZ350
AH140
AH750
WXP45
WSP45
WSP46
IC300
IC328
IC928
F40M PC5300
PC3545
IN2035
IN2040
Stainless Steel
M10 GC1020 KC522M KC610M
KC643M KC715M
ACZ20W
ACZ350
EH20Z
AH330
GH110
GH130
PR730 PR1225
PR660 PR1525
PR730 PR660
PR1225
PR1525
F15M PC8110 IN2505
M20
YBG202
YBG205
YBG252
YB9320
GC1020
GC1025
GC1030
GC203
KC522M
KC525M
KC610M
KC715M
KC725M
ACP200 ACZ50M
ACZ20M ACZ350
EH20Z AC350
VP15TF
VP20RT
AH725
AH730
GH110
PR730 PR1025
PR660 PR1225
PR1525
WXM15
PR730 PR660
PR1025
PR1225
PR1525
F25M
MP3000
PC5300
PC8110
PC9530
IN2005
IN2015
IN2505
M30 YBG302 GC1040
GC203
KC525M
KC530M
KC725M
KC735M
ACP300
ACZ50M
ACX80
AC350
VP30RT
AH740
AH120
AH130
GH330
GH340
F30M
MP3000
PC9530
PC3545
PC9570T
IN1030 IN2015
IN2030 IN2035
IN2530 IN4035
M40 GC1040 KC530M
KC735M
ACP300
ACX80
AH140 AH750
GH330 GH340
WSM35
WSM36
WXM35
F40M PC3545
IN1030 IN2030
IN2035 IN2530
IN4035
Cast iron ·
K05 GC1010 KC510M
ACZ10M
ACZ120
ACZ310
AH330
PR905
PR1210
PR1510
MH1000 PC8110 IN2510
K10 YBG102
YBG152 GC1010
KC510M
KC520M
KC620M
KC643M
EH20Z
ACZ310
AH120
AH330
AH725
PR905
PR1210
PR1510
WXH15
WHH15
WXM15
IC810
IC950
IC1008
F15M
MK2000 PC6510
IN2004
IN2010
IN2510
K20 GC1020
KC520M
KC620M
KC725M
ACK300
EH20Z
ACX80
ACW30
VP15TF GH130 WKK25
IC328 IC830
IC950 IC350
IC808 IC908
IC1008
F25M
MK2000
MO3000
PC6510
PC5300
IN1030 IN2004
IN2010 IN2015
IN2030 IN2505
K30 GC1020 KC620M
KC725M
ACK300
ACZ50M
IC328 IC830
IC900 IC908
IC350 IC808
IC908
F30M
F40M
MP3000
PC5300
PC9570T
IN2005
IN2015
IN2030
IN2505
P
M
K
Allgemeine Technische Info
Technische Info
PVD Fräsen Klasse
Stahl
Rostfreier Stahl
Guss
D 27
Technical Info
D
General Technical Inform ·
PVD milling grades ·
Material /
Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
Super alloys
S05 YBG102 MH1000
F15M PC8110
S10
YBG102
YBG202
YBG205
KC525M
KC643M ACZ20W VP15TF
PR905
PR1210
PR1510
IC808
NH1000
F15M
F25M
PC5300
S20 YBG202
YBG205
S30T
GC1025
GC1030
GC2030
KC525M
KC643M ACZ20W
PR905
PR1210
PR1510
IC908 IC380
IC900 IC903
IC908 IC928
IC830 IC808
F25M
F30M
PC5300
PC3545
IN2005
IN2505
S30 GC2030 KC725M
KC735M ACZ50M
WSM35 WSM36
WSP45 WSP46
WXM35 WXP45
IC328
IC928
IC830
F40M PC3545
IN1030
IN2030
IN2035
IN2530
IN4035
Nonferrite materials
N05 KC510M MH1000
F15M
N10 YBG202 GC1025
GC1030
KC510M
KC620M
KC522M
EH20Z WXN15 MH1000
F15M
N20 GC1025
GC1030
KC620M
KC522M
KC525M
KC651M
F25M F30M
F40M
MP3000
Hadened materiel
H05 VP05HT IC903 MH1000
F15M PC210F IN2004
IN2006
H10 YBG102 GC1010 KC643M VP10MF WXH15
WHH15
IC900
IC808
MK2000
F30M
MP3000
PC210F
IN2004
IN2005
IN2006
H20 YBG202
GC1010
GC1025
GC1030
VP15TF IC810
IC908
F30M F40M
MK2000
MP3000
S
S
N
H
Technische Info
Allgemeine Technische Info
PVD Fräsen Klasse
Ti-LegierungNe-metalleHd-metalle
D 28
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
General Technical Inform ·
D
Technical Info
Uncoated milling grades ·
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Walter Kyocera Iscar SECO Korloy Ingersoll
Tague Tec
Nonferrite Mat.
