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2023 Turning Tools Catalog by GESAC
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2023 Turning Tools Catalog by GESAC

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2023 TURNING TOOLS

About GESAC

Xiamen Golden Egret Special Alloy Co., Ltd. (GESAC), founded in 1989, is a Sino-foreign joint venture with national high-tech, affiliated with XTC, which is one of six major rare earth groups in China. GESAC is committed to research & development, production and professional solutions providing of high-quality tungsten powder materials, cemented carbide, precision cutting tools and other tungsten products. Up to now, GESAC has become world-famous manufacturer and supplier of tungsten powder, cemented carbide and precision cutting tools products.

With the Integrated Product Development of complete tungsten industry chain, as well as a pragmatic and innovative management concept, GESAC has always maintained a strong momentum of development, providing the cost effective tungsten powder products and services for global users, offering the excellent products and perfect solutions for solving high hardness, high temperature resistance and wear resistance topics. Our brand "Golden Egret" has become one of the leading brand in the market, enjoying famous reputation in more than40 countries and regions.

GESAC owns four production headquarters and one national level research center domestically,and three sales branches and one production base overseas. We undertook and completed several development programs independently, including the "National Science and Technology Support Programs", the “National Torch Program Projects”, and the “National Key Projects" and so on. GESAC was awarded as "Key Enterprise for Strategic Emerging Industry ", "Innovative Enterprise" and "Enterprise with Advanced Technology ".

GESAC Facilities

Product Chain

GESAC has a complete tungsten product chain from tungsten ore to tungsten powder, cemented carbide products and cutting tools.

Contents

Insert Material A TurningToolholders E
Application Summary of Turning Grades 004 Overview of Turning Toolholders 139
Turning Grades 006 External Turning Toolholders 140
Identification System
General Turning B External Turning Toolholders (Negative) 142
External Turning Toolholders (Positive) 150
Internal Turning Toolholders 154
SO Turning Inserts Identification System 014
Identification System
Overview of Turning Inserts 016
Internal Turning Toolholders 156
TurningInserts (Negative) 034
Turning Inserts (Positive) 057
Recommended Cutting Data (Negative) 068 Parting and Grooving Tools F
Recommended Cutting Data (Positive) 073
Parting and Grooving Inserts 165
Small Part Turning C Parting and tificatin Sstem 169
Identification System
Overview of Small Part Turning Inserts 076
Overview of Parting and Grooving Inserts 174
Small Part Turning Inserts (Negative) 088
Parting and Grooving Inserts 176
Small Part Turning Inserts (Positive) 089
Parting and Grooving Holders 188
Small Part Turning Inserts (Others) 104
Recommended Cutting Data 200
Overview of Small Part Turning Holders 106
Small Part Turning Holders 107
Recommended Cutting Data 113 Threading Tools G
PCBN/PCD Turning D Threading Inserts Identification System 204
Thread Turning Holders Identification System 207
PCBN/PCD Turning Inserts 116 Overview of Threading Inserts 211
Identification System Thread Turning inserts 213
Overview of PCBN/PCD Turning Inserts 118 Thread Turning Holders 232
PCBN Inserts (Negative) 119 Recommended Cutting Data 238
PCBN Inserts (Positive) 124 (Cutting Passes and Radial Infeed)
PCD Inserts (Positive) 133 Recommended Cutting Data (Cutting Speed) 249
Recommended Cutting Data 137
Appendix H
Chip Breaker comparison table 252
Grade comparison table 254
Cermet grade comparison table 256
PCBN & PCD grade comparison table 257
Small part inserts selection guide 258
List of holder parts specifications 261

INSERT MATERIAL

Application Summary of Turning Grades

HSNKW030P 2020TOoGPT6110
03020o10 TO300 OTTO00 30oTTO030 0o GK1115TO 500 3020 GM1115oTO50
NEWGST7120GK1125GK1120GM1125 GM1230GM3215GPT6130 GP1130 GP1135GP1225GPT6120 GP1115 GP1120GP1105CVD
NEW NEWGST7130GST7115 GS3115 GS3125GNT7120GA4330 GA4230NEWGAT7115 GAT7120司 GAT7125 GA4330 GA4230層 司GAT7115 日GAT7120 GAT7120A
GM3220 GM3225 司 GAT7125
GS9125GN9130GN9110 GN9120GA4330 GA4230

