Turning Inserts

Cutting Tools

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Turning

Yamaloy

Grades:
QX520  (ISO P10-P35 M10-M30 K10-K30) Coated. An excellent general purpose grade for medium roughing on Steels, Stainless and Cast Irons.
QX5020 (ISO P10-P35 M10-M30 K10-K30) CVD Coated. An excellent general purpose grade for medium roughing on Steels, Stainless and Cast Irons.
QX5030 (ISO P20-P40 M20-M30) CVD Coated. - Medium / rough turning and intermediate cutting of steel / stainless steel. Combination of toughest substrate and alumina coating (MT-TiCN + TiC + AL2O3 + TiN) having superior chipping resistance provide wide coverage.

Chip Breaker: PM. Application: Med Cut.

DCMT Turning Inserts 

55° Rhombic Insert

Insert Grades QX5030
(ISO P20-P40 M20-M30) CVD Coated. - Medium / rough turning and intermediate cutting of steel / stainless steel. Combination of toughest substrate and alumina coating (MT-TiCN + TiC + AL2O3 + TiN) having superior chipping resistance provide wide coverage.

Chip Breaker: PM. Application: Med Cut.

DCMT Turning Inserts Grade QX5030

DCMT 11T308-PM, Turning Insert, Grade QX5030, Carbide, 55° Rhombic

Mitsubishi

Grade

MC6025 - ISO P15 - P25 2-in-1 technology provides excellent heat and wear resistancewhich helps prevent crater wear. The smooth coating layer combined with microscopic TiCN coating ensures better surface finish and long, consistent tool life. Suitable for high speed and high efficiency machining.

MC7015 - ISO M05 - M15 CVD coated grade for high efficiency turning of austenitic stainless steels. Excellent wear resistance in high speed cutting conditions. TiCN and micro grain Al2O3 coating delivers balanced wear and chipping resistance. Specially engineered carbide substrate provides excellent resistance to plastic deformation. Specifically designed for 300 series stainless steel applications.

MC7025 - ISO M20 - M30 CVD coated grade for high efficiency turning of austenitic stainless steels. Excellent wear resistance in high speed cutting conditions. TiCN and micro grain Al2O3 coating delivers balanced wear and chipping resistance. Specially engineered carbide substrate provides excellent resistance to plastic deformation. Specifically designed for 300 series stainless steel applications.

MP3025 - ISO P20 - P30 Coated cermet grade with improved wear resistance and significantly increased fracture resistance. For use with or without coolant and on interrupted cuts when finish machining steels, stainless steels and cast irons.

VP05RT - ISO S05 - S10 Provides an excellent balance of wear and fracture resistance when turning difficult-to-cut materials. "MIRACLE" coating (Al, Ti, N) and a high-strength micro-grain cemented carbide substrate gives highly increased heat resistance and adhesion strength and a high-strength micro-grain cemented carbide substrate, resulting in a grade that can provide stable machining leading to high speed and efficiency machining. 

VP10RT  - VP10RT (ISO P10 - P20, M10 - M20, K10 - K20, S10 - S20) 
Provides an excellent balance of wear and fracture resistance when turning difficult-to-cut materials. "MIRACLE" coating (Al, Ti, N) and a high-strength micro-grain cemented carbide substrate gives highly increased heat resistance and adhesion strength and a high-strength micro-grain cemented carbide substrate.

Chipbreaker

FH - Finish cutting. First recommendation for finishing carbon steel, alloy steel and stainless steel. Double sided chip breaker.  Stable chip control even at small depths of cut. 
Depth of cut: up to 1mm
Feed rate: 0.08 to 0.2mm

LM -  Light cutting. Excellent burr control. Reduces the incidence of burrs drastically because the sharpness properties and cutting edge strength are optimised with different rake angles.
Depth of cut: 0.7 - 2.0
Feed rate: 0.10 - 0.40

LP - Light cutting. Butterfly protrusions are optimized for different cutting conditions. Chips curl upwards and reduce cutting resistance, resulting in improved surface finishes. The breaker protrusion is highly resistant to wear even during high-speed machining, delivering stable chip breaking for long periods of time. Excels in copy machining: uses a sharp edge geometry that delivers excellent chip breaking when copy machining and during reverse direction face machining.
Depth of cut: 0.3 - 2.0
Feed rate: 0.10 - 0.40

SW - Wiper insert for light cutting of carbon , alloy steel, mild and stainless steel. Wiper allows up to double the feed rate. Positive land improves sharpness.
Depth of cut: up to 1.5mm.
Feed rate: 0.05 to 0.25mm.