N01 H10 K115M
K110M WK10 IC20N H01 IN04S
N10 YD101 K313 EH520 HTi10 WKM GW25 IC08 H15 G10 IN10K
IN05S
N20 YD201 H13A
H10F KMF EH520 TF15 KMG40 IC28 H25 IN15K
N
Allgemeine Technische Info
Technische Info
Unbeschichtet Fräsen Klasse
Ne-metalle
I 1
Index
Index
I
CNMG-NM
CNMG-PM
CNMG-SF
CNMG-SNR
CNMG-TC
CNMG-WG
CNMG-ZM
CNMM
CNMM-DR
CNMM-ER
CNMM-HDR
CNMM-HPR
CNMM-LR
CPGT
CPGT-SF
CPGW
CPMT-HF
CPMT-HM
D
DCGT-SF
DCGT-USF
DCGW
DCGX-LC
DCGX-LH
DCGT
DCGT-SF
DCGT-USF
DCMT-AHF
DCMT-EF
DCMT-EM
DCMT-HF
DCMT-HM
DCMT-HR
DCMW
DCGW(PCD)
DNEG-NF
DNEG-NGF
DNGA
DNGA
DNGN
DNGN(CBN)
DNGX
DNMA
DNMG
DNMG-ADF
DNMG-DF
DNMG-DM
DNMG-DR
DNMG-EF
DNMG-EG
DNMG-EM
DNMG-ER
DNMG-FM
DNMG-NM
DNMG-PM
DNMG-SF
DNMG-SNR
DNMG-TC
DNMG-ZM
DNMM-DR
DNMM-ER
DNMM-HDR
DNMM-LR
DNMX-WG
DPGT-SF
DPGT-USF
DPMW
H
HNEX-DF
HNEX-DM
HNEX-DR
HNGX-MR
HNGX-HDR
K
KNUX
L
LNCX
LNE32.534
LNE32:302
LNKT-ZR
LT****N-A(G)
LT****N-BSPT
LT****N-GM
LT****N-NPT
LT****N-UN
LT****N-W
LT****W-A(G)
LT****W-BSPT
LT****W-GM
LT****W-NPT
LT****W-UN
LT****W-W
M
MPHT
O
OFKR-DF
OFKR-DM
OFKR-LH
OFKT-DF
OFKT-DM
OFKT-LH
ONHU-PF
ONHU-PM
A69
A67
A66
A69
A69
A66
A68
A71
A70
A70
A71
A71
A70
A106
A109
A109
A109
A109
A110
A110
A143
A112
A112
A151
A110
A110
A110
A111
A111
A111
A111
A112
A112
A152
A74
A74
A138
A162
A163
A146
A163
A77
A78
A73
A73
A75
A76
A74
A76
A76
A77
A74
A76
A75
A73
1
175.32-22
175.32-24
175.32-25
175.32-28
A
APKT-ALH
APKT-APF
APKT-APM
APKT-KM/PM
APKT-LH
APKT-PF
APKT-PM
APKT-PR
ANGX*PNR-GM
ANGX*PNR-LH
APMT_PDER
APMT_PDR
C
CCGT
CCGT-SF
CCGT-USF
CCGW
CCGW(PCD)
CCGX-LC
CCGX-LH
CCMT-AHF
CCMT-EF
CCMT-EM
CCMT-HF
CCMT-HM
CCMT-HR
CCMT-TC
CCMW
CNE-A
CNE-B
CNEG-NF
CNGA
CNGA
CNGN
CNGN(CBN)
CNGX
CNMA
CNMG
CNMG-ADF
CNMG-DF
CNMG-DM
CNMG-DR
CNMG-EF
CNMG-EG
CNMG-EM
CNMG-ER
A103
A103
A103
A103
B205
B205
B205
B207
B205
B205
B205
B205
B204
B204
B206
B206
A149
A105
A105
A142
A150
A108
A108
A106
A107
A107
A106
A107
A108
A108
A108
B207
B207
A67
A137
A160
A161
A146
A162
A72
A72
A66
A66
A68
A69
A66
A68
A68
A70
A76
A76
A75
A78
A78
A78
A78
A73
A113
A113
A113
B208
B208
B208
B208
B208
A102
B210
B209
B209
B209
A337
A340
A336
A341
A339
A338
A337
A340
A335
A341
A339
A338
B210
B211
B211
B211
B211
B211
B211
B212
B212
Insert /
Insert
WSP
WSP
I 2
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