Turning Grades

CVD Coated Carbide

ISOGradeGradeColorGrade MicrostructureGrade Feature
GPT6110Champagne•Brand new CVD coating with special post-treatment technologyand high hot hardness cemented carbide substrate, providesthe grade with superior adhesion resistance and excellent wearresistance.•Recommended for Continuous conditions of carbon steels andalloy steels at high speeds.
GPT6120 Champagne•Brand new CVD coating with unique low-stress post-treatment,matching cemented carbide substrate with perfect thermo-plasticdeformation resistance, guarantees the high wear resistance andtoughness.•Recommended for carbon steels and alloy steels in wide cuttingconditions at medium to high speeds.
GPT6130 Champagne•New cemented carbide with special cobalt enrichment controllingtechnology, combined with new CVD coating and advanced post-treatment, greatly improves the edge breakage.•Recommended for most Intermittent conditions of carbon steelsand alloy steels at medium speeds.
GP1105Ash black•Combining the ultrafine Al2O3 and MT-TiCN coatings with gradientcemented carbide substrate, provides the new grade with excellentwear resistance.•Recommended for stable finishing turning of carbon steels & alloysteels, including steels parting and grooving processing.
GP1115Yellow•Ultrafine MT-TiCN and Al2O3 coatings, matching smooth indexedTiN layer and good wear resistant substrate, ensures the grade withlong service life.•Recommended for stable finishing to semi-finishing of carbonsteels and alloy steels.
GP1120Golden•Ultrafine MT-TiCN and Al2O3 coatings, matching smoothindexed TiN layer and good wear resistant substrate, ensuresthe grade with long service life.•Recommended for stable finishing to semi-finishing of carbonsteels and alloy steels.
GP1225Yellow•Combined columnar grain MT-TiCN, Al2O3 and TiN coating witha gradient substrate provides excellent wear resistance andtoughness.•Recommended for semi-finishing to medium roughing of steelsand alloy steels.
GP1130Golden•Fine MT-TiCN and tough Al2O3 in combination with high toughnessgradient substrate ensures the good resistance to cutting edgebreakage.•Recommended for roughing of carbon steels and alloy steels at lowand medium cutting speeds.
GP1135Yellow•Well controlled MT-TiCN, Al2O3 and TiN coating with well wearresistance combined with a gradient carbide substrate improvesthe edge security and high toughness.•Recommended for roughing of carbon steels and alloy steels athigh metal removal rates.
ISOGradeGradeColorGrade MicrostructureGrade Feature
GM1115Shinygolden•Combined nano-columnar MT-TiCN, thin Al2O3, bright TiN and agradient substrate gives excellent wear resistance, low-stress post-treatment provides less built-up-edge and longer tool life.•Recommended for finishing to semi-finishing of stainless steels.
GM1125Shinygolden• The combination of a tough carbide alloy matrix and TiCN/TiN coating provides excellent wear resistance. Special surfacetreatment technology that effectively reduces cutting resistanceand suppresses chip buildup, tool life can be extended, makingit suitable for semi-finishing stainless steel.
GM1230Shinygolden•Thiner Al2O3 layer and nano-columarMT-TiCN layer with a gradientsubstrate. Post-treatment to reduce cutting force and less built-upedge, which in order to enhance the stability.•Recommended for continuous and lightly interrupt processing instainless steel.
GK1115Ash black•High wear resistant substrate with fine grain, combined with thickAl203 coating and smoothy post-treatment, provides the gradewith outstanding wear resistance and high edge toughness onprocessing grey cast irons.•Recommended for finishing machining of grey cast irons.
GK1120Ash black•Thicker Al2O3 coating combined with fine grained substrateprovides high edge security and toughness.•Recommended for finishing to semi-finishing of nodular cast irons.
GK1125Ash black•Thick MT-TiCN coating and ultrafine Al2O3, matching high wearresistant cemented carbide substrate with fine grain, helps toimprove toughness and great wear resistance.•Recommended for interrupted roughing of nodular cast irons.
PVD Coated Carbide
ISOGradeGradeColorGrade MicrostructureGrade Feature
GM3215Purplishgrey•Brand new PVD TiAlN coating combined with submicron grainedWC-Co cemented carbide substrate, provides the new grade withexcellent wear resistance and heat resistance.•Recommended for finishing of stainless steels and heat resistantalloys in stable cutting conditions at medium speeds.
GM3220shinyorange•New nano-structured PVD coating matching high cobalt cementedcarbide substrate, gives the grade with excellent wear resistanceand high hot hardness.•Recommended for Continuous and light or medium Intermittent ofstainless steels and soft steels at medium to low cutting speeds.
GM3225Purplishgrey•The combination of optimized TiAlN coating and submicrongrained carbide substrate with high Co content, provides superioradhesion and toughness.•Recommended for semi-finishing of stainless steels and threadingof steels, stainless steels, etc.
GST7120Purplishgrey• New higher adhesion and wear-resistance PVD coating withsubmicro grain substrate, which increase grade wear resistance,oxidation resistance, and processing stability.• Recommended for medium and high speed processing innickel based high-temperature alloys.
GST7115Yellow• New nano structure PVD coating with higher hot hardness andanti-plastic deformation substrate. Special post-treatment,which make excellent high temperature wear resistance andadhesive wear resistance.· Recommended for low and medium speed finishing to semi-finishing processing in nickel based high-temperature alloys,good surface quality.
GST7130Yellow• New PVD coating with high Co submicro grain substrate,which have good adhesion, extremely high toughness, andcutting edge strength.• Recommended for low and medium speed roughing in nickelbased high-temperature alloys, good surface quality.
GS3115Purplishred•Fine grained cemented carbide substrate, matching PVD coatingwith high aluminum content, have excellent adhesion and wearresistance.•Recommended for semi-finishing or finishing of stainless steelsand heat resistant alloys.
GS3125Purplishgrey•TiAlN PVD coating with higher hot hardness and anti-plasticdeformation substrate, which have good antioxidant performanceand adhesive wear resistance.•Recommended for medium speed finishing to semi-finishingprocessing in high temperature alloy, titanium alloy, stainless steel.
PVD Coated Carbide
ISOGradeGradeColorGrade MicrostructureGrade Feature
NGNT7120Silver•The newly upgraded coating has extremely high hardness andexcellent adhesion, and has almost no affinity with non-ferrousmetals. It is paired with a high wear-resistant hard alloy matrixto achieve efficient processing of non-ferrous metals such asaluminum alloys.• Recommend universal processing of non-ferrous metals suchas copper and aluminum alloys.
GAT7115Gray• New nanostructured PVD coating combine with micro-graincemented carbide substrate and special surface treatment,provides outstanding wear resistance, oxidation resistance andmachining stability.• Suitable for steel and stainless steel in general cuttingcondition with medium or high speed.
GAT7120Purplishred• High wear-resistant PVD coating with ultra-fine grainedcemented carbide substrate, provides excellent wear resistanceat medium and low speed, achieving precision machining.• Suitable for steel and stainless steel in stable cutting conditionwith low or medium speed.
GAT7120APurplishred• Optimized micro-grain carbide substrate with high wearresistant PVD coating, provides high versatility, for steel cuttinghas excellent performance.• Suitable for general cutting of steel materials.
GAT7125Gray• New generation coating with new PVD technology, combinedwith high-Co cemented carbide substrate, provides excellenttoughness and cutting edge strength.• Suitable for steel and stainless steel in unstable cuttingcondition.
GA4330Yellow•New TiAlN coating with fine grain substrate, which increase wear-resistance and cutting stability.•Recommended for medium hardness steel and stainless steelprocessing.
GA4230Purplishred•PVD TiAlN coating with high toughness substrate providesexcellent wear resistance and high edge security for a broadapplication area.•Recommended as general choice for parting and grooving ofsteels.

Carbide

ISOGradeGradeColorGrade MicrostructureGrade Feature
GS9125Uncoated•Uncoated fine grain substrate has a good balance of wearresistance and toughness.•Recommended as the first choice for titanium alloys, and even forsemi-finishing of titanium alloys grooving.
GN9110Uncoated•Uncoated fine-grained grade has great wear resistance.•Recommended for finishing of aluminum alloys and copper alloysat high cutting speeds.
GN9120Uncoated•Fine-grained substrate with special surface treatment improvesthe wear resistance and less built-up-edge.•Recommended for finishing to semi-finishing of aluminum alloys,copper alloys and other non-ferrous materials.
GN9130Uncoated•Uncoated fine-grained substrate grade has quite good wearresistance and toughness.•Recommended for semi-finishing of coppers and aluminumalloys.
Cermet
ISOGradeGradeColorGrade MicrostructureGrade Feature
GP31TMPurplishgrey•Thin PVD coating and cermet have excellent resistance to built-up-edge and plastic deformation, which ensures the high surfacequality.•Recommended for finishing of carbon steels and low alloy steels athigh cutting speeds.
GP91TMUncoated•Uncoated cermet has well wear resistance and toughness,even excellent high surface quality.•Recommended for finishing of carbon steels and low alloysteels when good surface quality is required.
GP92TMUncoated•Enhanced toughness, significantly improving anti chippingperformance, enhancing tool versatility, achieving stableand long life machining, while achieving excellent machiningsurface quality.•Suitable for continuous precision machining of carbon steeland low alloy steel.

PCBN&PCD

ISOGradeGradeColorGrade MicrostructureGrade Feature
BKN115PUncoated•Uncoated grade with high hardness has excellent wear resistance.•Recommended for finishing of grey cast irons and valve seatmachining.
BKC120PPurplishgrey•Outstanding PVD coating can reduce the friction betweencutting edge and workpiece, which improves the wear resistancedramatically.•Recommended for finishing of nodular cast irons.
BKN225ZBKN225SUncoated•Excellent impact and wear resistance, it has strong universality.•Semi-finishing and finishing of grey cast iron and high hard alloycast iron.
BSN115PUncoated•Uncoated grade has a high edge toughness and chemical stability·Recommended for finishing of powder metallurgy parts.
BHC115PPurplishgrey•New TiAlN coating provides the good resistance to notch wear,which reduces the roughness of the workpiece surface.•Recommended for finishing of quenched steels when high surfacequality and close tolerances are required.
BHC125PPurplishgrey•CBN substrates with TiAlN coating have great toughness and wearresistance, which is capable of longer tool life and more stability.•Recommended for general machining of quenched steels.
BHC135PPurplishgrey•CBN substrate with high edge toughness matching TiAlN coatinggreatly improves wear resistance.•Recommended for interrupted processing of quenched steels.
BHC210PBronze•The new double-layer nanostructure AiTiSiN coating has excellentheat resistance and wear resistance, achieving stable performanceand excellent surface roughness.•Suitable for precision machining conditions with highrequirements for surface roughness and dimensional accuracy ofquenched steel.

PCBN&PCD

ISOGradeGradeColorGrade MicrostructureGrade Feature
HBHC215ZBronze•The new TiAlSiN coating has good chemical wear resistance andimproves the service life at high linear speed. Low content finecrystalline CBN matrix, with excellent wear resistance and redhardness.•Suitable for continuous to light intermittent machining ofhardened steel.
BHC225PBronze•The new double layered nanostructured AiTiSiN coating is coatedon a specially designed CBN substrate, which has strong toughnessand further improves wear resistance, achieving more stableprocessing and long service life.•Suitable for universal processing of various quenched steels.
BHC225ZBronze•The new TiAlSiN coating has good chemical wear resistance andimproves the service life at high linear speed. A multi-modal grainedCBN substrate, has superior toughness and greatly improved wearresistance, and can achieve more stable machining and longer toollife.•Suitable for general processing of hardened steel.
BHN225SUncoated•A multi-modal grained CBN substrate, has superior toughness andgreatly improved wear resistance, and can achieve more stablemachining and longer tool life.•Suitable for general processing of hardened steel.
DNN125PUncoated•Medium grained diamond has excellent wear resistance andtoughness.•Recommended for high efficient finishing of aluminums, coppers,plastics and graphite materials.