GM - Sub breaker of the main LM and MM chipbreaker. Excellent notch resistance for light to medium cutting.
Depth of cut: 1.0 - 3.5
Feed rate: 0.10 - 0.35

MA - For medium cutting of carbon and alloy steels. Double sided chip breaker with positive land which provides a sharp cutting action.
Depth of cut: 0.08 to 4mm
Feed rate: 0.2 to 0.5mm

MM - NEW Medium cutting. Excellent resistance to plastic deformation of insert corner as a result of obtaining the optimum land geometry by simulation analysis technology.
Depth of cut: 1.5 - 3.5
Feed rate: 0.15 - 0.30

MP - Medium cutting. Suits a broad range of copy turning conditions, eliminating the need for multiple insert types. Ideal for small cuts: the inner side of the butterfly protrusion has a steep gradient to improve chip breaking performance on small cuts.
Depth of cut: 0.3 - 4.0
Feed rate: 0.16 - 0.50

MS - MS - For medium cutting for difficult to machine materials. Excellent for Nickel base alloys, titanium and stainless steels.
Depth of cut: 0.40- 1.8
Feed rate: 0.08 - 0.20 

MW - Wiper insert for medium cutting of carbon and alloy steel. Double sided chipbreaker. Wiper allows up to double the feed. Wide chip pocket prevents jamming.
Depth of cut: 0.9 - 4.0
Feed rate: 0.20 - 0.60

RM - Rough cutting. Excellent fracture resistance. By optimizing the land angle and honing geometry, high cutting edge stability is achieved during interrupted machining.
Depth of cut: 2.5 - 6.0
Feed rate: 0.25 - 0.55

RP - Rough cutting. Peninsular protrusion optimised for rough cutting. The gradually sloped cutting face prevents clogging and reduces crater wear. High fracture resistance: the cutting flute has a strong flat-land shape and broad chip pocket to reduce clogging and fracturing during chamfering.
Depth of cut: 1.5 - 6.0
Feed rate: 0.25 - 0.60

* general






CNMG Turning Inserts 

80° Rhombic Insert 

MC7025 - ISO M20 - M30 CVD coated grade for high efficiency turning of austenitic stainless steels. Excellent wear resistance in high speed cutting conditions. TiCN and micro grain Al2O3 coating delivers balanced wear and chipping resistance. Specially engineered carbide substrate provides excellent resistance to plastic deformation. Specifically designed for 300 series stainless steel applications.

CNMG Turning Inserts Grade MC7025

CNMG 120408-RM, Turning Insert, Grade MC7025, Carbide, 80° Rhombic

Pramet

Ideal for automotive, aerospace, and manufacturing industries, this double-sided negative turning insert maximizes tool life and productivity for steels and stainless steels. Featuring an 80° rhomboid shape with a 12.7 mm inscribed circle diameter and 4.76 mm thickness, it ensures precision machining. Constructed from grade T8430 PVD-coated fine-grained WC-Co carbide, it offers durability in demanding conditions. The NM chip-breaker with rounded cutting edges enhances chip control and cutting efficiency. With high indexing accuracy (ISO-tolerance class-M) and suitability within ISO ranges P25-P40 and M20-M35, it provides reliable performance for a wide range of applications.

Features and Benefits
• Maximized tool life and productivity with double-sided design
• Precision machining with high indexing accuracy (ISO-tolerance class-M)
• Durable grade T8430 PVD-coated fine-grained WC-Co carbide construction
• Versatile for fine to heavy machining of steels and stainless steels
• Enhanced chip control and cutting efficiency with NM chip-breaker
• Suitable for automotive, aerospace, and manufacturing industries
• Wide application range within ISO ranges P25-P40 and M20-M35


CNMG Turning Insert, 80° Rhombic, Grade T8430

CNMG 120408E-NM INSERT GRADE T8430

Revolutionise precision machining with the single-sided positive turning insert from Dormer Pramet®. The 55-degree rhomboid design features a 7-degree clearance, specifically tailored for left-handed turning tools. Crafted from grade T8430 and PVD-coated, the fine-grained WC-Co carbide operates within ISO ranges P20-P40 and M20-M35 to ensure optimal cutting performance and extended tool life. 