Index
I
Index
A85
A79
A79
A81
A82
A80
A81
A81
A82
A82
A80
A79
A81
A85
A83
A84
A84
A84
A83
A87
B224
B224
B227
B229
C134
C134
B225
B226
B228
B226
B228
B228
B228
B228
B228
B228
A118
B229
A118
A153
A119
A119
A144
A154
A123
A123
A122
A120
A121
A121
A120
A122
A122
A122
A140
A340
A355
A350
A335
A351
A344
A341
A356
A342
A343
A349
A347
A345
A339
A354
A344
A338
A353
A117
A117
A117
A116
A116
A116
A116
A116
A117
A117
B218
B219
B219
B222
B220
B220
B220
B220
B220
B220
B220
B220
B220
B221
B221
B220
B222
B222
B223
B223
B223
A139
A164
A165
A147
A164
B223
A86
B212
B212
B213
B213
B213
B213
B213
B213
B214/215
A300
A304
A114
A114
B216
B216
B216
B216
A101
A114
A115
B217
A168
A148
A101
B218
A337
A352
A346
A348
A340
A355
A350
A336
A351
A341
A356
A342
A343
A349
A347
A345
A339
A354
A338
A353
A337
A352
A346
A348
ONHU-GM
ONHU-W
P
PNEG-CF
PNEG-CM
PNEG-CR
PNEG-PF
PNEG-PM
PNEG-PR
Q
QC**R/L
QC**R/L
QC**R/L***R
R
RCGT
RCGX-LH
RCKT-DM
RCKT-DR
RCKT-ER
RCKT-NM
RCMG
RCMT
RCMX
RDKW
RNGN
RNGN(CBN)
RNMG
ROHX
RT****N-A(G)
RT****N-A(G)B
RT****N-AC
RT****N-AP
RT****N-BSPT
RT****N-BSPTB
RT****N-BUT
RT****N-GM
RT****N-GMB
RT****N-NPT
RT****N-NPTB
RT****N-NPTF
RT****N-R
RT****N-RD
RT****N-STAC
RT****N-TR
RT****N-UN
RT****N-UNB
RT****N-W
RT****N-WB
RT****W-A(G)
RT****W-A(G)B
RT****W-AC
RT****W-AP
RT****W-BSPT
RT****W-BSPTB
RT****W-BUT
RT****W-GM
RT****W-GMB
RT****W-MJ
RT****W-NPT
RT****W-NPTB
RT****W-NPTF
RT****W-R
RT****W-RD
RT****W-STAC
RT****W-TR
RT****W-UN
RT****W-UNB
RT****W-UNJ
RT****W-W
RT****W-WB
S
SCGX-LC
SCGX-LH
SCMT
SCMT-AHF
SCMT-EF
SCMT-EM
SCMT-HF
SCMT-HM
SCMT-HR
SCMW
SDMT
SDMT-DM
SDMT-PM
SEEN
SEET-CF
SEET-CM
SEET-CR
SEET-DF
SEET-DM
SEET-DR
SEET-EF
SEET-EM
SEET-LH
SEET-LH
SEET_PER-*
SEET-W
SEKN
SEKR
SNEG-GM/GR
SNEG-E
SNEG-W
SNGA
SNGA
SNGN
SNGN(CBN)
SNGX
SNKN
SNMA
SNMG
SNMG-ADF
SNMG-DF
SNMG-DM
SNMG-DR
SNMG-EF
SNMG-EM
SNMG-EG
SNMG-ER
SNMG-NM
SNMG-PM
SNMG-SF
SNMG-TC
SNMM
SNMM-DR
SNMM-ER
SNMM-HDR
SNMM-HPR
SNMM-LR
SNUN
SPAN
SPCN
SPEX
SPGN
SPGT-EM
SPGT-PM
SPKN
SPKR-GM
SPKT
SPKW
SPMR
SPMT
SPMT-HT
SPMT-KM
SPMT-KT
SPMT-PM
SPMW
SPUN
T
TBGH-L
TCGT
TCGT-SF
TCGT-USF
TCGW
TCGW(PCD)
TCGX-LC
TCGX-LH
TCMT
TCMT-AHF
TCMT-EF
TCMT-EM
TCMT-HF
TCMT-HM
TCMT-HR
TCMW
Insert
Insert / WSP
WSP
I 3
Index
Index
I
TNGA
TNGA
TNGN
TNMA