GENERAL TURNING

ISO Turning Inserts Identification System

SymbolShapeCorner AngleShape
HHexagon120°
0Octagon135°
PPentagon108°
SSquare90°
TTriangle60°
CRhombic80°
D55°
E75°
F50°
M86°
V35°
WTrigon80°
LRectangle90°
AParallelogram85°82°55°
B
K
RRoundO
①Shane Symbol

①Shape Symbol

SymbolRelief Angle
A3°
B5°
C7°
D15°
E20°
F25°
G30°
N0°
P11°
0其他

②Relief Angle Symbol

SymbolTolerance (mm)Tolerance (inch)
CornerHeight(m)Thickness(s)I.C.dia.(∅d)CornerHeight(m)Thickness(s)I.C.dia.(0d)
A±0.005±0.025±0.025±0.0002±0.001±0.001
F±0.005±0.025±0.013±0.0002±0.001±0.0005
C±0.013±0.025±0.025±0.0005±0.001±0.001
H±0.013±0.025±0.013±0.0005±0.001±0.0005
E±0.025±0.025±0.025±0.001±0.001±0.001
G±0.025±0.13±0.025±0.001±0.005±0.001
J±0.005±0.025±0.05~±0.13±0.0002±0.001±0.002~±0.005
K±0.013±0.025±0.05~±0.13±0.0005±0.001±0.002~±0.005
L±0.025±0.025±0.05~±0.13±0.001±0.001±0.002~±0.005
M±0.08~±0.18±0.13±0.05~±0.13±0.003~±0.007±0.005±0.002~±0.005
N±0.08~±0.18±0.025±0.05~±0.13±0.003~±0.007±0.001±0.002~±0.005
U±0.13~±0.38±0.13±0.08~±0.25±0.005~±0.015±0.005±0.003~±0.01
③Tolerance Symbol

②

T

22

[①]

②

④Hole/Chipbreaker Symbol
SymbolHoleHoleShapeChlpb-reakerShape
NWith-outWithout□□
RSingle-sidedQQ
FDouble-sided
AWith HoleWithout日日日
MSingle-sided
GDouble-sided
WWith Holeand OneCountersink40-60°Without
TSingle-sided
QWithWith Holeand TwoCountersink40-60℃Without
UDouble-sided
BWith Holeand OneCountersink70-90℃Without
HDouble-sided
CWith Holeand TwoCountersink70-90℃Without
JDouble-sided
X
⑤Edge Length Symbol (ISO)(mm)
R1 -1§-1CLD11I. C. Size(mm)
SymbolLength SymbolLengthSymbolLengthSymbolLengthSymbolLengthSymbolLengthSymbolLengthSymbolLength
033.97034.0066.944.83.97
044.76044.8088.255.84.76
055---=-----=-=-=-----===--====5
055.56055.6033.8099.666.85.56
066===--====-=--====-=-----a=6
066.35066.5044.3111177.81111.26.35
077.94088.1055.41313.899.77.94
088--==------==---=-----=----=8
099.525099.525099.7066.51616.51111.61616.61619.79.525
1010-==--------------====10
1212-=--==-=---==--====--==-=12
1212.71212.71212.9088.722221515.52222.112.7
1515.8751515.8751616.11010.92727.51919.415.875
1616--==----------"----========16
1919.051919.051919.3131333332323.319.05
2020====-======================20
2222.2252222.63838.52727.122.225
2525--------------------------25
2525.42525.42525.84444313125.4
3131.753131.753232.255553838.831.75
3132-=-==--====--==--------====32
Insert Shape: H,O,P,S,T,C,E,M,W,R
I. C. Size(mm)Tolerance of I. C. Size(Ød)(mm)Tolerance of Corner Height(mm)I. C. SizeTolerance ofI. C. Size(Ød)(mm)Tolerance of corner Height(mm)
M.,NUM,NU(inch)ClassJ,K,L,M,NClass U $\begin{array} { r } { \mathsf { C l a s s J } , \mathsf { K } , } \\ { \mathsf { L } , \mathsf { M } , \mathsf { N } } \end{array}$ Class U
6.35±0.05±0.08±0.08±0.130.250±0.002±0.003±0.003±0.005
9.5250.375
12.7±0.08±0.13±0.13±0.20.500±0.003±0.005±0.005±0.008
15.875±0.1±0.18±0.15±0.270.6250.750±0.004±0.007±0.006±0.011
19.05
25.4±0.13±0.25±0.18±0.381.000±0.005±0.010±0.007±0.015
31.75±0.15±0.25±0.2±0.381.250±0.006±0.010±0.008±0.015
321.260

Insert Shape: D

Inscribed Circle SizeTolerance of I. C.SizeTolerance of CornerHeight
mminmminmmin
6.350.250±0.05±0.002±0.11±0.004
9.5250.375±0.05±0.002±0.11±0.004
12.70.500±0.08±0.003±0.15±0.006
15.8750.625±0.10±0.004±0.18±0.007
19.050.750±0.10±0.004±0.18±0.007

Insert Shape: V

Inscribed Circle SizeTolerance of I. C.SizeTolerance of CornerHeight
mminmminmmin
6.350.250±0.05±0.002±0.15±0.006
9.5250.375±0.05±0.002±0.15±0.006
12.70.500±0.08±0.003±0.20±0.008
15.8750.625±0.10±0.004±0.27±0.011
19.050.750±0.10±0.004±0.27±0.011
SymbolThicknęss(mm)
011.59
022.38
T22.78
033.18
T33.97
044.76
055.56
066.35
077.94
099.52

⑥Thickness Symble

04

⑦

08

8

HK

Inscribed Circle Size (mm)

Insert Thickness (S)

Corner Height (m)

⑦

⑦Corner Ro Symbol

SymbolCorner-R (mm)
000.03
020.2
040.4
080.8
121.2
161.6
202.0
242.4
282.8
323.2

8

⑧Chipbreaker Symbol

Chipbreaker Symbol

Overview of Turning Inserts

Turning Inserts (Negative)

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
QF• QF for finishing of general steel and alloy steel. • Curved edge, sharp cutting edge, good chip control and fine surface finish due to curved edge.ap[
TF• TF for finishing of steel and alloy steel. • Curved cutting edge design, shaper cutting edge, low cutting resistance, high surface finish, and good chip breaking and removal effect.ap [m ap [mn
GF• GF for finishing of general steel and alloy steel. • Sharp tool nose and strong cutting edge and good chip control under small cutting depth.ap [
SPL• SPL for light cutting of general steel and alloy steel; • Wide range of chip-breaking and versatility. a
QM• QM for semi-finishing of general steel and alloy steel. • The design of step and wavy boss widens the range of chip breaking.
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
CNMG-QFDNMG-QFSNMG-QFTNMG-QFVNMG-QFWNMG-QF
P034P039P043P047P051P053
CNMG-TFDNMG-TFTNMG-TFVNMG-TFWNMG-TF
P034P039P047P051P053
CNMG-GFDNMG-GFSNMG-GFTNMG-GFVNMG-GFWNMG-GF
P034P039P043P047P051P053
CNMG-SPLDNMG-SPLTNMG- SPLVNMG-SPLWNMG- SPL
P034P039P047P051P053
CNMG-QMDNMG-QMSNMG-QMTNMG-QMVNMG-QMWNMG-QM
P035P040P043P047P051P054

Overview of Turning Inserts

Turning Inserts (Negative)