Features and Benefits
• Multi-layered PVD coating for increased productivity and durability
• Unique TiBN top layer reduces build-up edge, improving overall performance
• Rounded edges without T-land enable smooth machining with light feed and shallow depths, balancing edge strength and preventing work-hardening
• 3-D chip-breaker ensures precise control at various feeds and depths of cut
• WC-Co-based substrate, submicron-grained, provides high hardness and resistance against abrasive wear and comb cracks
• PVD coating enhances thermal cracking resistance and performance in operations with cutting temperature fluctuations

Typical Applications
• Steel
• Stainless steel
• Automotive
• Aerospace
• Fine to medium machining

DCGT Turning Insert, 55° Rhombic, Grade T8430

DCGT 11T304EL-SI INSERT GRADE T8430

This single-sided 55° rhombic turning insert is the pinnacle of precision and versatility. The seven-degree clearance provides optimal strength and adaptability. While the T8430 grade, PVD-coated fine-grained WC-Co carbide cuts within ISO range P20-P40, and excels in the fine to heavy machining of steels. 

Features and Benefits
Features and Benefits
• The narrow negative T-land, ensuring cutting-edge strength under common working conditions and ensures smooth machining
• 3-D chip-breaker ensures effective chip-breaking control across a wide range of feeds and depths, enhancing machining versatility
• Wide chip groove enhances chip control, improving evacuation in the machining of tough materials
• WC-Co-based substrate, submicron-grained, offers high hardness, abrasive wear resistance, and comb crack resistance
• PVD coating enhances resistance to thermal cracking and performs well in operations with fluctuating cutting temperatures
• Multi-layered PVD coating features a thick TiN layer for crater wear resistance and a hard AlTiN layer for flank wear resistance
• Unique Titanium-Boron-Nitride (TiBN) top layer reduces build-up edge, enhancing overall performance

Typical Applications
• Steel

UR 55° Rhombic Turning Insert, Grade T8430, DCMT

DCMT 070204E-UR INSERT GRADE T8430

The T8430 grade single-sided positive turning insert excels in fine to medium steel machining. Its 80° rhomboid shape, 7° clearance, and ISO-tolerance class-M indexing ensure precision. The chip-breaker FM2 with rounded edges, coupled with a PVD-coated fine-grained WC-Co carbide, enhances cutting edge strength. A narrow negative T-land boosts stability, while the 3-D chip-breaker, wide chip-groove, and shallow chip-groove facilitate effective chip control. Ideal for steel and cast steel applications, it guarantees smooth machining with superior chip-breaking control.

Features and Benefits
• Single-sided positive turning insert for precision machining of steel and cast steel
• 80° rhomboid shape, 7° clearance, and ISO-tolerance class-M indexing for accuracy
•Chip-breaker FM2 with rounded edges, PVD-coated fine-grained WC-Co carbide for robust cutting edge strength and smooth machining


FM2 Turning Insert Grade T8430

DCMT 11T312E-FM2 INSERT GRADE T8430

This triangular single-sided positive turning insert is the epitome of precision machining, offering a seven-degree clearance for versatile performance in common conditions. The ISO-tolerance class-M indexing accuracy guarantees reliability for precise machining tasks, while the T8430 grade, a PVD-coated fine-grained WC-Co carbide excels in fine to medium machining of steels and stainless-steels. 