TNMG
TNMG-ADF
TNMG-DF
TNMG-DM
TNMG-DR
TNMG-EF
TNMG-EM
TNMG-EG
TNMG-ER
TNMG-FM
TNMG-PM
TNMG-SF
TNMG-TC
TNMG-ZM
TNMM
TNMM-DR
TNMM-HDR
TNMM-LR
TNMX
TNMX-WG
TPAN
TPCN
TPGH-L
TPGT-SF
TPKN
TPMR
TPUN
V
VBET-NF
VBET-NGF
VBGT
VBGT-SF
VBGW
VBGW(PCD)
VBMT-AHF
VBMT-EF
VBMT-EM
VBMT-HF
VBMT-HM
VBMT-HR
VBMT-SNR
VBMW
VCGT
VCGT(PCD)
VCGT-HF
VCGT-NF
VCGT-SF
VCGT-USF
VCGW
VCGW(PCD)
VCGX-LC
VCGX-LH
VCMT-EM
VCMT-EF
VPGT-USF
VNEG-NF
VNEG-NGF
VNGA
VNMG
VNMG-ADF
VNMG-DF
VNMG-DM
VNMG-EF
VNMG-EM
VNMG-NM
VNMG-PM
VNMG-SF
VNMG-SNR
VNMG-TC
VNMG-ZM
W
WCMX
WCMX-53
WCMX-53
WCMX-PG
WNEG-NF
WNGA
WNGA
WNGN(CBN)
WNMA
WNMG-ADF
WNMG-DF
WNMG-DM
WNMG-DR
WNMG-EF
WNMG-EM
WNMG-EG
WNMG-NF
WNMG-NM
WNMG-PM
WNMG-SF
WNMG-TC
WNMG-WG
WNMG-ZM
WPGT
WPGT-PM
X
XPHT-GM
XSEQ
A166
A167
A94
A93
A88
A88
A90
A91
A89
A91
A91
A92
A89
A90
A88
A91
A90
A94
A92
A93
A92
A104
A88
B230
B230
A124
A124
B231
B232
B232
A127
A128
A155
A127
A145
A155
A127
A127
A128
A127
A128
A128
A128
A128
A125
A156
A125
A125
A125
A125
A145
A156
A126
A126
A129
A129
A129
A95
A95
A141
A96
A95
A95
A96
A95
A96
A96
A96
A95
A96
A96
A96
C135
A130
C135
C135
A98
A141
A168
A147
A100
A97
A97
A99
A100
A98
A99
A99
A98
A100
A99
A97
A99
A98
A99
B233
B233
B233
B234
Insert /
Insert
Y
YNMX
YNUX
Z
ZDET
ZIGQ-NM
ZILD-LC
ZIMF-NM
ZOHX-GF
ZOHX-GM
ZP*D-MG
ZP*D-MG-*
ZP*S-MG
ZPNT
ZR*D-EG
ZR*D-LH
ZR*D-MG
ZT*D-EG
ZT*D-MG
ZT*D-MM
ZT*S-MG
A104
A104
B234
A297
A298
A297
B235
B235
A292
A293
A292
B235
A296
A298
A296
A295
A294
A291
A294
WSP
WSP
I 4
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
Index
I
Index
5501/5601
5601
5501R302GM
5501R303GM
5501R304GF
5501R38414GM
5502R302GM
5502R303GM
5502R304GF
5502R38414GM
5502R38414GM-R
5502R402NM
5502R453GM
5502R55MHH
5508R454GM
5565R302GF
5565R302GH
5565R302HH
5565R302NH
5566R302GF
5566R302GH
5566R302HH
5566R302NH
5566R304HH
5585R554HHR
5586R554HHR
5589R45MGFR
5601R302GM
5601R303GM
5601R304GF
5602R302GM
5602R303GM
5602R304GF
5602R303/304GR
5602R305GR
5602R38414GM-R
5602R38414GM
5602R453GM
5602R454GM
5665R202GM
A
AL-2B
AL-1E
AL-2E
AL-2EL
AL-3E
AL-3EL
AL-2R-AIR
AL-2RL-AIR
AL-3R-AIR
AL-3RL-AIR
1
1101SC05
1105SC03
1143SC120
1143SC90
1165PA03
1534SH03
1534SP03C
1534ST03C
1534SU03
1534SU03C
1536ST05C
1536SU05
1536SU05C
1538SU08C
1557SU03
1576PC05
1576PC05C