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
GM• GM for semi-finishing of general steel and alloy steel. • Strong flat cutting edge with good strength.
SV• SV for semi-finishing of general steel and alloy steel. • Throughout groove and wide chip groove make cutting available in unstable working conditions. • Long chip groove allows high depth of cut.ap[mm] 5 4 3 2 0.1 0.2 0.3 0.4 0.5 0 f [mm/rev]
QR• QR for rough cutting action of carbon steel,cast steel and alloy steel. • Variable rake angle and land provides enough edge sharpness and strength at different depth of cut. ap
QH• QH for heavy cutting action of carbon steel, cast steel and alloy steel. • Variable land and progressive chipbreaker space, generating lower cutting force. • Straight edge line with reinforcement balances strength and cutting action.
TS• TS for semi-finishing of general steel and alloy steel. • Big rake angle lower cutting force. • Variable groove depth design, with super chip removal.
80°Rhombic 55°Rhombic 90°SquareCNMG-GM DNMG-GM SNMG-GMP035 P040 P043CNMGR/L-SV DNMGR/L-SV SNMGR/L-SVP035 P040 P04460°Regular Triangle35°Rhombic80°Trigon
TNMG-GMVNMG-GMWNMG-GM
P048P052P054
TNMGR/L-SVWNMGR/L-SV
P048P054
CNMG-QRDNMG-QRSNMG-QRTNMG-QRWNMG-QR
P049P056
CNMM-QHSNMM-QH
P038P046
DNMGR/L-TSTNMGR/L-TS
P041P048

Overview of Turning Inserts

Turning Inserts (Negative)

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
TP• TP for semi-finishing of general steel,alloy steel and cast iron. • Dual rake angle and big cutting edge width design to promote its strength. • Overall pattern design, stable and reliable installation. • Arrow chip breaker improves chipbreaking performance during big cutting depth.a
SF• SF for finishing of stainless steel. • Sharp edge due to results in low cutting forces particularly for thin wall structures and extended shafts.ap [mm] 4 3 2 10 0.1 0.2 0.3 0.4 f[mm/rev]
YF• YF for finishing of stainless steel. • Inclination angle design is used to reduce cutting resistance and ensure good chip control.ap
SM• SM for medium cutting of stainless steel and mild steel. • Sharp cutting edge.ap
LM• LM for semi-finishing of stainless steel and high temperature alloy. • Variable rake angle and cutting edge width to ensure its sharpness and strength. • Heart-shaped chip breaker with good chip breaking.
LR• LR for stainless steel of roughing. • Small rake angle and big cutting edge width with strong corner. • Big chip breaker width and shallow. • Large chip breaker width and shallow chip breaker depth to ensure good chip removal.
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
CNMG-TPDNMG-TP SNMG-TPP041 P044WNMG-TP
TNMG-TPVNMG-TP
P036P048P052P055
CNMG-SFP034CNMG-YFP034CNMG-SMP036 CNMG-LM DNMG-LMP036 P041 CNMG-LR
TNMG-SFVNMG- SFWNMG-SF
P047P051P053
TNMG- YFVNMG-YFWNMG-YF
P047P051P053
TNMG-SMVNMG-SMWNMG-SM
P048P052P055
TNMG- LMVNMG- LMWNMG-LM
P049P052P056
DNMG-LRSNMG-LRTNMG-LRWNMG-LR
P037P042P045P049P056

Overview of Turning Inserts

Turning Inserts (Negative)

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
WMV (Wiper)• WMV for semi-finishing of general steel, alloy steel and cast iron. • Large chip breaker with low chip removal resistance. • Excellent sharp cutting edge and strength. • Good surface quality.
MK• MK for finishing of cast iron. • The cutting edge combines sharpness and strength, with low chip removal resistance.
UK• UK for machining cast iron. • Good performance after medium cutting for general conditions.
HK• HK for cast iron heavy cutting. • Strong cutting edge, big chip pocket, good at big cutting depth and width.
Flat• Flat-top for cast iron used. • Stable placement. • Strong edge design for intermittent cutting conditions.
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
WiperWiper
DNMX-WMVP041TNMX-WMVWNMG-WMV
P049P055
TNMG-MK
VNMG-MKWNMG-MK
P049P052P055
VNMG-UKWNMG-UK
P052P056
TNMG- HKVNMG-HKWNMG- HK
P050P052P056
CNMADNMASNMATNMAWNMA
P038P042P046P050P056

Overview of Turning Inserts

Turning Inserts (Negative)

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
EL• EL for finishing to semi-finishing of high temperature alloy and titanium alloy. • Suitable for processing long overhanging and thin-walled workpieces. • Low cutting force to avoid vibration.
EM• EM for semi-finishing to roughing of high-temperature alloy. • High cutting edge strength, suitable for deep cutting processing. ap
SML• SML for finishing to semi-finishing of stainless steel and high temperature alloy. • Inclination angle design reduces cutting resistance and ensures good chip control.
SMM• SMM for semi-finishing to roughing of stainless steel and high-temperature alloy. • Unique chip-breaker design to meet different cutting depth and feed processing, ensuring processing stability.
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
CNMG-ELDNMG-ELVNMG-ELWNMG-EL
P034P039P051P053
CNMG-EMDNMG-EMSNMG-EMTNMG-EMVNMG-EMWNMG-EM
P036P041P045P049P052P055
DNMG-SMLVNMG-SMLWNMG-SML
P040P051P053
CNMG-SMMDNMG-SMMSNMG-SMMVNMG-SMMWNMG-SMM
P036P041P045P052P055

Overview of Turning Inserts

Turning Inserts (Positive)

5°Clearance Angle

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
MM• MM for semi-finishing and finishing of general steel, alloy steel and stainless steel. • Sharp cutting edge, enables high surface quality.ap [mm] 3 2 1 0 ap [mm]0.1 0.2 0.3 f[mm/rev]
SPL• SPL for light cutting of general steel and alloy steel; • Wide range of chip-breaking and versatility.4 3 2 00.1 0.2 0.3 0.4 0.5 f[mm/rev]
GP•GP for light cutting of general steel, alloy steel,stainless steel and cast iron. •The combination of flat edge and double rake ensures a strong point degree and cutting sharpness.ap [mm] 4 3 2 1 0 ap [mm]0.1 0.2 0.3 0.4 f[mm/rev]
TP•TP for light cutting of general steel, alloy steel and cast iron. •Dual rake angle and big cutting edge width design to promote its strength. •Overall pattern design, stable and reliable installation. •Arrow chip breaker improves chip breaking performance during big cutting depth.4 3 2 1 0 ap [mm]0.1 0.2 0.3 0.4 f[mm/rev]
KM•KM for semi-finishing and roughing of general steel, alloy steel and cast iron. •Variable land design, combine sharpness with fracture resistance.5 4 3 2 0fl. m/rev] 0.1 0.2 0.3 0.4
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
VBMT-MM
P065
VBMT-SPL
P065
VBMT-GP
P065
VBMT-TP
P065
VBMT-KM
P065

Overview of Turning Inserts

Turning Inserts (Positive)

7°Clearance Angle

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
MM• MM for light cutting of general steel, alloy steel and stainless steel. • Sharp cutting edge, enables high surface quality.ap [mm] 3 2 1 0 0.1 0.2 0.3 f [mm/rev]
SPL• SPL for light cutting of general steel and alloy steel; • Wide range of chip-breaking and versatility.ap [mm] 4 3 2 0 0.1 0.2 0.3 0.4 0.5 f[mm/rev]0.2 6°16°
GP• GP for light cutting of general steel, alloy steel, stainless steel and cast iron. • The combination of flat edge and double rake ensures a strong point degree and cutting sharpness.ap [mm] 4 3 2 1 0 0.1 0.2 0.3 0.4 f[mm/rev]0.13 19°8°
TP• TP for light cutting of general steel, alloy steel and cast iron. • Dual rake angle and big cutting edge width design to promote its strength. • Overall pattern design, stable and reliable installation. • Arrow chip breaker improves chip breaking performance during big cutting depth.ap [mm] 4 3 2 1 0 0.1 0.2 0.3 0.4 f[mm/rev]0.12 13°
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
CCMT-MMP057DCMT-MMSCMT-MMTCMT-MMVCMT-MM
P059P061P062P066
CCMT-SPLP057CCMT-GP DCMT-GPCCGT-GP DCGT-GPP057CCMT-TPD
DCMT-SPLTCMT-SPLVCMT-SPL
P062P066
SCMT-GP
TCMT-GPTCGT-GPVCMT-GPVCGT-GPWCMT-GP
P061P062P066P067
SCMT-TPTCMT-TP
P061P062