Features and Benefits
• Smooth machining with rounded edges for light feed and shallow depths, ensuring strength and mitigating work-hardening risks
• The 3-D chip-breaker guarantees precise chip control across diverse feeds and depths for optimised machining
• Medium-width chip groove reduces cutting resistance and vibration, enhancing overall machining performance
• PVD coating enhances thermal cracking resistance and overall performance, especially in fluctuating cutting temperatures
• Multi-layered PVD coating, features a thick TiN layer for crater wear resistance and a hard AlTiN layer for flank wear resistance, optimising productivity and durability

Typical Applications
• Steel
• Stainless steel

FM 60° Triangle Turning Insert, Grade T8430, TCMT

TCMT 110202E-FM INSERT GRADE T8430

TCMT 110208E-FM INSERT GRADE T8430

Sandvik Coromant

CCMT Turning Inserts 

CoroTurn®107 Turning Inserts for external and internal machining of small and slender components.
80° Rhombic Insert
Insert Grade 2015
(P25)(M15) CVD Ti(C,N)+Al2O3+TiN coated grade for use on Stainless steel 


CCMT Turning Inserts Grade 2015

CCMT 120408-MM INSERT GRADE 2015

DCGT Turning Inserts

55° Rhombic Insert

Insert Grade 1125
(M10-M30)(S20-S30) PVD (Ti,Al)N+(Al,Cr)2O3 coated grade for use on stainless steel and heat resistant alloys 



DCGT Turning Inserts Grade 1125

DCGT 11T302-UM INSERT GRADE 1125

DCMT Turning Inserts Grade 1515

55° Rhombic Insert
Insert Grade 1515
(P)(M)(K) Ti(CN)+Al203+TiN coated inserts grade for use on Steel,Stainless Steel and Cast Iron 

DCMT Turning Inserts Grade 1515

DCMT 070204-PM INSERT GRADE 1515

CCMT Turning Inserts 

CoroTurn®107 Turning Inserts for external and internal machining of small and slender components.
80° Rhombic Insert
Insert Grade 2025
(P35)(MM25) CVD Ti(C,N)+Al2O3+TiN coated grade for use on stainless steel 






CCMT Turning Inserts Grade 2025

CCMT 09T308-MF, Turning Insert, Grade 2025, Carbide, 80° Rhombic

DNMG SF turning inserts feature a hard carbide substrate construction coated in PVD TiAlN for excellent heat and wear resistance coupled with a prolonged tool lifespan. Their geometry is specially designed to offer excellent finishing results

Features and Benefits
• HC substrate construction for effective hardness and cutting strength
• PVD TiAlN for excellent heat and wear resistance
• Geometry ideal for finishing applications

Typical Applications
• Finishing
• Turning 
• Stainless steels
• Heat resistant super alloys 

Standards
• Insert grade 1105
• Material classification: P,M,S


DNMG MF Turning Inserts Grade 1105

DNMG 110408-MF INSERT GRADE 1105

DNMG Turning Inserts

55° Rhombic Insert
Insert Grade S05F
(S05) CVD Ti(C,N)+Al2O3+TiN  coated grade for use on Heat Resistant Super Alloys


DNMG Turning Inserts Grade S05F

DNMG 150608-MF, Turning Insert, 55° Rhombic, Grade S05F

DNMG T-Max® P Turning Inserts.  First choice for general turning, from small components to heavy machining. Ideal for difficult surfaces, GC4335 offers better security and reliability when faced with heavy interruptions, vibration and unstable conditions. Features Inveio™ coating technology for the highest wear resistance.
• Secure insert grade means you get a reliable and secure performance every time.
• Long tool life means you get higher machine utilization and higher production.
• Less tool breakage means you can control costs and reduce the cost per component to increase profits.

55° Rhombic Insert 

Insert Grade : GC4335 (P25-P45) TICN+AL2O3+TIN  CVD-coated carbide grade with Inveio coating technology for rough turning of steel and steel castings. Recommended for interrupted cuts and unfavourable conditions.


DNMG T-Max® P Turning Insert Grade 4335

DNMG 150612-PR T-Max® P Turning Insert Grade 4335

RCMT Turning Inserts

Round Insert 

Insert grade 1105
(S05-S15) PVD (Ti,Al)N2  coated grade for use on heat resistant alloys 


RCMT Turning Inserts Grade 1105

RCMT 0502M0 INSERT GRADE 1105

RCMT 1606M0-SM INSERT GRADE 1105

These 60° triangular TCMT turning inserts are designed for use on steels including stainless steels, non-ferrous materials and heat resistant super alloys. Available in a variety of specifications, the inserts are part of the CoroTurn® 170 series that delivers superior chip control and unobstructed chip flow. Manufactured from grade 1125 carbide with a TiAlN coating.