1579PC15C
1588SL10C
1588SL12C
1588SL15C
1588SL20C
1588SL30C
1634SU03C
1636SU05C
1734SU03C
1636ST05C
1736SU05C
3
3101H7
3102H7
3103H7
3112H7
4
4111
4122A
4122M
4222A
4222M
4201A
4201C
4202A
4202C
AL-3W
ALG-2E
ALG-3E
ALP-3E
ALP-4E
B
BMR01
BMR02
BMR03
BMR04
C
C16M-QBDR/L
C40X-Q*DR/L
CCLNR/L
CDJNR/L
CKJNR/L
CKNNR/L
C(E)***-SCLPR/L
C (E)***-SDQPR/L
C (E)***-SDUPR/L
C (E)***-STUPR/L
C (E)***-STFCR/L
C (E)***-STFPR/L
C (E)***-SVQCR/L
C (E)***-SVUCR/L
CMA01
CMD01
CMZ01
CRDNN
CSDNN
CSKNR/L
CSRNR/L
CTJNR/L
CTUNR/L
C***-Q*DR/L
D
DCLNR/L
DDJNR/L
DSBNR/L
DTGNR/L
DVJNR/L
DVVNN
DWLNR/L
B529
B530
B304
B330
B348
B501
B306
B332
B350
B502
B504
B452
B334
B414
B352
B368
B420
B422
B483
B370
B421
B423
B484
B438
B443
B444
B362
B305
B331
B349
B307
B333
B351
B391
B391
B505
B503
B335
B353
B369
B485
B465
B467
B468
B472
B473
B489
B490
B493
B494
C84-C87
C84-C87
C94
C94
C88-C90
C83
C63-C66
C66-C81
C10-C50
C10-C50
C66-C81
C06-C50
C06-C50
C06-C50
C51
C91-C93
C91-C93
C91-C93
C52-C62
C52-C62
C52-C62
C52-C62
C52-C62
C06-C50
C06-C50
C06-C50
C70-C81
C06-C50
C144
C145
C147
C146
C169
C156
C158
C157
C158
C164
C160
C166
C162
B481
B470
B475
B477
B479
B119
B121
B123-B126
B135-B136
C
A308
A321
A235
A236
A234
A234
A272
A273
A274
A275
A276
A276
A277
A278
B172
B173
B171
A238
A238
A237
A237
A235
A236
A321
A181
A182
A183
A184
A186
A185
A187
Tools /
Tools
Werkzeuge
Werkzeuge
I 5
Index
Index
I
E
EMP01
EMP02
EMP03
EMP04
EMP05
EMP13
F
FMA01
FMA02
FMA03
FMA04(OFKT)
FMA04(OFKR)
FMA07
FMA11
FMA12
FMD02(PN11)
FMD02(HN09)
FMD03
FME02
FME03
FME04
FMP01
FMP02
FMP03
FMR01
FMR02
FMR03
FMR04
G
G*-QCH
GM-2B
GM-2BFP
GM-2BL
GM-2BP
GM-2BS
GM-2E
GM-2EFP
GM-2EL
GM-2EP
GM-2ES
GM-2EX
GM-2F
GM-2FL
GM-2R
GM-3E
GM-3EL
GM-4B
GM-4BL
B95
B102
B106
B107
B111
B115
B28
B29
B33
B36
B40
B43
B47
B51
B54
B57
B59
B62
B64
B68
B70
B72
B78
B80
B83
B86
B90
B198,B199
B371
B373
B372
B378-B379
B377
B308
B311
B309
B322-B323
B324
B310
B312
B313
B386
B328
B329
B383
B384
B345
B347
B340
B346
B342
B344
B341
B343
B388
B389
B392
B363
B364
A323
B424
B426
B425
B433-B434
B432
B399
B400
B401-B402
B403
B439
B440
B409
B411
B410
B445
B446
B447
B415
B416
B166-B167
B168
A239
A239
A240
A200
A201
A202
A203
A215
A215
A204
A207
A206
A205
A211
A208
A209
A210
A213
A212
A214
B460
B462
B453
B456