Overview of Turning Inserts

Turning Inserts (Positive)

7°Clearance Angle

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
KM• KM for semi-finishing and roughing of general steel, alloy steel and cast iron. •Variable land design, combine sharpness with fracture resistance.
AL• AL for aluminum alloy cutting. • Large rake angle, cutting edge sharpness.
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
CCMT-KMDCMT-KMSCMT-KMTCMT-KMVCMT-KM
P058P059P061P062P066
CCGX-ALDCGX-ALSCGX-ALTCGX-ALVCGX-AL
P058P060P061P063P066

Overview of Turning Inserts

Turning Inserts (Positive)

11°Clearance Angle

Chip BreakerFeaturesApplication RangeCross Section Chip Breaker
MM• MM for light cutting of general steel, alloy steel and stainless steel. •Sharp cutting edge, enables high surface quality.ap [mm] 3 2 1 00.1 0.2 0.3 f[mm/rev]
SPL• SPL for light cutting of general steel and alloy steel; • Wide range of chip-breaking and versatility.ap [mm] 5 4 3 2 1 00.1 0.2 0.3 0.4 0.5 f[mm/rev]0.2 6°16°
GP•GP for light cutting of general steel, alloy steel,stainless steel and cast iron. • The combination of flat edge and double rake ensures a strong point degree and cutting sharpness.ap [mm] 4 3 2 1 0 ap [mm]0.1 0.2 0.3 0.4 f[mm/rev]19°8°0.13
TP• TP for light cutting of general steel, alloy steel and cast iron. • Dual rake angle and big cutting edge width design to promote its strength. • Overall pattern design, stable and reliable installation. • Arrow chip breaker improves chip breaking performance during big cutting depth.4 3 2 1 00.1 0.2 0.3 0.4 f[mm/rev]0.12 13°
80°Rhombic55°Rhombic90°Square60°Regular Triangle35°Rhombic80°Trigon
TPMT-MM
P064
TPMT-SPL
P064
CPGT-GPTPGT-GP
P058P064
TPMT-TP
P064

Turning Insert (Negative)

CN□□

Rhombic 80° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1REGP110GPT120GP1130 GM115GM1125GM230GM215GM320GM325GK15 GK125GST715GST7120GST130GS15GNT7120GP105GP115GP120GP25GP130GP135GK120GN91110GN991120GN91130GPITMGPTMGPTM
CNMG090304-QF 9.79.5253.183.81 0.4 O O
CNMG120404-QF12.912.74.765.160.4CCO
CNMG120408-QF12.912.74.765.16 0.8O O○
CNMG120404-TF12.912.74.765.160.4○○
CNMG120408-TF12.912.74.765.160.800
CNMG090308-GF9.79.5253.183.810.8O
CNMG120404-GF12.912.74.765.160.4•O
CNMG120408-GF12.912.74.765.160.8O
CNMG120412-GF12.912.74.765.161.2
CNMG120404-SF12.912.74.765.160.4
CNMG120408-SF12.912.74.765.160.8O
CNMG120404-YF12.912.74.765.160.4
CNMG120408-YF12.912.74.765.160.8
CNMG120404-SPL12.912.74.765.160.4
CNMG120404-EL12.912.74.765.160.4
CNMG120408-EL12.912.74.765.160.8
CNMG120412-EL12.912.74.765.161.2
CNMG160608-EL16.115.8756.356.350.8
CNMG160612-EL16.1 15.8756.356.351.2
CNMG190608-EL19.319.056.357.940.8
CNMG190612-EL19.319.056.357.941.2
StockOAvailable Upon Order

Turning Insert (Negative)

CN□□

Rhombic 80° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1REGP610GP1120GP130GP105GP115GP120GP225GP130GP135GM115GM125GM230GM215GM20GM25GK15GK120GK125GST715GST120GST130GS115GNT20GN91110GN9120GN9130GP1ITMGPTMGPTM
CNMG120404-SML12.912.74.76 5.16 0.4··
CNMG120408-SML12.912.74.765.160.8•
CNMG120412-SML12.912.74.765.161.2
CNMG090304-QM9.79.5253.183.810.4OOO
CNMG090308-QM9.79.5253.183.810.8OO
CNMG120404-QM12.912.74.765.160.4•O•
CNMG120408-QM12.912.74.765.160.8••••••
CNMG120412-QM12.912.74.765.161.2●●●•
CNMG120416-QM12.912.74.765.161.6•C•
CNMG160608-QM16.115.8756.356.350.8••••O
CNMG160612-QM16.115.8756.356.351.2•••••O
CNMG190608-QM19.319.056.357.940.8OOOO
CNMG190612-QM19.319.056.357.941.2OO
CNMG190616-QM19.319.056.357.941.6O
CNMG120404-GM12.912.74.765.160.4•
CNMG120408-GM12.912.74.765.160.8•
CNMG120412-GM12.912.74.765.161.2
CNMG120416-GM12.912.74.765.161.6O•
CNMG160608-GM16.115.8756.356.350.8
CNMG160612-GM16.115.8756.356.351.2•
CNMG160616-GM16.115.8756.356.351.6O
CNMG190608-GM19.319.056.357.940.8O
CNMG190612-GM19.319.056.357.941.2O•
CNMG190616-GM19.319.056.357.941.6
CNMG120408R-SV12.912.74.765.160.8•
CNMG120408L-SV12.912.74.765.160.8
StockAvailable Upon Order

Turning Insert (Negative)

Rhombic 80° with Hole

Ordering CodeDimension (mm)Coated Carbides CermetCarbides
LEICSD1GPT1120 GP6130 GP105 REGM230 GM215 GM20GK15 GK120GST120GNT7120 GN91110GN991130 GPTMGPTM
GP110GP115 GP120 GP25GP30 GP35 GM115 GM125GM325GST115 GK125GST130 GS1115GN9920GPTM
CNMG090304-SM9.79.5253.183.810.4O OO
CNMG090308-SM9.79.5253.183.810.8O
CNMG120404-SM12.912.74.765.160.4O
CNMG120408-SM12.912.74.765.160.8
CNMG120412-SM12.912.74.765.161.2
CNMG120416-SM12.912.74.76 6.355.16 6.351.6 0.8
CNMG160608-SM CNMG160612-SM16.1 16.115.875 15.8756.356.351.2oo
CNMG160616-SM16.115.8756.356.351.6● o
CNMG190608-SM19.319.056.357.940.8
CNMG190612-SM19.319.056.357.941.2○●O
CNMG190616-SM19.319.056.357.941.600O C
CNMG120404-TP12.9 12.74.765.160.4O
CNMG120408-TP12.9 12.74.765.16 0.8
O
CNMG120404-LM12.912.74.765.160.4
CNMG120408-LM12.912.74.765.160.8
CNMG120412-LM12.912.74.765.161.2O
CNMG120404-EM12.912.74.765.160.4
CNMG120408-EM12.912.74.765.160.8
CNMG120412-EM12.912.74.765.161.2
CNMG160608-EM16.115.8756.356.350.8
CNMG160612-EM16.115.8756.356.351.2
CNMG120404-SMM12.912.74.765.160.4
CNMG120408-SMM12.912.74.765.160.8
CNMG120412-SMM12.912.74.765.16 1.2
CNMG120412-WMV
CNMG120408-WMV12.9 12.7
StockOAvailable Upon Order

Turning Insert (Negative)