Features and Benefits
• Part of the CoroTurn® 107 series that provides excellent chip control
• Manufactured from grade 1125 carbide for optimum resilience
• Finished with a TiAlN coating for bolstered durability
• Available in an array of sizes and specifications to suit your needs

Typical Applications
• Suited for use on steels including stainless steels, non-ferrous materials and heat resistant super alloys

TCMT Turning Inserts, Grade 1125

TCMT 16T304-MF INSERT GRADE 1125

TR-VB CoroTurnⓇ TR Turning Inserts 

Insert Grade H13A

TR-VB CoroTurnⓇ TR Turning Inserts Grade H13A 

TR-VB1302-F INSERT GRADEH13A

CXS-06R CoroTurnⓇ XS Solid Carbide Tool For Profiling 
Within the Sandvik CoroTurn XS range of tooling you will find boring bars in different outer diameters adapted for different machine types. The assortment also consists of shank holders for internal machining, sliding head machines and Coromant Capto cutting units for turning and rotating applications.

For Internal Turning, Grooving & Threading of Small Bores down to 0.3mm
CoroTurn XS Tooling
The system consists of inserts in grade GC1025 for:
Turning.
Turning copying.
Grooving.
Face grooving.
Profiling full radius.
Pre-parting.
Threading.

CoroTurn XS Assortment
The programme consists of four different insert sizes.
CoroTurn XS Precision
The insert locates precisely into the boring bar thanks to a locating pin which locks the insert into the correct orientation.
CoroTurn XS Coolant Supply
The boring bars are designed with internal cutting fluid supply.
CoroTurn XS Grooving
All grooving inserts produce grooves with flat bottom and sharp corner radii.

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Turning Inserts

Yamaloy

DCMT 11T308-PM, Turning Insert, Grade QX5030, Carbide, 55° Rhombic

2 Variations

Mitsubishi

CNMG 120408-RM, Turning Insert, Grade MC7025, Carbide, 80° Rhombic

24 Variations

Pramet

CNMG 120408E-NM INSERT GRADE T8430

5 Variations

Pramet

DCGT 11T304EL-SI INSERT GRADE T8430

4 Variations

Pramet

DCMT 070204E-UR INSERT GRADE T8430

5 Variations

Pramet

DCMT 11T312E-FM2 INSERT GRADE T8430

15 Variations

Pramet

TCMT 110202E-FM INSERT GRADE T8430

5 Variations

Pramet

TCMT 110208E-FM INSERT GRADE T8430

5 Variations

Sandvik Coromant

CCMT 120408-MM INSERT GRADE 2015

21 Variations

Sandvik Coromant

DCGT 11T302-UM INSERT GRADE 1125

8 Variations

Sandvik Coromant

DCMT 070204-PM INSERT GRADE 1515

16 Variations

Sandvik Coromant

CCMT 09T308-MF, Turning Insert, Grade 2025, Carbide, 80° Rhombic

15 Variations

Sandvik Coromant

DNMG 110408-MF INSERT GRADE 1105

7 Variations

Sandvik Coromant

DNMG 150608-MF, Turning Insert, 55° Rhombic, Grade S05F

23 Variations

Sandvik Coromant

DNMG 150612-PR T-Max® P Turning Insert Grade 4335

2 Variations

Sandvik Coromant

RCMT 0502M0 INSERT GRADE 1105

6 Variations

Sandvik Coromant

RCMT 1606M0-SM INSERT GRADE 1105

6 Variations

Sandvik Coromant

TCMT 16T304-MF INSERT GRADE 1125

23 Variations

Sandvik Coromant

TR-VB1302-F INSERT GRADEH13A

2 Variations

Sandvik Coromant

CXS-06R058-6225L COROTURN INSERT GRADE 1025

9 Variations

Sandvik Coromant

CXS-06R058-6225R COROTURN INSERT GRADE 1025

9 Variations

Sandvik Coromant

CXS-06R081-6225R COROTURN INSERT GRADE 1025

9 Variations

Sandvik Coromant

CXS-06R099-6225R COROTURN INSERT GRADE 1025

9 Variations

Sandvik Coromant

CXS-06R100-6225L COROTURN INSERT GRADE 1025

9 Variations

Sandvik Coromant