B458
A188
A189
A190
A191
B279
B282-285
B281
B280
B264
B265
B293
B290
B291
B270
B267
B271
B268
B269
B298
B299
B295
B296
B275
B276
A192
A193
A194
A195
A196
A198
A197
A199
GM-4E
GM-4EFP
GM-4E-G
GM-4EL
GM-4EL-G
GM-4EX-G
GM-4F-G
GM-4FL-G
GM-4R
GM-4RL
GM-4W
GM-6E
GM-6EL
GQC**R/L
H
HM-2B
HM-2BFP
HM-2BL
HM-2BP
HM-2BS
HM-2E
HM-2EFP
HM-2EP
HM-2ES
HM-4B
HM-4BL
HM-4E
HM-4EFP
HM-4EL
HM-4R
HM-4RF
HM-4RP
HM-6E
HM-6EL
HMP01
HMP01 EC
J
JCLNR/L
JDJNR/L
JSDNN
M
MCBNR/L
MCLNR/L
MDJNR/L
MDPNN
MRDNN
MRGNR/L
MSBNR/L
MSDNN
MSKNR/L
MSRNR/L
MTFNR/L
MTGNR/L
MTJNR/L
MTJNR/L-Z
MVJNR/L
MVVNN
MWLNR/L
N
NM-2B
NM-2BP
NM-2E
NM-2EP
NM-4E
P
PCBNR/L
PCLNR/L
PDJNR/L
PDNNR/L
PM-2B
PM-2BC
PM-2BFP
PM-2BL
PM-2E
PM-2EL
PM-2R
PM-4B
PM-4BL
PM-4E
PM-4E-G
PM-4EL
PM-4EL-G
PM-4EX-G
PM-4H
PM-4HL
PM-4R
PM-4RL
PM-6E
PM-6EL
PSBNR/L
PSDNN
PSKNR/L
PSSNR/L
PTFNR/L
PTGNR/L
PTTNR/L
PWLNR/L
Tools /
Tools
Werkzeuge
Werkzeuge
I 6
General Turning /Allgemeine Drehbearbeitung, ISO Kennzeichnung
Index
I
Index
Q
QCH-APKT
QCH-RD
QCH-SDMT
QCH-WPGT
QCH-XPHT
QCH-ZOHX
QEBDR/L
QECDR/L
QE*SR/L
QE*S**N
QE**R/L
QF*DR/L
QF**R/L
QF**RR/LL
QX*DR/L
QZS*
S
SCACR/L
SCLCR/L
SDACR/L
SDJCR/L
SDNCN
SMP01
SMP03
SMP05
SNR/L
SNR****B
SRDCN
SRGCR/L
SSBCR/L
SSDCN
SSKCR/L
SSSCR/L
STACR/L
STFCR/L
STGCR/L
STTCR/L
SVABR/L
SVJBR/L
SVJCR/L
SVVBN
SVVCN
SWACR/L
SWR/L
SWR****B
S***-PCLNR/L
S***-PDSNR/L
S***-PDUNR/L
S***-PSKNR/L
S***-PTFNR/L
S***-PWLNR/L
S*K-QC**R/L
S***-SCFCR
S***-SCLCR
S***-SCLCR/L
S***-SCLPR/L
S***-SDQCR/L
S***-SDQPR/L
S***-SDUCR/L
S***-SDUPR/L
S***-SDZCR/L
S***-SSKCR/L
S***-STFCR/L
S***-STUPR/L
S***-SVQBR/L
S***-SVQCR/L
S***-SVUBR/L
S***-SVUCR/L
T
TMP01
U
UM-4E
UM-4E-W
UM-4EFP
UM-4EL
UM-4EL-W
UM-4ELP
UM-4R
UM-4RFP
UM-4RL
V
VSM-4E
VSM-4R
X
XMR01
XMP01
Z
ZD03
ZTD02/03
ZTD04/05
A323
A269
A270
A254
A265
A256
A266
A257
A267
A258
A259
A260
A268
A263
A261
A264
A262
B164
B508
B509
B513
B510
B511
B512
B518
B520
B519
B524
B526
B152,B155
B162
C130-C131
C126-127
C128-129
B186
B192,B194
B182
B184
B179
B196
A308
A310
A311
A312
A309
A319-A320
A313-A314
A315-A318
A310
A312
A216
A217
A218
A219
A220
B143
B146
B149
A359
A360
A232
A233
A226
A226
A227
A227
A228
A228
A229
A230
A222
A221
A225
A223
A224
A231
A358
A360
A246
A248
A249
A251
A252
A253
Tools /
Tools
Werkzeuge
Werkzeuge