CN

Rhombic 80° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1GPTRE110GP120GPT130 GM115GM125GM230GM215GM20GM325GK15 GK125GST7115GST7120GST130GP130GK120GS15GNT20GP105GP115GP120GP225GP135GN99110GN99120GN91130GPIITMGPTMGPTM
CNMG120404-MK12.912.7 4.765.16 0.4 ● ●
CNMG120408-MK12.94.765.160.8
CNMG120412-MK12.94.765.16
CNMG120404-UK12.912.74.765.160.4O
CNMG120408-UK12.912.74.765.160.8
CNMG120412-UK12.912.74.765.161.2
CNMG120416-UK12.912.74.765.161.6O O
CNMG160608-UK16.115.8756.356.350.8
CNMG160612-UK16.115.8756.356.351.2
CNMG160616-UK16.115.8756.356.351.6O
CNMG190612-UK19.319.056.357.941.2··
CNMG190616-UK19.319.056.357.941.6● O
CNMG120408-LR12.912.74.765.160.8•
CNMG120412-LR12.912.74.765.161.2OOO
CNMG120416-LR12.912.74.765.161.6OO
CNMG160608-LR16.115.8756.356.350.8OO
CNMG160612-LR16.115.8756.356.351.2O●
CNMG190612-LR19.319.056.357.941.2OO●
CNMG190616-LR19.319.056.357.941.6●
CNMG120408-QR12.912.74.765.160.8
CNMG120412-QR12.912.74.765.161.2•O
CNMG120416-QR12.912.74.765.161.6 O O
CNMG160608-QR16.115.8756.356.350.8O
CNMG160612-QR16.115.8756.356.351.2
CNMG160616-QR16.115.8756.356.351.6 OO
CNMG190608-QR19.319.056.357.940.8OOOO
CNMG190612-QR19.319.056.357.941.2oO
CNMG190616-QR19.319.056.357.941.6OOO C O
CNMG190624-QR19.319.056.357.942.4O OO•O
CNMG250924-QR25.825.49.529.122.4OOO C
●StockOAvailable Upon Order

Turning Insert (Negative)

CN

Rhombic 80° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1GPTRE1110GPT1120GPG130GP105GP115GP120GP25GP130GP135GM115GM125GM230GM3215GM20GM325GK15 GK125GST15GST120GST130GS15GNT20GK120GN1110GN99120GN9130GPTMGPTMGPTM
CNMG120408-HK12.912.74.765.160.8
CNMG120412-HK12.912.74.765.161.2•••
CNMG120416-HK12.912.74.765.161.6
CNMG160612-HK16.115.8756.356.351.2•••
CNMG160616-HK16.115.8756.356.351.6
CNMG190612-HK19.319.056.357.941.2O
CNMG190616-HK19.319.056.357.941.6••
CNMM190616-QH19.319.056.357.941.6O••
CNMM190624-QH19.319.056.357.942.4O○○•
CNMM250924-QH25.825.49.529.122.4OOO••O
CNMA12040412.912.74.765.160.4··
CNMA12040812.912.74.765.160.8
CNMA12041212.912.74.765.161.2
CNMA12041612.912.74.765.161.6O
CNMA16061216.115.8756.356.351.2
CNMA16061616.115.8756.356.351.6O
CNMA16062016.115.8756.356.352.0
CNMA19061219.319.056.357.941.2
CNMA19061619.319.056.357.941.6
CNMA19062419.319.056.357.942.4 O
StockOAvailable Upon Order

Turning Insert (Negative)

DN

Rhombic 55° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbides Cermet
GP610GP120GP61130GP105 GP135GM115GM125GM230GM215GM20GM325 GK120GK125GST115GST120GP115GP20GP130GK15GST7130GS1115GNT7120GP225GN91110GN91120GN91130GPTMGPTTMGPTMDNMG110404-QF 11.69.5254.763.81 0.4 C C O
DNMG110408-QF11.69.5254.763.810.8● e C
DNMG150404-QF15.512.74.765.160.4● Oe C•O● o
DNMG150408-QF15.512.74.765.160.8● O O0o
DNMG150604-QF15.512.76.355.160.4O●OO
DNMG150608-QF15.512.76.355.160.8O C
DNMG150404-TF15.512.74.765.160.4○○
DNMG150408-TF15.512.74.765.160.8○o
DNMG110404-GF11.69.5254.763.810.4O
DNMG110408-GF11.69.5254.763.810.8O•
DNMG150404-GF15.512.74.765.160.4 O
DNMG150408-GF15.512.74.765.160.8O
DNMG150608-GF15.512.76.355.160.8 O
DNMG110404-SF11.69.5254.763.810.4OO
DNMG110408-SF11.69.5254.763.810.8OO
DNMG150404-SF15.512.74.765.160.4Oe
DNMG150408-SF15.512.74.765.160.8O
DNMG150604-SF15.512.76.355.160.4O
DNMG150608-SF15.512.76.355.160.8OC
DNMG150404-YF15.512.74.765.160.4
DNMG150408-YF15.512.74.765.160.8
DNMG150604-YF15.512.76.355.160.4
DNMG150608-YF15.512.76.355.160.8
DDNMG150404-SPL15.512.74.765.160.4
DNMG150408-SPL15.5 12.74.765.160.8
DNMG150404-EL15.512.74.765.160.4
DNMG150408-EL15.512.74.765.160.8
DNMG150412-EL15.512.74.765.161.2
DNMG150604-EL15.512.76.355.160.4
DNMG150608-EL15.512.76.355.160.8
DNMG150612-EL 15.512.7 6.355.161.2
●StockOAvailable Upon Order

Turning Insert (Negative)

DN

Rhombic 55° with Hole

Ordering CodeDNMG150408-SML
Dimension(mm)Coated Carbides Carbides Cermet
GP10GP1120GPG1130GP105GP15GP120GP25GP130GP135GM115GM125GM230GM215GM320GM25GK15GK120GK125GST115GST7120GST7130GS3115GNT20GN99110GN91120GN99130GP1ITMGPTMGPTMRE15.512.7 4.765.16 0.4
DNMG150408-SML15.512.74.765.160.8
DNMG150604-SML15.512.76.355.160.4e
DNMG150608-SML15.512.76.355.160.8O
DNMG110404-QM11.69.5254.763.810.4●OO O
DNMG110408-QM11.69.5254.763.810.8•O
DNMG110412-QM11.69.5254.763.811.2O O
DNMG150404-QM15.512.74.765.160.4OO
DNMG150408-QM15.512.74.765.160.8O●
DNMG150412-QM15.512.74.765.161.2•·
DNMG150604-QM15.512.76.355.160.4C O O O
DNMG150608-QM15.512.76.355.160.8O O C O
DNMG150612-QM15.512.76.355.161.2O OO
DNMG110404-GM11.69.5254.763.810.4
DNMG110408-GM11.69.5254.763.810.8
DNMG150404-GM15.512.74.765.160.4••
DNMG150408-GM15.512.74.765.160.8O
DNMG150412-GM15.512.74.765.161.2··
DNMG150604-GM15.512.76.355.160.4O
DNMG150608-GM15.512.76.355.160.8
DNMG150612-GM15.512.76.355.161.2O•
DNMG150616-GM15.512.76.355.161.6
DNMG150404R-SV15.512.74.765.160.4O
DNMG150404L-SV15.512.74.765.160.4C
DNMG150604R-SV15.512.76.355.160.4C
DNMG150604L-SV15.512.76.355.160.4●
DNMG150608R-SV15.512.76.355.160.8O
DNMG150608L-SV15.512.76.355.160.8•
DNMG110404-SM11.69.5254.763.810.4 ○○ OC
DNMG110408-SM11.69.5254.763.810.8OOe
DNMG110412-SM11.69.5254.763.811.2
DNMG150404-SM15.512.74.765.160.4OO
DNMG150408-SM15.512.74.765.160.8● ● O C
DNMG150604-SM15.512.76.355.160.4ooOO C
DNMG150608-SM15.512.76.355.160.8 O● ● 0 ● C
DNMG150612-SM15.512.76.355.161.2oo O
StockOAvailable Upon Order

Turning Insert (Negative)

DN□

Rhombic 55° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1REGPT10GP61120GP6130 GM15GM125GM230GM215GM320GM25GK15 GK125GST715GK120GST120GST130GS115GNT720GP105GP115GP120GP25GP130GP135GN91110GN9120GN91130GPITMGP1TMGPTM
DNMG150404-TP15.5 12.74.765.160.4O
DNMG150408-TP15.512.74.765.160.8O
DNMG150604-TP15.512.76.355.160.4○
DNMG150608-TP15.512.76.355.160.8o
DNMG150404R -TS15.512.76.355.160.4O
DNMG150404L-TS15.512.76.355.160.4O
DNMG150408R -TS15.512.76.355.160.8O
DNMG150408L-TS15.512.76.355.160.8
DNMG110404-LM11.69.5254.763.810.4○○OO
DNMG110408-LM11.69.5254.763.810.8O
DNMG150404-LM15.512.74.765.160.4○○O O
DNMG150408-LM15.512.74.765.160.8OO
DNMG150412-LM15.512.74.765.161.2 O O O
DNMG150604-LM15.512.76.355.160.4OO
DNMG150608-LM15.512.76.355.160.8 ○○OO
DNMG150612-LM15.512.76.355.161.2O
DNMG150408-EM15.512.74.765.160.8
DNMG150412-EM15.512.74.765.161.2
DNMG150608-EM15.512.76.355.160.8
DNMG150612-EM15.512.76.355.161.2
DNMG150408-SMM15.512.74.765.160.8
DNMG150608-SMM15.512.76.355.160.8
DNMX150408-WMV15.512.74.765.160.8 O
DNMX150412-WMV15.512.74.765.161.2
DNMX150608-WMV15.512.76.355.160.8O
DNMX150612-WMV15.512.76.355.161.2O
StockOAvailable Upon Order

Turning Insert (Negative)

Rhombic 55° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1REGP610GP1120GP130GP105GP115GP120GP25GP130GP135GM115GM125GM230GM215GM320GM25GK15GK120GK125GST715GST7120GST130GS15GNTT20GN91110GN9120GN930GPITMGPTTMGPTM
DNMG150404-MK15.512.74.765.160.4 ●●
DNMG150408-MK15.512.74.765.160.8
DNMG150412-MK15.512.74.765.161.2
DNMG150604-MK15.512.76.355.160.4
DNMG150608-MK15.512.7 6.355.160.8
DNMG150612-MK15.512.76.355.161.2•
DNMG150404-UK15.512.74.765.160.4
DNMG150408-UK15.512.74.765.160.8••
DNMG150412-UK15.512.74.765.161.2O
DNMG150604-UK15.512.76.355.160.4O
DNMG150608-UK15.512.76.355.160.8
DNMG150612-UK15.512.76.355.161.2OO
DNMG150616-UK15.512.76.355.161.6O
DNMG150408-LR15.512.74.765.160.8
DNMG150412-LR15.512.74.765.161.2
DNMG150608-LR15.512.76.355.160.8•
DNMG150612-LR15.512.76.355.161.2O
DNMG150408-QR15.512.74.765.160.8O OO
DNMG150412-QR15.512.74.765.161.2O●O O
DNMG150608-QR15.512.76.355.160.8•O
DNMG150612-QR15.512.76.355.161.2OO
DNMG150616-QR15.512.76.355.161.6OOO
DNMG150408-HK15.512.74.765.160.8O
DNMG150412-HK15.512.74.765.161.2
DNMG150608-HK15.512.76.355.160.8
DNMG150612-HK15.512.76.355.161.2
DNMA15040415.512.74.765.160.4
DNMA15040815.512.74.765.160.8
DNMA15041215.512.74.765.161.2 OO
DNMA15041615.512.74.765.161.6
DNMA15060415.512.76.355.160.4 O
DNMA15060815.512.76.355.160.8•••
DNMA15061215.512.76.355.161.2
StockOAvailable Upon Order

Turning Insert (Negative)

SN

Square 90° with Hole

Ordering CodeDimension(mm)Coated Carbides Carbides Cermet
LEICSD1REGP110GPT120GPG1130 GP135GM115GM125GM230GM215GM320GM325 GK125GST7115GST7120GST7130GS115GNT7120GP105GP15GP120GP25GP130GK15GK120GN9110GN9120GN91130GPIITMGP1TMGPTM
SNMG090304-QF 9.5259.5253.183.81 0.4 O
SNMG090308-QF9.5259.5253.183.810.8O
SNMG120404-QF12.712.74.765.160.4O C O O O O
SNMG120408-QF12.712.74.765.160.8C e O O
SNMG120404-GF12.712.74.765.160.4 O
SNMG120408-GF12.712.74.765.160.8O
SNMG120404-SF12.712.74.765.160.4
SNMG120408-SF12.712.74.765.160.8
SNMG120404-YF12.712.74.765.160.4
SNMG120408-YF12.712.74.765.160.8
SNMG090304-QM9.5259.5253.183.810.4 O O O
SNMG090308-QM9.5259.5253.183.810.8 O O
SNMG120404-QM12.712.74.765.160.4 OO OO
SNMG120408-QM12.712.74.765.160.8
SNMG120412-QM12.712.74.765.161.2 O O
SNMG120416-QM12.712.74.765.161.6 O
SNMG150608-QM15.87515.8756.356.350.8 O O O O O
SNMG150612-QM15.87515.8756.356.351.2 O O
SNMG190612-QM19.0519.056.357.941.2 ○○ O
SNMG090304-GM9.5259.5253.183.810.4 O
SNMG090308-GM9.5259.5253.183.810.8 O
SNMG120404-GM12.712.74.765.160.4
SNMG120408-GM12.712.74.765.160.8 O
SNMG120412-GM12.712.74.765.161.2
SNMG120416-GM12.712.74.765.161.6
SNMG150608-GM15.875515.8756.356.350.8
SNMG150612-GM15.87515.8756.356.351.2
SNMG190612-GM 19.0519.056.357.941.2
SNMG190616-GM19.0519.056.357.941.6 O
StockOAvailable Upon Order

Turning Insert (Negative)

Square 90° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1GPRE10GP1120GP0GP15GP120GP25GP130GP135GM115GM325GK15GK120GK125GST115GST120GST7130GS15GNT20GN1110GN9920GNN99130GPIITMGPTTMGPTM
1130GP105125GM230GM215GM220GM
SNMG120404R-SV12.712.74.765.16 0.4O
SNMG120408R-SV12.712.74.765.160.8••
SNMG120408L-SV12.712.74.765.160.8●O
SNMG090304-SM9.5259.5253.183.810.4O
SNMG120404-SM12.712.74.765.160.4••••
SNMG120408-SM12.712.74.765.160.8C•●●••
SNMG120412-SM12.712.74.765.161.2OO
SNMG120416-SM12.712.74.765.161.6○○
SNMG150608-SM15.87515.8756.356.350.8•••
SNMG150612-SM15.87515.8756.356.351.2O
SNMG150616-SM15.87515.8756.356.351.6•
SNMG190612-SM19.0519.056.357.941.2○○
SNMG190616-SM19.0519.056.357.941.6O
SNMG120404-TP12.712.74.765.160.4O
SNMG120408-TP12.712.74.765.160.8O
StockOAvailable Upon Order

Turning Insert (Negative)

Square 90° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbides
LEICSD1REGP110GP120GPGG130 GMM115GM125GM230GM3215GM20GM25GK15 GK125GST7115GST120GST7130GS15GNT7120GP05GP115GP120GP25GP130GP135GK120GN1110GN991120GN9130GPIITMGPTMGPTM
SNMG120404-LM12.712.7 4.765.16 0.4 OC O
SNMG120408-LM12.712.74.765.160.8O
SNMG120412-LM12.712.7 4.765.161.2o●
SNMG120404-EM12.712.74.765.160.4
SNMG120408-EM12.712.74.765.160.8
SNMG120412-EM12.712.74.765.161.2
SNMG120408-SMM12.712.74.765.160.8
SNMG120412-SMM12.712.74.765.161.2
SNMG120404-MK12.712.74.765.160.4
SNMG120408-MK12.712.74.765.160.8
SNMG120412-MK12.712.74.765.161.2
SNMG120408-UK12.712.74.765.160.8O O ● O
SNMG120412-UK12.712.74.765.161.2O
SNMG150412-UK15.87515.8754.766.351.2O O
SNMG150608-UK15.87515.8756.356.350.8
SNMG150612-UK15.87515.8756.356.351.2 O●
SNMG150616-UK15.87515.8756.356.351.6O O
SNMG190612-UK19.0519.056.357.941.2○○
SNMG190616-UK19.0519.056.357.941.6O○○
SNMG120408-LR12.712.74.765.160.8
SNMG120412-LR12.712.74.765.161.2O
SNMG150608-LR15.87515.8756.356.350.8 ○○
SNMG150612-LR15.87515.8756.356.351.2
SNMG190612-LR19.0519.056.357.941.2 O ●
SNMG190616-LR19.0519.056.357.941.6OoC
StockOAvailable Upon Order

Turning Insert (Negative)

Square 90° with Hole
Ordering CodeDimension(mm)Coated Carbides Carbides Cermet
LEICSD1REGPT110GP6120GP130GP05 GP120 GP130GP135GM115GM125GM230GM215GM320GM325 GK120GK125GST115GST7120GST130GS115GNT120GP15GP25GK15GN91110GN91120GN91130GPTMGPTMGPTM
SNMG120408-QR 12.7 12.74.765.16 0.8 OOO C
SNMG120412-QR12.712.74.765.161.2OOOO
SNMG120416-QR12.712.74.765.161.6O O O O
SNMG150608-QR15.87515.8756.356.350.8O O
SNMG150612-QR15.87515.8756.356.351.2 ● O
SNMG150616-QR15.87515.8756.356.351.6O O
SNMG150624-QR15.87515.8756.356.352.4●
SNMG190608-QR19.0519.056.357.940.8 O
SNMG190612-QR19.0519.056.357.941.2 O
SNMG190616-QR19.0519.056.357.941.6 OOO C0
SNMG190624-QR19.0519.056.357.942.4 OOO O
SNMG250724-QR25.425.47.949.212.4 O
SNMG250924-QR25.4 25.49.529.212.4 O
SNMG120408-HK12.712.74.765.160.8
SNMG120412-HK12.7 12.74.765.161.2
SNMG120416-HK12.7 12.74.765.161.6
SNMG150612-HK15.87515.8756.356.351.2 O
SNMG150616-HK15.87515.8756.356.351.6 O O
SNMG190612-HK19.0519.056.357.941.2 O
SNMG190616-HK19.0519.056.357.941.6 OO
SNMM150616-QH15.87515.8756.357.941.6 O
SNMM190612-QH19.0519.056.357.941.2 O
SNMM190616-QH19.0519.056.357.941.6 O
SNMM190624-QH19.0519.056.357.942.4 O O O
SNMM250724-QH25.425.47.949.122.4
SNMM250924-QH25.4 25.49.529.122.4 OOO O
SNMM250932-QH25.4 25.49.529.12 3.2 O O
SNMA0903089.5259.5253.183.810.8
SNMA12040412.7 12.74.765.160.4
SNMA12040812.7 12.74.765.160.8
SNMA12041212.7 12.7 4.765.161.2
SNMA12041612.7 12.74.765.16 1.6 O
SNMA19061219.0519.056.357.941.2 ●○○
SNMA19061619.0519.056.357.941.6 ●oo
SNMA190632 19.0519.056.357.943.2 O
●StockOAvailable Upon Order

Turning Insert (Negative)

TN

Triangle 60° with Hole

Ordering CodeDimension(mm)Coated Carbides Carbides Cermet
LEICSD1REGP1110GP1120GPT130 GM115GM125GM230GM215GM20GM25 GK120GK125GST15GK15GST120GP105GP120GP130GP135GST130GS15GNT7120GP115GP225GN1110GN99120GN91130GPIITMGPTMGPTM
TNMG160404-QF 16.59.5254.763.81 0.4 e
TNMG160408-QF16.59.5254.763.810.8 OO O
TNMG220404-QF2212.74.765.160.4 O○○ O
TNMG160404-TF16.59.5254.763.810.4○○
TNMG160408-TF16.59.5254.763.810.800
_
TNMG160404-GF16.59.5254.763.810.4
TNMG160408-GF16.59.5254.763.810.8O
TNMG220404-GF2212.74.765.160.4 ●
TNMG160404-SF16.59.5254.763.810.4 ●
TNMG160408-SF16.59.5254.763.810.8
TNMG160404-YF16.59.5254.763.810.4 ●●
TNMG160408-YF16.59.5254.763.810.8
_
TNMG160404-SPL16.59.5254.763.810.4
TNMG160408-SPL16.59.5254.763.810.8
TNMG110304-QM116.35 3.182.260.4 O O
TNMG110308-QM116.353.182.260.8 O O
TNMG160404-QM16.59.5254.763.810.4 O ●●
TNMG160408-QM16.59.5254.763.810.8 O
TNMG160412-QM16.59.5254.763.811.2 O ●
TNMG220408-QM2212.74.765.160.8 OOO
TNMG220412-QM2212.7 4.765.161.2 O○○
TNMG220416-QM2212.74.765.161.6 O
StockOAvailable Upon Order

Turning Insert (Negative)

TN□□

Triangle 60° with Hole

Ordering CodeDimension(mm)Coated CarbidesCarbidesCermet
LEICSD1REGP610GPT120GP61130 GM115GM125GM230GM215GM220GM225 GST7115GST7120GST130GS115GNT20GP105GP115GP120GP225GP130GP135GK15GK120GK125GN1110GN91120GN930GPITMGPTMGPTM
TNMG160308-GM16.59.5253.183.81 0.8 O
TNMG160312-GM16.59.5253.183.811.2
TNMG160404-GM16.59.5254.763.810.4
TNMG160408-GM16.59.5254.763.810.8
TNMG160412-GM16.59.5254.763.811.2O
TNMG220404-GM2212.74.765.160.4
TNMG220408-GM2212.74.765.160.8O e
TNMG220412-GM2212.74.765.161.2OO
TNMG160404R-SV16.59.5254.763.810.4
TNMG160404L-SV16.59.5254.763.810.4O
TNMG160408R-SV16.59.5254.763.810.8 O O
TNMG160408L-SV16.59.5254.763.810.8OO
TNMG160404-SM16.59.5254.763.810.4 O
TNMG160408-SM16.59.5254.763.810.8O
TNMG160412-SM16.59.5254.763.811.2O○○
TNMG220408-SM2212.74.765.160.8
TNMG220412-SM2212.74.765.161.2○○
TNMG220416-SM2212.74.765.161.6O
TNMG160404-TP16.59.5254.763.810.4● o
TNMG160408-TP16.59.5254.763.810.8O
_
TNMG160404R-TS16.59.5254.763.810.4
TNMG160404L-TS16.59.5254.763.810.4
TNMG160408R-TS16.59.5254.763.810.8
TNMG160408L-TS16.59.5254.763.810.8
StockOAvailable Upon Order
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2023 Turning Tools Catalog by GESAC

时间:

2024-6-04
云展网企业宣传册制作 用户案例 工业制造 2023 Turning Tools Catalog by GESAC

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名称:

2023 Turning Tools Catalog by GESAC

时间:

2024-6-04

上传者:

o

书籍简介:

这是一本由GESAC（金隅金鹏特殊合金有限公司）出版的2023年车削工具手册。封面展示了各种车削工具，品牌词为GESAC。手册详细介绍了车削工具的分类、应用和推荐切割数据等信息。内容包括车削材料、车刀片、车刀主偏、小零件车削、PCBN/PCD车削以及线切割工具等。手册还提供了不同车削材料的具体应用建议和切割参数，确保用户能够根据具体需求选择合适的车削工具。

其他信息:

《 2023 Turning Tools Catalog by GESAC（2024-6-04）》电子宣传画册作品由o于2024-6-04制作并发布于云展网电子画册制作平台。云展网是电子画册，企业宣传册，期刊杂志在线制作平台，一键上传PDF即转为逼真的3D翻页画册，或直接套用模板，生成永久有效的链接/二维码，微信扫码即可分享。
工业制造 装修材料 画册 Turning Tools Gesac Tungsten CNC machining
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